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Home My WebLink AboutSmoke Control Rational Analysis 103108 � � . �. .�. ,- . ,- . „ ,,, ;- ,;;� y �, �,,�i�;� �✓ri��'../�,r� - SMOKE CONTROL RATIONAL ANALYSIS FOR SOLARIS VAIL, COLORADO . �, ,. � , � : , - . � , .. . . � - ,�`�"'� , , F� �q� y �� - -��' _ pp��s-��ny � , . �<� RWfi......:(� " 1'� ., ., � — y� Ca � �� I � � ___ � '.'_ _ r�� ,� a ' _ :. r, ; t z _ 9 _ � i t^!� _ ' ti-��. ;.� �� e i 3# '�f . .''l�.r_ _ � s - � F.'�',�� — A i �;�f` ,:�1^�`; � � . L - Fs-° _ - - - .id� - . �i'�+�a�" '" ` _ � iY Prepared for: Solaris Property Owner, LLC 2211 North Frontage Road, Suite A Vail, Colorado 81657 Prepared by: Schirmer Engineering Corporation 3033 South Parker Road, Suite 460 Aurora, Colorado 80014 SEC Project: 2408014 October 31, 2008 Solaris—Smoke Control Rational Analysis i October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 TABLE OF CONTENTS INTRODUCTION ...............................................................................................................................1 PROJECTOVERVIEW ........................................................................................................................1 SCHIRMER ENGINEERING..................................................................................................................2 AUTHORITIES HAVING JURISDICTION.................................................................................................2 APPLICABLECODES..........................................................................................................................2 APPROVED ADMINISTRATIVE MODIFICATIONS ....................................................................................3 HIGH-RISE IDENTIFICATION...............................................................................................................3 CODE REQUIREMENTS FOR STAIRWAYS............................................................................................3 ADMINISTRATIVE MODIFICATION REQUIREMENTS FOR PRESSURIZED ELEVATOR HOISTWAYS..............3 SUMMARY OF SOLARIS STAIRWAYS AND HOISTWAYS.........................................................................4 CONTAM COMPUTER MODEL.............................................................................................................4 SMOKE CONTROL SYSTEM OBJECTIVES RELATIVE TO CODE REQUIREMENTS...................5 DESIGN OBJECTIVES ........................................................................................................................5 SMOKE CONTROL ACTIVE & PASSIVE ELEMENTS...............................................................................5 PRESSURE DIFFERENTIAL REQUIRED RANGE ....................................................................................6 SOLARIS SMOKE CONTROL SYSTEM OVERVIEW ................................................................................8 COMPUTATIONAL MODELING......................................................................................................13 ASSUMPTIONS................................................................................................................................13 MODEL PARAMETERS AND RESULTS ...............................................................................................13 RATIONALANALYSIS.......................................................................................................................16 MODELRESULTS............................................................................................................................20 SMOKE CONTROL SYSTEM ACCEPTANCE TEST CRITERIA ....................................................26 SMOKE CONTROL DUCTWORK ........................................................................................................27 FANS .............................................................................................................................................27 ACTIVATION OF SYSTEM .................................................................................................................27 Solaris—Smoke Control Rational Analysis ii October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 SUPERVISION .................................................................................................................................28 SECONDARYPOWER ......................................................................................................................28 REPORT.........................................................................................................................................28 CONCLUSION .................................................................................................................................29 APPENDICES APPENDIX A— FLOOR PLANS APPENDIX B— STAIR AND ELEVATOR SECTIONS APPENDIX C— SMOKE CONTROL SEQUENCE OF OPERATIONS APPENDIX D— FIRE-FIGHTER'S SMOKE CONTROL PANEL (FSCP) APPENDIX E— ELEVATOR OPERATIONAL MATRIX APPENDIX F— CONTAM DOCUMANTATION AND INPUT-OUTPUT DATA APPENDIX G—CLIMATIC DESIGN INFORMATION APPENDIX H — MECHANICAL COMPONENETS— DATA SHEETS APPENDIX I — ARCHITECTURAL COMPONENTS— DATA SHEETS APPENDIX J— EMERGENCY GENERATOR INFORMATION APPENDIX K— SMACNA TESTING PROCEDURES APPENDIX L— PRESSURE SENSOR LOCATIONS APPENDIX M—SCHEMATIC INTERCONNECT DIAGRAM APPENDIX N — SUPPLEMENTAL SMOKE CONTROL INFORMATION APPENDIX O—APPROVED ADMINISTRATIVE MODIFICATIONS APPENDIX P— RESPONSIBILITY MATRIX Solaris—Smoke Control Rational Analysis 1 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 INTRODUCTION PROJECT OVERVIEW General The Solaris building is a mixed-use development that will consist of 7-stories above grade on the north side and 9-stories above grade on the south side. The building will have a parking garage at the basement level, a two level retail/parking structure, and a total of 77 residential occupancies (condominiums) on Level 1 through Level 9. The Solaris building is located at 141 E. Meadow Dr., Vail, CO 81657. The site is bounded by: • South I-70 frontage road on the north side • E. Meadow Drive on the south (Address side) • Vail Center Road on the east • Adjoining property on the west �f . t �Y Su. 1�r�k'�'�T K 9 . �-}ti �ST � � � -___ . �' SJeiu°f, I � V Sp1..41qi5 ft�'��F� � ��E f�c: . },' - -�,.�.� �.,:,�,c �� 3 L �t3 �,�� S3 � FIGURE 1A. VICINITY MAP Construction Tvpe The total building area is approximately 527,316 ft2 with a below grade Parking Garage Level, Level 1 and Level 2 constructed of Type I-A construction, and Level 3 through Level 9 constructed of Type II-A construction. A 3-hour horizontal/vertical separation is designed for separating the two types of construction. The use of two types of construction separated by a 3-hour horizontal/vertical assembly is approved and documented as part of Administrative Modification #1, Item 2, dated March 20, 2007 (reference Appendix O). The planned occupancy classifications for the Solaris building are as follows: Group A-1: Movie Theater Group A-2: Restaurants and Lounges Group A-3: General Assembly Areas Group B: Business Group M: Mercantile Solaris—Smoke Control Rational Analysis 2 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 Group R-2: Residential—Non-transient residents Group S-2: Enclosed Parking Garage SCHIRMER ENGINEERING Qualifications Schirmer Engineering Corporation is the oldest Fire Protection Engineering firm in the country. We are recognized internationally as an innovator in the fire protection/life safety engineering field. Our firm's purpose is to develop solutions to fire protection/life safety and building code-related issues for our clients' projects. Schirmer Engineering's professional staff includes individuals with educational backgrounds in fire protection engineering, safety engineering, electrical engineering, mechanical engineering, civil engineering, structural engineering, industrial engineering, and architecture. Many of these professionals are licensed professional engineers in their area of expertise across the United States. Most of these professionals have obtained accredited college undergraduate or post graduate degrees in their respective engineering disciplines including those with a fire protection engineering background. Members of the firm are active in model building code activities, National Fire Protection Association technical committees and other professional organizations. Representatives of Schirmer Engineering regularly attend and participate in public hearings, annual meetings, and subcommittee activities of these organizations. The most current philosophy of the building/fire code community is gained on a routine basis from this activity. Schirmer Engineering maintains knowledge and expertise in the area of smoke computer modeling that begins with instruction and education at the college level and continues through participation in computer modeling software changes, developments, and technique methodology in this area of expertise. Schirmer Engineering's professional staff participates in continued education and on going correspondence and development of smoke modeling to stay at the leading edge of this technology. These professionals are also in continuous contact and communication with personnel at the National Institute of Standards and Technology (NIST) who have developed many of the software programs used today in performing smoke computer modeling. Role Schirmer Engineering Corporation has been contracted to provide consulting services for the design of the smoke control systems for the Solaris building. This role involves the description of the elements of the smoke control system design for proper implementation. This role includes providing sufficient information and analysis to demonstrate compliance with the smoke control provisions of the adopted building code and the local authority having jurisdiction. This role includes the special inspections required by Section 909.18.8 of the 2003 International Building Code (IBC). This report is written specifically to provide rational analysis for the smoke control systems, i.e. stairway pressurization and hoistway pressurization systems, for this project in accordance with Section 909.4 of the 2003 IBC. AUTHORITIES HAVING JURISDICTION • Town of Vail Building Department • Town of Vail Fire Department APPLICABLE CODES • International Building Code (IBC), 2003 Edition. • International Fire Code (IFC), 2003 Edition. Solaris—Smoke Control Rational Analysis 3 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 • International Mechanical Code (IMC), 2003 Edition. • International Plumbing Code (IPC), 2003 Edition. • National Electric Code (NEC), 2002 Edition. • National Fire Protection Association Standard 13 (NFPA 13), "Installation of Sprinkler Systems," 2002 Edition. • National Fire Protection Association (NFPA 72), "National Fire Alarm Code,"2002 Edition. • Town of Vail Amendments APPROVED ADMINISTRATIVE MODIFICATIONS • Administrative Modification#1, Items 1, 2, and 3, dated March 20, 2007 (Appendix O) • Administrative Modification#2, Items 4, 5, and 6, dated April 4, 2008 (Appendix O) HIGH-RISE IDENTIFICATION The 9`h level of the building will be 92 feet above the lowest level of fire department access. Therefore, the building will be classified as a high-rise building in accordance with Section 403.1 of the 2003 IBC. CODE REQUIREMENTS FOR STAIRWAYS Sections 403.13 and 1019.1.8 of the 2003 IBC stipulate that every required stairway serving floors more than 75 feet above the lowest level of fire department access be constructed as smokeproof enclosures complying with Section 909.20 of the 2003 IBC. Section 909.20 of the 2003 IBC requires the smokeproof enclosure to consist of an enclosed interior exit stairway and an outside balcony or ventilated vestibule. However, for a fully sprinklered building, Section 909.20.5 of the 2003 IBC gives an option of a pressurized stairway in lieu of a vestibule where the stairway is pressurized to a minimum of 0.15 inches of water column in the stairshaft relative to the adjacent building, measured with all doors closed under maximum anticipated stack pressures. For this project, the pressurized stairway option was chosen by the design team. ADMINISTRATIVE MODIFICATION REQUIREMENTS FOR PRESSURIZED ELEVATOR HOISTWAYS As described previously, the Solaris building includes 77 residential occupancies (condominiums). Per Section 707.14.1 of the 2003 IBC, fire-resistive rated elevator lobbies separating the elevator from the corridors are required for the elevators serving the high-rise residential units. However, in Administrative Modification #1, Item 3 (reference Appendix O) an equivalency was approved to pressurize all elevator shafts serving residential areas of the building in lieu of providing elevator lobbies. This would include elevator hoistways #1, #4, and #5. Furthermore, as design analysis continued it became apparent that leakage from pressurizing elevator #1 caused interference for stairway #1 to meet the pressurization requirements. Thus, in Administrative Modification #2, Item 6, an equivalency was approved to allow Elevator#1 to be a non-pressurized hoistway by providing elevator lobbies at the Garage Level and Level 2 and automatic smoke doors on Levels 1, 3, and 4. Both Administrative Modifications are included in Appendix O as part of this document and the details of specific requirements as well as the rational behind these equivalencies are not repeated here. Solaris—Smoke Control Rational Analysis 4 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 SUMMARY OF SOLARIS STAIRWAYS AND HOISTWAYS The Solaris building will have six pressurized stairways and two pressurized elevator hoistways. Floor plans and stair/elevator section drawings for the Solaris building are provided in Appendix A and B respectively. The stairways will be pressurized in accordance with section 909.20.5 of the 2003 IBC. Additionally, elevator hoistways #4 and #5 will be pressurized in accordance with section 714.2 of the 2006 IBC (as there are no elevator pressurization criteria in the 2003 IBC, see Appendix O). Elevator hoistways #2 and #3 will not be pressurized as they do not serve residential occupancies and elevator hoistway#1 will not be pressurized in accordance with Administrative Modification #2, Item 6. A listing of all floor levels served by a particular stair or elevator is provided in Table 1 in addition to the floor plans provided in Appendix A. TABLE 1.STAIRS AND ELEVATORS PROVIDED WITH PRESSURIZATION SYSTEM AREA LOWEST LEVEL TERMINAL LEVEL Stair 1 Garage Level 4 Stair 2 Garage Level 7 Stair 3 Garage Level 8 Stair 4 Garage Level 8 Stair 5 Garage Level 7 Stair 6 Level 1 Level 6 Elevator Hoistway#4 Garage Level 8 Elevator Cars 4A and 4B Elevator Hoistway#5 Garage Level 8 Elevator Cars 5A and 5B CONTAM COMPUTER MODEL The multi-zone ventilation analysis program, CONTAM version 2.4b', was used to model airflows and pressure differentials in the building under various weather conditions. This program was developed by the National Institute of Standards and Technology (NIST) and is widely accepted in the industry as the leading source for modeling airflows in buildings. It has been used to simulate smoke movement in multi- zone facilities, to analyze the performance of smoke control systems including stairwell pressurization systems and to aid in the perFormance of tenability (occupant safety) analysis. The reader should reference Appendix F for documentation about CONTAM as well as Input-Output data relative to this project. The reader should note that the air capacities prescribed herein are based on the CONTAM computer model analysis. It is the sole responsibility of the Mechanical Engineer of record to determine actual fan sizing based on performance criteria. A "Loose" construction has been assumed for this building, because the tightness of construction is primarily a function of workmanship, which remains unknown until the building is erected. Therefore, the Mechanical Engineer of record has to allow for flexibility in the design of the fan capacities such that field balancing is facilitated. ' "CONTAM" Model 2.4b, The multi-zone ventilation analysis program, Developed by Building and Fire Research Laboratory of National Institute of Standards and Technology(NIST). Solaris—Smoke Control Rational Analysis 5 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 SMOKE CONTROL SYSTEM OBJECTIVES RELATIVE TO CODE REQUIREMENTS DESIGN OBJECTIVES General The intent of smoke control is to limit the migration of hazardous amounts of smoke and products of combustion, such as carbon monoxide (CO), from the zone of origin to adjacent areas, thereby providing a tenable environment for the evacuation or relocation of occupants. In accordance with the 2003 IBC Section 909.1, the proposed design is not intended to preserve building contents, aid in timely building restoration, assist with fire suppression, or assist with fire department overhaul activities. The building code stipulates that this building be equipped with a smoke control system that is designed in accordance with applicable code requirements and well-established principles of engineering. Exit Stairwavs The exit stairway enclosures will be pressurized to achieve the goal of providing a tenable environment for the occupants in the exit stairway enclosure in the event of a building fire by keeping the smoke out of the exit stairway enclosure. A positive pressure differential will be maintained at all levels in the exit stairway enclosures with respect to the adjacent building area. Elevator Hoistwavs The intent of hoistway pressurization is to prevent smoke migration to multiple building levels through elevator hoistways. A positive pressure differential will be maintained at all levels in the elevator hoistways with respect to the adjacent building area. SMOKE CONTROL ACTIVE & PASSIVE ELEMENTS The Solaris building is compartmentalized into a series of primarily residential, business, assembly, and storage occupancies connected vertically by exit stairway enclosures and elevator hoistways. The proposed smoke control design seeks to take advantage of this compartmentalization by implementing a smoke containment strategy. This strategy utilizes a combination of active and passive components to contain hazardous amounts of smoke to the zone of fire origin. Table 2 below provides a summary of these active and passive elements. TABLE 2. SUMMARY OF ACTIVE AND PASSIVE ELEMENTS ACTIVE ELEMENTS PASSIVE ELEMENTS Stair Pressurization Fans Opening Protection (smoke dampers, doors, adjustable door sweeps, etc.) Elevator Shaft Pressurization Fans Walls (corridors, exit passageways, etc.) Floors (floor-ceiling assemblies, etc.) Shaft Enclosures (stair enclosures, elevator hoistways, etc.) The design objective of the active portion of the smoke control system is to create pressure differentials at strategic locations to keep the exit stairway enclosures and elevator hoistways free of smoke by keeping these vertical enclosures at a higher pressure than the adjacent areas of the building. This will be achieved via mechanical pressurization of these vertical enclosures. The resulting positive pressure differentials, measured from the shaft to the adjacent building area, are intended to prevent smoke migration to multiple building levels through these potential pathways. Solaris—Smoke Control Rational Analysis 6 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 The smoke control system is designed to perForm the same active and passive functions regardless of the zone of fire origin with the exception of a fire originating in the shaft that is to be pressurized (stairway or elevator hoistway), the pressurization system for that shaft will not start or will shut down as described later in this report. PRESSURE DIFFERENTIAL REQUIRED RANGE Code Intent For Stairwavs The design objective of the stairway pressurization is to maintain a minimum pressure differential of 0.15 inches of water column between the exit stairway enclosure and the adjacent building in accordance with section 909.20.5 of the 2003 IBC and to maintain a maximum pressure differential of 0.40 inches of water column between the exit stairway enclosure door into the building and the adjacent building. This maximum pressure differential is established based on door opening force calculations to restrict the door opening force to 30 Ibs. or less, as described later in the report. Code Intent For Exit Passaqeways There are exit passageways at the exit discharge level for all six stairways. The exit passageways are required to be pressurized in order to allow for any openings into them in accordance with Exception #2 of Section 1019.1.8.1 of the 2003 IBC. All of the exit passageways are below the third floor, which is a 3- hour fire rated assembly. Thus, it is not practical to penetrate the 3-hour fire rated assembly with the ductwork required to supply pressurization air into the exit passageway directly. However, Schirmer Engineering believes that it is vital that the path of egress from the stairway enclosure to the exit discharge, through the exit passageway, does not diminish in protection for the occupants. Therefore, justifying the need to maintain pressurized exit passageways along with pressurized stairway enclosures. Consequently, the design team chose to model this situation with an opening (4-ft2) between the stairway enclosure and the exit passageway. Although Section 1020.4 and Table 715.3 of the 2003 IBC require the door assembly from the stairway enclosure to the exit passageway to be a 90 minute fire-rated door to prevent smoke that may have entered into the exit passageway from entering the stairway, a fire-rated door assembly for such stair doors opening into the exit passageways, is not provided. The rationale behind using a non-rated door is that since the exit passageway is pressurized along with the pressurized stairway, the smoke will not be able to enter the exit passageway from adjacent spaces. The exit passageways will have 2-hour fire-rated construction and these passageways will act as a buffer zone between the stairway enclosure and the adjacent building. Therefore, the stairway pressurization system is designed to ensure a positive pressure differential of at least 0.05 inches of water between these exit passageways and the adjacent building. In most cases this pressure differential modeled at 0.1 inches of water. The levels on which the exit passageways are located for each stair are listed below in table 3. TABLE 3. LEVELS OF EXIT PASSAGEWAY STAIRWAY ENCLOSURE EXIT PASSAGEWAY LEVELS Stair# 1 1 Stair#2 1 Stair#3 3 Stair#4 3 Stair#5 2 Stair#6 1 Solaris—Smoke Control Rational Analysis 7 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 Code Intent For Elevator Hoistwavs The approved Administrative Modifications, which comply with Section 707.14.2 of the 2006 IBC, require elevator hoistways to maintain a positive pressure differential between 0.04 and 0.06 inches of water column from the adjacent occupied building spaces with the ground floor hoistway door open and all other hoistway doors closed. The Solaris building design will provide pressurized elevator hoistways for hoistways #4 and #5 complying with Administrative Modification # 2, Item 6 as well as the 2006 IBC, Section 707.14.2. However, compliance with the maximum pressure differential requirement of 0.06 inches of water between the elevator hoistway and the building is impractical, as discussed later in this section. The elevator hoistway pressurization system will be designed in compliance with section 707.14.2 of the 2006 IBC which stipulates that: `Elevator hoistways shall be pressurized to maintain a minimum positive pressure of 0.04 inches of water column and a maximum positive pressure of 0.06 inches of water column with respect to adjacent occupied space on all floors. This pressure shall be measured at the midpoint of each hoistway door, with all ground floor level hoistway doors open and all other hoistway doors c/osed. The supply air intake shall be from an outside, uncontaminated source located a minimum distance of 20 feet(6096 mm) from any air exhaust system or out/et." All of the requirements for hoistway pressurization as stated above will be complied with in the hoistway pressurization design except the maximum pressure differential requirement of 0.06 inches of water column. This is because the pressure differential range of 0.02 (Maximum 0.06 — Minimum 0.04) inches of water column specified in the above section is extremely narrow and impractical. The normal fluctuations in pressure due to changes in wind and barometric pressure are about 0.01 to 0.03 inches of water column and therefore it is not possible to design systems that would work with this pressure differential range for most buildings.2 The concern and code intent behind specifying the maximum pressure differential is that the elevator doors may be jammed in the closed position due to higher pressure differential between the elevator hoistway and the adjacent building. Although it is true that elevator car doors can jam in the closed position due to higher pressure differential, these jammed doors typically require only modest force to open.2 Since only fire-fighters will be using the elevators, this should not be a concern. In field tests conducted by Klote3, no door jamming was observed for pressure differences as high as 0.3 inches of water column. While there has been no research about the maximum pressure difference that elevator hoistway pressurization systems can create without jamming the elevator car doors, it is believed that designing these systems for a pressure differential of 0.35 inches of water column may be appropriate to avoid door jamming2. The Solaris elevator hoistway pressurization systems will be designed to limit the maximum pressure differential across the elevator doors to 0.35 inches of water column. However, whether the pressure differential created by the hoistway pressurization system causes the elevator car doors to jam closed will have to be verified during the acceptance testing. Elevator hoistways #4 and #5 will be provided with an enclosure (elevator lobby) in front of the elevator doors for the Garage Level and Level 1. The leakage from the elevator doors is typically very significant. Therefore, it is difficult to achieve a pressure differential of 0.04 inches of water column at these floor levels without overpressurizing upper floors. Additionally, the CONTAM model indicated that the leakage from the elevator hoistway into the enclosure results in pressurizing the enclosure with respect to the adjacent building. The enclosure in front of the elevator doors does not have any openings into the adjacent building other than at the access door and therefore the enclosure acts as an elevator lobby for all practical purposes. Thus, the design team chose to measure the pressure difference across the enclosure door for the Garage Level and Level 1, rather than across the elevator doors. Z Klote,J.H.and Evans D.H.,"A Guide to Smoke Control in the 2006 IBC", International Code Council,2007. 3 Klote, J.H. 1984. "Smoke Control for Elevators." ASHRAE Journal 26 (4): 23-33. Atlanta: American Society of Heating, Refrigerating and Air-Conditioning Engineers, Inc. Solaris—Smoke Control Rational Analysis 8 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 SOLARIS SMOKE CONTROL SYSTEM OVERVIEW General Summarv In the event of a fire, pressure differences produced by smoke control fans will be used to keep the exit stairway enclosures clear of smoke and to prevent smoke migration through the elevator hoistways. Please see Appendix D, Fire-fighter's Smoke Control Panel, for a schematic drawing depicting the smoke control system to be provided for the Solaris building. The system is intended to be "all on" in the event that any pressurization fan is required to operate. However, it will be capable of shut off of individual fans as described later in this section. Dedicated Pressurization Fans Dedicated, direct drive, fans will be used for both stairway and hoistway pressurization. Fan motors will have a minimum service factor of 1.15 and operation of fans in smoke control mode will be confirmed by positive indication of airflow with differential pressure sensors. The supply air intake will be separated from other building exhaust outlets that might expel smoke during a fire. Examples of such outlets include, but are not limited to, dryer, toilet and kitchen exhaust. Air inlets and exhaust outlets will be located to minimize the potential for introducing smoke or flame into the building. Injection Points A single injection point at the top of each elevator hoistway will be used to supply pressurization air from a roof mounted fan for each hoistway. Multiple pressurization air injection points will be utilized to pressurize exit stairway enclosures#2, #3, #4 and #6. A single fan will be used to supply air to multiple injection points for each stairway enclosure #2, #3, #4 and #6 through a vertical duct located in a separate shaft, adjacent to each stairway enclosure. Stairways #1 and #5 will have single top injection points. Levels of injection points for each of the exit stairway enclosures are listed below in Table 4 and shown on the Fire-Fighter's Smoke Control Panel in Appendix D. In Stairways with multiple injection points, the injection points are to be provided with dampers. These dampers are adjustable and will be placed in a fixed position at the time of balancing each stairway system. Once each damper position is established it will not be changed. Each damper position will be marked to identify the balanced position of the damper. TABLE 4. INJECTION POINT LEVELS STAIRWAY ENCLOSURE INJECTION POINT LEVELS Stair# 1 Top Injection Stair#2 Levels 4,5,6,& 7 Stair#3 Levels 4,5,6,& 7 Stair#4 Levels 4, 5, 6 & 7 Stair#5 Top Injection Stair#6 Levels 4, 5 & 6 Solaris—Smoke Control Rational Analysis 9 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 Smoke Control System Ductwork (2003 IBC, Section 909.10.2� • Duct leakage will be less than 5% of the design flow when tested to 1.5 times maximum design pressure. This leakage testing will be in accordance with the Sheet Metal and Air Conditioning Contractors National Association (SMACNA) test manual on HVAC air duct leakage (see Appendix K). Results of the testing will be documented by the special inspector. • Ducts will be supported directly from fire-resistance-rated structural elements of the building by substantial, noncombustible supports. • Ducts will not be designed as product conveying systems. • Ducts will be constructed and supported in accordance with the International Mechanical Code. Smoke Control System Power (2003 IBC, Section 909.11 and Section 403.10.1) • The smoke control systems will be supplied with two sources of power. Primary power will be from the normal building power systems. Secondary power will be from an emergency generator, complying with the NEC, 2002 Edition. • The standby power source and its transfer switches will be in a separate room from the normal power transformers and switchgear and will be enclosed in a room of not less than 2-hour fire- resistance-rated fire barrier construction, ventilated directly to and from the exterior. Power distribution from the two sources will be by separate routes. • Elements of the smoke control system relying on volatile memories will be supplied with uninterruptible power sources of sufficient duration to span a 15-minute primary power interruption. Elements of the smoke control system susceptible to power surges will be suitably protected by power conditioners, suppressors or other approved means. These elements include the Building Management System associated with the smoke control system. • All wiring relative to smoke control, regardless of voltage, will be fully enclosed within continuous raceways. • The secondary source of power will be an emergency generator, which is sized based on the demand of the building including all smoke-control equipment, panels, and controls for the most demanding smoke-control sequence. See Appendix J. • Transfer to full standby power will be automatic and occur within 60 seconds of failure of the primary power. Detection and Control Systems (2003 IBC, Section 909.12 and 909.13� • Positive confirmation of airflow in each pressurized shaft will be by a differential pressure transmitter across each fan. Required verification will be indicated at the Fire-Fighter's Smoke Control Panel. • All detection and control wiring associated with the smoke control system, regardless of voltage, will be fully enclosed within continuous raceways. • Normal activation of the mechanical (active) smoke control system will have completely automatic control. • The fire alarm control panel will comply with UL 864 and be listed under UUKL as smoke control equipment. Solaris—Smoke Control Rational Analysis 10 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 • Control systems for smoke control systems will have provisions for verification. Verification will include positive confirmation of actuation, testing, manual override, the presence of power downstream of all disconnects and, through a preprogrammed weekly test sequence, report abnormal conditions audibly, visibly and by printed report. • Control air tubing will be used by the Building Management System (BMS) for monitoring the pressure inside each stairwell on each level and in the corridor outside each stairwell on each level. Pressure sensor locations are depicted on drawings in Appendix L. This control air tubing will comply with the following per 2003 IBC, Section 909.13: 1. Tubing will be flushed clean and dry prior to final connection. 2. Tubing will be adequately supported and protected from damage. 3. Tubing passing through concrete or masonry will be sleeved and protected from abrasion and electrolytic action. 4. Tubing material will be hard drawn copper, Type L, ACR in accordance with ASTM B 42, ASTM b 43, ASTM B 68, ASTM B 88, ASTM B 251, and ASTM B 280. tubing fittings will be wrought copper or brass, solder type, in accordance with ASME B 16.18 or ASME B 16.22. Tubing changes in direction will be made with appropriate tool bends. Brass compression- type fittings will be used at final connection to devices; other joints will be brazed using a BCuP5 brazing alloy with solidus above 1,100°F (593°C) and liquids below 1,500°F (816°C). Brazing flux will be used on copper-to-brass joints only. 5. Nonmetallic tubing used within control panels and at the final connection to devices can be used, provided that all of the following conditions are met: • Tubing is listed by an approved agency for flame and smoke characteristics. • Tubing and connected devices are completely enclosed within galvanized or paint- grade steel enclosure of not less than 0.030 inch (no. 22 galvanized sheet gage) thickness. Entry to the enclosure must be by copper tubing with a protective grommet of neoprene or Teflon or by suitable brass compression to male-barbed adapter. • Tubing is identified by appropriately documented coding. • Tubing is neatly tied and supported within enclosure. Tubing bridging cabinet and door or moveable device must be of sufficient length to avoid tension and excessive stress. Tubing must be protected against abrasion. Tubing serving devices on doors will be fastened along hinges. • Control air tubing serving other than smoke control functions will be an independent system. • Control air tubing will be tested at three times the operating pressure for not less than 30 minutes without any noticeable loss in gauge pressure prior to final connection to devices. • Detection and control systems will be clearly marked at all junctions, accesses, and terminations per 2003 IBC, Section 909.14. • Identical control diagrams showing all devices in the system and identifying their location and function will be maintained current and kept on file with the Town of Vail Building Official, Fire Department, and in the fire command center per 2003 IBC, Section 909.15. Solaris—Smoke Control Rational Analysis 11 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 Smoke Control System Activation • Activation of the smoke control system (all pressurization systems simultaneously upon automatic activation) will be accomplished in accordance with the sequence of operations in Appendix C of this report. Components will be activated by the following devices: a. Manually via Fire-Fighter's Control Panel (FSCP). b. Automatically via sprinkler system water flow alarms except those dedicated to automatic sprinkler flow in an elevator shaft. c. Automatically via smoke or heat detection at the entrance to a pressurized stair enclosure per 2003 IBC, Section 909.20.6. d. Automatically via smoke or heat detection at or near the elevator doors. • Additional functions will include: a. Signal indication at the Fire-Fighter's Control Panel. b. HVAC system shut down as required in the sequence of operation (see Appendix C). c. Individual fan shut down via smoke detector at top of each pressurized elevator hoistway or at the top of each pressurized stairway enclosure (described below). • Fire or Smoke in a Presurized Elevator Hoistway Although it is generally accepted that elevator hoistways are essentially sterile with respect to fuel load, there is a potential for smoke to be present in these spaces. In the event that this unlikely scenario occurs, the elevator pressurization system must be prevented from activating and potentially spreading smoke from the shaft to surrounding areas. In order to mitigate this circumstance, alarm initiation from any smoke detector located in an elevator shaft will prevent the pressurization system for that shaft from starting or, if it is already operating, it will shut it off. This initiation of alarm from the pressurized elevator hoistway smoke detector will also automatically open the hoistway vent in that specific hoistway. • Fire or Smoke in a Pressurized Stairway Enclosure The stairway pressurization system must be prevented from activating and potentially spreading smoke throughout the stairway enclosure and to surrounding areas. In order to mitigate this circumstance, alarm initiation from any smoke detector located at the top of each stairway enclosure will prevent the pressurization system for that stairway from starting or, if it is already operating, it will shut it off. Smoke Control Svstem Response Time (2003 IBC, Section 909.17) Smoke control system activation will be initiated immediately after receipt of an automatic or manual activation command. Smoke control systems will activate individual components (such as dampers and fans) in the sequence necessary to prevent physical damage to the fans, dampers, ducts and other equipment. The total response time for individual components to achieve their desired operating mode will not exceed the following: a. Control air isolation valves Immediately b. Smoke damper closing 15 seconds c. Smoke damper opening 15 seconds maximum d. Fan starting (energizing) 15 seconds maximum e. Fan stopping (de-energizing) Immediately f. Fan volume modulation 30 seconds maximum g. Pressure control modulation 15 seconds maximum h. Temperature control safety override Immediately i. Positive indication of status 15 seconds maximum For purposes of smoke control, the Fire Fighter's Control Panel response time will be the same for automatic or manual smoke control action. Solaris—Smoke Control Rational Analysis 12 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 The above response times will have to be confirmed during commissioning with the selected mechanical and control equipment. These time constraints imply that time is zero when the device receives the command signal to change state. Fire-Fiqhter's Smoke Control Panel (FSCP� • A Fire-Fighter's Control Panel will be provided for manual control or override of automatic control for smoke control systems and will be located in the Fire Command Center, complying with requirements of section 909.16 of the 2003 IBC. • The panel will graphically depict the building arrangement and smoke control zones served by the systems. A clear indication of the direction of the airflow and the relationship of the components will be displayed. • The FSCP will provide control capability over the complete smoke control system equipment as follows: a. "ON—AUTO—OFF" control, which activates/deactivates on an individual basis all fans (all stairway enclosure pressurization fans and elevator hoistway pressurization fans). b. "OPEN-AUTO-CLOSE" control over elevator hoistway vents on an individual basis. c. The priorities for the control action will be in accordance with section 909.16.3 of 2003 IBC and will override any safety shut down such as the detectors at the top of the pressurized elevator hoistways and pressurized stairway enclosures. • On the FSCP, status indicators will be provided for the indication of operation of all smoke control equipment annunciated by fan and damper/vent, and by LED-type indicators as follows: a. Fans, outside air dampers and pressurized elevator hoistway vents in normal status—White. b. Fans, outside air dampers and pressurized elevator hoistway vents in off or closed status - Red. c. Fans, outside air dampers and pressurized elevator hoistway vents in their on or open status - Green. d. Fans, outside air dampers and pressurized elevator hoistway vents in fault mode — Yellow/Amber. Sequence of Operation The sequence of operation matrix in Appendix C has been generated based on the fire alarm engineering construction documents and the required actions of the smoke control system as described above in preceding documentation. Upon receipt of approved fire alarm shop drawings from the selected fire alarm contractor, this sequence of operation will be modified to identify all devices on the smoke control system by fire alarm address. This sequence of operation matrix will be utilized in establishing special inspection testing and documentation by device address for all possible sequences the system is capable of implementing. Solaris—Smoke Control Rational Analysis 13 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 COMPUTATIONAL MODELING ASSUMPTIONS The following are the key assumptions used in this analysis: • Design elements relevant to the smoke control system correspond to the Owner Review drawing set with an issued date of August 8, 2008. • All stairwell and exit passageway doors will be equipped with adjustable door sweeps such that the free flow area underneath these doors may be adjusted during commissioning and acceptance testing of the smoke control systems. • All exit stairs, exit passageways and elevators to be pressurized are located as shown in Appendix A. • All elevator shaft and smoke barrier doors will be able to close against anticipated door forces. • The detection and alarm control system (fire alarm system) as well as the building automation system (BMS)will be UUKL listed for smoke control. MODEL PARAMETERS AND RESULTS General High-rise structures represent a complex network of physical space. The pressure in each of these spaces determines the flow of air through the building. In recognition of both the complexity of the flow geometry and the multitude of driving forces that must be considered, the smoke control system has been designed with the aid of a computer model. The model software, CONTAM version 2.4b, was designed by the National Institute of Standards and Technology with this purpose in mind. The architectural plans for the building are translated into this network flow model. Some assumptions were made regarding the tightness of construction during this process. See Appendix F for the leakage ratios assumed on the basis of tightness of construction. These assumptions were made both logically and conservatively so that the end result was an increase in precision over very simplistic and ultimately inadequate hand calculations. Such calculations are well suited for demonstrating physical principles, but are ill-equipped to comprehensively assess the impact of the multitude of driving forces on the potential movement of smoke through the building as required by the IBC. Weather Conditions The following scenarios with different weather conditions were analyzed using CONTAM: • Summer Conditions (95 deg. F)with 30 mph wind velocity: All doors closed. • Summer Conditions (95 deg. F)with no wind: All doors closed. • Winter Conditions (-32 deg. F)with 30 mph wind velocity: All doors closed. • Winter Conditions (-32 deg. F)with no wind: All doors closed • Neutral Conditions (68 deg. F)with 30 mph wind velocity: All doors closed. • Neutral Conditions (68 deg. F)with no wind: All doors closed. Also modeled were door open conditions for each of the above scenarios on the stairway enclosures to help satisfy Schirmer Engineering's concern that the pressurization systems maintain a positive pressure differential with doors being utilized for the egress process. These models were perFormed with the bottom three doors open with satisfactory results. The code does not require a pressure differential performance to be met with doors open, however, it is prudent to be confident that the pressurization system will continue to prevent smoke from entering the stairway enclosure at the time they are being utilized. Solaris—Smoke Control Rational Analysis 14 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 Pressurization Methodolopv • Minimum pressure differentials of 0.15 inches water column will be provided between the exit stairway enclosure and the adjacent part of the building. • Minimum pressure differentials of 0.04 inches water column will be provided between the elevator hoistway and the adjacent part of the building with maximum pressure differential set at 0.35 inches of water column as described earlier in this report. Note: The above pressure differentials are to be maintained such that the vertical enclosures are at a positive pressure with respect to the adjacent part of the building Air Capacity In order to achieve the required pressure differentials, airflow capacities were estimated based on the CONTAM modeling for the stairway and elevator hoistway pressurization systems. The actual fan selections were provided by the Mechanical Engineer and include conservative safety factors to allow for maximum flexibility in the field during commissioning and acceptance testing and also to account for leakage through the open stair doors during evacuation. The estimated air capacities by CONTAM and fan selections by the Mechanical Engineer are listed Table 5A. These selected fan sizes include the capacity to negate the effects of the maximum duct leakage allowed. Actual airflow rates will be established during balancing of the system in the field but are expected to be very close to the modeled air capacities. The control of airflow into each pressurized stairway enclosure will be performed by the Building Management System (BMS) through monitoring of the pressure differentials established via monitoring of pressure sensors located as identified in Appendix L. The BMS will be programmed with algorithms that respond to pressure differentials at approximately 10% below the pressure differential minimum requirement (0.15 inches of water) for a period of 30 to 45 seconds. This response results in the variable frequency drive (VFD)for that specific stairway enclosure to increase frequency and thus increase airflow from the fan. The control of airflow into each pressurized elevator hoistway will be set during balancing and commissioning of the system and will not allow for airflow changes from the fan even though these fans are also on VFD's. This is considered acceptable due to the lack of doors necessary for egress as with the stairway enclosures and due to the amount of maximum pressure differential that is considered acceptable for full operation of the elevator doors. Solaris—Smoke Control Rational Analysis 15 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 TABLE 5A. ESTIMATED TOTAL AIR CAPACITIES STAIR ELEVATOR ESTIMATED TOTAL RATED FAN NO. REQUIRED AIRFLOW CAPACITY (CFM) (CFM) Stair# 1 3,300 4,950 Stair#2 5,000 7,500 Stair#3 5,950 8,925 Stair#4 5,250 7,875 Stair#5 5,400 8,100 Stair#6 3050 4,575 Elevator Hoistway#4 8,200 12,300 Elevator Hoistway#5 8,200 12,300 AirFlow from each injection point, in the case of multiple pressurization air injection points systems (stairway #2, #3, #4, and #6), will be adjusted manually and placed in a fixed position in the field using dampers provided at each injection point. Airflows for each injection point, estimated based on the CONTAM modeling, are listed in the table below to give the commissioning team a sense of proportion for airflows through each injection point at the time of commissioning. TABLE 5B. ESTIMATED AIR CAPACITIES FOR EACH INJECTION POINT STAIR NO. ESTIMATED ESTIMATED ESTIMATED ESTIMATED TOTAL AIRFLOW AIRFLOW AIRFLOW AIRFLOW ESTIMATED FOR FOR FOR FOR AIRFLOW INJECTION INJECTION INJECTION INJECTION (CFM) POINT @ POINT @ POINT @ POINT @ LEVEL 4 LEVEL 5 LEVEL 6 LEVEL 7 (CFM) (CFM) (CFM) (CFM) Stair#2 1,700 1,400 1,000 900 5,000 Stair#3 2,000 2,000 1,000 950 5,950 Stair#4 2,000 1,750 1,500 0 5,250 Stair#6 1,150 1,000 9,00 N/A 3,050 Solaris—Smoke Control Rational Analysis 16 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 RATIONAL ANALYSIS General Section 909.4 of the 2003 IBC requires that systems or methods of construction to be used for smoke control be based on a rational analysis in accordance with well established principles of engineering. At a minimum, the analysis must address stack effect, temperature effects of fire, wind effect, HVAC system effects, and climatic effects. This section describes these considerations. The rational analysis was performed using the computer model CONTAM and engineering judgment based on fire tests and historical data. Stack Effect (2003 IBC 909.4.1� The system must be designed such that the maximum probable normal or reverse stack effects will not adversely interfere with its capability. An evaluation of stack effect must consider altitude, elevation and temperatures. Figure 2 of this report illustrates the movement of air in building shafts maintained at the same interior temperature under both winter and summer conditions. This flow pattern is representative of a high-rise structure that is not equipped with a smoke management system. In the winter time, under normal stack effect, air inside the shaft is warmer than that which is outside. As cool outside air leaks into the shaft, the warmer air rises to the top. Stack effect is significant for shafts but is negligible for floor-to- floor pressure differences.4 Conversely, in the summer time, when the air inside the shaft is cooler than that which is outside, the opposite occurs. In both cases, the presence of a neutral plane denotes an elevation where the air inside and outside the shaft have equal densities. A difference in density determines a difference in pressure. Equal pressures result in no net airflow into or out of the shaft at that elevation. FIGURE 2. STACK EFFECT Note:Arrows indicate direction of air movement. Neutral Plane /' /; i,'; //, /,/;�;' ,'� /��% Normal Stack Effect Pressure Reverse Stack Effect The impact of stack effect on the air movement across the exit stairwells and elevator shafts of the proposed building was estimated by the CONTAM model. The air capacities estimated by CONTAM reflect the stack effect and reverse stack effect for winter and summer conditions respectively. In the absence of a mechanism to prevent airflow into these shafts, smoke from a fire could migrate through them into various building spaces. For example, on a cool winter day, a fire below the neutral plane will result in a flow of smoke into the shaft on the fire floor. The smoke will be transported vertically within the shaft until it is forced out by positive pressure differences at higher levels in the building. ° Tamura, G.T. and A.G. Wilson, 1967. "Pressure Differences Caused by Chimney Effect in Three High Buildings." ASHRAE Transactions 73(2). Atlanta: American Society of Heating,Refrigeration and Air-Conditioning Engineers, Inc. Solaris—Smoke Control Rational Analysis 17 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 Temperature Effect of Fire (2003 IBC 909.4.2): 2003 IBC Section 909.4.2 states that buoyancy and expansion caused by the design fire shall be analyzed. The high temperature smoke from the fire has a buoyancy force due to its reduced density. This causes an increase in fire compartment temperature relative to outside the fire compartment. The pressures produced by the buoyancy of combustion gases within the room of fire origin may be estimated using the same general governing equation for stack effect as shown belows. gpa�m 1 1 �Pnu��,�u„�y� — R T x T� (�) Where: 4pv�,oti.�,,,�y, =Pressure difference from fire room to adjacent space due to buoyancy of combustion gases [in H20] g =Gravitational acceleration = 32.2 ft/s2 p�,�m =Atmospheric pressure [in HZO] R = Ideal gas constant= 53.35 ft Ibf/Ibm °R T� =Ambient temperature [°R] Tf =Average absolute gas temperature in fire compartment [°R] h = Distance above the neutral plane [ft] During a series of full-scale fire tests, Fang (1980) found that the maximum pressure difference reached at the ceiling across the burn room wall was 0.064 inches of water5. This pressure increase is expected only on the fire floor and the impact of this pressure difference on the stairway and the elevator hoistway pressurization system will greatly depend on the proximity of the fire to these pressurized vertical enclosures. Additionally, the positive pressure differential maintained in the stairways and elevator hoistways by the stairway pressurization system and elevator hoistway pressurization system respectively will be able to overcome any effect of this pressure difference caused by the buoyancy of combustion gases. The expansion of gases due to fire increases the volume of the gas by 3 times its original volume. However, for this to happen for a prolonged time, the temperature needs to rise continuously. The pressure differences across the compartments, developed by the expanding gas, depend on three factors: (1)the leakage area, (2)the volume of the fire compartment, and (3)the rate of temperature rise6. For this project, we will have a relatively leaky space and a large volume of each floor as well as fire sprinkler systems throughout the building that will prevent a rapid rise of temperature in the space. All three factors will contribute in negating the expansion effect. HVAC Svstems Effects (2003 IBC 909.4.4� HVAC system effects are typically considered negligible because common area (residential corridor) systems not used in smoke control will be automatically shut down during emergency operations. This shut down will help establish the proper pressure differential for the pressurization systems. The CONTAM modeling was performed with no HVAC in the residential corridors. Climate (2003 IBC 909.4.5�, The IBC requires the engineer to consider possibilities of impairment of the pressurization fans due to snow build up in colder climates. The climate in Vail, CO during winter does require such consideration. 5 Klote, J.H. and J.A. Milke. Principles of Smoke Manaqement. American Society of Heating, Refrigerating and Air-Conditioning Engineers, Inc.:Atlanta,2002. 6 Tamura,George T. Smoke Movement&Control in Hiqh-rise Buildinqs,National Fire Protection Association,Quincy,MA, 1994. Solaris—Smoke Control Rational Analysis 18 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 Therefore, the pressurization fans that are located outside are located on roof areas that are provided with hydronic snowmelt systems. Wind Effect (2003 IBC 909.4.3): The flow of air throughout the building network is manipulated by atmospheric wind impacting the building fa�ade. The pressure exerted by these exterior winds is of great importance to engineers calculating both structural loads and air infiltration. The concern in the design of the smoke control systems with this air infiltration due to wind is that the pressure induced in various smoke zones due to such air infiltration will influence smoke flow in the event of a fire. The American Society of Heating, Refrigerating and Air Conditioning Engineers (ASHRAE) maintains statistical data for wind speed and direction for various geographical areas. The data for wind speed is presented as time- averaged values. Instantaneous wind speeds may exceed these values; however, in accordance with ASHRAE recommendations for the design of smoke management systems, the 1°/o extreme wind speed is used in this analysis. No wind information is available specifically for the Vail area. The closest city for which wind data is available in the ASHRAE Fundamentals Handbook is Eagle, Colorado. For the Eagle area, the wind speed of 23.8 mph statistically will only be exceeded by a maximum of 1% of the time during a given year$. Since Vail is a fair distance away from Eagle, a more conservative value of 30 mph for the wind velocity is used for the CONTAM modeling. Although a prevailing wind direction is given, other wind directions may well posses statistically significant frequencies. Therefore, various wind directions are considered in the analysis. In addition, due to the difference in both elevation and terrain between the meteorological station and the project site, the wind speed profile was adjusted accordingly. The pressure that wind exerts on a building is different for each face of the structure. The relative geometry of the building face in question to the impinging wind determines the value to be used for a wind pressure coefficient. Generally, this coefficient is in the range of-0.8 to 0.8 with positive values for windward walls and negative values for leeward walls. The actual data used in the CONTAM model was taken for wind pressure coefficients based on building height and plan ratios'�$, as shown in Figure 3. ' Klote, J.H. and J.A. Milke. Principles of Smoke Manaqement. American Society of Heating, Refrigerating and Air-Conditioning Engineers, Inc.:Atlanta,2002. e The ASHRAE Fundamentals Handbook. American Society of Heating, Refrigeration and Air-Conditioning Engineers, Inc.:Atlanta, 2001. Solaris—Smoke Control Rational Analysis 19 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 FIGURE 3. WIND PRESSURE COEFFICIENTS � � � � Name: Solaris Descripkian: Solaris projeck in l�ail,Colorado for Denver affice. Daka Painks Seleck Curve Fik Angle[deg] Caefficienk Angle[deg] Coefficienk �' Curve Fik 1 1. 0 0.7 9. 360 0 2. 90 -0.5 10. 360 0 � Curve Fik 2 3. 180 -0.2 11. 360 0 4. 270 -0.5 12. 360 0 �' Curve Fik 3 5. 360 0.7 13. 360 0 �' S haw All 6. 360 0 14. 360 0 7. 360 0 15. 360 0 8. 360 0 16. 360 0 Redraw —_ � � 1.0 . . . . . . . . . . . 0.5 . . . . . : . . : . . . : . . . : . . . : . . . : . . . : . . . : . . . : . . . . . 0.0 : . . . . . . . -0.5 . . . . .�. . . . .�. . . . . .�. . . . .� . . . . : . . . . .�. . . . .�. . . . �. . . . ;. . . . .�. . . . . : . . . -1.0 . . . . . . . . . . . 0 90 180 270 360 OK Cancel In order to isolate the effect of exterior winds on the building, additional simulations were conducted holding the outside ambient temperature constant and introducing only this exterior wind. Four (4) simulations were conducted at an ambient temperature of-32°F and a wind speed of 30 mph. The only variable in these simulations is the wind direction measured clockwise from true North. The directions chosen were 0°, 90°, 180°and 270° so that all four quadrants were considered. Duration (2003 IBC 909.4.6� All portions of the smoke control system are required to be capable of continued operation after detection of the fire event for not less than 20 minutes. The ductwork serving the pressurization air to the stairwell (in the case of multiple injection points) is located in a 2-hour fire rated enclosure. All the control cabling and equipment for the stair pressurization system will either be 2-hour fire rated or enclosed in a 2-hour rated enclosure. This will ensure that all portions of the stair pressurization system will be able to operate on a continuous basis for no less than 20 minutes. In addition, a standby generator provides the secondary power for the stairwell pressurization system. Solaris—Smoke Control Rational Analysis 20 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 MODEL RESULTS Conclusion of Analysis: CONTAM Model simulations were used to verify that the smoke control system meets the requirements of the 2003 International Building Code and follow well-established principles of engineering by providing critical pressure differences at specific locations in the building. The results shown in Table 6 are representative of simulations conducted under winter and summer design temperatures, with and without wind pressures. Using the CONTAM model, the pressurization airflow quantities for each stairway enclosure pressurization system were selected to achieve a minimum pressure differential of 0.15 inches of water column between the stairway and the adjacent building per the 2003 IBC requirements. Also, care was taken to limit the pressure differential between the stairway and the adjacent building to 0.40 inches of water column to keep the door opening forces to 30 Ibs. or less. Using the CONTAM model, the pressurization airflow quantities for each elevator hoistway pressurization system were selected to achieve a minimum pressure differential of 0.04 inches of water column between the elevator hoistway and the adjacent building per the 2003 IBC requirements. Results from the CONTAM model are shown in Table 6 and Figures 4A, 4B and 4C. These simulations were conducted for winter, summer and neutral (inside temperature = outside temperature) conditions, with and without wind approaching from the North at a speed of 30 mph (judged from a series of simulations to be the most severe design condition). The winter, summer and neutral simulations were conducted at outdoor design temperatures of-32°F, 95°F and 68°F respectively. Solaris-Smoke Control Rational Analysis 21 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 TABLE 6. RESULTS FROM THE CONTAM MODEL OP in. of H20 Vertical Winter Summer Neutral Conditions Enclosure Level Doors Closed Doors Closed Doors Closed With 30 Without With 30 Without With 30 Without m h wind wind m h wind wind m h wind wind Gara e 0.201 0.244 0.204 0.228 0.205 0.231 1 0.261 0.315 0.318 0.386 0.305 0.373 Stair 1 2 0.291 0.260 0.287 0.258 0.288 0.258 3 0.216 0.219 0.205 0.203 0.208 0.206 4 0.334 0.281 0.257 0.239 0.285 0.246 Gara e 0.18 0.199 0.244 0.250 0.234 0.242 1 0.195 0.201 0.261 0.257 0.251 0.248 2 0.151 0.162 0.181 0.185 0.176 0.181 Stair 2 3 0.185 0.190 0.202 0.205 0.200 0.203 4 0.232 0.237 0.224 0.229 0.225 0.230 5 0.260 0.265 0.226 0.233 0.23 0.238 6 0.292 0.298 0.229 0.240 0.238 0.249 7 0.339 0.350 0.241 0.260 0.256 0.275 Gara e 0.184 0.190 0.268 0.261 0.255 0.249 1 0.184 0.190 0.268 0.261 0.255 0.184 2 0.150 0.152 0.193 0.190 0.186 0.184 3 0.189 0.180 0.225 0.216 0.220 0.21 Stair 3 4 0.236 0.227 0.247 0.240 0.245 0.237 5 0.263 0.255 0.249 0.244 0.250 0.245 6 0.296 0.288 0.253 0.251 0.258 0.256 7 0.343 0.341 0.264 0.271 0.278 0.282 8 0.338 0.298 0.248 0.244 0.262 0.257 Gara e 0.214 0.190 0.300 0.271 0.287 0.258 1 0.214 0.193 0.300 0.271 0.287 0.258 2 0.178 0.154 0.222 0.198 0.216 0.191 3 0.235 0.234 0.283 0.276 0.276 0.269 Stair 4 4 0.265 0.287 0.285 0.301 0.282 0.299 5 0.293 0.316 0.284 0.303 0.285 0.305 6 0.324 0.343 0.284 0.303 0.288 0.309 7 0.361 0.364 0.289 0.301 0.299 0.311 8 0.365 0.355 0.278 0.276 0.292 0.289 Gara e 0.152 0.153 0.212 0.200 0.203 0.192 1 0.183 0.166 0.249 0.227 0.238 0.216 2 0.111 0.109 0.130 0.123 0.127 0.121 Stair 5 3 0.173 0.194 0.195 0.205 0.193 0.203 4 0.204 0.248 0.198 0.231 0.199 0.234 5 0.232 0.277 0.198 0.234 0.202 0.241 6 0.265 0.305 0.199 0.235 0.207 0.245 7 0.325 0.328 0.205 0.234 0.218 0.249 1 0.150 0.212 0.213 0.248 0.204 0.245 2 0.174 0.201 0.212 0.226 0.206 0.222 Stair 6 3 0.217 229 0.225 0.234 0.224 0.233 4 0.250 0.256 0.232 0.239 0.235 0.242 5 0.289 0.293 0.240 0.245 0.247 0.252 6 0.340 0.339 0.257 0.260 0.270 0.273 Solaris-Smoke Control Rational Analysis 22 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 Gara e 0.091 0.100 0.168 0.165 0.156 0.154 1 0.091 0.100 0.168 0.165 0.156 0.154 2 0.069 0.075 0.115 0.116 0.107 0.109 3 0.107 0.103 0.147 0.141 0.141 0.135 Elevator 1 4 0.154 0.15 0.169 0.165 0.166 0.162 5 0.182 0.178 0.171 0.169 0.171 0.170 6 0.215 0.211 0.164 0.176 0.179 0.181 7 0.262 0.264 0.186 0.196 0.197 0.206 8 0.256 0.246 0.169 0.169 0.183 0.182 Gara e 0.091 0.073 0.166 0.140 0.154 0.129 1 0.091 0.073 0.166 0.140 0.155 0.128 2 0.067 0.044 0.110 0.086 0.104 0.079 3 0.124 0.124 0.171 0.163 0.164 0.156 Elevator 2 4 0.154 0.177 0.173 0.188 0.170 0.186 5 0.182 0.206 0.172 0.190 0.173 0.193 6 0.213 0.233 0.172 0.191 0.176 0.196 7 0.251 0.254 0.177 0.189 0.186 0.198 8 0.255 0.246 0.166 0.140 0.179 0.177 Solaris—Smoke Control Rational Analysis 23 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 FIGURE 4A.SYSTEM VALIDATION,WINTER System Validation: Winter with Doors Closed - No Wind 120 �II 100 � e-� �� ♦Stair 1 80 ■ Stair 2 -�-o wK • w Stair 3 � ❑ �� Stair 4 � 60 _ a �Stair 5 �' �� Stair 6 w 40 ��- +Devator 4 ❑ �evator 5 ❑-}-� � • ♦ 20 �❑+ � ,� ♦ 0 "F—� ,r q��- 14 0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1 Pressure Differential(in.Water) System Validation: Winter with Doors Closed -With 30 mph Wind 120 - 100 � �Stair 1 80 ■ Stair 2 � � Stair 3 c _ Stair 4 ° 60 � �Stair 5 °7 � • Stair 6 w 40 � - +�evator 4 ❑ �evator 5 � 20 � 0 -r: , -, � ��r��lE 0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1 Pressure Differential(in.Water) Solaris—Smoke Control Rational Analysis 24 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 FIGURE 4B.SYSTEM VALIDATION,SUMMER System Validation: Summer with Doors Closed -With 30 mph Wind 120 100 ♦Stair 1 80 °r'" ■ Stair 2 � �a� Stair 3 � � � Stair 4 ? 60 �� Stair 5 � �* • Stair 6 a� w 40 - +Devator 4 � ❑ Devator 5 20 � � 0 — � � � � � �� 0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1 Pressure Differential(in.Water) System Validation: Summer with Doors Closed - No Wind 120 100 ♦Stair 1 80 � *� ■ Stair 2 � �e �• Stair 3 � c � Stair 4 ° 60 �Stair 5 > � °7 � • Stair 6 w 40 �- +Devator 4 ❑� � • ♦ ❑ Devator 5 20 ❑+ )K�' ♦ 0 0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1 Pressure Differential(in.Water) Solaris—Smoke Control Rational Analysis 25 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 FIGURE 4C.SYSTEM VALIDATION,NEUTRAL CONDITIONS System Validation: Neutral Conditions with Doors Closed - 30 mph Wind �zo II �oo � a-�� o ♦Stair 1 $� ■ Stair 2 �-� ■ • � Stair 3 _ � ■� Stair 4 � 60 � �Stair 5 �, -�- w ;. W • Stair 6 40 - +Devator 4 II ❑ Devator 5 �� r • ♦ 20 � • �r ♦ 0 � 0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1 Pressure Differential(in.Water) System Validation: Neutral Conditions with Doors Closed - No Wind 120 � 100 � � � _ ♦Stair 1 80 ■ Stair 2 .-. �-o � • .: Stair 3 � _ � Stair 4 0 60 .� R �I��, �Stair 5 °' �" � • Stair 6 w 40 -r +Devator 4 ❑ Devator 5 ❑�31E • ♦ 20 , ❑-I- � � ♦ Q _ * I, 0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1 Pressure Differential(in.Water) Solaris—Smoke Control Rational Analysis 26 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 All of the factors necessary for a rational analysis as identified in IBC Section 905.2.2 were considered and evaluated through the use of the CONTAM model and other well established principles of engineering. The CONTAM model results confirm that adequate pressure differentials will be provided across the stairway enclosures and elevator hoistways to prevent smoke migration into these vertical enclosures. SMOKE CONTROL SYSTEM ACCEPTANCE TEST CRITERIA An acceptance test of the smoke control system will be necessary to confirm proper system activation and operation. This is accomplished through a combination of visual inspections of smoke control system components and measurements of pressure differentials and door opening forces while the system is in the active mode. Since confirmation of code compliance minimum pressure differentials can be objectively accomplished through pressure measurement equipment, a smoke test will not be required. Furthermore, the practice of using cold smoke for such tests is inappropriate as a lack of buoyancy in the smoke would render the results of such a simulation entirely irrelevant9. The CONTAM model is used as a tool to perform the calculations necessary to properly size the fans based upon the rational analysis. A safety factor is used when sizing fans and it is expected that actual airflow will be adjusted during air-balancing to achieve proper pressure differences, while not exceeding door force requirements. The force to set a side-hinged door in motion is determined by the equation provided in 2003 IBC Section 909.6.2: K�WA4p F = F r��.r�, + 2�W-d� (�) Where: A = door area (ftZ) d=distance from door handle to latch edge of door(ft) F= total door opening force (Ib) F��OSe�= force required to overcome closing device (Ib) Kd= 5,2 W= door width (ft) dp= design pressure difference (in. HZO) The total door opening force shall be 30 Ibs. or less in accordance with the 2003 IBC. The door closer force will vary slightly. However, the manufacturer of the specified door closer indicated that the force required to overcome the door closer will be approximately 4.5 Ibs. at the minimum spring setting for the specified model of door closer. Please see the data sheet for door closer in Appendix I. Using F = 30 Ibs, F��oser =4.5 IbS., W = 3 ft., d = 0.25 ft. and A = 20 sq. ft. in the above formula, the maximum pressure differential will be 0.411 inches of water. To allow for variations in door closer force and variations in site conditions, a maximum pressure differential that can be allowed to keep the door opening force under acceptable limits was chosen to be 0.40 inches of water. The commissioning and acceptance testing of the smoke control systems will establish this criteria for each required door, as door size and closure force will vary slightly between the doors. The following inspections and tests should be conducted for proper confirmation. 9 National Standards for Total System Balance. Associated Air Balance Council:Washington, D.C.,2002.Section 20.4.3.2. Solaris—Smoke Control Rational Analysis 27 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 SMOKE CONTROL DUCTWORK It is the responsibility of the Mechanical Engineer to calculate estimates for static pressure losses in the smoke control ductwork, including estimates for pressure losses due to various components such as duct fittings, dampers and grilles10. This estimate for static pressure, coupled with an estimate for velocity pressure will then be used by the Mechanical Engineer to predict air leakage from the smoke control ductwork. The air capacities specified in this Rational Analysis and Technical Report do not take into account such air leakage estimates. Therefore, the Mechanical Engineer may choose to increase the air capacities in this report to compensate for predicted ductwork leakage. Leakage of pressurization air from smoke control ductwork will result in a reduced amount of air supplied to pressurized smoke zones. Such leakage is determined by a combination of static pressure, duct openings and workmanship". In order to confirm that the leakage rates predicted by the Mechanical Engineer coincide with actual values, a duct leakage test must be performed. The results of this test should verify that the actual amount of leakage from the smoke control ductwork does not compromise the design intent of the smoke control system. All smoke control ductwork will be tested in accordance with the procedures outlined by the Sheet Metal and Air Conditioning Contractors National Association Leakage Test Manual (1985) and the National Standards for Total System Balance (2002) as recommended by the Associated Air Balance Council. The following test requirements are highlighted below: • Smoke control ductwork will be visually inspected to verify no damage has occurred during installation. • All ductwork sealing/resealing should be cured prior to performing leakage testing. • The flow measuring device should have a certified calibration curve that is both signed and sealed by the manufacturer. In addition, the device should be accurate to within ± 3.5% of the flow indicated12. • Smoke control system ductwork will be leak tested to 1.5 times its design pressure. The test must conclude that the total amount of duct leakage does not exceed 5% of the design flow. FANS Fans must be visually examined for proper rotation. Measurement of voltage, amperage, and revolutions per minute will be performed. Such values shall be within the range of values specified by the manufacturer. ACTIVATION OF SYSTEM The smoke control system will be activated to test all appropriate smoke control system components. Automatic Activation • The system (all pressurization systems simultaneously) will be activated through all automatic means to verify proper system operation. 10 Gladstone,J.and W.Bevirt. HVAC Testing,Adjusting and Balancing Manual,3rd Edition. McGraw-Hill: " National Standards for Total System Balance. Associated Air Balance Council:Washington,D.C.,2002.Section 5.1.2. 12 National Standards for Total System Balance. Associated Air Balance Council:Washington,D.C.,2002.Section 5.2.2. Solaris—Smoke Control Rational Analysis 28 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 • The fire alarm panel will be verified for proper signal identification. • The Fire-Fighter's Smoke Control panel will be verified for proper signal identification and status indication. • Pressure differentials will be measured to confirm that the minimum required pressure differentials are met while not exceeding IBC required maximum door opening forces. The locations are listed below: a) Stair to adjacent building b) Elevator hoistway to adjacent building Manual Activation • The system will be activated (each pressurization system activated) manually through the use of the FSCP. The panel will be checked to verify proper signal identification and status indication. In addition, the applicable smoke control equipment will be checked to verify proper operation in accordance with the sequence of operation. • While the smoke control system is in the automatic mode, it will be confirmed through manipulation of the Fire-Fighter's Control Panel controls that the panel can override all other signals and functions. SUPERVISION System supervision will be verified by disconnecting various system components to confirm supervision at the Fire-Fighter's Control Panel. SECONDARY POWER A test will be conducted simulating the loss of the primary power to the smoke control system. It will be confirmed that the system can run under full standby power for a minimum of 20 minutes and transfer to full standby power will occur within 60 seconds of failure of primary power. REPORT A complete smoke control report of testing will be prepared by the required special inspector. The report will include identification of all devices by manufacturer nameplate data, design values, measured values and identification tag or mark. The report will be reviewed by the responsible designer, and when satisfied that the design intent has been achieved, the designer will sign and date the report with a statement as follows: "I have reviewed the report, and by personal knowledge and on-site observation, certify that the smoke control system is in substantial compliance with the design intent and, to the best of my understanding, complies with the requirements of the code." A copy of the final report will be filed with the building official and an identical copy will be maintained in an approved location at the building. Solaris—Smoke Control Rational Analysis 29 October 31, 2008 Vail, Colorado SEC Project No.: 2408014-002 CONCLUSION The smoke control system design documented in this report relies on a combination of passive and active elements. This methodology results in a system that meets and exceeds IBC requirements, while providing adequate tenability, as demonstrated by the CONTAM model. Prepared by: Reviewed by: SCHIRMER ENGINEERING CORPORATION SCHIRMER ENGINEERING CORPORATION � y ��- _� L�I�I�, �/ i � Yogesh V. Kalantre, P.E. Brian O. Thompson, P.E. 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K� � �;. . xx ■ � 'u �t� x� x � I �I.. X x c ��x .k<�X. X� �, , �, , � �� v i f X � k �'�� x < u x� y, , � �� X`X <� n X/ x � k ` , � �x a �X y; ��x �xx�� — ELEVATORS � ��;_� � �x x <. � � � � � — STAI RS �� ; �� , I "'� ` 'y � � k �� xN X� 'f � K � � �� X LEVEL 6 0 0 � �' ±' ��,; ��r� '�', , � � z z r r 1-';?y�`� � � � � �; - — �� - -�� +� � � � � � � _ _ �++F_ �-�� . ii``` . � � � �rt / 1 i i 1_� I / Jl - I 4A E4B 5A�5B ` ��y/ y �-.ili– i _ • �y z x x x � � y�kxu// X — ;. , �i _ � � . i i i. _ � __ � � � � _ _ � '' � � �' ; � � � � � u � �. I� � , � � � , � . .: `,�_. _ ,ii _ f � � �,��K��:�/�h�� r, , . yu ��y ��k �.Xk'"X� � X� X,��{' i\:' i X' ��X x t ' \�'�'X kk�� v '� y ,y i tu X K �f, �� r� x x �,�/ x� � � (�, , k �N`� ��FX� x�' �� x �� °O� �. ,� >. �� ,o o,�� I �x x X � I I I � n�. uX�k � I I �� ^� � ,�; k �\� XX. � x X k y , �`��x�:.,.; . y�� .� '�x��nK�xy�.. . XX� x . „�h x u �x� � ��'.x x. x ��X� �� ,�� , ` � x '� ,: t `kx �'> X'' I �� ' � �� 0 - ELEVATORS � ��`. � � ( � - STAIRS � �,\ �� u x� I � �e �>:�. >' ;<� � �� ` �i ,/x /,,=':,x�� K .k�,�x�x�� x LEVEL 7 — --'j j"^T- — 11�� , - - ,��'� ��`�, ��t-�t � ,+, � I = � 1 _ I � r� + I n - ��_ �, <x � � �'� , �. < �' ` �� ` ,X - � � ��_'. � � v , � � � . r n X�'�, x��'i, � � � :� k �;, � � ,.�� J� - . < ,:x= ', r x ! x , K�x , � i ��.,. � �: � - � � � `� / � , . „ � �:� V� , � .,u� �, -� \ \ � \ � � �� , � � - - � �■� - - �, v � ,�� . �� \ .� \ 4P�1 E4B� ' 5A E5 - n � \� \\� . \ - , L �,, �I �; - = v)�%' K{��<. � � _ �� X ^ li � �I I �\ I I I I .� . ��.,. ; . Y . . Vk � � � :� x�� .., �, z II ❑ — h kx< � X I I I i I . - — .._ I� I X , � — _ _ 1 � , � - � i - � � _ � � — e I x,� — � � — - - x�� - � � '� xxx � — - — ' X ��xX ` �� ,xk �� k �� ,'xi � v �� X k � fXX�` � �".)��X � � � � 'F�X h � �r �'' x Y xx Xx� � ��., � � ` n� X xx �'X , X � i � X,�n �`�Y ( �, :> � v > ��, �� u� � �x�� X �, �i. X� v��X; ��. � X X � X� X "�y�� {X'� �X) � J h ��'> X . { X X yx�xx x � , �X. � �� X��-'_ � ,,_ X�� 0 - ELEVATORS �� x xx�� X � � y } : %�x. rx� ,X � r� � � - STAI RS > �� v �r� � ~X� �'� 'k ,� xX.�.:'� i �X �l � �r X ,� �x�n�. . x��k�%� � �� LEVEL 8 0 � � � `,� _ � � � ' - � � \: �� oo � t �� , .�� i �� . �� — '�� , �\\' ��\�\ \� � � \� � � - � � x � _ � — � � '- � � � — — — — � -��,- , , f ..�. �X — . ._ n. h> ,-; I — .�� , ..� . a � i � - � � � ��4�� ,I-L' . - +�-. . � - � � � � �''�, O O �� 1� � _ ❑ � �" � � i- _ -� � i� - - x,� �� \\ ,_�_. � o , A K I �_ _ -OOO k�; _ � _ X�, - APPENDIX B STAIR AND ELEVATOR SECTIONS GENERAL N�TES 1. ALL PIPING SHOULD BE RE5ILIENTLY ATTACHED TO STRUCTURE AT EVERY POINT OF CONTACT. APPLY TO BOTH PLASTIC AND IRON PIPE. SEE PLUMBING SPEC. 2. TO ISOLATE SOUND, EVERY ELEVATOR AND STAIR SHAFT LOCATED ADJACENT TO A RESIDENTIAL UNIT 15 FURRED OUT ON THE UNIT SIDE.5EE WALL TYPES. 3. MECHANICAL, ELECTRICAL,&PLUMBING CHASES WITH � SOUND ISSUES NEED TO BE LINED. 4. PENETRATIONS OF CRITICAL WALL AND FLOOR CEILING ASSEMBLIES BY STRUCTURAL MEMBERS, DUCTS, PIPES, � � �r�� CON�UIT, ETC.ARE TO BE SEALE�WITH A RESILIENT, NON � � I HARDENING CAULK. � �� 5. REFER TO VT SHEETS FOR FURTHER INFORMATION ( ( 1 REGARDING ELEVATORS. `� � `� �� 6. EXPOSED CONDUIT IS NOT ALLOWED. ALL WIRINGAND 1 H 19) CONCEALED AND FIRE-STOPPED TO MAINTAIN SCHEDULE WALL RATING. OBTAIN STRUCTURAL ENGINEER 9 � APPROVAL PRIOR TO COOR DRILLING CONCRETE 17'-2" A5.04 5.08 STRUCTURE. 2301 BLAKE ST., STE.#100 7'- 10 7/8" 9'-3 1 " 17'-2" DENVER, COLORADO 80205 303.861.8555 F.303.861.3027 --- - - -- - 4'-77/8" 12'-61/8" 1'_0" / ' ?' � ;� yj;��f'f � � /f� ' /i%� ;;,�� '/' ':� � � �� 0225 MAIN STREET. UNIT C101 , , , � �� /� / ,i� �:'� � �,� y < . ��" �� " �'`�� v �� '�� -� ��y ` �� 2 \ EDWARDS, COLORADO 81632 � �� 12" PRE-CAST � ;�'% � � ; 970.926.8960 F.970.926.8961 �� 5 08 CONCRETE 0 � N ' •.i�/ `� � yi�� `�� f�/;fi �' Lf; ' , `, SHAFT WALL .,/ �! j� � �_ i �' ;' �Q� �; ' � 1�° 12" PRE-CAST � � � � ; f�„ � E CONCRETE � ,if � ' `v � ELEV �; ��J SHAFT WALL �� ,,:j M /' � _ �`. ,r� �,: % �> � ' ,; � 1 ,i ` E4 r:� �y - � J ` o '� ' ELEV ;f o , — �� ` CAB 4A CAB 4B � � r�� _, ; ;/i , i / co I ,�: E5_ �% '' %`, � :% ',;�, - � . � '� /' � CAB 5A CAB 5B %�' o 2 HR.FIRE RATING � � � �� r� � `� " - , INSULATION,TYP. � - � ,`� �'l" F�' � '�� " � �% � `j � � '� �- ' ' ��,' � , � F � � �� .; F . . _ � .: , � �: , BA R N E Y TOTAL ��`. � �; 10" 3'-6"CLEAR 6" 6" 3'-6"CLEAR 10" �� ,�� HOISTWAY ' __ _ ' LEVEL_9 �� ,,� ;'��.. � �� ji �, � �'�x��: �� i6 � � � /� � � 196'-0" I CLEARANCE � . 10" 3'-6"CLEAR 6" 6" 3'-6" CLEAR 10" DIMENSION �: � � A R H IT E T �. M � 3'- 1" 4'- 10" R.O. 1'-4" 4'- 10" R.O. 3'- 1" � ' � 3'- 1" 4'- 10"R.O. 1'-4" 4'- 10" R.O. 3'- 1" � '` �� 1936 MONTAUK HIGHWAY � ", � �; 3 �� g BRIDGEHAMPTON, NY 11932 � 5.07 A5.04 631.537.3555 F.631.537.0558 o � � � 0 210 Edwards Village Blvd., Suite D-207, PO Box 878 � ; — I I Edwards, CO 81632 bo I �� ° 970.926.4151 �F= 184'-9" ) /,� � - - - - �� — -�� ELEVATOR SHAFT 4 LEVEL 2 LEVEL 8 ELEVATOR SHAFT 5 LEVEL 2 LEVEL 8 '� � ' ISSUE/REVISION DATE NO. �� LEVEL 8 ` LEVEL 1 � i �a4��-s�� . ,� ;�� oo�-o° � 6 1/4" = 1'-0" � 3 1/4�� - 1�_�„ _ _ _ _ , , t � co ;y� _ _ �_,./ OWNER REVIEW 16APR08 12" PRE-CAST — �� _� �� ;! N %�. CCD#25 22APR08 CONCRETE /; � =, SHAFT WALL � i';'� �' '�/ CCD#35 09JUN08 2 � FINAL CONSTRUCTION DOCS 15JUL08 ,� f ! ° O � / I � I � o — � - � 11� 12 18 19) (FF= 173'-3" ) '� � � �. — � ;; � , � � /,,� ��— o ��' � LEVEL 7 (FF= 84'-8 1/2" ) � �� 173'-0�� - - � � �� 17'-Z„ ,�;� � �, ��_ . GARAGE LEVEL �� -� � /? 86'-6 1/2" � 7'- 10 7/8' � 4'-7 7/8" 12'-6 1/8" 1'_0" %� `°' f 2 � � , ,. � - -- - - , �. I , • -- --- ----- �_,,�. . 5.07 ,/ �. ,. �/ ,, ,. .., / ,.., ,. ;. / ,,- � :;r. �„ ,:_f; :rr,,,.,; .. � . . �' ,ri!<' i, / ].�� / / // j / f ;%. / _ �. : .�; . <. ✓,.,, r . ,. ,.f, /,„i, i / i -r� ., . . / �, l. ..�i il� '. ... .. f.., i.i ��i'./..� ,�i. ��:. .' , ,: .�.. �f� ., �; .i ��.�,� � �.�. /� / / /� '� �/ I � .�:�. 'l.�J�.�.../ .i�. ..",".....�,. ./.� �/ /../. './.., ., . J./..,. /. .. �r ... F . /�/..,:.� , i✓ . .1:��/ ./ .�/': � F� /. ��./.' . /� //�.� �/.: � / � / / /� / � r� � !F _ z , .,I ><.,., , ,.. , . •F�; ,� ,.. ,. . .;. f � ' ; ; f _ , � : � � . . _. � ., � ,,.< : , : r F ; ' r � �;� f,... � _ , �, . ,. : ,� . i'.. :, ,, y.�,.� ,� . � ,, ,�. ., / ,%y. . .,�. r,r �, .,. '//!,: i r �, �, � . � �� 0��6 ., i, , . . i / i ,� ��, �� / �� ,�.� i ��.i ,�, � � y. . , .. � . /. � � ,�� ;> ` � � � ,"•, � � f : , `— 12" PRE-CAST �:�� ; � ��"� _ � . : _ _ � . � ° � '' �ECH LEVEL CONCRETE I ,� 12" PRE-CAST � � � � , 0 /, ,,;_ c� i�:'h°��' 80'- 10" � SHAFT WALL ;:,, i � o � � CONCRETE �� i�< � � � _ �6,'6�� \ a. �° � I '.�;/�� j j/; � SHAFT WALL r�y %;. (FF= 161'-9" ) I %'— /,� a � — '��— — — —ELEV_ _ � _ � �/ d. � d - - � _ _ . - � Q �. . � � Q �� . Q Q �' I .�.1 .: � y '( � �� ELEV �%�� E5 �� ` LEVEL 6 a d , : a � , °° /j �, � I I �—.� %� bo � 161'-6" � � ,, a . � , E4 � � /�� f a a= � ,,. N I �, ° a� I ° � ,� � a . .°� �_�� CAB 4A CAB 4B � �: � CAB 5A AB 5B �" � � � � � � � �� ;< � , ��; y ;: r �' i , `% �` � �i /� , /�; �.. '� , . / /i ,; �'�j r� ;',;� �i / i i✓� %' �'� O I I � �.s, ��/ � / /i,, � �\ �; � ;r� �%. � . � ��i� :;if r � y � � � � � � �, , . � , . ,: �� , � � ,. - - � - - � - - � , . � � �� r; ,� � - - - - - - - - - - - - - - � o �— 10" 3'-6"CLEAR 6" 6" 3'-6"CLEAR 10" 10" 3�6"CLEAR 6" 6" 3'-6" CLEAR 10" � � �,� � � � ; , �,,� � _ � � �_ � i 00 % — � � � I 3'- 1" 4'- 10"R.O. 1'-4" 4'- 10" R. . 3'- 1" (FF= 150'-3" ) ��;� � 3'- 1" �'- 0" R.O. 1'-4" 4'- 10" R.O. 3'- 1" / _ I � �' LEVEL 5 ` 100'-0" � ;� - ELEVATOR SHAFT 5 - SECTION �`�� s'� �- 150'-0' i 9 ELEV VEST A5. 4 123 � N �8 3/16" = 1'-0" 129 � � � s � �`' �G 5. 4 `-' I � � O _ " o � ,% U ; , � � �;>�- J (FF= 138'-9" ) I = � ^ — LEVEL 4 > � � � 138'-6" � � � �� n � � w r.: N � ' I �F � � � o�o %% � � ;; ' ' -�� ELEVATOR SHAFT 4 - LEVEL 1 �� ELEVATOR SHAFT 5 - LEVEL 1 � � p O o _ � 51 � 2 � Q � r f ; „ , „ „ , „ _ , � �� 1/4 = 1 -0 � � 1/4 = 1 -0 � � � � � �' ��— �= LEVEL 1 ,�FF= 127'-3" ) � �'-_ �� 100'-0'�- y, � � � :,:_ ., � i , Q Q � � \ - /%: M - O °' � LEVEL 3 �% � � �% ;! �-� — O ,2��_� �, � � � - _ � J � ;� �, ;: '��,11� 12) �18 19) 0 O O :�. _� ;�; �� . � (n c� U � f � ,� � ,� � ^ � 17'-2" 17'-2" Q ^ LL ,% J I /i. , O 7'- 107/ " 4'-77/8" 12'-61/8" 1'-0" � � � c� '' � LOADING DOCK � �;, � o � � � °' �� 120'-4�� o I '/° - � � — � ; � L -� � -I- � • � � i �� --- -- - - ------- � y -- -- - _ _ . . _ �<. , ;, , , ,,. y,� � , , , �.� � �� , . . ,,, ., � � �. . �. _ , „ „ , �, , , �f.� , ;- - ,;v �.. %,. �/�r;' %- <i;'. r,� � _ � , �,,.� ,, . �/ , �� . , ,,�„�� .:�r. �i ��, ;� _ � _ _ �� /, � _ � � , – - � � �<,�,. � r • � ��, i., r�. ;��;�� ii i'�,✓ ./ o FF 85 3 1/4 ,,.. , �.. , ��,.;� �_. �: � �,.� �, . /: .. � �.�� ,' �� r i i� �.�; , �.,� � , �.,. ,. �f .,,;� ;�:. ='�.�' '�� . "�.. .." >.,.�. ,� �, :/� o �� ( ) �,� ., �.,: � : / : . / ,,, ; s.<, ..f. _ ,:_ ,. / : : , . ,� ,�. i <r �/�. / �,�r r/� F� � �., ,� f'lr/,< � �i ,/ //. �� ' ��.,, .� � ,,,,, /� -.',%� .%�. � r �:.— i,' ,�1/?., , �,.. � ��v .,, ,_,:,_ . �� ., � l � � � � ,,i/ `/. �i�,. - " ,�� rl. /� i � GARAGE LEVEL r i� �� ` � � :�� I — - — - --.—. .___ ._ ,� 12" PRE-CAST � � - � . ;;` SUMP PUMP PIT W/ � — ` 86'-61/2" �; ,. (FF= 114'-0" ) �— � CONCRETE �;, I �� SUMP PUMP PIT W/ 12" PRE-CAST ,: � �. � I ,�- , GRATE, 18"x18"x18" RE: � j— ^�� z SHAFT WALL '� , .� GRATE, 18"x18"x18" RE: CONCRETE ��.�; `� PLUMBING FOR PUMP � '��— j � I � � � PLUMBING FOR PUMP SHAFT WALL ' �� ;�;< i� � j — LEVEL 2 � �� /; w '/, � _ ,'�� .: ," / �'�$ _ o LIGHT FIXTURE_ ELEV / , / � I /�- •� i. - 114'-0" �� : E _ E � � ,- � � E4 � o �� ' � `:�' o ELEV � LIGHT FIXTURE ��, � , _ � � `', � ��; i� ' � �� i�__ _ MECH LEVEL � �i� � 0 i`. � i - — � i_—— _ STEEL LADDER � E5 � ; � , . �� y� � �� so�- �o° `� � �`�� - ,f; � o �� 76'-6" � jt� —ir� - % ,o�c r �� STEEL LADDER � ii� ;� ° v CAB 4A CAB 4B �� ' _ CAB 5A CAB 5B ��' ' o ;,% r '� I ; �' , M y% � I /�: � ' d` �/.✓, i:;% o � ih � j i;; �:. � � � �� ,F - , ��lr �, � ��/l �� ///. � :��/ i / �/y r ;� � " / �f i� � � ��i;�, �� ,r � � a %.y � � o p ° a . u a , �' �/ � '�/i � � '��/�. `'%/'! — — — — — � �'. ,/� ,.,i./ �� — . � � a � - - - - - - - - - � � � � �,'�.— 85'-3 1/4" � - �� - �„>� „ ., , , „ /. o ,��..� 10 3'-6 CLEAR 6" 6' 3 -6 CLEAR 3'- 11 1/8" 84'-8 1/2" 10 3 -6 CLEAR 6" 6' 3 -6 CLEAR 10" (FF= 100'-0" ) � I ! — � � , ' j. � 00 ,�,�_ 3'- 1" 4'- 10"R.O. 1'-4" 4'- 10" R.O. 3'- 1" I y��— 3'- 1" 4'- 10" R.O. 1'-4" 4'- 10"R.O. 3'- 1" � ��r� — VERTICAL CIRCULATION — LEVEL 1 g ELEV VEST 5.o4i ELEVATOR 4 PLANS - � �j �oo�-o„ �:: � � ELEV VEST g 5.04 G009 A5.04 j .� 84�-8 ,�2�� i G012 i � ELEVATOR 5 PLANS — — — � � - - - - - - G - - - ;- - - - - - �G� 85'-3 1/4" � �1 ELEVATOR SHAFT 4 & 5 - SECTION (SIM . ) , C9 3/16" = 1'-0" � 1 8'- 10 7/8" r � PLOTTED 7/15/2008 10:59:14 AM I CHK'D BY Maggie Fitzgerald,AIA � I �O COPYRIGHT 2006 BY DAVIS PARTNERSHIP P.C.,ARCHITECTS SHEET NUMBER: �� ELEVATOR SHAFT 4 -SECTION � ELEVATOR SHAFT 4 - GARAGE LEVEL � ELEVATOR SHAFT 5 - GARAGE LEVEL , � � � 4 3/16" = 1'-0" 1/4" = 1'-0° � 1/4" = 1'-0" i �� D.P.A. PROJECT # 06232.00 GENERAL N�TES 1. ALL PIPING SHOULD BE RE5ILIENTLY ATTACHED TO STRUCTURE AT EVERY POINT OF CONTACT. APPLY TO BOTH PLASTIC AND IRON PIPE. SEE PLUMBING SPEC. 2. TO ISOLATE SOUND, EVERY ELEVATOR AND STAIR SHAFT LOCATED ADJACENT TO A RESIDENTIAL UNIT 15 FURRED OUT ON THE UNIT SIDE.5EE WALL TYPES. 3. MECHANICAL, ELECTRICAL,&PLUMBING CHASES WITH � SOUND ISSUES NEED TO BE LINED. 4. PENETRATIONS OF CRITICAL WALL AND FLOOR CEILING ASSEMBLIES BY STRUCTURAL MEMBERS, DUCTS, PIPES, � � �r�� CON�UIT, ETC.ARE TO BE SEALE�WITH A RESILIENT, NON � � I HARDENING CAULK. 4 5. REFER TO VT SHEETS FOR FURTHER INFORMATION 5.05 � REGARDING ELEVATORS. 6. EXPOSED CONDUIT IS NOT ALLOWED. ALL WIRING AND CONCEALED AND FIRE-STOPPED TO MAINTAIN SCHEDULE WALL RATING. OBTAIN STRUCTURAL ENGINEER APPROVAL PRIOR TO COOR DRILLING CONCRETE STRUCTURE. 2301 BLAKE ST., STE.#100 DENVER, COLORADO 80205 W �� 303.861.8555 F.303.861.3027 I SANDSTONE CAP, RE:Al2.30 0225 MAIN STREET. UNIT C101 EDWARDS, COLORADO 81632 970.926.8960 F.970.926.8961 COLUMN, RE:Al2.30 � ZWC CHIMNEY COVER, RE:Al2.30 5\ f 5.05 � INTAKE DUCT I - - -_ -:- I ,=� ,- _ 6 � �'`� i � �`� EXTERIOR WALL TYPE:W3-B 5.05 � � � � 3 BA R N E Y � 5.05 ROOF TYPE: R2 ME�H �oFT A R H IT E T � ;�� / �� 6 ROOF ACCESS HATCH, � A5.05 1936 MONTAUK HIGHWAY FIT BETWEEN STEEL \ BRIDGEHAMPTON, NY 11932 BEAM&CONC. PRECAST LEVEL 5 6 �6� �7 6 631.537.3555 F.631.537.0558 150'-0" \A5.01 A5.05� - % � 210 Edwards Village Blvd., Suite D-207, PO Box 878 / � / � Edwards, CO 81632 \/ 9'-5" 9'_5" 970.926.4151 �� _�� 3�� 4'_7" 4�_�,� 3�� 4._�„ r. I i I ISSUE/REVISION DATE NO. ;i - STAI WIDTH STAIR WIDTH STAIR WIDTH STAIR WIDTH � � ��r,. p I OWNER REVIEW 16APR08 � � �� STAI RS FAN y: �, � ; ,. , ,: � x � , UNIT ,.; / � , y�f 1 � /;". /� 1 ". � ,,. CCD#25 22APR08 ' f`� ' S� �� METAL GRATE WITH x - �' ''�� %-�� ' 'r'i` !�� .%� ' �� CCD#35 09JUN08 2 t ,,, • .. .�,. � � <:% ' ;�' SUPPORT BRACKETS T % % ji'„ �, � %{ � ;:,`, ;,; I . FINAL CONSTRUCTION DOCS 15JUL08 , , _ " ;'' 4 ,, :�// ;� . %'° � � �� ;,. : \ r, �/ 5.05, ; , . � ` —! \ �. . � � �;� �n�,� � _ �� x x ;'�! i� ,° �%� \ I � -- � � - , - o � _ � = ; ,: � >>. , � � � o � `Y' 'i� I ;"` ,. I a� - - / o� � - :; � : `� � _ - � '�/ _ / %y _ �i � I y�'- � 1�..;!. :;.�i � ,./., <j.',r:. III I � � ,'.'.,- LEVEL 4 �: �-. . _ _ � � � ; � �% fi/ � � 138'-6" ,� - % � , :�_ � .� �� _ �: � � MOUNTING AREA � / �.,, „�� %; � MOUNTING AREA ,. . ��% � ��'� � y i . I i. / :/,% ,i ��°' OPENING � � OPENING ��` - � >! in / � `Y�-� _ 2'-9" ��..; 2'-9' c� �% i i �° r°, f�" /� �/> � �� o ' � � ii ; ..�. C'J ; :; / {`� _ �% w i.�, � , ° � � � 'i o ' , -_ .` _ /r' � � �,j` ` �f. o � � j,� I � i 'i (O ,%�. ,' � �� '� / i�` _ � /'� % � �i o .-,. � - ,�,,;, �� ;' � ;; /% ��! l// r � ! : � 9T@11"=8'-3., N ` UP y.;% 2 't! _ /r� ' ,; % �� / o � • � �; �i ! ir) � ' �/ %/ _ ,,,' � �� _' II f. �/ y..: .,.r�: ./ . �' �'�� - - /�;° �% � � 'l`�� \ j"�<� z C'1 � � '�` - ,��%� ' � �` •;!j � o � w �� i ,� o i�-� y,� � � #� � CONC. FILLED METAL �� -� �� , �;� PAN STAIRS W/STEEL ;� � �; � �. UP � LEVEL 3 � �� CHANNEL STRINGER, /,�� j � � ' � 127'-0" `i< � ,; � /.. � iv � � \ - z,/ � �' r � � � > � � ��. _ , , , � o� �;; �� AIRS � y � , - _ �% _ STAIRS r;�� N � �S�1 � ` � � � � S� ,�; � /`�� ,�,, , �� . , � � ;' i�, j,; % 6 � � �_ GATE (� ��' � 1 1/2"CONC. ON METAL ° i',.�/' 5.05 " � N • PAN, TYP. - y , (J / / / � O /� i _ /,//,'`�.- �f �,',z�- , �� /�/ �� i ��; � y/i � J: d' '✓/� �� / '.�%��; `n, �, � / F / /�.. / i % f y,., / ��/p�� V V _ VV V �/ // . . ,�i � \ � �-�� M 10T@11"=9'-2�� 4�_5�� ,, c�' � , , � i � I I �o � °�'` - � 1 1/2" DIA. PIPE HANDRAIL ° ' "� WELDED TO GUARD , TYP, � ;�_ ° . � PAINT 1'-0" 4'-5" 5'-0" Cw1� �. 1 1/2" DIA. PIPE RAIL AT r , TOP OF GUARD W 1" DIA. v LEVEL 2 i;' PIPE INFILL AND 1 1/2" � 114'-0" _ ; BALUSTRADE,TYP, PAINT � J � f'� .� ` 3 6 � � /,` ��f;'� 1 1/2" DIA. PIPE HANDRAIL 5.05 A5.05 �� R � - �� 3 �� R � - �� %.��.� ON BRACKETS MOUNTED �� 4�� _ ��_�� 4�� _ ��-�� u ��, � � TO WALL ,TYP, PAINT �� i% �f � ��;;, :�� o �/ j Q � � w � ,.; %: 6 J 7 6 r�1 � � �� , ,. � , 6 O : _ .,, 5.05 5.05� � ° �� 14T@11"= 12'- 10" � 4'-5" ,�� ': � �i. 6 7 ) �/ 0 0 � �� Q �-- r��i �� ;.� 9'-5„ 9'-5" 9�_5�� v f � � ' ,_ :� �'�/ �/ � � � ,_�.. 3,; 4,_�„ 4'-7,. 3„ 4._�„ 3�� a � LL LL �° ' ' 'r� �' � � � ; 4'_7�� 4�_7�� t � �i , _ STAIR WIDTH STAIR WIDTH _ �r STAI WIDTH STAIR WIDTH o o I � � O W � ,, ✓ Y _ AIR WIDTH . , / , ,.�, � �� ST �r, . . , . >,,:, ,., : : . ,.. . . . , , � , -, � ;,>;, `° ` � x� x . . ,. / � % < , � ;,> „�s � ';• f��' I%s. ,, . : �� . . � ; ,:,. /, , ,l > x i � i' / �'; � \\ / / � -.: '. ,: X� -' ... . �„ / . ,. ; x y,<T .� �' / 1 / � `"!r/ 1 1/2 CONC. ON METAL , ,. _ ,. ,. ,,� . � � . �, _ �r � \ � /� i , . � . .. �� i � . � ,: ,;,:i/< .�y \/ : .;/ ; ., �; / .;� / ��f ;r /�'r/ 1 \/ f. � . ..; / I.,'.:, �. � :� . ... . '..�.. ,././:� Y '. r./. .l, �1�, ./,, Y / Y � �_•.' �� .,f. � .... • �� , •.,�//./,,, ,�., F ./.. / �.. .,-;. ///. ..., � ) / •�,iii�../ ./�� %i �✓.! :•,-�. ) / .�/ .i/:r.;/l��//'. � � PAN, TYP. �� - � - --- -- ----- � O O � " � � � �/ j ��, 7j � I � � \ �� v I..L LEVEL 1 f'z � �4 '� ' i4' �j � I STAIRS � f� � 100'-0" 1 �' _ : k ''f� j f, i i i � .. �'.,°' .�� , k �f�'� �': t17 LA !y:� I I � � / � - / . 5.05 y; il � � �' ;�' / i S� i � � �j"� � �,�� \. kAX X1 xx � y�, � _ .� � � _ r�'�.X. ..X /i, � _��' ! �/ I i ;'1� . � � ' �/� � ;;i. °, i,'� � �'- � b =;,' 1 1/2"CONC. ON li i :� � Q � co �/' a, ' - 6, ' _ �. I '� � , , � � �. . _ `��, - _ c ,:�; METAL PAN,TYP. � i -i��I1 � i� � � � �� ; .� � � � � � : �� i � � i ii� ; � • _ -./ I I Y _ r � , �� - -- - , C1 �� x � , _� � � % �. � � ---------i'��i ��i ------ ur % � r`�� W i,� r'l,i �„ /�� y;�� ./ � �z'T�� .,� ".� � I��I ��II Ili <%✓ � � � ,�°� ,�'��: MOUNTINGAREA ��!� �'%/�, ��!�j � y>; MOUNTINGAREA v�./ ��r .;�>' ��,%'� ��."/%%'�� ' '�=;;i �-------ii i epi i --------�i' �� . < . ;. �� '�: , �. / . / M � ,/✓ .,,.. l I M );,1� i Ili� Itlll� I�� ,,:, ��. O � N ,. . OPENING 2�_g�� ,: f , OPENING � ' --------_i i � � _----- u ; � �^ � � VJ � �.�� ,� ' ��r i�. � � i iiiro�i ii� , � � � j��,'� '� 00 i'� �, 00 ''�> I I��I ��I I � �, u ��. ". i,� ii ; r -i�i ��i - - �` � � <`'� �� 14 T@11"- 12'- 10' �� ; 2'-9" ''�� .";�� 1 1/2" DIA. METAL PIPE �'�� i i�ui s��ii ; � - � � ,��. � r_ �� ' �-------- � -- / � r .� ' � -- � TS � �, ,-, �.�.. �y,`. � ,j�.� ..�."�... � '�.� , �� ---------li�l ��II HANDRAIL ON BRACKE � �` . � � MOUNTED TO WALL _ � � i i � � � '' 1 < `' o o � ��; TYP, PAINT o % � i��i ��'� � � . ;:,-� 5ELEV ,�: .f;; _, , � /:. -, /�. ' ' u, � / � � / � � � I � = -- / ii �.�;y j'�,� � ,- c� c� ` �� `� � ; �� 1 1/2" DIA. METAL PIPE RAIL c� j� �------ -i� , - E1 �,. ��.� ��,� ��' �`/' � � � _ � �, ; !� � ,� i DN �� AT TOP OF GUARD W 1" DIA. �� i i�i i < �, � � i� f o "� � : `� � UP ;;� PIPE INFILL AND 1 1/2° '�, i iii i ' ' CONC. FILLED METAL r� � � � � � � �n ; 2 t,;' '�x _� !;;; PAN STAIRS W/STEEL ;;; � BALISTRAD,TYP, PAINT � _________ /; ✓� � i,: CHANNEL STRINGER, `` � � I �� iii i ! GARAGE LEVEL I , jX' I ; " ��:: � iiui ;� 86'-6 1/2" ,° _ � �' ,/ iii�i / <. % �% '�;: �'� ;F!. i i i i -� �� i��° A; � � <' � �% ';` �..i %� iii i �j'.. '' ELEV VESTIBULE ' � �uAR�RAi� ''y� - �% � %'. ' /� � �� ° � , , -.;� �/,; � N .:., �STAIRS ; �� ' �; � � ; � � :;� �: - 114'-0" . � �� . � � ; � � � � -�� I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I �� 420 ! � ��- � ;�; S1 ��.. , ,, � � 0 ��': %� I �;��, �� ti � � ,� � � a � �- , I , � � � �� ° �� ° ° �� ° °� ° ` �� ° ° �� , '�� ;f% � �- �� V E RT I CAL C I RC U LAT I O N � � �� STAIRS �°' '� ° � �'� � a a , � � a � , � ,� , � a , �a � MECH LEVEL � � I°- ° aa � a� �� a a � ° a 6� �% „' '� _ ,� �` : �r - - - � _g�, _ -� - �- - - STAIR 1 - � �- - - - �- - , , �80'- 10" �; a �- � a , a^ ` : G °° �- �- � 5.05 I S� �� .' ' f o `� , : � , „ °„ �, � ° � � ,�.: q �f - �;,,, ., � , , ` � ° �. � ° ° <, � , ° c� ; � - � , ; i _ � � ` �, ' .> - � � � i %r// �l %' ' y / o ':" i*i '�i`' �y<i i �/;"i' f/'ri' ''i% / � , F�� `'>i'',�/`.�-%� �`/ ,;%�' �� / .<�r',. � T %,yi ,r�./.' %!s/` . ��''.j� ." �'�.../' i ��'� l//':�j� � � � _ _ � ,.i. /� � � O � i � � I 4'-5�� 5�_�� NOTE: SIZE PRESSURIZATION FAN OPENING IN CONCRETE I I I I ; / I PLOTTED 7/15/2008 10:59:30 AM PRECAST WALL TO BE 4" LARGER IN BOTH DIRECTIONS THAN THE MECHANICAL DUCT DIMENSION AS NOTED ON �� CHK'D BY Maggie Fitzgerald,AIA THE MECHANICAL PLANS. LOCATE THE TOP AND SIDE FOR THE OPENING PER ARCHITECTURAL DRAWINGS. GENERAL OCOPYRIGHT 2006 BY DAVIS PARTNERSHIP P.C.,ARCHITECTS CONTRACTOR TO COORDINATE THE ACTUAL GRILL SETTING WITH THE PRECAST CONTRACTOR. �6 STAI R 1 -SECTION 1 5� STAI R 1 - LEVEL 4 �3� STAI R 1 - LEVEL 2 � STAI R 1 - GARAG E LEVEL , � ; 1/4 = 1 —0 �� 1/4 = 1 —0 �� 1/4 = 1 —0 \� 1/4 = 1 —0 D.P.A. PROJ ECT # 06232.00 GENERAL N�TES 1. ALL PIPING SHOULD BE RE5ILIENTLY ATTACHED TO STRUCTURE AT EVERY POINT OF CONTACT. APPLY TO 6 3 � � BOTH PLASTIC AND IRON PIPE. SEE PLUMBING SPEC. A5. 5.05 2. TO ISOLATE SOUND, EVERY ELEVATOR AND STAIR SHAFT LOCATED ADJACENT TO A RESIDENTIAL UNIT 15 FURRED OUT ON THE UNIT SIDE.5EE WALL TYPES. 3. MECHANICAL, ELECTRICAL,&PLUMBING CHASES WITH � SOUND ISSUES NEED TO BE LINED. 4. PENETRATIONS OF CRITICAL WALL AND FLOOR CEILING I I ASSEMBLIES BY STRUCTURAL MEMBERS, DUCTS, PIPES, � � �r�� CON�UIT, ETC.ARE TO BE SEALE�WITH A RESILIENT, NON � � I HARDENING CAULK. 5. REFER TO VT SHEETS FOR FURTHER INFORMATION REGARDING ELEVATORS. � �� 6. EXPOSED CONDUIT IS NOT ALLOWED. ALL WIRING AND CONCEALED AND FIRE-STOPPED TO MAINTAIN SCHEDULE I I WALL RATING. OBTAIN STRUCTURAL ENGINEER APPROVAL PRIOR TO COOR DRILLING CONCRETE 3 STRUCTURE. 2301 BLAKE ST., STE.#100 5.05 151'-8 1/4" DENVER, COLORADO 80205 6 303.861.8555 F.303.861.3027 A .05 I ROOF ACCESS HATCH � �= 0225 MAIN STREET. UNIT C101 �� ''� LEVEL 5 EDWARDS, COLORADO 81632 _ _ /f � � f; 150'-0" 970.926.8960 F.970.926.8961 �; �!;i' - l; �5 05 � �� .�i 12 3'-21/2 ��,. � � � � � � � 2 � � � � � � A4.03 � •%' � � 6 6 �f 9 A5.01 A5.05 j I �%( ; 143'- 10 1/2" j /;�., ' X � : � 12'-7 1/4" %<., .� � MEC�..�. L�FT �`%/ 7 1/8" 5'-4 7/8" 5'-5" 1'-9 3/8' EXTERIOR WALL � y.� LEVEL 5 ,f TYPE: W3-B - � - - � -�-- ,/ - - - � �� , �: �50._o.. , , , , �� BA R N E Y 1 � , � � . , �� x, � , � ,� , � ;� � � � � � � �x %'� ; j o i o \ ; �� I �% % - ��-yj�` ✓�� CHIMNEY ,: LEVEL 4 � � � 00 �%' �, FLUE � �''' , � � 138'-6" � � � ' � �� ` INTAKE LOUVER I ; � y�/,, � �.; \j \- i� ', �,� � � - - - - - - - - - � �� , /; � � � � � - I 1-9� AUK HIGHWAY , - _ , / �. � .� � I � . � - �� 00 � �� BRID MPTON, NY 11932 ,'�� : � ,� �� i TRASH `� SUPPLY ` �� /�� V 631.537.3555 F.631.537.0558 ;�,� ` '�� CHUTE � DUCT - � � � �. � � ' � o � �� 210 Edwards Village Blvd., Suite D-207, PO Box 878 � ' i: /`.' / .; � �, 5. 5 �, � �/ �"� _ , Edwards, CO 81632 '�; - �`'° , ' , � p � p �A ,� � o� I 970.926.4151 O � � , � /� �`� /i� \, ii � � � ;; li: J%! �' ' MECH. � /�� i� ISSUE/REVISION DATE NO. � �/ � CHASE , �' �.� � `` ��' LEVEL 4 ,� ` � ,�, � I � I OWNER REVIEW 16APR08 � � 138'-6" �,% � - - X � , � � � �j I , A; I CCD#25 22APR08 :.F / I � �' I k � �: p / � �� j �� /� � � j� CCD#35 09JUN08 2 � � ��\ \ �'� �V � � � i FINAL CONSTRUCTION DOCS 15JUL08 �� LEVEL 3 � � � � ��I V � � I/� I � ROOF BELOW I I '�� I � 127'-0"� x' �� <� � � �`�, �; � / � � � , � . , � ,� , �,'. � \� /( � �/ I � , I I�,� %�� , � I � �� / , 5 ��% 5.05 / � x� � . � A i� `� � � � �;' .� / \ � X �� j� j�� ` � \ I � � �� j � j .� � �� . ELEVATOR �3 � � � I � �� RELIEF VENT � � � � STAIR 1 MECHANICAL LOFT-SECTION 3 , �� - - ��'�� `�� ; sTA�RPRE�AST 5 � � _ � _ � �� PANEL BELOW � 1/4" - 1'-0" ( 5 /A5.01 ) ��i� �� \� V \ � / � � � %� � � /� � � � � ROOF HATCH � � �� \ �� n � � � �� -� STAI R 1 -SECTION 4 ��R ;�� ;�'�� ;�y,�� / V `` ' �� ; � PRECAST � � � PANEL BELOW � � � � � � � � � � � ,� 6 �� 1/4" = 1'-0" I � �/ � n i � � I �� 5�� i � � � � /- �-, - - - �� , / � \ �� , , �W - - - - -, - - - - � , � , �,, '�� , � � \9 �jk \ I � � � i � / � � � �12� ' ` � /� i \/� \ � � \ � � i�� % �` � � j� �� I I I I 7 6 ) 5 � 4 5 6 3 6 � 5.05 5.05 A5.0 5.05 5.01 6 � � � SANOSTONE �AP, RE:Al2.30 \ � 5.05 ' --� U P P E R L EV E L 5 STA I R 1 M E C H LO FT � , 1/4" = 1'-0° ( / ) � � � I I I COLUMN, RE:Al2.30 - I I ZINC CHIMNEY COVER, U 161'- 11" RE:Al2.30 LEVEL 6 � LEVEL 6 � � 161'-6" 161'-6" METAL GRILL � I EXTERIOR WALL � TYPE:W3-B > I` � INTAKE LOUVER 2 ,�' � w INTAKE 5.05A ROOF TYPE: R2 � 157'-0 3/4" EXTERIOR WALL TYPE:W3-B LOUVER Q � � � � I i � � , � �� FIBERCEMENT FASCIA �� ,�� ( 5 ) 6� �7 � � Q O - I 6 �3 6 � � �- TRASH CHUTE RELIEF FAN METAL GRATE WITH � � � I FAN �'��` I � A5.01 5.05 5.05 ,� UNIT '� ' � SUPPORT BRACKETS � � �-- � . UNIT :� ' !�. I ' 5.05A I I I Q Q � � i' � - ' � � W � W � � 5 ?` � LEVEL 5 I LEVEL 5 7 3/4" 5'-4 1/4" 5'-5" 1'-9 3/8" ` J � I � '�� 150'-0" , ��.;! , 150'-0" � � � i '� � �� LL � , , (n c� U , ,� % �, , � i �� Q � � ,,,�, ' � , _I , �,. y r ' i o W (f) I �J.,,� I � I I O CHIMNEY �' i� � � �'� � STAIRS � � I FLUE U I / N r > � 143'- 10 1/2" � �� 1 S �� ;�'� / 0 ��, � Q �; TRASH � UNIT � �� ! `�.� , V 1 J CHUTE � � %/ - � ,� 401 UNIT ' `° ,' - - - ' ` - \�-J ` 0 x %'�. r� ,�; / °o - y � / I �'' I r� / �� oo TRASH .y:�'� \ i � 4O1 � ' CHUTE � / FAN � 00 4 \ � � STAIRS � ,' /,. � - -- - ,, uNiT�- - -- /� S� i - � ;%y! � / I - 5.05 .�.; i J I y�y �' � j:�� - - p �. ,,, , , �° LEVEL 4 � i'�'� �� LEVEL 4 � o �� , 3'-2"x 3'-2" METAL � ':'' 138'-6" � ' I VENT � I � GRATE ON BRACKETS : �: 138'-g,� I r � i� r� >ri% x ',�. � . CHASE \ \ � /�! � �/ � MECH LOFT �` ; /' � 'j /�% %i': i� '-A,,�t�>' /^,� ,� f; ; j;i j j. �'� r.�!i,�%: /�i�% ! '' f � ' � �� _ S1A ;''' "; ' , ` � �/:" , , �.i i`�;: I � , „. I � /�f: ' f , .��; �,� � ,�" �. �' , , �.; ,� � ii; , � �� ; , : �; ,:; , ' > ;; L � \ �` I ! �; I -,i. ' � F '" y�:> - \ ' . �'f` � UNIT :, y�, ii � 5 os �. I 302 � , �;;: ELEV 1 '�i ; � f '%'' ' ' STAIR 1 - MECHANICAL �`. ��; y: EXTERIOR WALL ��. � l: �� TYPE:W3-B LOFT i ; �/ t � � �: � ��. ,� ' LEVEL 3 �j�'� '/i, ��'/.. . f/i ,, O / �;, /% � , ,`' ;� /� �/ `r` ' 127'-0" ' �� , �, �,/,% �� / v \ /� ' � � j' , `� i� �' I I 1'-0" 6'-2 3/8" PLOTTED 7/15/2008 10:59:45 AM � � � CHK'D BY Maggie Fitzgerald,AIA - �O COPYRIGHT 2006 BY DAVIS PARTNERSHIP P.C.,ARCHITECTS SHEET NUMBER: �� STAIR 1 MECHANICAL LOFT-SECTION 2 �� STAIR 1 MECHANICAL LOFT-SECTION 1 � LOWER LEVEL 5 STAIR 1 MECH LOFT . 4 ; 1/4" = 1'-0" ( 4 /A5.01 ) � 1/4" = 1'-0° ( 4 /A5.05 ) � 1/4" = 1'-0" ( / ) D.P.A. PROJECT # 06232.00 � 5 ) ( 6 $ 7 5 (6) 5.06 7\ 5 6 ' 7 5 ) ( 6 A5 06 ��j G E N E RA L N�T E S � � A5.06 � � � � � �� i 1. ALL PIPING SHOULD BE RE5ILIENTLY ATTACHED TO 4 4 1'-0" 5'-0" 4'-5" 1'-0" STRUCTURE AT EVERY POINT OF CONTACT. APPLY TO �.06� 4'-7" 3"'� 5.06 4'-7" 3" 4'-7" g, 5, BOTH PLASTIC AND IRON PIPE. SEE PLUMBING SPEC. 2. TO ISOLATE SOUND, EVERY ELEVATOR AND STAIR SHAFT I STAIR WIDTH i STAIR WIDTH I o I STAIR WIDTH I STAIR WIDTH I o I 4'-7" 3" 4'-7" I _ I 4'-7" 3"I 4'-7" I LOCATED ADJACENT TO A RESIDENTIAL UNIT 15 FURRED � � o OUT ON THE UNIT SIDE.5EE WALL TYPES. ' 3. MECHANICAL, ELECTRICAL,&PLUMBING CHASES WITH � �� STAIR WIDTH STAIR WIDTH ' � STAIR WIDTH STAIR WIDTH � SOUND ISSUES NEED TO BE LINED. � � � � 4 , _. ,. : �-; ,,. . � � �� .. : ,.. . ,, � , ,., ,. .;,,, . , , .;-.,, �,: � ,., �. , , , ..�: � � , . . PENETRATIONS OF CRITICAL WALL AND FLOOR CEILING ; � , ,.,, , . i .. ,., _ , . <x ��; , , �. ., _. : , � ; � ;, � . . .�� .,... 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A I ,./j .. ..;.::.,,�� i �' , -�;�� .� � � ��/ . � ,-: � � � 631.537.3555 F.631.537.0558 � o ��' o �� o �� _ — _ � o � � v o 6'-0" -- 5'-5" M � 210 Edwards Village Blvd., Suite D-207, PO Box 878 � r 4�_�� 3„ 4�_7�� c� � 1'-0" 9'-5" ��'�� 1'-0" 9'-5" 1'-0" °' � Edwards, CO 81632 1'-0" 9'-5" 1'-0" I I I 970.926.4151 11'-5" ISSUE/REVISION DATE NO. OWNER REVIEW 16APR08 �� STAIR 2 - LEVEL 7 � STAIR 2 - LE�/EL 4 - LEVEL 6 SIM . STAIR 2 - LEVEL 3 STAIR 2 - LEVEL 2 CCD#25 22APR08 � �� CCD#35 09JUN08 2 C � ��4�� _ ��-�� C� ��4�� _ ��-�� 4 ��4�� _ ��-�� 3 ��4�� _ ��-�� FINAL CONSTRUCTION DOCS 15JUL08 �� / �� 7 5 6 A5.0� 7 � 1'-0" 9'-5" 1'-0" �N ) M L K� 4�-�" 3�� -,�� _ - i i o STAIR WIDTH STAIR WIDTH � M _ .. . . . .. . . \ � : �� . , . '� LEVEL 4 / /� � %%� ''' ��;�, J'"',��%r ,.' �-' �� % � 138'-g.. ; /�� ,: � �i; _ � < � r� � - � �, ,,. � j; �' _ : , 1 1/2"CONC. ON � � V � ' 3 � � ��i � ' � "' �' METAL PAN,TYP. � ' � ii �� 5.06 �� ` ," � " v - f �./ � �! � o � 'r: I I � � ; w - � - o `� �:, � J ' i C /^ '/'. ' l,. - � �� ' � �` — - - �/'i � �y', _ ., -, `i 1 1/2" DIA. METAL PIPE ,f,: � � f � HANDRAIL ON BRACKETS � � , ��. � ��: � � � i�i �� 9T@11"=8'-3" � 4'-5" ��., �� , � �:;;� /.` MOUNTEDTOWALL , , � �� , �- � �,. � °� �. I I I ,,�` �� ii f. �o � TYP, PAINT i � � ^' /� �- I � ,! , , i ,�f/ \ j � � / , , u - -I /�: L � ��y LEVEL 8 ' �% `� ��f° ° _ �2 � '! I � / o 1 . . , l�% � ,i 184'-6" �/y � :/�' °��° CONC. FILLED METAL � � � ��.� %/�� ` LEVEL 3 a, PAN STAIRS W/STEEL � � � � ' i'>". � � %,�. r,: _ � �� ;. � . � N 127' �- r' �u �� ;,.y � � _ CHANNEL STRINGER, �,; � .:� � � ::.;� /.�- '�i �� %�' �— - � �` ' �� ' � �' �'``- —o-� 1 1/2" DIA. PIPE HANDRAIL �� e� : � ��.- 1 1/2 DIA. METAL PIPE RAIL / �%� � � ; %r � '�.� AT TOP OF GUARD W 1" DIA. , 1;�- . � ANCHORED TO WALL,TYP, ; � � � � PIPE INFILL AND 1 1/2" , y'� / I I ' �� PAINT : ' �%� BALISTRAD,TYP, PAINT , � � o �/ '': I l/; �. : ,� � ;/j':. � _ i` _ . / - � �� : ' W 1/2"CONC. ON METAL PAN � W' U y� M i:-,, � s, � � - �/ �f I ° if-; � , �� DOUBL � %i ,� ��,� z �i , � o r' y � � ' PRESURIZATION FAN CONC. FILLED METAL � - � � � 12 T @ 11" = 11'-0" 4'-5" ✓':� ' � � _ �� GATE � � � � � I I � �•� PAN STAIRS W/STEEL ' ' � ' � _ ��'� ` � �o �� ;� � . � ,:� _ �,: OPENING CHANNEL STRINGER, � ' � � � � �" `� I ' � � '� _ ��-4�� j f' �� '�� _ � o "' STAIRS �� "' _ U �; � 2�-2�� i% M ✓;'' �/ � " r��i i� � S2 �' ° � ,�:� f : ; `' '` � M � y/. J f•� . `� �� 1 1/2"CONC. ON � LEVEL 7 METAL PAN,TYP. � �� ;;�a /�,� �� .. 173'-0" � � /�� ` °�� ' � � �.��,,'; � . \ M ,,y,, /,.,. . �✓ � :� /. � _ ' � F y% ii�: , ,:%:, ;. /i o� � � „. i% �� r � � N� � �` w �; � �� , �� / '; ` i�� j. 1E 4EL�2 1 -0 -0" 5'-5" � � � 5' 1�1� � � �� - � , - 0 � /� � / � � � � I w - //! l<,� � o � ' �`� ; � � �� ' 1 1/2" DIA. PIPE RAIL AT �� '% � 11'-5" � � � � CONC. FILLED METAL � � „° ' PAN STAIRS W/STEEL ' � � � � � '�� ,�� TOP OF GUARD W 1" DIA. ' ; ;�� '; � � .��;� � � ; PRESURIZATION FAN ,�i� � CHANNEL STRINGER, i;��_ ' 9 T@ 11"=8'-3" 4'-5" f�� = OPENING PIPE INFILL AND 1 1/2" /„ I ;,,� � �� STA I R � - L EV E L � � � � � ��'-� ' � i rn BALISTRAD,TYP, PAINT ,��. �� / I ' ;`/ ' �W � � � � � i � — , � � �,: ,;� � ��\� 1/4" = 1'-0�� 1/2"CONC. ON METAL '� �� ,. ;. ,. �'�/ �/ y �� _ % � ,l� �� LL LL PAN � % ` � — /i`� � - �� •-�� 1 1/2" DIA. PIPE HANDRAIL �� _ � � °�� : 1'-4" �•'. j� w� ANCHORED TO WALL,TYP, ��.� �� °, 6 � � � 5 7 � Q W ' ` � � � 2�_2 � o PAINT �� I 13T@11"= 11'- 11" 4'-5" � j � - A5.06 � J � � `� � � '% �''> 1 1/2" DIA . PIPE r � ' ° � � � ,,f; � J N �. � , � �, , ��_�� g�_5�� _�� LEVEL 6 HANDRAIL ON BRACKETS �j - ' � �� 161'-6" MOUNTED TO WALL , � ' � � �, ; � 4'-7" 3" 4'-7" � " - ' TYP, PAINT � � '�'i� � � � U � � � � °' ; �� STAIR WIDTH STAIR WIDTH � , / � j' � � _ I /y ^ � r , a � � _I , `�` � w u� �;. I ;!: � � � � _ � 1 1/2" DIA. PIPE RAIL AT �:�,, � � 4'-0" HIGH METAL GATE `�� -� '�� //�� ' ,' �� , �' �'. �" � �;� j•' o TOP OF GUARD W 1" DIA. �;,- � �� w � �� ' ' � ��<'�-�. '�`� :- � � C1 � � � i;' �/�% � ,'i.�� C' PIPE INFILL AND 1 1/2" �� ' ` � � � �' ,;'�� BALISTRAD,TYP, PAINT �/,�/� , � ��' � � � % � !; I i � � � � \ LEVEL 1 � y: , _ ; i i � , ; � � � �,, - �oo�-o° �.. ,. , , '� � � �� °! l��' , i i ,,, � � 9T 11"=8'-3" _ '� ' - �� "� •.,! � � � i " A i . � - �:,,; @ 4' 5" � � � ' �; rn � � ��.. i i � � � _ �.` � �/' % • �� \� /f � ,/'� � � _ � ,�: � � �' � � �� ; �° .�,�;� PRESURIZATION FAN �'� > � �" �� ' � � ,;; --------- � � ----- ---�, % � 1 1/2" DIA . PIPE � � � -� � � ' � � � � _ � OPENING •'; � �% `�° �� - � i��u��i io j t C� .�� t ,;..� �---------ii i � - ---- - HANDRAIL ON BRACKETS ��1, ��, � � r� y` � __�� MOUNTED TO WALL , ��,� \ � �� : 1'-4° � /. � . y >�, ; '.�� w � �i� � i i ni ui � ; TYP, PAINT '� � C° � ° ' ' <✓ � � 2'-2" •� - ai----- ---10 , _ ,�� C� j� �------- rNi A � ,�:.% � ' \ i� "' � 1 1/2" DIA . PIPE =�� %��'''� w r�� ---------�� n�----- -- u� �` � � /..• � ,��. � - +�i � �; � � , HANDRAIL WELDED TO �� i` � i iii , LEVEL 5 � �'i � � �� GUARD , TYP, PAINT � � �' �~ � � r "� � � �N� d�� , � � - 150'-0" i�- 2 � ,�� , , , �--- --� o m-- ,f ; f�' � //. , ' I I I� I�I I� i i. � �� --- -----111� M �� " � � l , � � � y� - -- ----- �I I — - - ,� � f / ,;,;% � �,x ii �; 12 T 11" = 11'-0" 4'-5�� i- -i��ii o 1 1/2" DIA . PIPE ;�;,` � % � i�� ' � f �� -- ------i��i �i' HANDRAIL WELDED TO '� `" �' � 'y°� � �;� , �� / „ _� ,:'; �./ w � �. GUARD , TYP, PAINT � �� ' ' � ' � '� � � �� ------- �� , � � � o ,; � --i�ii � �. �; ; ,r< �� y � ---- ----iiui � ; , �;� - .�,�:< � �, � . ,/ � �i i ,r', �a�� 5"SLAB ON GRADE � � °� . , . �. , OVER FILL i� � . _ �!i� a �� ----- —it�i � y � . �j� ,' 9T@11"=8'-3" �4'-5" �; 6, � ' ';�j `•' . � ----- ---II{� �� , GARAGELEVEL '�/ , - �� ; � �E�. �� 86'-6 1/2.. �-;j, iiui �p / ;� - / � . _ ;�y i %/< �``� � �� t+ �� PRESURIZATION FAN ° � r!.� � Iuil VERTIC LATION �, � �� M AL CIRCU �� - _ ,;,' � OPENING '� � � � o � � , � � `� �� - -- �� i�'�� _ ��, � - ,;% �- �-� STAI R 2 � �,_4„ �, ;: � — � — ,' � �: � � �� o %'� 85'-6 1/2"�� /. � ,! �� ;� � � 2'-2" �� — `� � �r � ,; : i i i i i i � � i � �� '� ;'� STAIRS �� ,�;"; � %�; _� 138��6" '.� �I � '<, SZ I � � �� ° � a � � ,/,:� � � � � � ` ° ° � � ° � MECH LEVEL �� . � � � " ? �,° 80'- 10„ in 'G � /%� > � � �� ;/ ,�, „ f;i,;� o PLOTTED 7/15/2008 11:00:05 AM NOTE: SIZE PRESSURIZATION FAN DUCT OPENING IN CONCRETE �� ^ ` �' �`r`� ��'�� `� � �'�� m--� � PRECAST WALL TO BE 4" LARGER IN BOTH DIRECTIONS THAN THE " � ��j' CHK'D BY Maggie Fitzgerald,AIA MECHANICAL DUCT DIMENSION AS NOTED ON THE MECHANICAL PLANS. LOCATE THE TOP AND SIDE FOR THE OPENING PER �OCOPYRIGHT 2006 BY DAVIS PARTNERSHIP P.C.,ARCHITECTS ARCHITECTURAL DRAWINGS. GENERAL CONTRACTOR TO COORDINATE THE ACTUAL GRILL SETTING WITH THE PRECAST SHEET NUMBER: CONTRACTOR. 8 STAIR 2-SECTION-LEVEL 4-LEVEL 7 7 STAIR 2-SECTION-GARAGE -LEVEL 4 �� STAIR 2-GARAGE LEVEL , � ( 1/4 = 1 -0 �, 1/4 = 1 -0 `\ 1/4 = 1 -0 D.P.A. PROJECT # 06232.00 �� GENERAL N�TES 1. ALL PIPING SHOULD BE RE5ILIENTLY ATTACHED TO STRUCTURE AT EVERY POINT OF CONTACT. APPLY TO BOTH PLASTIC AND IRON PIPE. SEE PLUMBING SPEC. 2. TO ISOLATE SOUND, EVERY ELEVATOR AND STAIR SHAFT LOCATED ADJACENT TO A RESIDENTIAL UNIT 15 FURRED OUT ON THE UNIT SIDE.5EE WALL TYPES. 3. MECHANICAL, ELECTRICAL,&PLUMBING CHASES WITH � SOUND ISSUES NEED TO BE LINED. 4. PENETRATIONS OF CRITICAL WALL AND FLOOR CEILING ASSEMBLIES BY STRUCTURAL MEMBERS, DUCTS, PIPES, � � �r�� CON�UIT, ETC.ARE TO BE SEALE�WITH A RESILIENT, NON � � I HARDENING CAULK. 5. REFER TO VT SHEETS FOR FURTHER INFORMATION REGARDING ELEVATORS. 6. EXPOSED CONDUIT IS NOT ALLOWED. ALL WIRING AND CONCEALED AND FIRE-STOPPED TO MAINTAIN SCHEDULE WALL RATING. OBTAIN STRUCTURAL ENGINEER APPROVAL PRIOR TO COOR DRILLING CONCRETE STRUCTURE. 2301 BLAKE ST., STE.#100 DENVER, COLORADO 80205 303.861.8555 F.303.861.3027 0225 MAIN STREET. UNIT C101 EDWARDS, COLORADO 81632 970.926.8960 F.970.926.8961 BA R N E Y AR HITE T 1936 MONTAUK HIGHWAY BRIDGEHAMPTON, NY 11932 631.537.3555 F.631.537.0558 � 210 Edwards Village Blvd., Suite D-207, PO Box 878 J K � Edwards, CO 81632 970.926.4151 I I ISSUE/REVISION DATE NO. OWNER REVIEW 16APR08 4 $ � 3 � CCD#25 22APR08 5.06 A5.06� 5.06 CCD#35 09JUN08 2 I I I FINAL CONSTRUCTION DOCS 15JUL08 I I \ � — - - - � — �,/ FAN °, 54x24 DUCT � CONC. � ,�, '; ,y� UNIT N � � Q' SLAB � � — — — — `�' <v � BEYOND � I I 4'- 1 7/8" �, `' �,� � V� �� _ � �� - — — — �i`� _ LEVEL 8 — ' - ��- — - — LEVEL 8 _ f/ : , <� - � 184'-6" � �� 184'-6" ,!! CONC. PRECAST 54x24 DUCT � � f ,�r. FCU �. �`i�. � I I � ;�, �>;. � i�' j � C� ' .'; �i ` z ''�" � � UNIT UNIT UNIT J �%%F STAIRS / \� � ��, � `�' CORRIDOR � 713 713 � I 713 I - ! S2 > �. � THRU wa�� iNTo o �j�� 720 VERTICAL SHAFT WASHER/ � j� �� DRYER // ' i'�` �f� � I � , ; �; - �� ;�; ✓I / %,� �j � ,� � ,� ;,: ;;/ � �� , �� MECH. I �. - - �; UNIT ;,�y`; CORRIDOR UNIT SHAFT UNIT 615 % 620 615 615 � �. - r, U �� . ,�-�� , � � , �� / N �,., � �"'� � LEVEL 6 � LEVEL� � �� —. _. — — — - - - , � .. � 161'-6" � � � � ° 161'-6" � � � � %i�' /� _� � � � � � �� f: � c� z � %% 0 � � �;� � � Cn � p p f/ _ �; � O i ,. //. /.; y.,• UNIT UNIT � Q 0 � UNIT �`` CORRIDOR 516 516 Qn/ �n/' 516 `° % 520 I a Q I�, I..� . � � /� � � � O w / � t ;;; � _I � �� O O O ° �'/ '/ LEVEL 5 LEVEL 5 � �� %%�' 150'-0" ` � 150'-0" � � � 1 n/ r; � � /,;� ��;� �� 1 L � I QJ � � �� w — t� � Q; f ,; ; �y; i � � � �f % � Q . - - , -- - - - r; UNIT �, J UNIT � , '� CORRIDOR UNIT 4�7 O � 417 _ ',i � j'6 421 4 17 I � , i ' ✓�� -/,'; � �%' � N I _ !�,� � LEVEL 4 I LEVEL 4 � ��" 138'-6" � `� 138'-g�� ` � � %% � ,': �;,. � r ./� � I I j � /; ✓%%;- � I I VERTICAL CIRCULATION STAI R 2 �3 STAIR 2-PRESSURIZATION SECTION2 �4 STAIR 2-PRESSURIZATION SECTION 1 � 1/4 = 1 -0 � 1/4 = 1 -0 � PLOTTED 7/15/2008 11:00:15 AM CHK'D BY Maggie Fitzgerald,AIA �O COPYRIGHT 2006 BY DAVIS PARTNERSHIP P.C.,ARCHITECTS SHEET NUMBER: ■ D.P.A. PROJECT # 06232.00 � 11 12J 13 �A5.19 � � 12 13 A5�9 11 12 13 GENERAL N�TES C � � � C PRESURIZATION � 27'-2" I 27�'2�� FAN OPENING 5 1. ALL PIPING SHOULD BE RE5ILIENTLY ATTACHED TO 1'-0" 25'-2" 1'-0" PRESURIZATION 1'-0" 7'- 10 7/8" 17'-3 1/8" 1'-0" A5.19 STRUCTURE AT EVERY POINT OF CONTACT. APPLY TO FAN OPENING 1'-0" 25'-2" 1'-0" PRESURIZATION BOTH PLASTIC AND IRON PIPE. SEE PLUMBING SPEC. 4'-5" 9T@11" =8'-3" 12'-6" 4'-5" 9T@11" =8'-3" 3'-4" 4'-6" FANOPENING 4'-5" 10T@11"=9'-2" 7'-7" 3'-0" 1'-0" 2. TOISOLATESOUND, EVERYELEVATORANDSTAIRSHAFT OPENING OPENING I LOCATED ADJACENT TO A RESIDENTIAL UNIT 15 FURRED I 3'-4 1/2" 2'- 11 3/4" 5'-4" _ I I � �� 2'-6 3/8" OUT ON THE UNIT SIDE.5EE WALL TYPES. ° 3. MECHANICAL, ELECTRICAL,&PLUMBING CHASES WITH R.O. ' / . .. ._ . . . . _ . _ : � , _ _ � � � ,, s, . �s ,_ . . ,. 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OBTAIN STRUCTURAL ENGINEER � J � � - , ; �- , � � ,� � `� - �w� STAIRS ��.� `� / % � � /� � y , ;, STAIRS _ �, �, � S3 , , sTRUCTURE. � i� i S3 � in i� I S3 ih r � � ! y �'' 2301 BLAKE ST., STE.#100 18� _ in � � o� ' ` � • �� , � _ o � - �� 00 �o � DENVER, COLORADO80205 �'' /'� % ' �n � OPENING � � z �; ;; �: � � 7 I �� 6 Z �; `; � ,!'� in 6 303.861.8555 F.303.861.3027 ,�� ` 0225 MAIN STREET. 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' 1 1 � �A5.07 5.07 � � STAIR 3 - LEVEL 8 5�07 � STAIR 3 - CONDO LEVEL 4 - LEVEL 7 SIMILAR � STAIR 3 - LEVEL 3 � � ( 8 1/4" = 1'-0" 5 j 1/4" = 1'-0° \4 1/4" = 1'-0�� BA R N E Y 50� AR H ITE T 1936 MONTAUK HIGHWAY BRIDGEHAMPTON, NY 11932 C� � � � � �� 631.537.3555 F.631.537.0558 3 1 210 Edwards Village Blvd., Suite D-207, PO Box 878 Edwards, CO 81632 5.07 5.07 11 � 2 13 5 970.926.4151 27'-2" PRESURIZATION I 207'-2 1/2" ' � I � � A5.19 FAN OPENING ISSUE/REVISION DATE NO. . 5.07 1'-0" 25'-2�� _�� 11) �2 13 OPENING 4'-5" 11 T@ 11"= 11'-0" 9'-9" OWNER REVIEW 16APR08 o I 2'-6 3/8" CCD#25 22APR08 � CCD#35 09JUN08 2 �%% %'�.� ��i' /� ii% � f �.; %� '' � ' >�r r;� �' °��:� �'�� ' �'"' !� "�` � �`�� ` �'�°� `� X k� FINAL CONSTRUCTION DOCS 15JUL08 , � . ,. / /°� / �� '�� ' ✓ � , ! ,, /,� �, % II I �� ,�.:. �,<, � , /�;.. , , ,� �% <� , �� .:� - - � 201'- 10", � !'f �,, o L � �,-; `;:. c� p /!"�. 1'- 11" � o � N O , � ;� „ ,, �� , , y � � �.;,� av , /� i :y � LEVEL 4 � � r�i — — -- �fy ch i� � %' � 138'-6" -� � - -- - - — - � - - � - � 1 d. / �� '� � � �� , PRESURIZATION FAN � y� � STAIRS ��`. c� � y� ,, . lJ, ;i. �/� � ir� OPENING � � ;` I S3 ;': ih � �- � n , i : /. 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M ._. . �. , � ,��, 4'-5" � 9T@ 11" =8'-3" �� / : � � �� ' w 4'-5" 11 T@ 11"= 11'-0" PRESURIZATION ' � �� _ FAN OPENING � i�, � � o I � '� I � � ,,��%; ; !;' LEVEL 2 � o U � �;: � �. . / C'1 � �i %; 114'-0° '/ 'j/ /� � jj ��:; � ,i�. //�!� / I' %j /�� !; , �. , ,�•. _� W � � �/ !>r` i � � 'i!i� /;f �%�;' ,i�'r-�:' �if/j�� i r� . �� ;.:f ' �'i'�✓ i�/. i ,/ �i c'�r'!, . � � � ,,. � ' ��/; � �'' TI FAN „�. -. , _ _ _ _ � �� ' x: r, . _ PRESURIZA ON z �,�/ o i,� � �i:. � �� - � _ �' iyF, /`. � OPENING _ o � 1'- 11" I I �„ , o w .. � ' - > ^' r' � � � ~ > N 1..� � � - ..j �� ,� ._ ,. ' � � � � ti , � �:.,� �/ _ � � � � � � !~ � '� � PRESURIZATION FAN � ; � r � `y W � ;�� `i' �y"�, � CO � OPENING ; ; � � �i'� STAIRS � � � z � ,�, � - C'1 � �'' _ _ r. Q � /�:�, � � '� w - � '� � � /. y �; CONC. FILLED METAL PAN ��,. c� � � � S3 r� � � � o �� ' . STAIRS W/STEEL CHANNEL �;�=� � � � o � ��;, %,', - � � � �'�' STRINGER, � _' z >; ; ,��; � I 6 �,. . ° �' / ' - ' : � /� r v r ; � �� - � �'�'j•. � o �� U '_j�� A5.07 rwr�� . _ �j �. �� ` %� ' - o �� %� 1' 11" 100'-0" / �� , � � 4 -5" � �� 9T 11"=8'-3" �� ii � 4'-5" 12T 11"- 11'-0" � � � � �'-0" /--� -�:� � � � � � � � � � � : f� i �� o %, u �� Q i�' � � �. � , _� � � � cfl ��f � � , � 2 � ;% � � � � , � � _ � � - . �n ; � ;; � � . . �,: d >� ii . � � . � , _ , W 5.07 0 �^ � , i i,; „ f, � ,; � / i', �/ o � ,,,.. .� � � � `�� I � i>,�: C� _ ;. :.;�� .../'%�/,��.;'�� `.�:'� � �1��/;=" ,i�� .�i. �/jy/ i ' ,'i;` / . I ' I � i .i r � �j /� � �� %; i� /�/ ';� ��/ �j�' _� W F � � �' . �, ..: �' ' '. � . �� i . , �. . . - � . „-. ,. . , ...., „ � ' � � y i.� � , � � �'�'� / % 1 1/2"CONC. ON � J � w l; , � 2"CONC. SLAB,TYP. � �� .•�: 6'-2 1/2" 3'-6 1/2" o - � , � ;� � � .; METAL PAN,TYP. I I I � � M � '� � � � � � — � �-�- I� � ✓� �� CONC. FILLED METAL R•� 0" � � .; LEVEL 6 �,� LEVEL 1 PAN STAIRS W/STEEL 1 1/2"DIA. METAL PIPE RAIL � � � � �`� 161'-6�� 100'-0" 3 1 /f:; � !�' ,� � / , � CHANNEL STRINGER, AT TOP OF GUARD W 1" DIA. � � ' � '�% j :� — - � PRESURIZATION FAN 5.07 PIPE INFILL AND 1 1/2" 5.07 ^ � � � � �� PRESURIZATION FAN � �r' v OPENING BALISTRAD, TYP, PAINT � � `i' � � � � OPENING �ii �� / � �y. � � �r � .y 1 1/2" DIA. PIPE HANDRAIL r f, e / ' i� ��\� STA I R 3 - L EV E L 1 � � Cl '. i� WELDED TO GUARD , TYP, PAINT /i� ,// n � � � � o ' ` � //� ' F� � 1/4" = 1'-0„ ,1� ,� �� 1 1/2" DIA. PIPE RAIL AT TOP OF ;�; � � �- a � � �._ � J ��.� �� '' � � GUARD W 1" DIA. PIPE INFILL AND �� w //� ��' � �� - � �� _� 1 1/2"BALISTRAD,TYP, PAINT � � j' � N � / � ,�r, , � � � , - O � ;; 4�_5�� 9T_ 11"=8'-3'� �� `�� . � % � � � ' � � 1 1/2" DIA. PIPE HANDRAIL ON %;�� _ "� �� ; - ��/! BRACKETS MOUNTED TO WALL , � % � o �� , `� I� , ''� TYP, PAINT i�� ' .x C'j � N `"' � ,' f'/,�. % 4'-5" 12T@11"= 11'-0" ° y.� � � � � 2 13) w �� ,,' 2"CONC. SLAB,TYP. �� ,' � i� �; I � !�; 5c.: ��: � � � � �� i� 1'-0" 25'-2�� _�� ,.� � � ' � ' � I� 3'-2 7/8" �/ n � �� LEVEL5 �� 1'-6" 3'-4" 6'-0" 7T@11"=4'-7" >; � ✓��% / �;i',r' 150'-0" �` �,% ,' !i C'1 I I I o, �% � � i� . �'` ;//: � ;% w R.O ' '� �� PRESURIZATION FAN � � - ,' ' � GARAGE LEVEL `" % > � C° OPENING �a ' %� � �` 86'-6 1/2" u � ,� � � � � � - � f� � i _ 5�� 'i�, �' � � � , o U' l;. s,� �. !ir: � � � % � �� l : f i':,` l,� i � fi/ � i r ' � �� . ,f � ��_�� _ N � f/ �� fJi.`: / r�� i /�%/ ��i�i � �� ;�� 'r �y;� �/ � f !! �� "' � �;%!'' I � � - PRESURIZATION o , , ,, �:.. . � � %�'� '� �� ` ' % � � � �, / 2'-0 1/4" 1'-0" °, FAN OPENING � 82'-0' , �., - �� ,; ;; , o / � � N _ i/: 4�_5�� 9T 11"=8'-3" \ ��i � 'r` ;/% ` I � "� � � ��,�/, / 82�_0"� o , � � � ` y/y � d � � � � �f �,-� ��\ � � �\ � -.�� /j . -. .. � � . a _ . . ° V ` _ . � W i _ � � �.- � - — — - — � — - - — — � D I , a � — � , ` %.. ,�< , c� MECN LEVEL � j VERTICAL CIRCULATION �n �,� /,� , , ., � ,., r; i ii �;, � � � � � y � 80�_ 1�� ;� I „ % � �� , �� '; ,,!� ' - - %' sTaiRS � STAI R 3 � ; ,� ° , a' '� a M ,�,,. — - — ; � , �� wo - � a a j � a ` �' � � aa a � S3 i; `° s � , � � � � � � . ` ` % �. � �a � ir, ' , � � a � a � ° a a a a � � _ � l' ! � ° � a � a a � Q ° ^ - g i� � ` U ; � A5.07 ;< ° a a � ° a ° � _ � , � �� y• �� .,; , � ° a a � ° � /` a � a � a �.�� a LEVEL 4 ° - r ' ,� a a a / � /.: ,;.`� 138'-6" ° a � ` a a ,` G � a � � � . a ., � Q :� \ 1'- 11" ,'t �.� ��' � � � � ° � , �� a � , _ a � a ' � - �, � � � � a ` � , � �%� � �;r` f��%�' � c � I �` ' ; �� .� : �� ! . �� <' ;. <%�/ '�! �l �� rf,y o PLOTTED 7/15/2008 11:00:36 AM ��.�i. , ;!��r .�.. �� ✓..�,� ,. . �,. �./i ' -. i� .. 1,, �%�-� NOTE:SIZE PRESSURIZATION FAN DUCT OPENING IN CONCRETE � %''� `"" �� — ' ' PRECAST WALL TO BE 4" LARGER IN BOTH DIRECTIONS THAN � ' � � �'' ��. � CHK'D BY Maggie Fitzgerald,AIA THE MECHANICAL DUCT DIMENSION AS NOTED ON THE I I I MECHANICAL PLANS. LOCATE THE TOP AND SIDE FOR THE �OCOPYRIGHT 2006 BY DAVIS PARTNERSHIP P.C.,ARCHITECTS OPENING PER ARCHITECTURAL DRAWINGS. GENERAL 6'-2 1/2" 3'-6 1/2" CONTRACTOR TO COORDINATE THE ACTUAL GRILL SETTING SHEET NUMBER: WITH THE PRECAST CONTRACTOR. R.O , 7 STAI R 3-SECTION-LEVEL 4-LEVEL 8 6� STAI R 3-SECTION-GARAGE-LEVEL 4 �� STAI R 3-GARAGE LEVEL . C 1/4" = 1'-0" D.P.A. PROJECT # 06232.00 �� 1/4" = 1'-0" �� 1/4° = 1'-0° � � , �, ��, GENERAL N�TES 2 � � 3) 12, 11) � 5.07 A5.07 1. ALL PIPING SHOULD BE RE5ILIENTLY ATTACHED TO 3 STRUCTURE AT EVERY POINT OF CONTACT. APPLY TO I I N BOTH PLASTIC AND IRON PIPE. SEE PLUMBING SPEC. �5 07 2. TO ISOLATE SOUND, EVERY ELEVATOR AND STAIR SHAFT `� LOCATED ADJACENT TO A RESIDENTIAL UNIT 15 FURRED 1 �� OUT ON THE UNIT SIDE.5EE WALL TYPES. 5.07 ( D 3. MECHANICAL, ELECTRICAL,&PLUMBING CHASES WITH � 2 SOUND ISSUES NEED TO BE LINED. � I I A5.07, 5.07 4. PENETRATIONS OF CRITICAL WALL AND FLOOR CEILING ASSEMBLIES BY STRUCTURAL MEMBERS, DUCTS, PIPES, � � �r�� CON�UIT, ETC.ARE TO BE SEALE�WITH A RESILIENT, NON � � I HARDENING CAULK. I I N I 5. REFER TO VT SHEETS FOR FURTHER INFORMATION � REGARDING ELEVATORS. ;'� � � �l � ' � ��i 6. EXPOSED CONDUIT IS NOT ALLOWED. ALL WIRINGAND '� �� 201'- 10" _' �j �� CONCEALED AND FIRE-STOPPED TO MAINTAIN SCHEDULE ;f� ��. � — �% � %��' WALL RATING. OBTAIN STRUCTURAL ENGINEER � i�.�� ; �% �; APPROVAL PRIOR TO COOR DRILLING CONCRETE � � ��. I � � � � � STRUCTURE. � %` �� j �f r,; �; 2301 BLAKE ST., STE.#100 � � � ✓`!� DENVER, COLORADO 80205 � �� ` '� � � 303.861.8555 F.303.861.3027 �/% y% �� f � , I � I � �� ;% ,,. ,:: �' � �� 0225 MAIN STREET. UNIT C101 �� ',�� ''' �� EDWARDS, COLORADO 81632 '�� `!� '�� '.�� 970.926.8960 F.970.926.8961 '� ' � LEVEL 9 �%�� LEVEL 9 � //' � � ��,� LEVEL 9 � �;� 196' 0" ,��; � � � 196'-0" � �� 196'-0" � � ,/� � � i'��. � ��j � ��j '�� /� � � % �;. �� , � � ,; �� !�� STAIRS � � � r ; � � y � , ��' :� �� S3 �� ," �'` ` '�i � / �� / !i � �': I � I � � ,�'; � � i � y ,�, ;% , ' ,;�; �� , ' . � .�, !%/ � �F � �� BA R N E Y �� s \ , % '�� , �� °;- � , _� ,, �:: i`�� ,. , � � ,�. �i : : I I .. � �,i f%f`,`. � ,,r '� LEVEL8 l\ LEVEL8 AR H ITE T / � I 184'-6" �- � LEVEL 8 ' >° 184'-6" �_ i % � / ' 184'-6" i �� /.. � i /,� r`s y; ;,: .��, � I 1936 MONTAUK HIGHWAY � �� I �' �.: I ,.. f� ,�; � �, BRIDGEHAMPTON, NY 11932 /' .;;; .' � � � �� , � , ,�� 631.537.3555 F.631.537.0558 %": /� ; 210 Edwards Village Blvd., Suite D-207, PO Box 878 i i i � ; .��-� '�'` '. � � � `�� Edwards, CO 81632 / <J � �. ! /i , � � 7 . . 5 � �f'F % ,� /� j i �,: I �, , .: , � i � �� ,, ,,;�� , / � �i ISSUE/REVISION DATE NO. / � /� I "'�� I � ,� � � j� OWNER REVIEW 16APR08 � � ; f ,�` ; /-�� '� �/ � ' '' � � CCD#25 22APR08 � : �� , , �, ,� ' � CCD#35 09JUN08 2 � ' % �!`; � FINAL CONSTRUCTION DOCS 15JUL08 .. ;//,; ; � /% �% I �'�` I ', � � ,/ / ;. � �'. ,�� i ;�' ,% f ; ` ij, ��;;,` I � F;' I � �' , ✓r..• ..� . r'/ r.., �r; ,� /: /.= � � ji`. �. �: r �� I � � ' � I y / !r� � � //i � � �� y�. ! / � � � F �� " �� . �i/ �,� ��. / f � ��:. � �:� I ��'c�9 /J.,} f, I �,,.. . . . . . �i�,. ��, � .. . . ' ��/ �i �' . i , I , � > /� � /j: i � � � . r' ; � � � %�'`. � j �� i � � ��°�;: / �� ,/� I ��: � � \ /� � y y , /,,:; � �� / ,��. � i� � � / li` /`.� � l I �� :� � / I r/.�. j . .,' ', ; �� ''�. � f/ �. '�•� �� LEVEL 6 � : � � I �� LEVEL 6 \ � f � LEVEL 6 �' % 161'-6" i�� .; 161'-6" y 161'-6" 'i' ✓i`�f %r' ; I ' I ,;� � j //�, / r I, I � '�' ` f� I �' /. fj� �.,� �<. �`' / � ✓ i%: / �y ;' � / !, � : , I /%< �� - , �; f,; , . . _. , , , �,`. ,„ ;�� , �, / � � � / , f� �.� ,� ;. �: ,�� I � i „�; I ,, � � ; /�.' r' f /_�._-..:..' �� 4 ,,�.. I � I `f i, /; � / �' � ;; � �� i�� , ;; � ' �;� �, , `; j . . � I �� ,i� I � I � '� / �j` LEVEL 5 � �, �',> �� LEVEL 5 �� ;y LEVEL 5 > ;� � /�,' � /�_ � � 150'-0" �`' 150'-0" , � ��. f 150'-0' I ./;r %-. , � �:: , � �'/ ��i: � � �f y �� ;, / � � � �; >�; ' �� /,' '� U , . � � � . � J�, ,�, ;f ,� � � � �� ,� % ; �,- ,� J , �:: ,� ,� ;, , . � _ �.-_- �,� . . , � � ; ,,, , �✓ �y ,� — ':F�; ,, I - � _s__.�- - -I .�,� ; I � � ;; A3.07 � i� , / ;:, � ,�ii, � � - �' ;'i ��/ � � I �' I /` 5 r�: � . % f% �/� LL � i�: ' A5.19 � ��,�/ / � y� Q � � �. ��` � � �.; � � � •. � � � ' z' ` � i` > r> � / �; � � � ' � � O �r ,�� , � , � � ' o i�'� I ' LEVEL 4 �� - , �� LEVEL 4 LEVEL 4 � �� ;� 138'-6" ,/-/�� ,f 138'-6" ;� � � - 138'-6" � � � � /`�' ;��, /.,: I f f F: I � � � ��' � � ,; y;%, ,/ ,fi �l Q ;; �� ,; Q � � � � �,; f ;; �y �� ,� j J w p W , � � ,,., � ,: �,, ,. ,_:.` � %, �' � J � ;. y : r : K � � , f< I „ � ; ,� ,, // , . j. ; .; . ; � O O ,, � - , �== � ,� ,, (� � U � � � � , , : � ,,:� � . � ,., , � � = Q , �: / ,. � __. �� -.-�- � W J ; � ,. ,. i; !�, �� %�, Q C� / : : i'!i — % �`` %�� ,�� r n/ �� ,. � -- /� ,: �%' �.. � I..L �,. ` j: I y< ;�. �\ /i' � ;✓ r Q i � ��' LEVEL 3 �� LEVEL 3 � _ _ LEVEL 3 � � /'� �'` 127'-0" ,% : I �/ 127'-0" ' � �;r�� 127'-0" , r`. ` ; / O i /. %il< % �/ / � . � .� /�j � � . r �� I ; I / ' f /,% ,j �; �,��,; / �' /l % ! /j ' i', � I �� f' �/% � � ;� %�/ �,� / �j �;,,:. �>�:, � / / ,,: j`. ,�' ;; %'` � �/ I �.�� I �i, , . . . � �� LOADING DOCK \ �; � �� ' LOADING DOCK �:� LOADING DOCK /, . � /�� 120'-4" '�' , / _ �;; � I �%j 120'-4" 120'-4° /i,i � '�!/ i � �;'i /.` : ` i /� /,�� - /./�. � / J/: �: ��/ � �� / � i :'� �,, /j', � ,. 7 ,� '; �. . r � � �; �� j � � ` ��r' ,�: r�'. �' � I i.�� /� ��/'_' � �� ,. � � � " f,� � - . � �i ,, , � ,, >. %.�` I ' '� LEVEL 2 f�i� ��. LEVEL 2 ,y.�� LEVEL 2 � � � �� r; ��4�-0° � ;� ��4�-0° � ��4�-� VERTICAL CIRCULATION % �;� %;� i �%; �' ;�_ ,, ,�. ,, STAI R 3 : � %` �,�% I %�� I ; ; ., /j i', ;/i° j ;/% 4 /� �., �• .. � �; i. Jr %�i A5.18 �,x fi r ,� �' . I ��' % l �� ':� °, �,� �. F . � /;( �� /� /'✓:: . /� � / I F l: �: �%� �' ��.; PLOTTED 7/15/2008 11:00:46 AM ,, � % � �� . , „ �. �.�< ��. � � �, �,�, „ _ .._ I I /�: ��' � � �y' ' __ �� CHK'D BY Maggie Fitzgerald,AIA � �� /// ,' ��,, i�;!; ' �' __ �� O COPYRIGHT 2006 BY DAVIS PARTNERSHIP P.C.,ARCHITECTS �'� �f � I I ,ry! SHEET NUMBER: �3� STAIR 3 SECTION � 2� STAIR 3 SECTION �� STAIR 3 SECTION o.P.A. PRO�E�T # � o623z.00 � � 1/4 = 1 -0 � , 1/4 = 1 -0 �_� 1/4 = 1 -0 �� -� �-� � � 7 � 8 �19 GENERAL N�TES (� 6) �� 7 3 � g � � � �� 7 �� 9 ��-o�� z5�-z�� -a�� , 5.08 5.04i 5.08 � 1'-0" 25'-2' 1'-0" � � 1. ALL PIPING SHOULD BE RE5ILIENTLY ATTACHED TO 4'-63/8" 3'-41/2" 10T@11"=9'-2" 4'-5" 1'-0" 25'-2" 1'-0" STRUCTURE AT EVERY POINT OF CONTACT. APPLY TO 9 T@ 11" =8'-3" 4'-5" R.p. BOTH PLASTIC AND IRON PIPE. SEE PLUMBING SPEC. � PRESURIZATION 4'-5 3/4" 3'-4 1/2" 9 T@ 11"=8'-3" 4'-5" II 2. TO ISOLATE SOUND, EVERY ELEVATOR AND STAIR SHAFT � FAN OPENING N LOCATED ADJACENT TO A RESIDENTIAL UNIT 15 FURRED PRESURIZATION R•�• I I / 3'- 10 3/8" I OUT ON THE UNIT SIDE.5EE WALL TYPES. I o I / FAN OPENING PRESURIZATION / I 3. MECHANICAL, ELECTRICAL,&PLUMBING CHASES WITH � i FAN OPENING / SOUND ISSUES NEED TO BE LINED. r- - - 4. PENETRATIONS OF CRITICAL WALL AND FLOOR CEILING ..,. , �. .. . - , - ,., , . „ � ,,r . , . . . . ;.,� . ,. , . . , , �. ,� ,:> , , , . . ,, . „�-.:.,. ,, ,.. ,: . , , ,� ,, , .,. . , . . � > r , , ;,. . . ._ �;> ,:.: . �:::: -, y.. r: r . o ,,,;.. ,., _ o r. . ,, - . , . i ,. , F . � . � , /,i � y . . , <,:,:, , i � = r , . ,. . _ ✓ i >_ > : _ �, , � �. ;. :>i •;;,� . -;;-,. . ; ,. , i :.;,: ,.. . �, .� , i _ . ,/: . i 1. . ., % . ,..,. ,, ... , .. > .. / . . / .. : r � , , _. ., , . ,, . ,� � / _ :..y,. , ,_ .;. _, i . i, � < i � .,,;, i �, , _ / _ / . _ _ . . ,W ,. ,i /. / / � . ,'.. - y ., %rr- �, ,. : .' � . -, � i /i . ✓�, i „ ,,._ i . , _ , . . �,.. _ ., r. ,,.,: f il �. ,...: .. r . . � �i� r�! �.> ASSEMBLIES BYSTRUCTURAL MEMBERS DUCTS PIPES � ,,, f , , .,. � //.. .. , : /' ,� �. �,. y, � r_ �, � ,, . ... ..,. � / , ., . ., . / , . . i i,� ../ , „ . � . .,, . . .. � r� ,'�, , , , ,.. „ , - ,: , ,.. , . ,: _ , __ . . , _ >_.: �. , r /� .. , � . �. i . � . / r,. ., , y � - , r. , , , . . . , . , . . , �. ✓ / , . . / . , � . ., •�. . r } . , i i ., � . _., � . r v. . i,. ? � , � �. � � � _ // ' .. i�i /`. .� � . ., . � . � . � „ . �r. � , � �; ., �. , ,, ,.<.: � . •, .�, ,; .. . ,. . . . . , .,:/ , i, ..,. , . ; ,�. ,, , ,.. ,, „ .. : , _ i / �! f r. . r , i , >, , i . r < ,/ . � _� �� t.,. i ,., . . < ,, �' . y � ,., . ,,, . , ., _,< , _., . /� � i / _ y . . / ,�.., ,: i O BE SEALE�W ITH A RESI LIEN ON � 1 �� l.� � _ � < �f . . , � .�, � / , ., . .;, , �. ..� � , , � � _ � - CON�UIT, ETC.ARE T T, N o � '/� o o �� HARDENING GAULK. � � � I 1 0" � 1'- 11" I 1'- 11" � _ , ,�� _ �; = 5. REFER TO VT SHEETS FOR FURTHER INFORMATION °, - 1'-0" � °, - 1'-0" 1'- 11" = � °, - � /� � REGARDING ELEVATORS. f� � �� DN � �� i� 6. EXPOSED CONDUIT IS NOT ALLOWED. ALL WIRING AND i+'� ,�. / i� � i+� � i� ih �//'�, �� ! : ' �� ' � �� , � �� ' � CONCEALED AND FIRE-STOPPED TO MAINTAIN SCHEDULE � �� STaiRS � � p � i r � � l p �� .� � �p � f �: �� r. � ,, Q � � , � � Q WALL RATING. OBTAIN STRUCTURAL ENGINEER / S4 � M �- �� /' r,� ' I-�� _' � 'i ►- � APPROVAL PRIOR TO COOR DRILLING CONCRETE /� v, , . STAIRS ,� �; °' � ; � , �% � sTRUCTURE. 5 in : '" ` 184'-9" � in � - � �'; in - ;� ,n , , � , S4 , <, �n , $^�A�R$ � 2301 BLAKE ST., STE.#100 � A4.17 °' �� °' �o �- �� °' � ��r GATE � �,-� DENVER, COLORADO 80205 � � ,,,; �� z 6 � �,;: S4 � s � 7 � �� g 303.861.8555 F.303.861.3027 ��;r �� ;. � UP � -� � UP � i� 0225 MAIN STREET. UNIT C101 ' r/� � A5.08 ��;r � �� A5.08 � � ' � ,A5.08 �.� ! ..� � � � , � � � � , � 1'- 11" �� , � �� ; 3'-6" HIGH GUARDRAIL 1'-0" %�'�� /- 1'- 11" �,_�„ /f � � /� 1'-0" � � EDWARDS, COLORADO 81632 / : I /�� Q � ' // Q � � � Q 970.926.8960 F.970.926.8961 � /f c~n 2 �' c~n 2 ,! ai 2 „ �: �. — � ,,; .; , � ,.,., . , - ,;' . > : _ .. . ;..:, . , ., ... . . -. , _ ,:,, . ,., ,, . . , . _,. , �. . . . ., >: ;.,.. , . ,, . . �� . y _ , . ,� . , , . . � 5 08 . � . _ : % 5 08 > �. 5 08 � ,, . , , _ , , .,.,, . . ; . % . o ; . _ _ _ o ,,, . ,.. r . . . . � i , ,. . „ , � . �. , , � , � . _,:;,s.,� ,., r< . ._ . , � , .� ., r;, . . . / . , . - : .: , ..,; . ,! .. v , .: . , r .: . -,,,. . / /. � �.i > / � ti ; i f .- . , �. / , � � r r . : � :, . .: , . . ,:, � ,. . . . � / ,l , � � , . . .. . , . . , y i . .. . , /. , :, , . , _ ,;, �. � ,,, . . _ � , . , . _ , `. , . , ., , . ,. / ,�: _. ,/ , � . ;;_ ` / �'' ,. i , „ r �. . . r � . � 1 � � .� , . � r., . v . . _ f , .. . / . _ : , . ,, � r, , . . _ � /,.: . � < /. / . , ,i. .,. :. ,�, ,, _..,, . .. ,� , � , . ,,.., : , . y . , , . . ; y } .% �. %.' � ! /. , , � f . , : , .. _ : ,.. . ,. �. : . . _. . � . . i , . , ,, , , . ... ,� , . :. . <. 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I I I O � �,� R.O. 3 1 3 1 � 6 5.08A� 5.08 5.08 5.08 A5.20 _ � _ _ _ BA R N E Y � STAI R 4 LEVEL 1 STAI R 4 LEVEL 4 LEVEL 7 S I M I LAR 4 STAI R 4 LEVEL 3 �, 1/4 = 1 -0 ( 1 /A2.43 ) �5 1/4" = 1'-0" 1/4 = 1 -0 \ � AR HITE T �\ ,� ,� 1936 MONTAUK HIGHWAY � I /� I I 9 � i � � BRIDGEHAMPTON, NY 11932 � �'� �� '� $� �'� � 631.537.3555 F.631.537.0558 � 210 Edwards Village Blvd., Suite D-207, PO Box 878 I 3 � � 1'-0" 25'-2" 1'-0" Edwards, CO 81632 5.08 I � 970.926.4151 9'-9" 12T@11" = 11'-0" 4'-5" 5.08 � ROOF HATCH � o I � PRESURIZATION I ISSUE/REVISION DATE NO. , FAN OPENING I � I � �� 3 ' � % ' `� % '-'' ,,'/ , ', . � �i % , � ��, ��, � � . , � ,� � �, � OWNER REVIEW 16APR08 � �� 7 5.08 5.08 0 � �� " CCD#25 22APR08 i � C7 � 9 �� "�� CCD#35 09JUN08 2 201'- 10" 201'- 10" 0 1'-0 I 1'- 11" � Q FINAL CONSTRUCTION DOCS 15JUL08 ,, ", DN '� `� � ��: , 6 � �-�� r � � %y', 1'-0" I �� ,� � � ,� � /�'� � �� x.� /� M Q D f!,; , � I I I _ ' " STAIRS / � ,,, , � `� �� S4 , � ��, ;: ;�'!: � , a, � /=. ��; - ,� � �r'- — —�: '� 6 i �!' ;�; _ 2 .� � I � � / '. - j, � � .�� '��. _LEVEL 4 _ `° �� P - � A5.0 - - - ` ; � ti � LEVEL 9 �� / >�, 138'-6�� ; �,_ „ '%y �' `` 196'-0" ;;� .�l' � �._�„ ,/. v � �'�'� �. ,; � PRESURIZATION ,�j� 'r i FAN OPENING \ ' � ''�r' � �/�f { � � � � � � �/j /� _ % � c~i� - � � �/ ; � I � ;i;`; i'/ 54-2 .� f f� j � /%! r..�� /F� �i'�i�� i f/�.' � �'�� a:'f�r � �'✓ . <._/F,�. �`,;; './F..�� !`:�� o . ;r`✓f . PRESURIZATION - �, /�� ;,� � - '-6 1/2" 7'- 1 1/2" FAN OPENING � I , , ;r� � �, �,�: /� I �'. �� R.O. ,� �� . . y� � , �� ;.� . � �; , � � 9T@11"=8'-3�� - 4, 5„— �'� _ ��;- � %r; i: co �� i;�, � � 3 1 % , ,f ; � �i- �n 5.08 �� yr�� 5.08 �/,.�� ;." � �� ;%� 1/2"CONC. ON t � '�y � ,� �I � METAL PAN ' ,' �'. - wU' �� '� -'� � �� N ° �� STAIR 4-LEVEL 2 , , ,, /; ;� , �� ; T .z �.: LEVEL 3 V " ��4�� _ ��,�� ✓_�'. LEVEL 8 / :� ,� 127'-0' �/ °�>r�� % 184'-6" � PRESURIZATION ' " �'�� - PRESURIZATION � �`� �� FAN OPENING � �� - �� `�' FAN OPENWG _ •,��: C° ,,<, � � �% � � � ��V �-� �� :, '" �1 - 1/2"CONC. ON METAL PAN �\� �� • i': r'��: �'' � � 12'-6 1/8" ��_�� 1' 0" 12'-7 7/8" �� —� I �/� % I12T@11" = 11'-0�� 4�_5�� ;!,;f , %: - `` ' : �f % � � . ,j;� CONC. FILLED METAL ,� % ' ,� i/�j CONC. FILLED METAL �: ,i. PRESURIZATION PAN STAIRS W/STEEL 11 T 11"= 10'- 1" 4'-5" � 1 1/2" CONC. ON � , 9 T@ 11" =8'-3" 4'-5" i PAN STAIRS W/STEEL - � FAN OPENING I CHANNEL STRINGER, METAL PAN,TYP. i/; �� CHANNEL STRINGER, � � °, � � °, i� � �y I i �',"� j/.�� O . �� O . �:�': �,� i � � � � ' � r�� ,� � i 1/2"CONC. ON � �' i'� � i:`;,''=l;f��'%' r �''r � �� , ;' ' � °;;�/ , .� './ ;` � i METAL PAN,TYP. /`:' �� /', ,� ' . — —-- /:� � „ . „ , � r i�, /, , �. , . ` �% ;�.� ✓.,i, o �� 1'- 11" �� ;f' % ''/� � N I � � : ,;. � ; _ � J av �_ � j ; /a /,; i"� i i �i � � � � � ��y: i j`F y/�;l J�.- I � � _�� f PRESURIZATION ' ;; � - J` LEVEL 2 �, y � � Q � W ^ rr�; /;� � 114'-0" %`� �n FAN OPENING _ � ; ;�; � TAIRS 100'-0"_ - � � co �, � ,��r , _ ��f�. 1 1/2" DIA . PIPE '`f � �� ' 'r�� , , - S4 ' � � � � HANDRAIL WELDED TO �» V ° '' � �'�- �/ W ;. i '� ` �. � — , �� . ��_ I.J� � ��. �<,�_ r I � GUARD , TYP, PAINT _ � -� ' r z 6 Z / �m � \ ir� j�. UP ,, _ Q- A � Q � %�, ' ; � �� f� PRESURIZATION - � � � �� ' � � � �� .�� ":` � � �� 1'- 11" ��_p�� CONC. FILLED METAL � � � ��% �� ; < �� %�� FAN OPENING � � � Q � � PAN STAIRS W/STEEL �' j;�� ` � �: � CHANNEL STRINGER �� ;'�� _ � 9 T@ 11" =8'-3" 4'-5" " _ � . %> v� i co i � �� I y. , _ O � •i�. ,f'y,, ' �� z�/� �!F rr %�//� , �-;, ,r � ,. �i�, i7j i;r., / ;rr ,� 5.�8 Q � . � i ,� i ��i r .,'/!' i/ � r,� �f i�� ;. `, ;f �:� � 1 1/2" DIA. PIPE RAIL AT . .:� /.r ��' i��y / � . /� �> '/ f� ' `v, � �� TOP OF GUARD W 1" �� . ., � , � � / �� . � y /� � � . �� : �� _ ;. � � � �`�' ` � � / �= DIA. PIPE INFILL AND 1 �' � �� d�, � , '11T 11"= 10'- 1" 4'-5" %�r°� -� '-61/2" 7'- 11/2" �,�� _ 1/2" BALISTRAD,TYP, � . _ � '�� _ r I � I �I � � � � � �� ` / .:' � PAINT '� °, �� o R� 1 1/2" DIA. METAL PIPE RAIL � � W .,� ; ; � �� - ��:` o � ,.� � 0" � AT TOP OF GUARD W 1" DIA. � � � �/'; u � 1 1/2" DIA . PIPE �� - �' ��`� � 1 1/2" DIA. METAL PIPE PIPE INFILL AND 1 1/2" � � � � '%� BALISTRAD,TYP, PAINT O "�i i LEVEL 6 HANDRAIL ON BRACKETS �_ � � %� 3 HANDRAIL ON BRACKETS � � 161'-6" i. ��, � . � � � � C1 MOUNTED TO WALL , i` � ��" �'�� 5 pg MOUNTED TO WALL , � PRESURIZATION � � � w ;� � � %�� TYP, PAINT ; � TYP, PAINT 5.08 FAN OPENING � "� _ � ° % `'�' � ♦ C° I ��' � � ,/��', � _ ,� y, � ., � , ; � � '��= �� `� � ,00��o� ��, STAIR 4- LEVEL 1 w =� u� 1 1/2" DIA . PIPE � � � HANDRAIL WELDED TO � . GUARD , TYP, PAINT %y � : PRESURIZATION � %��l ( 2 �/4 � -O � �� _ � �� <�� FAN OPENING � � y;� ,_. \� ,;.':�� °D �-� � �- . .,� � � ,� � � � !/� v� r � 1 1/2" DIA. PIPE RAIL AT ,` � f �o TOP OF GUARD W 1" DIA. ;/', , /9 T 11" =8'-3" - �.�� ' �� - _ @ 4'-5" �� _ � � � PIPE INFILL AND 1 1/2 �l';� � � _ !. � ; � ii BALISTRAD,TYP, PAINT � � 'n � -� ;. � �; � � � � i ; ` N � � �y' f! � � � � V J 1 1/2" DIA . PIPE % : ,� M 17 C� � �� 9 HANDRAILONBRACKETS ��. � � '�i.. � MOUNTED TO WALL , ' I�� / � _ �•� � %� TYP, PAINT �: . � � � � � � � _ � - . i > l � - - - - - �/, a - -s . �_�_ � �, � ' ' II � � ' � LEVEL 5 � j� o �� N _ 8'- 11" 7/8" 7'-5 3/4" 3'-4 3/4" 1'-7 5/8" ,� ^ - - _ - , � 150'-p�� . � ' 4'-5" � � '`� ,�'"� � 0 13T@11"= 11'- 11" �%',i � � � PRESURIZATION � ''� °�= w � ,��; , PRESURIZATION 1'-5 5/8" FAN OPENING � � _ � � o ��; �,., o � I R� I � C° � r ' � � i` I � FAN OPENING � - �� ,'�� '� .r' ii : >i; � � r��/� �i / '"; i�� Q/ � �:,,� i�;" i ' ,/�! �,� �, f , / //'i � , ; f �, _ � J� y ' �,,;��i �i� ,,�� i' ,�/ : � /l/./:- . �, �" , �� /i �./s �q'. !�� ,, �� ,,�i , � , C�'1 ;'�� > - i fi-� i--�-T-�-� i-T �------ ---� �r :, � � � �� ' I I I I I I I I I I I I i /"' � �' �: � 84'-8 1/2" � � y�� d' - i i i i I i i i i i i i i i i '�' i� H r. ��"�� ,' I � �`� ,— � ,. . � �/ GARAGE LEVEL � ° ' �i i i i i i i i i i i i � i , i" � o � CONC. SLAB � ' � _ � �`� = 86'-6 1/2" i� l� � i i i i i i i i i i i i i� i :� � � �, � i�. ' / : , � �- o i i i i i i i i i i i i i i r/,' � � ' � �'� i i i i i i i i i i i i i i �i � ��' _ � : �9T 11" =8'-3" 4�_5° ,, _ �.f �� x- � �r � - � i / i a � i �� f / � I I I I I� �T� T 1�� T � - H � .� 00 M � � a , `. " � l � � _ i; I — � — I ——I— I—— I I _I I _ I I _I I I �� (l� � ;. � . � STAIRS � _ _- -_ _ - �-- - � -� , ,� TOP OF MAT SLAB � 82'-0' � � //- , � �� St�, � ; � _ 0 -_--___va__�____e_ VERTIC LATION , � � � ,�.� � �� Z � ;�� , � �� -=�a��, � ; AL C I RCU ,�i� ,�. �,.� ��- , � , � , � � � � � ;� Z ��' , i �i i i ;;�,. � y �� i� �.: i i i i i i' 6 �r;�. � �. � � , ,;y - — , ,� , -� STAI R 4 � � ;; � , ,:��v � � ,i �� - .�. r , a, a � � , �a� �,�� p i i i i . , � H A5.08 ;'� � �: � � � � LEVEL 4 - - � _ -_ MEC$L�EVE�L � i i i i � � -- - � 1'- 11" i i i i .� v � � � �� ,�� 138' 6" ��!� � �i �i i � Q �; �I � NOTE: SIZE PRESSURIZATION FAN DUCT OPENING IN � I � � � �� /. , % j '/ ' j'. /, ;j>i ;%/r� �,r' // j j ��%��i�'�✓//j � �. r �F r, :: CONCRETE PRECAST WALL TO BE 4" LARGER IN BOTH ,,. /.f� �.� ,�� r��. , t,��, l, � /i� �,�,�,. / . �' �� <, ,,,. � DIRECTIONS THAN THE MECHANICAL DUCT DIMENSION AS o ' � � NOTED ON THE MECHANICAL PLANS. LOCATE THE TOP "� 3'-6 1/2" 5'-3 1/2" I I PLOTTED 7/15/2008 11:01:06 AM I I AND SIDE FOR THE OPENING PER ARCHITECTURAL � � I DRAWINGS. GENERAL CONTRACTOR TO COORDINATE R.O. CHK'D BY Maggie Fitzgerald,AIA THE ACTUAL GRILL SETTING WITH THE PRECAST 1'-0" CONTRACTOR. 0�� O COPYRIGHT 2006 BY DAVIS PARTNERSHIP P.C.,ARCHITECTS SHEET NUMBER: � STAIR 4-SECTION-LEVEL 4-LEVEL 8 � STAIR 4-SECTION-GARAGE-LEVEL 4 ��1 STAIR 4-GARAGE LEVEL . 7 1/4" = 1'-0° � 1/4" = 1'-0" �� 1/4" = 1'-0" D.P.A. PROJECT # 06232.00 �9 � s) � 7 GENERAL N�TES . � 7 �� ROOF HATCH � � � 3 5,� �A5A � 5.08 �5.08 � D � 1. ALL PIPING SHOULD BE RE5ILIENTLY ATTACHED TO STRUCTURE AT EVERY POINT OF CONTACT. APPLY TO A5.08 BOTH PLASTIC AND IRON PIPE. SEE PLUMBING SPEC. 2. TO ISOLATE SOUND, EVERY ELEVATOR AND STAIR SHAFT LOCATED ADJACENT TO A RESIDENTIAL UNIT 15 FURRED OUT ON THE UNIT SIDE.5EE WALL TYPES. 3. MECHANICAL, ELECTRICAL,&PLUMBING CHASES WITH � SOUND ISSUES NEED TO BE LINED. � I %/' I I - ,, 4. PENETRATIONS OF CRITICAL WALL AND FLOOR CEILING ''` I ASSEMBLIES BYSTRUCTURAL MEMBERS, DUCTS, PIPES, � � � � �r�� `�.s� � CON�UIT, ETC.ARE TO BE SEALE�WITH A RESILIENT, NON I '�;! r � �� % HARDENING GAULK. �, , � / ;, ,/z �� , ,y �" ' � y/� , 5. REFER TO VT SHEETS FOR FURTHER INFORMATION e:�. � . ��'� � I � � � j REGARDING ELEVATORS. ' ' � : j �,� 6. EXPOSED CONDUIT IS NOT ALLOWED. ALL WIRINGAND �� /;% ;!j /',t, CONCEALED AND FIRE-STOPPED TO MAINTAIN SCHEDULE �� %" � ✓/ /� '� WALL RATING. OBTAIN STRUCTURAL ENGINEER � �i� i / - �✓ � � � ��,.,� /! ��-% APPROVAL PRIOR TO COOR DRILLING CONCRETE �� ' � �� ;, � STRUCTURE. � , �� ' ,�'% I % �; fr�` ��%% /� DENVER, COLO ADO 80205 �� 303.861.8555 F.303.861.3027 �� LEVEL 9 �' � LEVEL 9 �\ ;� LEVEL 9 � � �� 196'-0" / � !�� 196'-0" ;'._� � 196'-p" ' �� : 0225 MAIN STREET. UNIT C101 i'� ,� .� � � �� EDWARDS, COLORADO 81632 ' �,� /i' �`! � 970.926.8960 F.970.926.8961 I y�` ;/j ,`, ,:;y�-: ,�', ,� / ,f �>� /,/-. ,;: �y I /; //�; �� /� fy. �.� /� / ' s r .!/ � ' � � , � yr;' � / �"' � I �� i y � �l/:' : � j'. /•' �// � � ; ` ,'r / ' f � yi � � � � i I � � ;,lj /�< , � ; �r �/. ;�� f; �; ' > � � �' �/ %'r ° �; , , � � I f�; ' < ' �;. %;� <; �. � r' f � % : � / � � �' � BARN E Y � . �� , �` LEVEL 8 �� /%; LEVEL 8 ,'� � LEVEL 8 � ,'. 184'-6" ,� i , 184'-6" ;� , 184'-6" i I /% � ,/y�' �� ,/ f. . � �. �% � �� ,�r �� :;�, � �� A R H I T E T � �� , � ;;, ,�� ,� , �,� , ., , � , � � y: , ." �� ` �� ' �= BRIDGEOHAM TONGNYV1932 I � ;% \ - ; � i i` � 631 537 3555 F 631 537 0558 � - � ; � ; . . . . . ,% .. ._ _ '�� ' I ` �- �� %� 210 Edwards Village Blvd., Suite D-207, PO Box 878 � /. �� `� � � Edwards, CO 81632 �F f' � ` ''/ %%`� j r 970.926.4151 r�� ;��: � � � r �"� I ��c � �� i%�; ; �: ,` ISSUE/REVISION DATE NO. ✓:' � : �',`' ` '/� OWNER REVIEW 16APR08 � /. � � � - � , �j ' \ , � � / r y /�, ,�' �; /�: f,. ��• CCD#25 22APR08 % j � �'� — j: � i /%` CCD#35 09JUN08 2 � ��i �� / � FINAL CONSTRUCTION DOCS 15JUL08 � �, �i' I �� > � i i, � �.i �, ;� ; � � , � � ; I r i; � � � ;�, ,��. y;; � � %.,. � \ ';' � ,< � � „ �r , /, � , i � �� I � ;;< �� . � ,/y i'�' \ � �//°� �� / �� /~ \ \ f �`�/ Y,�. I �: / ; �� \ r / j i j i ' �: i � � �/�� ' �� / �i � ;:� � �� /!�;� ;'`;: I , � ,�, ,�, '�. � : � � � � , , � % f ! � � � %'i,: � ,' �% % i;' � LEVEL 6 �� i LEVEL 6 J! ��,.:' LEVEL 6 �;;:��- / ,. 161'-6" � �� r��;� 161'-6" � �; 161'-6" /j� I ,/ i ir �j `/,/,' �. � I �� r� e�:� � � ��✓ri , � �� , : rr r': �� \\ r� - �,. �, � � \� I � � . / ' � ,y � j ;�' ,��,',i " /° ,y i ;�`� �� . .< _ , , � . . � , . I �,� �f� � �� ,; � � , i� j � /;/. ��' � � �' ` r� � ' ,� ;� /' f � < / �,- � / �,� �/`% i � r�� /�/„ ;' � � � ✓� � I /�' � �� ` % / < �,� ,, ; , � � � LEVEL 5 � � ,; . -�f LEVEL 5 � %�� LEVEL 5 ' '`F �F j% 150'-0" �„ /j 150'-0" �f / 150'-0" ,f ' ' „ � �- f, /,- ,�i'_ „ ��' �i ' ; : � , �.� � �y' %% f / . �� / I � ��/./ / /rl` /� �� i j /-��' / � ,� j � ; / /% \ �%r / ' � � � � �� I�. � ;.� �,/fi \ , ,� �' � � �� J \ � f i �� ,�/,�.�. , . �� , .,, ;- \ :� ;� . , v �'� � � ' �'�� , �� , ,� : �� .;� ,� , , �; / � ' � ,; � � � . ,,� y �; � % ;�'° '�: W �; �,�< �� ; .. , ; � � � ti � , � , i , ,�, �,. , �� ' � j ',� � �. f; ;'�`�: �„�,J � � Z �;, ,, � ,� i ', ,�,, �; , � � ; �: � LEVEL 4 � ' LEVEL 4 � r �:� LEVEL 4 � r i � �, � �,; 138'-6" � ��, ' ' 138'-6" � �/ ` �'/.'� 138'-6" � ��`i' � � � ;�! �;'� � � O //! ,f� i � { �' O r � ,,� � � I ,�� -. i �� . . =j� �, �i �, �`� j � ��' / . � �� l ' � � � � , / . �� ,�� 0 '� -' I / �'%'` \ %% �•: � � ,' ,�'� '� {� �: f/ � � LL I..L ' � � � %`!j \ , f%� l;' ,�' �� i , i � . , L1J w ,�; , _ _ . �� ,�� °�f j � ' � � � / i` � , �,, , ,f , .,�� O O O I �`' < �f �r�` >� ;: , � ' � ; �� `�` Cn c� c.� � �'� �' , �,. �% „ � � ,�; s ,�/ � �, ; ; , Q o- � ' .%/` ' '�' , � � , % ` ;i , ,; :� W J � � LEVEL 3 �� i; �� LEVEL 3 %� _ LEVEL 3 Q � '�, / 127'-0" ;;f �,!,,� 127'-0" �;,� / 127'-0" � �.: , � � % d.. > � � � „�� ,�, �,�i;� � ,,; � , f' ,!'; /; � �i �i, r � ,;� / �,�.. J ,!.' � �/ ' i' � ; f �� , "' j� - 0 ,! %: ;� � �\\ f �. j� V J /� / :. �\ I /'��✓ : �� y � /` � ' � � � /. \ i '�j� ` . � �� ;'' i �� LOADING DOCK �` � � �� LOADING DOCK %%' � � �� .. _ " / � � LOADING DOCK , 120'-4" ,�i �� ✓��;� y / 120'-4" �� 120'-4" 'i� �, � i: f � � %. �j,l � � � � �// � - / , f � `� / � �j �; �� i'�; �� io; � �� '� � /. � l .: i �': � ;% � � � �, �� ' y '/�= i� f"j� ' �' '%� / � r � � � � ��'; ,�; f,,>' � �� LEVEL 2 � � � , `' LEVEL 2 � ��, LEVEL 2 114'-0" � � °�. 114'-0" � � � y�� , 114'-p�� f • I / _, � ; , � ; � �,; i'� �'i � , �� /' ,,, / �, �i'�� 'i ; f�; %f` /�% I / ,� ;: ; ;y ''; �;_ VERTICAL CIRCULATION /�y '% ;;� ,r' f' //, f, i � � , , �. � ; STAIR 4 � � . � / ;�: �'. , � , � � � � f I ,,� /,�; ��' � ; ,�,: �� , . : �' ;% � ;�% //; �f � � �% �� ,�� % � � � �. , ,. � � , ,,� . � I �,%, �� ,�__._ . - --�-.. . _ �. , � �. �� _ � , j r , -__. � � � � �r� - �, r� � � � �/ '; �� l; � �I `� ��'' � '� �� PLOTTED 7/15/2008 11:01:15 AM 1 : �' �� \ � - 6 �f ,� �i,/ �� 5.20 i /,,�; CHK'D BY Maggie Fitzgerald,AIA � � �; , �% , � .��? � � ✓".� I �O COPYRIGHT 2006 BY DAVIS PARTNERSHIP P.C.,ARCHITECTS I I I SHEET NUMBER: � �� STAI R 4 SECTION � STAI R 4 ECTION � STAI R 4 SECTI ON 3 1/4" = 1'-0" ( 2 1/4" = 1'-0° '\ � 1 1/4" = 1'-0" ■ �� I I I �� D.P.A. PROJECT # 06232.00 �23� � �4 2 24) 23 509 �24� GENERAL N�TES �� 3 3 � 1. ALL PIPING SHOULD BE RE5ILIENTLY ATTACHED TO 1'-0" 1'-0" �,_�„ 5.09 5.�B� 1�45 pg 21'- 10" 21'- 10" 1'-0" MECH. STRUCTURE AT EVERY POINT OF CONTACT. APPLY TO 9'-2" 9 T@ 11"=8'-3" 4'-5" � -� 9'-2" 9 T@ 11" =8'-3" 4'-5" EXHAUST 7'-4" 11 T@ 11" = 10'- 1" 4'-5" � MECH. BOTH PLASTIC AND IRON PIPE. SEE PLUMBING SPEC. MECH. _ EXHAUST 2. TO ISOLATE SOUND, EVERY ELEVATOR AND STAIR SHAFT � 3 3/4" 3'-4 1/2" EXHAUST °D : 3 3/4" 3'-4 1/2" DUCT _ 3 3/4" �3'-4 1/2" DUCT LOCATED ADJACENT TO A RESIDENTIAL UNIT 15 FURRED OUT ON THE UNIT SIDE.5EE WALL TYPES. M � � R� I DUCT c�'> � I R.p. I MECH. L° °, I R.O. MECH. 3. MECHANICAL, ELECTRICAL,&PLUMBING CHASES WITH � � � � U MECH. � � EXHAUST - ST SOUND ISSUES NEED TO BE LINED. ' ., - _ _ , . .. .. 4. „ , ,. . EXHAUST , . . . . . . ' DUCT DIMS. •- � „ __ .,,,,. , ,„ . . PENETRATIONS OF CRITICAL WALL AND FLOOR CEILING ,.. ,. ,,.. y. � � , . -�,., ��,. . > , ., .<., _ , . , �. ,;. , _. , . f �. i : <., � , _ >:; ,. . i - , ,,. : ., , ri i � i , :.�, , , ,. ;, , , ,.. . .; . ; , . . ..� . ,. .:.� - �. . . . ..,.... . . ,.._...,., ,�`_�. :.. .. .. ., ...... �.; r . ., . ... Y . .... r.. . . . ,..:�. . :� �. .,�.. .....; �.. , / ._�.:. ... �. , . .il�.. . .?::, . .;..,� . . . >,, „ f ,. , _ , . . ,! . /'; ., , : -.,: . , „ r'. • �. G,... . ./ . ✓, . - _/ : . ..... . . .. :...y ... ., .- .. C�;�..�.. ., ./�;��..,�, . . , . .. ...., . 1 . ;., .. . .,..... . ... .1>., , , . . �/ . . .... . .;�1 F�;.,/ l�..;'�� ';��'% ' r ,. . r.. .... . ... . ... ... ... >., ,- . . ..,, _ ..,...,�.. . . . .,.� ..,.. ,. . . .,... , � . , , . % J, _ . ,...,,. � ,/�. �: :..�.,�f .�......, . ....,�.<. .. , .. i . . ..�,.:. � � :.>:,�,. ... ,�;.�/. . l.r �-.i'.. .:...:; .. �....: . . .... . .•�,..., .%;.f ,,.. ./ . . ; , . . . , . ,._ �' � . . , . . . , -.. - ..... ,.. , .r' .. . .. � ., .,.z . ."; . .., , f.,� , ./,. . ,, < _ ,. . . .,: ., � / ,� , , � ,�.. , DIMS. � _ , . . , . _ i _ r �..,,,:. ,. <„ - / . . / .. �. , . . ; .. , ASSEMBLIES BYSTRUCTURAL MEMBERS DUCTS PIPES � . . : r y , , .,. � ,� . , // y ,, . ., r„�/. , � ,,; � _ D T DIM . ;. , ,. - �, . . , .,. /,,.�., .. / r , . �_/i� . .. , ; : , . ,., UC S .., , : /. ,_ _ .-. r .� � - r;, �° �, .,. , , , .. �, . . , ; . �. , . ,,, � : , .,,, x/,�.. i` ;./ � , . r. : . : ; ; , / ,Y . '�. - y�: ; } � . / _ . ;:.r ii�. � , , ,,... . �f , ,,. , . .. i. � i�,r � �., � ,i/ _ � .., � _ . ,, . < ; >.<:., % / ,,. , ,. . / i F� _ _ ;�' , � ' _ ; «� � " "`' y'�: CON�UIT ETC.ARE O BE SEALE�WITH A RESILIEN , ON 1 �� l.� f�� z �� 2 2 ; , „ �'` �j ��% � HARDENING GAULK.� ,� . �� ' '. � ., _ , �. , „ s . . : ' ._ ��- �.�_, , r; ' T N � ' ., 1'-0" 1'- 11" � � - ;,; � ; � 1 -0 1'- 11" ;� � � � 5. REFER TO VT SHEETS FOR FURTHER INFORMATION % - o � 5.09 5.09 _ p� r _ _ �� „lF� � _ �� ,' � : � i , �� p � REGARDING ELEVATORS. �� I � � � �> �. �� p� � + � ,% � / /� � 6. EXPOSED CONDUIT IS NOT ALLOWED. ALL WIRING AND � ` , 1 � ' CONCEALED AND FIRE-STOPPED TO MAINTAIN SCHEDULE � 'i% A13.04 � � � H � �: � ff,% /� � � � �� STAIRS � �� Q WALL RATING. OBTAIN STRUCTURAL ENGINEER � i r< �� cA � �� STAIR � � � _ ,,% .. � � APPROVAL PRIOR TO COOR DRILLING CONCRETE c� � _ ! 0O = ih STRUCTURE. % �" ' � , _ j i � , � \ � �%' � , - S5 � `;' y� S5 � � 2301 BLAKE ST., STE.#100 o� �;; � �� - �� ; �.; _ � � � - �% � oa �� - - - r DENVER, COLORADO 80205 ;�� /.. - � � � �� `� Q /� ��; � �, � 7 � „ �,; f� � M �� 303.861.8555 F.303.861.3027 �; STAIRS M _ _ 8 8 �. � o� .;,% ,<�'-6 1/2° "' o ,� ,� �� p7� ��;r�1'-6 1/2" � � � � , ��, �1'-6 1/2" °' - � �A5.09� ;;r , _ � 0225 MAIN STREET. UNIT C101 r A5.09 A5.09 �� 1'- 11" ,�� i� �� ,. 1'- 11" j; ' - � �-� '; 1'-0" �;% N � � � �� j � 1'-0" i�f N _ � �� \ 1'-0" c� ti � EDWARDS, COLORADO 81632 Q i �> � Q � \ �,�� ,-.: � � Q 970.926.8960 F.970.926.8961 � � � � � �� M� � �� I � � � � '� 5.09 '�,y I I �'�. 5.09 � ' � 5.09 � i;{� , ,, , ,. . . .. ,,, : , - . ,, , . . , , ,, , ,: . , , , ; . , ,. . , ,. . .,. , .,: . � ,: . , , , ., . . . ., <, . . ; ,� ... _ .. �. >.� � . , .,,:;; < . ,.,, . . _ . . . . , . . ,� . .,;, _. � , , � , . : . . . , y , . ,: . _ .� , / _, ,. . , , >.. __.. _ , . ,. ,., . , / . :, _ .� f., < < ,.,,. , , < .. .. /. _ _ . : ."> <, / ., s . ;<%. ', � , , r , f l: �: , < ,.. _ ;: . � „ . i`:,, r,. ,+ , , . , /_ , , �. ,.. /. i � �.. . �, ,. , . ✓ „ r i :f- ..: . �,�. .., .. �: <. ,. ,.:. ...... / _., r. �. .. r. .. _.� ,.,� � . , �., ��.� i. . . -.. . . ,.:�;.�... .., ,, . .�.� . .., .r ../� ,....��,'.. .,� ./,�.. �. � : .,_ . , .-,:.:. .,. 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EXHAUST �., � � , �. �.� /I �r i.�� , / � �; i � ��/ ;� CCD#25 22APR08 � . � : � �/ . i�=� �/; .�;I%i�/% , �i � /x � � �` �� %.. �,;,, ✓ � ` �" � DUCT ABOVE CCD#35 09JUN08 2 �� %� JOGS NORTH � �� ;i;'� � 1'-0" - 1'- 11" �'� � �� FINAL CONSTRUCTION DOCS 15JUL08 �c! f�/ ✓ ��J ir� ' � ' . �\ �l ~ � M � � ..� �� 6, /f, GATE DN 'f, � �' Q ;',; � �'j � � \ ; f %, X cn F� , ; � � , 23, 24) ' � � o '� : �_ o A� � � _ � li j ;;� , � � ' � 1'- 11„ � � � , `"' � 1 -0 ; � � �_ � j�q� 2 � - - � -- - - - - _ _ � � IVI .; � I - '' �. M cn �� LEVEL 4 5.09 '� "� 3 3 � �� - - �� i j� ,� ij; , y� �� i/' ` � � � ��.� i ;vi � � � � 1 �% � � ih "a� 138'-6 - ;�r _;%(� � �'j �% f/r /` ,y� i,,;�% F .;�✓, �i` �/f: ' / ,, 5.09 5A9 5.09 ;,�. ;�'-' � o N ii � I MECH. EXHAUST 1'-6 1/2" , � �i r � '�� - _. �:'� DUCT o /, s � �� 9T@11" =8'-3" �' 4'-5" 8,_3„ � �� ,, '� ; � MECH. EXHAUST - _ 23 24 ;; ' DUCT WIDTH � 0 .�' i SLAB EDGE IN � ' ' '"" � LINE W/SHAFT �. � �� /�:� - LINER AND DUCT �� 4 I � ' ' - 5.09 , ., �� 1 1/2"CONC. ON METAL ,�: � � � � PA�,TYP. ' ��. � � % � �� S TA I R 5 - L E V E L 2 � _ ,;, �, � �� '�,�� \� 1/4" = 1'-0�� ,,.�;; � 'i , o LEVEL 8 \ ,��; ` ;J %�� 184'-6" ' �` � LEVEL 3 �` �,' _ ,2��-o�� ,: 23 241 �'- � : ; �:ir: !i M ` \ 3 1 � j/ � '''' ��. � r ,. :. %. ��. .: _ -' 5.09 �5.09 . . - /. co _ , -. . OPENING IN CONCRETE ��:� � '✓j'/ 1 1/2" DIA. PIPE HANDRAIL - =�' � � 1'-0" 4'-7" 14 T@ 11"= 12'- 10" 4'-5" 1'-0" PRECAST FOR AIR f; ��: WELDED TO GUARD ,TYP, ��'` � � � PRESURATION DUCT, �:� %1�:�. PAINT ,;,1 � - CONC. FILLED METAL PAN STAIRS CONFIRM DUCT SIZE �% � �� 1" 3'-4 1/2" '�' f'`- ir> o W/STEEL CHANNEL STRINGER, � 1 1/2"CONC. ON WITH MECH. j 1 1/2" DIA. PIPE RAIL AT TOP - � R.O. � ENGWEERING. SIZE ��`. OF GUARD W 1" DIA. PIPE ;; o � _' �� METAL PAN,TYP. OPENING 4 INCHES ;�y �:� INFILL AND 1 1/2" BALISTRAD, � � ' � � � �' �' M � LARGER IN HEIGHT AND ,/' �.., TYP, PAINT 10 T @ 11" -9'-2" 4'-5" 'i;r� ��'� � �� ,i��; �� '�/�r�� : '� �` �'%i�✓� i. �%�'� �� U WIDTH THAN DUCT SIZE. �� . � �� y � .f�, /i y�� / 1'- 11' �J. _ � � , fj/: GATE ;'. � ~ ; ; - H 1 � � ; �f� �" - ��/ i {, ' � ✓ 1'-0" �,' i� / i �; / �� /�,^ � �. � � w ^ ' � ;, � Q > � � , , . , ,, , , � ��'� � j � � � � ! STAIRS � � _ � w �` , ,�: S5 � ��:'�?` �n ��i � LEVEL2 � � �. - - C� ��/ ' � -- � � � � �` ;' .: � ��. �i`= _ 114'-0" � �� ' _ � �/ ,/, � 7 ' / �: M � � � � 1 1/2"CONC. ON ;! � " � A5.09 �� UP ,�' - _ � � %rj o METAL PAN, TYP. ° , � � � / �i 1'- 11" � `� � � r%:° ✓;� � ,%; I' : �' �;' 1'-0" �; � / I 'v Q �\ � O � �,.�.� , � � � M , � �. ' "' � � � � � 1 1/2"CONC. ON METAL " ' t� �� CONC. FILLED METAL r � � � � � �� ,: �� • PAN, TYP. � � � � �� -� � PAN STAIRS W/STEEL y; „_ , „ �� ,% :' ,i'� : ��% � 5.09 � �� ,.,� 9T 11 -8 -3 4�_5�� `✓. �' i �: . �i'. . ' � � CHANNEL STRINGER @ � _ o �r ; � / j =: �'/,/%` � .i� r� %, y/j�'�, /. � �,�.. i �,�i . _ � � �; j;; <", � . � f � �✓i` �. . -. / .!�� 'l/'' " : / '. y �,,:>� � � � , / � i �, 6 � � .-� � CONC. FILLED METAL PAN j; � � _. . . '�� MECH DUCT ABOVE � � /` .. ' . : � � f �; STAIRS W/STEEL CHANNEL ��. � , , �� _ o � ,- '�� STRINGER � � 14T@11"= 12'- 10" -5 � -�/� _ o � � � � W � �!'% /%=; i � _' � ��-o° � 5 w / '� � � 4'-7" 1 1/2" DIA. METAL PIPE � 1 1/2" DIA. METAL PIPE RAIL G J � �� j�/. � s zs� ,�/ - ''/ � � HANDRAIL ON BRACKETS AT TOP OF GUARD W 1" DIA. O 1 1/2" DIA . PIPE :�., `'' ° '�%�%= ,' � � � � � MOUNTED TO WALL , PIPE INFILL AND 1 1/2" 4 � O O � � �:� : HANDRAIL WELDED �:,�.�� \ � � `,�� TO GUARD ,TYP, -� LEVEL 6 1 1/2" DIA. PIPE HANDRAIL ,' � � �,, ; �� TYP, PAINT BALISTRAD,TYP, PAINT 5.09 � � � � ;' � PAINT � � � 161'-6" ON BRACKETS MOUNTED TO < � � �� /� ^ , ,r -� " ; � WALL , TYP, PAINT �y� � � `��'� � Q ^ LL �, ' � T � STAI R 5 - LEVEL 1 w =� u� _ � � 1 1/2" DIA. PIPE RAIL AT � °'; �� ` � � � � 2 � Q TOP OF GUARD W 1" ' ,: i � ��" ` ��/�� 4" _ �'-�" � �/ DIA. PIPE INFILL AND 1 � I.J� ': , CJ /�' � /i"' �� "� > 1/2" BALISTRAD,TYP, � .� i i o C° ��: � � �� i; � �; _ �%. � ,, LEVEL 1 � , � PAINT �/� X' \\ \ /f 100'-0" J � � � % % ,/ 1 1/2" DIA . PIPE ,�. / %� � ." ,, � ��; 2JJ 24 � HANDRAIL ON BRACKETS � 9 T 11"=8'-3" 4'-5" ;i�; �/� �; � MOUNTED TO WALL, ' _ '� ' _ � fi.'' ;' ! o0 r � � j � 1'-0�� _�� TYP, PAINT %/� � !� �, ;��' � �, � . F/,y � � ' �� u ��. , n 21'- 10,� � , , ; . y/�� ; .�" � �`_ 1 1/2"CONC. ON METAL ,� ' %/ a , �� j � PAN,TYP. �-.� � � � . � w � M o I I .'�, "' � .�,. 5 ��/ � N _� � � 12T@11"= 11'-0" 4'-5" ' � � i� �� 150��0' � �° � i,,; •:� � �� ,��,� ;/ ��,� � ��;r i y,� � � ��`. � , � � � �;< '�� M i�j� �� ? !; � �� /` ✓f�// x�/L i� �i ��,': /,� i��// .,j� , r ' � � o� I�; ;// /, �. ✓ , _, � � :: � � , , -- --- -� ,r. ��:�f� �; i / i•i � � ��/�` � �j��% I i I I � I � I I �,. : , �-- � � / '� II j;!•> // '` ��- �jF�. I I I I I I I I I I I I I I I I �' `�� _ � I 1 � �? � - ��r � �ti'�: I I I I I I I I I I I I I I I � ; _ � � L � ✓�' % i I I I I I I I I I I I I I I I I r ' " ti �� ; 9 T@ 11" =8'-3" 4'-5" '!%� a �, / �i� co $TI�1�R$ i i i i i i i i i i i i i i i i j � � �u � � , � i i i i i i i i i i i i i i i i i � � %' �� ° � ' - �'�� " � ��` s� '� � '� '� '� � '� '� '� � '� '� '� � '� � '%'�� VE RT I CAL C I RC U LAT I O N �"� �� ., � �,° � .,<� rn _ � i i i i i i i i i i i i i i i i ; � �i��.� - f ��' �' �� .G: w � � '�� ------------------------- ----�� . .-,-, ..: � - ---- - - ---- - - --- -�_ I ,� ` � � ' � � � ' `� � � ' � �� STAIR5 / BOWLING ;� i `�� /� � GARAGE LEVEL � '�� i �i �i �� ; ;- � �; . .�: � 86'-61/2�� , %f, I � � � ,�� , � ALLEY KITCHEN � �,�, f:i✓ � r w� A5.� '%r,;" UP � i i � o EXHAUST .,y,. � � � 'y. 1'- 11" i li i � "v � ��.� y � � � �� I � �� / . y � �t r ,� � _ i jj� I I I / (n �� (`') W �� a' �z 1 ri.t"� J� _J� .*�'� -_ .`�y __ _ � _��%��` h-�_r �S � � -_--_-_--J ! 'F . ._ � ,, �»?�_�� ?��°�� '> - ,;� p _,/ '. .-,_ _ ;��,�.� , s�-��.� .�. o.� � �u�_, �b��..�,,��_ ._r ,� i�/� i.7a .:��. l /i/;,�ii "^%� f,�/ /:�� •� ,%f.;� ,% �, a� �C''� � a� �� j;'; � r i ., �i�,' �.,/,� ; � LEVEL 4 � i% � ` �l ,��%, � ;j �;� �,.:� �,��! ✓�r j', ;��. � , � � � _ �� a ,� � . a a � , � � _ _ � a � � �. � % 138'-6" ° � °� ° a o EC 8L�EVE�L _ a � � � � aa aa M � -� �% � a a �� a a a _ � �i� ,�t� � _ 0 3 3/4" 3'-4 1/2" 2'-8 3/4" � � I R.O. PLOTTED 7/15/2008 11:01:36 AM I I I NOTE: SIZE PRESSURIZATION FAN OPENING IN CONCRETE PRECAST WALL TO BE 4"LARGER IN BOTH DIRECTIONS THAN THE MECHANICAL DUCT DIMENSION AS NOTED ON CHK'D BY Maggie Fitzgerald,AIA THE MECHANICAL PLANS. LOCATE THE TOP AND SIDE FOR �OCOPYRIGHT 2006 BY DAVIS PARTNERSHIP P.C.,ARCHITECTS THE OPENING PER ARCHITECTURAL DRAWINGS. GENERAL CONTRACTOR TO COORDINATE THE ACTUAL GRILL SETTING SHEET NUMBER: WITH THE PRECAST CONTRACTOR. $ STAI R 5-SECTION-LEVEL 4- LEVEL 7 7 STAI R 5-SECTION- GARAGE - LEVEL 4 �� STAI R 5 - GARAGE LEVEL . f 1/4" = 1'-0" �, 1/4" = 1'-0" 1/4" = 1'-0" D.P.A. PROJECT # 06232.00 M ( L> � M ) GENERAL N�TES Y � 2 $ 2 1. ALL PIPING SHOULD BE RE5ILIENTLY ATTACHED TO 2 8 i SHEET METAL I I STRUCTURE AT EVERY POINT OF CONTACT. APPLY TO / � ' —� ' , 5.0 A5.09 5.09 BOTH PLASTIC AND IRON PIPE. SEE PLUMBING SPEC. 5.09 �5.09 5.09 � 2. TO ISOLATE SOUND, EVERY ELEVATOR AND STAIR SHAFT 3"SANDSTONE CAP � I � i LOCATED ADJACENT TO A RESIDENTIAL UNIT 15 FURRED EXHAUST FAN - - I / � 198�_2�� OUT ON THE UNIT SIDE.5EE WALL TYPES. � 3. MECHANICAL, ELECTRICAL,&PLUMBING CHASES WITH � 197'- 11" ` I . CONC. COMPOSITE SLAB SOUND ISSUES NEED TO BE LINED. �j 4. PENETRATIONS OF CRITICAL WALL AND FLOOR CEILING ,� TOP OF STUD I� I 1 � ROOF CRICKET � ASSEMBLIES BYSTRUCTURAL MEMBERS, DUCTS, PIPES, � � ' / LEVEL 9 1 ; 3 3 � LEVEL 9 �r�I"'��t t� 2"CONC.TOPPING SLAB � — I LEVEL 9 196'-0" 196'-0" HARDENING CAURK TO BE SEALE�WITH A RESILIENT, NON � � WITH HEAT TUBES � 5.09�/ �5.09 �5.09 5. REFER TO VT SHEETS FOR FURTHER INFORMATION 196'-� 2 8 2 (24 23) REGARDING ELEVATORS. ROOF DRAIN 5,09� A5. 5.09 � 6. EXPOSED CONDUIT IS NOT ALLOWED. ALL WIRING AND 4 � � . 192�_9�� CONCEALED AND FIRE-STOPPED TO MAINTAIN SCHEDULE 193'-2" � - � 5.09 - WALL RATING. OBTAIN STRUCTURAL ENGINEER . 192'-9" � � L APPROVAL PRIOR TO COOR DRILLING CONCRETE i TOP OF SLAB I � STRUCTURE. i BOTTOM OF DECK ' T— I I 2301 BLAKE ST., STE.#100 9'-0"SLAB DENVER, COLORADO 80205 � STEEL STRUCTURE 190'-0 3/4" 303.861.8555 F.303.861.3027 TOP OF PRECAST �; II I I 6 METAL STUD FRAMING I I 0225 MAIN STREET. UNIT C101 EDWARDS, COLORADO 81632 EXTERIOR WALL � �;� 970.926.8960 F.970.926.8961 TYPE:W3-B 4,, �" I I I I �� MECH EXHAUST DUCT � LEVEL 8 LEVEL 8 � �,�� LEVEL 8 � LEVEL 8 � � , � 184'-6" _ 184'-6" �� %'� 184'-6" 184'-6" _' ° ' ZINC ROOFING � — ,` L� � — .� � — i� I � � �; DUCT LINER PARTITION % � % ;./: j � TYPE: P-19 ,� I % _ �_ � , � � - � . , , GENERAL NOTES z � 4.01 H � 4 1. ALL PIPING SHOULD BE RESILIENTLYATTACHED TO � 5.09 5.09A STRUCTURE AT EVERY POINT OF CONTACT. APPLY TO M � � J ) /�� A � BOTH PLASTIC AND IRON PIPE. SEE PLUMBING SPEC. 1 � ��♦� 2. TO ISOLATE 50UND, EVERY ELEVATOR AND STAIR SHAFT 4 SHEET METAL LOCATE�A�JACENT TO A RESI�ENTIAL UNIT 15 FURRE� I 5.096 OUT ON THE UNIT SIDE.SEE WALL TYPES. / 3. MECHANICAL, ELECTRICAL,&PLUMBING CHASES WITH . PRESSURIZATION INTAKE FAN 3" SANDSTONE CAP SOUND ISSUES NEED TO BE LINED. / i 4. PENETRATIONS OF CRITICAL WALL AND FLOOR CEILING 2 $ I 2 I I � 3 3 � / ASSEMBLIES BYSTRUCTURAL MEMBERS, DUCTS, PIPES, � � �*�+ }�+ 5.09 5.0 .09 � ROOF I 5.09 5.09 � � � �I � � � � CONDUIT, ETC.ARE TO BE SEALED WITH A RESILIENT, NON � � �1 4�� l.�] FAN � � � HARDENING CAULK. UNIT �� EXTERIOR WAL TYPE: W3-B 5. REFER TO VT SHEETS FOR FURTHER INFORMATION EXHAUST FAN � � REGARDING ELEVATORS. LEVEL 9 � LEVEL 9 � 6. EXPOSED CONDUIT IS NOT ALLOWED. ALL WIRING AND I t 196'-0° � � � � 196'-0" � CONCEALED AND FIRE-STOPPED TO MAINTAIN SCHEDULE 5" CONC. � WALL RATING. OBTAIN STRUCTURAL ENGINEER I I COMPOSITE ' I APPROVAL PRIOR TO COOR DRILLING CONCRETE SLAB • �`'� � � � 2" CONC. TOPPING WOT STRUCTURE. HEAT TUBES 2301 BLAKE ST., STE. #100 I I I DENVER, COLORADO 80205 ' \' 303.861.8555 F.303.861.3027 I I � 6° METAL STUD � � � �� _ � • • 0225 MAIN STREET . UNIT C101 I I EDWARDS, COLORADO 81632 10'- 0" SLAB ZINC ROOFING 970.926.8960 F.970.926.8961 190'-0 3/4" � � _ ,_ � I . TOP OF PRECAST DUCT � > � � � � _ � �� I � � � � i � � � � .�.�. . �.�.�. � �� , � � � � �� MECH DUCT LOUVER � � � � �� ,: � �� 3'- 10" <,�'� � �� _ ° LEVEL 8 % y '� � LEVEL 8 � — - �� i - 184' 6" ` � � 184 6 � i y� � ZINC ROOF ' PRESSURIZATION � � �,� FAN LOUVER �� .. � � — ' _� � CONCRETE PRECAST PANEL ,�j / �'%�'� � � DUCT LINER PARTITION TYPE: P19 I �,'"��'� STAIRS � � �; ��s�- �� I I I ' �� / �� S5 �% ToP oF PRECasT CORRIDOR STORAGE ;�, - -� 72$ 725 `,` � a, �r� 1936 MONTAUK HIGHWAY I � _ `�� BRIDGEHAMPTON, NY 11932 / ��'�; 631.537.3555 F.631.537.0558 �; �;,\\ ;r I I I I /'�� 210 Edwards Village Blvd., Suite D-207, PO Box 878 ;; \ f Edwards, CO 81632 � �� LEVEL 7 970.926.4151 LEVEL 7 � ��; , , 173'-0" � ,l � 173'-0" � ISSUE/REVISION DATE NO. I I ' /' '� � / .. � � OWNER REVIEW 16APR08 / %;� :� � ,�; �� CONSTRUCTION DOCUMENTS 8AUG08 �� REVISIONS I I I I � / / � !�, DESCRIPTION DATE NO. l �. STAIRS CORRIDOR UNIT CORRIDOR S5 628 605 I ' �j 628 0 0 0 � / ,! _ , i i � i �; � � , � l \ �� I ;�' � ` � /,! , �'. LEVEL 6 � � . LEVEL 6 � ; 161'-6' � ; °� ° � � 161'-6" � I I %� � � �,.�: / ,; , % `�. ;; �%% `;< f'� ; � I I I I �� ;��j �f ' � � � y° � '��' ' \\� �' STAIRS CORRIDOR UNIT I � � , ,� � UNIT `, S5 538 505 �'� , ' 5 6�- � � _ �% ,�; �� i/ ,��, � � ,,�� '� �,� � ; � �' � '� i< LEVEL 5 \ ��'� , \ ' LEVEL 5 � _ ' � 150'-0" � � �; � ` �� °� � 150'-0" ' ! �: � � /�; �� ,� I I I I �i'; � � �. � , �:,'; ;�% :y��: �� ,' �' � STAIRS UNIT I �' CORRIDOR ! � \ �� S5 � 431 I I406 ;�,; ,' ,.//� UNIT � 0 � ,i� 407 � � _ ,: I %`�;: �� '',X, � , �, U I� ;f I I I I �� ' � � J �;�/�".� `, � , � LEVEL 4 � ' LEVEL 4 _ i i 138'-6" � �� `� 138'-6" � w � yr �1.� '� .� � � � - � '�J V' � I � � z � 0 � � Cn � o p — Oo � � o ��, STAIR 5 SECTION - PRESSURIZATION DUCT �-� STAIR 5 SECTION - EXHAUST DUCT � ~ � � Q Q � � � 3 , 1/4" = 1'-0" ( 5 /A5.09 ) � / 1/4" = 1'-0" ( 5 /A5.09 ) � W � W _� � � � '� 4 O o 0 5.09 �� 5.09 � � � � � � Q � � 4 ' t ' J I � 3" SANDSTONE CAP � 5.09 W � 5.09 � � � � � � � (24) � Q � SHEET METAL � 4'- 1 1/2" 6'-8 1/4" � EXTERIOR WAL TYPE: W3-B 3'-9 5/8" 6'-4 3/8" PLAN CUT THROUGH O � LEVEL 9 ROOF CRICKET / SLOPED ROOF � EXHAUST FAN 196'-� I I 6" METAL STUD � _ _ _ _ _ _ � SLAB OPENING � � - 5° CONC. COMPOSITE SLAB � 2" CONC. TOPPING WITH � � 4'-2" r� - °�° � � HEAT TUBES � � � r� EXHAUST UNIT � � � -� o� �a o o �� o o� - � J R2'- 1" N � � 5 09 I � � L N I / I SHEET METAL I � N i _ _ STAI R 5 WALL TYPE: P19 � � o °�° i i � i , � PRESSURIZATION � \ NPERVORB ALL i N i � �, SHAFT - VENTILATION CONC. PRECAST PANEL � � ZINC ROOFING ZINC ROOFING BELOW � _ _ _ _ _ S HAFT �� 6" 2'- 11 3/4" 2'-2 1/2" 3'- 11 3/4" 6" `V �� I ' � �":y l� 9�_2�� '�'�'�� PLOTTED 10/30/2008 1:25:58 PM I CHK'D BY Maggie Fitzgerald, AIA OO COPYRIGHT2006 BY DAVIS PARTNERSHIP P.C.,ARCHITECTS SHEET NUMBER: I �4 DETAIL � STAIR 5 - LEVEL 8 - EXHAUST PLATFORM • �, 1/2' = 1'-0' , 1/4" = 1'-0" F I N A L C D I S S U E-8 A U G 0 8 D.P.A. P R O J E C T # 0 6 2 3 2.0 0 3 �� 7 3 ' �� GENERAL N�TES �� 5.10 A5.10 ,� 5.10 5.10i c ±� + 9 -6 1. ALL PIPING SHOULD BE RE5ILIENTLY ATTACHED TO 3'-4 3/4" 1'- 1" 6 5/8" � STRUCTURE AT EVERY POINT OF CONTACT. APPLY TO 3'-4 3/4" BOTH PLASTIC AND IRON PIPE. SEE PLUMBING SPEC. R.O. 2. TO ISOLATE SOUND, EVERY ELEVATOR AND STAIR SHAFT R.O. LOCATED ADJACENT TO A RESIDENTIAL UNIT 15 FURRED ' � OUT ON THE UNIT SIDE.5EE WALL TYPES. S �,�, 3. MECHANICAL, ELECTRICAL,&PLUMBING CHASES WITH � SOUND ISSUES NEED TO BE LINED. PRESSURIZATION � 4. PENETRATIONS OF CRITICAL WALL AND FLOOR CEILING FAN PLATFORM �n ASSEMBLIES BY STRUCTURAL MEMBERS, DUCTS, PIPES, � � �r�� ABOVE 4 j � CON�UIT, ETC.ARE TO BE SEALE�WITH A RESILIENT, NON � � I � HARDENING GAULK. j I � A�5.10 � � STAIRS _ 5. REFER TO VT SHEETS FOR FURTHER INFORMATION _ J � S6 °�M° REGARDING ELEVATORS. �,.� 6. EXPOSED CONDUIT IS NOT ALLOWED. ALL WIRING AND i� � CONCEALED AND FIRE-STOPPED TO MAINTAIN SCHEDULE o DN o � WALL RATING. OBTAIN STRUCTURAL ENGINEER � � I T APPROVAL PRIOR TO COOR DRILLING CONCRETE STRUCTURE. � = 2301 BLAKE ST., STE.#100 `'? � DENVER, COLORADO 80205 0o pN - bo 303.861.8555 F.303.861.3027 n � - UP `� 0225 MAIN STREET. UNIT C101 � � ti EDWARDS, COLORADO 81632 F- L� N � 970.926.8960 F.970.926.8961 rn � � u I I o �, � � _� o -- CV � � V � �S � ` - � �� , � T T , � , , i � � �i � � - I — � I � � _� BARN E Y I I M 4'-2" 1'- 1' 4'-2" I 4 I STAIR WIDTH STAIR WIDTH , 5.10 � � � AR HITE T I 4._�„ 4" 4,_�.. I STAIR IDTH STAIR WIDTH 1936 MONTAUK HIGHWAY 7 3/4" � 8'- 10 1/4" BRIDGEHAMPTON, NY 11932 631.537.3555 F.631.537.0558 210 Edwards Village Blvd., Suite D-207, PO Box 878 Edwards, CO 81632 970.926.4151 �-� STAI R 6 - LEVEL 6 STAI R 6-LEVEL 3 ISSUE/REVISION DATE No. � \ j\ �� 4�� -�� 4�� _ ��-�� OWNER REVIEW 16APR08 � � � � M CCD#25 22APR08 LEVEL 6 �� , CCD#35 09JUN08 2 � � 161'-6" �� 3 7 �. { � �� FINAL CONSTRUCTION DOCS 15JUL08 � � � 5.10 A5.10 5.10/ � _ in u g�-6° 9�_6�� 4 I 5 5/8" � 3'-4 3/4" 3'-4 3/4" ° R.O. � ' R.O. � � � � � � . � � — — -; — — — S - — -- � �S 4'-2" �9T@ 11" =8'-3" � � � � � �� u 4 � GYP. BOARD CEILING � 5.10, _ � 1 1/2"CONC. ON V I STAIRS M ON METAL STUD W METAL PAN, TYP. II I S6 `" FRAMING I ° - ' 11 _ � 0 ; LEVEL 5 � UP , - ` � - 150'-0" � M 'a, ° I � � � CONC. FILLED METAL � UP _ � � � bo PAN STAIRS W/STEEL "co � �'' CHANNEL STRINGER, °' - - a- - 1 1/2" DIA. PIPE HANDRAIL I p� �r � o ANCHORED TO WALL, TYP, � _ � � PAINT � � . , _. . � �., ° 1 1/2" DIA. METAL PIPE � �� HANDRAIL ON BRACKETS ,\\ - � � 4'-5" 9T@11"=8'-3" °,' � �� MOUNTEDTOWALL , � � TYP, PAINT � � � � � _ � 1 1/2" DIA. METAL PIPE RAIL 1/2"CONC. ON METAL � � AT TOP OF GUARD W 1" DIA. I � w� PAN, RE: STRUCT. � PIPE INFILL AND 1 1/2" � o i BALISTRAD, TYP, PAINT � � LEVEL 4 ' � � � o � � 138'-6" � I � CONC. FILLED METAL =' - � � I T � \ � �� PAN STAIRS W/STEEL � � °,' � I � � " � �� CHANNEL STRINGER, � - � � � ' , � - � � u � I � � � I � � � ih ih 1 1/2"CONC. ON W — - METAL PAN,TYP. � � 4�� ( , _-. , � 4" i 4'-7" 4'-7" � •� �— a� � I 4'-7" 4'-7" � STAIR WIDTH STAIR WIDTH J W \ 7 3/4" � 8'- 10 1/4I" .� � 4'-5" 9 T@ 11" =8'-3" � STAIR WIDTH STAIR WIDTH u I �� 7 3/4" 8'- 10 1/4' � � � � 1 1/2" DIA. PIPE RAIL AT � w� � � w TOP OF GUARD W 1" DIA. � � � PIPE INFILL AND 1 1/2" � ' � z BALISTRAD, TYP, PA�NT ' �27ELO ; �� STAI R 6 - LEVEL 5 �,, STAI R 6-LEVEL 2 � � � � � � � � ° � 5 1/4" = 1'-0° �2 1/4" = 1'-0" _ �/ � �� p O � — O�� i � 1 1/2" DIA. PIPE S S / � � Q � � HANDRAIL ON BRACKETS � � � 3 �� 7 � � MOUNTED TO WALL , \ W o � � � TYP, PAINT � � 5.10 5.10 � � � � ' � w W � 9'-6" � 5.10 � � , � = � _I � \� �� 6 5/8" � r��i 9'-6" � � � 4'-5" 11T@11"= 10'- 1"\ oo � 3'-43/4" _ � ti , � o R.o. - � ,� _ � C� � , , � _ (� � S - � � � � �� _� � Q J � W — I ° M o STAI RS � � � 4 � � ' - Q � \ � � g6 M � � s.�o TAIRS � � � d"' � LEVEL 2 � I _ � , 114'-0" M S 6 °° ' r 1 1/2" DIA. PIPE - - M M co J M _ OHANDRAIL WELDED TO S `Y' 00 °° I � GUARD ,TYP, PAINT �� o _ � �^ � ' ° VJ � -� � � ~ — � ---------��ji UP� - � � � I , r---------i+�u / - ao I ��II�� o0 (� � �1 I�II �j W � I II��II � N - � � I----------II�III � � I IT�V � - I I II . a � � � � �� 0 ,----------�t,u � V - c+> I � i�llll � � �' � O � r---------I�II II �� — � _ T : i� � �M � �� ---------��I�I� �ll _ � --- �� O � III �� -� � � �- � ----------I��II ----------111 r . � �H II � � � �I �---------It�ll �II� — -------�111 IIII � 4'-5" 11 T @ 11"= 10'- 1"�� °' � �r=--------��ii�i ��i- -------�ii�i � w � i 'iiiu iuii � �---------��II� IF+�— -------�11 � � II��II �IIII I i �I� � � _ -------��— �— ----- _ � � LEVEL 1 � � � � � � T � , �oo�-� _ � �� _� o - ,� � � �� VERTICAL CIRCULATION �, � � � � �- STAI R 6 � i � �� , � � � I � � � 4'-7"-4�� 4,_7.� I STAIR WIDTH STAIR WIDTH � � �� 7 3/4" 8'- 10 1/4" 4'-7" 4'-7" PLOTTED 7/15/2008 11:02:17 AM I STAIR WIDTH STAIR WIDTH CHK'D BY Maggie Fitzgerald,AIA 8'- 10 1/4�� O COPYRIGHT 2006 BY DAVIS PARTNERSHIP P.C.,ARCHITECTS 7 3/4" SHEET NUMBER: 7�1 STAI R 6-SECTION �4� STAI R 6-LEVEL 4 ,�� STAI R 6- LEVEL 1 . � 1/4" = 1'-0° ( 1 /A5.10 ) � 1/4" = 1'-0" � 1/4" = 1'-0° D.P.A. PROJECT # 06232.00 GENERAL N�TES 1. ALL PIPING SHOULD BE RE5ILIENTLY ATTACHED TO STRUCTURE AT EVERY POINT OF CONTACT. APPLY TO BOTH PLASTIC AND IRON PIPE. SEE PLUMBING SPEC. 2. TO ISOLATE SOUND, EVERY ELEVATOR AND STAIR SHAFT LOCATED ADJACENT TO A RESIDENTIAL UNIT 15 FURRED OUT ON THE UNIT SIDE.5EE WALL TYPES. 3. MECHANICAL, ELECTRICAL,&PLUMBING CHASES WITH � SOUND ISSUES NEED TO BE LINED. 4. PENETRATIONS OF CRITICAL WALL AND FLOOR CEILING ASSEMBLIES BY STRUCTURAL MEMBERS, DUCTS, PIPES, � � �r�� CON�UIT, ETC.ARE TO BE SEALE�WITH A RESILIENT, NON � � I HARDENING CAULK. 5. REFER TO VT SHEETS FOR FURTHER INFORMATION REGARDING ELEVATORS. 6. EXPOSED CONDUIT IS NOT ALLOWED. ALL WIRING AND CONCEALED AND FIRE-STOPPED TO MAINTAIN SCHEDULE WALL RATING. OBTAIN STRUCTURAL ENGINEER APPROVAL PRIOR TO COOR DRILLING CONCRETE STRUCTURE. 2301 BLAKE ST., STE.#100 DENVER, COLORADO 80205 303.861.8555 F.303.861.3027 0225 MAIN STREET. UNIT C101 EDWARDS, COLORADO 81632 970.926.8960 F.970.926.8961 BA R N E Y AR HITE T 1936 MONTAUK HIGHWAY BRIDGEHAMPTON, NY 11932 631.537.3555 F.631.537.0558 210 Edwards Village Blvd., Suite D-207, PO Box 878 Edwards, CO 81632 970.926.4151 ISSUE/REVISION DATE NO. OWNER REVIEW 16APR08 � CCD#25 22APR08 3�� CCD#35 09JUN08 2 5.10� FINAL CONSTRUCTION DOCS 15JUL08 3 7 �4 � 5.10 5.10 �� 5.10 �+� STANDING SEAM METAL ROOF CRICKET � � / / SANDSTONE CHIMNEY COVER � / SANDSTONE CAP, RE:Al2.30 � 4� � ROOF TOP MECHANICAL �- — �- - �-- - ' l� � INTAKE DOME, RE: MECH. ' — -( - - �- ) -, SANDSTONE CAP, RE:Al2.30 �- �- '.:-• -,,,,;.�,` -.-,;- .�:,.;,:•',=',-�-,:,,�,_ I , _ ,., ,,.�,' _. " . _ „ , , , ,-,•�.-,,,-; ,- -- �� ,-;,_, , .-, .,-� _ \ LEVEL 8 COLUMN, RE:Al2.30 — = LEVEL 8 �� o o / _ 4 184'-6" COLUMN, RE:Al2.30 � � � 184'-6" ti �, A 5.�1� � \ / ZINC CHIMNEY COVER, � � i RE:Al2.30 ROOF TOP MECHANICAL ZWC CHIMNEY COVER, RE:Al2.30 = '- � - - FAN UNIT BELOW INTAKE DOME, RE: MECH. ; — � - - � i181'-6" � � COLUMN BELOW EXTERIOR WALL TYPE:W3-B I � ROOF CRICKET 6'-0" ZINC ROOF / � EXTERIOR WALL TYPE:W3-B — - � - - - ROOF TYPE: R1 , I METAL GRATE WITH 3'I 6" 3'-6" _ SUPPORT BRACKETS / � METAL GRATE WITH 1'-8 3/8" 5'-3 5/8" � � SUPPORT BRACKETS FAN �,_�" UNIT � � I UNIT � / / ROOF TYPE: R1 � � � � I I � � � � �� m � � � � � � � °� U o , , , , � � , � , , � � , � � � w � � LEVEL 6 � > � � � 161'-� LEVEL 6 161'-6" � � � ] � �� STAIR6 - CHIMNEYTOP PLAN � � z � � � J 1/4" = 1'-0" ( 1 /A2.37 ) � � � � O — o � � � oo � , � � o Q �- , Q Q � � � - � W Q W y � ��, h � 4 3�� _I � , i � 0 � � � 5.10 � � � LEVEL 5 � � � � � � ZINC CHIMNEY COVER ABOVE . , � 150'�-0" � LEV_EL 5 � I � % i 150'-0" 1'-2 3/8" 4'-9 5/8" OPENING IN METAL GRATE PER � J � � � MECHANICAL � � r � � � FAN UNIT ABOVE � � j _ �`� � - - - - - �- �-� � � ,, _. (S � i �S� J ,' � � � � � - � � O � � � i i� < i 4 C� , -�- - � o � I � � � 5.1� � I � �� - I--- � � � I � I I - 4'-0"x4'-0"METAL GRATE WITH � I ` � � METAL BRACKET SUPPORT AT � � 2 WALLS � �� - - - - - � � LEVEL 4 �� EXTERIOR WALL TYPE:W3-B 138'-6" LEVEL 4 , ` 138'-6" . � -- � � - ' I I � NOTE: RE:Al2.30 FOR TYPICAL CHIMNEY DETAILS STAI R 6 M ECHAN I CAL , LOFT PLOTTED 7/15/2008 11:02:28 AM CHK'D BY Maggie Fitzgerald,AIA � S TA I R 6 - S E C T I O N 1 S TA I R 6 - L E V E L 7 M E C H L O F T P LA N A B O V E R O O F �O COPYRIGHT 2006 BY DAVIS PARTNERSHIP P C,ARCHITECTS � STAI R 6 - SECTION 2 � � �� 4 1/4" = 1'-0" ( 4 /A5.10 ) � 3 1/4" = 1'-0° ( 3 /A5.10 ) � � 1/4" = 1'-0" SHEET NUMBER: �� ■ D.P.A. PROJECT # 06232.00 APPENDIX C SMOKE CONTROL SEQUENCE OF OPERATIONS Smoke Control System Operational Matrix Revision 2 Smoke Control Fans and Dampers Fire Alarm Device Addres �� c�• �• a c�• c�� • c�� r• c�• �• c�• c�• �• �� c�• a c�• �• Mechanical Equipment Description L L L L L L � Q Q Q Q Q Q � � � � � � � � > > � 0 � � � 0 T T Q Q Q Q Q Q � � Fire Alarm � � N O M O � O � O � O � � � N � � � c� c� �r �n co 'o 'o � Device ii � �i � ii � �i � �i � ii � ' 2 ii 2 � � �i Level Address Fire Alarm Device Description c�n � v�i � ai � c�n � v�i � c�n � w w w w Q w W ? Heat Detector at Stair S1 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Heat Detector at Stair S2 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Heat Detector at Stair S3 located in Corridor G041 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Heat Detector at Stair S3 in Entryway from Garage orv oP orv oP orv oP orv oP orv oP orv oP orv c� orv c� oF oF oF Garage Level ? Heat Detector at Stair S4 located in Corridor G041 oN oP oN oP oN oP oN oP oN oP oN oP oN c� oN c� oF oF oF ? Heat Detector at Stair S4 in Entryway from Garage orv oP orv oP orv oP orv oP orv oP orv oP orv c� orv c� oF oF oF ? Heat Detector at Stair S5 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Elevator E4 located in Elevator Vestibule G009 orv oP orv oP orv oP orv oP orv oP orv oP orv c� orv c� oF oF oF ? Smoke Detector at Elevator E5 located in Elevator Vestibule G012 oN oP oN oP orv oP oN oP oN oP oN oP oN c� orv c� oF oF oF ? Waterflow Switch in Stair S1 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S2 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S5 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S6 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S1 located in Exit Passa 2w8 118 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S2 located in Exit Passageway 141 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF Level 1 � Heat Detector at Stair S3 located in Entr wa from Gara e oN oP oN oP oN oP oN oP oN oP oN oP oN c� oN c� oF oF oF ? Heat Detector at Stair S4 located in Entryway from Garage orv oP orv oP orv oP orv oP orv oP orv oP orv c� orv c� oF oF oF ? Smoke Detector at Stair S5 located in Corridor 121 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S6 located in Exit Passageway 145 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detectorat Elevator E4 located in Elevator Vestibule 123 oN oP oN oP oN oP oN oP oN oP oN oP oN c� oN c� oF oF oF ? Smoke Detector at Elevator E5 located in Elevator Vestibule 129 oN oP oN oP oN oP oN oP oN oP oN oP oN c� oN c� oF oF oF ? Waterflow Switch in Stair S1 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S3 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S4 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S5 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S6 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S1 located in Retail 201 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S2 located in Corridor 237 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF Level 2 � Smoke Detector at Stair S2 located in Retail 203 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S3 in Entryway ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S4 in Entr wa ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S5 located in Exit Passageway 226 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S6 located in Unit 101 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Elevator E4 located in Corridor 237 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Elevator E5 located in Corridor 237 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S1 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S2 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S3 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S4 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S5 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S6 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S1 located in Unit 301 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S1 located in Corridor 361 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S2 located in Corridor 345 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF Level 3 ? Heat Detector at Stair S2 located in Stair S10 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S3 located in Passa @w8 350 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S3 in Corridor 364 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S4 located in Passa 8w8 342 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S4 in Stair Alcove 365 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S5 located in Corridor 339 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S5 in Unit 308 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S6 in Unit 303 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Elevator E4 located in Corridor 345 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Elevator E5 located in Corridor 329 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S1 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S2 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S3 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S4 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S5 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S6 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S1 located in Elevator Vestibule 420 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S2 located in Corridor 421 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S2 located in Unit 417 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF Level 4 ? Smoke Detector at Stair S3 located in Unit 413 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S3 located in Corridor 424 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S4 located in Unit 412 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S4 located in Corridor 429 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S5 located in Corridor 431 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S5 located in Unit 407 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S6 located in Unit 401 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S6 located in Unit 402 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Elevator E4 located in Corridor 424 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Elevator E5 located in Corridor 429 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S2 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S3 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S4 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S5 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S6 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S2 located in Corridor 520 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S2 located in Unit 516 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S3 located in Unit 512 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF Level 5 � Smoke Detector at Stair S3 located in Corridor 527 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S4 located in Unit 511 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S4 located in Corridor 530 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S5 located in Corridor 538 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S5 located in Unit 506 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S6 located in Unit 501 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Elevator E4 located in Elevator Vestibule 525 oN oP oN oP oN oP oN oP oN oP oN oP oN c� oN c� oF oF oF ? Smoke Detector at Elevator E5 located in Elevator Vestibule 532 oN oP oN oP oN oP oN oP oN oP oN oP oN c� oN c� oF oF oF ? Waterflow Switch in Stair S2 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S3 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S4 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S5 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S2 located in Corridor 630 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S2 located in Unit 615 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S3 located in Unit 611 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF Level 6 ? Smoke Detector at Stair S3 located in Corridor 634 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S4 located in Unit 610 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S4 located in Corridor 637 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S5 located in Corridor 628 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S5 located in Unit 506 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector in front of Stair S6 located in Unit 601 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Elevator E4 located in Elevator Vestibule 633 oN oP oN oP oN oP oN oP oN oP oN oP oN c� oN c� oF oF oF ? Smoke Detector at Elevator E5 located in Elevator Vestibule 635 oN oP oN oP oN oP oN oP oN oP oN oP oN c� oN c� oF oF oF ? Waterflow Switch in Stair S2 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S3 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S4 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S5 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S2 located in Corridor 720 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S3 located in Unit 709 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF Level 7 � Smoke Detector at Stair S3 located in Corridor 733 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S4 located in Unit 708 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S4 located in Corridor 735 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S5 located in Corridor 728 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Elevator E4 located in Elevator Vestibule 721 orv oP orv oP orv oP oN oP orv oP orv oP orv c� orv c� oF oF oF ? Smoke Detector at Elevator E5 located in Elevator Vestibule 734 orv oP orv oP orv oP orv oP orv oP orv oP orv c� orv c� oF oF oF ? Waterflow Switch in Stair S3 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch in Stair S4 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S3 located in Unit 801 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF Level 8 ? Smoke Detector at Stair S3 located in Corridor 832 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Stair S4 located in Corridor 834 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Elevator E4 located in Elevator Vestibule 827 oN oP oN oP orv oP oN oP oN oP oN oP orv c� orv c� oF oF oF ? Smoke Detector at Elevator E5 located in Elevator Vestibule 826 orv oP orv oP orv oP orv oP orv oP orv oP orv c� orv c� oF oF oF ? Waterflow Switch at Top of Stair S3 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Waterflow Switch at Top of Stair S4 ON OP ON OP ON OP ON OP ON OP ON OP ON CL ON CL OF OF OF ? Smoke Detector at Top of Elevator Hoistway E4 --- --- --- --- --- --- --- --- --- --- --- --- oF oP --- --- --- --- --- � Smoke Detector at Top of Elevator Hoistwa E5 --- --- --- --- --- --- --- --- --- --- --- --- --- --- oF oP --- --- --- ? Smoke Detector at Top of Stair S1 oF oP --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- � Smoke Detector at Top of Stair S2 --- --- oF oP --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- OF OP --- --- --- --- --- --- --- --- --- � mo e etector at op o tair --- --- --- --- --- --- --- --- � Smoke Detector at Top of Stair S4 --- --- --- --- --- --- oF oP --- --- --- --- --- --- --- --- --- --- --- � mo e etector at op o tair 5 --- --- --- --- --- --- --- --- OF OP --- --- --- --- --- --- --- --- --- ? Smoke Detector at Top of Stair S6 --- --- --- --- --- --- --- --- --- --- oF oP --- --- --- --- --- --- --- Abbreviations: ON Fan Running (Energized), OF Fan Stopped (De-energized), NO Normal Operation, OP Damper Open, CL Damper Closed, DMP Damper, --- No Smoke Control Interface SCHIRMER ENGINEERING APPENDIX D FIREFIGHTER'S SMOKE CONTROL PANEL SOLARIS 747 EAST MEADOW DRNE - — VAIL,COLORADO � ` - FIRE FIGHTERS SMOKE CONTROL �°°8 � 1¢„ ° _= a o� VATORa ELEVATOR5 �0 a HOISTwAV VENT NOiSTWAY VEt�T y1;�N� 0� /�,�� 1 Y 0�� -ms� �1� �i�r� ��iJ'�c�ns�� 0= �aij�1,'b � _ r � �� -., \V . � _ � - _ � . � - azs �_ �.�. � � �,.. .s�.� � �i �+'�� .� �o -- — — — — — APPENDIX E ELEVATOR OPERATION MATRIX SOLARIS, VAIL ELEVATOR MATRIX Elevator Type Elevator Features Initiating Devices .�i�'�� GV� . ic F . �� o° �-°� �°G Q ,�� - � o � Q` r� p�w r,�O ,C`'��O �i�a w.pi` � � ra� pi �t` OQ GpC VO � �,�'4 i � � w� �� ty � \ � � Fi r.� i •y v, O �' v w� y� o� tv .� yc� oo'� ,� �"' ; w� � w� �� c`� � � i`� �'� � Q� �� " o``' ` ��a O� ��`' Q t i ��'�i � � �o� o`�r a�r �� y .�`�� a'��i y`' y�'�� w°�\ o� �� o� �`�O Q�� ,° oi ,�° `� �� ,�"' �,w Q cc �a'� c �a`' �' v �� r �`' c,'� o �� wa' � �,�. �a t�, ic �� ,�° �,° cc t` �` � ' i o �w w� v c� ,c o � �� c i`� �w� �Q � o ti° g'� ai � o'� �� o'� Activit � p� � c� o c, � <v o Q r � � r, r o o ,� Y �a�' o° ° � ? �i � �� '�� ,� P �� ,r.�' r� i� ,�+� �`� ai � Q � o �a� �a� ��" o �s� w° o°' .c, o i'� c, �`° �c y w +�° �c . � � �� r c� � o wi Q- �� '�y� �,� ai� �` �� i� ��` `� �,� J'`� r� '�Q �` � �w a� s�� a ot o��i G�c ��O �v �a `� �� w ,�° o� cc .�`� �'� `� w � `� i cc 3 �, w G � �a a ��'` ,� ��w � i` �C`� � Oi� .`C ,� \� �`�' y'�'�' .oi � P� i� J +�. .�i G ♦ � � `� �y `Q �� ,� i` J� oo,� � �� o. �o o�w ooc� �oo ��c <tr `�. ;�• � � � �v, � � O � v, � v, ;�� F`� ;�.� �`c �`� �`� � i�c o S� �.r � o a a s� i` •.� .�,° c� �c c, �`i Q.�,w ��o,� �.y� �,o `Q �� oc� �� ac, �``° � r �� Q' y�� o��a �� ,�� v° �i�`y ��w � i� �� Smoke Vent Actuation • • E-1 • • 1 3 • • • • • C • • Elevator Recall • N/A � � N/A Elevator Power Shunt Trip • E-2 • • 1 2 • • . � � M � � Elevator Recall � N/A � � N/A Elevator Power Shunt Trip • E-3 • • 3 1 • • • • • • . M � � Elevator Recall • • � N/A Elevator Power Shunt Trip • • Smoke Vent Actuation • ** • E-4 • • 3 1 • • . � � C � � Hoistway Pressurization * N/A � � Elevator Recall • • Elevator Power Shunt Trip • Smoke Vent Actuation • ** • E-5 • • 3 1 • • . � � C � � Hoistway Pressurization * N/A � � Elevator Recall • • Elevator Power Shunt Trip • Legend: N/A: Not Applicable(Device not present for indicated hoistway) FSCP: Fire-Fighter's Smoke Control Panel FCC: Fire Command Center M: Elevator Machine Room C: Elevator Control Room for Machine Room-Less Elevators(Minimum 200 Lux of lighting with a switch will be provided at the top of the hoistway for the machine room-less elevators.) `Hoistway pressurization fan will not start and wil�shut down when running, if smoke is detected by hoistway smoke detectors. "Operation of smoke vents in the pressurized hoistways will be manual via manual HOA switch @FSCP. ***Emergency power for the elvators is controlled either automatically or manually via a selector switch located in FCC such that any single elevator car in each elevator hoistway is on emergency power simultaneously(total of 5 elevator cars at a time). Note:Activation of any hoistway or stairwell pressurization system will activate all hoistway/stairwell pressurization systems(See the Smoke Control Matrix.) APPENDIX F CONTAM DOCUMENTATION AND INPUT- OUTPUT DATA NISTIR 7251 CONTAM 2.4 User Guide and Program Documentation y�� George N. Walton ° ; . k � �1:1� File Edik View Level Tools Daka VJeakher Simulakion Help W. Stuart Dols �L� � � �� ".►� �� t � °; �� m � ❑ ■ ■ � $ O �;� � . '- - - - i � - k - � ■ , � File Levels Settings Time Control Help _ o� }C l" Zane�i); �1 J levi; T; [C1] 2_582H+002 ppm [��] 2-371H+002 ppm [��] 7-988H+001 ppm Ambt:O.00OE+d00 ppm Jan 1 � 00:00:00 � ► 06:00:00 01:15:Od Stark I 50 ms � �� Nc�tiunal fnstitute o#Standards and Technalagy Technvlagy Admirtiistrativn, U.S. Department o$Cornmerce NISTIR 7251 CONTAM 2.4b User Guide and Program Documentation George N. Walton W. Stuart Dols Building Envi�onment Division Building and Fire Research Laboratory National Institute of Standards and Technology Gaithersburg, MD 20899-8633 Prepared far: Naval Surface Warfare Center Dahlgren,VA October, 2005 Last revision October 2, 2006 QP��FNr oF co�c� ti � `'m � * t z ��¢ �FO �aa `�rqr�s o� P U.S. Department of Commerce Carlos M. Gutierrez, Secreta�y Technology Administration Robert C. Cresanti, Under Secretary of Commerce for Technology National Institute of Standards and Technology William A. Jeffrey, Director Abstract This manual describes the computer program CONTAM version 2.4 developed by NIST. CONTAM is a multizone indoor air quality and ventilation analysis program designed to help you determine: airflows and pressures—in�ltration, exfiltration, and room-to-room airflows and pressure differences in building systems driven by mechanical means, wind pressures acting on the exterior of the building, and buoyancy effects induced by temperature differences between the building and the outside; contaminant concentrations—the dispersal of airborne contaminants transported by these airflows and transformed by a variety of processes including chemical and radio-chemica] transformation, adsorption and desorption to building materials, filtration, and deposition to building surfaces; and/or personal exposure—the prediction of exposure of building occupants to airborne contaminants for eventual risk assessment. CONTAM can be useful in a variety of applications. Its ability to calculate building airflows and relative pressures between zones of the building is useful for assessing the adequacy of ventilation rates in a building, for determining the variation in ventilation rates over time, far determining the distribution of ventilation air within a building, and for estimating the impact of envelope air- tightening efforts on infiltration rates. The program has also been used extensively for the design and analysis of smoke management systems. The prediction of contaminant concentrations can be used to determine the indoor air quality performance of buildings before they are constructed and occupied, to investigate the impacts of various design decisions related to ventilation system design and building material selection, to evaluate indoor air quality control technologies, and to assess the indoor air quality performance of existing buildings. Predicted contaminant concentrations can also be used to estimate personal exposure based on occupancy patterns. Version 2.0 contained several new features including non-trace contaminants, unlimited number of contaminants, contaminant-related libraries, separate weather and ambient contaminant files, building controls, scheduled zone temperatures, improved solver to reduce simulation times and several user interface related features to improve usability. Version 21 introduced more new features including the ability to account for spatially varying external contaminants and wind pressures at the building envelope, more new control elements,particle-specific contaminant properties, total mass released calculations and detailed program documentation. Version 2.4 introduces two new deposition sink models, a one-dimensional convection/diffusion contaminant model for ducts and user-selectable zones, new contaminant filter models, control super nodes, super filters and super airflow elements, a duct balancing tool,building pressurization and model validity tests and several other usability enhancements. Versions 2.2 and 2.3 were interim versions that were not released to the public. Key Words: airflow analysis; building controls; building technology; computer program; contaminant dispersal; controls; indoor air quality; multizone analysis; smoke control; smoke management; ventilation iii Software Disclaimer This software was developed at the National Institute of Standards and Technology by employees of the Federal Government in the course of their official duties. Pursuant to title 17 Section 105 of the United States Code this software is not subject to copyright protection and is in the public domain. CONTAM is an experimental system. NIST assumes no responsibility whatsoever for its use by other parties, and makes no guarantees, expressed ar implied, about its quality, reliability, or any other characteristic. We would appreciate acknowledgement if the software is used. This software can be redistributed and/or modified freely provided that any derivative works bear some notice that they are derived from it, and any modified versions bear some notice that they have been modified. Certain trade names or company products are mentioned in the text to specify adequately the experimental procedure and equipment used. In no case does such identification imply recommendation or endorsement by the National Institute of Standards and Technology, nor does it imply that the equipment is the best available for the purpose. iv Acknowledgements Much of the work that went into developing this version of CONTAM was sponsored by the Naval Surface Warfare Center Dahlgren Division under Military Interdepartmental Purchase Request# N00178-OS-MP-00139. The authars appreciate the interest and input of Kathrina Urann, Matthew Wolski and the entire IBTK team throughout this project. The authors would like to acknowledge the programming skills of Brian Polidoro for his work on the CONTAM user interface, SimReadW and ContamRV, as well as his efforts in developing and maintaining the NIST IAQAnalysis Website. We would further like to acknowledge the testing of the beta versions of the software by the following people: NIST student interns Ryan Berke, Jacob Weber, Ivette Morazzani, and David Heinzerling; Steven Strege and Terry Fay of Hughes Associates Inc.; James Odasso and Kevin Good of Battelle Columbus; and Dr. Fred Loquasto III of Toyon Research Corporation. We also appreciate the continued collabaration with John Goforth and Mike Mercer of Lawrence Livermore National Laboratory in developing the socket communication capabilities of CONTAM. v Document Revision History The table below provides a summary of revisions made to the documentation since the initial release on October 7, 2005. Revised sections of the document will appear in the same format as the text in this paragraph. You can use the links in the Section column of the table to "jump" to the revised section of the document. Date Version Descri tion Section 2006-09-08 2.4b Zone occupancy sensor 3.10.6.1 2.4b Simulation parameters—density control 3.20.2.4 2.4b Review transient wind pressure 3.17.1.1 2.4b Network deletion (ducts and controls) 3.1.4 2006-08-15 2.4b TCP/IP socket communication Appendix E 2006-07-17 2.4b Sensor time constant 3.10.6.1 2006-06-06 2.4b Equations clarified for control elements that ii�nplement 3.10.6.1 Gain and Scale. 2006-OS-10 2.4b New source sinks based on NRCC emission data base 3.12.5.1 2.4b Super source/sink element 3.12.5.1 2.4b Gage pressure sensors 3.10.6.1 2.4b Air mixture data corrected 3.11.1 2.4b One-dimensional zone axis orientation 3.6.4.1 2.4b Enhanced SketchPad deletion capabilities 3.l.4 2.4b Results display time step navigation 3.21.2 2.4b Results navi ation 'um settin 3.3.5 2.4b Maximize ContamW window on startu 3.3.2 2.4a Short time step simulation results files 3.21 3.20.2.3 2.4a Use of WPC and DVF files to control airflow calculation 3.20.2.2 2005-11-14 2.4 Duct terminal desi n flow rates 3.9.5.2 2.4 Transient simulations usin stead state weather 3.20.2.1 2.4 Units of display in the status bar 2.4.5 2005-10-20 2.4 WPC File format version update 2.4 3.18.6 vi Table of Contents Abstract.......................................................................................................................................................iii SoftwareDisclaimer...................................................................................................................................iv Acknowledgements....................................................................................................................................v DocumentRevision History......................................................................................................................vi 1 Introduction...........................................................................................................................................1 1.1 What is CONTAM?.................................................................................................................... 1 1.2 What's New in Version 2.4? ...................................................................................................... 1 1.3 Enhancements for Version 2.1 ..................................................................................................4 1.4 Enhancements for Version 2.0..................................................................................................4 1.5 System Requirements...............................................................................................................5 2 Getting Started......................................................................................................................................6 2.1 Installing CONTAM....................................................................................................................6 2.2 Running CONTAM.....................................................................................................................7 2.3 User Tasks.................................................................................................................................7 2.4 The ContamW Graphical User Interface................................................................................. 10 2.5 Components of a CONTAM Project........................................................................................ 12 3 Using CONTAM...................................................................................................................................15 3.1 Working with the SketchPad....................................................................................................15 3.2 Working with Project Files.......................................................................................................26 3.3 Configuring ContamW.............................................................................................................28 3.4 Working with Walls..................................................................................................................31 3.5 Working with Levels.................................................................................................................32 3.6 Working with Zones.................................................................................................................35 3.7 Working with Airflow Paths......................................................................................................40 3.8 Working with Simple Air Handling Systems ............................................................................58 3.9 Working with Ducts..................................................................................................................65 3.10 Working with Controls..............................................................................................................82 3.11 Working with Species and Contaminants..............................................................................101 3.12 Working with Sources and Sinks...........................................................................................107 3.13 Working with Filters...............................................................................................................116 3.14 Working with Kinetic Reactions.............................................................................................121 3.15 Working with Occupant Exposure .........................................................................................125 3.16 Working with Data and Libraries............................................................................................128 3.17 Working with Weather and Wind...........................................................................................133 3.18 Working with WPC Files........................................................................................................141 3.19 Working with Schedules........................................................................................................150 3.20 Working with Simulations ......................................................................................................154 3.21 Working with Simulation Results...........................................................................................168 3.22 Working with Project Annotations..........................................................................................199 3.23 Getting Help...........................................................................................................................200 4 Special Applications of CONTAM...................................................................................................201 4.1 Building Pressurization Test..................................................................................................201 4.2 Smoke Control Systems........................................................................................................202 4.3 Shafts.....................................................................................................................................202 5 Theoretical Background ..................................................................................................................204 5.1 Model Assumptions...............................................................................................................204 5.2 Contaminant Analysis............................................................................................................206 5.3 Airflow Analysis .....................................................................................................................215 6 References ........................................................................................................................................232 AppendixA PRJ File Format.............................................................................................................235 Appendix B ContamX Program Documentation.............................................................................277 Appendix C ContamW Program Documentation............................................................................295 AppendixD SketchPad Arrays.........................................................................................................308 Appendix E ContamX TCP/IP Socket Communication ..................................................................312 vii INTRODUCTION— WHAT IS CONTAM� 1 Introduction 1.1 What is CONTAM? CONTAM is a multizone indoor air quality and ventilation analysis computer program designed to help you determine: (a)airflows: infiltration, exfiltration, and room-to-room airflows (and pressure differences) in building systems driven by mechanical means, wind pressures acting on the exterior of the building, and buoyancy effects induced by the indoor and outdoor air temperature difference. (b) contaminant concentrations: the dispersal of airborne contaminants transported by these airflows; transformed by a variety of processes including chemical and radio-chemical transformation, adsorption and desorption to building materials, filtration, and deposition to building surfaces, etc.; and generated by a variety of source mechanisms, and/or (c) personal exposure: the predictions of exposure of occupants to airborne contaminants for eventual risk assessment. CONTAM can be useful in a variety of applications. Its ability to calculate building airflows and interzone pressure differences is useful to assess the adequacy of ventilation rates in a building, to determine the variation in ventilation rates over time and the distribution of ventilation air within a building, to estimate the impact of envelope air tightening efforts on infiltration rates, and to design and assess smoke management systems. The prediction of contaminant concentrations can be used to determine the indoor air quality performance of a building before it is constructed and occupied, to investigate the impacts of various design decisions related to ventilation system design and building material selection, and to assess the indoor air quality performance of an existing building. Predicted contaminant concentrations can also be used to estimate personal exposure based on occupancy patterns in the building being studied. Exposure estimates can be compared for different assumptions of ventilation rates and source strengths. This document addresses both the graphical user interface (referred to herein as ContamW) and the numerical solver(referred to herein as ContamX) of version 2.4 of the program, collectively referred to as CONTAM. 1.2 What's New in Version 2.4? CONTAM 2.4 is an update to the previously released version 2.1 (versions 2.2 and 2.3 were interim versions not released to the public) with many enhancements, several of which are listed below. CONTAM 2.4 is backwards compatible with previous versions, meaning you can open existing project files created with previous versions. Once updated to version 2.4, project files can not be saved as or opened with previous versions. Therefore, you should maintain older copies of your existing project files. Throughout this manual you will find new features of the program highlighted with either solid grey lines in the margins (printed version) or in a different color text (on-line version) as illustrated by this paragraph. ❑ Version 2.4b • Building Controls o Occupancy Sensor—Added zone occupancy sensor type. 1 INTRODUCTION— WHAT IS CONTAM� o Gage Pressure Sensor—Added gage pressure sensors for zones, duct junctions and terminals. • Source/Sink Elements o NRCC Sources—Added powerlaw and peak contaminant source types based on NRCC material emission database. o Super Source/Sinks—Implemented ability to combine multiple source/sink elements into a single super source/sink element. • Usability Enhancements o Enhanced deletion capabilities—Provided ability to delete multiple items from the SketchPad with a single deletion operation. o Results display—Improved control over selection of simulation time for results display. o Wind pressure display—Provided ability to review transient wind pressures resulting from wind data provided by WPC files. o SketchPad dragging—Hold down the mouse wheel to drag the SketchPad when scroll bars are visible. o Library Manager—Use the Ctrl and Shift keys to select multiple items from the element lists and perform copy and delete opperations on them. ❑ Version 2.4a • Number of building components—The limit on the total number of each type of building component (i.e., zones,paths, ducts, sources/sinks, etc.) that can be created within a single project has been increased from 32 767 to 2 147 483 647. • Short time-step method—A new simulation mode that solves contaminant dispersal equations using an explicit solution method. 0 1D Zones—The ability to simulate selected zones as one-dimensional convection/diffusion zones has been implemented. This provides the ability to more realistically simulate the transport of contaminants through"long" or"tall" zones, e.g., hallways and shafts, better accounting for transport times through these 1 D zones. 0 1D duct model—Implementation of one-dimensional convection/diffusion elements in ductwork, thus providing more realistic contaminant transport results through the duct system. This requires the use of the short time-step method. o Duct temperature calculations—When simulating 1D ducts in the short time-step mode, CONTAM can now calculate duct temperatures based on the "mixing" of air streams at the duct junctions and the source (zone) air temperatures from which air is introduced into the duct system. • Simulation results data—Modified the zone and junction pressures as reported to the simulation results file to more closely resemble gage pressures. Zone pressures are now referenced to the ambient pressure at the level on which the zone is located. Junction static pressure is now referenced to the zone in which the junction is located at the height of the junction within the zone. • Automated duct balancing—Added simulation option to automatically balance duct systems. This will greatly simplify the task of defining detailed duct systems in CONTAM. • Building model verification tests 2 INTRODUCTION— WHAT IS CONTAM� o Building pressurization test— Simulation option to automatically determine building envelope airtightness based on a simulated fan pressurization test. o Building airflow test—Simulation option that generates a set of data, mostly related to building ventilation, that can be used to gauge the reasonableness of model inputs before beginning analysis of a building. • Cubic spline airflow elements • Contaminant Filters o New filter models—CONTAM has added particle and gaseous filter models that greatly increases the user's flexibility to create models based on measured filter performance data, e.g., MERV and breakthrough curves. o Filter super elements—enables multiple filter models to be combined into a single filter element, e.g., a particle pre-filter combined with a gaseous filter. • Contaminant summary file—This file is generated when simulating contaminants to provide information related to source/sink contaminant generation and removal, filter loading and breakthrough, and contaminant transport between building zones and ambient. • Deposition sink models—Added Deposition Velocity and Deposition Rate sink models to simplify the definition of sinks based on more familiar deposition terminology. • Control super elements—The task of creating building control systems has been improved by reducing the amount of user input required, increasing the amount of flexibility in defining control systems and enabling the sharing of contro] elements, e.g., sensors, within and between projects. • TCP/IP socket simulation control —Conta�nX can be controlled via the TCP/IP Socket communication protocol based on a pre-defined set of inessages that include control commands and data exchange. ContamX can also be compiled and run under Linux based operating systems, and a Linux-compatible executable is now available on the NIST web site. • Usability enhancements o Find— search for items on SketchPad by Name and Number o Find-and-replace— search for and replace properties of building components within a project o SketchPad movement Ctrl + arrow key=> skip 10 cells in direction of arrow Shift+ arrow key =>move to next icon in the direction of arrow Mouse wheel for scrolling: Wheel=> up/down Shift+Wheel =>page up/down A1t+Wheel=> left/right Shift+Alt+Whee1 =>page left/right o Keyboard icon placement—use keyboard to place icons on the SketchPad o Floating status bar o User-defined zone colors o User-defined duct colors and automated duct tracing/coloring tool o Generate bitmap file (.bmp) of Ske�chPad 3 INTRODUCTION— WHAT IS CONTAM� 1.3 Enhancements for Version 2.1 Enhancements from version 2.0 to 2.1 • Wind pressure and contaminant fields—The ability to incorporate data from exterior airflow and pollutant transport models, e.g.,plume and puff dispersion models, to utilize detailed ambient wind pressure and contaminant data fields to provide boundary conditions on the airflow paths of the envelope of built structures • Control elements—New control elements to simulate time delays associated with spin- up/down of fans and the opening/closing of dampers and to perform integration, peak determination of sensor output over time, maximum, minimum and exponential operations • Particle analysis—Modified contaminant properties to simplify the analysis of airborne particles • Mass release calculation—The calculation of total mass released by contaminant sources during a simulation • Program Documentation—Programming documentation of the software was produced which can be obtained from the NIST website. This documentation includes details of CONTAM input and output file forrnats [Walton and Dols 2003]. 1.4 Enhancements for Version 2.0 Enhancements from version 1.0 to 2.0 • Building controls—Controls include sensors, actuators, modifiers and links. Control actuators can be used to modify various characteristics of building components based on control signals obtained from sensors and even modified by signal modifiers. For example, a sensor can be used to obtain a contaminant concentration within a zone, and a proportional control actuator can be used to adjust supply airflow into the zone based on the sensed concentration. • Scheduled zone temperatures—Zone temperatures can now be varied through the use of user- defined schedules. This allows for the change in zone pressures due simply to the change in temperature within the zone according to the ideal gas relationship. • Contaminants o Non-trace contaminants—You can now account for the impact of contaminant concentrations on tbe density of the air, e.g., water vapor. o Unlimited number of contaminants—CONTAM no longer restricts the number of contaminants you can simulate. The previous limitation was 10. o Contaminant-related libraries—Contaminant related elements can now be shared through CONTAM library files. These elements include contaminant species, filters, source/sinks and kinetic reactions. • Solver o Variable air density—CONTAM now provides the ability to simulate non-flow related processes that can lead to the accumulation/reduction of mass within building zones, e.g., due to non-trace contaminant sources and to variations in the zone pressure due to the change in zone temperature. o Improved numerical solver implementing sparse matrix techniques to greatly reduce transient simulation times for large problems. 4 INTRODUCTION- WHAT IS CONTAM� o Separated solver from graphical user interface to provide for batch execution of simulations and directly utilize .PRJ files. • Transient weather o Separate transient weather and contaminant files—Weather files (.WTH) no longer contain contaminant concentrations (except for outdoor humidity ratio). This means you don't have to create different weather files depending on the types of contaminants you are simulating. CONTAM now provides you with the option of simulating transient ambient contaminant concentrations using a contaminant file (.CTM). o Weather file creation/conversion software—NIST has developed a software tool that allows you to convert existing weather files to CONTAM 2.0 compatible weather files. You can convert your existing 1.0-compatible files, TMY2 and EnergyPlus weather files. • User interface o Longer zone names—Zone names can now be up to 15 charac�ers long. o SketchPad zooming feature—You can now reduce the icon size of the SketchPad to allow the display of larger projects on the screen. o Display of net inter-zonal airflow results for highlighted zones o Distinct simple air-handling system zones—The implicit zones of multiple simple air- handling system are now distinguished from each other to allow for the plotting of individual system zones. o Airflow direction indicators are now displayed in the Status Bar when viewing airflow path results. 1.5 System Requirements CONTAM runs under Windows 98,NT/2000, and XP. 5 APPENDIX F: CONTAM MODEL- INPUTS AND OUTPUTS The multi-zone ventilation analysis program, CONTAM, version 2.4b' was used to determine airflows and pressure differentials in the Solaris building under various weather conditions. This appendix gives a few sample input screens as well as the outputs from CONTAM model. INPUTS TO THE MODEL: The inputs to the model are divided into 4 broad categories: 1. Buildinq Input: This involves drawing interior and exterior walls and shafts such as stairway, elevator shaft etc. for each floor/level. Following is the level data that is entered in the model. � x # Name Elev Heighk Edik Level Daka Name: 9 8 85_5 11_50 a � ��_o ii.so Roof � � �2_s ii_so Uniks; 6 5 51_0 11_SO s 4 s5_s 11_so ��Repla[e �� fk � 4 3 28_0 11_50 Elevakian; 3 2 15_0 13_oo Go To Level � 2 1 1_0 14_00 1 �ar$qe o_0 1_oo Diskan�e ka level above; 11,4993 Please see below image of the Solaris building Level 3, as modeled in CONTAM. Please note that building walls and shafts are not to scale and the building as shown in the model depicts the general geometry of the building. � "CONTAM" Model 2.4b, The multi-zone ventilation analysis program, Developed by Building and Fire Research Laboratory of National Institute of Technology (NIST), . 0 4 :� . e � : a� 2. Zones: The next step is to identify and specify different zones within the building. Zones are the subdivisions within the building bounded by interior and/or exterior walls. E.g. Zones can be a room, a stairway, an elevator shaft, etc. The zone for the area outside the building is designated as `AmbienY by default in the model. Each zone is identified by this symbol: "0 ". Typical inputs required are zone area (zone volume is calculated based on the area and distance between the levels)and temperature. Some of the samples of zone data input screens from the model are shown below. Suite 2 Level 6: � � � - �� Zone Daka ��nkaminank Daka � iD Zone Daka � Zone Name ` � on Level �6 I� Dimensions&.Color 1+olume; 34074,5 fk� � Color: — Flaor Area; 2963,17 fk} � Edik Calar � In�lude in building volume Temperakure �* Conskank � S�heduled � :�°�;i.�F�1� Temperakure; 20 °C � Temperakure S�hedule Des�ripkion: " L e_ � _ �dit:.�c�i:-,�,J�r, raeaa�chedule Name; u��ne� T Library,,, Pressure �* Variable � Canskank Pressure; �� OK Can�el Courtyard Level 3: � � � - .�� Zone Daka ��nkaminank Daka � iD Zone Daka � Zone Name � � on Level � Dimensions&.Color Volume; �� fk� � Color; Flaor Area; 6300•37 fk} � Edik Color r In�lude in building volume Temperakure �* Canskank r' Scheduled �" '.�':��s•�LFI� Temperakure; 20 °C � Temperakure S�hedule Des�ripkion: � h•JFin1_�C�°ieijulr Name; ,-�n�:x � Library,,, Pressure �* Variable f' Canskank Pressure; �� OK Can�el Stair 2 Level 4 � � � - � x Zone Daka ��nkaminank Daka � iD Zone Daka � Zane Name _� on Level �4 Dimensians&.Calar Valume; 2300,11 fk� � Color; Floar Area; 200,021 fk} � Edik Color ir Include in building volume Temperakure {; Conskank �` S�heduled �` ':'ariable Temperakure; 20 °C � Temperakure S�hedule Descripkion; Edi�a�_he��ule �,��s�_r��ir Name: ..�-�na> '� Li�,r�rt�,,, Pressure �*' Variable �' Conskank Pressure; �� OIC Can�el 3. Flow paths: The next set of inputs are identifying and specifying flow paths. The flow paths are different paths through which airflow occurs. A few examples are flow paths are leakage through walls, leakage around doors, stairway shafts and elevator shafts (between levels), etc. The zones are identified by the symbol: "� ". Some of the samples of flow path data input screens from the model are shown below. Interior Wall Leakage: • � � � - � � ?� x Name; � Flow CoefFi�ienk; 0,65 Flow Area; 0,00315 fk} � Des�ripkion; kighkness=0,35e-3 x heighk{9fk,) I�on � �*' Small apening � f' Large opening � OK Cancel Exterior Wall: ' � � � - e . . �� Name; � Flow Coeffi�ienk; 0,65 Flow Area; 0,00204 fk} • Des�ripkion; kighkness=0,17E-3 x heighk{12) I�on � f* Small opening � � Large opening � OK Can�el Stairwell: ' � � e - e�` ;.l;1 Name; � Diskan�e bekv�een Levels; 14 fk � Cross-se�kional Area; 200 fk} • Densiky of People; � P��nsfm} Skair Treads; f' Open f*' Clased Des�ripkion; 200 sq, fook skair v�ikh garage below, I�on �` Small apening � �* Large opening � OK Can�el Stair poor: �.. ��• � � � - � � Name; � Flow CoefFi�ienk; 0,65 Flow Area; 0,24 fk} T Descripkion; Skair door Ican � Small apening �� M �* Large opening � OK Can�el The assumed construction types and corresponding leakage area ratios are listed below. LEAKAGE AREA RATIOS: Qualitative Leakage Area Leakage Characterization Construction Element Ratio Area ftZ of Construction Wall area x Exterior Buildin Walls 0.17 x 10-3 Area ratio Avera e Stair Enclosure Walls Wall area x Reinforced Concrete 0.11 x 10-3 Area ratio Avera e Elevator Shaft Walls Wall area x Reinforced Concrete 0.18 x 10-3 Area ratio Ti ht Wall area x Interior Walls 0.35 x 10-3 Area ratio Loose Floor area Floors/Ceilings x Area Concrete 0.52 x 10-4 ratio Avera e 4. Pressurization air supply inlets: The air supply inlets are modeled in the CONTAM as a part of a simple Air Handling System (AHS). The example of such supply air inlet is shown below: � � � � � � - �� Syskem �Filker and S�hedule � Design Flav�Rake; 1800 � � AHS Des�ripkion: Edik AHS Name; Skair6 T Lo�akion These values are only required if lo�aked wikhin a iD �onve�kion�diffusion zone, }� Y Rel Heighk I " I " I " m � OK Can�el 5. Weather Data: The weather data entry screens are shown below. � 1 f� . ��.� VJeakher �Wind � Locakian� Wind Pressure Display� Skeady skake weakher daka Ambienk Temperakure: -32.0008 � � Absoluke Pressure: 101325 Pa � Relakive Humidiky: � RH Humidiky Rakio: 0 g[w]1kg[dry air] Mass Frackian(H2OJ: � kg(wJ1kg(airJ �+,{ind Speed: 29.9996 mph � VJind Direckion: � ��g Day Type: � [1 -12J OK Cancel � � _ �.� l+,feakher 1+dind � Locakion� Wind Pressure Display� V,�ind-relaked daka ka calculake V,�ind Speed Modifier Relakive Norkh: � deg Roof arVJall Heighk: 97.0144 fk � Local Terrain Conskank: 0.6 I�elaciky Prafile Expanenk: p.�g Wind Speed Modifier: 0.6607 0 K Cancel OUTPUTS FROM THE MODEL: The outputs from the model are shown graphically on the mdel Sketchpad (screen)as shown below. .� • � a . �'q . i The arrows show the directions of airflows whereas if you click on the flow path icon, the flow quantities in CFM and pressure difference in inches of water column will be displayed at the bottom of the model screen. The outputs from the model can also be exported into a text file. One such output file for results for winter conditions with all doors closed is attached with this appendix. Neutral Conditions doors closed with no wind.txt project: Neutral Conditions doors closed with no wind Fri Oct 10 19:28:26 2008 description: simulation date: 7an01 simulation time: 00:00:00 ambient temperature: 68.0 °F barometric pressure: 101325.0 Pa wind speed: 0.0 mph wind direction: 0.0 deg level : Garage elevation: 0.0 ft zone P T path from dP Flowl Flow2 Officel 0.204 68.0 Floor Parking/1 -0.009 -32. 56 wall-znt Parking/Garage -0.009 -19.69 wall-znt office3/Garage -0.007 -31.13 wall-znt Corridor/Garage 0.001 8. 50 �ouble_�oor_znt Corridor/Garage 0.001 42.80 wall-znt Corridor/Garage 0.001 10.67 �oor-5gle-znt. Corridor/Garage 0.001 21.40 Storagel 0.195 68.0 Floor Openspace2/1 -0.023 -15.66 wall-znt Office3/Garage 0.001 10. 52 wall-znt office4/Garage -0.000 -3.79 �ouble_�oor_znt Office4/Garage -0.000 -20.82 �oor-5gle-znt. Office3/Garage 0.001 23.75 wall-znt Office3/Garage 0.001 6.00 Corridor 0.205 68.0 Floor Parking/1 -0.010 -21.80 wall-znt Officel/Garage -0.001 -8. 50 �ouble_�oor_znt Officel/Garage -0.001 -42.80 wall-znt officel/Garage -0.001 -10.67 �oor-Sgle-znt. Officel/Garage -0.001 -21.40 �oor-Sgle-znt. Office3/Garage -0.008 -56.89 wall-znt Office2/Garage -0.004 -44. 52 wall-Int Parking/Garage -0.010 -17.98 �oor-Sgle-znt. Office2/Garage -0.004 -41.62 wall-znt Office3/Garage -0.008 -87.37 wall-znt Office2/Garage -0.004 -2.73 �ouble_�oor_znt Office2/Garage -0.004 -83.24 �oor-Stair Stair_3/Garage 0.240 305.66 wall-Int Office2/Garage -0.004 -14.11 wall-stair Stair4/Garage 0.248 36.33 �oor-Stair Stair4/Garage 0.�48 310.85 wall-Stair Stair4/Garage 0.248 16.11 �ouble_�oor_znt Parking/Garage -0.010 -125.94 wall-znt Parking/Garage -0.010 -17.91 �oor-Sgle-znt. Parking/Garage -0.010 -62.97 wall-znt Parking/Garage -0.010 -8.47 Office3 0.197 68.0 Floor Parking/1 -0.002 -14.04 Floor openspace2/1 -0.024 -46.85 wall-znt officel/Garage 0.007 31.13 wall-znt 5toragel/Garage -0.001 -10. 52 �oor-Sgle-znt. Corridor/Garage 0.008 56.89 �oor-5gle-znt. Storagel/Garage -0.001 -23.75 wall-Int Storagel/Garage -0.001 -6.00 wall-znt Office4/Garage -0.002 -2.09 �ouble_�oor_znt office4/Garage -0.002 -51.86 wall-Int Corridor/Garage 0.008 87.37 wall-znt Office4/Garage -0.002 -4.76 Page 1 Neutral Conditions doors closed with no wind.txt wall-znt Parking/Garage -0.002 -15.53 Office4 0.195 68.0 Floor openspace2/1 -0.022 -59.69 Floor Hallway/1 -0.022 -3.03 wall-znt Storagel/Garage 0.000 3.79 �ouble_�oor_znt Storagel/Garage 0.000 20.82 wall-znt Office3/Garage 0.002 2.09 �ouble_�oor_znt office3/Garage 0.002 51.86 wall-znt Office3/Garage 0.002 4.76 wall-Int Parking/Garage -0.000 -2.28 �ouble_�oor_znt Parking/Garage -0.000 -14.95 wall-Int Parking/Garage -0.000 -0.61 wall-znt Office/Garage -0.000 -2.77 Office2 0.201 68.0 Floor Parking/1 -0.006 -21.99 wall-znt Corridor/Garage 0.004 44. 52 �oor-Sgle-znt. Corridor/Garage 0.004 41.62 wall-znt Corridor/Garage 0.004 2.73 �ouble_�oor_znt Corridor/Garage 0.004 83.24 wall-Stair 5tair_3/Garage 0.244 47.08 wall-znt Corridor/Garage 0.004 14.11 wall-5tair 5tair4/Garage 0.252 16.25 wall-znt Parking/Garage -0.006 -3.93 �ouble_�oor_znt Parking/Garage -0.006 -94. 51 wall-znt Parking/Garage -0.006 -30.70 �ouble_�oor_znt Parking/Garage -0.006 -94. 51 wall-znt Parking/Garage -0.006 -3.93 stair_3 0.445 68.0 233_StairGarage Stair_3/1 0.000 702.78 �oor-Stair Corridor/Garage -0.240 -305.66 wall-Stair Office2/Garage -0.244 -47.08 wall-Stair Parking/Garage -0.250 -16.17 wall-Stair Elev_1/Garage -0.075 -16.21 wall-Stair Nonvest3/Garage -0.250 -5.71 �oor-Stair Nonvest3/Garage -0.250 -311.94 stair4 0.453 68.0 233_StairGarage Stair_4/1 0.000 537.28 wall-5tair Corridor/Garage -0.248 -36.33 �oor-stair Corridor/Garage -0.248 -310.85 wall-Stair Office2/Garage -0.252 -16.25 wall-Stair Corridor/Garage -0.248 -16.11 �oor-5tair-0.1 Nonvest4/Garage -0.258 -132.13 wall-Stair Nonvest4/Garage -0.258 -5.81 wall-5tair Elev_2/Garage -0.113 -19.81 Elev_1 0. 369 68.0 14_Elevator Elev_1/1 0.000 378.26 wall-Stair Stair_3/Garage 0.075 16.21 wall-Elevator Parking/Garage -0.175 -14.08 wall-Elevator Nonvest3/Garage -0.174 -14.08 �oor-Elev Elevator_l�obby/Garage -0.020 -183.16 �oor-Elev Elevator_l�obby/Garage -0.020 -183.16 Nonvest3 0.195 68.0 Floor Nonvest3/1 0.000 0.00 wall-5tair 5tair_3/Garage 0.250 5.71 �oor-stair stair_3/Garage 0.250 311.94 wall-Elevator Elev_1/Garage 0.174 14.08 wall-znt Parking/Garage -0.000 -0.98 wall-Int Parking/Garage -0.000 -0.49 MissingDOOr Parking/Garage -0.000 -330.26 Nonvest4 0.195 68.0 Floor Nonvest4/1 -0.000 -0.00 �oor-Stair-0.1 Stair4/Garage 0.258 132.13 wall-Stair Stair4/Garage 0.258 5.81 Page 2 Neutral Conditions doors closed with no wind.txt wall-znt Parking/Garage -0.000 -0.53 wall-Elevator Elev_2/Garage 0.146 12.86 MissingDoor Parking/Garage -0.000 -150.00 wall-Int Parking/Garage -0.000 -0.27 Elev_2 0. 340 68.0 14_Elevator Elev_2/1 0.000 340. 59 wall-Stair stair4/Garage 0.113 19.81 wall-Elevator Nonvest4/Garage -0.146 -12.86 wall-Elevator Parking/Garage -0.146 -12.86 Door-Elev Elevator_2�obby/Garage -0.017 -167.34 �oor-Elev Elevator_2�obby/Garage -0.017 -167.34 Office 0.195 68.0 Floor Hallway/1 -0.022 -3.36 Floor openspace2/1 -0.022 -6.90 Floor OpenSpace2/1 -0.022 -2.01 wall-znt Office4/Garage 0.000 2.77 wall-znt Parking/Garage 0.000 1.29 Door-Sgle-Int. Parking/Garage 0.000 6.41 wall-znt Parking/Garage 0.000 1.80 Elevator_l�obby 0.350 68.0 Floor Elevator_l�obby/1 -0.000 -0.44 �oor-Elev Elev_1/Garage 0.020 183.16 �oor-Elev Elev_1/Garage 0.020 183.16 �oor-Sgle-znt. Parking/Garage -0.155 -245. 56 wall-Int Parking/Garage -0.155 -120.31 Elevator_2�obby 0.324 68.0 Floor Elevator_2�obby/1 -0.000 -0. 57 �oor-Elev Elev_2/Garage 0.017 167.34 �oor-Elev Elev_2/Garage 0.017 167.34 �oor-5gle-znt. Parking/Garage -0.129 -224.25 wall-znt Parking/Garage -0.129 -109.87 stair_2 0.437 68.0 200_StairGarage stair_2/1 0.000 406.78 wall-Stair Parking/Garage -0.242 -99.44 �oor-Stair Parking/Garage -0.242 -307.34 stairl 0.387 68.0 200_StairGarage Stair_5/1 0.000 362.44 �oor-Stair Parking/Garage -0.192 -273.83 wall-Stair Parking/Garage -0.192 -88.60 Parking 0.195 68.0 Floor Room6/1 -0.012 -35.05 Garage0pen�1 Parking/1 -0.000 -913.92 Floor RoomS/1 -0.007 -17.70 Floor Parking/1 -0.000 -0.23 Floor Openspace2/1 -0.022 -116.97 Floor Hallway/1 -0.022 -1.01 Floor OpenSpace2/1 -0.022 -1.01 Floor Room4/1 -0.000 -3.28 Floor Room7/1 0.000 0.04 Floor 2_Storystair2/1 -0.022 -3.67 Floor StairEntry/1 -0.022 -1.15 Floor Entryway/1 -0.009 -2. 50 Floor Cooridorl/1 -0.010 -7.41 Floor Corridor2/1 -0.024 -19.39 Floor Stair2Corridor/1 0.000 0.47 Floor 2_Storystairl/1 0.009 2.89 Floor Stair2Passage/1 0.241 13.61 Floor Roomll/1 -0.048 -61.71 Floor Rooml2/1 -0.050 -49.22 Floor Room13/1 -0.0�6 -36.78 Floor Rooml4/1 -0.023 -33.00 Page 3 Neutral Conditions doors closed with no wind.txt Floor Room10/1 -0.020 -28.27 Floor Room3/1 -0.004 -8.99 Floor Openspacel/1 -0.007 -67. 55 Floor Room8/1 -0.008 -23.65 Floor Room9/1 -0.012 -21.34 Floor Room15/1 -0.071 -6.25 Floor Room15/1 -0.071 -18.05 Floor Stair6/1 0.237 13.18 Floor Stair6Passage/1 0.235 7.22 Floor Ambt -0.195 -985.32 Floor Rooml/1 -0.170 -62.19 Floor StairlPassage/1 0.222 16. 58 Floor Room2/1 -0.151 -63.66 wall-znt Officel/Garage 0.009 19.69 wall-Int Corridor/Garage 0.010 17.98 wall-5tair 5tair_3/Garage 0.250 16.17 wall-znt Office2/Garage 0.006 3.93 �ouble_�oor_znt Office2/Garage 0.006 94. 51 wall-znt Office2/Garage 0.006 30.70 �ouble_�oor_znt Office2/Garage 0.006 94. 51 wall-znt Office2/Garage 0.006 3.93 �ouble_�oor_znt Corridor/Garage 0.010 125.94 wall-znt Corridor/Garage 0.010 17.91 �oor-Sgle-znt. Corridor/Garage 0.010 62.97 wall-znt Corridor/Garage 0.010 8.47 wall-znt office3/Garage 0.002 15. 53 wall-znt Office4/Garage 0.000 2.28 �ouble_�oor_znt Office4/Garage 0.000 14.95 wall-znt Office4/Garage 0.000 0.61 wall-Elevator Elev_1/Garage 0.175 14.08 wall-znt Nonvest3/Garage 0.000 0.98 wall-znt Nonvest4/Garage 0.000 0. 53 wall-Elevator Elev_2/Garage 0.146 12.86 wall-znt Nonvest3/Garage 0.000 0.49 Missing�oor Nonvest3/Garage 0.000 330.26 Missing�oor Nonvest4/Garage 0.000 150.00 wall-znt Nonvest4/Garage 0.000 0.27 wall-znt office/Garage -0.000 -1.29 Door-Sgle-Int. Elevator_1LObby/Garage 0.155 245. 56 Door-Sgle-Int. Elevator_2LObby/Garage 0.129 224.25 wall-znt Elevator_l�obby/Garage 0.155 120.31 wall-znt Elevator_2�obby/Garage 0.129 109.87 Door-Sgle-Int. Office/Garage -0.000 -6.41 wall-znt Office/Garage -0.000 -1.80 wall-stair Stair_2/Garage 0.242 99.44 �oor-Stair Stairl/Garage 0.192 273.83 wall-Stair Stairl/Garage 0.192 88.60 Door-Stair Stair_2/Garage 0.242 307.34 wall-znt Storage_1/Garage -0.000 -3.45 �oor-Sgle-znt. Storage_1/Garage -0.000 -4.38 �ouble_�oor_znt Storage_1/Garage -0.000 -8.75 wall-znt 5torage_1/Garage -0.000 -1.47 wall-znt Storage_2/Garage -0.000 -4.85 �ouble_�oor_znt Storage_2/Garage -0.000 -20.37 wall-znt Storage_2/Garage -0.000 -2.05 wall-Stair 5tair_1/Garage 0.232 15. 54 �ouble_�oor_znt GarageEngtrance/Garage -0.025 -195.64 wall-znt GarageEngtrance/Garage -0.025 -39.80 �ouble_�oor_znt GarageEngtrance/Garage -0.025 -195.64 wall-Elevator Elevatorshortl/Garage 0.021 10.05 �oor-Elev Elevatorshortl/Garage 0.021 188.00 wall-Stair Stair_1/Garage 0.232 61.19 Door-Stair Stair_1/Garage 0.232 300.67 Page 4 Neutral Conditions doors closed with no wind.txt wall-Elevator Elevatorshort2/Garage -0.151 -14.46 wall-znt GarageEngtrance/Garage -0.025 -48. 57 Storage_1 0.195 68.0 Floor Room15/1 -0.071 -18.05 wall-znt Parking/Garage 0.000 3.45 Door-Sgle-Int. Parking/Garage 0.000 4.38 �ouble_�oor_znt Parking/Garage 0.000 8.75 wall-Int Parking/Garage 0.000 1.47 Storage_2 0.195 68.0 Floor Ambt -0.195 -27.27 wall-Int Parking/Garage 0.000 4.85 �ouble_�oor_znt Parking/Garage 0.000 20.37 wall-znt Parking/Garage 0.000 2.05 ElevatorShortl 0.216 68.0 ElevShort�l ElevShortl/1 0.000 179.39 wall-Elevator Parking/Garage -0.021 -10.05 wall-Stair Stair_1/Garage 0.211 18.66 �oor-Elev Parking/Garage -0.021 -188.00 GarageEngtrance 0.170 68.0 Floor Ambt -0.170 -28.92 �ouble_�oor_znt Parking/Garage 0.025 195.64 wall-Int Parking/Garage 0.025 39.80 �ouble_�oor_znt Parking/Garage 0.025 195.64 wall-Stair 5tair_1/Garage 0.256 20. 57 �oor-Elev Elevatorshort2/Garage -0.126 -462.42 wall-Elevator Elevatorshort2/Garage -0.126 -8.87 wall-Int Parking/Garage 0.025 48. 57 stair_1 0.427 68.0 200_StairGarage Stair_1/1 0.000 437.88 wall-Stair Parking/Garage -0.23� -15. 54 wall-stair Elevatorshortl/Garage -0.211 -18.66 wall-5tair GarageEngtrance/Garage -0.256 -20. 57 wall-Stair Elevatorshort2/Garage -0.383 -21.25 wall-Stair Parking/Garage -0.�32 -61.19 �oor-Stair Parking/Garage -0.232 -300.67 Elevatorshort2 0.044 68.0 Elevshort2_�1 Elevator5hort2/1 -0.000 -507.00 �oor-Elev GarageEngtrance/Garage 0.126 462.42 wall-Stair 5tair_1/Garage 0. 383 21.25 wall-Elevator GarageEngtrance/Garage 0.126 8.87 wall-Elevator Parking/Garage 0.151 14.46 level : 1 elevation: 1.0 ft zone P T path from dP Flowl Flow2 Room6 0.183 68.0 Floor Parking/2 0.012 29.78 wall-Exterior Ambt -0.183 -156. 54 wall-Exterior Ambt -0.183 -78. 50 wall-Int Parking/1 0.012 41.79 Floor Parking/Garage 0.012 35.05 wall-znt Openspacel/1 0.005 2.99 �oor-Sgle-znt. OpenSpacel/1 0.005 42.69 wall-Int RoomS/1 0.005 35.86 �oor-Sgle-znt. OpenSpacel/1 0.005 42.69 wall-Int OpenSpacel/1 0.005 4.20 Parking 0.195 68.0 Garage0pen�2 Parking/2 -0.000 -1355.39 Floor Parking/2 -0.000 -0.32 Floor Storagel/2 0.061 13.61 Floor Storage2/2 0.061 13.62 Floor Ha112/2 0.065 25. 58 Floor Ha113/2 0.067 3.00 Page 5 Neutral Conditions doors closed with no wind.txt Floor Ha114/2 0.063 6.80 Floor Rm8/2 0.032 41.08 Floor Office/2 0.043 33.15 Floor Private/2 0.041 31.35 Floor Bathrooml/2 0.061 31.97 Floor Ha112/2 0.065 17.26 Floor Rm6/2 0.018 3.59 Floor Rm7/2 0.004 1.79 Floor Courtyard/2 0.004 2.82 Floor Rm9/2 0.003 1.48 Floor Rm10/2 0.022 2.57 wall-Exterior Ambt -0.195 -625. 50 Floor Officel/Garage 0.009 32. 56 wall-Int Room6/1 -0.01� -41.79 Floor Office3/Garage 0.002 14.04 Garageopen�l Parking/Garage 0.000 913.92 Floor Corridor/Garage 0.010 21.80 Floor office2/Garage 0.006 21.99 wall-znt Openspace2/1 -0.022 -125.83 wall-Stair 5tair_3/1 0.250 75. 53 wall-Stair Stair_4/1 0.258 76.75 wall-Elevator Elev_1/1 0.175 14.08 wall-znt Nonvest3/1 0.000 0.99 Wall-Int NonVest4/1 0.000 0. 54 wall-Elevator Elev_2/1 0.146 12.86 wall-Stair OpenSpacel/1 -0.007 -15.40 wall-znt Nonvest3/1 0.000 0.49 Missing�oor Nonvest3/1 0.000 332.19 Missing�oor Nonvest4/1 0.000 151.95 Wall-Int NonVest4/1 0.000 0.27 Door-Sgle-Int. Elevator_1LObby/1 0.154 245.32 Door-Sgle-Int. Elevator_2LObby/1 0.129 223.82 wall-znt Elevator_l�obby/1 0.154 120.20 Floor Parking/Garage 0.000 0.23 wall-znt Elevator_2�obby/1 0.129 109.66 wall-Int Entryway/1 -0.009 -3.21 wall-znt Cooridorl/1 -0.010 -8.01 �oor-5gle-znt. Cooridorl/1 -0.010 -63. 54 wall-znt Cooridorl/1 -0.010 -48.03 �oor-Sgle-znt. Cooridorl/1 -0.010 -63. 54 Wall-Int Cooridorl/1 -0.010 -5.84 Door-Sgle-Int. Corridor2/1 -0.024 -96.62 Wall-Int Corridor2/1 -0.024 -145.83 RoomS 0.187 68.0 Floor Parking/2 0.007 23.33 wall-Int Room6/1 -0.005 -35.86 wall-Int OpenSpacel/1 -0.000 -0.17 Floor Parking/Garage 0.007 17.70 �oor-Sgle-znt. OpenSpacel/1 -0.000 -0.74 wall-znt openspacel/1 -0.000 -4.27 Hallway 0.173 68.0 Floor Parking/2 0.022 7.40 �oor-Sgle-znt. Openspace2/1 -0.000 -3.68 Floor Office4/Garage 0.022 3.03 wall-znt Openspace2/1 -0.000 -3.33 wall-znt Openspace2/1 -0.000 -3.33 Floor Office/Garage 0.022 3.36 Floor Parking/Garage 0.022 1.01 Door-Sgle-Int. StairEntry/1 -0.000 -4.44 stair_3 0.445 68.0 233_Stair�ev2 stair_3/2 0.000 1112.18 wall-Stair Parking/1 -0.�50 -75. 53 233_StairGarage Stair_3/Garage -0.000 -702.78 Page 6 Neutral Conditions doors closed with no wind.txt wall-Stair Elev_1/1 -0.075 -16.21 wall-Stair Nonvest3/1 -0.250 -5.71 �oor-Stair Nonvest3/1 -0.250 -311.95 stair_4 0.453 68.0 233_stair�ev2 stair_4/2 0.000 771.79 233_5tairGarage Stair4/Garage -0.000 -537.28 wall-Stair Parking/1 -0.258 -76.75 Door-Stair-0.1 Nonvest4/1 -0.258 -132.14 wall-Stair Nonvest4/1 -0.258 -5.81 wall-5tair Elev_2/1 -0.113 -19.81 openspace2 0.173 68.0 Floor Parking/2 0.022 133. 56 Floor Rm15/2 0.035 17.48 Floor Ha114/2 0.085 7.90 Floor Office/2 0.066 10.40 Floor Rm14/2 0.064 10.26 Floor Rml3/2 0.084 21.75 Floor Ha114/2 0.085 3.95 Floor Rm10/2 0.044 1.42 Floor Ha115/2 0.207 35.85 Floor Rmll/2 0.063 2.48 Floor Rm12/2 0.028 34.06 Floor Ambt -0.173 -5.62 wall-Exterior Ambt -0.173 -152.15 �oor-Sgle-znt. Hallway/1 0.000 3.68 Floor 5toragel/Garage 0.023 15.66 Floor Office3/Garage 0.024 46.85 Floor Office4/Garage 0.022 59.69 wall-znt Parking/1 0.022 125.83 wall-znt Hallway/1 0.000 3.33 wall-znt Hallway/1 0.000 3.33 wall-Exterior Ambt -0.173 -168.03 Floor Parking/Garage 0.022 116.97 Floor Office/Garage 0.0�2 6.90 Floor Office/Garage 0.022 2.01 Floor Parking/Garage 0.022 1.01 wall-Stair 2_storystair2/1 -0.000 -0.26 wall-Int StairEntry/1 -0.000 -0.36 wall-znt Corridor2/1 -0.002 -8.84 Door-Sgle-Int. StairEntry/1 -0.000 -2.48 wall-Stair 2_StoryStair2/1 -0.000 -1.75 Door-Sgle-Int. Corridor2/1 -0.002 -25.91 wall-Stair Stair_5/1 0.215 103.40 wall-Int Room14/1 -0.001 -20.93 wall-Exterior Ambt -0.173 -211.69 wall-Int Room15/1 -0.049 -117.93 wall-Exterior Ambt -0.173 -21.17 Door_DOUble_Ext Ambt -0.173 -30.67 Elev_1 0. 369 68.0 Elevator Elev_1/2 0.000 759.32 wall-Stair Stair_3/1 0.075 16.21 wall-Elevator Parking/1 -0.175 -14.08 14_Elevator Elev_1/Garage -0.000 -378.26 wall-Elevator Nonvest3/1 -0.174 -14.08 �oor-Elev Elevator_l�obby/1 -0.020 -184. 56 �oor-Elev Elevator_l�obby/1 -0.020 -184. 56 Nonvest3 0.195 68.0 Floor Nonvest3/2 0.065 1.93 wall-Stair Stair_3/1 0.250 5.71 Door-Stair Stair_3/1 0.250 311.95 Floor Nonvest3/Garage -0.000 -0.00 wall-Elevator Elev_1/1 0.174 14.08 wall-znt Parking/1 -0.000 -0.99 Page 7 Neutral Conditions doors closed with no wind.txt wall-znt Parking/1 -0.000 -0.49 MissingDOOr Parking/1 -0.000 -332.19 Nonvest4 0.195 68.0 Floor Nonvest4/2 0.066 1.95 �oor-Stair-0.1 Stair_4/1 0.258 132.14 wall-5tair 5tair_4/1 0.258 5.81 Floor Nonvest4/Garage 0.000 0.00 wall-Int Parking/1 -0.000 -0. 54 wall-Elevator Elev_2/1 0.146 12.86 MissingDOOr Parking/1 -0.000 -151.95 wall-znt Parking/1 -0.000 -0.27 Elev_2 0. 340 68.0 Elevator Elev_2/2 0.000 686.15 wall-Stair Stair_4/1 0.113 19.81 wall-Elevator Nonvest4/1 -0.146 -12.86 14_Elevator Elev_2/Garage -0.000 -340. 59 wall-Elevator Parking/1 -0.146 -12.86 Door-Elev Elevator_2�obby/1 -0.017 -169.82 �oor-Elev Elevator_2�obby/1 -0.017 -169.82 Elevator_l�obby 0.349 68.0 Floor Ha112/2 -0.089 -4.04 �oor-Elev Elev_1/1 0.020 184.56 Door-Elev Elev_1/1 0.020 184. 56 Floor Elevator_l�obby/Garage 0.000 0.44 �oor-Sgle-znt. Parking/1 -0.154 -245.32 wall-Int Parking/1 -0.154 -120.20 Elevator_2�obby 0.323 68.0 Floor Ha113/2 -0.062 -6.74 Door-Elev Elev_2/1 0.017 169.82 Door-Elev Elev_2/1 0.017 169.82 Door-Sgle-Int. Parking/1 -0.129 -223.82 Floor Elevator_2�obby/Garage 0.000 0. 57 wall-znt Parking/1 -0.129 -109.66 Room4 0.195 68.0 Floor Parking/2 0.000 4.15 �oor-Sgle-znt. Openspacel/1 -0.007 -52.97 wall-Int Openspacel/1 -0.007 -43.80 wall-Int Room7/1 0.000 3. 50 Floor Parking/Garage 0.000 3.28 Wall-Int Stair2Corridor/1 0.001 4.74 Door-Sgle-Int. OpenSpacel/1 -0.007 -52.97 wall-Int 5tair2Passage/1 0.241 134.09 Room7 0.195 68.0 Floor Parking/2 -0.000 -0.14 wall-znt Room4/1 -0.000 -3. 50 wall-znt openspacel/1 -0.007 -32.12 Floor Parking/Garage -0.000 -0.04 wall-Int Stair2Corridor/1 0.000 35.80 StairEntry 0.173 68.0 Floor Parking/2 0.022 1.15 Door-Sgle-Int. Hallway/1 0.000 4.44 Door-Sgle-Int. 2_Storystair2/1 -0.000 -9.17 wall-Int Openspace2/1 0.000 0.36 Wall-Stair 2_StoryStair2/1 -0.000 -0.41 Floor Parking/Garage 0.022 1.15 �oor-Sgle-znt. OpenSpace2/1 0.000 2.48 2_StoryStair2 0.172 68.0 200_StairLevl 2_StoryStair2/2 0.000 47.47 wall-Stair Openspace2/1 0.000 0.26 Door-Sgle-Int. StairEntry/1 0.000 9.17 wall-Stair StairEntry/1 0.000 0.41 Floor Parking/Garage 0.022 3.67 wall-Stair OpenSpace2/1 0.000 1.75 Page 8 Neutral Conditions doors closed with no wind.txt wall-Stair Ambt -0.172 -55.61 wall-Stair Ambt -0.172 -7.13 Stair2Corridor 0.195 68.0 Floor Parking/2 -0.000 -1.73 wall-znt Room7/1 -0.000 -35.80 Wall-Int Room4/1 -0.001 -4.74 �oor-Sgle-znt. OpenSpacel/1 -0.008 -55.46 Floor Parking/Garage -0.000 -0.47 wall-Stair Stair_2/1 0.242 50.66 wall-Int Stair2Passage/1 0.240 47. 52 Entryway 0.186 68.0 Floor Parking/2 0.009 0.81 Floor Halll/2 0.069 1.78 wall-znt openspacel/1 0.001 1.61 wall-znt Parking/1 0.009 3.21 Door-Sgle-Int. OpenSpacel/1 0.001 20.49 �oor-Sgle-znt. Cooridorl/1 -0.002 -26.77 Floor Parking/Garage 0.009 2. 50 Door-Sgle-Int. Openspacel/1 0.001 20.49 Door-Sgle-Int. Cooridorl/1 -0.002 -26.77 wall-Int Openspacel/1 0.001 1.61 Wall-Int Room8/1 0.001 1.05 Cooridorl 0.185 68.0 Floor Rm6/2 0.028 4. 53 Floor Ha112/2 0.075 1. 52 Floor Rm7/2 0.015 3.28 Floor Rm8/2 0.042 5.56 wall-Int Parking/1 0.010 8.01 �oor-Sgle-znt. Parking/1 0.010 63. 54 wall-Int Parking/1 0.010 48.03 �oor-Sgle-znt. Parking/1 0.010 63. 54 wall-Int Parking/1 0.010 5.84 �oor-Sgle-znt. Entryway/1 0.002 26.77 Floor Parking/Garage 0.010 7.41 �oor-Sgle-znt. ambt -0.185 -268.19 Door-Sgle-Int. Entryway/1 0.002 26.77 �oor-Sgle-znt. 2_storystairl/1 0.020 87.82 Door-Sgle-Int. Room8/1 0.003 32.70 �oor-Sgle-znt. Room9/1 -0.001 -23.46 Wall-Int Room9/1 -0.001 -7.00 �oor-Sgle-znt. Room10/1 -0.009 -60.76 wall-Int Room10/1 -0.009 -25.92 Corridor2 0.171 68.0 Floor Courtyard/2 0.027 4.49 Floor Rm9/2 0.027 8.88 Floor Rm10/2 0.046 5.78 Floor Ha114/2 0.087 1. 56 Floor Rm13/2 0.086 1.98 �oor-Sgle-znt. Parking/1 0.024 96.62 wall-Int Parking/1 0.024 145.83 wall-znt Openspace2/1 0.002 8.84 Door-Sgle-Int. Ambt -0.171 -258.12 Floor Parking/Garage 0.024 19.39 Wall-Int Roomll/1 -0.024 -42.15 �oor-Sgle-znt. Roomll/1 -0.024 -97.31 Wall-Int Roomll/1 -0.024 -20.44 wall-znt Rooml2/1 -0.026 -21.32 Door-Sgle-Int. Rooml2/1 -0.026 -101. 51 wall-znt Room12/1 -0.026 -43.97 wall-Int Room13/1 -0.002 -12.91 �oor-sgle-znt. Room13/1 -0.002 -29.82 Door-Stair Stair_5/1 0.�16 290.38 �oor-Sgle-znt. OpenSpace2/1 0.002 25.91 Page 9 Neutral Conditions doors closed with no wind.txt Door-Sgle-Int. Rooml4/1 0.001 17.87 2_StoryStairl 0.204 68.0 200_Stair�evl 2_Storystairl/2 0.000 172.22 �oor-Sgle-znt. Cooridorl/1 -0.020 -87.82 Floor Parking/Garage -0.009 -2.89 Door-Sgle-Int. Room8/1 -0.017 -81. 51 Stair_2 0.437 68.0 200_Stair�evl Stair_2/2 0.000 958. 53 wall-Stair Stair2Corridor/1 -0.242 -50.66 200_StairGarage Stair_2/Garage -0.000 -406.78 2by2opening Stair2Passage/1 -0.002 -444.45 wall-Stair Openspacel/1 -0.250 -56.63 Stair_5 0. 387 68.0 200_Stair�evl Stair_5/2 0.000 756.22 Door-Stair Corridor2/1 -0.216 -290.38 200_StairGarage Stairl/Garage -0.000 -362.44 wall-Stair OpenSpace2/1 -0.215 -103.40 stair2Passage 0.436 68.0 Floor Rm3/2 -0.226 -9.84 Wall-Int Room4/1 -0.241 -134.09 wall-znt Stair2Corridor/1 -0.240 -47. 52 Door-Sngl-Ext Ambt -0.436 -55.97 Floor Parking/Garage -0.241 -13.61 2by2opening Stair_2/1 0.002 444.45 wall-znt Room3/1 -0.245 -135.12 wall-Int OpenSpacel/1 -0.248 -48.30 Roomll 0.147 68.0 Floor Courtyard/2 0.052 21. 55 Floor Ambt -0.147 -5.18 Wall-Int Corridor2/1 0.024 42.15 Door-Sgle-Int. Corridor2/1 0.024 97.31 Wall-Int Corridor2/1 0.024 20.44 wall-Exterior Ambt -0.147 -74.84 wall-Exterior Ambt -0.147 -56.09 wall-Exterior Ambt -0.147 -27.64 Floor Parking/Garage 0.048 61.71 Wall-Int Room12/1 -0.002 -20.84 wall-Exterior Ambt -0.147 -30.99 Door-Sngl-Ext Ambt -0.147 -27. 58 Rooml2 0.145 68.0 Floor Rm9/2 0.053 38.06 Floor Courtyard/2 0.054 2.67 Floor Ambt -0.145 -10.28 wall-Int Corridor2/1 0.026 21.32 �oor-Sgle-znt. Corridor2/1 0.026 101. 51 wall-Int Corridor2/1 0.026 43.97 Wall-Int Roomll/1 0.002 20.84 Floor Parking/Garage 0.050 49.22 Wall-Int Rooml3/1 0.024 82.78 wall-Exterior Ambt -0.145 -322.76 �oor-Sngl-Ext Ambt -0.145 -27.32 Room13 0.169 68.0 Floor Rm10/2 0.048 38. 53 Floor Ambt -0.169 -11.11 wall-znt Corridor2/1 0.002 12.91 Door-Sgle-Int. Corridor2/1 0.002 29.82 Wall-Int Rooml2/1 -0.024 -82.78 Floor Parking/Garage 0.026 36.78 wall-znt Room14/1 0.003 29.66 wall-Exterior Ambt -0.169 -23.60 �oor-Sngl-Ext Ambt -0.169 -30.20 Rooml4 0.172 68.0 Floor Rm10/2 0.045 1.43 Page 10 Neutral Conditions doors closed with no wind.txt Floor Rmll/2 0.064 70.23 Floor Ambt -0.172 -11.21 �oor-Sgle-znt. Corridor2/1 -0.001 -17.87 wall-Int Room13/1 -0.003 -29.66 Floor Parking/Garage 0.023 33.00 wall-znt openspace2/1 0.001 20.93 �oor-Sngl-Ext ambt -0.172 -30. 56 wall-Exterior Ambt -0.172 -36.29 Room3 0.191 68.0 Floor Rm3/2 0.019 18.49 wall-Int Stair2Passage/1 0.245 135.12 wall-Exterior Ambt -0.191 -95.06 Floor Parking/Garage 0.004 8.99 wall-znt openspacel/1 -0.003 -34.80 �oor-sngl-Ext Ambt -0.191 -32.74 openspacel 0.187 68.0 Floor Parking/2 0.007 46.67 Floor Halll/2 0.068 5.28 Floor Rm5/2 0.025 17.14 Floor Rm4/2 0.029 4.52 Floor Ambt -0.187 -11.71 Floor Rm3/2 0.022 14.09 Floor Rm2/2 -0.018 -3.67 wall-Int Room6/1 -0.005 -2.99 �oor-Sgle-znt. Room6/1 -0.005 -42.69 Door-Sgle-Int. Room6/1 -0.005 -42.69 wall-Int Room6/1 -0.005 -4.20 wall-Int RoomS/1 0.000 0.17 Door-Sgle-Int. RoomS/1 0.000 0.74 wall-Int RoomS/1 0.000 4.27 �oor-Sgle-znt. Room4/1 0.007 52.97 wall-Stair Parking/1 0.007 15.40 wall-Exterior Ambt -0.187 -204.48 Wall-Int Room4/1 0.007 43.80 Wall-Int Room7/1 0.007 32.12 wall-Int Entryway/1 -0.001 -1.61 �oor-Sgle-znt. Entryway/1 -0.001 -20.49 Door-Sgle-Int. Stair2Corridor/1 0.008 55.46 Door-Sgle-Int. Entryway/1 -0.001 -20.49 wall-Int Entryway/1 -0.001 -1.61 �oor-Sgle-znt. Room4/1 0.007 52.97 Door_DOUble_Ext Ambt -0.187 -32.35 wall-Int Stair2Passage/1 0.248 48.30 wall-5tair Stair_2/1 0.250 56.63 wall-znt Room3/1 0.003 34.80 Floor Parking/Garage 0.007 67. 55 Wall-Int Room8/1 -0.000 -9.42 Wall-Exterior Ambt -0.187 -47.10 wall-Stair Stair6/1 0.245 52.66 wall-znt Stair6Passage/1 0.243 100.93 wall-Exterior Ambt -0.187 -38.14 Door_DOUble_Ext Ambt -0.187 -32.35 wall-Exterior ambt -0.187 -51.30 Wall-Exterior Ambt -0.187 -26.42 Door-Sngl-Ext Ambt -0.187 -32.35 Wall-Exterior Ambt -0.187 -80.41 Room8 0.187 68.0 Floor Halll/2 0.068 1. 55 Floor Rm6/2 0.025 10.75 Floor Rm5/2 0.025 20.94 Floor Ambt -0.187 -11.71 �oor-Sgle-znt. Cooridorl/1 -0.003 -32.70 wall-znt Entryway/1 -0.001 -1.05 Page 11 Neutral Conditions doors closed with no wind.txt �oor-Sgle-znt. 2_StoryStairl/1 0.017 81. 51 wall-znt openspacel/1 0.000 9.42 Floor Parking/Garage 0.008 23.65 wall-Int Room9/1 -0.004 -30.99 wall-Exterior ambt -0.187 -39.04 Door-Sngl-Ext Ambt -0.187 -32.33 Room9 0.183 68.0 Floor Rm7/2 0.016 1.01 Floor Rm6/2 0.029 30.01 Floor Ambt -0.183 -11. 58 Door-Sgle-Int. Cooridorl/1 0.001 23.46 wall-Int Cooridorl/1 0.001 7.00 wall-znt Room8/1 0.004 30.99 Floor Parking/Garage 0.01� 21.34 wall-znt Room10/1 -0.008 -39.72 wall-Exterior Ambt -0.183 -30.66 �oor-Sngl-Ext Ambt -0.183 -31.86 Room10 0.175 68.0 Floor Rm8/2 0.052 4.68 Floor Rm7/2 0.024 23.15 Floor Ambt -0.175 -11.32 �oor-5gle-znt. Cooridorl/1 0.009 60.76 wall-znt Cooridorl/1 0.009 25.92 wall-Exterior Ambt -0.175 -99. 54 wall-Exterior Ambt -0.175 -40.70 Floor Parking/Garage 0.020 28.27 wall-znt Room9/1 0.008 39.72 Door-Sngl-Ext Ambt -0.175 -30.94 Room15 0.124 68.0 Floor Rm12/2 0.077 20.86 Floor Ambt -0.124 -9.51 wall-Int OpenSpace2/1 0.049 117.93 Floor Parking/Garage 0.071 6.25 Floor Storage_1/Garage 0.071 18.05 wall-Exterior Ambt -0.124 -111.96 Floor Parking/Garage 0.071 18.05 Door_DOUble_Ext Ambt -0.124 -24.68 wall-Exterior Ambt -0.124 -34.99 Stair6 0.432 68.0 200_Stair�evl Stair6/2 0.000 612.69 2by2opening Stair6Passage/1 -0.002 -522. 58 Floor Parking/Garage -0.237 -13.18 wall-Stair OpenSpacel/1 -0.245 -52.66 wall-5tair Stair6Passage/1 -0.002 -2.64 wall-Stair Ambt -0.432 -21.63 Stair6Passage 0.430 68.0 Floor Rm2/2 -0.261 -7.60 2by2opening Stair6/1 0.002 522.58 Floor Parking/Garage -0.235 -7.22 wall-Stair Stair6/1 0.002 2.64 wall-znt Openspacel/1 -0.243 -100.93 Door-Stair Ambt -0.430 -409.48 Rooml 0.025 68.0 Floor Rml/2 0.144 51.18 Floor Ambt -0.025 -2.13 wall-Exterior Ambt -0.025 -46.85 �oor-Sgle-znt. ambt -0.025 -98.43 wall-Exterior Ambt -0.025 -32.84 �oor-Sgle-znt. Ambt -0.025 -98.43 Floor Parking/Garage 0.170 62.19 wall-znt StairlPassage/1 0.392 156. 52 wall-Elevator Elevshortl/1 0.191 15.65 Wall-Stair Stair_1/1 0.402 20.46 Page 12 Neutral Conditions doors closed with no wind.txt wall-Exterior Ambt -0.025 -27.33 Elevshortl 0.216 68.0 Elevshort�l Elevshortl/2 -0.000 -426.68 wall-Elevator Rooml/1 -0.191 -15.65 wall-Elevator StairlPassage/1 0.201 20.80 ElevShort�l Elevatorshortl/Garage -0.000 -179.39 wall-Stair stair_1/1 0.211 17.35 �oor-Elev 5tairlPassage/1 0.201 583. 58 Stair_1 0.427 68.0 200_StairLevl Stair_1/2 0.000 2017.77 Wall-Stair Rooml/1 -0.402 -20.46 wall-5tair Elevshortl/1 -0.211 -17.35 200_StairGarage Stair_1/Garage -0.000 -437.88 wall-Stair Ambt -0.427 -24.68 wall-Stair StairlPassage/1 -0.010 -3.73 wall-5tair Elevatorshort2/1 -0.383 -23.37 2by2opening StairlPassage/1 -0.010 -1465.77 wall-Elevator Room2/1 -0. 383 -24. 52 StairlPassage 0.417 68.0 Floor Rml/2 -0.249 -47.20 wall-znt Rooml/1 -0.392 -156. 52 Door-Sgle-Int. Ambt -0.417 -403.20 wall-Elevator Elevshortl/1 -0.201 -20.80 Floor Parking/Garage -0.222 -16. 58 �oor-Elev Elevshortl/1 -0.201 -583. 58 wall-Stair 5tair_1/1 0.010 3.73 2by2opening Stair_1/1 0.010 1465.77 wall-Int Room2/1 -0.373 -241.62 Elevatorshort2 0.044 68.0 Elevshort2_�1 Elevator5hort2/2 -0.000 -247.34 Door-Elev Ambt -0.044 -272.64 wall-Stair Stair_1/1 0. 383 23.37 Elevshort2_�1 Elevatorshort2/Garage 0.000 507.00 wall-Elevator Ambt -0.044 -9.72 wall-Elevator Room2/1 -0.000 -0.67 Room2 0.044 68.0 Floor Ambt -0.044 -5.65 Floor Rml/2 0.125 52.60 Wall-Exterior Ambt -0.044 -51.44 wall-znt StairlPassage/1 0.373 241.62 wall-Elevator Stair_1/1 0. 383 24. 52 wall-Elevator ElevatorShort2/1 0.000 0.67 Floor Parking/Garage 0.151 63.66 wall-Exterior Ambt -0.044 -29.74 Door-Sgle-Int. Ambt -0.044 -130.39 wall-Exterior Ambt -0.044 -35.47 Door-Sgle-Int. Ambt -0.044 -130.39 level : 2 elevation: 15.0 ft zone P T path from dP Flowl Flow2 Parking 0.195 68.0 Floor Ambt -0.195 -47.77 Floor Ambt -0.195 -59.72 Floor Rm5/3 0.030 17.13 Floor Rm9/3 -0.153 -132.45 Floor Entrance3/3 0.249 11.88 Floor Courtyard/3 0.004 12.09 Floor Entrance4/3 0.257 7.68 Floor Rm6/3 -0.009 -11.97 Floor Rm7/3 -0.022 -29.43 Floor Rm8/3 -0.039 -42. 53 Floor Entrance2/3 0.032 7.40 Page 13 Neutral Conditions doors closed with no wind.txt Floor OpenAreal/3 -0.004 -96.70 Floor Bathroom/3 0.015 30.60 Floor Entrance5/3 -0.017 -0.44 Floor Ambt -0.195 -59.72 Floor Ha112/3 0.039 6.71 Floor Rm10/3 -0.137 -75.01 Floor Ha112/3 0.039 2.01 Floor Rmll/3 -0.022 -2.02 Floor Ambt -0.195 -11.94 Floor Rmll/3 -0.022 -2.02 Floor Ambt -0.195 -5.97 wall-Exterior Ambt -0.195 -967. 52 Floor Room6/1 -0.012 -29.78 Garage0pen�2 Parking/1 0.000 1355.39 Floor Parking/1 0.000 0.32 wall-Exterior Ambt -0.195 -178.04 wall-znt RmlS/2 0.013 55.10 Floor RoomS/1 -0.007 -23.33 Floor Openspace2/1 -0.022 -133. 56 Floor Hallway/1 -0.022 -7.40 wall-Exterior ambt -0.195 -290.49 wall-znt 5toragel/2 0.061 60.61 wall-znt storage2/2 0.061 60.67 wall-Stair 5tair_3/2 0.250 58.93 wall-Stair Stair_4/2 0.258 59.89 wall-Elevator Elev_1/2 0.175 14.08 wall-Elevator Elev_2/2 0.146 12.86 wall-znt Ha113/2 0.067 10. 57 wall-znt Ha114/2 0.063 86.98 wall-Int Rm14/2 0.041 51.62 wall-znt Ha112/2 0.065 227.94 Floor Room7/1 0.000 0.14 wall-Stair 2_StoryStair2/2 -0.022 -2. 57 Floor Room4/1 -0.000 -4.15 Floor Openspacel/1 -0.007 -46.67 Door-Sgle-Int. 2_Storystair2/2 -0.022 -93. 56 Floor StairEntry/1 -0.022 -1.15 Wall-Stair 2_StoryStair2/2 -0.022 -4.22 wall-znt Rm13/2 0.062 55.90 Floor Entryway/1 -0.009 -0.81 wall-Stair 2_StoryStair2/2 -0.022 -17.24 Floor Stair2Corridor/1 0.000 1.73 wall-Stair Stair_2/2 0.242 68.04 wall-Exterior Ambt -0.195 -37.08 wall-znt Rm3/2 0.015 24.05 wall-Int Rm4/2 0.022 16.19 wall-znt Halll/2 0.060 48.33 wall-5tair 5tair_5/2 0.192 14.19 wall-Exterior Ambt -0.195 -115.96 wall-Int Ha115/2 0.184 152.20 Stair_3 0.445 68.0 233_Stair_11. 5 Stair_3/3 0.000 1474. 56 wall-Stair Parking/2 -0.250 -58.93 233_5tair�ev2 Stair_3/1 -0.000 -1112.18 wall-Stair Storagel/2 -0.189 -14.07 wall-Stair Elev_1/2 -0.075 -16.22 wall-Stair Nonvest3/2 -0.185 -4.91 �oor-5tair Nonvest3/2 -0.185 -268.26 Stair_4 0.453 68.0 233_Stair_11. 5 Stair_4/3 0.000 984.71 wall-Stair Storage2/2 -0.197 -14.36 233_5tairLev2 Stair_4/1 -0.000 -771.79 wall-Stair Parking/2 -0.258 -59.89 Page 14 Neutral Conditions doors closed with no wind.txt �oor-Stair-0.1 Nonvest4/2 -0.192 -113.85 wall-Stair Nonvest4/2 -0.192 -5.00 wall-Stair Elev_2/2 -0.113 -19.81 storagel 0.256 68.0 wall-znt Parking/2 -0.061 -60.61 wall-5tair 5tair_3/2 0.189 14.07 Floor Parking/1 -0.061 -13.61 wall-Int Nonvest3/2 0.005 4.41 Door-Sgle-Int. Ha112/2 0.004 41.16 wall-Int Ha112/2 0.004 14. 58 Storage2 0.256 68.0 wall-Int Parking/2 -0.061 -60.67 wall-Stair Stair_4/2 0.197 14.36 Floor Parking/1 -0.061 -13.62 wall-znt Nonvest4/2 0.006 4.93 Door-Sgle-Int. Ha112/2 0.004 40.60 wall-znt Ha112/2 0.004 14.39 Elev_1 0. 369 68.0 11. 5_Elevator Elev_1/3 0.000 1628.77 wall-Stair 5tair_3/2 0.075 16.22 wall-Elevator Parking/2 -0.175 -14.08 Elevator Elev_1/1 -0.000 -759.32 wall-Elevator Nonvest3/2 -0.109 -11.14 �oor-Elev Ha112/2 -0.109 -430.22 �oor-Elev Ha112/2 -0.109 -430.22 Nonvest3 0.260 68.0 Floor Nonvest3/3 -0.026 -1.22 wall-5tair Stair_3/2 0.185 4.91 �oor-Stair Stair_3/2 0.185 268.26 Floor Nonvest3/1 -0.065 -1.93 Wall-Elevator Elev_1/2 0.109 11.14 wall-znt 5toragel/2 -0.005 -4.41 Wall-Int Ha112/2 -0.000 -0.43 Missing�oor Ha112/2 -0.000 -276.33 Nonvest4 0.261 68.0 Floor Nonvest4/3 -0.078 -2.11 �oor-Stair-0.1 Stair_4/2 0.192 113.85 wall-5tair 5tair_4/2 0.192 5.00 Floor Nonvest4/1 -0.066 -1.95 wall-znt 5torage2/2 -0.006 -4.93 wall-Elevator Elev_2/2 0.079 9.48 Missing�oor Ha113/2 -0.000 -119.11 Wall-Int Ha113/2 -0.000 -0.22 Elev_2 0. 340 68.0 11. 5_Elevator Elev_2/3 0.000 1420.07 wall-Stair Stair_4/2 0.113 19.81 wall-Elevator Nonvest4/2 -0.079 -9.48 Elevator Elev_2/1 -0.000 -686.15 wall-Elevator Parking/2 -0.146 -12.86 �oor-Elev Ha113/2 -0.079 -365.70 �oor-Elev Ha113/2 -0.079 -365.70 Ha112 0.260 68.0 Floor Ha112/3 -0.026 -9.39 Floor Courtyard/3 -0.062 -16.78 Floor Rm4/3 -0.061 -10.03 Door-Elev Elev_1/2 0.109 430.22 Door-Elev Elev_1/2 0.109 430.22 wall-Int Nonvest3/2 0.000 0.43 MissingDOOr Nonvest3/2 0.000 276.33 �oor-5gle-znt. Storagel/2 -0.004 -41.16 wall-znt Storagel/2 -0.004 -14. 58 �oor-Sgle-znt. Storage2/2 -0.004 -40.60 wall-znt Storage2/2 -0.004 -14.39 Page 15 Neutral Conditions doors closed with no wind.txt Floor Elevator_l�obby/1 0.089 4.04 Floor Parking/1 -0.065 -25.58 �ouble_�oor_znt Ha113/2 0.001 46. 57 west_open Ha113/2 0.001 270.38 wall-znt Rm8/2 -0.033 -60.97 Door-Sgle-Int. Rm8/2 -0.033 -113.78 wall-znt Rm8/2 -0.033 -60.23 wall-Int Rm8/2 -0.033 -60.97 �oor-Sgle-znt. Private/2 -0.025 -97.73 Door-Sgle-Int. Private/2 -0.025 -97.73 wall-znt Private/2 -0.025 -82.09 Door-Sgle-Int. Private/2 -0.025 -97.73 �oor-sgle-znt. Bathrooml/2 -0.004 -39. 55 wall-Int Bathrooml/2 -0.004 -15. 57 �oor-Sgle-znt. Bathrooml/2 -0.004 -39. 55 wall-Int Parking/2 -0.065 -227.94 Floor Parking/1 -0.065 -17.26 Door-Sgle-Int. Rm6/2 -0.047 -136.06 �ouble_�oor_znt Halll/2 -0.005 -85.86 Floor Cooridorl/1 -0.075 -1.52 wall-Int Rm6/2 -0.047 -44.65 wall-Stair 2_Storystairl/2 -0.056 -6.48 Ha113 0.261 68.0 Floor Ha113/3 -0.078 -7.54 Missing�oor Nonvest4/2 0.000 119.11 Wall-Int NonVest4/2 0.000 0.22 �oor-Elev Elev_2/2 0.079 365.70 �oor-Elev Elev_2/2 0.079 365.70 wall-znt Parking/2 -0.067 -10. 57 Double_DOOr_Int Ha112/2 -0.001 -46. 57 Floor Parking/1 -0.067 -3.00 Floor Elevator_2�obby/1 0.062 6.74 �oor-Sgle-znt. Ha114/2 -0.003 -36.41 west_open Ha112/2 -0.001 -270.38 East_Open Ha114/2 -0.003 -422.94 wall-Int Bathrooml/2 -0.005 -14.16 �oor-Sgle-znt. Bathrooml/2 -0.005 -45.89 Ha114 0.258 68.0 Floor Ha113/3 -0.074 -14.23 Floor Rm12/3 -0.086 -15.88 wall-znt Parking/2 -0.063 -86.98 wall-Int Rm15/2 -0.051 -53.43 �oor-Sgle-znt. Ha113/2 0.003 36.41 Floor Parking/1 -0.063 -6.80 East_Open Ha113/2 0.003 422.94 wall-znt office/2 -0.0�0 -88.40 Floor OpenSpace2/1 -0.085 -7.90 wall-Int Rm14/2 -0.022 -5.33 Door-Sgle-Int. Rml4/2 -0.022 -92.24 Door-Sgle-Int. Rm13/2 -0.001 -21.10 �oor-Sgle-znt. Office/2 -0.020 -87.47 Door-Sgle-Int. Rm10/2 -0.041 -126.95 wall-znt Rm13/2 -0.001 -6.65 Door-Sgle-Int. Rm13/2 -0.001 -21.10 Wall-Int Rml3/2 -0.001 -2.22 Floor Corridor2/1 -0.087 -1. 56 wall-znt Rm10/2 -0.041 -36.66 Floor OpenSpace2/1 -0.085 -3.95 wall-znt Ha115/2 0.121 8.13 wall-Int Rmll/2 -0.022 -6.09 Door-Sgle-Int. Ha115/2 0.121 217.46 Rm15 0.207 68.0 Floor Ambt -0.207 -1.54 Page 16 Neutral Conditions doors closed with no wind.txt Floor Rm8/3 -0.051 -0.77 Floor Rm9/3 -0.166 -5.51 Floor Rm8/3 -0.051 -4. 59 Floor Rm9/3 -0.166 -8.27 Floor Entrance5/3 -0.029 -0.79 Floor Ha113/3 -0.024 -4.16 Floor Rm10/3 -0.149 -5.23 wall-Int Parking/2 -0.013 -55.10 wall-znt Ha114/2 0.051 53.43 Floor openspace2/1 -0.035 -17.48 wall-Int Rm14/2 0.029 50.00 Rm8 0.227 68.0 Floor Rm4/3 -0.028 -29.35 wall-znt Ha112/2 0.033 60.97 �oor-sgle-znt. Ha112/2 0.033 113.78 wall-znt Ha112/2 0.033 60.23 wall-znt Ha112/2 0.033 60.97 Floor Parking/1 -0.03� -41.08 wall-Int Private/2 0.009 24.47 wall-Int Rm6/2 -0.014 -21.55 Floor Cooridorl/1 -0.042 -5. 56 �oor-5gle-znt. Courtyard/2 -0.028 -105.15 wall-znt Rm7/2 -0.028 -97.89 Floor Room10/1 -0.052 -4.68 wall-Int Courtyard/2 -0.028 -15.18 Bathrooml 0.256 68.0 Floor Courtyard/3 -0.058 -2.43 Door-Sgle-Int. Ha112/2 0.004 39. 55 wall-znt Ha112/2 0.004 15. 57 Door-Sgle-Int. Ha112/2 0.004 39. 55 wall-znt Ha113/2 0.005 14.16 Door-Sgle-Int. Ha113/2 0.005 45.89 wall-znt Private/2 -0.020 -31.67 wall-znt office/2 -0.018 -29.37 Floor Parking/1 -0.061 -31.97 wall-Int Rm9/2 -0.058 -59.27 Office 0.238 68.0 Floor Rm12/3 -0.067 -87.21 wall-Int Ha114/2 0.020 88.40 wall-Int Bathrooml/2 0.018 29.37 Floor Parking/1 -0.043 -33.15 Floor openspace2/1 -0.066 -10.40 Door-Sgle-Int. Ha114/2 0.020 87.47 wall-Int Rm9/2 -0.041 -8.25 wall-znt Rm10/2 -0.022 -66.24 Private 0.236 68.0 Floor Courtyard/3 -0.037 -25.66 Floor Courtyard/3 -0.037 -15.63 �oor-Sgle-znt. Ha112/2 0.025 97.73 Door-Sgle-Int. Ha112/2 0.025 97.73 wall-znt Ha112/2 0.025 82.09 Door-Sgle-Int. Ha112/2 0.025 97.73 Wall-Int Rm8/2 -0.009 -24.47 wall-Int Bathrooml/2 0.020 31.67 Floor Parking/1 -0.041 -31.35 �oor-Sgle-znt. Courtyard/2 -0.037 -120.21 wall-znt Courtyard/2 -0.037 -69.42 �oor-5gle-znt. Courtyard/2 -0.037 -120.21 Rm14 0.236 68.0 Floor Rm9/3 -0.195 -2.27 Floor Entrance5/3 -0.058 -l.11 Floor Ha113/3 -0.05� -1. 55 Floor Rm10/3 -0.178 -11.41 Page 17 Neutral Conditions doors closed with no wind.txt wall-znt Parking/2 -0.041 -51.62 wall-Int Rm15/2 -0.029 -50.00 wall-znt Ha114/2 0.022 5.33 Floor Openspace2/1 -0.064 -10.26 Door-Sgle-Int. Ha114/2 0.022 92.24 wall-Int Rm13/2 0.021 30.64 Rm13 0.257 68.0 Floor Rm10/3 -0.199 -22.49 Floor Ha113/3 -0.073 -10.97 wall-Int Rm14/2 -0.021 -30.64 Door-Sgle-Int. Ha114/2 0.001 21.10 Floor Openspace2/1 -0.084 -21.75 wall-znt Parking/2 -0.062 -55.90 wall-znt Ha114/2 0.001 6.65 Door-Sgle-Int. Ha114/2 0.001 21.10 Wall-Int Ha114/2 0.001 2.22 Floor Corridor2/1 -0.086 -1.98 wall-Stair Stair_5/2 0.130 29.35 wall-Stair Stair_5/2 0.130 11.68 wall-Int Ha115/2 0.122 51.62 2_Storystair2 0.172 68.0 Floor Rm10/3 -0.114 -4. 57 Floor Ambt -0.172 -2.81 wall-Stair Parking/2 0.022 2. 57 �oor-Sgle-znt. Parking/2 0.022 93. 56 wall-Stair Parking/2 0.022 4.22 200_StairLevl 2_StoryStair2/1 -0.000 -47.47 wall-Stair Parking/2 0.022 17.24 wall-Stair Ambt -0.172 -55.61 wall-Stair Ambt -0.172 -7.13 2_Storystairl 0.204 68.0 Floor Ha112/3 0.030 0.47 Floor Rm4/3 -0.005 -1.98 wall-znt Halll/2 0.051 15.87 wall-Stair Ha112/2 0.056 6.48 200_StairLevl 2_StoryStairl/1 -0.000 -172.22 wall-Stair Rm6/2 0.008 7.46 Door-Stair Halll/2 0.051 140.94 wall-znt Rm5/2 0.008 2.97 Rm9 0.198 68.0 Floor Rml2/3 -0.026 -18.25 wall-Int Bathrooml/2 0.058 59.27 wall-znt Office/2 0.041 8.25 Floor Parking/1 -0.003 -1.48 Floor Corridor2/1 -0.027 -8.88 wall-Int Courtyard/2 0.001 9.00 Floor Rooml2/1 -0.053 -38.06 wall-Int Rm10/2 0.019 41.56 �oor-Sngl-Ext Ambt -0.198 -33. 51 wall-Exterior Ambt -0.198 -17.89 Rm10 0.217 68.0 Floor Rm12/3 -0.045 -28.63 Floor Rm12/3 -0.045 -4.29 Floor Ambt -0.�17 -62.96 wall-znt Office/2 0.022 66.24 Floor Parking/1 -0.022 -2.57 �oor-Sgle-znt. Ha114/2 0.041 126.95 Floor Corridor2/1 -0.046 -5.78 wall-znt Rm9/2 -0.019 -41.56 wall-znt Ha114/2 0.041 36.66 Floor Room13/1 -0.048 -38. 53 Floor Room14/1 -0.045 -1.43 Floor OpenSpace2/1 -0.044 -1.42 Page 18 Neutral Conditions doors closed with no wind.txt wall-znt Rmll/2 0.019 44.32 wall-Exterior Ambt -0.217 -29.64 �oor-Sngl-Ext Ambt -0.217 -35. 54 Wall-Exterior Ambt -0.217 -21.81 Stair_2 0.437 68.0 200_Stair_11. 5 Stair_2/3 0.000 1646.87 wall-Stair Parking/2 -0.242 -68.04 200_5tair�evl Stair_2/1 -0.000 -958. 53 wall-znt Rm4/2 -0.220 -23.85 Wall-Int Halll/2 -0.182 -21.67 �oor-Stair Rm4/2 -0.220 -293.11 Door-Stair Halll/2 -0.182 -266.33 wall-Stair Rm5/2 -0.225 -15.33 Stair_5 0. 387 68.0 200_Stair_11. 5 Stair_5/3 0.000 2105.21 wall-Stair Rm13/2 -0.130 -29.35 wall-Stair Rml3/2 -0.130 -11.68 200_Stair�evl Stair_5/1 -0.000 -756.22 wall-Stair Parking/2 -0.192 -14.19 2by2opening Ha115/2 -0.008 -1286. 51 wall-Stair Ha115/2 -0.008 -7.26 Halll 0.255 68.0 Floor Openareal/3 -0.065 -2.10 Floor Ha112/3 -0.021 -2.95 Floor Rm4/3 -0.056 -3.21 Double_DOOr_Int Ha112/2 0.005 85.86 wall-Int 2_Storystairl/2 -0.051 -15.87 Floor Entryway/1 -0.069 -1.78 �oor-Stair 2_StoryStairl/2 -0.051 -140.94 wall-Int Parking/2 -0.060 -48.33 Floor Room8/1 -0.068 -1. 55 wall-Int Stair_2/2 0.182 21.67 �oor-Stair Stair_2/2 0.182 266.33 Floor openspacel/1 -0.068 -5.28 wall-Int Rm5/2 -0.043 -12.28 Door-Sgle-Int. Rm5/2 -0.043 -129.07 wall-Int Rm5/2 -0.043 -10.50 Rm7 0.199 68.0 Floor Rm4/3 -0.000 -0.12 Floor Ambt -0.199 -9.06 Floor Rm4/3 -0.000 -1.85 Floor Parking/1 -0.004 -1.79 Floor Cooridorl/1 -0.015 -3.28 wall-Int Rm6/2 0.013 54.22 wall-znt Rm8/2 0.028 97.89 Floor Room9/1 -0.016 -1.01 Floor Room10/1 -0.024 -23.15 wall-Exterior Ambt -0.199 -58.63 �oor-Sngl-Ext Ambt -0.199 -33.66 wall-Exterior Ambt -0.199 -19. 54 Courtyard 0.198 68.0 Floor Ambt -0.198 -120. 51 Phantom_Connect Courtyard/3 0.000 202.42 wall-Int Rm4/3 0.001 5.18 wall-znt Rml2/3 -0.027 -37.06 wall-Exterior Ambt -0.198 -141.83 �oor-Sgle-znt. Private/2 0.037 120.21 wall-Int Private/2 0.037 69.42 Door-Sgle-Int. Private/2 0.037 120.21 Floor Parking/1 -0.004 -2.82 Floor Corridor2/1 -0.027 -4.49 Door-Sgle-Int. Rm8/2 0.0�8 105.15 wall-znt Rm9/2 -0.001 -9.00 Page 19 Neutral Conditions doors closed with no wind.txt Wall-Int Rm8/2 0.028 15.18 Floor Ambt -0.198 -42.18 Floor Roomll/1 -0.052 -21. 55 Floor Room12/1 -0.054 -2.67 �oor-Sngl-Ext ambt -0.198 -33. 57 wall-Exterior Ambt -0.198 -130.01 �oor-Sngl-Ext ambt -0.198 -33. 57 wall-Exterior Ambt -0.198 -58. 51 Ha115 0. 379 68.0 Floor Rm10/3 -0.321 -1.92 Floor Rmll/3 -0.207 -61.50 Floor Ambt -0.379 -4.17 wall-znt Rm13/2 -0.122 -51.62 2by2opening Stair_5/2 0.008 1286. 51 wall-Stair Stair_5/2 0.008 7.26 wall-Int Ha114/2 -0.121 -8.13 Door-Sgle-Int. Ha114/2 -0.121 -217.46 Floor Openspace2/1 -0.207 -35.85 wall-Int Rmll/2 -0.143 -145.86 Door-Sgle-Int. Rmll/2 -0.143 -236.45 wall-Int Parking/2 -0.184 -152.20 wall-Int Rm12/2 -0.178 -18.45 �oor-Sgle-znt. Rm12/2 -0.178 -263.76 wall-Int Rm12/2 -0.178 -18.45 �oor-Sngl-Ext Ambt -0. 379 -51.15 wall-Exterior Ambt -0.379 -26.80 Rm6 0.213 68.0 Floor Rm4/3 -0.014 -11.03 Floor Ambt -0.213 -24.94 wall-Int Rm8/2 0.014 21. 55 �oor-sgle-znt. Ha112/2 0.047 136.06 Floor Parking/1 -0.018 -3. 59 Floor Cooridorl/1 -0.028 -4.53 wall-Int Ha112/2 0.047 44.65 wall-znt Rm7/2 -0.013 -54.22 wall-Stair 2_Storystairl/2 -0.008 -7.46 Floor Room8/1 -0.025 -10.75 Floor Room9/1 -0.029 -30.01 wall-Int Rm5/2 0.000 27.47 Wall-Exterior Ambt -0.213 -27.72 �oor-Sngl-Ext Ambt -0.213 -35.10 wall-Exterior Ambt -0.213 -20.38 Rmll 0.236 68.0 Floor Rmll/3 -0.063 -3.40 Floor Rm12/3 -0.064 -13.69 Floor Ambt -0.236 -65.70 wall-znt Ha114/2 0.022 6.09 wall-znt Ha115/2 0.143 145.86 �oor-Sgle-znt. Ha115/2 0.143 236.45 Floor openspace2/1 -0.063 -2.48 Floor Rooml4/1 -0.064 -70.23 wall-Int Rm10/2 -0.019 -44.32 wall-znt Rm12/2 -0.035 -98.18 wall-Exterior Ambt -0.236 -52.84 Door-Sngl-Ext Ambt -0.236 -37. 56 Rm5 0.213 68.0 Floor Ha112/3 0.022 1.00 Floor Rm3/3 -0.014 -4.80 Floor Rm4/3 -0.014 -14.19 Floor Ambt -0.213 -31.18 wall-znt 2_Storystairl/2 -0.008 -2.97 wall-5tair Stair_2/2 0.��5 15.33 Wall-Int Halll/2 0.043 12.28 Page 20 Neutral Conditions doors closed with no wind.txt �oor-Sgle-znt. Halll/2 0.043 129.07 wall-znt Halll/2 0.043 10. 50 Floor Openspacel/1 -0.025 -17.14 Floor Room8/1 -0.025 -20.94 Wall-Int Rm6/2 -0.000 -27.47 wall-Int Rm4/2 0.004 39.45 wall-Exterior ambt -0.213 -53.82 Door-Sngl-Ext Ambt -0.213 -35.10 Rm3 0.210 68.0 Floor Ambt -0.210 -18. 58 Floor Rm3/3 -0.011 -26.83 wall-Int Parking/2 -0.015 -24.05 Floor Stair2Passage/1 0.226 9.84 Floor Room3/1 -0.019 -18.49 wall-Exterior Ambt -0.210 -145.77 wall-Int Rm4/2 0.007 38.73 Wall-Int Rm2/2 -0.041 -9.82 Door-Stair Stair6/2 0.223 294. 55 �oor-Sngl-Ext ambt -0.210 -34.79 wall-Stair 5tair6/2 0.223 38.35 Floor Openspacel/1 -0.022 -14.09 wall-Exterior Ambt -0.210 -21.87 wall-Exterior ambt -0.210 -24.29 Wall-Int Rm2/2 -0.041 -42.90 Rm12 0.201 68.0 Floor Rmll/3 -0.028 -34.26 Floor Ambt -0.201 -3.03 Floor Ambt -0.201 -6.06 Floor Ambt -0.201 -60.62 wall-Int Ha115/2 0.178 18.45 �oor-sgle-znt. Ha115/2 0.178 263.76 wall-znt Ha115/2 0.178 18.45 wall-znt Rmll/2 0.035 98.18 Floor openspace2/1 -0.028 -34.06 Floor RoomlS/1 -0.077 -20.86 Wall-Exterior Ambt -0.201 -18.24 wall-Exterior ambt -0.201 -109.40 Door-Sngl-Ext Ambt -0.201 -33.83 Wall-Exterior Ambt -0.201 -78.48 Rm4 0.217 68.0 Floor Rm3/3 -0.018 -18.58 Floor Ambt -0.217 -25.20 Floor Rm2/3 -0.056 -1.60 wall-Int Parking/2 -0.022 -16.19 wall-znt Stair_2/2 0.220 23.85 Door-Stair Stair_2/2 0.��0 293.11 wall-Int Rm5/2 -0.004 -39.45 wall-Int Rm3/2 -0.007 -38.73 Floor OpenSpacel/1 -0.029 -4. 52 wall-Exterior Ambt -0.217 -52.93 wall-Int Rm2/2 -0.048 -84.20 Door-Sngl-Ext Ambt -0.217 -35. 56 Stair6 0.43� 68.0 200_Stair_11. 5 Stair6/3 0.000 1015.18 �oor-stair Rm3/2 -0.223 -294.55 wall-Stair Rm2/2 -0.263 -69. 59 200_Stair�evl Stair6/1 -0.000 -612.69 wall-Stair Rm3/2 -0.223 -38.35 Rm2 0.169 68.0 Floor Rm3/3 0.029 1.16 Floor Rm2/3 -0.008 -11.65 Floor Ambt -0.169 -22.25 wall-znt Rm3/2 0.041 9.82 Page 21 Neutral Conditions doors closed with no wind.txt wall-Stair Stair6/2 0.263 69. 59 Floor Stair6Passage/1 0.261 7.60 wall-Int Rm4/2 0.048 84.20 Floor Openspacel/1 0.018 3.67 wall-znt Rm3/2 0.041 42.90 wall-Exterior Ambt -0.169 -37.09 Floor Ambt -0.169 -72.47 wall-Exterior Ambt -0.169 -34.91 �oor-Sngl-Ext Ambt -0.169 -30.25 wall-Int Rml/2 -0.000 -10.33 Elevshortl 0.216 68.0 ElevShort�2 Elevshortl/3 -0.000 -143.65 Wall-Elevator Rml/2 -0.047 -7.78 Wall-Elevator Rml/2 -0.047 -10.07 ElevShortLl ElevShortl/1 0.000 426.68 wall-5tair 5tair_1/2 0.211 17.36 Door-Elev Rml/2 -0.047 -282.54 stair_1 0.427 68.0 200_Stair_11. 5 Stair_1/3 0.000 2456.30 wall-Stair Rml/2 -0.258 -16.41 wall-Stair Elevshortl/2 -0.211 -17.36 200_StairLevl Stair_1/1 -0.000 -2017.77 wall-stair Ambt -0.427 -24.68 wall-Stair Rml/2 -0.258 -19.20 wall-Stair Elevatorshort2/2 -0.383 -23.38 Door-Stair Rml/2 -0.258 -317.36 wall-Elevator Rml/2 -0.258 -20.14 Elevatorshort2 0.044 68.0 Floor Ambt -0.044 -1. 50 Door-Elev Ambt -0.044 -272.64 wall-Stair Stair_1/2 0. 383 23.38 ElevShort2_�1 Elevatorshort2/1 0.000 247.34 wall-Elevator Ambt -0.044 -9.72 wall-Elevator Rml/2 0.125 13.14 Rml 0.169 68.0 Floor Rm2/3 -0.008 -8.30 Floor Ambt -0.169 -8.33 Floor Entrancel/3 0.016 0.87 Floor Halll/3 0.053 4.06 Floor Rml/3 -0.091 -75.78 Floor Ambt -0.169 -16.66 wall-Int Rm2/2 0.000 10.33 wall-Exterior Ambt -0.169 -15.97 Floor Rooml/1 -0.144 -51.18 �oor-Sngl-Ext Ambt -0.169 -30.20 wall-Exterior Ambt -0.169 -9.15 wall-Elevator ElevShortl/2 0.047 7.78 wall-5tair 5tair_1/2 0.258 16.41 wall-Exterior Ambt -0.169 -19.61 wall-Exterior Ambt -0.169 -71.36 wall-Elevator Elevshortl/2 0.047 10.07 Floor StairlPassage/1 0.249 47.20 �oor-Elev Elevshortl/2 0.047 282. 54 wall-5tair 5tair_1/2 0.258 19.20 �oor-stair stair_1/2 0.258 317.36 wall-Elevator Stair_1/2 0.258 20.14 wall-Elevator Elevatorshort2/2 -0.125 -13.14 wall-Exterior Ambt -0.169 -20.92 �oor-Sngl-Ext Ambt -0.169 -30.20 wall-Exterior Ambt -0.169 -62. 54 Floor Room2/1 -0.125 -52.60 wall-Exterior Ambt -0.169 -62. 54 �oor-Sngl-Ext Ambt -0.169 -30.20 Page 22 Neutral Conditions doors closed with no wind.txt �oor-Sngl-Ext Ambt -0.169 -30.20 wall-Exterior Ambt -0.169 -23.42 wall-Exterior ambt -0.169 -23.42 wall-Exterior Ambt -0.169 -80.25 level : 3 elevation: 28.0 ft zone P T path from dP Flowl Flow2 Rm5 0.225 68.0 Floor Ambt -0.225 -12.83 Floor Suite2/4 -0.028 -4. 52 Floor Rm17/4 -0.050 -9.08 wall-Exterior Ambt -0.225 -43.61 wall-Exterior Ambt -0.225 -23.28 wall-Exterior Ambt -0.225 -65.01 Wall-Int OpenAreal/3 -0.034 -24.82 Floor Parking/2 -0.030 -17.13 wall-znt Entrance3/3 0.219 136.50 wall-Int Bathroom/3 -0.015 -15.16 Wall-Int Entrance2/3 0.002 0.72 �ouble_�oor_znt Entrance2/3 0.002 55.15 wall-Stair Stair_3/3 0.220 23.08 Entrance3 0.444 68.0 Floor Suite2/4 -0.247 -20.16 Door-Sngl-Ext Ambt -0.444 -56.65 wall-znt Rm5/3 -0.219 -136.50 wall-Int Courtyard/3 -0.245 -117.72 Floor Parking/2 -0.249 -11.88 wall-5tair Stair_3/3 0.001 0.37 2by2opening Stair_3/3 0.001 342. 55 Entrance4 0.452 68.0 Floor Suitel/4 -0.282 -21. 56 Door-Sngl-Ext Ambt -0.452 -57.33 wall-znt Courtyard/3 -0.254 -119.67 wall-Int Rm6/3 -0.266 -122.59 Floor Parking/2 -0.257 -7.68 2by2opening Stair_4/3 0.001 328.48 wall-Stair Stair_4/3 0.001 0.36 Rm6 0.186 68.0 Floor Ambt -0.186 -8.75 Floor Suitel/4 -0.016 -1.08 Floor RmlS/4 -0.046 -24.67 Wall-Exterior Ambt -0.186 -40.04 wall-Exterior Ambt -0.186 -19.63 wall-Exterior Ambt -0.186 -12. 58 wall-znt Entrance4/3 0.266 122. 59 wall-Int Rm7/3 -0.013 -56.10 Floor Parking/2 0.009 11.97 wall-5tair 5tair_4/3 0.267 49.39 wall-Elevator Elev_2/3 0.155 13.25 Door-Sgle-Int. Ha113/3 -0.00� -29.01 wall-znt Ha113/3 -0.002 -5.33 Rm7 0.173 68.0 Floor Ambt -0.173 -8.43 Floor Rm15/4 -0.033 -22.09 wall-Exterior ambt -0.173 -70. 59 wall-Exterior Ambt -0.173 -11.21 wall-znt Rm6/3 0.013 56.10 wall-Int Rm8/3 -0.017 -56.62 Floor Parking/2 0.022 29.43 Door-Sgle-Int. Ha113/3 0.011 65.39 wall-znt Ha113/3 0.011 18.02 Rm8 0.156 68.0 Floor Rm8/4 -0.024 -37.13 Page 23 Neutral Conditions doors closed with no wind.txt wall-Exterior Ambt -0.156 -41.96 Door-Sngl-Ext Ambt -0.156 -28.74 wall-znt Rm7/3 0.017 56.62 wall-Exterior Ambt -0.156 -56.64 Floor Parking/2 0.039 42. 53 Floor Rm15/2 0.051 0.77 wall-znt Rm9/3 -0.115 -89.53 Floor Rm15/2 0.051 4. 59 wall-znt Ha113/3 0.027 25.14 Door-Sgle-Int. Ha113/3 0.027 103. 52 wall-znt Ha113/3 0.027 20.83 Rm9 0.041 68.0 Floor Rm9/4 0.013 41. 52 wall-Exterior Ambt -0.041 -435. 55 wall-Exterior Ambt -0.041 -61.15 Floor Parking/2 0.153 132.45 Door-Sngl-Ext Ambt -0.041 -12.14 Wall-Exterior Ambt -0.041 -14.86 Floor RmlS/2 0.166 5. 51 wall-Int Rm8/3 0.115 89.53 Floor Rm15/2 0.166 8.27 Floor Rm14/2 0.195 2.27 wall-Exterior Ambt -0.041 -46.47 wall-Int Ha113/3 0.142 40.18 �oor-Sgle-znt. Ha113/3 0.142 235.49 wall-Int Entrance5/3 0.137 33.32 Wall-Exterior Ambt -0.041 -10.81 Wall-Exterior Ambt -0.041 -7. 57 openAreal 0.191 68.0 Floor Rm18/4 -0.022 -15.97 Floor Rml7/4 -0.016 -8.45 Floor Ambt -0.191 -47.23 Floor Rml9/4 -0.060 -147.45 Floor Ambt -0.191 -47.23 Floor Rml8/4 -0.022 -7.27 Floor Ha112/4 0.016 6.94 Floor Rm16/4 -0.009 -5.35 Floor Rm20/4 -0.000 -5.43 wall-Exterior ambt -0.191 -136.66 Door-Sngl-Ext Ambt -0.191 -32.69 wall-Exterior Ambt -0.191 -26.06 Door-Sngl-Ext Ambt -0.191 -32.69 wall-Exterior Ambt -0.191 -90.33 wall-Exterior Ambt -0.191 -28.95 wall-Exterior Ambt -0.191 -42.39 wall-Exterior Ambt -0.191 -13. 50 Wall-Int Rm5/3 0.034 24.82 wall-Int Bathroom/3 0.019 127.12 wall-Exterior Ambt -0.191 -282. 58 Floor Parking/2 0.004 96.70 wall-znt Ha112/3 0.044 35. 55 Double_DOOr_Int Ha112/3 0.044 261.04 Floor Halll/2 0.065 2.10 wall-znt Ha112/3 0.044 79.37 wall-stair stair_2/3 0.247 68.81 wall-Exterior Ambt -0.191 -65. 55 wall-znt Rm3/3 0.008 23.13 Door-Stair Stair_2/3 0.247 310.22 Bathroom 0.210 68.0 Floor Rm17/4 -0.035 -19.83 Floor Rm18/4 -0.041 -21.90 wall-Int openAreal/3 -0.019 -127.12 wall-Int Rm5/3 0.015 15.16 Page 24 Neutral Conditions doors closed with no wind.txt Floor Parking/2 -0.015 -30.60 wall-Int Entrance2/3 0.017 30.07 wall-znt Ha112/3 0.025 7.70 Door-Sgle-Int. Ha112/3 0.025 97.76 wall-znt Ha112/3 0.025 48.76 Entrance2 0.227 68.0 Floor Rml7/4 -0.052 -6.17 wall-Int Rm5/3 -0.002 -0.72 Double_DOOr_Int Rm5/3 -0.002 -55.15 Floor Parking/2 -0.032 -7.40 wall-znt Bathroom/3 -0.017 -30.07 wall-5tair Stair_3/3 0.218 30.46 wall-Elevator Elev_1/3 0.143 12.73 Wall-Int Ha112/3 0.007 2.81 �oor-Sgle-znt. Ha112/3 0.007 53. 51 Stair_3 0.445 68.0 233_Stair_11. 5 Stair_3/4 0.000 2211.32 wall-Stair Rm5/3 -0.220 -23.08 wall-Stair Entrance3/3 -0.001 -0.37 2by2opening Entrance3/3 -0.001 -342.55 wall-Stair Entrance2/3 -0.218 -30.46 233_Stair_11. 5 Stair_3/2 -0.000 -1474. 56 wall-stair Courtyard/3 -0.246 -32.39 wall-Stair Elev_1/3 -0.075 -16.23 wall-Stair Nonvest3/3 -0.211 -5.25 Door-5tair Nonvest3/3 -0.211 -286.44 Stair_4 0.453 68.0 233_Stair_11. 5 Stair_4/4 0.000 1556. 57 2by2opening Entrance4/3 -0.001 -328.48 wall-Stair Entrance4/3 -0.001 -0.36 wall-Stair Rm6/3 -0.267 -49.39 wall-5tair Courtyard/3 -0.255 -32.92 233_stair_11. 5 Stair_4/2 -0.000 -984.71 �oor-Stair-0.1 Nonvest4/3 -0.269 -134.97 wall-Stair Nonvest4/3 -0.269 -5.93 wall-Stair Elev_2/3 -0.113 -19.82 Elev_1 0. 369 68.0 11. 5_Elevator Elev_1/4 0.000 2594.20 wall-Stair stair_3/3 0.075 16.23 wall-Elevator Entrance2/3 -0.143 -12.73 11. 5_Elevator Elev_1/2 -0.000 -1628.77 wall-Elevator Nonvest3/3 -0.135 -12.39 �oor-Elev Ha112/3 -0.135 -478.27 �oor-Elev Ha112/3 -0.135 -478.27 Nonvest3 0.�34 68.0 Floor Nonvest3/4 -0.027 -1.25 wall-Stair Stair_3/3 0.211 5.25 Door-Stair Stair_3/3 0.211 286.44 Floor Nonvest3/2 0.026 1.22 wall-Elevator Elev_1/3 0.135 12.39 wall-znt Courtyard/3 -0.036 -12.43 wall-znt Ha112/3 -0.000 -0.45 Missing�oor Ha112/3 -0.000 -291.17 Nonvest4 0.184 68.0 Floor Nonvest4/4 -0.030 -1.31 Door-Stair-0.1 Stair_4/3 0.269 134.97 wall-Stair Stair_4/3 0.269 5.93 Floor NonVest4/2 0.078 2.11 wall-znt Courtyard/3 0.015 7.92 wall-Elevator Elev_2/3 0.157 13.34 Missing�oor Ha113/3 -0.000 -162.67 wall-znt Ha113/3 -0.000 -0.28 Page 25 Neutral Conditions doors closed with no wind.txt Elev_2 0. 340 68.0 11. 5_Elevator Elev_2/4 0.000 2456.58 wall-Stair Stair_4/3 0.113 19.82 wall-Elevator Nonvest4/3 -0.157 -13.34 11. 5_Elevator Elev_2/2 -0.000 -1420.07 wall-Elevator Rm6/3 -0.155 -13.25 �oor-Elev Ha113/3 -0.157 -514.87 Door-Elev Ha113/3 -0.157 -514.87 Ha112 0.234 68.0 Floor Ha112/4 -0.027 -11.16 Floor Rm16/4 -0.053 -18.66 Floor Ha112/4 -0.027 -1.72 wall-Int Bathroom/3 -0.025 -7.70 �oor-Sgle-znt. Bathroom/3 -0.025 -97.76 wall-Int Bathroom/3 -0.025 -48.76 Wall-Int Entrance2/3 -0.007 -2.81 �oor-5gle-znt. Entrance2/3 -0.007 -53. 51 �oor-Elev Elev_1/3 0.135 478.27 �oor-Elev Elev_1/3 0.135 478.27 wall-znt Nonvest3/3 0.000 0.45 Missing�oor Nonvest3/3 0.000 291.17 Floor Ha112/2 0.026 9.39 �ouble_�oor_znt Courtyard/3 -0.036 -236.17 �oor-Sgle-znt. Rm4/3 -0.035 -117.23 wall-Int Rm4/3 -0.035 -35.39 �oor-Sgle-znt. Rm4/3 -0.035 -117.23 wall-Int Rm4/3 -0.035 -3.85 wall-Int OpenAreal/3 -0.044 -35. 55 Floor Parking/2 -0.039 -6.71 �ouble_�oor_znt openAreal/3 -0.044 -261.04 wall-Int Rm4/3 -0.035 -134.63 wall-znt OpenAreal/3 -0.044 -79.37 Floor 2_StoryStairl/2 -0.030 -0.47 Floor Parking/2 -0.039 -2.01 Door-Sgle-Int. Rm4/3 -0.035 -117.23 wall-Stair Stair_2/3 0.203 19. 50 Floor Halll/2 0.021 2.95 Floor Rm5/2 -0.022 -1.00 Door-Stair Stair_2/3 0.203 281.43 wall-znt Rm4/3 -0.035 -53.59 Door-Sgle-Int. Rm3/3 -0.036 -117.92 Ha113 0.184 68.0 Floor Ha113/4 -0.030 -26.72 MissingDOOr Nonvest4/3 0.000 162.67 wall-Int Nonvest4/3 0.000 0.28 Door-Elev Elev_2/3 0.157 514.87 Door-Elev Elev_2/3 0.157 514.87 �oor-sgle-znt. Rm6/3 0.002 29.01 wall-Int Rm6/3 0.002 5.33 �oor-Sgle-znt. Rm7/3 -0.011 -65.39 wall-Int Rm7/3 -0.011 -18.02 wall-znt Rm8/3 -0.027 -25.14 Door-Sgle-Int. Rm8/3 -0.027 -103. 52 wall-znt Rm8/3 -0.027 -20.83 wall-Int Rm9/3 -0.142 -40.18 �oor-Sgle-znt. Rm9/3 -0.142 -235.49 �ouble_�oor_znt Courtyard/3 0.015 151.25 Floor Ha113/2 0.078 7. 54 Floor Ha114/2 0.074 14.23 Double_DOOr_Int Entrance5/3 -0.006 -93. 50 wall-Int Rm12/3 -0.012 -5.36 �oor-sgle-znt. Rml2/3 -0.012 -68.07 wall-Int Rm12/3 -0.012 -20. 55 �oor-Sgle-znt. Rml2/3 -0.012 -68.07 Page 26 Neutral Conditions doors closed with no wind.txt wall-znt Rml2/3 -0.012 -44.67 Door-Sgle-Int. Rm12/3 -0.012 -68.07 Floor RmlS/2 0.024 4.16 wall-Int Rm10/3 -0.126 -81.29 Floor Rm14/2 0.052 1.55 Wall-Int Rm12/3 -0.012 -48.24 �oor-Sgle-znt. Rm10/3 -0.126 -221.20 Door-Sgle-Int. Rm12/3 -0.012 -68.07 wall-znt Rm10/3 -0.126 -109.16 Floor Rm13/2 0.073 10.97 wall-znt Rm12/3 -0.012 -6.25 Door-Sgle-Int. Rm10/3 -0.126 -221.20 �oor-Stair Stair_5/3 0.204 281.82 wall-Stair Stair_5/3 0.�04 29.76 wall-znt Rmll/3 -0.011 -3.46 Door-Sgle-Int. Rmll/3 -0.011 -65.86 Entrance5 0.178 68.0 wall-Int Rm9/3 -0.137 -33.32 �ouble_�oor_znt Ha113/3 0.006 93. 50 Floor Rm15/2 0.029 0.79 Floor Rml4/2 0.058 1.11 Floor Parking/2 0.017 0.44 �oor_�ouble_Ext ambt -0.178 -31.30 wall-Int Rm10/3 -0.120 -31.21 Rm4 0.199 68.0 Floor Rm16/4 -0.018 -80.74 �oor-Sgle-znt. Ha112/3 0.035 117.23 wall-znt Ha112/3 0.035 35.39 �oor-Sgle-znt. Ha112/3 0.035 117.23 wall-znt Ha112/3 0.035 3.85 Floor Rm8/2 0.028 29.35 wall-Int Courtyard/3 -0.001 -5.18 Floor Ha112/2 0.061 10.03 wall-znt Ha112/3 0.035 134.63 wall-Exterior ambt -0.199 -47.34 Floor Rm7/2 0.000 0.12 Floor 2_StoryStairl/2 0.005 1.98 Door-Sgle-Int. Ha112/3 0.035 117.23 wall-Exterior ambt -0.199 -94.68 wall-Exterior Ambt -0.199 -87. 58 wall-Int Courtyard/2 -0.001 -5.18 wall-znt Ha112/3 0.035 53. 59 Floor Rm6/2 0.014 11.03 Floor Halll/2 0.056 3.21 Floor Rm7/2 0.000 1.85 wall-Int Rm3/3 -0.000 -1.22 Floor Rm5/2 0.014 14.19 Door-Sngl-Ext Ambt -0.199 -33.63 �oor-Sngl-Ext Ambt -0.199 -33.63 wall-Exterior Ambt -0.199 -89.95 wall-Exterior ambt -0.199 -41.02 Door-Sngl-Ext Ambt -0.199 -33.63 wall-Exterior ambt -0.199 -31. 55 Door-Sngl-Ext Ambt -0.199 -33.63 wall-Exterior ambt -0.199 -31.95 Rml2 0.172 68.0 Floor Rml2/4 -0.035 -134.56 wall-znt Ha113/3 0.012 5.36 �oor-Sgle-znt. Ha113/3 0.012 68.07 wall-znt Ha113/3 0.012 20. 55 �oor-Sgle-znt. Ha113/3 0.012 68.07 wall-znt Ha113/3 0.01� 44.67 �oor-sgle-znt. Ha113/3 0.012 68.07 Page 27 Neutral Conditions doors closed with no wind.txt wall-znt Courtyard/3 0.027 37.06 Floor office/2 0.067 87.21 wall-znt Ha113/3 0.012 48.24 Floor Ha114/2 0.086 15.88 �oor-Sgle-znt. Ha113/3 0.012 68.07 wall-znt Ha113/3 0.012 6.25 Floor Rm9/2 0.026 18.25 Floor Rm10/2 0.045 28.63 wall-Exterior Ambt -0.172 -48.40 wall-Int Courtyard/2 0.027 37.06 wall-Stair Stair_5/3 0.216 14.99 Wall-Exterior Ambt -0.172 -92.40 wall-Exterior Ambt -0.172 -92.40 Wall-Int Rmll/3 0.001 2.87 Floor Rm10/2 0.045 4.29 Floor Rmll/2 0.064 13.69 �oor-Sngl-Ext Ambt -0.172 -30. 58 wall-Exterior Ambt -0.172 -83.60 �oor-Sngl-Ext Ambt -0.172 -30. 58 Door-Sngl-Ext Ambt -0.172 -30. 58 wall-Exterior ambt -0.172 -83.60 Door-Sngl-Ext Ambt -0.172 -30. 58 Courtyard 0.198 68.0 Floor Suite2/4 -0.001 -9.75 Floor Suitel/4 -0.029 -45.80 wall-Exterior Ambt -0.198 -150.70 wall-Int Entrance3/3 0.245 117.72 wall-Int Entrance4/3 0.254 119.67 Floor Parking/2 -0.004 -12.09 wall-Stair Stair_3/3 0.�46 32.39 wall-Stair Stair_4/3 0.255 32.92 wall-Int Nonvest3/3 0.036 12.43 wall-znt Nonvest4/3 -0.015 -7.92 Double_DOOr_Int Ha112/3 0.036 236.17 Floor Ha112/2 0.062 16.78 Double_DOOr_Int Ha113/3 -0.015 -151.25 wall-Int Rm4/3 0.001 5.18 Floor Private/2 0.037 25.66 Floor Private/2 0.037 15.63 Floor Bathrooml/2 0.058 2.43 wall-znt Rml2/3 -0.027 -37.06 Phantom_Connect Courtyard/2 -0.000 -202.42 Rm10 0.058 68.0 Floor Rm10/4 -0.009 -30.13 wall-znt Entrance5/3 0.120 31.21 wall-Exterior Ambt -0.058 -15.37 wall-znt Ha113/3 0.126 81.29 Floor Rm15/2 0.149 5.23 wall-Exterior Ambt -0.058 -660.77 Floor Rm14/2 0.178 11.41 �oor-Sgle-znt. Ha113/3 0.126 221.20 Floor Rm13/2 0.199 22.49 Floor Parking/2 0.137 75.01 Floor 2_StoryStair2/2 0.114 4. 57 wall-Exterior ambt -0.058 -23.47 wall-znt Ha113/3 0.126 109.16 wall-Exterior Ambt -0.058 -8.75 Door-Sgle-Int. Ha113/3 0.126 221.20 wall-Exterior Ambt -0.058 -26.25 Floor Ha115/2 0.321 1.92 wall-Exterior Ambt -0.058 -19.95 Stair_2 0.437 68.0 200_Stair_11. 5 Stair_2/4 0.000 2342.61 Page 28 Neutral Conditions doors closed with no wind.txt wall-Stair OpenAreal/3 -0.247 -68.81 200_Stair_11. 5 Stair_2/2 -0.000 -1646.87 wall-Stair Ha112/3 -0.203 -19. 50 Door-Stair OpenAreal/3 -0.247 -310.22 �oor-Stair Ha112/3 -0.203 -281.43 wall-Stair Rm3/3 -0.239 -15.78 Stair_5 0. 388 68.0 200_Stair_11. 5 Stair_5/4 0.000 2771.06 �oor-Stair Ha113/3 -0.204 -281.82 wall-5tair Ha113/3 -0.204 -29.76 wall-Stair Rm12/3 -0.216 -14.99 200_Stair_11. 5 Stair_5/2 -0.000 -2105.21 Door-Stair Rmll/3 -0.215 -289.41 wall-Stair Rmll/3 -0.215 -49.87 Rmll 0.173 68.0 Floor Rmll/4 -0.035 -71.29 wall-znt Ha113/3 0.011 3.46 Door-Sgle-Int. Ha113/3 0.011 65.86 Floor Parking/2 0.022 2.02 Door-Stair Stair_5/3 0.215 289.41 wall-Stair Stair_5/3 0.215 49.87 Wall-Int Rm12/3 -0.001 -2.87 Floor Rmll/2 0.063 3.40 Floor Ha115/2 0.207 61. 50 Floor Parking/2 0.022 2.02 wall-Exterior Ambt -0.173 -45.20 Floor Rm12/2 0.028 34.26 wall-Exterior Ambt -0.173 -41.89 wall-Exterior Ambt -0.173 -50.71 wall-Exterior Ambt -0.173 -11.02 �oor-sngl-Ext Ambt -0.173 -30.66 wall-Exterior Ambt -0.173 -26.46 wall-Exterior Ambt -0.173 -126.23 wall-Exterior Ambt -0.173 -55.12 wall-Exterior ambt -0.173 -50.34 Rm3 0.199 68.0 Floor Rm3/4 -0.008 -36.57 Floor Rm3/4 -0.008 -0.61 wall-znt OpenAreal/3 -0.008 -23.13 wall-Exterior Ambt -0.199 -8. 51 wall-Stair Stair_2/3 0.239 15.78 Door-Sgle-Int. Ha112/3 0.036 117.92 �oor-Sngl-Ext Ambt -0.199 -33. 58 Floor Rm5/2 0.014 4.80 Wall-Int Rm4/3 0.000 1.22 wall-Exterior Ambt -0.199 -66.21 wall-Exterior Ambt -0.199 -66.21 wall-Exterior Ambt -0.199 -30.74 wall-Exterior Ambt -0.199 -15.13 Floor Rm3/2 0.011 26.83 Floor Rm4/2 0.018 18. 58 Door-Sngl-Ext Ambt -0.199 -33. 58 �oor-Sngl-Ext ambt -0.199 -33. 58 wall-Exterior Ambt -0.199 -20. 50 wall-Exterior ambt -0.199 -39.01 Floor Rm2/2 -0.029 -1.16 �oor-Stair Stair6/3 0.234 301.82 wall-5tair 5tair6/3 0.234 10.66 wall-Exterior Rm2/3 -0.038 -23.68 Door-Sngl-Ext Ambt -0.199 -33. 58 wall-Stair Stair6/3 0.234 39.29 wall-Exterior Ambt -0.199 -21.28 wall-Exterior Ambt -0.199 -28.37 Page 29 Neutral Conditions doors closed with no wind.txt wall-znt Rm2/3 -0.038 -21.46 Stair6 0.432 68.0 200_Stair_11. 5 Stair6/4 0.000 1425.38 Door-Stair Rm3/3 -0.234 -301.82 wall-Stair Rm3/3 -0.234 -10.66 200_Stair_11. 5 Stair6/2 -0.000 -1015.18 wall-stair Rm3/3 -0.234 -39.29 wall-Stair Rm2/3 -0.271 -58.43 Rm2 0.161 68.0 Floor Rm21/4 0.021 41.73 wall-Exterior Rm3/3 0.038 23.68 Floor Rm4/2 0.056 1.60 wall-Exterior Ambt -0.161 -13.20 wall-Stair Stair6/3 0.271 58.43 �oor-sngl-Ext Ambt -0.161 -29.29 Wall-Exterior Ambt -0.161 -14.20 wall-znt Rm3/3 0.038 21.46 wall-Exterior Ambt -0.161 -11.35 wall-Exterior ambt -0.161 -19.16 Floor Rm2/2 0.008 11.65 wall-Exterior ambt -0.161 -17.03 Door-Sngl-Ext Ambt -0.161 -29.29 �oor-Sngl-Ext ambt -0.161 -29.29 wall-Exterior Ambt -0.161 -21.29 Floor Rml/2 0.008 8.30 wall-Exterior Ambt -0.161 -38.32 �oor-Sngl-Ext Ambt -0.161 -29.29 wall-Exterior Ambt -0.161 -21.29 wall-Elevator Elevshortl/3 0.055 8.39 wall-Stair Stair_1/3 0.�66 16.66 wall-znt Rml/3 -0.083 -15.09 �oor-5gle-znt. Entrancel/3 0.024 96.20 Elevshortl 0.216 68.0 ElevShort�4 Elevshortl/4 -0.000 -241. 58 wall-Elevator Rm2/3 -0.055 -8.39 wall-Stair Entrancel/3 -0.031 -6.66 Elevshort�2 Elevshortl/2 0.000 143.65 wall-5tair 5tair_1/3 0.212 17.37 �oor-Elev Halll/3 0.005 95.62 Entrancel 0.185 68.0 Floor Rm21/4 -0.003 -0.39 Door-Sgle-Int. Rm2/3 -0.024 -96.20 wall-Stair Elevshortl/3 0.031 6.66 wall-Int Rml/3 -0.107 -28.54 Floor Rml/2 -0.016 -0.87 Door-Sgle-Int. Halll/3 0.037 119.34 Stair_1 0.427 68.0 200_Stair_11. 5 Stair_1/4 0.000 2857.40 wall-Stair Rm2/3 -0.266 -16.66 wall-Stair Elevshortl/3 -0.212 -17.37 200_Stair_11. 5 Stair_1/2 -0.000 -2456.30 wall-Stair Ambt -0.427 -53.13 wall-Stair Halll/3 -0.206 -11.43 Door-Stair Halll/3 -0.206 -283.44 wall-stair Rml/3 -0.349 -19.07 Halll 0.221 68.0 Floor Rm21/4 -0.040 -3. 53 �oor-5gle-znt. Entrancel/3 -0.037 -119.34 �oor-Elev Elevshortl/3 -0.005 -95.62 wall-5tair Stair_1/3 0.206 11.43 wall-znt Rml/3 -0.143 -39.00 Floor Rml/2 -0.053 -4.06 Door-Stair Stair_1/3 0.206 283.44 Page 30 Neutral Conditions doors closed with no wind.txt wall-znt Rml/3 -0.143 -33.32 Rml 0.078 68.0 Floor Ambt -0.078 -1.89 Floor Rm21/4 0.103 54.53 wall-znt Rm2/3 0.083 15.09 wall-Exterior Ambt -0.078 -5.93 wall-Int Entrancel/3 0.107 28. 54 Door-Sngl-Ext Ambt -0.078 -18.31 wall-znt Halll/3 0.143 39.00 wall-Exterior Ambt -0.078 -14.83 wall-znt Halll/3 0.143 33.32 wall-5tair Stair_1/3 0. 349 19.07 wall-Exterior Ambt -0.078 -9.49 wall-Exterior Ambt -0.078 -60.79 Floor Rml/2 0.091 75.78 wall-Exterior Ambt -0.078 -64.35 wall-Exterior Ambt -0.078 -20. 51 Door-Sngl-Ext Ambt -0.078 -18.31 wall-Exterior ambt -0.078 -11.86 Door-Sngl-Ext Ambt -0.078 -18.31 wall-Exterior ambt -0.078 -20.76 level : 4 elevation: 39. 5 ft zone P T path from dP Flowl Flow2 Rml9 0.130 68.0 Floor Rm19/5 -0.017 -78. 51 wall-Exterior Ambt -0.130 -70.83 Wall-Exterior Ambt -0.130 -72.74 wall-Exterior Ambt -0.130 -113.90 Floor OpenAreal/3 0.060 147.45 wall-znt Rml8/4 0.039 50. 56 Door-Sgle-Int. Ambt -0.130 -225.20 �oor-Sgle-znt. Ha112/4 0.077 173.07 wall-Exterior Ambt -0.130 -8.61 wall-Exterior ambt -0.130 -15.95 Door-Sgle-Int. Ha112/4 0.077 173.07 wall-Exterior Ambt -0.130 -7.66 Wall-Int Rm20/4 0.060 49.24 Rm8 0.132 68.0 Floor Rm8/5 -0.007 -19. 59 wall-Exterior Ambt -0.132 -38. 53 Door-Sngl-Ext Ambt -0.132 -25.73 wall-Int Rm15/4 0.008 39.54 wall-Exterior Ambt -0.132 -52.02 Floor Rm8/3 0.024 37.13 wall-Int Rm9/4 -0.078 -73.69 wall-znt Ha113/4 0.022 22.35 Door-Sgle-Int. Ha113/4 0.022 92.03 wall-znt Ha113/4 0.022 18. 52 Rm9 0.054 68.0 Floor Rm9/5 0.000 5.00 Floor Rm9/5 0.000 0.09 wall-Exterior Ambt -0.054 -497.18 wall-Exterior Ambt -0.054 -69.80 Floor Rm9/3 -0.013 -41.52 Door-Sngl-Ext Ambt -0.054 -14.42 wall-Exterior Ambt -0.054 -16.96 wall-Int Rm8/4 0.078 73.69 wall-Exterior Ambt -0.054 -53.05 wall-znt Ha113/4 0.099 33.60 �oor-Sgle-znt. Ha113/4 0.099 196.92 Double_DOOr_Int Ha113/4 0.099 393.84 Floor Ambt -0.054 -1.57 Page 31 Neutral Conditions doors closed with no wind.txt wall-Exterior Ambt -0.054 -8.64 RmlS 0.140 68.0 Floor RmlS/5 -0.008 -10.10 Floor Rm15/5 -0.008 -10.70 wall-Exterior ambt -0.140 -63. 51 Wall-Exterior Ambt -0.140 -20.84 Door-Sngl-Ext Ambt -0.140 -26.74 Wall-Exterior Ambt -0.140 -23.82 wall-Exterior Ambt -0.140 -13.89 Door-Sngl-Ext Ambt -0.140 -26.74 Wall-Exterior Ambt -0.140 -19.85 wall-Int Rm8/4 -0.008 -39.54 wall-znt Suitel/4 0.030 32. 59 Floor Rm6/3 0.046 24.67 Floor Rm7/3 0.033 22.09 wall-5tair 5tair_4/4 0. 313 51.89 wall-Elevator Elev_2/4 0.201 15.10 Door-Sgle-Int. Ha113/4 0.014 72.99 wall-znt Ha113/4 0.014 36.40 Rm18 0.169 68.0 Floor Rm18/5 -0.011 -11.46 Floor Rm18/5 -0.011 -5.21 Floor Rm18/5 -0.011 -11.46 wall-Exterior Ambt -0.169 -11.99 �oor-Sngl-Ext Ambt -0.169 -30.21 wall-Exterior Ambt -0.169 -49.05 wall-Exterior Ambt -0.169 -59.94 Floor OpenAreal/3 0.022 15.97 wall-znt Rm17/4 0.006 34.94 wall-Exterior Ambt -0.169 -31.98 wall-znt Rml9/4 -0.039 -50.56 Floor OpenAreal/3 0.022 7.27 Floor Bathroom/3 0.041 21.90 wall-znt Ha112/4 0.038 32.85 Door-Sgle-Int. Ha112/4 0.038 122.08 wall-znt Ha112/4 0.038 26.84 Rm17 0.175 68.0 Floor Rm17/5 -0.010 -6.87 Floor Rml7/5 -0.010 -10.80 Floor Rm17/5 -0.010 -2.75 Floor Rml7/5 -0.010 -4.12 wall-Exterior Ambt -0.175 -92.10 Floor OpenAreal/3 0.016 8.45 Wall-Exterior Ambt -0.175 -44.38 �oor-Sngl-Ext Ambt -0.175 -30.92 wall-Exterior Ambt -0.175 -15. 53 �oor-sngl-Ext Ambt -0.175 -30.92 wall-Exterior Ambt -0.175 -22.19 wall-znt Suite2/4 0.022 27.99 wall-Int Rm18/4 -0.006 -34.94 Floor Bathroom/3 0.035 19.83 Floor Entrance2/3 0.052 6.17 Floor Rm5/3 0.050 9.08 wall-5tair 5tair_3/4 0.270 45.96 wall-Elevator Elev_1/4 0.195 14.87 wall-znt Ha112/4 0.032 35.22 �oor-Sgle-znt. Ha112/4 0.032 111.82 wall-znt Ha112/4 0.032 16.14 Suite2 0.197 68.0 Floor Suite2/5 -0.005 -5.63 Floor Suite2/5 -0.005 -1.88 Floor Suite2/5 -0.005 -2.82 Floor Suite2/5 -0.005 -17.49 Page 32 Neutral Conditions doors closed with no wind.txt wall-Exterior Ambt -0.197 -63. 58 wall-Exterior Ambt -0.197 -43. 57 wall-Exterior ambt -0.197 -13.73 Door-Sngl-Ext Ambt -0.197 -33.41 �oor-Sngl-Ext ambt -0.197 -33.41 Floor Ambt -0.197 -36.02 wall-Exterior ambt -0.197 -32.19 Floor Rm5/3 0.028 4.52 Floor Entrance3/3 0.247 20.16 Floor Courtyard/3 0.001 9.75 wall-Int Rm17/4 -0.022 -27.99 wall-Int Suitel/4 -0.027 -108.04 Door-Stair Stair_3/4 0.248 311.00 wall-Stair Stair_3/4 0.�48 29.64 wall-znt Nonvest3/4 0.010 6.63 Double_DOOr_Int Ha112/4 0.010 125.04 wall-znt Rml6/4 -0.016 -5.73 Door-Sngl-Ext Ambt -0.197 -33.41 wall-Exterior ambt -0.197 -47.88 suitel 0.170 68.0 Floor suitel/5 -0.005 -6.00 Floor Suitel/5 -0.005 -3.00 Floor Suitel/5 -0.005 -0.63 Floor Suitel/5 -0.005 -20.00 wall-Exterior Ambt -0.170 -59.04 Wall-Exterior Ambt -0.170 -40.45 Floor Ambt -0.170 -33.44 Door-Sngl-Ext Ambt -0.170 -30.33 �oor-Sngl-Ext Ambt -0.170 -30.33 wall-Exterior Ambt -0.170 -12.75 wall-Exterior Ambt -0.170 -29.89 Floor Entrance4/3 0.282 21. 56 Floor Rm6/3 0.016 1.08 Floor Courtyard/3 0.029 45.80 wall-znt RmlS/4 -0.030 -32. 59 wall-Int Suite2/4 0.027 108.04 �oor-Stair Stair_4/4 0.283 332.33 wall-Stair Stair_4/4 0.283 40.21 wall-Int Nonvest4/4 -0.016 -8.28 Double_DOOr_Int Ha113/4 -0.016 -159.12 wall-znt Rml2/4 -0.033 -8.37 Wall-Exterior Ambt -0.170 -44.45 �oor-Sngl-Ext Ambt -0.170 -30.33 Stair_3 0.445 68.0 233_Stair_11. 5 Stair_3/5 0.000 924.26 wall-Stair Rm17/4 -0.270 -45.96 Door-Stair Suite2/4 -0.248 -311.00 233_Stair_11. 5 Stair_3/3 -0.000 -2211.32 supply Stair3 n/a 1999.99 wall-Stair Suite2/4 -0.248 -29.64 wall-Stair Elev_1/4 -0.076 -16.24 wall-Stair Nonvest3/4 -0.238 -5. 58 �oor-Stair Nonvest3/4 -0.238 -304.51 stair_4 0.453 68.0 233_Stair_11. 5 Stair_4/5 0.000 348.64 �oor-Stair 5uitel/4 -0.283 -332.33 wall-Stair RmlS/4 -0.313 -51.89 wall-Stair Suitel/4 -0.283 -40.21 supply Stair4 n/a 1999.99 233_Stair_11. 5 Stair_4/3 -0.000 -1556. 57 �oor-stair Nonvest4/4 -0.299 -341. 56 wall-Stair Nonvest4/4 -0.�99 -6.26 wall-Stair Elev_2/4 -0.113 -19.82 Page 33 Neutral Conditions doors closed with no wind.txt Elev_1 0. 369 68.0 11. 5_Elevator Elev_1/5 0.000 3654.90 wall-Stair Stair_3/4 0.076 16.24 wall-Elevator Rm17/4 -0.195 -14.87 11. 5_Elevator Elev_1/3 -0.000 -2594.20 wall-Elevator Nonvest3/4 -0.162 -13. 58 Door-Elev Ha112/4 -0.162 -524.25 Door-Elev Ha112/4 -0.162 -524.25 Nonvest3 0.207 68.0 Floor Nonvest3/5 -0.008 -0.67 wall-Stair Stair_3/4 0.238 5. 58 Door-Stair Stair_3/4 0.238 304. 51 Floor Nonvest3/3 0.027 1.25 wall-Elevator Elev_1/4 0.162 13. 58 wall-znt suite2/4 -0.010 -6.63 wall-Int Ha112/4 -0.000 -0.48 Missing�oor Ha112/4 -0.000 -317.15 Nonvest4 0.154 68.0 Floor Nonvest4/5 -0.006 -0.60 Door-Stair Stair_4/4 0.299 341. 56 wall-Stair Stair_4/4 0.299 6.26 Floor Nonvest4/3 0.030 1.31 wall-znt Suitel/4 0.016 8.28 wall-Elevator Elev_2/4 0.187 14. 57 Missing�oor Ha113/4 -0.000 -370.85 wall-znt Ha113/4 -0.000 -0. 54 Elev_2 0. 340 68.0 11. 5_Elevator Elev_2/5 0.000 3591.10 wall-Stair Stair_4/4 0.113 19.82 wall-Elevator Nonvest4/4 -0.187 -14. 57 11. 5_Elevator Elev_2/3 -0.000 -2456. 58 wall-Elevator Rm15/4 -0.201 -15.10 �oor-Elev Ha113/4 -0.187 -562.34 �oor-Elev Ha113/4 -0.187 -562.34 Ha112 0.207 68.0 Floor Ha112/5 -0.008 -4.75 Floor Ha112/5 -0.008 -5.94 Floor Ha112/5 -0.008 -0.92 Door-Sgle-Int. Rm19/4 -0.077 -173.07 wall-Int Rm18/4 -0.038 -32.85 �oor-Sgle-znt. Rml8/4 -0.038 -122.08 wall-Int Rm18/4 -0.038 -26.84 wall-znt Rm17/4 -0.032 -35.22 Door-Sgle-Int. Rm17/4 -0.032 -111.82 wall-Int Rm17/4 -0.032 -16.14 Door-Elev Elev_1/4 0.16� 524.25 Door-Elev Elev_1/4 0.162 524.25 Wall-Int NonVest3/4 0.000 0.48 Missing�oor Nonvest3/4 0.000 317.15 Door-Sgle-Int. Rm19/4 -0.077 -173.07 Floor OpenAreal/3 -0.016 -6.94 Floor Ha112/3 0.027 11.16 �ouble_�oor_znt Suite2/4 -0.010 -125.04 Wall-Int Rm20/4 -0.017 -17.73 �oor-Sgle-znt. Rm16/4 -0.026 -99.90 wall-Int Rm16/4 -0.026 -65.56 �oor-Sgle-znt. Rml6/4 -0.026 -99.90 wall-Int Rm16/4 -0.026 -30.16 �oor-Sgle-znt. Rm16/4 -0.026 -99.90 wall-Int Rm16/4 -0.026 -3.28 �oor-Sgle-znt. Rm20/4 -0.017 -80.67 Wall-Int Rm20/4 -0.017 -18.88 wall-znt Rml6/4 -0.026 -64.25 Page 34 Neutral Conditions doors closed with no wind.txt �oor-Sgle-znt. Rm20/4 -0.017 -80.67 Door-Sgle-Int. Rm16/4 -0.026 -99.90 wall-Stair Stair_2/4 0.231 20.78 Floor Ha112/3 0.027 1.72 wall-znt Rm16/4 -0.026 -23.60 Door-Stair Stair_2/4 0.231 299.88 Door-Sgle-Int. Rm3/4 -0.017 -80. 57 Ha113 0.154 68.0 Floor Ha113/5 -0.006 -12.17 Missing�oor Nonvest4/4 0.000 370.85 Wall-Int NonVest4/4 0.000 0. 54 Door-Elev Elev_2/4 0.187 562.34 Door-Elev Elev_2/4 0.187 562.34 Door-Sgle-Int. Rm15/4 -0.014 -72.99 wall-Int RmlS/4 -0.014 -36.40 wall-Int Rm8/4 -0.022 -22.35 �oor-Sgle-znt. Rm8/4 -0.022 -92.03 wall-Int Rm8/4 -0.022 -18.52 wall-znt Rm9/4 -0.099 -33.60 Door-Sgle-Int. Rm9/4 -0.099 -196.92 �ouble_�oor_znt Suitel/4 0.016 159.12 Floor Ha113/3 0.030 26.72 �ouble_�oor_znt Rm9/4 -0.099 -393.84 Wall-Int Rm12/4 -0.017 -6.42 �oor-Sgle-znt. Rml2/4 -0.017 -81. 52 Wall-Int Rm12/4 -0.017 -24.61 Door-Sgle-Int. Rm12/4 -0.017 -81. 52 wall-Int Rm12/4 -0.017 -53.50 �oor-Sgle-znt. Rml2/4 -0.017 -81. 52 Wall-Int Rm10/4 -0.105 -74.24 wall-Int Rml2/4 -0.017 -57.78 Door-Sgle-Int. Rm10/4 -0.105 -202.01 �oor-Sgle-znt. Rml2/4 -0.017 -81. 52 wall-Int Rm10/4 -0.105 -99.69 wall-Int Rml2/4 -0.017 -7.49 Door-Sgle-Int. Rm10/4 -0.105 -202.01 �oor-Stair Stair_5/4 0.234 302.25 wall-5tair 5tair_5/4 0.234 31.92 wall-Int Rmll/4 -0.016 -4.16 Door-Sgle-Int. Rmll/4 -0.016 -79.28 Rm12 0.136 68.0 Floor Rm12/5 -0.009 -67.24 wall-znt Ha113/4 0.017 6.42 Door-Sgle-Int. Ha113/4 0.017 81. 52 wall-znt Ha113/4 0.017 24.61 Door-Sgle-Int. Ha113/4 0.017 81. 52 wall-Int Ha113/4 0.017 53. 50 Door-Sgle-Int. Ha113/4 0.017 81. 52 wall-znt Suitel/4 0.033 8.37 wall-znt Ha113/4 0.017 57.78 Floor Rml2/3 0.035 134. 56 Door-Sgle-Int. Ha113/4 0.017 81. 52 wall-znt Ha113/4 0.017 7.49 wall-Exterior Ambt -0.136 -43.13 wall-Exterior ambt -0.136 -108.81 wall-Stair 5tair_5/4 0.251 16.18 wall-Exterior Ambt -0.136 -82.34 wall-Exterior Ambt -0.136 -82.34 Wall-Int Rmll/4 0.001 3.17 Door-Sngl-Ext Ambt -0.136 -26.32 wall-Exterior Ambt -0.136 -74. 50 Door-Sngl-Ext Ambt -0.136 -26.32 �oor-sngl-Ext Ambt -0.136 -26.32 Page 35 Neutral Conditions doors closed with no wind.txt wall-Exterior Ambt -0.136 -74. 50 Door-Sngl-Ext Ambt -0.136 -26.32 Rm16 0.181 68.0 Floor Rm16/5 -0.009 -5.45 Floor Rm16/5 -0.009 -7.90 Floor Rm16/5 -0.009 -59.23 Floor Rm16/5 -0.009 -0.87 Door-Sgle-Int. Ha112/4 0.026 99.90 wall-znt Ha112/4 0.026 65. 56 Door-Sgle-Int. Ha112/4 0.026 99.90 wall-znt Ha112/4 0.026 30.16 Door-Sgle-Int. Ha112/4 0.026 99.90 wall-znt Ha112/4 0.026 3.28 wall-Int Suite2/4 0.016 5.73 Wall-Int Ha112/4 0.026 64.25 Wall-Exterior Ambt -0.181 -45.20 Floor OpenAreal/3 0.009 5.35 Floor Ha112/3 0.053 18.66 Floor Rm4/3 0.018 80.74 Door-Sgle-Int. Ha112/4 0.026 99.90 wall-znt Ha112/4 0.026 23.60 Wall-Exterior Ambt -0.181 -90.40 wall-Exterior ambt -0.181 -83.62 wall-Exterior Ambt -0.181 -125.43 wall-znt Rm3/4 0.009 5.62 Floor Ambt -0.181 -3.80 �oor-Sngl-Ext Ambt -0.181 -31.66 Wall-Exterior Ambt -0.181 -85.88 wall-Exterior Ambt -0.181 -39.16 Door-Sngl-Ext Ambt -0.181 -31.66 wall-Exterior Ambt -0.181 -30.12 Door-Sngl-Ext Ambt -0.181 -31.66 wall-Exterior Ambt -0.181 -30. 51 Rm20 0.190 68.0 Floor Rm20/5 -0.007 -30.92 wall-Int Rm19/4 -0.060 -49.24 Wall-Int Ha112/4 0.017 17.73 wall-Exterior Ambt -0.190 -26.62 �oor-Sgle-znt. Ha112/4 0.017 80.67 wall-Exterior Ambt -0.190 -39.81 wall-Exterior Ambt -0.190 -22. 57 Door-Sgle-Int. Ambt -0.190 -272.33 Wall-Int Ha112/4 0.017 18.88 wall-Exterior Ambt -0.190 -14.91 Floor OpenAreal/3 0.000 5.43 Door-Sgle-Int. Ha112/4 0.017 80.67 wall-Exterior Ambt -0.190 -62. 50 wall-Stair Stair_2/4 0.247 68.88 wall-Exterior Ambt -0.190 -65. 51 wall-Int Rm3/4 0.000 1.61 Door-Stair Stair_2/4 0.247 310. 54 Rm10 0.049 68.0 Floor Rm10/5 -0.003 -16.10 wall-Exterior Ambt -0.049 -5.86 wall-Int Ha113/4 0.105 74.24 wall-Exterior Ambt -0.049 -605.13 �oor-Sgle-znt. Ha113/4 0.105 202.01 Floor Rm10/3 0.009 30.13 wall-Exterior Ambt -0.049 -21. 50 wall-znt Ha113/4 0.105 99.69 wall-Exterior Ambt -0.049 -8.01 Door-Sgle-Int. Ha113/4 0.105 202.01 wall-znt Rmll/4 0.089 90.84 Page 36 Neutral Conditions doors closed with no wind.txt wall-Exterior Ambt -0.049 -24.04 wall-Exterior Ambt -0.049 -18.27 Stair_2 0.438 68.0 200_Stair_11. 5 Stair_2/5 0.000 1358.76 Wall-Stair Rm20/4 -0.247 -68.88 200_Stair_11. 5 Stair_2/3 -0.000 -2342.61 wall-stair Ha112/4 -0.231 -20.78 Door-Stair Rm20/4 -0.247 -310. 54 supply Stair2 n/a 1700.00 Door-Stair Ha112/4 -0.231 -299.88 Wall-Stair Rm3/4 -0.247 -16.05 Stair_5 0. 388 68.0 200_Stair_11. 5 Stair_5/5 0.001 3487.74 Door-Stair Ha113/4 -0.234 -302.25 wall-Stair Ha113/4 -0.234 -31.92 wall-Stair Rm12/4 -0.251 -16.18 200_stair_11. 5 Stair_5/3 -0.000 -2771.06 Door-Stair Rmll/4 -0.251 -312.48 wall-Stair Rmll/4 -0.251 -53.84 Rmll 0.137 68.0 Floor Rmll/5 -0.010 -37.51 wall-znt Ha113/4 0.016 4.16 �oor-sgle-znt. Ha113/4 0.016 79.28 Door-Stair Stair_5/4 0.251 312.48 wall-Stair Stair_5/4 0.251 53.84 wall-Int Rm10/4 -0.089 -90.84 Wall-Int Rm12/4 -0.001 -3.17 Floor Rmll/3 0.035 71.29 wall-Exterior Ambt -0.137 -40.33 wall-Exterior Ambt -0.137 -37.38 wall-Exterior Ambt -0.137 -45.24 wall-Exterior Ambt -0.137 -9.84 Door-Sngl-Ext Ambt -0.137 -26.44 wall-Exterior Ambt -0.137 -23.61 wall-Exterior Ambt -0.137 -112.62 wall-Exterior Ambt -0.137 -49.18 wall-Exterior ambt -0.137 -44.91 Rm3 0.190 68.0 Floor Rm3/5 -0.011 -41.49 Floor Rm3/5 -0.011 -0.70 Wall-Int Rm20/4 -0.000 -1.61 wall-Exterior Ambt -0.190 -8.33 wall-Stair Stair_2/4 0.247 16.05 Door-Sgle-Int. Ha112/4 0.017 80. 57 �oor-Sngl-Ext Ambt -0.190 -32.67 wall-Int Rm16/4 -0.009 -5.62 wall-Exterior Ambt -0.190 -64.82 wall-Exterior Ambt -0.190 -64.82 wall-Exterior Ambt -0.190 -30.10 Wall-Exterior Ambt -0.190 -14.82 Floor Rm3/3 0.008 36. 57 Door-Sngl-Ext Ambt -0.190 -32.67 �oor-Sngl-Ext ambt -0.190 -32.67 wall-Exterior Ambt -0.190 -20.07 wall-Exterior ambt -0.190 -38.20 Floor Rm3/3 0.008 0.61 Door-Stair Stair6/4 0.242 307.15 wall-5tair 5tair6/4 0.242 10.85 wall-Exterior Rm21/4 -0.009 -11. 50 Door-Sngl-Ext Ambt -0.190 -32.67 wall-Stair Stair6/4 0.242 39.99 Wall-Exterior Ambt -0.190 -20.84 wall-Exterior Ambt -0.190 -27.78 Page 37 Neutral Conditions doors closed with no wind.txt wall-Int Rm21/4 -0.009 -10.42 Stair6 0.432 68.0 200_Stair_11. 5 Stair6/5 0.000 1002.27 Door-Stair Rm3/4 -0.242 -307.15 wall-Stair Rm3/4 -0.242 -10.85 Door-Stair Rm21/4 -0.251 -312.73 supply Stair6 n/a 1150.00 200_Stair_11. 5 Stair6/3 -0.000 -1425.38 wall-Stair Rm3/4 -0.242 -39.99 wall-Stair Rm21/4 -0.251 -56.19 Rm21 0.181 68.0 Floor Ambt -0.181 -124.05 Floor Ambt -0.181 -2.94 Floor Ambt -0.181 -7. 55 Floor Ambt -0.181 -72.25 wall-Exterior Rm3/4 0.009 11. 50 Door-Stair Stair6/4 0.251 312.73 Wall-Exterior Ambt -0.181 -14.01 wall-Stair Stair6/4 0.251 56.19 Door-Sngl-Ext Ambt -0.181 -31.67 wall-Exterior ambt -0.181 -15.08 wall-Int Rm3/4 0.009 10.42 wall-Exterior ambt -0.181 -19.60 wall-Exterior Ambt -0.181 -12.05 �oor-Sngl-Ext Ambt -0.181 -31.67 wall-Exterior Ambt -0.181 -37. 52 Floor Rm2/3 -0.021 -41.73 Wall-Exterior Ambt -0.181 -67.81 �oor-Sngl-Ext Ambt -0.181 -31.67 wall-Elevator Elevshortl/4 0.034 6.64 wall-Stair Stair_1/4 0.246 16.02 wall-Stair ElevShortl/4 0.034 7.00 Wall-Exterior Ambt -0.181 -28.48 Floor Entrancel/3 0.003 0.39 �oor-Elev Elevshortl/4 0.034 241.06 wall-Stair Stair_1/4 0.246 12.49 Floor Halll/3 0.040 3. 53 Door-Stair Stair_1/4 0.246 309.84 Door-Sngl-Ext Ambt -0.181 -31.67 wall-Stair 5tair_1/4 0.246 16.02 wall-Exterior Ambt -0.181 -27. 58 Wall-Exterior Ambt -0.181 -22.60 Floor Rml/3 -0.103 -54.53 Wall-Exterior Ambt -0.181 -12.82 �oor-Sngl-Ext Ambt -0.181 -31.67 wall-Exterior Ambt -0.181 -98.10 wall-Exterior Ambt -0.181 -34.65 Door-Sngl-Ext Ambt -0.181 -31.67 wall-Exterior Ambt -0.181 -37. 52 Door-Sngl-Ext Ambt -0.181 -31.67 wall-Exterior ambt -0.181 -51.24 Elevshortl 0.216 68.0 Floor Ambt -0.216 -4.27 wall-Elevator Rm21/4 -0.034 -6.64 wall-Stair Rm21/4 -0.034 -7.00 ElevShort�4 ElevShortl/3 0.000 241. 58 wall-Stair Stair_1/4 0.212 17.39 Door-Elev Rm21/4 -0.034 -241.06 Stair_1 0.428 68.0 Floor Ambt -0.428 -17.69 wall-Stair Rm21/4 -0.246 -16.02 200_Stair_11. 5 Stair_1/3 -0.000 -2857.40 wall-Stair ElevShortl/4 -0.212 -17.39 Page 38 Neutral Conditions doors closed with no wind.txt wall-Stair Ambt -0.428 -53.16 Wall-Stair Rm21/4 -0.246 -12.49 supply Stairl n/a 3300.00 Door-Stair Rm21/4 -0.246 -309.84 wall-Stair Rm21/4 -0.246 -16.02 level : 5 elevation: 51.0 ft zone P T path from dP Flowl Flow2 Rml9 0.113 68.0 Floor Rm19/6 -0.015 -72.82 wall-Exterior Ambt -0.113 -66.00 wall-Exterior Ambt -0.113 -67.79 wall-Exterior Ambt -0.113 -106.14 Floor Rm19/4 0.017 78. 51 wall-znt Rm18/5 0.045 54.29 Door-Sgle-Int. Ambt -0.113 -209.86 �oor-Sgle-znt. Ha112/5 0.086 183.35 wall-Exterior Ambt -0.113 -8.03 wall-Exterior ambt -0.113 -14.86 Door-Sgle-Int. Ha112/5 0.086 183.35 wall-Exterior ambt -0.113 -7.14 wall-Int Rm20/5 0.070 53.13 Rm8 0.125 68.0 Floor Rm8/6 -0.001 -7.99 wall-Exterior Ambt -0.125 -37. 52 Door-Sngl-Ext Ambt -0.125 -24.86 wall-Int Rm15/5 0.007 37.24 wall-Exterior Ambt -0.125 -50.66 Floor Rm8/4 0.007 19. 59 wall-Int Rm9/5 -0.071 -70.29 wall-znt Ha113/5 0.022 22.62 Door-Sgle-Int. Ha113/5 0.022 93.14 wall-znt Ha113/5 0.022 18.74 Rm9 0.054 68.0 Floor Rm9/6 -0.000 -7.37 Floor Rm9/6 -0.000 -0.13 wall-Exterior ambt -0.054 -498.15 wall-Exterior Ambt -0.054 -69.94 Floor Rm9/4 -0.000 -5.00 Door-Sngl-Ext Ambt -0.054 -14.45 wall-Exterior Ambt -0.054 -17.00 wall-Int Rm8/5 0.071 70.29 wall-Exterior Ambt -0.054 -53.15 wall-znt Ha113/5 0.093 32.49 �oor-Sgle-znt. Ha113/5 0.093 190.39 Double_DOOr_Int Ha113/5 0.093 380.78 Floor Rm9/4 -0.000 -0.09 wall-Exterior Ambt -0.054 -8.65 Rm15 0.132 68.0 Floor Rm15/6 -0.002 -5.25 Floor RmlS/6 -0.002 -5. 56 wall-Exterior Ambt -0.132 -61.73 wall-Exterior ambt -0.132 -20.26 Door-Sngl-Ext Ambt -0.132 -25.78 wall-Exterior ambt -0.132 -23.15 wall-Exterior Ambt -0.132 -13. 50 �oor-Sngl-Ext Ambt -0.132 -25.78 wall-Exterior Ambt -0.132 -19.29 wall-Int Rm8/5 -0.007 -37.24 wall-Int Suitel/5 0.032 33.80 Floor Rm15/4 0.008 10.10 Floor Rm15/4 0.008 10.70 wall-Stair Stair_4/5 0. 321 52. 53 Page 39 Neutral Conditions doors closed with no wind.txt wall-Elevator Elev_2/5 0.208 15.39 Door-Sgle-Int. Ha113/5 0.015 76.74 wall-znt Ha113/5 0.015 38.28 Rm18 0.158 68.0 Floor Rm18/6 -0.008 -9.96 Floor Rm18/6 -0.008 -4.53 Floor Rm18/6 -0.008 -9.96 wall-Exterior Ambt -0.158 -11. 58 �oor-Sngl-Ext Ambt -0.158 -28.89 wall-Exterior Ambt -0.158 -47.39 wall-Exterior Ambt -0.158 -57.92 Floor Rm18/4 0.011 11.46 wall-znt Rm17/5 0.007 37.40 wall-Exterior Ambt -0.158 -30.90 wall-znt Rml9/5 -0.045 -54.29 Floor Rm18/4 0.011 5.21 Floor Rml8/4 0.011 11.46 wall-znt Ha112/5 0.042 34.31 Door-Sgle-Int. Ha112/5 0.042 127. 53 wall-Int Ha112/5 0.042 28.04 Rm17 0.165 68.0 Floor Rm17/6 -0.008 -6.08 Floor Rml7/6 -0.008 -9.56 Floor Rm17/6 -0.008 -2.43 Floor Rml7/6 -0.008 -3.65 wall-Exterior Ambt -0.165 -89.34 Floor Rm17/4 0.010 6.87 wall-Exterior Ambt -0.165 -43.06 �oor-Sngl-Ext Ambt -0.165 -29.73 wall-Exterior Ambt -0.165 -15.07 �oor-sngl-Ext Ambt -0.165 -29.73 wall-Exterior Ambt -0.165 -21. 53 wall-znt Suite2/5 0.028 31.28 wall-Int Rm18/5 -0.007 -37.40 Floor Rml7/4 0.010 10.80 Floor Rm17/4 0.010 2.75 Floor Rm17/4 0.010 4.12 wall-5tair 5tair_3/5 0.281 46.83 wall-Elevator Elev_1/5 0.205 15.26 wall-znt Ha112/5 0.035 36.62 �oor-Sgle-znt. Ha112/5 0.035 116.25 wall-znt Ha112/5 0.035 16.78 Suite2 0.192 68.0 Floor Suite2/6 -0.009 -7.81 Floor suite2/6 -0.009 -2.60 Floor Suite2/6 -0.009 -3.91 Floor suite2/6 -0.009 -24.26 wall-Exterior Ambt -0.192 -62.80 wall-Exterior Ambt -0.192 -43.03 wall-Exterior Ambt -0.192 -13. 56 �oor-Sngl-Ext Ambt -0.192 -32.87 Door-Sngl-Ext Ambt -0.192 -32.87 Floor Suite2/4 0.005 5.63 wall-Exterior Ambt -0.192 -31.80 Floor Suite2/4 0.005 1.88 Floor Suite2/4 0.005 2.82 Floor Suite2/4 0.005 17.49 wall-Int Rm17/5 -0.028 -31.28 wall-znt Suitel/5 -0.028 -109.31 Door-Stair Stair_3/5 0.253 314.02 wall-Stair Stair_3/5 0.253 29.93 wall-Int Nonvest3/5 0.007 5.62 Double_DOOr_Int Ha112/5 0.007 105.41 Page 40 Neutral Conditions doors closed with no wind.txt wall-znt Rml6/5 -0.020 -6. 53 Door-Sngl-Ext Ambt -0.192 -32.87 wall-Exterior ambt -0.192 -47.29 suitel 0.164 68.0 Floor suitel/6 -0.005 -5.72 Floor Suitel/6 -0.005 -2.86 Floor Suitel/6 -0.005 -0.60 Floor Suitel/6 -0.005 -19.08 wall-Exterior Ambt -0.164 -58.08 wall-Exterior Ambt -0.164 -39.80 Floor Suitel/4 0.005 6.00 Door-Sngl-Ext Ambt -0.164 -29.70 �oor-Sngl-Ext Ambt -0.164 -29.70 Wall-Exterior Ambt -0.164 -12. 54 wall-Exterior Ambt -0.164 -29.41 Floor Suitel/4 0.005 3.00 Floor Suitel/4 0.005 0.63 Floor Suitel/4 0.005 20.00 wall-znt RmlS/5 -0.032 -33.80 wall-Int 5uite2/5 0.028 109.31 �oor-Stair Stair_4/5 0.289 335. 52 wall-5tair 5tair_4/5 0.289 40.60 wall-Int Nonvest4/5 -0.017 -8.49 Double_DOOr_Int Ha113/5 -0.017 -163.07 wall-znt Rml2/5 -0.037 -8.79 wall-Exterior Ambt -0.164 -43.73 �oor-Sngl-Ext Ambt -0.164 -29.70 Stair_3 0.445 68.0 233_Stair_11. 5 Stair_3/6 -0.000 -353.60 wall-Stair Rm17/5 -0.281 -46.83 Door-Stair Suite2/5 -0.253 -314.02 233_Stair_11. 5 Stair_3/4 -0.000 -924.26 supply Stair3 n/a 1999.99 wall-Stair Suite2/5 -0.253 -29.93 wall-Stair Elev_1/5 -0.076 -16.25 wall-Stair Nonvest3/5 -0.246 -5.67 �oor-Stair Nonvest3/5 -0.246 -309.43 stair_4 0.453 68.0 233_stair_11. 5 Stair_4/6 -0.000 -601.45 �oor-Stair 5uitel/5 -0.289 -335. 52 wall-Stair RmlS/5 -0.321 -52.53 wall-5tair 5uitel/5 -0.289 -40.60 supply Stair4 n/a 1750.00 233_Stair_11. 5 Stair_4/4 -0.000 -348.64 �oor-stair Nonvest4/5 -0. 306 -345.13 wall-Stair Nonvest4/5 -0. 306 -6.32 wall-Stair Elev_2/5 -0.113 -19.82 Elev_1 0. 369 68.0 11. 5_Elevator Elev_1/6 0.000 4740.93 wall-Stair Stair_3/5 0.076 16.25 wall-Elevator Rml7/5 -0.205 -15.26 11. 5_Elevator Elev_1/4 -0.000 -3654.90 wall-Elevator Nonvest3/5 -0.170 -13.90 �oor-Elev Ha112/5 -0.170 -536. 56 �oor-Elev Ha112/5 -0.170 -536. 56 Nonvest3 0.199 68.0 Floor Nonvest3/6 -0.011 -0.80 wall-5tair 5tair_3/5 0.246 5.67 �oor-Stair Stair_3/5 0.246 309.43 Floor Nonvest3/4 0.008 0.67 wall-Elevator Elev_1/5 0.170 13.90 wall-Int Suite2/5 -0.007 -5.62 wall-Int Ha112/5 -0.000 -0.48 Page 41 Neutral Conditions doors closed with no wind.txt Missing�oor Ha112/5 -0.000 -322.76 Nonvest4 0.148 68.0 Floor Nonvest4/6 -0.004 -0.45 Door-Stair Stair_4/5 0. 306 345.13 wall-Stair Stair_4/5 0. 306 6.32 Floor Nonvest4/4 0.006 0.60 wall-znt Suitel/5 0.017 8.49 wall-Elevator Elev_2/5 0.193 14.81 Missing�oor Ha113/5 -0.000 -374.36 wall-znt Ha113/5 -0.000 -0. 54 Elev_2 0. 340 68.0 11. 5_Elevator Elev_2/6 0.000 4744.88 wall-Stair Stair_4/5 0.113 19.82 wall-Elevator Nonvest4/5 -0.193 -14.81 11. 5_Elevator Elev_2/4 -0.000 -3591.10 wall-Elevator Rm15/5 -0.208 -15.39 �oor-Elev Ha113/5 -0.193 -571.70 �oor-Elev Ha113/5 -0.193 -571.70 Ha112 0.199 68.0 Floor Ha112/6 -0.011 -5.71 Floor Ha112/6 -0.011 -7.14 Floor Ha112/6 -0.011 -1.10 �oor-Sgle-znt. Rml9/5 -0.086 -183.35 wall-Int Rm18/5 -0.042 -34.31 �oor-Sgle-znt. Rml8/5 -0.042 -127. 53 Wall-Int Rm18/5 -0.042 -28.04 wall-znt Rm17/5 -0.035 -36.62 Door-Sgle-Int. Rm17/5 -0.035 -116.25 wall-znt Rm17/5 -0.035 -16.78 �oor-Elev Elev_1/5 0.170 536. 56 �oor-Elev Elev_1/5 0.170 536. 56 wall-Int Nonvest3/5 0.000 0.48 Missing�oor Nonvest3/5 0.000 322.76 Door-Sgle-Int. Rm19/5 -0.086 -183.35 Floor Ha112/4 0.008 4.75 Floor Ha112/4 0.008 5.94 �ouble_�oor_znt Suite2/5 -0.007 -105.41 wall-Int Rm20/5 -0.016 -17.47 Door-Sgle-Int. Rml6/5 -0.027 -103.26 wall-Int Rm16/5 -0.027 -67.76 �oor-Sgle-znt. Rml6/5 -0.027 -103.26 wall-Int Rm16/5 -0.027 -31.17 �oor-Sgle-znt. Rm16/5 -0.027 -103.26 wall-Int Rm16/5 -0.027 -3.39 �oor-sgle-znt. Rm20/5 -0.016 -79.49 wall-Int Rm20/5 -0.016 -18.60 wall-znt Rml6/5 -0.027 -66.41 Door-Sgle-Int. Rm20/5 -0.016 -79.49 �oor-Sgle-znt. Rml6/5 -0.027 -103.26 wall-Stair Stair_2/5 0.239 21.13 Floor Ha112/4 0.008 0.92 wall-Int Rm16/5 -0.027 -24.39 �oor-Stair Stair_2/5 0.239 304.92 Door-Sgle-Int. Rm3/5 -0.020 -87.22 Ha113 0.147 68.0 Floor Ha113/6 -0.004 -9.14 Missing�oor Nonvest4/5 0.000 374.36 wall-Int Nonvest4/5 0.000 0. 54 �oor-Elev Elev_2/5 0.193 571.70 �oor-Elev Elev_2/5 0.193 571.70 �oor-Sgle-znt. RmlS/5 -0.015 -76.74 wall-Int Rm15/5 -0.015 -38.28 wall-znt Rm8/5 -0.022 -22.62 Page 42 Neutral Conditions doors closed with no wind.txt �oor-Sgle-znt. Rm8/5 -0.022 -93.14 wall-Int Rm8/5 -0.022 -18.74 wall-znt Rm9/5 -0.093 -32.49 Door-Sgle-Int. Rm9/5 -0.093 -190.39 �ouble_�oor_znt Suitel/5 0.017 163.07 Floor Ha113/4 0.006 12.17 �ouble_�oor_znt Rm9/5 -0.093 -380.78 wall-Int Rm12/5 -0.020 -6.88 �oor-Sgle-znt. Rml2/5 -0.020 -87.42 wall-Int Rm12/5 -0.020 -26.39 Door-Sgle-Int. Rm12/5 -0.020 -87.42 wall-Int Rm12/5 -0.020 -57.37 Door-Sgle-Int. Rml2/5 -0.020 -87.42 wall-Int Rm10/5 -0.101 -72.95 wall-znt Rml2/5 -0.020 -61.96 Door-Sgle-Int. Rm10/5 -0.101 -198.51 �oor-Sgle-znt. Rml2/5 -0.020 -87.42 wall-Int Rm10/5 -0.101 -97.97 Wall-Int Rml2/5 -0.020 -8.03 Door-Sgle-Int. Rm10/5 -0.101 -198. 51 �oor-Stair Stair_5/5 0.241 306.67 wall-5tair 5tair_5/5 0.241 32.38 wall-znt Rmll/5 -0.020 -4.59 Door-Sgle-Int. Rmll/5 -0.020 -87.41 Rm12 0.128 68.0 Floor Rm12/6 -0.005 -52.01 wall-znt Ha113/5 0.020 6.88 Door-Sgle-Int. Ha113/5 0.020 87.42 wall-znt Ha113/5 0.020 26.39 Door-Sgle-Int. Ha113/5 0.0�0 87.42 wall-znt Ha113/5 0.020 57.37 Door-Sgle-Int. Ha113/5 0.020 87.42 wall-znt Suitel/5 0.037 8.79 wall-znt Ha113/5 0.020 61.96 Floor Rml2/4 0.009 67.24 Door-Sgle-Int. Ha113/5 0.020 87.42 wall-znt Ha113/5 0.020 8.03 Wall-Exterior Ambt -0.128 -41.71 wall-Exterior ambt -0.128 -105.23 wall-Stair 5tair_5/5 0.261 16.49 wall-Exterior Ambt -0.128 -79.63 wall-Exterior Ambt -0.128 -79.63 wall-Int Rmll/5 0.000 0.25 Door-Sngl-Ext Ambt -0.128 -25.20 wall-Exterior Ambt -0.128 -72.05 Door-Sngl-Ext Ambt -0.128 -25.20 �oor-Sngl-Ext Ambt -0.128 -25.20 wall-Exterior Ambt -0.128 -72.05 �oor-Sngl-Ext Ambt -0.128 -25.20 Rml6 0.172 68.0 Floor Rml6/6 -0.012 -6.18 Floor Rm16/6 -0.012 -8.96 Floor Rm16/6 -0.012 -67.22 Floor Rm16/6 -0.012 -0.99 �oor-Sgle-znt. Ha112/5 0.027 103.26 wall-znt Ha112/5 0.027 67.76 �oor-Sgle-znt. Ha112/5 0.027 103.26 wall-Int Ha112/5 0.027 31.17 �oor-Sgle-znt. Ha112/5 0.027 103.26 wall-znt Ha112/5 0.027 3.39 wall-znt Suite2/5 0.020 6. 53 wall-znt Ha112/5 0.027 66.41 wall-Exterior Ambt -0.172 -44.00 Page 43 Neutral Conditions doors closed with no wind.txt Floor Rml6/4 0.009 5.45 Floor Rm16/4 0.009 7.90 Floor Rml6/4 0.009 59.23 Door-Sgle-Int. Ha112/5 0.027 103.26 wall-znt Ha112/5 0.027 24.39 wall-Exterior Ambt -0.172 -88.01 wall-Exterior Ambt -0.172 -81.41 wall-Exterior Ambt -0.172 -122.11 wall-znt Rm3/5 0.008 5.26 Floor Rm16/4 0.009 0.87 �oor-Sngl-Ext Ambt -0.172 -30. 58 wall-Exterior Ambt -0.172 -83.61 wall-Exterior Ambt -0.172 -38.13 Door-Sngl-Ext Ambt -0.17� -30. 58 wall-Exterior Ambt -0.172 -29.33 Door-Sngl-Ext Ambt -0.172 -30. 58 wall-Exterior Ambt -0.172 -29.70 Rm20 0.183 68.0 Floor Rm20/6 -0.018 -48.43 wall-Int Rm19/5 -0.070 -53.13 wall-znt Ha112/5 0.016 17.47 wall-Exterior Ambt -0.183 -26.11 �oor-Sgle-znt. Ha112/5 0.016 79.49 wall-Exterior Ambt -0.183 -39.05 wall-Exterior Ambt -0.183 -22.14 Door-Sgle-Int. Ambt -0.183 -267.10 wall-znt Ha112/5 0.016 18.60 wall-Exterior Ambt -0.183 -14.62 Floor Rm20/4 0.007 30.92 Door-Sgle-Int. Ha112/5 0.016 79.49 wall-Exterior Ambt -0.183 -61.30 wall-5tair 5tair_2/5 0.255 69.90 wall-Exterior Ambt -0.183 -64.25 wall-Int Rm3/5 -0.003 -14.84 �oor-Stair Stair_2/5 0.255 315.11 Rm10 0.046 68.0 Floor Rm10/6 -0.001 -7.40 wall-Exterior Ambt -0.046 -5.70 wall-Int Ha113/5 0.101 72.95 wall-Exterior Ambt -0.046 -588.27 �oor-Sgle-znt. Ha113/5 0.101 198. 51 Floor Rm10/4 0.003 16.10 wall-Exterior Ambt -0.046 -20.90 wall-znt Ha113/5 0.101 97.97 wall-Exterior Ambt -0.046 -7.79 Door-Sgle-Int. Ha113/5 0.101 198. 51 wall-znt Rmll/5 0.082 87.14 wall-Exterior Ambt -0.046 -23.37 wall-Exterior Ambt -0.046 -17.76 stair_2 0.438 68.0 200_Stair_11. 5 Stair_2/6 0.000 686.21 wall-Stair Rm20/5 -0.255 -69.90 200_Stair_11. 5 Stair_2/4 -0.000 -1358.76 wall-5tair Ha112/5 -0.239 -21.13 �oor-Stair Rm20/5 -0.255 -315.11 supply Stair2 n/a 1400.00 �oor-Stair Ha112/5 -0.239 -304.92 wall-Stair Rm3/5 -0.258 -16.40 Stair_5 0.389 68.0 200_Stair_11. 5 Stair_5/6 0.001 4217.11 �oor-Stair Ha113/5 -0.241 -306.67 wall-Stair Ha113/5 -0.241 -32.38 wall-Stair Rml2/5 -0.261 -16.49 Page 44 Neutral Conditions doors closed with no wind.txt 200_Stair_11. 5 Stair_5/4 -0.001 -3487.74 Door-Stair Rmll/5 -0.261 -318.88 wall-Stair Rmll/5 -0.261 -54.95 Rmll 0.128 68.0 Floor Rmll/6 -0.012 -40.79 wall-znt Ha113/5 0.020 4. 59 �oor-Sgle-znt. Ha113/5 0.020 87.41 Door-Stair Stair_5/5 0.261 318.88 wall-Stair Stair_5/5 0.261 54.95 wall-Int Rm10/5 -0.082 -87.14 wall-Int Rm12/5 -0.000 -0.25 Floor Rmll/4 0.010 37.51 wall-Exterior Ambt -0.128 -38.87 wall-Exterior Ambt -0.128 -36.02 wall-Exterior Ambt -0.128 -43.61 Wall-Exterior Ambt -0.128 -9.48 �oor-Sngl-Ext Ambt -0.128 -25.20 wall-Exterior Ambt -0.128 -22.75 wall-Exterior ambt -0.128 -108. 55 Wall-Exterior Ambt -0.128 -47.40 wall-Exterior ambt -0.128 -43.29 Rm3 0.180 68.0 Floor Rm3/6 -0.020 -53.70 Floor Rm3/6 -0.020 -0.97 Floor Ambt -0.180 -11.47 Floor Ambt -0.180 -5.73 Wall-Int Rm20/5 0.003 14.84 Wall-Exterior Ambt -0.180 -8.10 wall-Stair Stair_2/5 0.258 16.40 Door-Sgle-Int. Ha112/5 0.0�0 87.22 �oor-sngl-Ext Ambt -0.180 -31.48 wall-Int Rm16/5 -0.008 -5.26 wall-Exterior Ambt -0.180 -62.99 wall-Exterior Ambt -0.180 -62.99 wall-Exterior ambt -0.180 -29.25 Wall-Exterior Ambt -0.180 -14.40 Floor Rm3/4 0.011 41.49 Door-Sngl-Ext Ambt -0.180 -31.48 Door-Sngl-Ext Ambt -0.180 -31.48 wall-Exterior Ambt -0.180 -19. 51 wall-Exterior Ambt -0.180 -37.12 Floor Rm3/4 0.011 0.70 �oor-Stair Stair6/5 0.253 313.82 Door-Sngl-Ext Ambt -0.180 -31.48 wall-Stair Stair6/5 0.253 40.85 wall-Stair Stair6/5 0.253 56.39 wall-Exterior Ambt -0.180 -20.25 wall-Exterior Ambt -0.180 -59.62 wall-Exterior Ambt -0.180 -54.44 stair6 0.432 68.0 163_Stair Stair6/6 0.000 436.92 Floor Ambt -0.432 -2.31 �oor-Stair Rm3/5 -0.253 -313.82 supply Stair6 n/a 1000.00 200_Stair_11. 5 Stair6/4 -0.000 -1002.27 wall-Stair Rm3/5 -0.253 -40.85 wall-Stair Rm3/5 -0.253 -56.39 wall-Stair Ambt -0.432 -21.27 level : 6 elevation: 62.5 ft zone P T path from dP Flowl Flow2 Rm19 0.098 68.0 Floor Rml9/7 -0.035 -111.49 Page 45 Neutral Conditions doors closed with no wind.txt Floor Sma11Rm/7 0.031 1.93 wall-Exterior Ambt -0.098 -61. 55 wall-Exterior ambt -0.098 -63.21 wall-Exterior Ambt -0.098 -98.98 Floor Rm19/5 0.015 72.82 wall-Int Rm18/6 0.051 57.98 �oor-sgle-znt. Ambt -0.098 -195.71 Door-Sgle-Int. Ha112/6 0.090 187.12 wall-Exterior Ambt -0.098 -7.49 wall-Exterior Ambt -0.098 -13.86 �oor-Sgle-znt. Ha112/6 0.090 187.12 wall-Exterior Ambt -0.098 -6.65 wall-znt Rm20/6 0.067 51.97 Rm8 0.124 68.0 Floor Rm8/7 0.002 12.39 Floor 2StoryStair/7 0.017 0.35 wall-Exterior Ambt -0.124 -37.35 Door-Sngl-Ext Ambt -0.124 -24.71 wall-znt RmlS/6 0.006 34.66 wall-Exterior Ambt -0.124 -50.43 Floor Rm8/5 0.001 7.99 wall-Int Rm9/6 -0.070 -69.92 wall-znt Ha113/6 0.020 21.36 Door-Sgle-Int. Ha113/6 0.020 87.96 wall-znt Ha113/6 0.020 17.70 Rm9 0.054 68.0 Floor Ambt -0.054 -31.39 Floor Rm8/7 0.072 0.91 Floor Rm9/7 0.017 35.46 Floor 25torystair/7 0.087 5.11 Floor Ambt -0.054 -21.98 wall-Exterior Ambt -0.054 -496.33 wall-Exterior Ambt -0.054 -69.68 Floor Rm9/5 0.000 7.37 �oor-Sngl-Ext Ambt -0.054 -14.38 wall-Exterior Ambt -0.054 -16.93 wall-znt Rm8/6 0.070 69.92 wall-Exterior Ambt -0.054 -52.96 wall-znt Ha113/6 0.090 31.93 Door-Sgle-Int. Ha113/6 0.090 187.14 �ouble_�oor_znt Ha113/6 0.090 374.29 Floor Rm9/5 0.000 0.13 wall-Exterior Ambt -0.054 -8.62 RmlS 0.130 68.0 Floor Rm15/7 0.005 11. 58 Floor Rm8/7 -0.004 -9.63 wall-Exterior Ambt -0.130 -61.24 wall-Exterior Ambt -0.130 -20.09 �oor-Sngl-Ext Ambt -0.130 -25. 51 wall-Exterior Ambt -0.130 -22.97 wall-Exterior ambt -0.130 -13.40 Door-Sngl-Ext Ambt -0.130 -25. 51 wall-Exterior ambt -0.130 -19.14 wall-Int Rm8/6 -0.006 -34.66 wall-znt suitel/6 0.029 32.25 Floor Rm15/5 0.002 5.25 Floor RmlS/5 0.002 5.56 wall-5tair 5tair_4/6 0. 323 52.69 wall-Elevator Elev_2/6 0.210 15.46 Door-Sgle-Int. Ha113/6 0.014 72.96 wall-znt Ha113/6 0.014 36.39 Rm18 0.149 68.0 Floor Rml8/7 -0.010 -16.94 Page 46 Neutral Conditions doors closed with no wind.txt wall-Exterior Ambt -0.149 -11.27 Door-Sngl-Ext Ambt -0.149 -27.87 wall-Exterior Ambt -0.149 -46.10 wall-Exterior Ambt -0.149 -56.34 Floor Rml8/5 0.008 9.96 wall-Int Rm17/6 0.007 38.40 wall-Exterior ambt -0.149 -30.06 wall-Int Rm19/6 -0.051 -57.98 Floor Rml8/5 0.008 4.53 Floor Rm18/5 0.008 9.96 wall-znt Ha112/6 0.039 33.20 Door-Sgle-Int. Ha112/6 0.039 123.38 wall-znt Ha112/6 0.039 27.12 Rm17 0.156 68.0 Floor Rml8/7 -0.017 -21.35 Floor Rm17/7 0.001 4.71 wall-Exterior Ambt -0.156 -87.12 Floor Rm17/5 0.008 6.08 wall-Exterior ambt -0.156 -41.99 Door-Sngl-Ext Ambt -0.156 -28.77 wall-Exterior ambt -0.156 -14.69 Door-Sngl-Ext Ambt -0.156 -28.77 wall-Exterior ambt -0.156 -20.99 wall-Int 5uite2/6 0.026 30.60 wall-znt Rml8/6 -0.007 -38.40 Floor Rm17/5 0.008 9. 56 Floor Rm17/5 0.008 2.43 Floor Rm17/5 0.008 3.65 wall-Stair Stair_3/6 0.289 47. 50 wall-Elevator Elev_1/6 0.�13 15. 56 wall-znt Ha112/6 0.032 34.97 Door-Sgle-Int. Ha112/6 0.032 111.01 wall-znt Ha112/6 0.032 16.03 Suite2 0.183 68.0 Floor Suite2/7 -0.020 -11. 53 Floor Suite2/7 -0.020 -3.84 Floor Suite2/7 -0.020 -5.77 Floor Suite2/7 -0.020 -35.81 wall-Exterior ambt -0.183 -61.27 wall-Exterior Ambt -0.183 -41.98 wall-Exterior Ambt -0.183 -13.23 Door-Sngl-Ext Ambt -0.183 -31.83 �oor-Sngl-Ext Ambt -0.183 -31.83 Floor Suite2/5 0.009 7.81 wall-Exterior Ambt -0.183 -31.02 Floor Suite2/5 0.009 2.60 Floor suite2/5 0.009 3.91 Floor Suite2/5 0.009 24.26 wall-znt Rml7/6 -0.026 -30.60 wall-Int Suitel/6 -0.024 -100. 52 �oor-Stair Stair_3/6 0.262 319.72 wall-Stair 5tair_3/6 0.262 30.47 wall-znt Nonvest3/6 0.005 4.85 Double_DOOr_Int Ha112/6 0.005 90. 54 wall-znt Rm16/6 -0.023 -6.98 Door-Sngl-Ext Ambt -0.183 -31.83 wall-Exterior Ambt -0.183 -46.13 Suitel 0.159 68.0 Floor Suitel/7 -0.008 -7.04 Floor Suitel/7 -0.008 -3. 52 Floor Suitel/7 -0.008 -0.74 Floor Suitel/7 -0.008 -23.47 wall-Exterior Ambt -0.159 -57.19 Page 47 Neutral Conditions doors closed with no wind.txt wall-Exterior Ambt -0.159 -39.19 Floor Suitel/5 0.005 5.72 �oor-Sngl-Ext Ambt -0.159 -29.11 Door-Sngl-Ext Ambt -0.159 -29.11 wall-Exterior ambt -0.159 -12.35 wall-Exterior Ambt -0.159 -28.96 Floor Suitel/5 0.005 2.86 Floor Suitel/5 0.005 0.60 Floor Suitel/5 0.005 19.08 wall-Int Rm15/6 -0.029 -32.25 wall-Int Suite2/6 0.024 100. 52 Door-Stair Stair_4/6 0.294 338.38 wall-Stair Stair_4/6 0.294 40.94 wall-Int Nonvest4/6 -0.015 -8.12 �ouble_�oor_znt Ha113/6 -0.016 -156.07 wall-Int Rm12/6 -0.037 -8.82 wall-Exterior Ambt -0.159 -43.06 Door-Sngl-Ext Ambt -0.159 -29.11 Stair_3 0.445 68.0 233_Stair_11. 5 Stair_3/7 -0.000 -617. 51 wall-Stair Rm17/6 -0.289 -47.50 Door-5tair 5uite2/6 -0.262 -319.72 233_stair_11. 5 Stair_3/5 0.000 353.60 supply Stair3 n/a 1000.00 wall-Stair Suite2/6 -0.262 -30.47 wall-5tair Elev_1/6 -0.076 -16.25 wall-Stair Nonvest3/6 -0.257 -5.79 �oor-5tair Nonvest3/6 -0.257 -316.36 Stair_4 0.453 68.0 233_Stair_11. 5 Stair_4/7 -0.000 -1296.13 Door-Stair Suitel/6 -0.294 -338.38 wall-Stair Rm15/6 -0.323 -52.69 wall-Stair Suitel/6 -0.294 -40.94 supply Stair4 n/a 1500.00 233_Stair_11. 5 Stair_4/5 0.000 601.45 �oor-Stair Nonvest4/6 -0. 309 -347.11 wall-Stair Nonvest4/6 -0.309 -6.36 wall-5tair Elev_2/6 -0.113 -19.82 Elev_1 0. 369 68.0 11. 5_Elevator Elev_1/7 0.000 5862.28 wall-Stair Stair_3/6 0.076 16.25 wall-Elevator Rm17/6 -0.213 -15. 56 11. 5_Elevator Elev_1/5 -0.000 -4740.93 wall-Elevator Nonvest3/6 -0.181 -14.35 �oor-Elev Ha112/6 -0.181 -553.85 �oor-Elev Ha112/6 -0.181 -553.85 Nonvest3 0.188 68.0 Floor Nonvest3/7 -0.025 -1.20 wall-Stair Stair_3/6 0.257 5.79 Door-Stair Stair_3/6 0.257 316.36 Floor Nonvest3/5 0.011 0.80 wall-Elevator Elev_1/6 0.181 14.35 wall-znt Suite2/6 -0.005 -4.85 wall-znt Ha112/6 -0.000 -0.49 Missing�oor Ha112/6 -0.000 -330.75 Nonvest4 0.144 68.0 Floor Nonvest4/7 -0.002 -0.34 Door-Stair Stair_4/6 0. 309 347.11 wall-Stair Stair_4/6 0. 309 6.36 Floor NonVest4/5 0.004 0.45 wall-znt Suitel/6 0.015 8.12 wall-Elevator Elev_2/6 0.196 14.94 Missing�oor Ha113/6 -0.000 -376.10 Page 48 Neutral Conditions doors closed with no wind.txt wall-znt Ha113/6 -0.000 -0. 54 Elev_2 0. 340 68.0 11. 5_Elevator Elev_2/7 0.000 5909.32 wall-Stair 5tair_4/6 0.113 19.82 wall-Elevator Nonvest4/6 -0.196 -14.94 11.5_Elevator Elev_2/5 -0.000 -4744.88 wall-Elevator RmlS/6 -0.210 -15.46 �oor-Elev Ha113/6 -0.197 -576.93 �oor-Elev Ha113/6 -0.197 -576.93 Ha112 0.188 68.0 Floor Ha112/7 -0.025 -8.61 Floor Ha112/7 -0.025 -10.76 Floor Ha112/7 -0.025 -1.66 Door-Sgle-Int. Rm19/6 -0.090 -187.12 wall-znt Rml8/6 -0.039 -33.20 Door-Sgle-Int. Rm18/6 -0.039 -123.38 wall-znt Rml8/6 -0.039 -27.12 wall-Int Rm17/6 -0.032 -34.97 Door-Sgle-Int. Rml7/6 -0.032 -111.01 wall-Int Rm17/6 -0.032 -16.03 �oor-Elev Elev_1/6 0.181 553.85 �oor-Elev Elev_1/6 0.181 553.85 wall-znt Nonvest3/6 0.000 0.49 Missing�oor Nonvest3/6 0.000 330.75 �oor-Sgle-znt. Rml9/6 -0.090 -187.12 Floor Ha112/5 0.011 5.71 Floor Ha112/5 0.011 7.14 �ouble_�oor_znt Suite2/6 -0.005 -90. 54 wall-znt Rm20/6 -0.023 -20.73 Door-Sgle-Int. Rm16/6 -0.0�8 -105.23 wall-znt Rml6/6 -0.028 -69.06 Door-Sgle-Int. Rm16/6 -0.028 -105.23 wall-znt Rml6/6 -0.028 -31.77 Door-Sgle-Int. Rm16/6 -0.028 -105.23 wall-znt Rml6/6 -0.028 -3.45 Door-Sgle-Int. Rm20/6 -0.023 -94.30 wall-znt Rm20/6 -0.023 -22.07 wall-Int Rm16/6 -0.028 -67.67 Door-Sgle-Int. Rm20/6 -0.023 -94.30 Door-Sgle-Int. Rm16/6 -0.028 -105.23 wall-Stair Stair_2/6 0.250 21.62 Floor Ha112/5 0.011 1.10 wall-znt Rm16/6 -0.028 -24.86 Door-Stair Stair_2/6 0.250 311.97 �oor-Sgle-znt. Rm3/6 -0.029 -105.84 Ha113 0.144 68.0 Floor Ha113/7 -0.002 -6.91 Missing�oor Nonvest4/6 0.000 376.10 wall-Int Nonvest4/6 0.000 0.54 �oor-Elev Elev_2/6 0.197 576.93 �oor-Elev Elev_2/6 0.197 576.93 Door-Sgle-Int. Rm15/6 -0.014 -72.96 wall-znt Rm15/6 -0.014 -36.39 wall-Int Rm8/6 -0.020 -21.36 Door-Sgle-Int. Rm8/6 -0.020 -87.96 Wall-Int Rm8/6 -0.020 -17.70 wall-znt Rm9/6 -0.090 -31.93 Door-Sgle-Int. Rm9/6 -0.090 -187.14 Double_DOOr_Int Suitel/6 0.016 156.07 Floor Ha113/5 0.004 9.14 �ouble_�oor_znt Rm9/6 -0.090 -374.29 Wall-Int Rm12/6 -0.021 -7.18 �oor-sgle-znt. Rml2/6 -0.021 -91.23 Page 49 Neutral Conditions doors closed with no wind.txt wall-znt Rml2/6 -0.021 -27. 54 Door-Sgle-Int. Rm12/6 -0.021 -91.23 wall-znt Rml2/6 -0.021 -59.87 Door-Sgle-Int. Rm12/6 -0.021 -91.23 wall-znt Rm10/6 -0.098 -71.87 wall-Int Rm12/6 -0.021 -64.66 Door-Sgle-Int. Rm10/6 -0.098 -195. 57 Door-Sgle-Int. Rm12/6 -0.021 -91.23 wall-znt Rm10/6 -0.098 -96.51 wall-Int Rm12/6 -0.021 -8.38 �oor-Sgle-znt. Rm10/6 -0.098 -195. 57 Door-Stair Stair_5/6 0.246 309.49 wall-Stair Stair_5/6 0.246 32.68 wall-Int Rmll/6 -0.028 -5.44 �oor-sgle-znt. Rmll/6 -0.028 -103.70 Rml2 0.122 68.0 Floor Rml2/7 -0.008 -62.90 wall-znt Ha113/6 0.021 7.18 �oor-Sgle-znt. Ha113/6 0.021 91.23 wall-znt Ha113/6 0.021 27. 54 �oor-Sgle-znt. Ha113/6 0.021 91.23 wall-znt Ha113/6 0.021 59.87 �oor-Sgle-znt. Ha113/6 0.021 91.23 wall-Int 5uitel/6 0.037 8.82 wall-znt Ha113/6 0.021 64.66 Floor Rm12/5 0.005 52.01 �oor-Sgle-znt. Ha113/6 0.021 91.23 wall-znt Ha113/6 0.021 8.38 wall-Exterior Ambt -0.122 -40.84 wall-Exterior Ambt -0.12� -103.02 wall-Stair Stair_5/6 0.267 16.68 wall-Exterior Ambt -0.122 -77.96 wall-Exterior Ambt -0.122 -77.96 wall-Int Rmll/6 -0.006 -8.25 �oor-Sngl-Ext Ambt -0.122 -24. 52 wall-Exterior Ambt -0.122 -70. 54 Door-Sngl-Ext Ambt -0.122 -24. 52 Door-Sngl-Ext Ambt -0.122 -24. 52 wall-Exterior Ambt -0.122 -70. 54 Door-Sngl-Ext Ambt -0.122 -24. 52 Rm16 0.160 68.0 Floor Rm16/7 -0.026 -9.04 Floor Rm16/7 -0.026 -13.11 Floor Rm16/7 -0.026 -98.29 Floor Rm16/7 -0.026 -1.44 Door-Sgle-Int. Ha112/6 0.0�8 105.23 wall-znt Ha112/6 0.028 69.06 Door-Sgle-Int. Ha112/6 0.028 105.23 wall-znt Ha112/6 0.028 31.77 Door-Sgle-Int. Ha112/6 0.028 105.23 wall-znt Ha112/6 0.028 3.45 wall-Int 5uite2/6 0.023 6.98 wall-znt Ha112/6 0.028 67.67 Wall-Exterior Ambt -0.160 -42.41 Floor Rml6/5 0.012 6.18 Floor Rm16/5 0.012 8.96 Floor Rml6/5 0.012 67.22 Door-Sgle-Int. Ha112/6 0.028 105.23 wall-znt Ha112/6 0.028 24.86 wall-Exterior Ambt -0.160 -84.83 wall-Exterior Ambt -0.160 -78.47 wall-Exterior Ambt -0.160 -117.70 wall-znt Rm3/6 -0.000 -1.08 Page 50 Neutral Conditions doors closed with no wind.txt Floor Rml6/5 0.012 0.99 Door-Sngl-Ext Ambt -0.160 -29.15 wall-Exterior ambt -0.160 -80. 59 wall-Exterior Ambt -0.160 -36.75 �oor-Sngl-Ext ambt -0.160 -29.15 wall-Exterior Ambt -0.160 -28.27 �oor-Sngl-Ext ambt -0.160 -29.15 wall-Exterior Ambt -0.160 -28.63 Rm20 0.165 68.0 Floor 2Storystair2/7 -0.002 -0.88 Floor Sma11Rm/7 -0.036 -7.71 Floor Rm20/7 -0.123 -127.61 wall-znt Rm19/6 -0.067 -51.97 wall-znt Ha112/6 0.023 20.73 wall-Exterior Ambt -0.165 -24.81 Door-Sgle-Int. Ha112/6 0.023 94.30 wall-Exterior Ambt -0.165 -37.11 wall-Exterior Ambt -0.165 -21.04 �oor-Sgle-znt. ambt -0.165 -253.82 wall-znt Ha112/6 0.023 22.07 wall-Exterior ambt -0.165 -13.89 Floor Rm20/5 0.018 48.43 �oor-Sgle-znt. Ha112/6 0.023 94.30 wall-Exterior Ambt -0.165 -58.25 wall-Stair Stair_2/6 0.273 72.29 wall-Exterior Ambt -0.165 -61.06 wall-znt Rm3/6 -0.006 -19.87 Door-Stair Stair_2/6 0.273 325.91 Rm10 0.046 68.0 Floor Rm10/7 0.001 11.71 wall-Exterior Ambt -0.046 -5.67 wall-znt Ha113/6 0.098 71.87 wall-Exterior Ambt -0.046 -584.65 Door-Sgle-Int. Ha113/6 0.098 195.57 Floor Rm10/5 0.001 7.40 wall-Exterior Ambt -0.046 -20.77 wall-znt Ha113/6 0.098 96. 51 Wall-Exterior Ambt -0.046 -7.74 �oor-Sgle-znt. Ha113/6 0.098 195. 57 Wall-Int Rmll/6 0.071 81.07 wall-Exterior Ambt -0.046 -23.23 wall-Exterior Ambt -0.046 -17.65 Stair_2 0.438 68.0 200_Stair_11. 5 Stair_2/7 0.000 435.04 wall-stair Rm20/6 -0.273 -72.29 200_Stair_11. 5 Stair_2/5 -0.000 -686.21 wall-Stair Ha112/6 -0.250 -21.62 Door-Stair Rm20/6 -0.273 -325.91 supply Stair2 n/a 1000.00 Door-Stair Ha112/6 -0.250 -311.97 wall-Stair Rm3/6 -0.278 -17.03 Stair_5 0. 389 68.0 200_Stair_11. 5 Stair_5/7 0.001 4958.60 Door-Stair Ha113/6 -0.246 -309.49 wall-Stair Ha113/6 -0.246 -32.68 wall-Stair Rm12/6 -0.267 -16.68 200_Stair_11. 5 Stair_5/5 -0.001 -4217.11 Door-Stair Rmll/6 -0.273 -326.40 wall-Stair Rmll/6 -0.273 -56.24 Rmll 0.116 68.0 Floor Rm10/7 -0.069 -99.61 Floor Rm10/7 -0.069 -2.67 Wall-Int Ha113/6 0.028 5.44 Page 51 Neutral Conditions doors closed with no wind.txt �oor-Sgle-znt. Ha113/6 0.028 103.70 Door-Stair Stair_5/6 0.273 326.40 wall-Stair Stair_5/6 0.273 56.24 Wall-Int Rm10/6 -0.071 -81.07 wall-znt Rm12/6 0.006 8.25 Floor Rmll/5 0.012 40.79 wall-Exterior ambt -0.116 -37.07 wall-Exterior Ambt -0.116 -34.36 wall-Exterior Ambt -0.116 -41. 59 wall-Exterior Ambt -0.116 -9.04 �oor-Sngl-Ext Ambt -0.116 -23.70 wall-Exterior Ambt -0.116 -21.70 wall-Exterior Ambt -0.116 -103. 53 wall-Exterior Ambt -0.116 -45.21 wall-Exterior Ambt -0.116 -41.28 Rm3 0.159 68.0 Floor Rm20/7 -0.117 -9.26 Floor Ambt -0.159 -150.23 Floor Ambt -0.159 -2.70 wall-Int Rm20/6 0.006 19.87 wall-Exterior Ambt -0.159 -7.63 wall-5tair 5tair_2/6 0.278 17.03 �oor-Sgle-znt. Ha112/6 0.029 105.84 Door-Sngl-Ext Ambt -0.159 -29.11 wall-znt Rml6/6 0.000 1.08 wall-Exterior Ambt -0.159 -59.32 wall-Exterior Ambt -0.159 -59.32 wall-Exterior Ambt -0.159 -27. 54 wall-Exterior Ambt -0.159 -13. 56 Floor Rm3/5 0.020 53.70 �oor-sngl-Ext Ambt -0.159 -29.11 Door-Sngl-Ext Ambt -0.159 -29.11 wall-Exterior Ambt -0.159 -18.37 wall-Exterior Ambt -0.159 -34.95 Floor Rm3/5 0.020 0.97 Door-Stair Stair6/6 0.273 326.23 �oor-Sngl-Ext ambt -0.159 -29.11 wall-5tair 5tair6/6 0.273 42.47 wall-Stair stair6/6 0.273 58.62 wall-Exterior Ambt -0.159 -19.07 wall-Exterior Ambt -0.159 -56.14 wall-Exterior Ambt -0.159 -51.27 Stair6 0.432 68.0 Floor Ambt -0.432 -14. 50 �oor-Stair Rm3/6 -0.273 -326.23 supply Stair6 n/a 900.00 163_Stair Stair6/5 -0.000 -436.92 wall-Stair Rm3/6 -0.273 -42.47 wall-Stair Rm3/6 -0.273 -58.62 wall-Stair Ambt -0.432 -21.27 level : 7 elevation: 74.0 ft zone P T path from dP Flowl Flow2 Rm19 0.064 68.0 Floor Ambt -0.064 -151.50 Floor Rm18/8 0.018 14.78 wall-Exterior Ambt -0.064 -49. 57 wall-Exterior Ambt -0.064 -50.91 wall-Exterior Ambt -0.064 -79.72 Floor Rm19/6 0.035 111.49 wall-Int Rm18/7 0.075 70.67 Door-Sgle-Int. Ambt -0.064 -157.63 �oor-sgle-znt. Ha112/7 0.099 196.47 Page 52 Neutral Conditions doors closed with no wind.txt wall-Exterior Ambt -0.064 -6.03 wall-Exterior Ambt -0.064 -11.16 wall-znt Sma11Rm/7 0.065 40.26 wall-znt Ha112/7 0.099 72.85 Rm18 0.139 68.0 Floor Rm18/8 -0.058 -55.17 wall-Exterior ambt -0.139 -10.89 Door-Sngl-Ext Ambt -0.139 -26.66 wall-Exterior Ambt -0.139 -44. 55 wall-Exterior Ambt -0.139 -82.16 wall-Exterior Ambt -0.139 -54.45 wall-Exterior Ambt -0.139 -39.60 wall-znt Rm17/7 0.018 38.64 wall-Exterior Ambt -0.139 -29.04 Floor Rml8/6 0.010 16.94 Floor Rm17/6 0.017 21.35 wall-znt Rml9/7 -0.075 -70.67 wall-Int Ha112/7 0.024 21.40 Door-Sgle-Int. Ha112/7 0.024 95.89 wall-Int Ha112/7 0.024 9. 57 �oor-Sgle-znt. Ha112/7 0.024 95.89 wall-Int Ha112/7 0.024 17.62 �oor-Sgle-znt. Ha112/7 0.024 95.89 Rml7 0.157 68.0 Door-Sngl-Ext Ambt -0.157 -28.87 wall-Exterior Ambt -0.157 -14.73 Door-Sngl-Ext Ambt -0.157 -28.87 wall-Exterior Ambt -0.157 -21.05 wall-znt Suite2/7 0.005 13.75 Wall-Int Rm18/7 -0.018 -38.64 Floor Rml7/6 -0.001 -4.71 wall-5tair 5tair_3/7 0.288 47.43 wall-Elevator Elev_1/7 0.212 15. 53 wall-znt Ha112/7 0.005 8.16 �oor-Sgle-znt. Ha112/7 0.005 46.07 wall-znt Ha112/7 0.005 5.94 Suite2 0.163 68.0 Floor Courtyard/8 -0.033 -74. 52 wall-Exterior ambt -0.163 -57.79 wall-Exterior Ambt -0.163 -39. 59 wall-Exterior Ambt -0.163 -12.48 Door-Sngl-Ext Ambt -0.163 -29. 50 Door-Sngl-Ext Ambt -0.163 -29. 50 Floor Suite2/6 0.020 11. 53 wall-Exterior Ambt -0.163 -29.26 Floor Suite2/6 0.0�0 3.84 Floor suite2/6 0.020 5.77 Floor Suite2/6 0.020 35.81 wall-znt Rml7/7 -0.005 -13.75 wall-Int Suitel/7 -0.011 -68.27 �oor-Stair Stair_3/7 0.282 331.79 wall-Stair 5tair_3/7 0.282 31.62 wall-znt Nonvest3/7 0.000 1.26 Double_DOOr_Int Ha112/7 0.000 13.86 wall-znt Rm16/7 -0.029 -7.82 Door-Sngl-Ext Ambt -0.163 -29. 50 wall-Exterior Ambt -0.163 -43. 51 Suitel 0.152 68.0 Floor Courtyard/8 -0.022 -60.87 wall-Exterior Ambt -0.152 -55.83 wall-Exterior Ambt -0.152 -38.25 Floor Suitel/6 0.008 7.04 �oor-Sngl-Ext Ambt -0.152 -28.21 Page 53 Neutral Conditions doors closed with no wind.txt �oor-Sngl-Ext Ambt -0.152 -28.21 wall-Exterior Ambt -0.152 -12.05 wall-Exterior Ambt -0.152 -28.27 Floor Suitel/6 0.008 3. 52 Floor Suitel/6 0.008 0.74 Floor Suitel/6 0.008 23.47 wall-Int Rm15/7 -0.017 -24.23 wall-Int 5uite2/7 0.011 68.27 �oor-Stair Stair_4/7 0. 301 342.65 Wall-Stair Stair_4/7 0. 301 41.46 wall-Int Nonvest4/7 -0.010 -6. 51 Double_DOOr_Int Ha113/7 -0.010 -125.64 wall-znt Rm12/7 -0.037 -8.85 Wall-Exterior Ambt -0.15� -42.04 �oor-Sngl-Ext Ambt -0.152 -28.21 RmlS 0.135 68.0 Floor Ambt -0.135 -58.91 wall-Exterior Ambt -0.135 -13.66 �oor-Sngl-Ext ambt -0.135 -26.17 wall-Exterior Ambt -0.135 -19. 52 Floor RmlS/6 -0.005 -11.58 wall-Int 5uitel/7 0.017 24.23 wall-znt Rm8/7 -0.009 -28.56 wall-Stair 5tair_4/7 0. 318 52.26 wall-Elevator Elev_2/7 0.205 15.27 wall-znt Ha113/7 0.006 8.36 �oor-Sgle-znt. Ha113/7 0.006 49.94 wall-znt Ha113/7 0.006 8.36 Rm8 0.126 68.0 Floor Rm8/8 -0.032 -37.35 wall-Exterior Ambt -0.126 -60.28 wall-Exterior Ambt -0.126 -37.68 �oor-Sngl-Ext Ambt -0.126 -24.99 wall-Exterior Ambt -0.126 -19.78 �oor-Sngl-Ext ambt -0.126 -24.99 wall-Exterior Ambt -0.126 -22.61 wall-Exterior ambt -0.126 -50.86 Floor Rm15/6 0.004 9.63 Floor Rm8/6 -0.002 -12.39 wall-Int Rm15/7 0.009 28. 56 Floor Rm9/6 -0.072 -0.91 wall-Int Rm9/7 -0.055 -17.27 wall-Stair 25toryStair/7 0.015 3.94 Door-Sgle-Int. Ha113/7 0.016 78.16 wall-znt Ha113/7 0.016 13. 54 Door-Sgle-Int. Ha113/7 0.016 78.16 wall-znt Ha113/7 0.016 8.72 Door-Sgle-Int. Ha113/7 0.016 78.16 wall-znt Ha113/7 0.016 10.26 Rm9 0.071 68.0 Floor Ambt -0.071 -71.95 wall-Exterior Ambt -0.071 -22.65 Door-Sngl-Ext Ambt -0.071 -17.24 wall-Exterior Ambt -0.071 -87.76 wall-Exterior ambt -0.071 -22.65 wall-Int Rm8/7 0.055 17.27 Floor Rm9/6 -0.017 -35.46 Wall-Stair 2StoryStair/7 0.070 27.20 wall-Exterior Ambt -0.071 -87.76 Double_DOOr_Int Ha113/7 0.071 331.63 wall-znt Rm10/7 -0.024 -30.65 Stair_3 0.445 68.0 233_Stair_11. 5 Stair_3/8 -0.000 -802.78 Page 54 Neutral Conditions doors closed with no wind.txt wall-Stair Rml7/7 -0.288 -47.43 Door-Stair Suite2/7 -0.282 -331.79 233_Stair_11. 5 Stair_3/6 0.000 617. 51 supply Stair3 n/a 950.00 wall-Stair Suite2/7 -0.282 -31.62 wall-5tair Elev_1/7 -0.076 -16.24 wall-Stair Nonvest3/7 -0.282 -6.07 �oor-Stair Nonvest3/7 -0.282 -331. 57 Stair_4 0.453 68.0 233_Stair_11. 5 Stair_4/8 -0.000 -485.35 �oor-Stair Suitel/7 -0. 301 -342.65 wall-Stair Rm15/7 -0.318 -52.26 wall-Stair Suitel/7 -0. 301 -41.46 supply Stair4 n/a 0.00 233_Stair_11. 5 Stair_4/6 0.000 1296.13 Door-Stair Nonvest4/7 -0. 311 -348.21 wall-Stair Nonvest4/7 -0. 311 -6.38 wall-Stair Elev_2/7 -0.113 -19.82 Elev_1 0. 369 68.0 11. 5_Elevator Elev_1/8 0.000 7059.41 wall-Stair Stair_3/7 0.076 16.24 wall-Elevator Rm17/7 -0.212 -15. 53 11. 5_Elevator Elev_1/6 -0.000 -5862.28 wall-Elevator Nonvest3/7 -0.206 -15.32 Door-Elev Ha112/7 -0.207 -591.27 Door-Elev Ha112/7 -0.207 -591.27 Nonvest3 0.163 68.0 Floor Nonvest3/8 0.024 1.18 wall-Stair Stair_3/7 0.282 6.07 Door-Stair Stair_3/7 0.�82 331. 57 Floor Nonvest3/6 0.025 1.20 wall-Elevator Elev_1/7 0.206 15.32 wall-znt Suite2/7 -0.000 -1.26 Wall-Int Ha112/7 -0.000 -0. 52 Missing�oor Ha112/7 -0.000 -353. 56 Nonvest4 0.142 68.0 Floor Nonvest4/8 0.021 l.11 Door-Stair Stair_4/7 0. 311 348.21 wall-Stair Stair_4/7 0. 311 6.38 Floor Nonvest4/6 0.002 0.34 wall-znt Suitel/7 0.010 6. 51 wall-Elevator Elev_2/7 0.199 15.02 Missing�oor Ha113/7 -0.000 -377.02 wall-znt Ha113/7 -0.000 -0. 54 Elev_2 0. 340 68.0 11. 5_Elevator Elev_2/8 0.000 7079. 59 wall-Stair Stair_4/7 0.113 19.82 wall-Elevator Nonvest4/7 -0.199 -15.02 11. 5_Elevator Elev_2/6 -0.000 -5909.32 wall-Elevator Rm15/7 -0.205 -15.27 �oor-Elev Ha113/7 -0.199 -579.90 �oor-Elev Ha113/7 -0.199 -579.90 2Storystair 0.141 68.0 163_Stair 2Storystair/8 0.000 16.96 wall-Stair Rm9/7 -0.070 -27.20 Floor Rm8/6 -0.017 -0.35 Floor Rm9/6 -0.087 -5.11 wall-Stair Rm8/7 -0.015 -3.94 �oor-Stair Ha113/7 0.001 17.76 wall-5tair Ha113/7 0.001 1.88 Ha112 0.163 68.0 Floor Ha112/8 0.0�4 8.44 Floor Ha112/8 0.024 10. 55 Page 55 Neutral Conditions doors closed with no wind.txt Floor Ambt -0.163 -4.20 Door-Sgle-Int. Rm19/7 -0.099 -196.47 wall-Int Rml8/7 -0.024 -21.40 Door-Sgle-Int. Rm18/7 -0.024 -95.89 wall-Int Rm18/7 -0.024 -9.57 Door-Sgle-Int. Rm18/7 -0.024 -95.89 Wall-Int Rm18/7 -0.024 -17.62 Door-Sgle-Int. Rm18/7 -0.024 -95.89 wall-znt Rml7/7 -0.005 -8.16 Door-Sgle-Int. Rm17/7 -0.005 -46.07 wall-Int Rm17/7 -0.005 -5.94 Door-Elev Elev_1/7 0.207 591.27 Door-Elev Elev_1/7 0.207 591.27 wall-Int Nonvest3/7 0.000 0. 52 Missing�oor Nonvest3/7 0.000 353. 56 wall-Int Rm19/7 -0.099 -72.85 Floor Ha112/6 0.025 8.61 Floor Ha112/6 0.025 10.76 �ouble_�oor_znt Suite2/7 -0.000 -13.86 Door-Sgle-Int. Sma11Rm/7 -0.034 -114.35 wall-Stair 25tory5tair2/7 0.001 2.03 Door-Sgle-Int. Rm16/7 -0.029 -106.61 wall-znt Rml6/7 -0.029 -69.96 Door-Sgle-Int. Rm16/7 -0.029 -106.61 wall-znt Rml6/7 -0.029 -32.18 Door-Sgle-Int. Rm16/7 -0.029 -106.61 wall-znt Rm16/7 -0.029 -3.50 Door-Stair 2StoryStair2/7 0.001 14.74 wall-znt Rm20/7 -0.121 -50.75 wall-Int Rm16/7 -0.029 -68. 56 Door-Sgle-Int. Rm20/7 -0.121 -216.87 Door-Sgle-Int. Rm16/7 -0.029 -106.61 wall-Stair Stair_2/7 0.275 22.69 Floor Ha112/6 0.025 1.66 wall-znt Rml6/7 -0.029 -25.19 Door-Stair Stair_2/7 0.275 327.41 �oor-Sgle-znt. Ambt -0.163 -251.89 Ha113 0.142 68.0 Floor Ha113/8 0.021 22.49 Missing�oor Nonvest4/7 0.000 377.02 wall-Int Nonvest4/7 0.000 0. 54 �oor-Elev Elev_2/7 0.199 579.90 �oor-Elev Elev_2/7 0.199 579.90 wall-Int Rm15/7 -0.006 -8.36 �oor-sgle-znt. RmlS/7 -0.006 -49.94 wall-Int Rm15/7 -0.006 -8.36 �oor-sgle-znt. Rm8/7 -0.016 -78.16 wall-Int Rm8/7 -0.016 -13.54 �oor-Sgle-znt. Rm8/7 -0.016 -78.16 wall-Int Rm8/7 -0.016 -8.72 Door-Sgle-Int. Rm8/7 -0.016 -78.16 wall-Int Rm8/7 -0.016 -10.26 Door-Stair 25toryStair/7 -0.001 -17.76 wall-Stair 2Storystair/7 -0.001 -1.88 �ouble_�oor_znt suitel/7 0.010 125.64 Floor Ha113/6 0.002 6.91 �ouble_�oor_znt Rm9/7 -0.071 -331.63 Wall-Int Rm12/7 -0.027 -8.09 Door-Sgle-Int. Rm12/7 -0.027 -102.70 Wall-Int Rm12/7 -0.027 -31.00 Door-Sgle-Int. Rml2/7 -0.027 -102.70 Wall-Int Rm12/7 -0.027 -67.40 Door-Sgle-Int. Rml2/7 -0.027 -102.70 Page 56 Neutral Conditions doors closed with no wind.txt wall-znt Rm10/7 -0.095 -70.65 Wall-Int Rm12/7 -0.027 -72.79 �oor-Sgle-znt. Rm10/7 -0.095 -192.25 Door-Sgle-Int. Rm12/7 -0.027 -102.70 wall-znt Rm10/7 -0.095 -94.88 Wall-Int Rm12/7 -0.027 -9.44 Door-Sgle-Int. Rm10/7 -0.095 -192.25 Door-Stair Stair_5/7 0.249 311. 55 wall-Stair Stair_5/7 0.249 32.90 wall-Int Rm10/7 -0.095 -10.09 Door-Sgle-Int. Rm10/7 -0.095 -192.25 Sma11Rm 0.129 68.0 Floor Ambt -0.129 -3.94 Floor Ambt -0.129 -14. 59 wall-znt Rml9/7 -0.065 -40.26 wall-Exterior Ambt -0.129 -7.63 Floor Rml9/6 -0.031 -1.93 Door-Sgle-Int. Ha112/7 0.034 114.35 wall-Stair 2storystair2/7 0.034 5.96 Floor Rm20/6 0.036 7.71 wall-znt Rm20/7 -0.087 -59.67 25torystair2 0.163 68.0 163_stair 25torystair2/8 0.000 44.25 wall-Stair Ha112/7 -0.001 -2.03 wall-Stair Sma11Rm/7 -0.034 -5.96 Floor Rm20/6 0.002 0.88 Door-Stair Ha112/7 -0.001 -14.74 Wall-Stair Rm20/7 -0.121 -22.42 Rm12 0.115 68.0 Floor Rm12/8 -0.026 -116.18 wall-znt Ha113/7 0.027 8.09 Door-Sgle-Int. Ha113/7 0.027 102.70 wall-znt Ha113/7 0.027 31.00 Door-Sgle-Int. Ha113/7 0.027 102.70 wall-znt Ha113/7 0.027 67.40 Door-Sgle-Int. Ha113/7 0.027 102.70 wall-znt Suitel/7 0.037 8.85 wall-Int Ha113/7 0.027 72.79 Floor Rm12/6 0.008 62.90 Door-Sgle-Int. Ha113/7 0.027 102.70 wall-znt Ha113/7 0.027 9.44 wall-Exterior Ambt -0.115 -39. 53 wall-Exterior Ambt -0.115 -99.72 wall-5tair Stair_5/7 0.276 16.96 wall-Exterior Ambt -0.115 -75.46 wall-Exterior Ambt -0.115 -75.46 wall-znt Rm10/7 -0.068 -24.53 wall-Int Ambt -0.115 -26.83 �oor-Sngl-Ext Ambt -0.115 -23. 50 wall-Exterior Ambt -0.115 -68.27 �oor-Sngl-Ext Ambt -0.115 -23. 50 Door-Sngl-Ext Ambt -0.115 -23. 50 wall-Exterior ambt -0.115 -68.27 Door-Sngl-Ext Ambt -0.115 -23. 50 Rm16 0.134 68.0 Floor Rm16/8 -0.035 -49.10 Floor Ambt -0.134 -148.34 Floor Ambt -0.134 -3.26 �oor-Sgle-znt. Ha112/7 0.029 106.61 wall-znt Ha112/7 0.029 69.96 �oor-Sgle-znt. Ha112/7 0.029 106.61 wall-znt Ha112/7 0.029 32.18 �oor-sgle-znt. Ha112/7 0.029 106.61 Page 57 Neutral Conditions doors closed with no wind.txt wall-znt Ha112/7 0.029 3. 50 wall-Int Suite2/7 0.029 7.82 wall-znt Ha112/7 0.029 68. 56 wall-Exterior Ambt -0.134 -38.80 Floor Rml6/6 0.026 9.04 Floor Rm16/6 0.026 13.11 Floor Rm16/6 0.026 98.29 Door-Sgle-Int. Ha112/7 0.029 106.61 wall-znt Ha112/7 0.029 25.19 wall-Exterior Ambt -0.134 -77. 59 wall-Exterior Ambt -0.134 -71.77 wall-Exterior Ambt -0.134 -107.66 wall-Int Ambt -0.134 -21.72 Floor Rm16/6 0.026 1.44 �oor-sngl-Ext Ambt -0.134 -25.96 wall-Exterior Ambt -0.134 -73.71 wall-Exterior Ambt -0.134 -33.62 Door-Sngl-Ext Ambt -0.134 -25.96 wall-Exterior ambt -0.134 -25.86 Door-Sngl-Ext Ambt -0.134 -25.96 wall-Exterior ambt -0.134 -26.19 Rm20 0.042 68.0 Floor Ambt -0.042 -74.62 Floor Ambt -0.042 -5.55 wall-Stair 25toryStair2/7 0.121 22.42 Wall-Exterior Ambt -0.042 -18.73 wall-Int Sma11Rm/7 0.087 59.67 wall-Exterior Ambt -0.042 -10.62 �oor-Sgle-znt. Ambt -0.042 -128.12 wall-Int Ha112/7 0.121 50.75 Wall-Exterior Ambt -0.042 -7.01 Floor Rm20/6 0.123 127.61 Door-Sgle-Int. Ha112/7 0.121 216.87 Wall-Exterior Ambt -0.042 -29.40 wall-Stair Stair_2/7 0. 396 75.60 wall-Exterior Ambt -0.042 -51.18 wall-Exterior ambt -0.042 -55.90 Floor Rm3/6 0.117 9.26 wall-Exterior Ambt -0.042 -44.65 wall-Exterior Ambt -0.042 -38.12 wall-Exterior Ambt -0.042 -19.87 wall-Exterior Ambt -0.042 -5.99 wall-Exterior Ambt -0.042 -5.99 wall-Exterior Ambt -0.042 -66.43 Rm10 0.047 68.0 Floor Ambt -0.047 -71.01 Floor Ambt -0.047 -2.20 wall-Int Rm9/7 0.024 30.65 wall-Exterior Ambt -0.047 -5.74 wall-znt Ha113/7 0.095 70.65 wall-Exterior ambt -0.047 -592.77 Door-Sgle-Int. Ha113/7 0.095 192.25 Floor Rm10/6 -0.001 -11.71 wall-Exterior Ambt -0.047 -21.06 wall-Int Ha113/7 0.095 94.88 wall-Exterior Ambt -0.047 -7.85 �oor-Sgle-znt. Ha113/7 0.095 192.25 wall-znt Ha113/7 0.095 10.09 �oor-Sgle-znt. Ha113/7 0.095 192.25 wall-5tair 5tair_5/7 0. 344 63.08 wall-Exterior Ambt -0.047 -20.91 wall-Int Rm12/7 0.068 24. 53 wall-Exterior Ambt -0.047 -16.94 Page 58 Neutral Conditions doors closed with no wind.txt wall-Exterior Ambt -0.047 -16.94 wall-Exterior Ambt -0.047 -19.33 Floor Rmll/6 0.069 99.61 wall-Exterior Ambt -0.047 -52.07 wall-Exterior ambt -0.047 -52.07 Wall-Exterior Ambt -0.047 -21.14 Floor Rmll/6 0.069 2.67 Wall-Exterior Ambt -0.047 -21.14 Wall-Exterior Ambt -0.047 -20.22 Wall-Exterior Ambt -0.047 -19.82 Stair_2 0.438 68.0 Floor Ambt -0.438 -17.90 wall-Stair Rm20/7 -0.396 -75.60 200_Stair_11. 5 Stair_2/6 -0.000 -435.04 wall-Stair Ha112/7 -0.275 -22.69 supply Stair2 n/a 900.00 �oor-Stair Ha112/7 -0.275 -327.41 wall-Stair Ambt -0.438 -21.36 Stair_5 0.391 68.0 Floor Ambt -0. 391 -16.91 �oor-Stair Ha113/7 -0.249 -311. 55 wall-5tair Ha113/7 -0.249 -32.90 wall-Stair Rm12/7 -0.276 -16.96 supply StairS n/a 5400.00 200_Stair_11. 5 Stair_5/6 -0.001 -4958.60 wall-Stair Rm10/7 -0.344 -63.08 level : 8 elevation: 85.5 ft zone P T path from dP Flowl Flow2 Courtyard 0.130 68.0 Floor Ambt -0.130 -148.96 Floor Ambt -0.130 -149.01 wall-Exterior Ambt -0.130 -51.68 wall-Exterior Ambt -0.130 -51.68 wall-Exterior Ambt -0.130 -35.41 wall-Exterior Ambt -0.130 -35.41 wall-Exterior ambt -0.130 -44.02 Wall-Exterior Ambt -0.130 -44.02 wall-Exterior ambt -0.130 -26.17 wall-Exterior Ambt -0.130 -13.40 Floor Suite2/7 0.033 74. 52 Floor Suitel/7 0.022 60.87 wall-Exterior Ambt -0.130 -63.17 wall-Exterior Ambt -0.130 -63.17 �oor-stair Stair_3/8 0. 315 350.38 wall-Stair Stair_4/8 0. 3�3 52.69 wall-Stair Stair_3/8 0. 315 33.40 wall-Int Nonvest3/8 0.057 15.68 wall-znt Nonvest4/8 0.033 11.95 Door-Sgle-Int. Ha112/8 0.057 149.10 �oor-Sgle-znt. Ha113/8 0.033 113.43 wall-Exterior Ambt -0.130 -10.72 wall-znt Rm12/8 -0.042 -9.39 wall-Exterior Ambt -0.130 -115.80 Rm18 0.082 68.0 Floor Ambt -0.082 -31.58 Floor Ambt -0.082 -65.70 Wall-Exterior Ambt -0.082 -109.17 Wall-Exterior Ambt -0.082 -41.70 Wall-Exterior Ambt -0.082 -81.12 Wall-Exterior Ambt -0.082 -22.24 Floor Rm19/7 -0.018 -14.78 Floor Rml8/7 0.058 55.17 Page 59 Neutral Conditions doors closed with no wind.txt wall-Exterior Ambt -0.082 -48. 52 wall-znt Ha112/8 0.106 145.06 Door-Sgle-Int. Ha112/8 0.106 202.79 wall-Stair 25torystair2/8 0.082 11.78 Rm8 0.094 68.0 Floor Ambt -0.094 -64.38 wall-Int Ambt -0.094 -75.48 Floor Rm8/7 0.032 37.35 wall-znt Ambt -0.094 -135.87 wall-Int Ambt -0.094 -135.87 wall-znt Ha113/8 0.069 28.38 Door-Sgle-Int. Ha113/8 0.069 163.80 wall-znt Ha113/8 0.069 18.27 Door-Sgle-Int. Ha113/8 0.069 163.80 Stair_3 0.445 68.0 Floor Ambt -0.445 -21.03 wall-Stair Ambt -0.445 -58.99 �oor-Stair Courtyard/8 -0. 315 -350.38 233_Stair_11. 5 Stair_3/7 0.000 802.78 wall-Stair Courtyard/8 -0. 315 -33.40 wall-Stair Elev_1/8 -0.076 -16.24 wall-5tair Nonvest3/8 -0.258 -5.80 �oor-Stair Nonvest3/8 -0.258 -316.94 Stair_4 0.453 68.0 Floor Ambt -0.453 -21.21 wall-5tair Courtyard/8 -0. 323 -52.69 wall-Stair Ambt -0.453 -27.73 233_Stair_11. 5 Stair_4/7 0.000 485.35 wall-Stair Ambt -0.453 -21.73 �oor-Stair Nonvest4/8 -0.�90 -336.03 wall-stair Nonvest4/8 -0.290 -6.15 wall-5tair Elev_2/8 -0.113 -19.81 Elev_1 0. 369 68.0 Floor Ambt -0. 369 -11.26 wall-Stair Stair_3/8 0.076 16.24 wall-Elevator Ambt -0.369 -20.49 supply Elevatorl n/a 8200.02 11.5_Elevator Elev_1/7 -0.000 -7059.41 wall-Elevator Nonvest3/8 -0.182 -14.39 �oor-Elev Ha112/8 -0.182 -555.35 Door-Elev Ha112/8 -0.182 -555.35 Nonvest3 0.187 68.0 Floor ambt -0.187 -3.28 wall-5tair Stair_3/8 0.258 5.80 �oor-Stair Stair_3/8 0.258 316.94 Floor Nonvest3/7 -0.024 -1.18 wall-Elevator Elev_1/8 0.182 14.39 wall-Int Courtyard/8 -0.057 -15.68 Wall-Int Ha112/8 -0.000 -0.48 Missing�oor Ha112/8 -0.000 -316. 51 Nonvest4 0.163 68.0 Floor Ambt -0.163 -3.06 �oor-Stair Stair_4/8 0.290 336.03 wall-5tair 5tair_4/8 0.290 6.15 Floor NonVest4/7 -0.021 -1.11 wall-Int Courtyard/8 -0.033 -11.95 Wall-Elevator Elev_2/8 0.177 14.19 Missing�oor Ha113/8 -0.000 -339.75 wall-znt Ha113/8 -0.000 -0. 50 Elev_2 0. 340 68.0 Floor Ambt -0. 340 -10.81 wall-Stair Stair_4/8 0.113 19.81 wall-Elevator Nonvest4/8 -0.177 -14.19 Page 60 Neutral Conditions doors closed with no wind.txt 11. 5_Elevator Elev_2/7 -0.000 -7079. 59 supply Elevator2 n/a 8200.00 wall-Elevator Ambt -0.340 -19.67 Door-Elev Ha113/8 -0.177 -547.78 �oor-Elev Ha113/8 -0.177 -547.78 25toryStair 0.141 68.0 Floor Ambt -0.141 -7. 51 wall-Stair Ambt -0.141 -25. 56 wall-Stair Ambt -0.141 -12.11 163_Stair 2Storystair/7 -0.000 -16.96 wall-Stair Ambt -0.141 -12.11 Door-Stair Ha113/8 0.022 93.09 wall-Stair Ha113/8 0.022 1.15 wall-Stair Ambt -0.141 -19.98 Ha112 0.187 68.0 Floor Ambt -0.187 -23.41 Floor Ambt -0.187 -29.26 wall-Int Rm18/8 -0.106 -145.06 Door-Sgle-Int. Rml8/8 -0.106 -202.79 wall-Int Ambt -0.187 -47.85 Door-Sgle-Int. Ambt -0.187 -270.07 Wall-Int Ambt -0.187 -34.84 �oor-Elev Elev_1/8 0.182 555.35 �oor-Elev Elev_1/8 0.182 555.35 Wall-Int NonVest3/8 0.000 0.48 Missing�oor Nonvest3/8 0.000 316. 51 Floor Ha112/7 -0.024 -8.44 Floor Ha112/7 -0.024 -10. 55 �oor-Sgle-znt. Courtyard/8 -0.057 -149.10 wall-Stair 25torystair2/8 -0.024 -6.89 �oor-Sgle-znt. Rml6/8 -0.089 -185.74 wall-Int Rm16/8 -0.089 -121.89 wall-Exterior Ambt -0.187 -72. 54 Door-Stair 25tory5tair2/8 -0.024 -96.30 wall-Exterior Ambt -0.187 -22.96 Ha113 0.163 68.0 Missing�oor Nonvest4/8 0.000 339.75 wall-Int Nonvest4/8 0.000 0. 50 Door-Elev Elev_2/8 0.177 547.78 Door-Elev Elev_2/8 0.177 547.78 wall-znt Ambt -0.163 -105.90 wall-Int Rm8/8 -0.069 -28.38 �oor-Sgle-znt. Rm8/8 -0.069 -163.80 wall-Int Rm8/8 -0.069 -18.27 �oor-Sgle-znt. Rm8/8 -0.069 -163.80 wall-Exterior Ambt -0.163 -21.43 Door-Stair 2StoryStair/8 -0.022 -93.09 Wall-Stair 2StoryStair/8 -0.022 -1.15 �oor-Sgle-znt. Courtyard/8 -0.033 -113.43 Floor Ha113/7 -0.021 -22.49 wall-Exterior Ambt -0.163 -14.47 wall-Int Rm12/8 -0.075 -13.45 Door-Sgle-Int. Rml2/8 -0.075 -170.82 wall-Int Rm12/8 -0.075 -51.57 Door-Sgle-Int. Rm12/8 -0.075 -170.82 Wall-Int Rm12/8 -0.075 -112.10 Door-Sgle-Int. Rml2/8 -0.075 -170.82 2StoryStair2 0.163 68.0 Floor Ambt -0.163 -8.09 Wall-Stair Rm18/8 -0.082 -11.78 wall-Stair Ha112/8 0.024 6.89 wall-Stair Ambt -0.163 -13.05 163_Stair 2StoryStair2/7 -0.000 -44.25 Page 61 Neutral Conditions doors closed with no wind.txt �oor-Stair Ha112/8 0.024 96.30 wall-Stair Ambt -0.163 -26.02 Rm12 0.088 68.0 Floor Ambt -0.088 -212.49 wall-znt Ha113/8 0.075 13.45 Door-Sgle-Int. Ha113/8 0.075 170.82 wall-znt Ha113/8 0.075 51. 57 Door-Sgle-Int. Ha113/8 0.075 170.82 wall-znt Ha113/8 0.075 112.10 Door-Sgle-Int. Ha113/8 0.075 170.82 wall-znt Courtyard/8 0.042 9.39 wall-Exterior Ambt -0.088 -85.13 Floor Rm12/7 0.026 116.18 wall-Exterior Ambt -0.088 -4.73 wall-Exterior Ambt -0.088 -34.68 wall-Exterior Ambt -0.088 -87.49 wall-Exterior Ambt -0.088 -66.21 wall-Exterior Ambt -0.088 -66.21 wall-Exterior ambt -0.088 -59.12 Door-Sngl-Ext Ambt -0.088 -19.83 wall-Exterior ambt -0.088 -59.90 Door-Sngl-Ext Ambt -0.088 -19.83 �oor-Sngl-Ext ambt -0.088 -19.83 wall-Exterior Ambt -0.088 -59.90 �oor-Sngl-Ext Ambt -0.088 -19.83 Rm16 0.099 68.0 Floor Ambt -0.099 -82.41 Door-Sgle-Int. Ha112/8 0.089 185.74 wall-znt Ha112/8 0.089 121.89 Floor Rm16/7 0.035 49.10 wall-Exterior Ambt -0.099 -106.66 wall-Exterior Ambt -0.099 -106.66 wall-Exterior Ambt -0.099 -61.00 level : Roof elevation: 97.0 ft zone P T path from dP Flowl Flow2 systems: name air flows: recirc outside Barom._�amper 0.00 0.00 Elevatorl 0.00 8200.02 Elevator2 0.00 8200.00 Small_Elevator 0.00 0.00 Stairl 0.00 3300.00 Stair2 0.00 5000.00 Stair3 0.00 5949.99 Stair4 0.00 5249.99 StairS 0.00 5400.00 Stair6 0.00 3050.00 Note: flows in scfm pressures in in.H2O temperatures in °F �'� indicates limit exceeded Page 62 Neutral Conditions doors closed with wind.txt project: Neutral Conditions doors closed with wind Fri Oct 10 19:28:11 2008 description: simulation date: 7an01 simulation time: 00:00:00 ambient temperature: 68.0 °F barometric pressure: 101325.0 Pa wind speed: 30.0 mph wind direction: 0.0 deg level : Garage elevation: 0.0 ft zone P T path from dP Flowl Flow2 Officel 0.249 68.0 Floor Parking/1 -0.010 -33.66 wall-znt Parking/Garage -0.010 -20.36 wall-znt office3/Garage -0.008 -32.26 wall-znt Corridor/Garage 0.001 8.79 �ouble_�oor_znt Corridor/Garage 0.001 44.29 wall-znt Corridor/Garage 0.001 11.04 �oor-5gle-znt. Corridor/Garage 0.001 22.14 Storagel 0.240 68.0 Floor Openspace2/1 -0.025 -16.46 wall-znt Office3/Garage 0.002 10.87 wall-znt office4/Garage -0.000 -3.87 �ouble_�oor_znt Office4/Garage -0.000 -21.28 �oor-5gle-znt. Office3/Garage 0.002 24. 54 wall-znt Office3/Garage 0.002 6.20 Corridor 0.251 68.0 Floor Parking/1 -0.011 -22. 54 wall-znt Officel/Garage -0.001 -8.79 �ouble_�oor_znt Officel/Garage -0.001 -44.29 wall-znt officel/Garage -0.001 -11.04 �oor-Sgle-znt. Officel/Garage -0.001 -22.14 �oor-Sgle-znt. Office3/Garage -0.009 -58.93 wall-znt Office2/Garage -0.005 -46.12 wall-Int Parking/Garage -0.011 -18. 59 �oor-Sgle-znt. Office2/Garage -0.005 -43.12 wall-znt Office3/Garage -0.009 -90. 50 wall-znt Office2/Garage -0.005 -2.83 �ouble_�oor_znt Office2/Garage -0.005 -86.24 �oor-Stair Stair_3/Garage 0.244 308.69 wall-znt Office2/Garage -0.005 -14.62 wall-stair Stair4/Garage 0.277 38.37 Door-Stair Stair4/Garage 0.�77 328.29 wall-Stair Stair4/Garage 0.277 17.01 �ouble_�oor_znt Parking/Garage -0.011 -130.22 wall-znt Parking/Garage -0.011 -18.52 �oor-Sgle-znt. Parking/Garage -0.011 -65.11 wall-znt Parking/Garage -0.011 -8.76 Office3 0.242 68.0 Floor Parking/1 -0.002 -14.39 Floor openspace2/1 -0.027 -49.21 wall-znt officel/Garage 0.008 32.26 wall-znt 5toragel/Garage -0.002 -10.87 �oor-Sgle-znt. Corridor/Garage 0.009 58.93 �oor-5gle-znt. Storagel/Garage -0.002 -24. 54 wall-znt Storagel/Garage -0.002 -6.20 wall-znt Office4/Garage -0.002 -2.15 �ouble_�oor_znt office4/Garage -0.002 -53.49 wall-Int Corridor/Garage 0.009 90. 50 wall-znt Office4/Garage -0.002 -4.91 Page 1 Neutral Conditions doors closed with wind.txt wall-znt Parking/Garage -0.002 -15.92 Office4 0.240 68.0 Floor OpenSpace2/1 -0.025 -62.78 Floor Hallway/1 -0.025 -3.19 wall-znt Storagel/Garage 0.000 3.87 �ouble_�oor_znt Storagel/Garage 0.000 21.28 wall-znt Office3/Garage 0.002 2.15 �ouble_�oor_znt office3/Garage 0.002 53.49 wall-znt Office3/Garage 0.002 4.91 wall-Int Parking/Garage -0.000 -2.16 �ouble_�oor_znt Parking/Garage -0.000 -14.22 wall-Int Parking/Garage -0.000 -0. 58 wall-znt Office/Garage -0.000 -2.77 Office2 0.246 68.0 Floor Parking/1 -0.006 -22.71 wall-znt Corridor/Garage 0.005 46.12 �oor-Sgle-znt. Corridor/Garage 0.005 43.12 wall-znt Corridor/Garage 0.005 2.83 �ouble_�oor_znt Corridor/Garage 0.005 86.24 wall-Stair 5tair_3/Garage 0.249 47. 57 wall-znt Corridor/Garage 0.005 14.62 wall-Stair Stair4/Garage 0.281 17.15 wall-znt Parking/Garage -0.006 -4.05 �ouble_�oor_znt Parking/Garage -0.006 -97. 57 wall-znt Parking/Garage -0.006 -31.70 �ouble_�oor_znt Parking/Garage -0.006 -97. 57 wall-znt Parking/Garage -0.006 -4.05 stair_3 0.495 68.0 233_StairGarage Stair_3/1 0.000 710.30 �oor-Stair Corridor/Garage -0.244 -308.69 wall-Stair Office2/Garage -0.249 -47. 57 wall-Stair Parking/Garage -0.255 -16.34 wall-Stair Elev_1/Garage -0.079 -16.58 wall-Stair Nonvest3/Garage -0.255 -5.78 �oor-Stair Nonvest3/Garage -0.255 -315.34 stair4 0. 527 68.0 233_StairGarage Stair_4/1 0.000 566.19 wall-5tair Corridor/Garage -0.277 -38.37 �oor-stair Corridor/Garage -0.277 -328.29 wall-Stair Office2/Garage -0.281 -17.15 wall-Stair Corridor/Garage -0.277 -17.01 Door-Stair-0.1 Nonvest4/Garage -0.287 -139.44 wall-Stair Nonvest4/Garage -0.287 -6.13 wall-5tair Elev_2/Garage -0.112 -19.80 Elev_1 0.416 68.0 14_Elevator Elev_1/1 0.000 380.09 wall-Stair Stair_3/Garage 0.079 16. 58 wall-Elevator Parking/Garage -0.176 -14.16 wall-Elevator Nonvest3/Garage -0.176 -14.15 �oor-Elev Elevator_l�obby/Garage -0.020 -184.18 �oor-Elev Elevator_l�obby/Garage -0.020 -184.18 Nonvest3 0.240 68.0 Floor Nonvest3/1 0.000 0.00 wall-5tair 5tair_3/Garage 0.255 5.78 �oor-Stair Stair_3/Garage 0.255 315.34 wall-Elevator Elev_1/Garage 0.176 14.15 wall-znt Parking/Garage -0.000 -0.99 wall-Int Parking/Garage -0.000 -0.49 MissingDOOr Parking/Garage -0.000 -333.78 Nonvest4 0.240 68.0 Floor Nonvest4/1 0.000 0.00 Door-Stair-0.1 Stair4/Garage 0.287 139.44 wall-Stair Stair4/Garage 0.287 6.13 Page 2 Neutral Conditions doors closed with wind.txt wall-znt Parking/Garage -0.000 -0.56 wall-Elevator Elev_2/Garage 0.175 14.10 MissingDoor Parking/Garage -0.000 -158.83 wall-Int Parking/Garage -0.000 -0.28 Elev_2 0.415 68.0 14_Elevator Elev_2/1 0.000 375.39 wall-Stair stair4/Garage 0.112 19.80 wall-Elevator Nonvest4/Garage -0.175 -14.10 wall-Elevator Parking/Garage -0.175 -14.10 �oor-Elev Elevator_2�obby/Garage -0.020 -183.49 �oor-Elev Elevator_2�obby/Garage -0.020 -183.49 Office 0.240 68.0 Floor Hallway/1 -0.025 -3. 54 Floor openspace2/1 -0.025 -7.26 Floor OpenSpace2/1 -0.025 -2.12 wall-znt Office4/Garage 0.000 2.77 wall-znt Parking/Garage 0.000 1.38 Door-Sgle-Int. Parking/Garage 0.000 6.84 wall-znt Parking/Garage 0.000 1.92 Elevator_l�obby 0.396 68.0 Floor Elevator_l�obby/1 -0.000 -0.44 �oor-Elev Elev_1/Garage 0.020 184.18 �oor-Elev Elev_1/Garage 0.020 184.18 �oor-Sgle-znt. Parking/Garage -0.156 -246.93 wall-Int Parking/Garage -0.156 -120.99 Elevator_2�obby 0.395 68.0 Floor Elevator_2�obby/1 -0.001 -0.64 �oor-Elev Elev_2/Garage 0.020 183.49 �oor-Elev Elev_2/Garage 0.020 183.49 �oor-5gle-znt. Parking/Garage -0.155 -245.88 wall-znt Parking/Garage -0.155 -120.47 Stair_2 0.475 68.0 200_StairGarage Stair_2/1 0.000 400. 53 wall-Stair Parking/Garage -0.235 -97.92 �oor-Stair Parking/Garage -0.235 -302.61 Stairl 0.443 68.0 200_StairGarage Stair_5/1 0.000 372.75 �oor-Stair Parking/Garage -0.203 -281.63 wall-Stair Parking/Garage -0.203 -91.12 Parking 0.240 68.0 Floor Room6/1 -0.018 -43.24 Garage0pen�1 Parking/1 -0.000 -345.84 Floor RoomS/1 -0.018 -27.62 Floor Parking/1 -0.000 -0.03 Floor OpenSpace2/1 -0.025 -123.11 Floor Hallway/1 -0.025 -1.06 Floor OpenSpace2/1 -0.025 -1.06 Floor Room4/1 -0.007 -17.63 Floor Room7/1 -0.006 -5.16 Floor 2_StoryStair2/1 -0.028 -4.13 Floor StairEntry/1 -0.025 -1.23 Floor Entryway/1 -0.019 -3.75 Floor Cooridorl/1 -0.021 -10. 59 Floor Corridor2/1 -0.035 -23.43 Floor Stair2Corridor/1 -0.006 -1.70 Floor 2_StoryStairl/1 -0.000 -0.45 Floor Stair2Passage/1 0.233 13.39 Floor Roomll/1 -0.076 -77. 57 Floor Rooml2/1 -0.078 -61.10 Floor Room13/1 -0.039 -44.93 Floor Rooml4/1 -0.033 -39.45 Page 3 Neutral Conditions doors closed with wind.txt Floor Room10/1 -0.040 -40.33 Floor Room3/1 -0.018 -18.89 Floor Openspacel/1 -0.018 -105. 57 Floor Room8/1 -0.019 -37. 58 Floor Room9/1 -0.026 -31.47 Floor Room15/1 -0.110 -7.78 Floor Room15/1 -0.110 -22.47 Floor Stair6/1 0.189 11.75 Floor Stair6Passage/1 0.186 6.42 Floor Ambt -0.240 -1092.84 Floor Rooml/1 -0.118 -51.90 Floor StairlPassage/1 0.196 15. 56 Floor Room2/1 -0.110 -54.31 wall-znt Officel/Garage 0.010 20.36 wall-Int Corridor/Garage 0.011 18. 59 wall-5tair 5tair_3/Garage 0.255 16.34 wall-znt Office2/Garage 0.006 4.05 �ouble_�oor_znt Office2/Garage 0.006 97. 57 wall-znt Office2/Garage 0.006 31.70 �ouble_�oor_znt Office2/Garage 0.006 97. 57 wall-znt Office2/Garage 0.006 4.05 �ouble_�oor_znt Corridor/Garage 0.011 130.22 wall-znt Corridor/Garage 0.011 18. 52 �oor-Sgle-znt. Corridor/Garage 0.011 65.11 wall-znt Corridor/Garage 0.011 8.76 wall-znt office3/Garage 0.002 15.92 wall-znt Office4/Garage 0.000 2.16 �ouble_�oor_znt office4/Garage 0.000 14.22 wall-znt Office4/Garage 0.000 0. 58 wall-Elevator Elev_1/Garage 0.176 14.16 wall-znt Nonvest3/Garage 0.000 0.99 wall-znt Nonvest4/Garage 0.000 0. 56 wall-Elevator Elev_2/Garage 0.175 14.10 wall-znt Nonvest3/Garage 0.000 0.49 Missing�oor Nonvest3/Garage 0.000 333.78 Missing�oor Nonvest4/Garage 0.000 158.83 wall-znt Nonvest4/Garage 0.000 0.28 wall-znt office/Garage -0.000 -1.38 Door-Sgle-Int. Elevator_1LObby/Garage 0.156 246.93 Door-Sgle-Int. Elevator_2LObby/Garage 0.155 245.88 wall-znt Elevator_l�obby/Garage 0.156 120.99 wall-Int Elevator_2�obby/Garage 0.155 120.47 Door-Sgle-Int. Office/Garage -0.000 -6.84 wall-znt Office/Garage -0.000 -1.92 wall-stair Stair_2/Garage 0.235 97.92 �oor-Stair Stairl/Garage 0.�03 281.63 wall-Stair Stairl/Garage 0.203 91.12 �oor-5tair 5tair_2/Garage 0.235 302.61 wall-znt Storage_1/Garage -0.000 -4.29 �oor-Sgle-znt. Storage_1/Garage -0.000 -5.45 �ouble_�oor_znt Storage_1/Garage -0.000 -10.90 wall-znt 5torage_1/Garage -0.000 -1.83 wall-znt Storage_2/Garage -0.000 -5.38 �ouble_�oor_znt Storage_2/Garage -0.000 -22.60 wall-znt Storage_2/Garage -0.000 -2.27 wall-Stair 5tair_1/Garage 0.205 14.62 �ouble_�oor_znt GarageEngtrance/Garage -0.029 -213.40 wall-znt GarageEngtrance/Garage -0.029 -43.41 �ouble_�oor_znt GarageEngtrance/Garage -0.029 -213.40 wall-Elevator Elevatorshortl/Garage -0.003 -4.09 �oor-Elev Elevatorshortl/Garage -0.003 -76. 51 wall-Stair Stair_1/Garage 0.205 57. 55 Door-Stair Stair_1/Garage 0.205 282.81 Page 4 Neutral Conditions doors closed with wind.txt wall-Elevator Elevatorshort2/Garage -0.178 -15.68 wall-znt GarageEngtrance/Garage -0.029 -52.98 Storage_1 0.240 68.0 Floor Room15/1 -0.110 -22.47 wall-znt Parking/Garage 0.000 4.29 Door-Sgle-Int. Parking/Garage 0.000 5.45 �ouble_�oor_znt Parking/Garage 0.000 10.90 wall-Int Parking/Garage 0.000 1.83 Storage_2 0.239 68.0 Floor Ambt -0.239 -30.25 wall-znt Parking/Garage 0.000 5.38 �ouble_�oor_znt Parking/Garage 0.000 22.60 wall-znt Parking/Garage 0.000 2.27 ElevatorShortl 0.236 68.0 ElevShort�l ElevShortl/1 -0.000 -99.15 wall-Elevator Parking/Garage 0.003 4.09 wall-Stair Stair_1/Garage 0.209 18.56 �oor-Elev Parking/Garage 0.003 76. 51 GarageEngtrance 0.211 68.0 Floor Ambt -0.211 -32.15 �ouble_�oor_znt Parking/Garage 0.029 213.40 wall-Int Parking/Garage 0.029 43.41 �ouble_�oor_znt Parking/Garage 0.029 213.40 wall-Stair 5tair_1/Garage 0.234 19.67 �oor-Elev Elevatorshort2/Garage -0.148 -501.10 wall-Elevator Elevatorshort2/Garage -0.148 -9.61 wall-znt Parking/Garage 0.029 52.98 Stair_1 0.445 68.0 200_StairGarage Stair_1/1 0.000 414.45 wall-Stair Parking/Garage -0.205 -14.62 wall-stair Elevatorshortl/Garage -0.209 -18. 56 wall-5tair GarageEngtrance/Garage -0.234 -19.67 wall-Stair Elevatorshort2/Garage -0.383 -21.25 wall-Stair Parking/Garage -0.�05 -57. 55 �oor-Stair Parking/Garage -0.205 -282.81 Elevatorshort2 0.062 68.0 Elevshort2_�1 Elevator5hort2/1 -0.000 -547.64 �oor-Elev GarageEngtrance/Garage 0.148 501.10 wall-Stair 5tair_1/Garage 0. 383 21.25 wall-Elevator GarageEngtrance/Garage 0.148 9.61 wall-Elevator Parking/Garage 0.178 15.68 level : 1 elevation: 1.0 ft zone P T path from dP Flowl Flow2 Room6 0.221 68.0 Floor Parking/2 0.018 36.74 wall-Exterior Ambt -0.020 -51.89 wall-Exterior Ambt -0. 365 -110.93 wall-Int Parking/1 0.018 51.56 Floor Parking/Garage 0.018 43.24 wall-znt Openspacel/1 0.000 0.71 �oor-Sgle-znt. OpenSpacel/1 0.000 10.08 wall-Int RoomS/1 0.000 9.41 �oor-Sgle-znt. OpenSpacel/1 0.000 10.08 wall-znt Openspacel/1 0.000 0.99 Parking 0.240 68.0 Garage0pen�2 Parking/2 -0.000 -1031.05 Floor Parking/2 -0.000 -0.18 Floor Storagel/2 0.064 13.95 Floor Storage2/2 0.064 13.98 Floor Ha112/2 0.068 26.23 Floor Ha113/2 0.071 3.09 Page 5 Neutral Conditions doors closed with wind.txt Floor Ha114/2 0.067 7.01 Floor Rm8/2 0.031 40.68 Floor Office/2 0.046 34.07 Floor Private/2 0.045 32.88 Floor Bathrooml/2 0.065 32.86 Floor Ha112/2 0.068 17.70 Floor Rm6/2 0.000 0.53 Floor Rm7/2 -0.010 -2.76 Floor Courtyard/2 0.010 4.81 Floor Rm9/2 0.003 1.39 Floor Rm10/2 0.017 2.28 wall-Exterior Ambt -0.039 -278.10 Floor Officel/Garage 0.010 33.66 wall-Int Room6/1 -0.018 -51. 56 Floor Office3/Garage 0.002 14.39 Garageopen�l Parking/Garage 0.000 345.84 Floor Corridor/Garage 0.011 22. 54 Floor office2/Garage 0.006 22.71 wall-znt Openspace2/1 -0.025 -132.44 wall-Stair 5tair_3/1 0.255 76.35 wall-Stair Stair_4/1 0.287 81.00 wall-Elevator Elev_1/1 0.176 14.16 wall-znt Nonvest3/1 0.000 0.99 wall-Int Nonvest4/1 0.000 0. 56 wall-Elevator Elev_2/1 0.175 14.10 wall-Stair openspacel/1 -0.018 -24.08 wall-znt Nonvest3/1 0.000 0. 50 Missing�oor Nonvest3/1 0.000 335.76 Missing�oor Nonvest4/1 0.000 160.83 Wall-Int NonVest4/1 0.000 0.28 Door-Sgle-Int. Elevator_1LObby/1 0.156 246.69 Door-Sgle-Int. Elevator_2LObby/1 0.154 245.37 wall-znt Elevator_l�obby/1 0.156 120.87 Floor Parking/Garage 0.000 0.03 wall-znt Elevator_2�obby/1 0.154 120.22 wall-Int Entryway/1 -0.019 -4.83 wall-Int Cooridorl/1 -0.021 -11.45 �oor-5gle-znt. Cooridorl/1 -0.021 -90.89 wall-znt Cooridorl/1 -0.021 -68.71 �oor-Sgle-znt. Cooridorl/1 -0.021 -90.89 wall-znt Cooridorl/1 -0.021 -8.35 Door-Sgle-Int. Corridor2/1 -0.035 -116.78 wall-znt Corridor2/1 -0.035 -176.27 RoomS 0.222 68.0 Floor Parking/2 0.018 36.42 wall-Int Room6/1 -0.000 -9.41 wall-Int OpenSpacel/1 -0.000 -1.86 Floor Parking/Garage 0.018 27.62 �oor-Sgle-znt. OpenSpacel/1 -0.000 -4.88 wall-znt openspacel/1 -0.000 -47.89 Hallway 0.215 68.0 Floor Parking/2 0.025 7.79 �oor-Sgle-znt. OpenSpace2/1 0.000 0.27 Floor Office4/Garage 0.025 3.19 wall-znt Openspace2/1 0.000 0.05 wall-znt Openspace2/1 0.000 0.05 Floor Office/Garage 0.025 3. 54 Floor Parking/Garage 0.025 1.06 Door-Sgle-Int. StairEntry/1 -0.001 -15.96 stair_3 0.495 68.0 233_Stair�ev2 stair_3/2 0.000 1124.35 wall-Stair Parking/1 -0.�55 -76.35 233_StairGarage Stair_3/Garage -0.000 -710.30 Page 6 Neutral Conditions doors closed with wind.txt wall-Stair Elev_1/1 -0.079 -16. 59 wall-Stair Nonvest3/1 -0.255 -5.78 �oor-Stair Nonvest3/1 -0.255 -315.34 stair_4 0. 527 68.0 233_stair�ev2 stair_4/2 0.000 812. 55 233_5tairGarage Stair4/Garage -0.000 -566.19 wall-stair Parking/1 -0.287 -81.00 Door-Stair-0.1 Nonvest4/1 -0.287 -139.44 wall-Stair Nonvest4/1 -0.287 -6.13 wall-5tair Elev_2/1 -0.112 -19.80 openspace2 0.215 68.0 Floor Parking/2 0.025 140. 57 Floor Rm15/2 0.042 19.19 Floor Ha114/2 0.09� 8.20 Floor Office/2 0.071 10.78 Floor Rm14/2 0.071 10.82 Floor Rml3/2 0.091 22.60 Floor Ha114/2 0.092 4.10 Floor Rm10/2 0.042 1.38 Floor Ha115/2 0.219 36.94 Floor Rmll/2 0.055 2.31 Floor Rm12/2 0.007 17.34 Floor Ambt -0.215 -6.27 Wall-Exterior Ambt -0.014 -43.17 Door-Sgle-Int. Hallway/1 -0.000 -0.27 Floor 5toragel/Garage 0.025 16.46 Floor Office3/Garage 0.027 49.21 Floor Office4/Garage 0.025 62.78 wall-znt Parking/1 0.025 132.44 Wall-Int Hallway/1 -0.000 -0.05 wall-Int Hallway/1 -0.000 -0.05 wall-Exterior Ambt -0.014 -47.85 Floor Parking/Garage 0.025 123.11 Floor Office/Garage 0.0�5 7.26 Floor Office/Garage 0.025 2.12 Floor Parking/Garage 0.025 1.06 wall-Stair 2_storystair2/1 -0.004 -1.06 wall-Int StairEntry/1 -0.001 -2.35 wall-znt Corridor2/1 -0.010 -21.69 Door-Sgle-Int. StairEntry/1 -0.001 -15.96 wall-Stair 2_StoryStair2/1 -0.004 -7.11 Door-Sgle-Int. Corridor2/1 -0.010 -63. 56 wall-Stair Stair_5/1 0.228 106.60 Wall-Int Room14/1 -0.008 -64.00 wall-Exterior Ambt -0.273 -265.99 wall-Int Room15/1 -0.086 -156.00 wall-Exterior Ambt -0. 359 -30. 52 Door_DOUble_Ext Ambt -0. 359 -49.34 Elev_1 0.416 68.0 Elevator Elev_1/2 0.000 762.95 wall-Stair Stair_3/1 0.079 16. 59 wall-Elevator Parking/1 -0.176 -14.16 14_Elevator Elev_1/Garage -0.000 -380.09 wall-Elevator Nonvest3/1 -0.176 -14.15 �oor-Elev Elevator_l�obby/1 -0.020 -185. 56 �oor-Elev Elevator_l�obby/1 -0.020 -185. 56 Nonvest3 0.240 68.0 Floor Nonvest3/2 0.068 1.98 wall-Stair Stair_3/1 0.255 5.78 Door-Stair Stair_3/1 0.255 315.34 Floor Nonvest3/Garage -0.000 -0.00 wall-Elevator Elev_1/1 0.176 14.15 wall-znt Parking/1 -0.000 -0.99 Page 7 Neutral Conditions doors closed with wind.txt wall-znt Parking/1 -0.000 -0. 50 MissingDOOr Parking/1 -0.000 -335.76 Nonvest4 0.240 68.0 Floor Nonvest4/2 0.071 2.01 Door-Stair-0.1 Stair_4/1 0.287 139.44 wall-5tair 5tair_4/1 0.287 6.13 Floor Nonvest4/Garage -0.000 -0.00 wall-Int Parking/1 -0.000 -0. 56 wall-Elevator Elev_2/1 0.175 14.10 MissingDOOr Parking/1 -0.000 -160.83 wall-znt Parking/1 -0.000 -0.28 Elev_2 0.415 68.0 Elevator Elev_2/2 0.000 756. 58 wall-Stair Stair_4/1 0.112 19.80 wall-Elevator Nonvest4/1 -0.175 -14.10 14_Elevator Elev_2/Garage -0.000 -375.39 wall-Elevator Parking/1 -0.175 -14.10 �oor-Elev Elevator_2�obby/1 -0.021 -186.39 �oor-Elev Elevator_2�obby/1 -0.021 -186.39 Elevator_l�obby 0.396 68.0 Floor Ha112/2 -0.088 -4.00 �oor-Elev Elev_1/1 0.020 185.56 �oor-Elev Elev_1/1 0.020 185. 56 Floor Elevator_l�obby/Garage 0.000 0.44 �oor-Sgle-znt. Parking/1 -0.156 -246.69 wall-Int Parking/1 -0.156 -120.87 Elevator_2�obby 0.394 68.0 Floor Ha113/2 -0.084 -7.83 �oor-Elev Elev_2/1 0.021 186.39 �oor-Elev Elev_2/1 0.0�1 186.39 Door-Sgle-Int. Parking/1 -0.154 -245.37 Floor Elevator_2�obby/Garage 0.001 0.64 wall-znt Parking/1 -0.154 -120.22 Room4 0.233 68.0 Floor Parking/2 0.007 22.69 �oor-Sgle-znt. Openspacel/1 -0.011 -65.90 wall-Int Openspacel/1 -0.011 -54. 50 Wall-Int Room7/1 0.001 6.11 Floor Parking/Garage 0.007 17.63 wall-Int Stair2Corridor/1 0.001 5.98 Door-Sgle-Int. OpenSpacel/1 -0.011 -65.90 wall-znt 5tair2Passage/1 0.240 133.89 Room7 0.233 68.0 Floor Parking/2 0.006 10.70 Wall-Int Room4/1 -0.001 -6.11 wall-znt openspacel/1 -0.012 -40.62 Floor Parking/Garage 0.006 5.16 wall-Int Stair2Corridor/1 0.000 30.86 StairEntry 0.214 68.0 Floor Parking/2 0.025 1.23 Door-Sgle-Int. Hallway/1 0.001 15.96 Door-Sgle-Int. 2_Storystair2/1 -0.003 -35.13 wall-Int Openspace2/1 0.001 2.35 wall-Stair 2_Storystair2/1 -0.003 -1. 58 Floor Parking/Garage 0.025 1.23 �oor-Sgle-znt. OpenSpace2/1 0.001 15.96 2_Storystair2 0.211 68.0 200_Stair�evl 2_Storystair2/2 0.000 39.67 wall-Stair OpenSpace2/1 0.004 1.06 Door-Sgle-Int. StairEntry/1 0.003 35.13 wall-Stair StairEntry/1 0.003 1. 58 Floor Parking/Garage 0.028 4.13 wall-Stair OpenSpace2/1 0.004 7.11 Page 8 Neutral Conditions doors closed with wind.txt wall-Stair Ambt -0.355 -79.79 wall-Stair Ambt -0.269 -8.90 Stair2Corridor 0.234 68.0 Floor Parking/2 0.006 6.25 wall-znt Room7/1 -0.000 -30.86 wall-Int Room4/1 -0.001 -5.98 �oor-Sgle-znt. OpenSpacel/1 -0.012 -69.08 Floor Parking/Garage 0.006 1.70 wall-Stair Stair_2/1 0.241 50. 56 wall-Int Stair2Passage/1 0.239 47.41 Entryway 0.221 68.0 Floor Parking/2 0.019 1.22 Floor Halll/2 0.077 1.88 wall-znt openspacel/1 0.001 1. 59 Wall-Int Parking/1 0.019 4.83 Door-Sgle-Int. OpenSpacel/1 0.001 20.19 �oor-Sgle-znt. Cooridorl/1 -0.002 -27.67 Floor Parking/Garage 0.019 3.75 Door-Sgle-Int. Openspacel/1 0.001 20.19 Door-Sgle-Int. Cooridorl/1 -0.002 -27.67 wall-Int Openspacel/1 0.001 1. 59 Wall-Int Room8/1 0.000 0.11 Cooridorl 0.219 68.0 Floor Rm6/2 0.022 3.97 Floor Ha112/2 0.090 1.66 Floor Rm7/2 0.011 2.80 Floor Rm8/2 0.052 6.20 wall-Int Parking/1 0.021 11.45 �oor-sgle-znt. Parking/1 0.021 90.89 wall-Int Parking/1 0.0�1 68.71 �oor-Sgle-znt. Parking/1 0.021 90.89 wall-Int Parking/1 0.021 8.35 �oor-Sgle-znt. Entryway/1 0.002 27.67 Floor Parking/Garage 0.021 10. 59 �oor-Sgle-znt. ambt -0.219 -291.86 Door-Sgle-Int. Entryway/1 0.002 27.67 �oor-Sgle-znt. 2_storystairl/1 0.021 90.38 Door-Sgle-Int. Room8/1 0.002 27.74 Door-Sgle-Int. Room9/1 -0.004 -41.44 wall-Int Room9/1 -0.004 -12.37 Door-Sgle-Int. Room10/1 -0.019 -86.44 wall-Int Room10/1 -0.019 -36.87 Corridor2 0.205 68.0 Floor Courtyard/2 0.045 5.76 Floor Rm9/2 0.038 10.49 Floor Rm10/2 0.052 6.17 Floor Ha114/2 0.102 1.69 Floor Rm13/2 0.101 2.15 �oor-Sgle-znt. Parking/1 0.035 116.78 wall-Int Parking/1 0.035 176.27 wall-znt Openspace2/1 0.010 21.69 Door-Sgle-Int. Ambt -0.205 -282. 50 Floor Parking/Garage 0.035 23.43 wall-Int Roomll/1 -0.041 -54.91 �oor-Sgle-znt. Roomll/1 -0.041 -126.78 wall-Int Roomll/1 -0.041 -26.62 Wall-Int Rooml2/1 -0.043 -27.08 Door-Sgle-Int. Rooml2/1 -0.043 -128.95 wall-Int Room12/1 -0.043 -55.85 Wall-Int Room13/1 -0.004 -17.40 Door-Sgle-Int. Room13/1 -0.004 -40.18 Door-Stair Stair_5/1 0.�38 304.88 �oor-sgle-znt. Openspace2/1 0.010 63. 56 Page 9 Neutral Conditions doors closed with wind.txt Door-Sgle-Int. Rooml4/1 0.002 27.38 2_StoryStairl 0.240 68.0 200_Stair�evl 2_Storystairl/2 0.000 175.95 �oor-Sgle-znt. Cooridorl/1 -0.021 -90.38 Floor Parking/Garage 0.000 0.45 Door-Sgle-Int. Room8/1 -0.019 -86.02 Stair_2 0.475 68.0 200_Stair�evl Stair_2/2 0.000 968.76 wall-Stair Stair2Corridor/1 -0.241 -50. 56 200_StairGarage Stair_2/Garage -0.000 -400. 53 2by2opening Stair2Passage/1 -0.002 -460.66 wall-Stair Openspacel/1 -0.253 -57.01 Stair_5 0.443 68.0 200_Stair�evl Stair_5/2 0.000 784.24 Door-Stair Corridor2/1 -0.238 -304.88 200_StairGarage Stairl/Garage -0.000 -372.75 wall-Stair Openspace2/1 -0.228 -106.60 stair2Passage 0.473 68.0 Floor Rm3/2 -0.251 -10.37 wall-Int Room4/1 -0.240 -133.89 wall-znt Stair2Corridor/1 -0.239 -47.41 Door-Sngl-Ext Ambt -0.617 -70.16 Floor Parking/Garage -0.233 -13.39 2by2opening Stair_2/1 0.002 460.66 wall-znt Room3/1 -0.251 -136.81 wall-Int openspacel/1 -0.251 -48.61 Roomll 0.164 68.0 Floor Courtyard/2 0.087 27.86 Floor Ambt -0.164 -5.47 wall-Int Corridor2/1 0.041 54.91 Door-Sgle-Int. Corridor2/1 0.041 126.78 wall-Int Corridor2/1 0.041 26.62 wall-Exterior Ambt -0. 307 -108.34 wall-Exterior Ambt -0.221 -68.86 wall-Exterior ambt -0.307 -40.00 Floor Parking/Garage 0.076 77. 57 Wall-Int Room12/1 -0.001 -17.02 wall-Exterior Ambt -0.221 -38.05 �oor-Sngl-Ext ambt -0.221 -36.01 Rooml2 0.162 68.0 Floor Rm9/2 0.080 46.68 Floor Courtyard/2 0.088 3.41 Floor Ambt -0.162 -10.89 wall-Int Corridor2/1 0.043 27.08 �oor-Sgle-znt. Corridor2/1 0.043 128.95 wall-Int Corridor2/1 0.043 55.85 Wall-Int Roomll/1 0.001 17.02 Floor Parking/Garage 0.078 61.10 wall-znt Rooml3/1 0.039 104. 53 wall-Exterior Ambt -0.220 -397.87 �oor-Sngl-Ext ambt -0.220 -35.86 Room13 0.201 68.0 Floor Rm10/2 0.056 41.69 Floor Ambt -0.201 -12.12 wall-Int Corridor2/1 0.004 17.40 Door-Sgle-Int. Corridor2/1 0.004 40.18 wall-znt Rooml2/1 -0.039 -104. 53 Floor Parking/Garage 0.039 44.93 Wall-Int Room14/1 0.006 41.48 wall-Exterior Ambt -0.258 -29.20 �oor-Sngl-Ext Ambt -0.258 -39.83 Rooml4 0.207 68.0 Floor Rm10/2 0.050 1. 51 Page 10 Neutral Conditions doors closed with wind.txt Floor Rmll/2 0.063 69.78 Floor Ambt -0.207 -12.30 �oor-Sgle-znt. Corridor2/1 -0.002 -27.38 wall-Int Room13/1 -0.006 -41.48 Floor Parking/Garage 0.033 39.45 wall-znt openspace2/1 0.008 64.00 Door-Sngl-Ext Ambt -0.350 -48. 58 wall-Exterior Ambt -0.264 -45.00 Room3 0.222 68.0 Floor Rm3/2 -0.000 -2.35 wall-znt Stair2Passage/1 0.251 136.81 wall-Exterior Ambt -0.366 -131.60 Floor Parking/Garage 0.018 18.89 wall-znt openspacel/1 -0.001 -13.96 Door-Sngl-Ext Ambt -0.021 -7.80 Openspacel 0.222 68.0 Floor Parking/2 0.018 72.96 Floor Halll/2 0.076 5.61 Floor Rm5/2 0.019 14.74 Floor Rm4/2 0.018 3.57 Floor Ambt -0.222 -12.73 Floor Rm3/2 0.000 1.51 Floor Rm2/2 -0.064 -6.87 wall-Int Room6/1 -0.000 -0.71 Door-Sgle-Int. Room6/1 -0.000 -10.08 Door-Sgle-Int. Room6/1 -0.000 -10.08 wall-znt Room6/1 -0.000 -0.99 wall-Int RoomS/1 0.000 1.86 Door-Sgle-Int. RoomS/1 0.000 4.88 wall-Int RoomS/1 0.000 47.89 �oor-Sgle-znt. Room4/1 0.011 65.90 wall-Stair Parking/1 0.018 24.08 wall-Exterior Ambt -0. 365 -285.45 wall-Int Room4/1 0.011 54. 50 wall-znt Room7/1 0.012 40.62 wall-Int Entryway/1 -0.001 -1. 59 �oor-Sgle-znt. Entryway/1 -0.001 -20.19 Door-Sgle-Int. Stair2Corridor/1 0.012 69.08 �oor-Sgle-znt. Entryway/1 -0.001 -20.19 wall-Int Entryway/1 -0.001 -1. 59 �oor-Sgle-znt. Room4/1 0.011 65.90 Door_DOUble_Ext Ambt -0.279 -41.90 wall-Int Stair2Passage/1 0.251 48.61 wall-5tair Stair_2/1 0.253 57.01 wall-znt Room3/1 0.001 13.96 Floor Parking/Garage 0.018 105. 57 Wall-Int Room8/1 -0.001 -23.17 wall-Exterior Ambt -0.365 -65.75 wall-Stair Stair6/1 0.207 48.40 wall-znt Stair6Passage/1 0.205 92.67 wall-Exterior Ambt -0.365 -53.24 Door_DOUble_Ext Ambt -0. 365 -49.91 wall-Exterior ambt -0.279 -62.60 wall-Exterior Ambt -0.279 -32.24 �oor-Sngl-Ext ambt -0.279 -41.90 wall-Exterior Ambt -0.279 -98.11 Room8 0.221 68.0 Floor Halll/2 0.077 1.66 Floor Rm6/2 0.020 9.47 Floor Rm5/2 0.020 18.44 Floor Ambt -0.221 -12.70 Door-Sgle-Int. Cooridorl/1 -0.002 -27.74 Wall-Int Entryway/1 -0.000 -0.11 Page 11 Neutral Conditions doors closed with wind.txt �oor-Sgle-znt. 2_StoryStairl/1 0.019 86.02 wall-znt openspacel/1 0.001 23.17 Floor Parking/Garage 0.019 37. 58 wall-Int Room9/1 -0.006 -38.40 wall-Exterior ambt -0.278 -47. 57 Door-Sngl-Ext Ambt -0.364 -49.82 Room9 0.214 68.0 Floor Rm7/2 0.015 0.98 Floor Rm6/2 0.026 28.21 Floor Ambt -0.214 -12. 52 Door-Sgle-Int. Cooridorl/1 0.004 41.44 wall-Int Cooridorl/1 0.004 12.37 wall-znt Room8/1 0.006 38.40 Floor Parking/Garage 0.026 31.47 wall-Int Room10/1 -0.015 -53.77 wall-Exterior Ambt -0.272 -37.34 �oor-Sngl-Ext Ambt -0. 358 -49.25 Room10 0.199 68.0 Floor Rm8/2 0.072 5. 50 Floor Rm7/2 0.030 25.74 Floor Ambt -0.199 -12.08 �oor-5gle-znt. Cooridorl/1 0.019 86.44 wall-znt Cooridorl/1 0.019 36.87 wall-Exterior Ambt -0.343 -139.35 wall-Exterior Ambt -0.257 -49.30 Floor Parking/Garage 0.040 40.33 wall-znt Room9/1 0.015 53.77 Door-Sngl-Ext Ambt -0.343 -47.92 Room15 0.129 68.0 Floor Rm12/2 0.093 22.91 Floor Ambt -0.129 -9.73 wall-znt Openspace2/1 0.086 156.00 Floor Parking/Garage 0.110 7.78 Floor Storage_1/Garage 0.110 22.47 wall-Exterior Ambt -0.187 -137.62 Floor Parking/Garage 0.110 22.47 Door_DOUble_Ext Ambt -0.187 -32.28 wall-Exterior Ambt -0.273 -51.99 Stair6 0.428 68.0 200_Stair�evl Stair6/2 0.000 624.07 2by2opening Stair6Passage/1 -0.002 -538.30 Floor Parking/Garage -0.189 -11.75 wall-Stair OpenSpacel/1 -0.207 -48.40 wall-5tair Stair6Passage/1 -0.002 -2.71 wall-Stair Ambt -0.486 -22.93 Stair6Passage 0.426 68.0 Floor Rm2/2 -0.269 -7.72 2by2opening Stair6/1 0.002 538.30 Floor Parking/Garage -0.186 -6.42 wall-Stair Stair6/1 0.002 2.71 wall-znt Openspacel/1 -0.205 -92.67 Door-Stair Ambt -0.484 -434.19 Rooml 0.121 68.0 Floor Rml/2 0.035 25.38 Floor Ambt -0.121 -4.71 wall-Exterior Ambt 0.080 83.94 �oor-Sgle-znt. Ambt -0.121 -217.46 Wall-Exterior Ambt 0.080 58.84 Door-Sgle-Int. Ambt -0.121 -217.46 Floor Parking/Garage 0.118 51.90 wall-znt StairlPassage/1 0.314 140.09 wall-Elevator Elevshortl/1 0.115 12.14 wall-Stair Stair_1/1 0. 324 18.36 Page 12 Neutral Conditions doors closed with wind.txt wall-Exterior Ambt 0.080 48.97 Elevshortl 0.236 68.0 Elevshort�l Elevshortl/2 -0.000 -705. 53 wall-Elevator Rooml/1 -0.115 -12.14 wall-Elevator StairlPassage/1 0.199 20.69 ElevShort�l Elevatorshortl/Garage 0.000 99.15 wall-Stair stair_1/1 0.209 17.25 �oor-Elev 5tairlPassage/1 0.199 580. 58 Stair_1 0.445 68.0 200_Stair�evl Stair_1/2 0.000 1951.94 wall-Stair Rooml/1 -0.324 -18.36 wall-Stair Elevshortl/1 -0.209 -17.25 200_StairGarage Stair_1/Garage -0.000 -414.45 wall-Stair Ambt -0.244 -18.65 wall-Stair StairlPassage/1 -0.009 -3.67 wall-5tair Elevatorshort2/1 -0.383 -23.37 2by2opening StairlPassage/1 -0.009 -1433.94 wall-Elevator Room2/1 -0. 315 -22.24 StairlPassage 0.436 68.0 Floor Rml/2 -0.279 -50.00 wall-znt Rooml/1 -0.314 -140.09 Door-Sgle-Int. Ambt -0.436 -412.02 wall-Elevator Elevshortl/1 -0.199 -20.69 Floor Parking/Garage -0.196 -15. 56 �oor-Elev Elevshortl/1 -0.199 -580. 58 wall-Stair 5tair_1/1 0.009 3.67 2by2opening Stair_1/1 0.009 1433.94 wall-Int Room2/1 -0.306 -218.67 Elevatorshort2 0.062 68.0 Elevshort2_�1 Elevator5hort2/2 -0.000 -273.82 Door-Elev Ambt -0.062 -324.14 wall-Stair Stair_1/1 0. 383 23.37 Elevshort2_�1 Elevatorshort2/Garage 0.000 547.64 wall-Elevator Ambt 0.139 17.28 wall-Elevator Room2/1 0.068 9.67 Room2 0.130 68.0 Floor Ambt -0.130 -9.74 Floor Rml/2 0.027 24.46 wall-Exterior Ambt 0.071 65.84 wall-znt StairlPassage/1 0.306 218.67 wall-Elevator Stair_1/1 0. 315 22.24 wall-Elevator ElevatorShort2/1 -0.068 -9.67 Floor Parking/Garage 0.110 54.31 wall-Exterior Ambt 0.071 38.06 Door-Sgle-Int. Ambt -0.130 -224.79 wall-Exterior Ambt 0.071 45.40 Door-Sgle-Int. Ambt -0.130 -224.79 level : 2 elevation: 15.0 ft zone P T path from dP Flowl Flow2 Parking 0.240 68.0 Floor Ambt -0.240 -52.99 Floor Ambt -0.�40 -66.23 Floor Rm5/3 0.033 18.09 Floor Rm9/3 -0.035 -63.36 Floor Entrance3/3 0.255 12.01 Floor Courtyard/3 0.010 20.63 Floor Entrance4/3 0.287 8.11 Floor Rm6/3 0.013 14.38 Floor Rm7/3 0.001 6.70 Floor Rm8/3 -0.012 -23.72 Floor Entrance2/3 0.034 7.60 Page 13 Neutral Conditions doors closed with wind.txt Floor OpenAreal/3 -0.007 -123.80 Floor Bathroom/3 0.014 29.39 Floor Entrance5/3 0.006 0.26 Floor Ambt -0.240 -66.23 Floor Ha112/3 0.035 6.33 Floor Rm10/3 -0.032 -36.53 Floor Ha112/3 0.035 1.90 Floor Rmll/3 -0.039 -2.66 Floor Ambt -0.240 -13.25 Floor Rmll/3 -0.039 -2.66 Floor Ambt -0.240 -6.62 wall-Exterior Ambt -0.039 -430.15 Floor Room6/1 -0.018 -36.74 Garage0pen�2 Parking/1 0.000 1031.05 Floor Parking/1 0.000 0.18 wall-Exterior Ambt -0.383 -249.75 wall-znt RmlS/2 0.017 64.63 Floor RoomS/1 -0.018 -36.42 Floor Openspace2/1 -0.025 -140. 57 Floor Hallway/1 -0.025 -7.79 wall-Exterior Ambt -0. 383 -407.48 wall-Int 5toragel/2 0.064 62.14 wall-znt Storage2/2 0.064 62.27 wall-Stair 5tair_3/2 0.255 59. 57 wall-Stair Stair_4/2 0.287 63.20 wall-Elevator Elev_1/2 0.176 14.16 wall-Elevator Elev_2/2 0.175 14.10 wall-znt Ha113/2 0.071 10.89 wall-znt Ha114/2 0.067 89.72 Wall-Int Rm14/2 0.046 54.47 wall-znt Ha112/2 0.069 233.76 Floor Room7/1 -0.006 -10.70 wall-Stair 2_StoryStair2/2 -0.028 -2.90 Floor Room4/1 -0.007 -22.69 Floor Openspacel/1 -0.018 -72.96 Door-Sgle-Int. 2_Storystair2/2 -0.028 -105.29 Floor StairEntry/1 -0.025 -1.23 Wall-Stair 2_StoryStair2/2 -0.028 -4.75 wall-znt Rm13/2 0.066 57.82 Floor Entryway/1 -0.019 -1.22 wall-Stair 2_StoryStair2/2 -0.028 -19.40 Floor Stair2Corridor/1 -0.006 -6.25 wall-Stair Stair_2/2 0.235 67.00 wall-Exterior Ambt -0.297 -45.80 wall-znt Rm3/2 -0.018 -26. 55 wall-Int Rm4/2 0.000 1.09 Wall-Int Halll/2 0.058 47.47 wall-5tair 5tair_5/2 0.204 14. 59 wall-Exterior Ambt -0.297 -143.21 wall-znt Ha115/2 0.195 156.40 Stair_3 0.495 68.0 233_Stair_11. 5 Stair_3/3 0.000 1489.39 wall-Stair Parking/2 -0.255 -59. 57 233_5tair�ev2 Stair_3/1 -0.000 -1124.35 wall-Stair Storagel/2 -0.192 -14.15 wall-Stair Elev_1/2 -0.079 -16. 59 wall-Stair Nonvest3/2 -0.187 -4.94 �oor-5tair Nonvest3/2 -0.187 -269.78 Stair_4 0. 527 68.0 233_Stair_11. 5 Stair_4/3 0.000 1037.25 wall-Stair Storage2/2 -0.223 -15.28 233_5tair�ev2 Stair_4/1 -0.000 -812. 55 wall-Stair Parking/2 -0.287 -63.20 Page 14 Neutral Conditions doors closed with wind.txt �oor-Stair-0.1 Nonvest4/2 -0.217 -121.09 wall-Stair Nonvest4/2 -0.217 -5.32 wall-Stair Elev_2/2 -0.112 -19.80 storagel 0. 304 68.0 wall-znt Parking/2 -0.064 -62.14 wall-5tair 5tair_3/2 0.192 14.15 Floor Parking/1 -0.064 -13.95 wall-Int Nonvest3/2 0.005 4. 53 �oor-Sgle-znt. Ha112/2 0.005 42.38 wall-znt Ha112/2 0.005 15.02 Storage2 0. 304 68.0 wall-Int Parking/2 -0.064 -62.27 wall-Stair Stair_4/2 0.223 15.28 Floor Parking/1 -0.064 -13.98 wall-znt Nonvest4/2 0.007 5.31 Door-Sgle-Int. Ha112/2 0.004 41.09 wall-Int Ha112/2 0.004 14. 56 Elev_1 0.416 68.0 11. 5_Elevator Elev_1/3 0.000 1626.45 wall-Stair 5tair_3/2 0.079 16. 59 wall-Elevator Parking/2 -0.176 -14.16 Elevator Elev_1/1 -0.000 -762.95 wall-Elevator Nonvest3/2 -0.108 -11.07 Door-Elev Ha112/2 -0.108 -427.43 Door-Elev Ha112/2 -0.108 -427.43 Nonvest3 0. 308 68.0 Floor Nonvest3/3 -0.033 -1.39 wall-5tair Stair_3/2 0.187 4.94 �oor-Stair Stair_3/2 0.187 269.78 Floor Nonvest3/1 -0.068 -1.98 Wall-Elevator Elev_1/2 0.108 11.07 wall-znt 5toragel/2 -0.005 -4. 53 Wall-Int Ha112/2 -0.000 -0.43 Missing�oor Ha112/2 -0.000 -277.46 Nonvest4 0. 310 68.0 Floor Nonvest4/3 -0.060 -1.86 �oor-Stair-0.1 Stair_4/2 0.217 121.09 wall-5tair 5tair_4/2 0.217 5.32 Floor NonVest4/1 -0.071 -2.01 wall-znt 5torage2/2 -0.007 -5.31 Wall-Elevator Elev_2/2 0.104 10.89 Missing�oor Ha113/2 -0.000 -127.88 Wall-Int Ha113/2 -0.000 -0.24 Elev_2 0.415 68.0 11. 5_Elevator Elev_2/3 0.000 1601.98 wall-Stair Stair_4/2 0.112 19.80 wall-Elevator Nonvest4/2 -0.104 -10.89 Elevator Elev_2/1 -0.000 -756. 58 wall-Elevator Parking/2 -0.175 -14.10 Door-Elev Ha113/2 -0.104 -420.10 Door-Elev Ha113/2 -0.104 -420.10 Ha112 0. 308 68.0 Floor Ha112/3 -0.033 -10.69 Floor Courtyard/3 -0.058 -16.31 Floor Rm4/3 -0.078 -11.33 Door-Elev Elev_1/2 0.108 427.43 Door-Elev Elev_1/2 0.108 427.43 wall-Int Nonvest3/2 0.000 0.43 MissingDOOr Nonvest3/2 0.000 277.46 �oor-5gle-znt. Storagel/2 -0.005 -42.38 wall-znt Storagel/2 -0.005 -15.02 �oor-Sgle-znt. Storage2/2 -0.004 -41.09 wall-znt Storage2/2 -0.004 -14. 56 Page 15 Neutral Conditions doors closed with wind.txt Floor Elevator_l�obby/1 0.088 4.00 Floor Parking/1 -0.068 -26.23 �ouble_�oor_znt Ha113/2 0.002 58.37 west_open Ha113/2 0.002 362.61 wall-znt Rm8/2 -0.037 -64.53 Door-Sgle-Int. Rm8/2 -0.037 -120.42 wall-znt Rm8/2 -0.037 -63.74 wall-Int Rm8/2 -0.037 -64.53 �oor-Sgle-znt. Private/2 -0.024 -96.35 Door-Sgle-Int. Private/2 -0.024 -96.35 Wall-Int Private/2 -0.024 -80.94 Door-Sgle-Int. Private/2 -0.024 -96.35 �oor-sgle-znt. Bathrooml/2 -0.004 -39.20 wall-Int Bathrooml/2 -0.004 -15.43 �oor-sgle-znt. Bathrooml/2 -0.004 -39.20 wall-Int Parking/2 -0.069 -233.76 Floor Parking/1 -0.068 -17.70 Door-Sgle-Int. Rm6/2 -0.068 -162.95 Double_Door_Int Halll/2 -0.010 -126.30 Floor Cooridorl/1 -0.090 -1.66 wall-znt Rm6/2 -0.068 -53.47 wall-Stair 2_Storystairl/2 -0.069 -7.20 Ha113 0. 310 68.0 Floor Ha113/3 -0.060 -6.63 MissingDOOr Nonvest4/2 0.000 127.88 Wall-Int NonVest4/2 0.000 0.24 Door-Elev Elev_2/2 0.104 420.10 Door-Elev Elev_2/2 0.104 420.10 wall-znt Parking/2 -0.071 -10.89 Double_DOOr_Int Ha112/2 -0.002 -58.37 Floor Parking/1 -0.071 -3.09 Floor Elevator_2�obby/1 0.084 7.83 Door-Sgle-Int. Ha114/2 -0.004 -37.10 west_open Ha112/2 -0.002 -362.61 East_Open Ha114/2 -0.004 -433. 52 wall-Int Bathrooml/2 -0.006 -15.07 �oor-Sgle-znt. Bathrooml/2 -0.006 -48.87 Ha114 0. 307 68.0 Floor Ha113/3 -0.057 -12.42 Floor Rm12/3 -0.082 -15.48 wall-znt Parking/2 -0.067 -89.72 wall-Int Rm15/2 -0.050 -53.07 �oor-Sgle-znt. Ha113/2 0.004 37.10 Floor Parking/1 -0.067 -7.01 East_Open Ha113/2 0.004 433. 52 wall-znt office/2 -0.0�1 -91.90 Floor OpenSpace2/1 -0.092 -8.20 wall-Int Rm14/2 -0.021 -5.25 �oor-Sgle-znt. Rml4/2 -0.021 -90.85 Door-Sgle-Int. Rm13/2 -0.001 -17.96 �oor-Sgle-znt. Office/2 -0.021 -90.93 Door-Sgle-Int. Rm10/2 -0.050 -139.69 wall-znt Rm13/2 -0.001 -5.66 Door-Sgle-Int. Rm13/2 -0.001 -17.96 wall-znt Rml3/2 -0.001 -1.89 Floor Corridor2/1 -0.102 -1.69 wall-Int Rm10/2 -0.050 -40.34 Floor OpenSpace2/1 -0.092 -4.10 wall-Int Ha115/2 0.128 8.34 Wall-Int Rmll/2 -0.037 -7.87 Door-Sgle-Int. Ha115/2 0.128 223.01 Rm15 0.257 68.0 Floor Ambt -0.257 -1.71 Page 16 Neutral Conditions doors closed with wind.txt Floor Rm8/3 -0.029 -0. 58 Floor Rm9/3 -0.052 -3.10 Floor Rm8/3 -0.029 -3.47 Floor Rm9/3 -0.052 -4.64 Floor Entrance5/3 -0.012 -0.49 Floor Ha113/3 -0.007 -2.22 Floor Rm10/3 -0.050 -3.02 wall-Int Parking/2 -0.017 -64.63 wall-znt Ha114/2 0.050 53.07 Floor openspace2/1 -0.042 -19.19 wall-znt Rm14/2 0.029 49.97 Rm8 0.271 68.0 Floor Rm4/3 -0.041 -35. 52 wall-znt Ha112/2 0.037 64. 53 �oor-Sgle-znt. Ha112/2 0.037 120.42 wall-znt Ha112/2 0.037 63.74 wall-znt Ha112/2 0.037 64. 53 Floor Parking/1 -0.031 -40.68 wall-znt Private/2 0.013 30.34 wall-Int Rm6/2 -0.031 -31.70 Floor Cooridorl/1 -0.052 -6.20 �oor-5gle-znt. Courtyard/2 -0.021 -90.39 wall-Int Rm7/2 -0.042 -120.53 Floor Room10/1 -0.072 -5. 50 wall-znt Courtyard/2 -0.021 -13.05 Bathrooml 0.304 68.0 Floor Courtyard/3 -0.054 -2.36 Door-Sgle-Int. Ha112/2 0.004 39.20 wall-Int Ha112/2 0.004 15.43 Door-Sgle-Int. Ha112/2 0.004 39.20 wall-znt Ha113/2 0.006 15.07 Door-Sgle-Int. Ha113/2 0.006 48.87 wall-znt Private/2 -0.020 -31.19 wall-znt Office/2 -0.019 -30.19 Floor Parking/1 -0.065 -32.86 wall-Int Rm9/2 -0.062 -61.18 Office 0.286 68.0 Floor Rm12/3 -0.061 -83.30 wall-znt Ha114/2 0.021 91.90 wall-Int Bathrooml/2 0.019 30.19 Floor Parking/1 -0.046 -34.07 Floor OpenSpace2/1 -0.071 -10.78 �oor-Sgle-znt. Ha114/2 0.021 90.93 wall-Int Rm9/2 -0.043 -8.53 wall-znt Rm10/2 -0.029 -76.34 Private 0.284 68.0 Floor Courtyard/3 -0.034 -24.69 Floor Courtyard/3 -0.034 -15.04 �oor-Sgle-znt. Ha112/2 0.024 96.35 Door-Sgle-Int. Ha112/2 0.024 96.35 wall-Int Ha112/2 0.024 80.94 Door-Sgle-Int. Ha112/2 0.024 96.35 wall-znt Rm8/2 -0.013 -30.34 wall-Int Bathrooml/2 0.020 31.19 Floor Parking/1 -0.045 -32.88 �oor-Sgle-znt. Courtyard/2 -0.034 -115.70 wall-znt Courtyard/2 -0.034 -66.82 �oor-5gle-znt. Courtyard/2 -0.034 -115.70 Rm14 0.286 68.0 Floor Rm9/3 -0.081 -1.46 Floor Entrance5/3 -0.040 -0.92 Floor Ha113/3 -0.035 -1.27 Floor Rm10/3 -0.078 -7.57 Page 17 Neutral Conditions doors closed with wind.txt wall-Int Parking/2 -0.046 -54.47 wall-Int Rm15/2 -0.029 -49.97 wall-znt Ha114/2 0.021 5.25 Floor Openspace2/1 -0.071 -10.82 �oor-Sgle-znt. Ha114/2 0.021 90.85 wall-Int Rm13/2 0.020 30.39 Rm13 0.306 68.0 Floor Rm10/3 -0.099 -15.85 Floor Ha113/3 -0.056 -9. 58 wall-Int Rm14/2 -0.020 -30.39 �oor-Sgle-znt. Ha114/2 0.001 17.96 Floor Openspace2/1 -0.091 -22.60 wall-znt Parking/2 -0.066 -57.82 wall-znt Ha114/2 0.001 5.66 �oor-sgle-znt. Ha114/2 0.001 17.96 Wall-Int Ha114/2 0.001 1.89 Floor Corridor2/1 -0.101 -2.15 wall-Stair Stair_5/2 0.137 30.10 wall-Stair Stair_5/2 0.137 11.98 wall-znt Ha115/2 0.128 52.86 2_Storystair2 0.211 68.0 Floor Rm10/3 -0.004 -0.85 Floor Ambt -0.211 -3.11 wall-Stair Parking/2 0.028 2.90 �oor-Sgle-znt. Parking/2 0.028 105.29 wall-Stair Parking/2 0.028 4.75 200_Stair�evl 2_Storystair2/1 -0.000 -39.67 wall-Stair Parking/2 0.028 19.40 wall-Stair Ambt -0.355 -79.79 wall-Stair Ambt -0.269 -8.90 2_Storystairl 0.240 68.0 Floor Ha112/3 0.035 0. 51 Floor Rm4/3 -0.009 -2.61 wall-znt Halll/2 0.059 17.00 wall-Stair Ha112/2 0.069 7.20 200_Stair�evl 2_Storystairl/1 -0.000 -175.95 wall-Stair Rm6/2 0.001 2.04 Door-Stair Halll/2 0.059 151.00 Wall-Int Rm5/2 0.001 0.80 Rm9 0.242 68.0 Floor Rml2/3 -0.017 -14.92 wall-Int Bathrooml/2 0.062 61.18 wall-znt Office/2 0.043 8. 53 Floor Parking/1 -0.003 -1.39 Floor Corridor2/1 -0.038 -10.49 wall-Int Courtyard/2 0.008 33.24 Floor Rooml2/1 -0.080 -46.68 wall-Int Rm10/2 0.014 36.46 �oor-Sngl-Ext Ambt -0. 300 -43.90 wall-Exterior Ambt -0.300 -22.03 Rm10 0.257 68.0 Floor Rm12/3 -0.032 -24.13 Floor Rm12/3 -0.032 -3.62 Floor Ambt -0.257 -68.55 wall-znt Office/2 0.029 76.34 Floor Parking/1 -0.017 -2.28 �oor-Sgle-znt. Ha114/2 0.050 139.69 Floor Corridor2/1 -0.052 -6.17 wall-znt Rm9/2 -0.014 -36.46 wall-Int Ha114/2 0.050 40.34 Floor Room13/1 -0.056 -41.69 Floor Room14/1 -0.050 -1.51 Floor OpenSpace2/1 -0.042 -1.38 Page 18 Neutral Conditions doors closed with wind.txt wall-znt Rmll/2 0.013 36.69 wall-Exterior Ambt -0.314 -35.70 Door-Sngl-Ext Ambt -0.314 -45.27 wall-Exterior Ambt -0.314 -26.27 Stair_2 0.475 68.0 200_Stair_11. 5 Stair_2/3 0.000 1662.44 wall-stair Parking/2 -0.235 -67.00 200_5tair�evl Stair_2/1 -0.000 -968.76 wall-Int Rm4/2 -0.235 -24.62 wall-Int Halll/2 -0.177 -21.36 �oor-Stair Rm4/2 -0.235 -302.58 Door-Stair Halll/2 -0.177 -262.45 wall-Stair Rm5/2 -0.235 -15.67 Stair_5 0.443 68.0 200_Stair_11. 5 Stair_5/3 0.000 2218.09 wall-Stair Rm13/2 -0.137 -30.10 wall-Stair Rml3/2 -0.137 -11.98 200_Stair�evl Stair_5/1 -0.000 -784.24 wall-Stair Parking/2 -0.204 -14. 59 2by2opening Ha115/2 -0.009 -1369. 56 wall-Stair Ha115/2 -0.009 -7.61 Halll 0.298 68.0 Floor Openareal/3 -0.065 -2.11 Floor Ha112/3 -0.023 -3.09 Floor Rm4/3 -0.068 -3.52 Double_DOOr_Int Ha112/2 0.010 126.30 wall-Int 2_Storystairl/2 -0.059 -17.00 Floor Entryway/1 -0.077 -1.88 �oor-Stair 2_StoryStairl/2 -0.059 -151.00 Wall-Int Parking/2 -0.058 -47.47 Floor Room8/1 -0.077 -1.66 wall-Int Stair_2/2 0.177 21.36 �oor-Stair Stair_2/2 0.177 262.45 Floor openspacel/1 -0.076 -5.61 wall-Int Rm5/2 -0.058 -14.30 Door-Sgle-Int. Rm5/2 -0.058 -150.23 wall-Int Rm5/2 -0.058 -12.22 Rm7 0.229 68.0 Floor Rm4/3 0.001 0.21 Floor Ambt -0.229 -9.72 Floor Rm4/3 0.001 3.15 Floor Parking/1 0.010 2.76 Floor Cooridorl/1 -0.011 -2.80 wall-Int Rm6/2 0.011 49.02 wall-znt Rm8/2 0.042 120. 53 Floor Room9/1 -0.015 -0.98 Floor Room10/1 -0.030 -25.74 wall-Exterior Ambt -0.287 -70.34 �oor-Sngl-Ext Ambt -0.287 -42.65 wall-Exterior Ambt -0.287 -23.45 Courtyard 0.250 68.0 Floor Ambt -0.250 -135.29 Phantom_Connect Courtyard/3 0.000 407.31 wall-Int Rm4/3 -0.020 -32.04 wall-znt Rml2/3 -0.025 -36.01 wall-Exterior Ambt -0.250 -159.23 Door-Sgle-Int. Private/2 0.034 115.70 wall-Int Private/2 0.034 66.82 Door-Sgle-Int. Private/2 0.034 115.70 Floor Parking/1 -0.010 -4.81 Floor Corridor2/1 -0.045 -5.76 Door-Sgle-Int. Rm8/2 0.0�1 90.39 wall-znt Rm9/2 -0.008 -33.24 Page 19 Neutral Conditions doors closed with wind.txt wall-znt Rm8/2 0.021 13.05 Floor Ambt -0.250 -47.35 Floor Roomll/1 -0.087 -27.86 Floor Room12/1 -0.088 -3.41 �oor-Sngl-Ext ambt -0. 308 -44.63 wall-Exterior Ambt -0.308 -161.87 �oor-Sngl-Ext ambt -0.308 -44.63 wall-Exterior Ambt -0.308 -72.84 Ha115 0.434 68.0 Floor Rm10/3 -0.227 -1.61 Floor Rmll/3 -0.234 -65.37 Floor Ambt -0.434 -4.46 wall-znt Rm13/2 -0.128 -52.86 2by2opening Stair_5/2 0.009 1369. 56 wall-Stair Stair_5/2 0.009 7.61 wall-Int Ha114/2 -0.128 -8.34 �oor-Sgle-znt. Ha114/2 -0.128 -223.01 Floor Openspace2/1 -0.219 -36.94 wall-znt Rmll/2 -0.164 -156.19 Door-Sgle-Int. Rmll/2 -0.164 -253.20 wall-znt Parking/2 -0.195 -156.40 Wall-Int Rm12/2 -0.212 -20.11 Door-Sgle-Int. Rm12/2 -0.212 -287. 50 Wall-Int Rm12/2 -0.212 -20.11 �oor-Sngl-Ext Ambt -0.492 -60. 57 wall-Exterior Ambt -0.492 -30. 52 Rm6 0.240 68.0 Floor Rm4/3 -0.010 -9.42 Floor Ambt -0.240 -26. 51 wall-Int Rm8/2 0.031 31.70 �oor-sgle-znt. Ha112/2 0.068 162.95 Floor Parking/1 -0.000 -0. 53 Floor Cooridorl/1 -0.022 -3.97 wall-znt Ha112/2 0.068 53.47 Wall-Int Rm7/2 -0.011 -49.02 Wall-Stair 2_StoryStairl/2 -0.001 -2.04 Floor Room8/1 -0.020 -9.47 Floor Room9/1 -0.026 -28.21 wall-Int Rm5/2 -0.000 -18.34 wall-Exterior Ambt -0.298 -32.80 �oor-Sngl-Ext Ambt -0.298 -43.69 wall-Exterior Ambt -0.298 -24.12 Rmll 0.270 68.0 Floor Rmll/3 -0.069 -3.55 Floor Rm12/3 -0.045 -11.48 Floor Ambt -0.270 -70.29 Wall-Int Ha114/2 0.037 7.87 wall-znt Ha115/2 0.164 156.19 �oor-Sgle-znt. Ha115/2 0.164 253.20 Floor openspace2/1 -0.055 -2.31 Floor Rooml4/1 -0.063 -69.78 wall-Int Rm10/2 -0.013 -36.69 Wall-Int Rm12/2 -0.048 -114.40 wall-Exterior Ambt -0.328 -62.26 �oor-Sngl-Ext ambt -0.328 -46.49 Rm5 0.240 68.0 Floor Ha112/3 0.035 1.26 Floor Rm3/3 -0.036 -7.75 Floor Rm4/3 -0.010 -12.10 Floor Ambt -0.240 -33.14 Wall-Int 2_StoryStairl/2 -0.001 -0.80 wall-5tair Stair_2/2 0.�35 15.67 wall-Int Halll/2 0.058 14.30 Page 20 Neutral Conditions doors closed with wind.txt �oor-Sgle-znt. Halll/2 0.058 150.23 Wall-Int Halll/2 0.058 12.22 Floor Openspacel/1 -0.019 -14.74 Floor Room8/1 -0.020 -18.44 wall-znt Rm6/2 0.000 18.34 wall-Int Rm4/2 -0.000 -9.81 wall-Exterior ambt -0.298 -63.69 Door-Sngl-Ext Ambt -0.384 -51. 55 Rm3 0.222 68.0 Floor Ambt -0.222 -19.11 Floor Rm3/3 -0.018 -34.38 wall-Int Parking/2 0.018 26. 55 Floor Stair2Passage/1 0.251 10.37 Floor Room3/1 0.000 2.35 wall-Exterior Ambt -0. 366 -192. 51 wall-Int Rm4/2 0.018 61.06 wall-znt Rm2/2 -0.065 -12.40 Door-Stair Stair6/2 0.206 283.69 �oor-Sngl-Ext ambt -0.366 -49.94 wall-Stair 5tair6/2 0.206 36.93 Floor Openspacel/1 -0.000 -1. 51 wall-Exterior Ambt -0.366 -28.88 wall-Exterior ambt -0.279 -28.05 wall-Int Rm2/2 -0.065 -54.18 Rm12 0.222 68.0 Floor Rmll/3 -0.021 -29.88 Floor Ambt -0.222 -3.19 Floor Ambt -0.222 -6.38 Floor Ambt -0.222 -63.80 Wall-Int Ha115/2 0.21� 20.11 �oor-Sgle-znt. Ha115/2 0.212 287. 50 Wall-Int Ha115/2 0.212 20.11 wall-Int Rmll/2 0.048 114.40 Floor openspace2/1 -0.007 -17.34 Floor RoomlS/1 -0.093 -22.91 wall-Exterior Ambt -0.280 -21. 53 wall-Exterior ambt -0.280 -129.15 Door-Sngl-Ext Ambt -0.280 -41.98 wall-Exterior ambt -0.366 -105.97 Rm4 0.240 68.0 Floor Rm3/3 -0.036 -26.12 Floor Ambt -0.240 -26. 50 Floor Rm2/3 -0.113 -2.27 wall-Int Parking/2 -0.000 -1.09 wall-znt Stair_2/2 0.235 24.62 Door-Stair Stair_2/2 0.�35 302. 58 wall-znt Rm5/2 0.000 9.81 wall-Int Rm3/2 -0.018 -61.06 Floor OpenSpacel/1 -0.018 -3. 57 wall-Exterior Ambt -0.297 -61.98 wall-znt Rm2/2 -0.083 -110.76 Door-Sngl-Ext Ambt -0.297 -43.66 Stair6 0.428 68.0 200_Stair_11. 5 Stair6/3 0.000 1015.34 �oor-stair Rm3/2 -0.206 -283.69 wall-Stair Rm2/2 -0.271 -70.65 200_Stair�evl Stair6/1 -0.000 -624.07 wall-Stair Rm3/2 -0.206 -36.93 Rm2 0.157 68.0 Floor Rm3/3 0.047 1.46 Floor Rm2/3 -0.030 -22.29 Floor Ambt -0.157 -21.45 wall-Int Rm3/2 0.065 12.40 Page 21 Neutral Conditions doors closed with wind.txt wall-Stair Stair6/2 0.271 70.65 Floor Stair6Passage/1 0.269 7.72 wall-znt Rm4/2 0.083 110.76 Floor Openspacel/1 0.064 6.87 Wall-Int Rm3/2 0.065 54.18 wall-Exterior Ambt -0.301 -49.48 Floor Ambt -0.157 -69.87 wall-Exterior Ambt -0. 301 -46. 57 Door-Sngl-Ext Ambt -0. 301 -44.00 Wall-Int Rml/2 -0.000 -10.37 Elevshortl 0.236 68.0 ElevShort�2 Elevshortl/3 -0.000 -332.62 Wall-Elevator Rml/2 -0.080 -10.11 Wall-Elevator Rml/2 -0.080 -13.08 ElevShort�l ElevShortl/1 0.000 705. 53 wall-5tair 5tair_1/2 0.209 17.26 �oor-Elev Rml/2 -0.080 -366.99 Stair_1 0.445 68.0 200_Stair_11. 5 Stair_1/3 0.000 2405.42 wall-Stair Rml/2 -0.288 -17.33 wall-Stair Elevshortl/2 -0.209 -17.26 200_5tair�evl Stair_1/1 -0.000 -1951.94 wall-Stair Ambt -0.244 -18.66 wall-Stair Rml/2 -0.288 -20.29 wall-Stair Elevatorshort2/2 -0. 383 -23.38 Door-Stair Rml/2 -0.288 -335.29 Wall-Elevator Rml/2 -0.288 -21.27 Elevatorshort2 0.062 68.0 Floor Ambt -0.062 -1.79 Door-Elev Ambt -0.062 -324.14 wall-Stair Stair_1/2 0. 383 23.38 ElevShort2_�1 Elevatorshort2/1 0.000 273.82 wall-Elevator Ambt 0.139 17.28 wall-Elevator Rml/2 0.095 11.44 Rml 0.157 68.0 Floor Rm2/3 -0.029 -16.23 Floor Ambt -0.157 -8.03 Floor Entrancel/3 0.015 0.86 Floor Halll/3 0.080 5.02 Floor Rml/3 -0.146 -96.14 Floor Ambt -0.157 -16.06 Wall-Int Rm2/2 0.000 10.37 wall-Exterior Ambt -0.300 -21.32 Floor Rooml/1 -0.035 -25.38 �oor-Sngl-Ext Ambt -0.214 -35.28 Wall-Exterior Ambt -0.300 -12.22 wall-Elevator ElevShortl/2 0.080 10.11 wall-5tair 5tair_1/2 0.288 17.33 Wall-Exterior Ambt -0.214 -22.10 wall-Exterior Ambt -0.300 -95.25 wall-Elevator Elevshortl/2 0.080 13.08 Floor 5tairlPassage/1 0.279 50.00 �oor-Elev Elevshortl/2 0.080 366.99 wall-5tair 5tair_1/2 0.288 20.29 �oor-stair stair_1/2 0.288 335.29 wall-Elevator Stair_1/2 0.288 21.27 wall-Elevator Elevatorshort2/2 -0.095 -11.44 wall-Exterior Ambt -0.214 -23. 58 Door-Sngl-Ext Ambt -0.214 -35.28 wall-Exterior Ambt -0.300 -83.48 Floor Room2/1 -0.027 -24.46 wall-Exterior Ambt -0.300 -83.48 �oor-sngl-Ext Ambt -0. 300 -43.96 Page 22 Neutral Conditions doors closed with wind.txt �oor-Sngl-Ext Ambt -0. 300 -43.96 wall-Exterior Ambt -0.300 -31.27 wall-Exterior ambt -0.300 -31.27 wall-Exterior Ambt -0.214 -90.45 level : 3 elevation: 28.0 ft zone P T path from dP Flowl Flow2 Rm5 0.273 68.0 Floor Ambt -0.273 -14.14 Floor Suite2/4 -0.024 -4.21 Floor Rm17/4 -0.037 -7.80 wall-Exterior Ambt -0.072 -24.68 wall-Exterior Ambt -0.417 -31.70 wall-Exterior Ambt -0.07� -36.78 wall-znt OpenAreal/3 -0.041 -26.98 Floor Parking/2 -0.033 -18.09 wall-znt Entrance3/3 0.221 137.15 wall-Int Bathroom/3 -0.0�0 -17.30 Wall-Int Entrance2/3 0.000 0.28 �ouble_�oor_znt Entrance2/3 0.000 21.07 wall-Stair Stair_3/3 0.222 23.18 Entrance3 0.494 68.0 Floor Suite2/4 -0.245 -20.10 Door-Sngl-Ext Ambt -0.293 -43.25 wall-znt Rm5/3 -0.221 -137.15 Wall-Int Courtyard/3 -0.244 -117.42 Floor Parking/2 -0.255 -12.01 wall-5tair Stair_3/3 0.001 0.36 2by2opening Stair_3/3 0.001 329. 57 Entrance4 0. 526 68.0 Floor Suitel/4 -0.279 -21.44 Door-Sngl-Ext Ambt -0.325 -46.27 wall-znt Courtyard/3 -0.276 -124.88 wall-Int Rm6/3 -0.274 -124.29 Floor Parking/2 -0.287 -8.11 2by2opening Stair_4/3 0.001 324.63 wall-Stair Stair_4/3 0.001 0.35 Rm6 0.253 68.0 Floor Ambt -0.253 -10.20 Floor Suitel/4 -0.006 -0.64 Floor RmlS/4 -0.023 -17.35 wall-Exterior Ambt -0.051 -21.06 wall-Exterior Ambt -0.396 -28.67 wall-Exterior Ambt -0.051 -6.62 wall-Int Entrance4/3 0.274 124.29 wall-Int Rm7/3 -0.012 -53.15 Floor Parking/2 -0.013 -14.38 wall-5tair 5tair_4/3 0.275 50.07 wall-Elevator Elev_2/3 0.162 13. 57 Door-Sgle-Int. Ha113/3 -0.00� -30.30 wall-znt Ha113/3 -0.002 -5. 57 Rm7 0.241 68.0 Floor Ambt -0.241 -9.96 Floor Rm15/4 -0.011 -12.75 wall-Exterior ambt -0.040 -33.82 wall-Exterior Ambt -0.385 -16.72 wall-znt Rm6/3 0.012 53.15 wall-Int Rm8/3 -0.013 -50. 52 Floor Parking/2 -0.001 -6.70 Door-Sgle-Int. Ha113/3 0.009 60.62 wall-znt Ha113/3 0.009 16.71 Rm8 0.228 68.0 Floor Rm8/4 -0.006 -18.56 Page 23 Neutral Conditions doors closed with wind.txt Wall-Exterior Ambt -0.027 -17.28 Door-Sngl-Ext Ambt -0.371 -50.46 wall-znt Rm7/3 0.013 50. 52 wall-Exterior Ambt -0.371 -87.33 Floor Parking/2 0.012 23.72 Floor Rm15/2 0.029 0.58 wall-znt Rm9/3 -0.023 -40.16 Floor Rm15/2 0.029 3.47 wall-znt Ha113/3 0.023 22.78 Door-Sgle-Int. Ha113/3 0.023 93.83 wall-znt Ha113/3 0.023 18.88 Rm9 0.205 68.0 Floor Rm9/4 0.005 25.15 wall-Exterior Ambt -0.003 -125.04 wall-Exterior Ambt -0.003 -17. 56 Floor Parking/2 0.035 63.36 �oor-Sngl-Ext Ambt -0.003 -2.40 Wall-Exterior Ambt -0.003 -4.27 Floor RmlS/2 0.052 3.10 wall-Int Rm8/3 0.023 40.16 Floor Rm15/2 0.052 4.64 Floor Rm14/2 0.081 1.46 wall-Exterior ambt -0.262 -116.83 wall-znt Ha113/3 0.046 22.77 �oor-Sgle-znt. Ha113/3 0.046 133.43 wall-Int Entrance5/3 0.041 18.22 wall-Exterior Ambt -0.262 -27.17 wall-Exterior Ambt -0.262 -19.02 openAreal 0.233 68.0 Floor Rm18/4 -0.007 -8.78 Floor Rml7/4 0.004 4.10 Floor Ambt -0.233 -52.19 Floor Rml9/4 -0.068 -156.09 Floor Ambt -0.233 -52.19 Floor Rml8/4 -0.007 -4.00 Floor Ha112/4 0.017 7.02 Floor Rm16/4 -0.016 -7.02 Floor Rm20/4 -0.012 -39.41 wall-Exterior ambt -0.031 -55.43 Door-Sngl-Ext Ambt -0.031 -10.14 wall-Exterior Ambt -0.031 -10. 57 Door-Sngl-Ext Ambt -0.031 -10.12 wall-Exterior Ambt -0.031 -36.64 wall-Exterior Ambt -0.376 -40.69 wall-Exterior Ambt -0.031 -17.19 wall-Exterior Ambt -0.376 -18.98 wall-znt Rm5/3 0.041 26.98 wall-Int Bathroom/3 0.021 132.48 wall-Exterior Ambt -0. 376 -397.14 Floor Parking/2 0.007 123.80 wall-znt Ha112/3 0.042 34.92 Double_DOOr_Int Ha112/3 0.042 256.46 Floor Halll/2 0.065 2.11 wall-Int Ha112/3 0.042 77.97 wall-Stair Stair_2/3 0.242 68.17 wall-Exterior Ambt -0.290 -80.88 wall-znt Rm3/3 -0.029 -43.89 Door-Stair Stair_2/3 0.242 307.32 Bathroom 0.253 68.0 Floor Rm17/4 -0.017 -13.93 Floor Rm18/4 -0.027 -17.92 wall-znt openAreal/3 -0.021 -132.48 wall-znt Rm5/3 0.020 17.30 Page 24 Neutral Conditions doors closed with wind.txt Floor Parking/2 -0.014 -29.39 wall-Int Entrance2/3 0.020 32. 53 Wall-Int Ha112/3 0.021 7.18 Door-Sgle-Int. Ha112/3 0.021 91.22 wall-znt Ha112/3 0.021 45. 50 Entrance2 0.273 68.0 Floor Rml7/4 -0.037 -5.22 wall-Int Rm5/3 -0.000 -0.28 Double_DOOr_Int Rm5/3 -0.000 -21.07 Floor Parking/2 -0.034 -7.60 wall-znt Bathroom/3 -0.020 -32. 53 wall-5tair Stair_3/3 0.222 30.72 wall-Elevator Elev_1/3 0.143 12.74 wall-znt Ha112/3 0.001 1.16 Door-Sgle-Int. Ha112/3 0.001 22.08 Stair_3 0.495 68.0 233_Stair_11. 5 Stair_3/4 0.000 2220. 51 wall-Stair Rm5/3 -0.222 -23.18 wall-Stair Entrance3/3 -0.001 -0.36 2by2opening Entrance3/3 -0.001 -329.57 wall-Stair Entrance2/3 -0.222 -30.72 233_Stair_11. 5 Stair_3/2 -0.000 -1489.39 wall-stair Courtyard/3 -0.245 -32.30 wall-Stair Elev_1/3 -0.079 -16.60 wall-Stair Nonvest3/3 -0.220 -5.37 �oor-5tair Nonvest3/3 -0.220 -293.02 Stair_4 0. 527 68.0 233_Stair_11. 5 Stair_4/4 0.000 1609.33 2by2opening Entrance4/3 -0.001 -324.63 wall-Stair Entrance4/3 -0.001 -0.35 wall-Stair Rm6/3 -0.275 -50.07 wall-5tair Courtyard/3 -0.277 -34.34 233_stair_11. 5 Stair_4/2 -0.000 -1037.25 �oor-Stair-0.1 Nonvest4/3 -0.277 -136.86 wall-Stair Nonvest4/3 -0.277 -6.02 wall-Stair Elev_2/3 -0.112 -19.80 Elev_1 0.416 68.0 11. 5_Elevator Elev_1/4 0.000 2613.75 wall-Stair stair_3/3 0.079 16.60 wall-Elevator Entrance2/3 -0.143 -12.74 11. 5_Elevator Elev_1/2 -0.000 -1626.45 wall-Elevator Nonvest3/3 -0.141 -12.67 Door-Elev Ha112/3 -0.141 -489.24 Door-Elev Ha112/3 -0.141 -489.24 Nonvest3 0.�75 68.0 Floor Nonvest3/4 -0.025 -1.21 wall-Stair Stair_3/3 0.220 5.37 Door-Stair Stair_3/3 0.220 293.02 Floor Nonvest3/2 0.033 1.39 wall-Elevator Elev_1/3 0.141 12.67 wall-znt Courtyard/3 -0.025 -10.34 wall-znt Ha112/3 -0.000 -0.46 Missing�oor Ha112/3 -0.000 -300.44 Nonvest4 0.250 68.0 Floor Nonvest4/4 -0.006 -0. 57 Door-Stair-0.1 Stair_4/3 0.277 136.86 wall-Stair Stair_4/3 0.277 6.02 Floor Nonvest4/2 0.060 1.86 wall-znt Courtyard/3 -0.000 -1.15 wall-Elevator Elev_2/3 0.164 13.67 Missing�oor Ha113/3 -0.000 -156.40 wall-znt Ha113/3 -0.000 -0.28 Page 25 Neutral Conditions doors closed with wind.txt Elev_2 0.415 68.0 11. 5_Elevator Elev_2/4 0.000 2664.27 wall-Stair Stair_4/3 0.112 19.80 wall-Elevator Nonvest4/3 -0.164 -13.67 11. 5_Elevator Elev_2/2 -0.000 -1601.98 wall-Elevator Rm6/3 -0.162 -13. 57 �oor-Elev Ha113/3 -0.164 -527.43 �oor-Elev Ha113/3 -0.164 -527.43 Ha112 0.275 68.0 Floor Ha112/4 -0.025 -10.77 Floor Rm16/4 -0.058 -19. 53 Floor Ha112/4 -0.025 -1.66 wall-Int Bathroom/3 -0.021 -7.18 �oor-Sgle-znt. Bathroom/3 -0.021 -91.22 wall-Int Bathroom/3 -0.021 -45. 50 wall-znt Entrance2/3 -0.001 -1.16 �oor-5gle-znt. Entrance2/3 -0.001 -22.08 Door-Elev Elev_1/3 0.141 489.24 Door-Elev Elev_1/3 0.141 489.24 wall-znt Nonvest3/3 0.000 0.46 Missing�oor Nonvest3/3 0.000 300.44 Floor Ha112/2 0.033 10.69 �ouble_�oor_znt Courtyard/3 -0.025 -196.11 �oor-Sgle-znt. Rm4/3 -0.045 -131.73 wall-Int Rm4/3 -0.045 -39.77 �oor-Sgle-znt. Rm4/3 -0.045 -131.73 wall-Int Rm4/3 -0.045 -4.32 wall-znt OpenAreal/3 -0.042 -34.92 Floor Parking/2 -0.035 -6.33 �ouble_�oor_znt openAreal/3 -0.042 -256.46 wall-Int Rm4/3 -0.045 -151.29 wall-znt OpenAreal/3 -0.042 -77.97 Floor 2_Storystairl/2 -0.035 -0. 51 Floor Parking/2 -0.035 -1.90 Door-Sgle-Int. Rm4/3 -0.045 -131.73 wall-Stair Stair_2/3 0.200 19.35 Floor Halll/2 0.023 3.09 Floor Rm5/2 -0.035 -1.26 Door-Stair Stair_2/3 0.200 279.29 Wall-Int Rm4/3 -0.045 -60.22 Door-Sgle-Int. Rm3/3 -0.071 -166.47 Ha113 0.250 68.0 Floor Ha113/4 -0.006 -11.84 MissingDOOr Nonvest4/3 0.000 156.40 wall-Int Nonvest4/3 0.000 0.28 Door-Elev Elev_2/3 0.164 527.43 �oor-Elev Elev_2/3 0.164 527.43 �oor-sgle-znt. Rm6/3 0.002 30.30 wall-Int Rm6/3 0.002 5.57 �oor-Sgle-znt. Rm7/3 -0.009 -60.62 wall-Int Rm7/3 -0.009 -16.71 wall-znt Rm8/3 -0.023 -22.78 Door-Sgle-Int. Rm8/3 -0.023 -93.83 wall-znt Rm8/3 -0.023 -18.88 wall-Int Rm9/3 -0.046 -22.77 �oor-Sgle-znt. Rm9/3 -0.046 -133.43 �ouble_�oor_znt Courtyard/3 -0.000 -19.20 Floor Ha113/2 0.060 6.63 Floor Ha114/2 0.057 12.42 Double_DOOr_Int Entrance5/3 -0.005 -86.69 wall-Int Rm12/3 -0.025 -7.82 �oor-sgle-znt. Rml2/3 -0.025 -99.33 wall-Int Rm12/3 -0.025 -29.99 �oor-sgle-znt. Rml2/3 -0.025 -99.33 Page 26 Neutral Conditions doors closed with wind.txt wall-znt Rml2/3 -0.025 -65.19 Door-Sgle-Int. Rm12/3 -0.025 -99.33 Floor RmlS/2 0.007 2.22 wall-Int Rm10/3 -0.043 -47.57 Floor Rm14/2 0.035 1.27 wall-Int Rm12/3 -0.025 -70.40 �oor-Sgle-znt. Rm10/3 -0.043 -129.45 Door-Sgle-Int. Rm12/3 -0.025 -99.33 wall-znt Rm10/3 -0.043 -63.88 Floor Rm13/2 0.056 9. 58 wall-znt Rm12/3 -0.025 -9.13 Door-Sgle-Int. Rm10/3 -0.043 -129.45 �oor-Stair Stair_5/3 0.193 274.42 wall-Stair Stair_5/3 0.193 28.98 wall-znt Rmll/3 -0.049 -7.28 Door-Sgle-Int. Rmll/3 -0.049 -138.69 Entrance5 0.245 68.0 wall-Int Rm9/3 -0.041 -18.22 �ouble_�oor_znt Ha113/3 0.005 86.69 Floor Rm15/2 0.012 0.49 Floor Rml4/2 0.040 0.92 Floor Parking/2 -0.006 -0.26 �oor_�ouble_Ext ambt -0. 389 -52.02 wall-Int Rm10/3 -0.038 -17.61 Rm4 0.230 68.0 Floor Rm16/4 -0.013 -70.46 �oor-Sgle-znt. Ha112/3 0.045 131.73 wall-znt Ha112/3 0.045 39.77 �oor-Sgle-znt. Ha112/3 0.045 131.73 wall-znt Ha112/3 0.045 4.32 Floor Rm8/2 0.041 35.52 wall-Int Courtyard/3 0.020 32.04 Floor Ha112/2 0.078 11.33 wall-znt Ha112/3 0.045 151.29 wall-Exterior ambt -0.288 -56.93 Floor Rm7/2 -0.001 -0.21 Floor 2_StoryStairl/2 0.009 2.61 Door-Sgle-Int. Ha112/3 0.045 131.73 wall-Exterior ambt -0.374 -129.81 wall-Exterior Ambt -0.374 -120.07 wall-znt Courtyard/2 0.020 32.04 wall-znt Ha112/3 0.045 60.22 Floor Rm6/2 0.010 9.42 Floor Halll/2 0.068 3. 52 Floor Rm7/2 -0.001 -3.15 wall-Int Rm3/3 -0.027 -9.68 Floor Rm5/2 0.010 12.10 Door-Sngl-Ext Ambt -0.230 -36.98 Door-Sngl-Ext Ambt -0.288 -42.74 Wall-Exterior Ambt -0.288 -108.17 wall-Exterior ambt -0.288 -49.33 Door-Sngl-Ext Ambt -0.288 -42.74 wall-Exterior ambt -0.288 -37.94 Door-Sngl-Ext Ambt -0.288 -42.74 wall-Exterior ambt -0.288 -38.43 Rml2 0.225 68.0 Floor Rml2/4 -0.015 -87.68 wall-znt Ha113/3 0.025 7.82 �oor-Sgle-znt. Ha113/3 0.025 99.33 wall-znt Ha113/3 0.025 29.99 �oor-Sgle-znt. Ha113/3 0.025 99.33 wall-znt Ha113/3 0.025 65.19 �oor-sgle-znt. Ha113/3 0.025 99.33 Page 27 Neutral Conditions doors closed with wind.txt wall-znt Courtyard/3 0.025 36.01 Floor Office/2 0.061 83.30 wall-znt Ha113/3 0.025 70.40 Floor Ha114/2 0.082 15.48 �oor-Sgle-znt. Ha113/3 0.025 99.33 wall-znt Ha113/3 0.025 9.13 Floor Rm9/2 0.017 14.92 Floor Rm10/2 0.032 24.13 wall-Exterior Ambt -0.282 -62.05 wall-Int Courtyard/2 0.025 36.01 wall-Stair Stair_5/3 0.219 15.09 wall-Exterior Ambt -0.369 -135.34 wall-Exterior Ambt -0.369 -135.34 wall-Int Rmll/3 -0.024 -16.20 Floor Rm10/2 0.032 3.62 Floor Rmll/2 0.045 11.48 �oor-Sngl-Ext Ambt -0.282 -42.23 Wall-Exterior Ambt -0.282 -107.18 �oor-Sngl-Ext Ambt -0.282 -42.23 Door-Sngl-Ext Ambt -0.282 -42.23 Wall-Exterior Ambt -0.282 -107.18 Door-Sngl-Ext Ambt -0.282 -42.23 Courtyard 0.250 68.0 Floor Suite2/4 -0.001 -8. 51 Floor Suitel/4 -0.003 -14.87 Wall-Exterior Ambt -0.049 -74.78 Wall-Int Entrance3/3 0.244 117.42 wall-Int Entrance4/3 0.276 124.88 Floor Parking/2 -0.010 -20.63 wall-Stair Stair_3/3 0.�45 32.30 wall-Stair Stair_4/3 0.277 34.34 wall-Int Nonvest3/3 0.025 10.34 wall-znt Nonvest4/3 0.000 1.15 Double_DOOr_Int Ha112/3 0.0�5 196.11 Floor Ha112/2 0.058 16.31 Double_DOOr_Int Ha113/3 0.000 19.20 wall-znt Rm4/3 -0.020 -32.04 Floor Private/2 0.034 24.69 Floor Private/2 0.034 15.04 Floor Bathrooml/2 0.054 2.36 wall-znt Rml2/3 -0.025 -36.01 Phantom_Connect Courtyard/2 -0.000 -407.31 Rm10 0.207 68.0 Floor Rm10/4 -0.004 -18.51 wall-znt Entrance5/3 0.038 17.61 wall-Exterior Ambt -0.351 -37.73 wall-Int Ha113/3 0.043 47. 57 Floor Rm15/2 0.050 3.02 wall-Exterior Ambt -0.006 -213.89 Floor Rm14/2 0.078 7.57 �oor-Sgle-znt. Ha113/3 0.043 129.45 Floor Rm13/2 0.099 15.85 Floor Parking/2 0.032 36. 53 Floor 2_Storystair2/2 0.004 0.85 wall-Exterior ambt -0.351 -57.63 wall-znt Ha113/3 0.043 63.88 wall-Exterior Ambt -0.265 -18.65 Door-Sgle-Int. Ha113/3 0.043 129.45 wall-Exterior Ambt -0.351 -64.46 Floor Ha115/2 0.227 1.61 wall-Exterior Ambt -0.265 -42. 55 Stair_2 0.475 68.0 200_Stair_11. 5 Stair_2/4 0.000 2353.39 Page 28 Neutral Conditions doors closed with wind.txt wall-Stair OpenAreal/3 -0.242 -68.17 200_Stair_11. 5 Stair_2/2 -0.000 -1662.44 wall-Stair Ha112/3 -0.200 -19.35 �oor-Stair OpenAreal/3 -0.242 -307.32 �oor-Stair Ha112/3 -0.200 -279.29 wall-Stair Rm3/3 -0.271 -16.81 Stair_5 0.444 68.0 200_Stair_11. 5 Stair_5/4 0.000 2897.03 �oor-Stair Ha113/3 -0.193 -274.42 wall-5tair Ha113/3 -0.193 -28.98 wall-Stair Rm12/3 -0.219 -15.09 200_Stair_11. 5 Stair_5/2 -0.000 -2218.09 Door-Stair Rmll/3 -0.243 -307.47 wall-Stair Rmll/3 -0.243 -52.98 Rmll 0.201 68.0 Floor Rmll/4 -0.009 -36.40 wall-znt Ha113/3 0.049 7.28 Door-Sgle-Int. Ha113/3 0.049 138.69 Floor Parking/2 0.039 2.66 Door-Stair Stair_5/3 0.243 307.47 wall-Stair Stair_5/3 0.243 52.98 wall-Int Rm12/3 0.024 16.20 Floor Rmll/2 0.069 3.55 Floor Ha115/2 0.234 65.37 Floor Parking/2 0.039 2.66 wall-Exterior Ambt -0.345 -63.87 Floor Rm12/2 0.021 29.88 wall-Exterior Ambt -0.258 -51.26 wall-Exterior Ambt -0.345 -71.66 wall-Exterior Ambt -0.258 -13.49 �oor-sngl-Ext Ambt -0.258 -39.86 wall-Exterior Ambt -0.258 -32.37 wall-Exterior Ambt -0. 345 -178.37 wall-Exterior Ambt -0.345 -77.89 wall-Exterior ambt -0.258 -61. 59 Rm3 0.204 68.0 Floor Rm3/4 -0.010 -41.09 Floor Rm3/4 -0.010 -0.69 wall-znt OpenAreal/3 0.029 43.89 wall-Exterior Ambt -0.347 -11.26 wall-Stair Stair_2/3 0.271 16.81 Door-Sgle-Int. Ha112/3 0.071 166.47 �oor-Sngl-Ext Ambt -0.347 -48.31 Floor Rm5/2 0.036 7.75 wall-znt Rm4/3 0.027 9.68 wall-Exterior Ambt -0.347 -87. 58 wall-Exterior Ambt -0. 347 -87. 58 wall-Exterior Ambt -0.002 -3.40 wall-Exterior Ambt -0. 347 -20.02 Floor Rm3/2 0.018 34.38 Floor Rm4/2 0.036 26.12 Door-Sngl-Ext Ambt -0.347 -48.31 �oor-Sngl-Ext ambt -0.347 -48.31 wall-Exterior Ambt -0.347 -27.12 wall-Exterior Ambt -0.347 -51.61 Floor Rm2/2 -0.047 -1.46 �oor-Stair Stair6/3 0.225 295.94 wall-5tair 5tair6/3 0.225 10.45 wall-Exterior Rm2/3 -0.076 -33.73 Door-Sngl-Ext Ambt -0.347 -48.31 wall-Stair Stair6/3 0.225 38. 53 wall-Exterior Ambt -0.347 -28.15 wall-Exterior Ambt -0.261 -32. 54 Page 29 Neutral Conditions doors closed with wind.txt wall-znt Rm2/3 -0.076 -30. 57 Stair6 0.428 68.0 200_Stair_11. 5 Stair6/4 0.000 1421.80 Door-Stair Rm3/3 -0.225 -295.94 wall-Stair Rm3/3 -0.225 -10.45 200_Stair_11. 5 Stair6/2 -0.000 -1015.34 wall-stair Rm3/3 -0.225 -38.53 wall-Stair Rm2/3 -0.301 -61.55 Rm2 0.127 68.0 Floor Rm21/4 0.033 53.25 wall-Exterior Rm3/3 0.076 33.73 Floor Rm4/2 0.113 2.27 wall-Exterior Ambt -0.271 -17.13 wall-Stair Stair6/3 0. 301 61. 55 �oor-Sngl-Ext Ambt -0.271 -41.11 wall-Exterior Ambt -0.271 -18.43 wall-znt Rm3/3 0.076 30. 57 wall-Exterior Ambt -0.185 -12.16 wall-Exterior ambt -0.271 -24.86 Floor Rm2/2 0.030 22.29 Wall-Exterior Ambt -0.271 -22.10 Door-Sngl-Ext Ambt -0.271 -41.11 Door-Sngl-Ext Ambt -0.271 -41.11 wall-Exterior Ambt -0.271 -27.63 Floor Rml/2 0.029 16.23 wall-Exterior Ambt -0.271 -49.73 Door-Sngl-Ext Ambt -0.271 -41.11 wall-Exterior Ambt -0.271 -27.63 wall-Elevator Elevshortl/3 0.109 11.83 wall-Stair Stair_1/3 0. 318 18.20 wall-znt Rml/3 -0.116 -17.89 �oor-5gle-znt. Entrancel/3 0.045 132.08 Elevshortl 0.236 68.0 ElevShort�4 Elevshortl/4 -0.000 -364.93 wall-Elevator Rm2/3 -0.109 -11.83 wall-Stair Entrancel/3 -0.064 -9. 57 Elevshort�2 Elevshortl/2 0.000 332.62 wall-5tair 5tair_1/3 0.209 17.27 Door-Elev Halll/3 0.001 36.44 Entrancel 0.172 68.0 Floor Rm21/4 -0.011 -0.73 Door-Sgle-Int. Rm2/3 -0.045 -132.08 wall-Stair Elevshortl/3 0.064 9. 57 wall-Int Rml/3 -0.161 -35.09 Floor Rml/2 -0.015 -0.86 Door-Sgle-Int. Halll/3 0.065 159.19 Stair_1 0.445 68.0 200_Stair_11. 5 Stair_1/4 0.000 2821.00 wall-Stair Rm2/3 -0.318 -18.20 wall-Stair Elevshortl/3 -0.209 -17.27 200_Stair_11. 5 Stair_1/2 -0.000 -2405.42 wall-Stair Ambt -0. 589 -62.38 wall-Stair Halll/3 -0.208 -11.49 Door-Stair Halll/3 -0.208 -284.96 wall-stair Rml/3 -0.434 -21.27 Halll 0.237 68.0 Floor Rm21/4 -0.076 -4.90 �oor-5gle-znt. Entrancel/3 -0.065 -159.19 �oor-Elev Elevshortl/3 -0.001 -36.44 wall-5tair Stair_1/3 0.208 11.49 wall-znt Rml/3 -0.226 -49.01 Floor Rml/2 -0.080 -5.02 �oor-Stair Stair_1/3 0.208 284.96 Page 30 Neutral Conditions doors closed with wind.txt wall-znt Rml/3 -0.226 -41.88 Rml 0.011 68.0 Floor Ambt -0.011 -0.71 Floor Rm21/4 0.150 65.64 wall-znt Rm2/3 0.116 17.89 wall-Exterior Ambt -0.155 -8.35 wall-znt Entrancel/3 0.161 35.09 Door-Sngl-Ext Ambt -0.155 -28. 56 wall-znt Halll/3 0.226 49.01 wall-Exterior Ambt -0.155 -20.87 wall-znt Halll/3 0.226 41.88 wall-5tair Stair_1/3 0.434 21.27 wall-Exterior Ambt -0.068 -8.89 wall-Exterior Ambt -0.155 -85. 58 Floor Rml/2 0.146 96.14 wall-Exterior Ambt -0.155 -90. 59 wall-Exterior Ambt -0.068 -19.21 Door-Sngl-Ext Ambt -0.068 -16.81 wall-Exterior ambt -0.068 -11.11 Door-Sngl-Ext Ambt -0.068 -16.81 wall-Exterior ambt -0.068 -19.44 level : 4 elevation: 39. 5 ft zone P T path from dP Flowl Flow2 Rml9 0.165 68.0 Floor Rm19/5 -0.018 -80.67 wall-Exterior Ambt 0.036 37.43 wall-Exterior Ambt -0.309 -112.03 wall-Exterior Ambt -0.309 -175.41 Floor OpenAreal/3 0.068 156.09 wall-znt Rml8/4 0.061 63. 59 Door-Sgle-Int. Ambt -0.165 -253.51 Door-Sgle-Int. Ha112/4 0.084 181.47 wall-Exterior Ambt -0.309 -13.27 wall-Exterior Ambt -0.222 -20.85 Door-Sgle-Int. Ha112/4 0.084 181.47 wall-Exterior Ambt -0.309 -11.79 Wall-Int Rm20/4 0.056 47.47 Rm8 0.222 68.0 Floor Rm8/5 -0.003 -13. 59 wall-Exterior Ambt -0.020 -15.16 Door-Sngl-Ext Ambt -0.365 -49.92 Wall-Int Rm15/4 0.008 40.10 wall-Exterior Ambt -0.365 -86.60 Floor Rm8/3 0.006 18. 56 wall-Int Rm9/4 -0.012 -29.39 wall-Int Ha113/4 0.023 22.87 Door-Sgle-Int. Ha113/4 0.023 94.18 wall-znt Ha113/4 0.023 18.95 Rm9 0.209 68.0 Floor Rm9/5 -0.000 -5.74 Floor Rm9/5 -0.000 -0.10 wall-Exterior ambt -0.008 -191.63 wall-Exterior Ambt -0.008 -26.90 Floor Rm9/3 -0.005 -25.15 Door-Sngl-Ext Ambt -0.008 -4.17 wall-Exterior Ambt -0.008 -6. 54 wall-Int Rm8/4 0.012 29.39 wall-Exterior Ambt -0.267 -117.85 wall-znt Ha113/4 0.035 19.96 �oor-Sgle-znt. Ha113/4 0.035 117.01 Double_DOOr_Int Ha113/4 0.035 234.01 Floor Ambt -0.209 -3.09 Page 31 Neutral Conditions doors closed with wind.txt wall-Exterior Ambt -0.267 -19.19 RmlS 0.230 68.0 Floor RmlS/5 -0.004 -7.30 Floor Rm15/5 -0.004 -7.73 wall-Exterior ambt -0.029 -28.76 wall-Exterior Ambt -0.374 -34.06 Door-Sngl-Ext Ambt -0.374 -50.65 wall-Exterior Ambt -0.374 -38.93 wall-Exterior Ambt -0.029 -6.29 Door-Sngl-Ext Ambt -0.029 -9. 55 wall-Exterior Ambt -0.029 -8.99 Wall-Int Rm8/4 -0.008 -40.10 wall-Int Suitel/4 0.017 24.68 Floor Rm6/3 0.023 17.35 Floor Rm7/3 0.011 12.75 wall-5tair 5tair_4/4 0.297 50. 56 wall-Elevator Elev_2/4 0.185 14.49 Door-Sgle-Int. Ha113/4 0.014 75.09 wall-Int Ha113/4 0.014 37.45 Rm18 0.226 68.0 Floor Rm18/5 -0.006 -8.69 Floor Rm18/5 -0.006 -3.96 Floor Rm18/5 -0.006 -8.69 wall-Exterior Ambt -0.025 -4. 59 �oor-Sngl-Ext Ambt -0.025 -8.68 wall-Exterior Ambt -0.025 -18.79 wall-Exterior Ambt -0.370 -88.73 Floor OpenAreal/3 0.007 8.78 wall-Int Rm17/4 0.010 45.08 wall-Exterior Ambt -0.025 -12.25 wall-znt Rml9/4 -0.061 -63.59 Floor OpenAreal/3 0.007 4.00 Floor Bathroom/3 0.027 17.92 wall-znt Ha112/4 0.023 25.70 Door-Sgle-Int. Ha112/4 0.023 95. 51 wall-znt Ha112/4 0.023 21.00 Rm17 0.236 68.0 Floor Rm17/5 -0.005 -4.93 Floor Rml7/5 -0.005 -7.74 Floor Rm17/5 -0.005 -1.97 Floor Rml7/5 -0.005 -2.96 wall-Exterior Ambt -0.035 -41.20 Floor OpenAreal/3 -0.004 -4.10 wall-Exterior Ambt -0.380 -65.42 �oor-Sngl-Ext Ambt -0.035 -10.87 wall-Exterior Ambt -0.035 -6.95 �oor-sngl-Ext Ambt -0.035 -10.87 wall-Exterior Ambt -0.035 -9.93 wall-znt Suite2/4 0.013 21.25 Wall-Int Rm18/4 -0.010 -45.08 Floor Bathroom/3 0.017 13.93 Floor Entrance2/3 0.037 5.22 Floor Rm5/3 0.037 7.80 wall-5tair 5tair_3/4 0.259 45.01 wall-Elevator Elev_1/4 0.180 14.30 wall-znt Ha112/4 0.013 22. 55 Door-Sgle-Int. Ha112/4 0.013 71. 59 wall-znt Ha112/4 0.013 10.34 Suite2 0.249 68.0 Floor Suite2/5 -0.004 -5.25 Floor Suite2/5 -0.004 -1.75 Floor Suite2/5 -0.004 -2.62 Floor suite2/5 -0.004 -16.30 Page 32 Neutral Conditions doors closed with wind.txt wall-Exterior Ambt -0.048 -31.30 wall-Exterior Ambt -0.393 -61. 52 wall-Exterior ambt -0.048 -6.76 Door-Sngl-Ext Ambt -0.048 -13.29 �oor-Sngl-Ext ambt -0.048 -13.29 Floor Ambt -0.�49 -40.49 wall-Exterior ambt -0.393 -45.46 Floor Rm5/3 0.024 4.21 Floor Entrance3/3 0.245 20.10 Floor Courtyard/3 0.001 8. 51 wall-Int Rm17/4 -0.013 -21.25 wall-Int Suitel/4 -0.002 -28.44 �oor-Stair Stair_3/4 0.246 309.95 wall-Stair Stair_3/4 0.�46 29. 54 wall-znt Nonvest3/4 0.001 1.69 Double_DOOr_Int Ha112/4 0.000 26.20 wall-znt Rml6/4 -0.032 -8.22 Door-Sngl-Ext Ambt -0.306 -44. 53 wall-Exterior ambt -0.306 -59.72 suitel 0.247 68.0 Floor suitel/5 -0.003 -4.12 Floor Suitel/5 -0.003 -2.06 Floor suitel/5 -0.003 -0.43 Floor Suitel/5 -0.003 -13.73 wall-Exterior Ambt -0.046 -30.68 wall-Exterior Ambt -0.391 -61.37 Floor Ambt -0.247 -40.34 Door-Sngl-Ext Ambt -0.046 -12.95 �oor-Sngl-Ext Ambt -0.046 -12.95 wall-Exterior Ambt -0.046 -6.62 wall-Exterior Ambt -0.391 -45.35 Floor Entrance4/3 0.279 21.44 Floor Rm6/3 0.006 0.64 Floor Courtyard/3 0.003 14.87 wall-Int RmlS/4 -0.017 -24.68 wall-Int Suite2/4 0.002 28.44 �oor-Stair Stair_4/4 0.280 330. 50 wall-5tair 5tair_4/4 0.280 39.99 wall-znt Nonvest4/4 -0.002 -3.23 Double_DOOr_Int Ha113/4 -0.003 -64.65 wall-Int Rml2/4 -0.037 -8.84 wall-Exterior Ambt -0.305 -59. 54 Door-Sngl-Ext Ambt -0.305 -44.35 Stair_3 0.495 68.0 233_Stair_11. 5 Stair_3/5 0.000 936.83 wall-Stair Rm17/4 -0.259 -45.01 Door-Stair Suite2/4 -0.246 -309.95 233_Stair_11. 5 Stair_3/3 -0.000 -2220. 51 supply Stair3 n/a 1999.99 wall-Stair Suite2/4 -0.246 -29. 54 wall-Stair Elev_1/4 -0.079 -16.62 wall-Stair Nonvest3/4 -0.246 -5.67 �oor-Stair Nonvest3/4 -0.246 -309.53 Stair_4 0. 527 68.0 233_Stair_11. 5 Stair_4/5 0.000 388.21 �oor-Stair 5uitel/4 -0.280 -330. 50 wall-Stair RmlS/4 -0.297 -50.56 wall-5tair 5uitel/4 -0.280 -39.99 supply Stair4 n/a 1999.99 233_Stair_11. 5 Stair_4/3 -0.000 -1609.33 �oor-Stair Nonvest4/4 -0.283 -331.93 wall-Stair Nonvest4/4 -0.�83 -6.08 wall-Stair Elev_2/4 -0.113 -19.81 Page 33 Neutral Conditions doors closed with wind.txt Elev_1 0.416 68.0 11. 5_Elevator Elev_1/5 0.000 3687.79 wall-Stair Stair_3/4 0.079 16.62 wall-Elevator Rm17/4 -0.180 -14.30 11. 5_Elevator Elev_1/3 -0.000 -2613.75 wall-Elevator Nonvest3/4 -0.167 -13.76 Door-Elev Ha112/4 -0.167 -531.30 �oor-Elev Ha112/4 -0.167 -531.30 Nonvest3 0.250 68.0 Floor Nonvest3/5 -0.005 -0. 53 wall-Stair Stair_3/4 0.246 5.67 Door-Stair Stair_3/4 0.246 309. 53 Floor Nonvest3/3 0.025 1.21 wall-Elevator Elev_1/4 0.167 13.76 wall-znt suite2/4 -0.001 -1.69 wall-Int Ha112/4 -0.000 -0.49 Missing�oor Ha112/4 -0.000 -327.46 Nonvest4 0.245 68.0 Floor Nonvest4/5 -0.003 -0.39 Door-Stair Stair_4/4 0.283 331.93 wall-Stair Stair_4/4 0.283 6.08 Floor Nonvest4/3 0.006 0. 57 wall-znt suitel/4 0.002 3.23 wall-Elevator Elev_2/4 0.170 13.91 Missing�oor Ha113/4 -0.000 -354.82 wall-znt Ha113/4 -0.000 -0. 52 Elev_2 0.415 68.0 11. 5_Elevator Elev_2/5 0.000 3746.60 wall-Stair Stair_4/4 0.113 19.81 wall-Elevator Nonvest4/4 -0.170 -13.91 11. 5_Elevator Elev_2/3 -0.000 -2664.27 wall-Elevator Rm15/4 -0.185 -14.49 �oor-Elev Ha113/4 -0.170 -536.87 �oor-Elev Ha113/4 -0.170 -536.87 Ha112 0.249 68.0 Floor Ha112/5 -0.005 -3.81 Floor Ha112/5 -0.005 -4.76 Floor Ha112/5 -0.005 -0.73 Door-Sgle-Int. Rm19/4 -0.084 -181.47 wall-Int Rm18/4 -0.023 -25.70 �oor-Sgle-znt. Rml8/4 -0.023 -95. 51 wall-Int Rm18/4 -0.023 -21.00 wall-Int Rm17/4 -0.013 -22.55 Door-Sgle-Int. Rm17/4 -0.013 -71. 59 wall-Int Rm17/4 -0.013 -10.34 �oor-Elev Elev_1/4 0.167 531.30 �oor-Elev Elev_1/4 0.167 531.30 wall-Int Nonvest3/4 0.000 0.49 Missing�oor Nonvest3/4 0.000 327.46 Door-Sgle-Int. Rm19/4 -0.084 -181.47 Floor OpenAreal/3 -0.017 -7.02 Floor Ha112/3 0.025 10.77 �ouble_�oor_znt Suite2/4 -0.000 -26.20 wall-Int Rm20/4 -0.029 -23.20 �oor-Sgle-znt. Rm16/4 -0.033 -112.64 wall-Int Rm16/4 -0.033 -73.92 �oor-Sgle-znt. Rml6/4 -0.033 -112.64 wall-Int Rm16/4 -0.033 -34.00 �oor-Sgle-znt. Rm16/4 -0.033 -112.64 wall-Int Rm16/4 -0.033 -3.70 �oor-Sgle-znt. Rm20/4 -0.029 -105. 52 wall-Int Rm20/4 -0.029 -24.69 wall-znt Rml6/4 -0.033 -72.44 Page 34 Neutral Conditions doors closed with wind.txt �oor-Sgle-znt. Rm20/4 -0.029 -105. 52 Door-Sgle-Int. Rm16/4 -0.033 -112.64 wall-Stair Stair_2/4 0.226 20. 56 Floor Ha112/3 0.025 1.66 wall-znt Rm16/4 -0.033 -26.61 Door-Stair Stair_2/4 0.226 296.65 Door-Sgle-Int. Rm3/4 -0.056 -147.88 Ha113 0.244 68.0 Floor Ha113/5 -0.003 -7.87 Missing�oor Nonvest4/4 0.000 354.82 Wall-Int NonVest4/4 0.000 0. 52 �oor-Elev Elev_2/4 0.170 536.87 �oor-Elev Elev_2/4 0.170 536.87 Door-Sgle-Int. Rm15/4 -0.014 -75.09 wall-Int RmlS/4 -0.014 -37.45 wall-Int Rm8/4 -0.023 -22.87 Door-Sgle-Int. Rm8/4 -0.023 -94.18 wall-Int Rm8/4 -0.023 -18.95 wall-znt Rm9/4 -0.035 -19.96 Door-Sgle-Int. Rm9/4 -0.035 -117.01 �ouble_�oor_znt Suitel/4 0.003 64.65 Floor Ha113/3 0.006 11.84 �ouble_�oor_znt Rm9/4 -0.035 -234.01 wall-Int Rm12/4 -0.034 -9.12 �oor-Sgle-znt. Rml2/4 -0.034 -115.80 wall-Int Rm12/4 -0.034 -34.96 Door-Sgle-Int. Rm12/4 -0.034 -115.80 wall-Int Rm12/4 -0.034 -75.99 �oor-Sgle-znt. Rml2/4 -0.034 -115.80 Wall-Int Rm10/4 -0.041 -46.23 wall-Int Rml2/4 -0.034 -82.07 Door-Sgle-Int. Rm10/4 -0.041 -125.79 �oor-Sgle-znt. Rml2/4 -0.034 -115.80 Wall-Int Rm10/4 -0.041 -62.08 wall-Int Rml2/4 -0.034 -10.64 Door-Sgle-Int. Rm10/4 -0.041 -125.79 �oor-Stair Stair_5/4 0.200 278.90 wall-5tair 5tair_5/4 0.200 29.45 wall-znt Rmll/4 -0.053 -7.52 Door-Sgle-Int. Rmll/4 -0.053 -143.18 Rm12 0.210 68.0 Floor Rm12/5 -0.005 -49.18 wall-znt Ha113/4 0.034 9.12 Door-Sgle-Int. Ha113/4 0.034 115.80 wall-znt Ha113/4 0.034 34.96 Door-Sgle-Int. Ha113/4 0.034 115.80 wall-znt Ha113/4 0.034 75.99 Door-Sgle-Int. Ha113/4 0.034 115.80 Wall-Int Suitel/4 0.037 8.84 wall-znt Ha113/4 0.034 82.07 Floor Rml2/3 0.015 87.68 Door-Sgle-Int. Ha113/4 0.034 115.80 wall-znt Ha113/4 0.034 10.64 wall-Exterior Ambt -0.267 -60.38 wall-Exterior ambt -0.009 -27.72 wall-Stair 5tair_5/4 0.234 15.61 wall-Exterior Ambt -0. 354 -132. 55 wall-Exterior Ambt -0.354 -132. 55 Wall-Int Rmll/4 -0.018 -14.09 Door-Sngl-Ext Ambt -0.267 -40.76 wall-Exterior Ambt -0.267 -104.29 Door-Sngl-Ext Ambt -0.267 -40.76 �oor-sngl-Ext Ambt -0.267 -40.76 Page 35 Neutral Conditions doors closed with wind.txt wall-Exterior Ambt -0.267 -104.29 Door-Sngl-Ext Ambt -0.267 -40.76 Rm16 0.217 68.0 Floor Rm16/5 -0.007 -4.65 Floor Rm16/5 -0.007 -6.74 Floor Rm16/5 -0.007 -50.54 Floor Rm16/5 -0.007 -0.74 Door-Sgle-Int. Ha112/4 0.033 112.64 wall-znt Ha112/4 0.033 73.92 Door-Sgle-Int. Ha112/4 0.033 112.64 wall-znt Ha112/4 0.033 34.00 Door-Sgle-Int. Ha112/4 0.033 112.64 wall-znt Ha112/4 0.033 3.70 wall-Int Suite2/4 0.03� 8.22 Wall-Int Ha112/4 0.033 72.44 wall-Exterior Ambt -0.274 -55. 59 Floor OpenAreal/3 0.016 7.02 Floor Ha112/3 0.058 19. 53 Floor Rm4/3 0.013 70.46 Door-Sgle-Int. Ha112/4 0.033 112.64 wall-znt Ha112/4 0.033 26.61 wall-Exterior Ambt -0.361 -127.46 wall-Exterior ambt -0.361 -117.90 wall-Exterior Ambt -0.016 -36.91 wall-Int Rm3/4 -0.024 -9.12 Floor Ambt -0.217 -4.16 Door-Sngl-Ext Ambt -0.274 -41.44 wall-Exterior Ambt -0.274 -105.62 wall-Exterior Ambt -0.274 -48.17 Door-Sngl-Ext Ambt -0.274 -41.44 wall-Exterior Ambt -0.274 -37.05 Door-Sngl-Ext Ambt -0.274 -41.44 wall-Exterior Ambt -0.274 -37. 52 Rm20 0.221 68.0 Floor Rm20/5 -0.008 -32.15 wall-Int Rm19/4 -0.056 -47.47 wall-znt Ha112/4 0.029 23.20 wall-Exterior Ambt -0.365 -36.85 �oor-Sgle-znt. Ha112/4 0.029 105. 52 Wall-Exterior Ambt -0.020 -12.77 wall-Exterior Ambt -0. 365 -31.24 Door-Sgle-Int. Ambt -0.221 -293.37 wall-znt Ha112/4 0.029 24.69 wall-Exterior Ambt -0.365 -20.63 Floor OpenAreal/3 0.012 39.41 Door-Sgle-Int. Ha112/4 0.0�9 105. 52 wall-Exterior Ambt -0. 365 -86. 51 wall-5tair 5tair_2/4 0.254 69.84 wall-Exterior Ambt -0.278 -79.23 wall-Int Rm3/4 -0.028 -42.83 Door-Stair Stair_2/4 0.254 314.86 Rm10 0.204 68.0 Floor Rm10/5 -0.001 -8.59 wall-Exterior Ambt -0.348 -15.64 wall-znt Ha113/4 0.041 46.23 wall-Exterior Ambt -0.003 -138.47 �oor-Sgle-znt. Ha113/4 0.041 125.79 Floor Rm10/3 0.004 18. 51 wall-Exterior Ambt -0.348 -57.34 wall-Int Ha113/4 0.041 62.08 wall-Exterior Ambt -0.261 -18. 53 Door-Sgle-Int. Ha113/4 0.041 125.79 wall-Int Rmll/4 -0.012 -33.44 Page 36 Neutral Conditions doors closed with wind.txt wall-Exterior Ambt -0. 348 -64.13 wall-Exterior Ambt -0.261 -42.26 Stair_2 0.475 68.0 200_Stair_11. 5 Stair_2/5 0.000 1372.43 Wall-Stair Rm20/4 -0.254 -69.84 200_Stair_11. 5 Stair_2/3 -0.000 -2353.39 wall-stair Ha112/4 -0.226 -20. 56 Door-Stair Rm20/4 -0.254 -314.86 supply Stair2 n/a 1700.00 Door-Stair Ha112/4 -0.226 -296.65 Wall-Stair Rm3/4 -0.282 -17.14 Stair_5 0.444 68.0 200_Stair_11. 5 Stair_5/5 0.001 3588. 53 Door-Stair Ha113/4 -0.200 -278.90 wall-Stair Ha113/4 -0.200 -29.45 wall-Stair Rm12/4 -0.234 -15.61 200_stair_11. 5 Stair_5/3 -0.000 -2897.03 Door-Stair Rmll/4 -0.252 -313.51 wall-Stair Rmll/4 -0.252 -54.02 Rmll 0.192 68.0 Floor Rmll/5 -0.003 -20.83 wall-znt Ha113/4 0.053 7. 52 �oor-sgle-znt. Ha113/4 0.053 143.18 Door-Stair Stair_5/4 0.252 313. 51 wall-Stair Stair_5/4 0.252 54.02 Wall-Int Rm10/4 0.012 33.44 Wall-Int Rm12/4 0.018 14.09 Floor Rmll/3 0.009 36.40 wall-Exterior Ambt -0.336 -63.01 wall-Exterior Ambt -0.249 -50.34 wall-Exterior Ambt -0. 336 -70.70 wall-Exterior Ambt -0.249 -13.25 �oor-Sngl-Ext Ambt -0.249 -38.94 wall-Exterior Ambt -0.249 -31.79 wall-Exterior ambt -0.336 -175.97 wall-Exterior Ambt -0.336 -76.84 wall-Exterior ambt -0.249 -60.49 Rm3 0.193 68.0 Floor Rm3/5 -0.012 -45.09 Floor Rm3/5 -0.012 -0.76 wall-Int Rm20/4 0.028 42.83 wall-Exterior Ambt -0.337 -11.09 wall-Stair Stair_2/4 0.282 17.14 Door-Sgle-Int. Ha112/4 0.056 147.88 �oor-Sngl-Ext Ambt -0.337 -47.37 wall-Int Rm16/4 0.024 9.12 wall-Exterior Ambt -0. 337 -86.26 wall-Exterior Ambt -0.337 -86.26 wall-Exterior Ambt 0.008 6.15 wall-Exterior Ambt -0.337 -19.72 Floor Rm3/3 0.010 41.09 Door-Sngl-Ext Ambt -0.337 -47.37 �oor-Sngl-Ext ambt -0. 337 -47.37 wall-Exterior Ambt -0.337 -26.71 wall-Exterior ambt -0.337 -50.83 Floor Rm3/3 0.010 0.69 �oor-Stair Stair6/4 0.235 302.76 wall-5tair 5tair6/4 0.235 10.69 wall-Exterior Rm21/4 -0.033 -22.02 Door-Sngl-Ext Ambt -0.337 -47.37 wall-Stair Stair6/4 0.235 39.41 wall-Exterior Ambt -0.337 -27.73 wall-Exterior Ambt -0.251 -31.89 Page 37 Neutral Conditions doors closed with wind.txt wall-znt Rm21/4 -0.033 -19.96 Stair6 0.428 68.0 200_Stair_11. 5 Stair6/5 0.000 1005.74 Door-Stair Rm3/4 -0.235 -302.76 wall-Stair Rm3/4 -0.235 -10.69 Door-Stair Rm21/4 -0.268 -323.03 supply Stair6 n/a 1150.00 200_Stair_11. 5 Stair6/3 -0.000 -1421.80 wall-Stair Rm3/4 -0.235 -39.41 wall-Stair Rm21/4 -0.268 -58.04 Rm21 0.161 68.0 Floor Ambt -0.161 -116.76 Floor Ambt -0.161 -2.77 Floor Ambt -0.161 -7.10 Floor Ambt -0.161 -68.00 wall-Exterior Rm3/4 0.033 22.02 �oor-Stair Stair6/4 0.268 323.03 wall-Exterior Ambt -0.304 -18.15 wall-Stair Stair6/4 0.268 58.04 Door-Sngl-Ext Ambt -0.304 -44.34 wall-Exterior ambt -0. 304 -19. 53 wall-Int Rm3/4 0.033 19.96 wall-Exterior ambt -0.304 -25.39 Wall-Exterior Ambt -0.218 -13.21 Door-Sngl-Ext Ambt -0. 304 -44.34 wall-Exterior Ambt -0.304 -48.61 Floor Rm2/3 -0.033 -53.25 Wall-Exterior Ambt -0.304 -87.84 Door-Sngl-Ext Ambt -0.304 -44.34 wall-Elevator Elevshortl/4 0.076 9.85 wall-Stair Stair_1/4 0.285 17.23 wall-5tair Elevshortl/4 0.076 10.38 wall-Exterior Ambt -0. 304 -36.89 Floor Entrancel/3 0.011 0.73 �oor-Elev Elevshortl/4 0.076 357. 52 wall-Stair Stair_1/4 0.285 13.44 Floor Halll/3 0.076 4.90 Door-Stair Stair_1/4 0.285 333.34 Door-Sngl-Ext Ambt -0.304 -44.34 wall-Stair 5tair_1/4 0.285 17.23 wall-Exterior Ambt -0.218 -30.24 wall-Exterior Ambt -0.304 -29.28 Floor Rml/3 -0.150 -65.64 wall-Exterior Ambt 0.040 6.05 Door-Sngl-Ext Ambt -0.304 -44.34 wall-Exterior Ambt -0.304 -127.08 wall-Exterior Ambt -0. 304 -44.89 Door-Sngl-Ext Ambt -0.304 -44.34 wall-Exterior Ambt -0.218 -41.15 Door-Sngl-Ext Ambt -0.218 -35.71 wall-Exterior Ambt -0.218 -56.20 Elevshortl 0.236 68.0 Floor Ambt -0.236 -4.47 wall-Elevator Rm21/4 -0.076 -9.85 wall-stair Rm21/4 -0.076 -10.38 ElevShort�4 ElevShortl/3 0.000 364.93 wall-Stair Stair_1/4 0.210 17.29 Door-Elev Rm21/4 -0.076 -357. 52 Stair_1 0.446 68.0 Floor Ambt -0.446 -18.06 wall-Stair Rm21/4 -0.285 -17.23 200_Stair_11. 5 Stair_1/3 -0.000 -2821.00 wall-Stair ElevShortl/4 -0.210 -17.29 Page 38 Neutral Conditions doors closed with wind.txt wall-Stair Ambt -0. 590 -62.41 Wall-Stair Rm21/4 -0.285 -13.44 supply Stairl n/a 3300.00 Door-Stair Rm21/4 -0.285 -333.34 wall-Stair Rm21/4 -0.285 -17.23 level : 5 elevation: 51.0 ft zone P T path from dP Flowl Flow2 Rml9 0.147 68.0 Floor Rm19/6 -0.016 -75.18 wall-Exterior Ambt 0.054 45.80 wall-Exterior Ambt -0.291 -108.70 wall-Exterior Ambt -0.291 -170.20 Floor Rm19/4 0.018 80.67 wall-znt Rm18/5 0.073 69.38 Door-Sgle-Int. Ambt -0.147 -239.22 �oor-Sgle-znt. Ha112/5 0.098 195.05 Wall-Exterior Ambt -0.291 -12.87 wall-Exterior ambt -0.204 -19.98 Door-Sgle-Int. Ha112/5 0.098 195.05 wall-Exterior ambt -0.291 -11.44 wall-Int Rm20/5 0.066 51.64 Rm8 0.218 68.0 Floor Rm8/6 -0.004 -14.48 wall-Exterior Ambt -0.017 -13.89 Door-Sngl-Ext Ambt -0.362 -49.63 wall-znt Rm15/5 0.008 38.23 wall-Exterior Ambt -0.362 -86.22 Floor Rm8/4 0.003 13. 59 wall-Int Rm9/5 -0.009 -25. 53 wall-znt Ha113/5 0.023 23.19 Door-Sgle-Int. Ha113/5 0.023 95. 52 wall-znt Ha113/5 0.023 19.22 Rm9 0.209 68.0 Floor Rm9/6 -0.005 -26.37 Floor Rm9/6 -0.005 -0.48 Wall-Exterior Ambt -0.008 -188.72 wall-Exterior Ambt -0.008 -26. 50 Floor Rm9/4 0.000 5.74 Door-Sngl-Ext Ambt -0.008 -4.09 wall-Exterior Ambt -0.008 -6.44 wall-Int Rm8/5 0.009 25. 53 wall-Exterior Ambt -0.267 -117.80 wall-znt Ha113/5 0.033 19.28 �oor-Sgle-znt. Ha113/5 0.033 112.97 Double_DOOr_Int Ha113/5 0.033 225.95 Floor Rm9/4 0.000 0.10 wall-Exterior Ambt -0.267 -19.18 Rm15 0.226 68.0 Floor Rm15/6 -0.003 -6.60 Floor RmlS/6 -0.003 -6.99 wall-Exterior Ambt -0.025 -26.67 wall-Exterior ambt -0. 370 -33.88 Door-Sngl-Ext Ambt -0.370 -50.30 wall-Exterior ambt -0.370 -38.71 wall-Exterior Ambt -0.025 -5.83 �oor-Sngl-Ext Ambt -0.025 -8.66 wall-Exterior Ambt -0.025 -8.33 wall-znt Rm8/5 -0.008 -38.23 wall-Int Suitel/5 0.019 25.71 Floor Rm15/4 0.004 7.30 Floor Rm15/4 0.004 7.73 wall-Stair Stair_4/5 0. 301 50.90 Page 39 Neutral Conditions doors closed with wind.txt wall-Elevator Elev_2/5 0.189 14.65 Door-Sgle-Int. Ha113/5 0.016 78.66 wall-znt Ha113/5 0.016 39.23 Rm18 0.220 68.0 Floor Rm18/6 -0.006 -8.34 Floor Rm18/6 -0.006 -3.79 Floor Rm18/6 -0.006 -8.34 wall-Exterior Ambt -0.018 -3.95 �oor-Sngl-Ext Ambt -0.018 -7.13 wall-Exterior Ambt -0.018 -16.15 wall-Exterior Ambt -0.363 -87.95 Floor Rm18/4 0.006 8.69 wall-Int Rm17/5 0.011 47. 54 wall-Exterior Ambt -0.018 -10. 53 wall-znt Rml9/5 -0.073 -69.38 Floor Rm18/4 0.006 3.96 Floor Rml8/4 0.006 8.69 wall-znt Ha112/5 0.025 26. 51 �oor-Sgle-znt. Ha112/5 0.025 98. 51 wall-znt Ha112/5 0.025 21.66 Rm17 0.231 68.0 Floor Rm17/6 -0.007 -5.61 Floor Rml7/6 -0.007 -8.82 Floor Rm17/6 -0.007 -2.25 Floor Rml7/6 -0.007 -3.37 wall-Exterior Ambt -0.030 -37.96 Floor Rm17/4 0.005 4.93 wall-Exterior Ambt -0.375 -64.96 �oor-Sngl-Ext Ambt -0.030 -9.77 wall-Exterior Ambt -0.030 -6.40 �oor-sngl-Ext Ambt -0.030 -9.77 wall-Exterior Ambt -0.030 -9.15 wall-Int Suite2/5 0.014 22.16 Wall-Int Rm18/5 -0.011 -47.54 Floor Rml7/4 0.005 7.74 Floor Rm17/4 0.005 1.97 Floor Rm17/4 0.005 2.96 wall-5tair 5tair_3/5 0.265 45.47 wall-Elevator Elev_1/5 0.185 14. 51 wall-znt Ha112/5 0.013 22.85 �oor-Sgle-znt. Ha112/5 0.013 72. 53 wall-znt Ha112/5 0.013 10.47 Suite2 0.245 68.0 Floor Suite2/6 -0.006 -6.48 Floor Suite2/6 -0.006 -2.16 Floor Suite2/6 -0.006 -3.24 Floor suite2/6 -0.006 -20.12 wall-Exterior Ambt -0.044 -29.90 wall-Exterior Ambt -0. 388 -61.19 Wall-Exterior Ambt -0.044 -6.46 �oor-Sngl-Ext Ambt -0.044 -12. 52 Door-Sngl-Ext Ambt -0.044 -12. 52 Floor Suite2/4 0.004 5.25 wall-Exterior Ambt -0.388 -45.21 Floor Suite2/4 0.004 1.75 Floor Suite2/4 0.004 2.62 Floor Suite2/4 0.004 16.30 wall-Int Rm17/5 -0.014 -22.16 wall-Int Suitel/5 -0.000 -10.84 Door-Stair Stair_3/5 0.251 312. 59 wall-Stair Stair_3/5 0.251 29.79 wall-Int Nonvest3/5 -0.000 -0.68 Double_DOOr_Int Ha112/5 -0.000 -22.81 Page 40 Neutral Conditions doors closed with wind.txt wall-znt Rml6/5 -0.035 -8. 56 Door-Sngl-Ext Ambt -0.302 -44.13 wall-Exterior ambt -0.302 -59.31 suitel 0.244 68.0 Floor suitel/6 -0.005 -5.91 Floor Suitel/6 -0.005 -2.95 Floor Suitel/6 -0.005 -0.62 Floor Suitel/6 -0.005 -19.69 wall-Exterior Ambt -0.043 -29.80 wall-Exterior Ambt -0.388 -61.17 Floor Suitel/4 0.003 4.12 Door-Sngl-Ext Ambt -0.043 -12.47 Door-Sngl-Ext Ambt -0.043 -12.47 wall-Exterior Ambt -0.043 -6.43 wall-Exterior Ambt -0. 388 -45.20 Floor Suitel/4 0.003 2.06 Floor Suitel/4 0.003 0.43 Floor Suitel/4 0.003 13.73 wall-znt RmlS/5 -0.019 -25.71 wall-Int 5uite2/5 0.000 10.84 �oor-Stair Stair_4/5 0.283 332.02 wall-5tair 5tair_4/5 0.283 40.17 wall-znt Nonvest4/5 -0.002 -3.26 Double_DOOr_Int Ha113/5 -0.003 -65.21 wall-znt Rml2/5 -0.039 -9.09 wall-Exterior Ambt -0.302 -59.29 Door-Sngl-Ext Ambt -0.302 -44.11 Stair_3 0.495 68.0 233_Stair_11. 5 Stair_3/6 -0.000 -340.30 wall-Stair Rm17/5 -0.265 -45.47 Door-Stair Suite2/5 -0.251 -312. 59 233_Stair_11. 5 Stair_3/4 -0.000 -936.83 supply Stair3 n/a 1999.99 wall-Stair Suite2/5 -0.251 -29.79 wall-Stair Elev_1/5 -0.079 -16.62 wall-Stair Nonvest3/5 -0.251 -5.73 �oor-Stair Nonvest3/5 -0.251 -312.65 stair_4 0. 527 68.0 233_stair_11. 5 Stair_4/6 -0.000 -579.31 �oor-Stair 5uitel/5 -0.283 -332.02 wall-Stair RmlS/5 -0.301 -50.90 wall-5tair 5uitel/5 -0.283 -40.17 supply Stair4 n/a 1750.00 233_Stair_11. 5 Stair_4/4 -0.000 -388.21 Door-Stair Nonvest4/5 -0.285 -333.47 wall-Stair Nonvest4/5 -0.�85 -6.11 wall-Stair Elev_2/5 -0.113 -19.81 Elev_1 0.416 68.0 11. 5_Elevator Elev_1/6 0.000 4777.92 wall-Stair Stair_3/5 0.079 16.62 wall-Elevator Rml7/5 -0.185 -14. 51 11. 5_Elevator Elev_1/4 -0.000 -3687.79 wall-Elevator Nonvest3/5 -0.172 -13.97 Door-Elev Ha112/5 -0.172 -539.14 �oor-Elev Ha112/5 -0.172 -539.14 Nonvest3 0.245 68.0 Floor Nonvest3/6 -0.008 -0.67 wall-5tair 5tair_3/5 0.251 5.73 �oor-Stair Stair_3/5 0.251 312.65 Floor Nonvest3/4 0.005 0. 53 wall-Elevator Elev_1/5 0.172 13.97 wall-Int Suite2/5 0.000 0.68 wall-Int Ha112/5 -0.000 -0.49 Page 41 Neutral Conditions doors closed with wind.txt Missing�oor Ha112/5 -0.000 -332.39 Nonvest4 0.242 68.0 Floor Nonvest4/6 -0.004 -0.47 Door-Stair Stair_4/5 0.285 333.47 wall-Stair Stair_4/5 0.285 6.11 Floor Nonvest4/4 0.003 0.39 wall-znt Suitel/5 0.002 3.26 wall-Elevator Elev_2/5 0.173 14.01 Missing�oor Ha113/5 -0.000 -356.25 wall-znt Ha113/5 -0.000 -0. 52 Elev_2 0.415 68.0 11. 5_Elevator Elev_2/6 0.000 4837.44 wall-Stair Stair_4/5 0.113 19.81 wall-Elevator Nonvest4/5 -0.173 -14.01 11. 5_Elevator Elev_2/4 -0.000 -3746.60 wall-Elevator Rm15/5 -0.189 -14.65 �oor-Elev Ha113/5 -0.173 -540.99 �oor-Elev Ha113/5 -0.173 -540.99 Ha112 0.244 68.0 Floor Ha112/6 -0.008 -4.79 Floor Ha112/6 -0.008 -5.98 Floor Ha112/6 -0.008 -0.92 Door-Sgle-Int. Rml9/5 -0.098 -195.05 wall-Int Rm18/5 -0.025 -26. 51 �oor-Sgle-znt. Rml8/5 -0.025 -98. 51 wall-Int Rm18/5 -0.025 -21.66 wall-Int Rm17/5 -0.013 -22.85 Door-Sgle-Int. Rm17/5 -0.013 -72. 53 wall-Int Rm17/5 -0.013 -10.47 Door-Elev Elev_1/5 0.172 539.14 Door-Elev Elev_1/5 0.172 539.14 wall-Int Nonvest3/5 0.000 0.49 Missing�oor Nonvest3/5 0.000 332.39 Door-Sgle-Int. Rm19/5 -0.098 -195.05 Floor Ha112/4 0.005 3.81 Floor Ha112/4 0.005 4.76 �ouble_�oor_znt Suite2/5 0.000 22.81 wall-Int Rm20/5 -0.031 -24.33 Door-Sgle-Int. Rml6/5 -0.034 -115.94 wall-Int Rm16/5 -0.034 -76.09 �oor-Sgle-znt. Rml6/5 -0.034 -115.94 wall-Int Rm16/5 -0.034 -35.00 Door-Sgle-Int. Rm16/5 -0.034 -115.94 wall-Int Rm16/5 -0.034 -3.80 �oor-sgle-znt. Rm20/5 -0.031 -110.68 wall-Int Rm20/5 -0.031 -25.90 wall-znt Rml6/5 -0.034 -74. 57 Door-Sgle-Int. Rm20/5 -0.031 -110.68 �oor-Sgle-znt. Rml6/5 -0.034 -115.94 wall-Stair Stair_2/5 0.231 20.79 Floor Ha112/4 0.005 0.73 wall-Int Rm16/5 -0.034 -27.39 �oor-Stair Stair_2/5 0.231 299.95 Door-Sgle-Int. Rm3/5 -0.064 -157.50 Ha113 0.242 68.0 Floor Ha113/6 -0.004 -9. 54 Missing�oor Nonvest4/5 0.000 356.25 wall-Int Nonvest4/5 0.000 0. 52 �oor-Elev Elev_2/5 0.173 540.99 �oor-Elev Elev_2/5 0.173 540.99 �oor-Sgle-znt. RmlS/5 -0.016 -78.66 wall-Int Rm15/5 -0.016 -39.23 wall-znt Rm8/5 -0.023 -23.19 Page 42 Neutral Conditions doors closed with wind.txt �oor-Sgle-znt. Rm8/5 -0.023 -95. 52 wall-Int Rm8/5 -0.023 -19.22 wall-znt Rm9/5 -0.033 -19.28 Door-Sgle-Int. Rm9/5 -0.033 -112.97 �ouble_�oor_znt Suitel/5 0.003 65.21 Floor Ha113/4 0.003 7.87 �ouble_�oor_znt Rm9/5 -0.033 -225.95 wall-Int Rm12/5 -0.037 -9.39 �oor-Sgle-znt. Rml2/5 -0.037 -119.29 wall-Int Rm12/5 -0.037 -36.01 �oor-Sgle-znt. Rm12/5 -0.037 -119.29 wall-Int Rm12/5 -0.037 -78.28 �oor-Sgle-znt. Rml2/5 -0.037 -119.29 wall-Int Rm10/5 -0.039 -45.16 wall-znt Rml2/5 -0.037 -84.54 Door-Sgle-Int. Rm10/5 -0.039 -122.88 �oor-Sgle-znt. Rml2/5 -0.037 -119.29 wall-Int Rm10/5 -0.039 -60.64 wall-znt Rml2/5 -0.037 -10.96 Door-Sgle-Int. Rm10/5 -0.039 -122.88 �oor-Stair Stair_5/5 0.203 281.19 wall-5tair 5tair_5/5 0.203 29.69 wall-znt Rmll/5 -0.053 -7.54 Door-Sgle-Int. Rmll/5 -0.053 -143.70 Rm12 0.205 68.0 Floor Rm12/6 -0.004 -46.99 wall-znt Ha113/5 0.037 9.39 Door-Sgle-Int. Ha113/5 0.037 119.29 wall-znt Ha113/5 0.037 36.01 Door-Sgle-Int. Ha113/5 0.037 119.29 wall-znt Ha113/5 0.037 78.28 Door-Sgle-Int. Ha113/5 0.037 119.29 wall-znt Suitel/5 0.039 9.09 wall-znt Ha113/5 0.037 84. 54 Floor Rml2/4 0.005 49.18 Door-Sgle-Int. Ha113/5 0.037 119.29 wall-znt Ha113/5 0.037 10.96 wall-Exterior Ambt -0.263 -59.84 wall-Exterior ambt -0.004 -18.93 wall-Stair 5tair_5/5 0.239 15.79 wall-Exterior Ambt -0. 349 -131.67 wall-Exterior Ambt -0.349 -131.67 wall-znt Rmll/5 -0.016 -13.41 Door-Sngl-Ext Ambt -0.263 -40.29 wall-Exterior Ambt -0.263 -103.36 Door-Sngl-Ext Ambt -0.263 -40.29 �oor-sngl-Ext Ambt -0.263 -40.29 wall-Exterior Ambt -0.263 -103.36 �oor-Sngl-Ext Ambt -0.263 -40.29 Rml6 0.210 68.0 Floor Rml6/6 -0.008 -5.08 Floor Rm16/6 -0.008 -7.36 Floor Rm16/6 -0.008 -55.18 Floor Rm16/6 -0.008 -0.81 �oor-Sgle-znt. Ha112/5 0.034 115.94 wall-znt Ha112/5 0.034 76.09 �oor-Sgle-znt. Ha112/5 0.034 115.94 wall-znt Ha112/5 0.034 35.00 �oor-Sgle-znt. Ha112/5 0.034 115.94 wall-znt Ha112/5 0.034 3.80 wall-znt Suite2/5 0.035 8. 56 wall-znt Ha112/5 0.034 74. 57 wall-Exterior Ambt -0.267 -54.89 Page 43 Neutral Conditions doors closed with wind.txt Floor Rml6/4 0.007 4.65 Floor Rm16/4 0.007 6.74 Floor Rml6/4 0.007 50. 54 Door-Sgle-Int. Ha112/5 0.034 115.94 wall-znt Ha112/5 0.034 27.39 wall-Exterior Ambt -0.354 -126.23 wall-Exterior ambt -0.354 -116.77 wall-Exterior Ambt -0.009 -27.65 wall-znt Rm3/5 -0.029 -10.14 Floor Rm16/4 0.007 0.74 �oor-Sngl-Ext Ambt -0.267 -40.76 wall-Exterior Ambt -0.267 -104.28 wall-Exterior Ambt -0.267 -47. 56 Door-Sngl-Ext Ambt -0.267 -40.76 wall-Exterior Ambt -0.267 -36. 58 Door-Sngl-Ext Ambt -0.267 -40.76 wall-Exterior Ambt -0.267 -37.05 Rm20 0.213 68.0 Floor Rm20/6 -0.017 -46.95 wall-Int Rm19/5 -0.066 -51.64 wall-znt Ha112/5 0.031 24.33 wall-Exterior Ambt -0.357 -36.45 �oor-Sgle-znt. Ha112/5 0.031 110.68 wall-Exterior Ambt -0.012 -9.90 wall-Exterior Ambt -0. 357 -30.90 Door-Sgle-Int. Ambt -0.213 -288.13 wall-Int Ha112/5 0.031 25.90 wall-Exterior Ambt -0.357 -20.41 Floor Rm20/4 0.008 32.15 Door-Sgle-Int. Ha112/5 0.031 110.68 wall-Exterior Ambt -0. 357 -85. 58 wall-5tair 5tair_2/5 0.262 70.92 Wall-Exterior Ambt -0.270 -78.11 wall-Int Rm3/5 -0.032 -46.33 �oor-Stair Stair_2/5 0.262 319.72 Rm10 0.203 68.0 Floor Rm10/6 -0.001 -10.06 wall-Exterior Ambt -0.347 -15.62 wall-znt Ha113/5 0.039 45.16 wall-Exterior Ambt -0.002 -115.99 �oor-Sgle-znt. Ha113/5 0.039 122.88 Floor Rm10/4 0.001 8. 59 wall-Exterior Ambt -0.347 -57.28 wall-znt Ha113/5 0.039 60.64 wall-Exterior Ambt -0.261 -18. 50 Door-Sgle-Int. Ha113/5 0.039 122.88 wall-znt Rmll/5 -0.014 -36.43 wall-Exterior Ambt -0.347 -64.06 wall-Exterior Ambt -0.261 -42.20 stair_2 0.475 68.0 200_Stair_11. 5 Stair_2/6 0.000 701.33 wall-Stair Rm20/5 -0.262 -70.92 200_Stair_11. 5 Stair_2/4 -0.000 -1372.43 wall-5tair Ha112/5 -0.231 -20.79 �oor-Stair Rm20/5 -0.262 -319.72 supply Stair2 n/a 1400.00 �oor-Stair Ha112/5 -0.231 -299.95 wall-Stair Rm3/5 -0.294 -17. 52 Stair_5 0.445 68.0 200_Stair_11. 5 Stair_5/6 0.001 4285.39 �oor-Stair Ha113/5 -0.203 -281.19 wall-Stair Ha113/5 -0.203 -29.69 wall-Stair Rml2/5 -0.239 -15.79 Page 44 Neutral Conditions doors closed with wind.txt 200_Stair_11. 5 Stair_5/4 -0.001 -3588.53 Door-Stair Rmll/5 -0.256 -315.78 wall-Stair Rmll/5 -0.256 -54.41 Rmll 0.189 68.0 Floor Rmll/6 -0.001 -13.76 wall-znt Ha113/5 0.053 7. 54 �oor-Sgle-znt. Ha113/5 0.053 143.70 Door-Stair Stair_5/5 0.256 315.78 wall-Stair Stair_5/5 0.256 54.41 wall-Int Rm10/5 0.014 36.43 wall-znt Rm12/5 0.016 13.41 Floor Rmll/4 0.003 20.83 wall-Exterior Ambt -0.333 -62.73 wall-Exterior Ambt -0.246 -50.04 wall-Exterior Ambt -0. 333 -70.38 wall-Exterior Ambt -0.246 -13.17 �oor-Sngl-Ext Ambt -0.246 -38.63 wall-Exterior Ambt -0.246 -31.60 wall-Exterior ambt -0.333 -175.18 wall-Exterior Ambt -0.333 -76. 50 wall-Exterior ambt -0.246 -60.12 Rm3 0.181 68.0 Floor Rm3/6 -0.023 -56.91 Floor Rm3/6 -0.023 -1.02 Floor Ambt -0.181 -11.50 Floor Ambt -0.181 -5.75 wall-znt Rm20/5 0.032 46.33 wall-Exterior Ambt -0.325 -10.88 wall-Stair Stair_2/5 0.294 17. 52 Door-Sgle-Int. Ha112/5 0.064 157. 50 �oor-sngl-Ext Ambt -0. 325 -46.22 wall-Int Rm16/5 0.029 10.14 wall-Exterior Ambt -0. 325 -84.64 wall-Exterior Ambt -0.325 -84.64 wall-Exterior ambt 0.020 9.86 wall-Exterior Ambt -0.325 -19.35 Floor Rm3/4 0.012 45.09 Door-Sngl-Ext Ambt -0.325 -46.22 �oor-Sngl-Ext Ambt -0.325 -46.22 wall-Exterior Ambt -0. 325 -26.21 wall-Exterior Ambt -0. 325 -49.88 Floor Rm3/4 0.012 0.76 Door-Stair Stair6/5 0.248 310.73 Door-Sngl-Ext Ambt -0.325 -46.22 wall-Stair Stair6/5 0.248 40.45 wall-Stair Stair6/5 0.248 55.83 wall-Exterior Ambt -0. 325 -27.21 wall-Exterior Ambt -0.238 -68.64 wall-Exterior Ambt -0.238 -62.69 stair6 0.428 68.0 163_Stair Stair6/6 0.000 437.61 Floor Ambt -0.428 -2.30 �oor-Stair Rm3/5 -0.248 -310.73 supply Stair6 n/a 1000.00 200_Stair_11. 5 Stair6/4 -0.000 -1005.74 wall-Stair Rm3/5 -0.248 -40.45 wall-Stair Rm3/5 -0.248 -55.83 wall-Stair Ambt -0.486 -22. 55 level : 6 elevation: 62.5 ft zone P T path from dP Flowl Flow2 Rm19 0.131 68.0 Floor Rml9/7 -0.040 -119.87 Page 45 Neutral Conditions doors closed with wind.txt Floor Sma11Rm/7 0.041 2.21 wall-Exterior Ambt 0.070 51.99 wall-Exterior ambt -0.275 -105.72 wall-Exterior Ambt -0.275 -165. 53 Floor Rm19/5 0.016 75.18 wall-Int Rm18/6 0.082 73.89 �oor-sgle-znt. Ambt -0.131 -226.07 Door-Sgle-Int. Ha112/6 0.105 202.76 wall-Exterior Ambt -0.275 -12. 52 wall-Exterior Ambt -0.189 -19.20 �oor-Sgle-znt. Ha112/6 0.105 202.76 wall-Exterior Ambt -0.275 -11.13 wall-znt Rm20/6 0.065 51.26 Rm8 0.215 68.0 Floor Rm8/7 -0.004 -16.97 Floor 2StoryStair/7 0.012 0.29 wall-Exterior Ambt -0.013 -12.29 Door-Sngl-Ext Ambt -0.358 -49.30 wall-znt RmlS/6 0.008 39.30 wall-Exterior Ambt -0.358 -85.77 Floor Rm8/5 0.004 14.48 wall-Int Rm9/6 -0.011 -27.32 wall-znt Ha113/6 0.023 23.13 Door-Sgle-Int. Ha113/6 0.023 95.26 wall-znt Ha113/6 0.023 19.17 Rm9 0.204 68.0 Floor Ambt -0.204 -61.09 Floor Rm8/7 0.007 0.28 Floor Rm9/7 -0.033 -49.36 Floor 25torystair/7 0.022 2. 59 Floor Ambt -0.204 -42.76 wall-Exterior Ambt -0.003 -111.46 wall-Exterior Ambt -0.003 -15.65 Floor Rm9/5 0.005 26.37 �oor-Sngl-Ext Ambt -0.003 -2.06 wall-Exterior Ambt -0.003 -3.80 wall-znt Rm8/6 0.011 27.32 wall-Exterior Ambt -0.261 -116.67 wall-znt Ha113/6 0.034 19.63 Door-Sgle-Int. Ha113/6 0.034 115.06 �ouble_�oor_znt Ha113/6 0.034 230.12 Floor Rm9/5 0.005 0.48 wall-Exterior Ambt -0.261 -18.99 RmlS 0.223 68.0 Floor Rm15/7 0.001 4.44 Floor Rm8/7 -0.012 -16. 59 Wall-Exterior Ambt -0.021 -24.82 wall-Exterior Ambt -0.366 -33.72 �oor-Sngl-Ext Ambt -0. 366 -50.01 wall-Exterior Ambt -0.366 -38. 54 wall-Exterior ambt -0.021 -5.43 Door-Sngl-Ext Ambt -0.021 -7.89 wall-Exterior ambt -0.021 -7.76 wall-Int Rm8/6 -0.008 -39.30 wall-Int Suitel/6 0.017 24.28 Floor Rm15/5 0.003 6.60 Floor RmlS/5 0.003 6.99 wall-5tair 5tair_4/6 0. 305 51.18 wall-Elevator Elev_2/6 0.192 14.78 Door-Sgle-Int. Ha113/6 0.015 77.27 wall-znt Ha113/6 0.015 38. 54 Rm18 0.214 68.0 Floor Rml8/7 -0.008 -15.12 Page 46 Neutral Conditions doors closed with wind.txt wall-Exterior Ambt -0.012 -3.25 Door-Sngl-Ext Ambt -0.012 -5. 53 wall-Exterior ambt -0.012 -13.28 wall-Exterior Ambt -0.357 -87.23 Floor Rml8/5 0.006 8.34 wall-Int Rm17/6 0.010 45.50 wall-Exterior ambt -0.012 -8.66 wall-Int Rm19/6 -0.082 -73.89 Floor Rml8/5 0.006 3.79 Floor Rm18/5 0.006 8.34 wall-znt Ha112/6 0.023 25.48 Door-Sgle-Int. Ha112/6 0.023 94.69 wall-znt Ha112/6 0.023 20.82 Rm17 0.224 68.0 Floor Rml8/7 -0.018 -21.96 Floor Rm17/7 -0.004 -10.38 wall-Exterior Ambt -0.023 -33.27 Floor Rm17/5 0.007 5.61 wall-Exterior ambt -0.368 -64.36 Door-Sngl-Ext Ambt -0.023 -8.23 wall-Exterior ambt -0.023 -5.61 Door-Sngl-Ext Ambt -0.023 -8.23 wall-Exterior ambt -0.023 -8.02 wall-Int 5uite2/6 0.014 22. 57 wall-znt Rml8/6 -0.010 -45.50 Floor Rm17/5 0.007 8.82 Floor Rm17/5 0.007 2.25 Floor Rm17/5 0.007 3.37 wall-Stair Stair_3/6 0.271 46.06 wall-Elevator Elev_1/6 0.192 14.78 wall-znt Ha112/6 0.013 22.04 Door-Sgle-Int. Ha112/6 0.013 69.95 wall-znt Ha112/6 0.013 10.10 suite2 0.238 68.0 Floor Suite2/7 -0.013 -9.42 Floor Suite2/7 -0.013 -3.14 Floor Suite2/7 -0.013 -4.71 Floor Suite2/7 -0.013 -29.26 wall-Exterior Ambt -0.037 -27.62 wall-Exterior Ambt -0. 382 -60.69 wall-Exterior Ambt -0.037 -5.96 Door-Sngl-Ext Ambt -0.037 -11.30 �oor-Sngl-Ext Ambt -0.037 -11.30 Floor Suite2/5 0.006 6.48 wall-Exterior Ambt -0.382 -44.84 Floor Suite2/5 0.006 2.16 Floor suite2/5 0.006 3.24 Floor Suite2/5 0.006 20.12 wall-znt Rml7/6 -0.014 -22. 57 wall-Int Suitel/6 0.001 18. 55 �oor-Stair Stair_3/6 0.257 316. 53 wall-Stair 5tair_3/6 0.257 30.17 wall-znt Nonvest3/6 -0.002 -2. 59 Double_DOOr_Int Ha112/6 -0.002 -52.84 wall-znt Rm16/6 -0.037 -8.79 Door-Sngl-Ext Ambt -0.296 -43. 52 wall-Exterior Ambt -0.296 -58.68 Suitel 0.239 68.0 Floor Suitel/7 -0.011 -8.38 Floor Suitel/7 -0.011 -4.19 Floor Suitel/7 -0.011 -0.88 Floor Suitel/7 -0.011 -27.94 wall-Exterior Ambt -0.038 -27.92 Page 47 Neutral Conditions doors closed with wind.txt wall-Exterior Ambt -0. 383 -60.75 Floor Suitel/5 0.005 5.91 �oor-Sngl-Ext ambt -0.038 -11.46 Door-Sngl-Ext Ambt -0.038 -11.46 wall-Exterior ambt -0.038 -6.03 wall-Exterior Ambt -0.383 -44.89 Floor Suitel/5 0.005 2.95 Floor Suitel/5 0.005 0.62 Floor Suitel/5 0.005 19.69 wall-Int Rm15/6 -0.017 -24.28 wall-Int Suite2/6 -0.001 -18. 55 Door-Stair Stair_4/6 0.288 335.11 wall-Stair Stair_4/6 0.288 40. 55 Wall-Int NonVest4/6 -0.001 -2.10 �ouble_�oor_znt Ha113/6 -0.001 -44.67 wall-Int Rm12/6 -0.038 -8.97 wall-Exterior Ambt -0.297 -58.76 Door-Sngl-Ext Ambt -0.297 -43.60 Stair_3 0.495 68.0 233_Stair_11. 5 Stair_3/7 -0.000 -607.61 wall-Stair Rm17/6 -0.271 -46.06 �oor-5tair 5uite2/6 -0.257 -316.53 233_stair_11. 5 Stair_3/5 0.000 340.30 supply Stair3 n/a 1000.00 wall-Stair Suite2/6 -0.257 -30.17 wall-5tair Elev_1/6 -0.079 -16.62 wall-Stair Nonvest3/6 -0.259 -5.81 �oor-5tair Nonvest3/6 -0.259 -317.49 Stair_4 0. 5�7 68.0 233_Stair_11. 5 Stair_4/7 -0.000 -1290.81 Door-Stair Suitel/6 -0.288 -335.11 wall-Stair Rm15/6 -0.305 -51.18 wall-Stair Suitel/6 -0.288 -40. 55 supply Stair4 n/a 1500.00 233_Stair_11. 5 Stair_4/5 0.000 579.31 �oor-Stair Nonvest4/6 -0.289 -335.70 wall-Stair Nonvest4/6 -0.289 -6.15 wall-5tair Elev_2/6 -0.113 -19.81 Elev_1 0.416 68.0 11. 5_Elevator Elev_1/7 0.000 5892.95 wall-Stair Stair_3/6 0.079 16.62 wall-Elevator Rm17/6 -0.192 -14.78 11. 5_Elevator Elev_1/5 -0.000 -4777.92 wall-Elevator Nonvest3/6 -0.179 -14.28 �oor-Elev Ha112/6 -0.180 -551.29 �oor-Elev Ha112/6 -0.180 -551.29 Nonvest3 0.237 68.0 Floor Nonvest3/7 -0.018 -1.00 wall-Stair Stair_3/6 0.259 5.81 Door-Stair Stair_3/6 0.259 317.49 Floor Nonvest3/5 0.008 0.67 wall-Elevator Elev_1/6 0.179 14.28 wall-znt Suite2/6 0.002 2. 59 wall-znt Ha112/6 -0.000 -0. 50 Missing�oor Ha112/6 -0.000 -339.34 Nonvest4 0.238 68.0 Floor Nonvest4/7 -0.010 -0.76 Door-Stair Stair_4/6 0.289 335.70 wall-Stair Stair_4/6 0.289 6.15 Floor NonVest4/5 0.004 0.47 wall-znt Suitel/6 0.001 2.10 wall-Elevator Elev_2/6 0.177 14.17 Missing�oor Ha113/6 -0.000 -357.31 Page 48 Neutral Conditions doors closed with wind.txt wall-znt Ha113/6 -0.000 -0. 52 Elev_2 0.415 68.0 11. 5_Elevator Elev_2/7 0.000 5940. 54 wall-Stair 5tair_4/6 0.113 19.81 wall-Elevator Nonvest4/6 -0.177 -14.17 11.5_Elevator Elev_2/5 -0.000 -4837.44 wall-Elevator RmlS/6 -0.192 -14.78 �oor-Elev Ha113/6 -0.177 -546.99 �oor-Elev Ha113/6 -0.177 -546.99 Ha112 0.237 68.0 Floor Ha112/7 -0.018 -7.17 Floor Ha112/7 -0.018 -8.96 Floor Ha112/7 -0.018 -1.38 Door-Sgle-Int. Rm19/6 -0.105 -202.76 wall-znt Rml8/6 -0.023 -25.48 Door-Sgle-Int. Rm18/6 -0.023 -94.69 wall-znt Rml8/6 -0.023 -20.82 wall-Int Rm17/6 -0.013 -22.04 �oor-Sgle-znt. Rml7/6 -0.013 -69.95 wall-Int Rm17/6 -0.013 -10.10 �oor-Elev Elev_1/6 0.180 551.29 �oor-Elev Elev_1/6 0.180 551.29 wall-znt Nonvest3/6 0.000 0.50 Missing�oor Nonvest3/6 0.000 339.34 �oor-Sgle-znt. Rml9/6 -0.105 -202.76 Floor Ha112/5 0.008 4.79 Floor Ha112/5 0.008 5.98 �ouble_�oor_znt Suite2/6 0.002 52.84 wall-Int Rm20/6 -0.040 -27. 54 Door-Sgle-Int. Rm16/6 -0.035 -116.60 wall-znt Rml6/6 -0.035 -76. 52 Door-Sgle-Int. Rm16/6 -0.035 -116.60 wall-znt Rml6/6 -0.035 -35.20 Door-Sgle-Int. Rm16/6 -0.035 -116.60 wall-znt Rml6/6 -0.035 -3.83 Door-Sgle-Int. Rm20/6 -0.040 -125.29 wall-znt Rm20/6 -0.040 -29.32 wall-Int Rm16/6 -0.035 -74.99 Door-Sgle-Int. Rm20/6 -0.040 -125.29 Door-Sgle-Int. Rm16/6 -0.035 -116.60 wall-Stair Stair_2/6 0.239 21.14 Floor Ha112/5 0.008 0.92 wall-znt Rm16/6 -0.035 -27.55 Door-Stair Stair_2/6 0.239 305.01 �oor-Sgle-znt. Rm3/6 -0.079 -175.13 Ha113 0.238 68.0 Floor Ha113/7 -0.010 -15.43 Missing�oor Nonvest4/6 0.000 357.31 wall-Int Nonvest4/6 0.000 0.52 �oor-Elev Elev_2/6 0.177 546.99 �oor-Elev Elev_2/6 0.177 546.99 Door-Sgle-Int. Rm15/6 -0.015 -77.27 wall-Int Rm15/6 -0.015 -38.54 wall-Int Rm8/6 -0.023 -23.13 Door-Sgle-Int. Rm8/6 -0.023 -95.26 wall-Int Rm8/6 -0.023 -19.17 wall-znt Rm9/6 -0.034 -19.63 Door-Sgle-Int. Rm9/6 -0.034 -115.06 Double_DOOr_Int Suitel/6 0.001 44.67 Floor Ha113/5 0.004 9. 54 �ouble_�oor_znt Rm9/6 -0.034 -230.12 wall-Int Rm12/6 -0.037 -9.45 �oor-sgle-znt. Rml2/6 -0.037 -120.04 Page 49 Neutral Conditions doors closed with wind.txt wall-znt Rml2/6 -0.037 -36.24 Door-Sgle-Int. Rm12/6 -0.037 -120.04 wall-znt Rml2/6 -0.037 -78.78 Door-Sgle-Int. Rm12/6 -0.037 -120.04 wall-znt Rm10/6 -0.036 -43.49 wall-Int Rm12/6 -0.037 -85.08 �oor-Sgle-znt. Rm10/6 -0.036 -118.35 Door-Sgle-Int. Rm12/6 -0.037 -120.04 wall-znt Rm10/6 -0.036 -58.41 wall-Int Rm12/6 -0.037 -11.03 �oor-Sgle-znt. Rm10/6 -0.036 -118.35 Door-Stair Stair_5/6 0.208 284.49 wall-Stair Stair_5/6 0.208 30.04 wall-Int Rmll/6 -0.050 -7.36 �oor-Sgle-znt. Rmll/6 -0.050 -140.22 Rml2 0.201 68.0 Floor Rml2/7 -0.012 -79.08 wall-znt Ha113/6 0.037 9.45 Door-Sgle-Int. Ha113/6 0.037 120.04 wall-znt Ha113/6 0.037 36.24 �oor-Sgle-znt. Ha113/6 0.037 120.04 wall-znt Ha113/6 0.037 78.78 �oor-Sgle-znt. Ha113/6 0.037 120.04 wall-Int 5uitel/6 0.038 8.97 wall-znt Ha113/6 0.037 85.08 Floor Rm12/5 0.004 46.99 �oor-Sgle-znt. Ha113/6 0.037 120.04 wall-znt Ha113/6 0.037 11.03 wall-Exterior Ambt -0.258 -59.35 Wall-Exterior Ambt 0.000 4.02 wall-Stair Stair_5/6 0.245 15.96 wall-Exterior Ambt -0.345 -130.85 wall-Exterior Ambt -0. 345 -130.85 wall-Int Rmll/6 -0.013 -12.13 �oor-Sngl-Ext Ambt -0.258 -39.86 wall-Exterior Ambt -0.258 -102. 51 �oor-Sngl-Ext ambt -0.258 -39.86 Door-Sngl-Ext Ambt -0.258 -39.86 wall-Exterior ambt -0.258 -102. 51 Door-Sngl-Ext Ambt -0.258 -39.86 Rm16 0.202 68.0 Floor Rm16/7 -0.020 -7.87 Floor Rm16/7 -0.020 -11.40 Floor Rm16/7 -0.020 -85.53 Floor Rm16/7 -0.020 -1.25 Door-Sgle-Int. Ha112/6 0.035 116.60 wall-znt Ha112/6 0.035 76. 52 Door-Sgle-Int. Ha112/6 0.035 116.60 wall-znt Ha112/6 0.035 35.20 Door-Sgle-Int. Ha112/6 0.035 116.60 wall-znt Ha112/6 0.035 3.83 wall-Int 5uite2/6 0.037 8.79 wall-znt Ha112/6 0.035 74.99 wall-Exterior Ambt -0.259 -54.04 Floor Rml6/5 0.008 5.08 Floor Rm16/5 0.008 7.36 Floor Rml6/5 0.008 55.18 Door-Sgle-Int. Ha112/6 0.035 116.60 wall-Int Ha112/6 0.035 27. 55 wall-Exterior Ambt -0.345 -124.76 wall-Exterior Ambt -0.345 -115.40 Wall-Exterior Ambt -0.001 -7.19 wall-znt Rm3/6 -0.044 -12.43 Page 50 Neutral Conditions doors closed with wind.txt Floor Rml6/5 0.008 0.81 Door-Sngl-Ext Ambt -0.259 -39.94 wall-Exterior ambt -0.259 -102.67 wall-Exterior Ambt -0.259 -46.82 �oor-Sngl-Ext ambt -0.259 -39.94 wall-Exterior Ambt -0.259 -36.01 �oor-Sngl-Ext ambt -0.259 -39.94 wall-Exterior Ambt -0.259 -36.47 Rm20 0.196 68.0 Floor 2Storystair2/7 0.023 3.03 Floor Sma11Rm/7 -0.025 -6.37 Floor Rm20/7 -0.142 -136.95 wall-znt Rm19/6 -0.065 -51.26 wall-znt Ha112/6 0.040 27. 54 wall-Exterior Ambt -0. 340 -35. 59 Door-Sgle-Int. Ha112/6 0.040 125.29 wall-Exterior Ambt 0.005 6.39 wall-Exterior Ambt -0.340 -30.17 �oor-Sgle-znt. ambt -0.196 -276.62 wall-znt Ha112/6 0.040 29.32 wall-Exterior ambt -0. 340 -19.93 Floor Rm20/5 0.017 46.95 �oor-Sgle-znt. Ha112/6 0.040 125.29 wall-Exterior Ambt -0.340 -83. 55 wall-Stair Stair_2/6 0.279 73.14 wall-Exterior Ambt -0.254 -75.66 wall-znt Rm3/6 -0.038 -50.59 Door-Stair Stair_2/6 0.279 329.74 Rm10 0.20� 68.0 Floor Rm10/7 -0.015 -39.78 wall-Exterior Ambt -0. 346 -15.60 wall-znt Ha113/6 0.036 43.49 wall-Exterior Ambt -0.001 -74.79 Door-Sgle-Int. Ha113/6 0.036 118.35 Floor Rm10/5 0.001 10.06 wall-Exterior Ambt -0.346 -57.19 wall-znt Ha113/6 0.036 58.41 wall-Exterior Ambt -0.259 -18.46 �oor-Sgle-znt. Ha113/6 0.036 118.35 wall-Int Rmll/6 -0.015 -36.76 wall-Exterior Ambt -0. 346 -63.96 wall-Exterior Ambt -0.259 -42.11 Stair_2 0.475 68.0 200_Stair_11. 5 Stair_2/7 0.000 448. 55 wall-stair Rm20/6 -0.279 -73.14 200_Stair_11. 5 Stair_2/5 -0.000 -701.33 wall-Stair Ha112/6 -0.239 -21.14 Door-Stair Rm20/6 -0.279 -329.74 supply Stair2 n/a 1000.00 Door-Stair Ha112/6 -0.239 -305.01 wall-Stair Rm3/6 -0.317 -18.18 Stair_5 0.446 68.0 200_Stair_11. 5 Stair_5/7 0.001 4987.70 Door-Stair Ha113/6 -0.208 -284.49 wall-stair Ha113/6 -0.208 -30.04 wall-Stair Rm12/6 -0.245 -15.96 200_Stair_11. 5 Stair_5/5 -0.001 -4285.39 Door-Stair Rmll/6 -0.258 -317.17 wall-Stair Rmll/6 -0.258 -54.65 Rmll 0.187 68.0 Floor Rm10/7 -0.000 -4.87 Floor Rm10/7 -0.000 -0.13 wall-znt Ha113/6 0.050 7.36 Page 51 Neutral Conditions doors closed with wind.txt �oor-Sgle-znt. Ha113/6 0.050 140.22 Door-Stair Stair_5/6 0.258 317.17 wall-Stair Stair_5/6 0.258 54.65 wall-Int Rm10/6 0.015 36.76 wall-znt Rm12/6 0.013 12.13 Floor Rmll/5 0.001 13.76 wall-Exterior ambt -0.331 -62.61 wall-Exterior Ambt -0.245 -49.90 wall-Exterior Ambt -0. 331 -70.24 wall-Exterior Ambt -0.245 -13.13 Door-Sngl-Ext Ambt -0.245 -38. 50 wall-Exterior Ambt -0.245 -31. 52 wall-Exterior Ambt -0.331 -174.84 wall-Exterior Ambt -0.331 -76.35 wall-Exterior Ambt -0.245 -59.96 Rm3 0.158 68.0 Floor Rm20/7 -0.103 -8.70 Floor Ambt -0.158 -149.54 Floor Ambt -0.158 -2.69 wall-Int Rm20/6 0.038 50.59 wall-Exterior ambt -0.302 -10.49 wall-5tair 5tair_2/6 0. 317 18.18 �oor-Sgle-znt. Ha112/6 0.079 175.13 Door-Sngl-Ext Ambt -0. 302 -44.07 wall-znt Rml6/6 0.044 12.43 wall-Exterior Ambt -0.302 -81.61 wall-Exterior Ambt -0.302 -81.61 wall-Exterior Ambt 0.043 14.36 wall-Exterior Ambt -0.302 -18.65 Floor Rm3/5 0.023 56.91 Door-Sngl-Ext Ambt -0. 302 -44.07 Door-Sngl-Ext Ambt -0.302 -44.07 wall-Exterior Ambt -0. 302 -25.27 wall-Exterior Ambt -0.302 -48.09 Floor Rm3/5 0.023 1.02 Door-Stair Stair6/6 0.271 324.77 Door-Sngl-Ext Ambt -0.302 -44.07 wall-5tair 5tair6/6 0.271 42.28 wall-Stair Stair6/6 0.271 58.36 wall-Exterior Ambt -0.302 -26.23 wall-Exterior Ambt -0.215 -65.27 wall-Exterior Ambt -0.215 -59.60 Stair6 0.429 68.0 Floor Ambt -0.429 -14.43 Door-Stair Rm3/6 -0.271 -324.77 supply Stair6 n/a 900.00 163_Stair Stair6/5 -0.000 -437.61 wall-Stair Rm3/6 -0.271 -42.28 wall-Stair Rm3/6 -0.271 -58.36 wall-Stair Ambt -0.486 -22.55 level : 7 elevation: 74.0 ft zone P T path from dP Flowl Flow2 Rm19 0.091 68.0 Floor Ambt -0.091 -181.23 Floor Rm18/8 0.058 26. 52 wall-Exterior Ambt 0.110 65.12 wall-Exterior Ambt -0.235 -97.74 wall-Exterior Ambt -0.235 -153.05 Floor Rm19/6 0.040 119.87 wall-Int Rm18/7 0.115 87.07 Door-Sgle-Int. Ambt -0.091 -188. 55 Door-Sgle-Int. Ha112/7 0.128 223.22 Page 52 Neutral Conditions doors closed with wind.txt wall-Exterior Ambt -0.235 -11. 57 wall-Exterior Ambt -0.149 -17.05 wall-Int Sma11Rm/7 0.080 44.62 Wall-Int Ha112/7 0.128 82.77 Rm18 0.206 68.0 Floor Rm18/8 -0.057 -54.88 wall-Exterior ambt -0.005 -1.96 Door-Sngl-Ext Ambt -0.005 -2.87 wall-Exterior Ambt -0.005 -8.02 wall-Exterior Ambt -0.005 -14.80 wall-Exterior Ambt -0.349 -86.27 wall-Exterior Ambt -0.349 -62.74 wall-Int Rm17/7 0.014 34.16 wall-Exterior Ambt -0.005 -5.23 Floor Rml8/6 0.008 15.12 Floor Rm17/6 0.018 21.96 wall-znt Rml9/7 -0.115 -87.07 wall-znt Ha112/7 0.013 16.07 Door-Sgle-Int. Ha112/7 0.013 72.04 wall-Int Ha112/7 0.013 7.19 �oor-Sgle-znt. Ha112/7 0.013 72.04 wall-Int Ha112/7 0.013 13.24 �oor-Sgle-znt. Ha112/7 0.013 72.04 Rml7 0.220 68.0 �oor-Sngl-Ext Ambt -0.019 -7.23 wall-Exterior Ambt -0.019 -5.08 �oor-Sngl-Ext Ambt -0.019 -7.23 wall-Exterior Ambt -0.019 -7.26 wall-znt Suite2/7 0.005 13.30 Wall-Int Rm18/7 -0.014 -34.16 Floor Rml7/6 0.004 10.38 wall-5tair 5tair_3/7 0.276 46.41 wall-Elevator Elev_1/7 0.196 14.94 Wall-Int Ha112/7 -0.001 -3.27 Door-Sgle-Int. Ha112/7 -0.001 -18.43 wall-znt Ha112/7 -0.001 -2.38 Suite2 0.225 68.0 Floor Courtyard/8 -0.030 -71. 52 wall-Exterior Ambt -0.024 -22.05 wall-Exterior Ambt -0.369 -59.61 wall-Exterior Ambt -0.024 -4.76 Door-Sngl-Ext Ambt -0.024 -8.43 Door-Sngl-Ext Ambt -0.024 -8.43 Floor Suite2/6 0.013 9.42 wall-Exterior Ambt -0.369 -44.04 Floor Suite2/6 0.013 3.14 Floor suite2/6 0.013 4.71 Floor Suite2/6 0.013 29.26 wall-znt Rml7/7 -0.005 -13.30 wall-Int Suitel/7 0.004 39.43 �oor-Stair Stair_3/7 0.271 324.72 wall-Stair 5tair_3/7 0.271 30.95 wall-znt Nonvest3/7 -0.006 -4.91 Double_DOOr_Int Ha112/7 -0.006 -95. 52 wall-znt Rm16/7 -0.043 -9.51 Door-Sngl-Ext Ambt -0.282 -42.22 wall-Exterior Ambt -0.282 -57.33 Suitel 0.229 68.0 Floor Courtyard/8 -0.034 -75.74 wall-Exterior Ambt -0.027 -23.67 wall-Exterior Ambt -0.372 -59.90 Floor Suitel/6 0.011 8.38 �oor-sngl-Ext Ambt -0.027 -9.25 Page 53 Neutral Conditions doors closed with wind.txt �oor-Sngl-Ext Ambt -0.027 -9.25 Wall-Exterior Ambt -0.027 -5.11 wall-Exterior ambt -0.372 -44.26 Floor Suitel/6 0.011 4.19 Floor Suitel/6 0.011 0.88 Floor Suitel/6 0.011 27.94 wall-znt Rm15/7 -0.005 -13.55 wall-Int 5uite2/7 -0.004 -39.43 Door-Stair Stair_4/7 0.299 341.22 wall-5tair 5tair_4/7 0.299 41.29 Wall-Int NonVest4/7 -0.000 -1.37 Double_DOOr_Int Ha113/7 -0.001 -32.93 wall-znt Rm12/7 -0.040 -9.16 wall-Exterior Ambt -0.286 -57.70 �oor-Sngl-Ext Ambt -0.286 -42. 58 RmlS 0.223 68.0 Floor Ambt -0.223 -75.69 wall-Exterior Ambt -0.022 -5. 53 Door-Sngl-Ext Ambt -0.022 -8.07 wall-Exterior Ambt -0.022 -7.89 Floor RmlS/6 -0.001 -4.44 wall-Int 5uitel/7 0.005 13.55 wall-znt Rm8/7 -0.013 -33.51 wall-Stair 5tair_4/7 0. 304 51.11 wall-Elevator Elev_2/7 0.191 14.75 wall-znt Ha113/7 0.004 6.99 �oor-Sgle-znt. Ha113/7 0.004 41.75 wall-znt Ha113/7 0.004 6.99 Rm8 0.211 68.0 Floor Rm8/8 -0.069 -55.14 wall-Exterior Ambt -0.009 -16.44 Wall-Exterior Ambt -0.009 -10.27 �oor-Sngl-Ext Ambt -0. 354 -48.93 wall-Exterior Ambt -0.354 -33.17 �oor-Sngl-Ext ambt -0.354 -48.93 wall-Exterior Ambt -0.354 -37.91 wall-Exterior ambt -0.354 -85.29 Floor Rm15/6 0.012 16.59 Floor Rm8/6 0.004 16.97 wall-Int Rm15/7 0.013 33. 51 Floor Rm9/6 -0.007 -0.28 Wall-Int Rm9/7 -0.040 -14.77 wall-Stair 25toryStair/7 0.016 4.05 Door-Sgle-Int. Ha113/7 0.017 81.97 Wall-Int Ha113/7 0.017 14.20 Door-Sgle-Int. Ha113/7 0.017 81.97 wall-Int Ha113/7 0.017 9.14 Door-Sgle-Int. Ha113/7 0.017 81.97 wall-znt Ha113/7 0.017 10.76 Rm9 0.170 68.0 Floor Ambt -0.170 -111.36 wall-Exterior Ambt 0.031 14.89 �oor-Sngl-Ext ambt 0.031 10.00 Wall-Exterior Ambt -0.314 -184.42 wall-Exterior ambt 0.031 14.89 Wall-Int Rm8/7 0.040 14.77 Floor Rm9/6 0.033 49.36 wall-Stair 2Storystair/7 0.056 24.36 Wall-Exterior Ambt -0.228 -157.08 Double_DOOr_Int Ha113/7 0.057 299.09 wall-znt Rm10/7 0.017 25. 50 Stair_3 0.495 68.0 233_Stair_11. 5 Stair_3/8 -0.000 -804.84 Page 54 Neutral Conditions doors closed with wind.txt wall-Stair Rml7/7 -0.276 -46.41 Door-Stair Suite2/7 -0.271 -324.72 233_Stair_11. 5 Stair_3/6 0.000 607.61 supply Stair3 n/a 950.00 wall-Stair Suite2/7 -0.271 -30.95 wall-5tair Elev_1/7 -0.079 -16.62 wall-Stair Nonvest3/7 -0.276 -6.01 �oor-Stair Nonvest3/7 -0.276 -328.06 Stair_4 0. 527 68.0 233_Stair_11. 5 Stair_4/8 -0.000 -489.68 Door-Stair Suitel/7 -0.299 -341.22 wall-Stair Rm15/7 -0.304 -51.11 wall-Stair Suitel/7 -0.299 -41.29 supply Stair4 n/a 0.00 233_Stair_11. 5 Stair_4/6 0.000 1290.81 Door-5tair Nonvest4/7 -0.299 -341.46 wall-Stair Nonvest4/7 -0.299 -6.25 wall-Stair Elev_2/7 -0.112 -19.81 Elev_1 0.416 68.0 11. 5_Elevator Elev_1/8 0.000 7061.41 wall-Stair Stair_3/7 0.079 16.62 wall-Elevator Rm17/7 -0.196 -14.94 11. 5_Elevator Elev_1/6 -0.000 -5892.95 wall-Elevator Nonvest3/7 -0.197 -14.96 Door-Elev Ha112/7 -0.197 -577. 59 �oor-Elev Ha112/7 -0.197 -577. 59 Nonvest3 0.219 68.0 Floor Nonvest3/8 0.014 0.90 wall-Stair Stair_3/7 0.276 6.01 Door-Stair Stair_3/7 0.�76 328.06 Floor Nonvest3/6 0.018 1.00 wall-Elevator Elev_1/7 0.197 14.96 wall-znt Suite2/7 0.006 4.91 Wall-Int Ha112/7 -0.000 -0. 52 Missing�oor Ha112/7 -0.000 -355.32 Nonvest4 0.228 68.0 Floor Nonvest4/8 0.007 0.64 Door-Stair Stair_4/7 0.299 341.46 wall-Stair Stair_4/7 0.299 6.25 Floor Nonvest4/6 0.010 0.76 wall-znt Suitel/7 0.000 1.37 wall-Elevator Elev_2/7 0.187 14. 57 Missing�oor Ha113/7 -0.000 -364. 52 wall-znt Ha113/7 -0.000 -0. 53 Elev_2 0.415 68.0 11. 5_Elevator Elev_2/8 0.000 7074.78 wall-Stair Stair_4/7 0.112 19.81 wall-Elevator Nonvest4/7 -0.187 -14. 57 11. 5_Elevator Elev_2/6 -0.000 -5940. 54 wall-Elevator Rm15/7 -0.191 -14.75 �oor-Elev Ha113/7 -0.187 -562.36 �oor-Elev Ha113/7 -0.187 -562.36 2Storystair 0.226 68.0 163_Stair 2Storystair/8 0.000 4.90 wall-Stair Rm9/7 -0.056 -24.36 Floor Rm8/6 -0.012 -0.29 Floor Rm9/6 -0.022 -2.59 wall-Stair Rm8/7 -0.016 -4.05 �oor-Stair Ha113/7 0.001 23.88 wall-5tair Ha113/7 0.001 2. 52 Ha112 0.219 68.0 Floor Ha112/8 0.014 6.42 Floor Ha112/8 0.014 8.02 Page 55 Neutral Conditions doors closed with wind.txt Floor Ambt -0.219 -4.87 Door-Sgle-Int. Rm19/7 -0.128 -223.22 wall-znt Rml8/7 -0.013 -16.07 Door-Sgle-Int. Rm18/7 -0.013 -72.04 wall-znt Rm18/7 -0.013 -7.19 Door-Sgle-Int. Rm18/7 -0.013 -72.04 wall-znt Rm18/7 -0.013 -13.24 Door-Sgle-Int. Rm18/7 -0.013 -72.04 Wall-Int Rml7/7 0.001 3.27 Door-Sgle-Int. Rm17/7 0.001 18.43 Wall-Int Rm17/7 0.001 2.38 Door-Elev Elev_1/7 0.197 577. 59 Door-Elev Elev_1/7 0.197 577. 59 wall-Int Nonvest3/7 0.000 0. 52 MissingDOOr Nonvest3/7 0.000 355.32 Wall-Int Rm19/7 -0.128 -82.77 Floor Ha112/6 0.018 7.17 Floor Ha112/6 0.018 8.96 �ouble_�oor_znt Suite2/7 0.006 95. 52 Door-Sgle-Int. Sma11Rm/7 -0.047 -135.90 wall-Stair 25tory5tair2/7 0.000 1.13 Door-Sgle-Int. Rm16/7 -0.037 -120.22 wall-znt Rml6/7 -0.037 -78.89 Door-Sgle-Int. Rm16/7 -0.037 -120.22 wall-znt Rml6/7 -0.037 -36.29 Door-Sgle-Int. Rm16/7 -0.037 -120.22 wall-znt Rm16/7 -0.037 -3.94 Door-Stair 2StoryStair2/7 0.000 8.23 wall-znt Rm20/7 -0.165 -59.27 wall-Int Rm16/7 -0.037 -77.32 �oor-sgle-znt. Rm20/7 -0.165 -253.29 Door-Sgle-Int. Rm16/7 -0.037 -120.22 wall-Stair Stair_2/7 0.256 21.90 Floor Ha112/6 0.018 1.38 wall-znt Rml6/7 -0.037 -28.40 Door-Stair Stair_2/7 0.256 316.03 �oor-Sgle-znt. Ambt -0.219 -292.20 Ha113 0.228 68.0 Floor Ha113/8 0.007 12.94 Missing�oor Nonvest4/7 0.000 364. 52 wall-znt Nonvest4/7 0.000 0. 53 �oor-Elev Elev_2/7 0.187 562.36 �oor-Elev Elev_2/7 0.187 562.36 wall-Int Rm15/7 -0.004 -6.99 �oor-Sgle-znt. RmlS/7 -0.004 -41.75 wall-Int Rm15/7 -0.004 -6.99 Door-Sgle-Int. Rm8/7 -0.017 -81.97 Wall-Int Rm8/7 -0.017 -14.20 Door-Sgle-Int. Rm8/7 -0.017 -81.97 Wall-Int Rm8/7 -0.017 -9.14 Door-Sgle-Int. Rm8/7 -0.017 -81.97 Wall-Int Rm8/7 -0.017 -10.76 �oor-Stair 25torystair/7 -0.001 -23.88 Wall-Stair 2StoryStair/7 -0.001 -2. 52 �ouble_�oor_znt suitel/7 0.001 32.93 Floor Ha113/6 0.010 15.43 �ouble_�oor_znt Rm9/7 -0.057 -299.09 wall-Int Rm12/7 -0.039 -9.72 �oor-Sgle-znt. Rm12/7 -0.039 -123.47 wall-Int Rm12/7 -0.039 -37.27 �oor-sgle-znt. Rml2/7 -0.039 -123.47 wall-Int Rm12/7 -0.039 -81.03 �oor-sgle-znt. Rml2/7 -0.039 -123.47 Page 56 Neutral Conditions doors closed with wind.txt wall-Int Rm10/7 -0.041 -46.21 wall-Int Rm12/7 -0.039 -87.51 Door-Sgle-Int. Rm10/7 -0.041 -125.74 Door-Sgle-Int. Rm12/7 -0.039 -123.47 wall-Int Rm10/7 -0.041 -62.05 wall-Int Rm12/7 -0.039 -11.34 Door-Sgle-Int. Rm10/7 -0.041 -125.74 Door-Stair Stair_5/7 0.219 292.16 wall-Stair Stair_5/7 0.219 30.85 wall-Int Rm10/7 -0.041 -6.60 Door-Sgle-Int. Rm10/7 -0.041 -125.74 Sma11Rm 0.172 68.0 Floor Ambt -0.172 -4. 54 Floor Ambt -0.172 -16.81 wall-Int Rml9/7 -0.080 -44.62 wall-Exterior Ambt -0.315 -11.92 Floor Rml9/6 -0.041 -2.21 Door-Sgle-Int. Ha112/7 0.047 135.90 wall-Stair 2Storystair2/7 0.048 7.04 Floor Rm20/6 0.025 6.37 wall-znt Rm20/7 -0.117 -69.21 25torystair2 0.219 68.0 163_stair 25torystair2/8 0.000 45. 56 wall-Stair Ha112/7 -0.000 -1.13 wall-Stair Sma11Rm/7 -0.048 -7.04 Floor Rm20/6 -0.023 -3.03 Door-Stair Ha112/7 -0.000 -8.23 wall-Stair Rm20/7 -0.165 -26.13 Rm12 0.189 68.0 Floor Rm12/8 -0.038 -139.39 wall-znt Ha113/7 0.039 9.72 Door-Sgle-Int. Ha113/7 0.039 123.47 wall-znt Ha113/7 0.039 37.27 Door-Sgle-Int. Ha113/7 0.039 123.47 wall-znt Ha113/7 0.039 81.03 Door-Sgle-Int. Ha113/7 0.039 123.47 wall-znt Suitel/7 0.040 9.16 wall-znt Ha113/7 0.039 87. 51 Floor Rm12/6 0.012 79.08 Door-Sgle-Int. Ha113/7 0.039 123.47 wall-znt Ha113/7 0.039 11.34 wall-Exterior Ambt -0.246 -57.93 wall-Exterior Ambt 0.012 32.81 wall-5tair Stair_5/7 0.258 16.40 wall-Exterior Ambt -0.332 -128. 51 wall-Exterior Ambt -0.33� -128. 51 wall-znt Rm10/7 -0.001 -3. 59 wall-Int Ambt -0.332 -45.69 �oor-Sngl-Ext Ambt -0.246 -38.62 wall-Exterior Ambt -0.246 -100.06 �oor-Sngl-Ext Ambt -0.246 -38.62 Door-Sngl-Ext Ambt -0.246 -38.62 wall-Exterior ambt -0.246 -100.06 Door-Sngl-Ext Ambt -0.246 -38.62 Rm16 0.182 68.0 Floor Rm16/8 -0.095 -81.05 Floor Ambt -0.182 -173.11 Floor Ambt -0.182 -3.81 Door-Sgle-Int. Ha112/7 0.037 120.22 wall-znt Ha112/7 0.037 78.89 Door-Sgle-Int. Ha112/7 0.037 120.22 wall-znt Ha112/7 0.037 36.29 Door-Sgle-Int. Ha112/7 0.037 120.22 Page 57 Neutral Conditions doors closed with wind.txt wall-znt Ha112/7 0.037 3.94 wall-Int Suite2/7 0.043 9. 51 wall-znt Ha112/7 0.037 77.32 wall-Exterior Ambt -0.239 -51.94 Floor Rml6/6 0.020 7.87 Floor Rm16/6 0.020 11.40 Floor Rm16/6 0.020 85.53 Door-Sgle-Int. Ha112/7 0.037 120.22 Wall-Int Ha112/7 0.037 28.40 wall-Exterior Ambt -0.326 -121.14 wall-Exterior Ambt -0.326 -112.06 wall-Exterior Ambt 0.019 40.75 wall-znt Ambt 0.019 8.22 Floor Rm16/6 0.020 1.25 �oor-sngl-Ext Ambt -0.239 -37.93 wall-Exterior Ambt -0.239 -98.68 wall-Exterior Ambt -0.239 -45.00 Door-Sngl-Ext Ambt -0.239 -37.93 wall-Exterior ambt -0.239 -34.62 Door-Sngl-Ext Ambt -0.239 -37.93 wall-Exterior ambt -0.239 -35.06 Rm20 0.054 68.0 Floor Ambt -0.054 -84.85 Floor Ambt -0.054 -6.31 wall-Stair 25torystair2/7 0.165 26.13 wall-Exterior Ambt 0.147 34.97 wall-Int Sma11Rm/7 0.117 69.21 wall-Exterior Ambt -0.198 -23.03 �oor-Sgle-znt. Ambt -0.054 -145.69 wall-znt Ha112/7 0.165 59.27 wall-Exterior Ambt -0.198 -15.21 Floor Rm20/6 0.142 136.95 �oor-Sgle-znt. Ha112/7 0.165 253.29 wall-Exterior Ambt -0.198 -63.79 wall-Stair Stair_2/7 0.421 77.96 wall-Exterior Ambt -0.112 -83.45 wall-Exterior ambt -0.198 -121.26 Floor Rm3/6 0.103 8.70 wall-Exterior ambt -0.198 -96.86 Wall-Exterior Ambt 0.147 71.16 wall-Exterior Ambt 0.147 37.10 wall-Exterior Ambt -0.198 -12.99 wall-Exterior Ambt -0.198 -12.99 wall-Exterior Ambt -0.112 -108.31 Rm10 0.187 68.0 Floor Ambt -0.187 -141.95 Floor Ambt -0.187 -4.39 wall-Int Rm9/7 -0.017 -25.50 wall-Exterior Ambt -0. 331 -15.27 wall-Int Ha113/7 0.041 46.21 wall-Exterior ambt 0.014 323. 55 Door-Sgle-Int. Ha113/7 0.041 125.74 Floor Rm10/6 0.015 39.78 wall-Exterior Ambt -0.331 -55.96 wall-znt Ha113/7 0.041 62.05 wall-Exterior Ambt -0.245 -17.93 �oor-Sgle-znt. Ha113/7 0.041 125.74 wall-znt Ha113/7 0.041 6.60 �oor-Sgle-znt. Ha113/7 0.041 125.74 wall-5tair 5tair_5/7 0.260 54.81 wall-Exterior Ambt -0.331 -55. 57 wall-Int Rm12/7 0.001 3. 59 wall-Exterior Ambt -0.245 -38.72 Page 58 Neutral Conditions doors closed with wind.txt wall-Exterior Ambt -0.245 -38.72 Wall-Exterior Ambt -0.245 -44.18 Floor Rmll/6 0.000 4.87 wall-Exterior Ambt -0.331 -138.39 wall-Exterior ambt -0. 331 -138.39 wall-Exterior Ambt -0.331 -56.18 Floor Rmll/6 0.000 0.13 wall-Exterior Ambt -0. 331 -56.18 wall-Exterior Ambt -0.245 -46.21 wall-Exterior Ambt -0.245 -45.29 Stair_2 0.475 68.0 Floor Ambt -0.475 -18.65 wall-Stair Rm20/7 -0.421 -77.96 200_Stair_11. 5 Stair_2/6 -0.000 -448. 55 wall-Stair Ha112/7 -0.256 -21.90 supply Stair2 n/a 900.00 �oor-Stair Ha112/7 -0.256 -316.03 wall-Stair Ambt -0.274 -16.90 Stair_5 0.447 68.0 Floor Ambt -0.447 -18.08 �oor-Stair Ha113/7 -0.219 -292.16 wall-5tair Ha113/7 -0.219 -30.85 wall-Stair Rm12/7 -0.258 -16.40 supply StairS n/a 5400.00 200_Stair_11. 5 Stair_5/6 -0.001 -4987.70 wall-Stair Rm10/7 -0.260 -54.81 level : 8 elevation: 85.5 ft zone P T path from dP Flowl Flow2 Courtyard 0.195 68.0 Floor Ambt -0.195 -182.32 Floor Ambt -0.195 -182.38 wall-Exterior Ambt 0.006 11.38 wall-Exterior Ambt 0.006 11.38 wall-Exterior ambt -0.339 -57.13 wall-Exterior Ambt -0.339 -57.13 wall-Exterior ambt 0.006 9.70 wall-Exterior Ambt 0.006 9.70 wall-Exterior ambt -0.339 -42.21 wall-Exterior Ambt 0.006 2.95 Floor Suite2/7 0.030 71. 52 Floor Suitel/7 0.034 75.74 wall-Exterior Ambt -0.339 -101.91 wall-Exterior Ambt -0.339 -101.91 �oor-stair Stair_3/8 0. 300 342.23 wall-Stair Stair_4/8 0. 332 53.44 wall-Stair Stair_3/8 0. 300 32.62 wall-Int Nonvest3/8 0.038 12.85 Wall-Int NonVest4/8 0.040 13.15 Door-Sgle-Int. Ha112/8 0.038 122.05 Door-Sgle-Int. Ha113/8 0.040 124.88 wall-Exterior Ambt 0.006 2.34 Wall-Int Rm12/8 -0.044 -9.64 wall-Exterior Ambt -0.252 -161.30 Rm18 0.149 68.0 Floor Ambt -0.149 -42.63 Floor Ambt -0.149 -88.70 wall-Exterior Ambt 0.052 87. 50 wall-Exterior Ambt -0.293 -78.93 wall-Exterior Ambt -0.293 -153. 55 wall-Exterior Ambt 0.052 17.83 Floor Rm19/7 -0.058 -26. 52 Floor Rml8/7 0.057 54.88 Page 59 Neutral Conditions doors closed with wind.txt wall-Exterior Ambt -0.293 -91.84 wall-znt Ha112/8 0.084 129.70 Door-Sgle-Int. Ha112/8 0.084 181.32 wall-Stair 25torystair2/8 0.070 10.94 Rm8 0.141 68.0 Floor Ambt -0.141 -78.85 wall-znt Ambt 0.060 60.11 Floor Rm8/7 0.069 55.14 wall-znt Ambt -0.285 -236.29 wall-Int Ambt -0.285 -236.29 wall-znt Ha113/8 0.093 33.07 Door-Sgle-Int. Ha113/8 0.093 190.90 wall-znt Ha113/8 0.093 21.30 Door-Sgle-Int. Ha113/8 0.093 190.90 Stair_3 0.495 68.0 Floor Ambt -0.495 -22.18 wall-Stair Ambt -0. 553 -65.75 �oor-Stair Courtyard/8 -0. 300 -342.23 233_Stair_11. 5 Stair_3/7 0.000 804.84 wall-Stair Courtyard/8 -0. 300 -32.62 wall-Stair Elev_1/8 -0.079 -16.61 wall-5tair Nonvest3/8 -0.262 -5.85 �oor-Stair Nonvest3/8 -0.262 -319.60 Stair_4 0. 527 68.0 Floor Ambt -0. 527 -22.88 wall-5tair Courtyard/8 -0. 332 -53.44 wall-Stair Ambt -0.326 -23.53 233_Stair_11. 5 Stair_4/7 0.000 489.68 wall-stair Ambt -0.671 -26.44 �oor-Stair Nonvest4/8 -0.�92 -337.40 wall-stair Nonvest4/8 -0.292 -6.18 wall-5tair Elev_2/8 -0.112 -19.80 Elev_1 0.416 68.0 Floor Ambt -0.416 -11.96 wall-Stair Stair_3/8 0.079 16.61 wall-Elevator Ambt -0.215 -15.64 supply Elevatorl n/a 8200.02 11.5_Elevator Elev_1/7 -0.000 -7061.41 wall-Elevator Nonvest3/8 -0.183 -14.42 �oor-Elev Ha112/8 -0.183 -556.61 �oor-Elev Ha112/8 -0.183 -556.61 Nonvest3 0.233 68.0 Floor ambt -0.233 -3.66 wall-5tair Stair_3/8 0.262 5.85 �oor-Stair Stair_3/8 0.262 319.60 Floor Nonvest3/7 -0.014 -0.90 wall-Elevator Elev_1/8 0.183 14.42 wall-Int Courtyard/8 -0.038 -12.85 Wall-Int Ha112/8 -0.000 -0.48 Missing�oor Ha112/8 -0.000 -321.98 Nonvest4 0.235 68.0 Floor Ambt -0.235 -3.67 �oor-Stair Stair_4/8 0.292 337.40 wall-5tair 5tair_4/8 0.292 6.18 Floor Nonvest4/7 -0.007 -0.64 wall-Int Courtyard/8 -0.040 -13.15 Wall-Elevator Elev_2/8 0.180 14.29 Missing�oor Ha113/8 -0.000 -339.91 wall-znt Ha113/8 -0.000 -0. 50 Elev_2 0.415 68.0 Floor Ambt -0.415 -11.94 wall-Stair Stair_4/8 0.112 19.80 wall-Elevator Nonvest4/8 -0.180 -14.29 Page 60 Neutral Conditions doors closed with wind.txt 11. 5_Elevator Elev_2/7 -0.000 -7074.78 supply Elevator2 n/a 8200.00 wall-Elevator Ambt -0.214 -15. 58 �oor-Elev Ha113/8 -0.180 -551.61 �oor-Elev Ha113/8 -0.180 -551.61 25torystair 0.226 68.0 Floor Ambt -0.226 -9. 52 wall-Stair Ambt -0.025 -10.82 wall-Stair Ambt -0.025 -5.13 163_Stair 2Storystair/7 -0.000 -4.90 wall-Stair Ambt -0.370 -19.64 Door-Stair Ha113/8 0.009 57.75 wall-Stair Ha113/8 0.009 0.71 wall-Stair Ambt -0.025 -8.46 Ha112 0.233 68.0 Floor Ambt -0.233 -26.12 Floor Ambt -0.233 -32.66 wall-Int Rm18/8 -0.084 -129.70 Door-Sgle-Int. Rml8/8 -0.084 -181.32 wall-Int Ambt -0.032 -19.79 �oor-Sgle-znt. Ambt -0.233 -301.44 Wall-Int Ambt -0.032 -14.41 �oor-Elev Elev_1/8 0.183 556.61 �oor-Elev Elev_1/8 0.183 556.61 Wall-Int NonVest3/8 0.000 0.48 Missing�oor Nonvest3/8 0.000 321.98 Floor Ha112/7 -0.014 -6.42 Floor Ha112/7 -0.014 -8.02 �oor-sgle-znt. Courtyard/8 -0.038 -122.05 wall-Stair 25torystair2/8 -0.014 -5.26 �oor-sgle-znt. Rml6/8 -0.147 -239.00 wall-Int Rm16/8 -0.147 -156.85 wall-Exterior Ambt -0.291 -90.40 Door-Stair 25tory5tair2/8 -0.014 -73.62 wall-Exterior Ambt -0.291 -28.61 Ha113 0.235 68.0 Missing�oor Nonvest4/8 0.000 339.91 wall-Int Nonvest4/8 0.000 0. 50 �oor-Elev Elev_2/8 0.180 551.61 �oor-Elev Elev_2/8 0.180 551.61 wall-znt Ambt -0.034 -48.13 wall-Int Rm8/8 -0.093 -33.07 �oor-Sgle-znt. Rm8/8 -0.093 -190.90 wall-Int Rm8/8 -0.093 -21.30 �oor-Sgle-znt. Rm8/8 -0.093 -190.90 wall-Exterior Ambt -0.034 -9.76 Door-Stair 2StoryStair/8 -0.009 -57.75 wall-Stair 2StoryStair/8 -0.009 -0.71 Door-Sgle-Int. Courtyard/8 -0.040 -124.88 Floor Ha113/7 -0.007 -12.94 wall-Exterior Ambt -0.379 -22.04 Wall-Int Rm12/8 -0.084 -14.26 Door-Sgle-Int. Rml2/8 -0.084 -181.14 wall-Int Rm12/8 -0.084 -54.68 Door-Sgle-Int. Rm12/8 -0.084 -181.14 Wall-Int Rm12/8 -0.084 -118.87 Door-Sgle-Int. Rml2/8 -0.084 -181.14 2StoryStair2 0.219 68.0 Floor Ambt -0.219 -9.37 wall-Stair Rm18/8 -0.070 -10.94 wall-Stair Ha112/8 0.014 5.26 Wall-Stair Ambt -0.018 -4.34 163_Stair 2StoryStair2/7 -0.000 -45. 56 Page 61 Neutral Conditions doors closed with wind.txt �oor-Stair Ha112/8 0.014 73.62 wall-Stair Ambt -0.018 -8.66 Rm12 0.151 68.0 Floor Ambt -0.151 -277.71 wall-znt Ha113/8 0.084 14.26 Door-Sgle-Int. Ha113/8 0.084 181.14 wall-Int Ha113/8 0.084 54.68 Door-Sgle-Int. Ha113/8 0.084 181.14 Wall-Int Ha113/8 0.084 118.87 Door-Sgle-Int. Ha113/8 0.084 181.14 Wall-Int Courtyard/8 0.044 9.64 wall-Exterior Ambt 0.050 64.32 Floor Rm12/7 0.038 139.39 Wall-Exterior Ambt -0.208 -7.26 wall-Exterior Ambt -0.208 -53.27 wall-Exterior Ambt 0.050 66.11 wall-Exterior Ambt -0.294 -120.95 wall-Exterior Ambt -0.294 -120.95 wall-Exterior ambt -0.294 -107.99 Door-Sngl-Ext Ambt -0.208 -34.64 wall-Exterior ambt -0.208 -92.02 Door-Sngl-Ext Ambt -0.208 -34.64 Door-Sngl-Ext Ambt -0.208 -34.64 Wall-Exterior Ambt -0.208 -92.02 �oor-Sngl-Ext Ambt -0.208 -34.64 Rm16 0.087 68.0 Floor Ambt -0.087 -77.21 Door-Sgle-Int. Ha112/8 0.147 239.00 wall-znt Ha112/8 0.147 156.85 Floor Rm16/7 0.095 81.05 wall-Exterior Ambt -0.230 -162.99 wall-Exterior Ambt -0.230 -162.99 wall-Exterior Ambt -0.144 -73.72 level : Roof elevation: 97.0 ft zone P T path from dP Flowl Flow2 systems: name air flows: recirc outside Barom._�amper 0.00 0.00 Elevatorl 0.00 8200.02 Elevator2 0.00 8200.00 Small_Elevator 0.00 0.00 Stairl 0.00 3300.00 Stair2 0.00 5000.00 Stair3 0.00 5949.99 Stair4 0.00 5249.99 StairS 0.00 5400.00 Stair6 0.00 3050.00 Note: flows in scfm pressures in in.H2O temperatures in °F �'� indicates limit exceeded Page 62 Summer doors closed with no wind.txt project: Summer doors closed with no wind Fri Oct 10 19:27: 54 2008 description: simulation date: 7an01 simulation time: 00:00:00 ambient temperature: 95.0 °F barometric pressure: 101325.0 Pa wind speed: 0.0 mph wind direction: 0.0 deg level : Garage elevation: 0.0 ft zone P T path from dP Flowl Flow2 Officel 0.227 68.0 Floor Parking/1 -0.009 -33.33 wall-znt Parking/Garage -0.009 -20.16 wall-znt office3/Garage -0.008 -31.98 wall-znt Corridor/Garage 0.001 8.71 �ouble_�oor_znt Corridor/Garage 0.001 43.88 wall-znt Corridor/Garage 0.001 10.94 �oor-5gle-znt. Corridor/Garage 0.001 21.94 Storagel 0.218 68.0 Floor Openspace2/1 -0.025 -16.45 wall-znt Office3/Garage 0.002 10.76 wall-znt office4/Garage -0.000 -3.81 �ouble_�oor_znt Office4/Garage -0.000 -20.93 �oor-5gle-znt. Office3/Garage 0.002 24.29 wall-znt Office3/Garage 0.002 6.14 Corridor 0.228 68.0 Floor Parking/1 -0.011 -22.33 wall-znt Officel/Garage -0.001 -8.71 �ouble_�oor_znt Officel/Garage -0.001 -43.88 wall-znt officel/Garage -0.001 -10.94 �oor-Sgle-znt. Officel/Garage -0.001 -21.94 �oor-Sgle-znt. Office3/Garage -0.009 -58.43 wall-znt Office2/Garage -0.005 -45. 59 wall-Int Parking/Garage -0.011 -18.41 �oor-Sgle-znt. Office2/Garage -0.005 -42.62 wall-znt Office3/Garage -0.009 -89.72 wall-znt Office2/Garage -0.005 -2.80 �ouble_�oor_znt Office2/Garage -0.005 -85.24 �oor-Stair Stair_3/Garage 0.251 312.96 wall-znt Office2/Garage -0.005 -14.45 wall-stair Stair4/Garage 0.261 37.26 �oor-Stair Stair4/Garage 0.�61 318.79 wall-Stair Stair4/Garage 0.261 16. 52 �ouble_�oor_znt Parking/Garage -0.011 -128.97 wall-znt Parking/Garage -0.011 -18.34 �oor-Sgle-znt. Parking/Garage -0.011 -64.48 wall-znt Parking/Garage -0.011 -8.68 Office3 0.220 68.0 Floor Parking/1 -0.002 -14.19 Floor openspace2/1 -0.027 -49.16 wall-znt officel/Garage 0.008 31.98 wall-znt Storagel/Garage -0.002 -10.76 �oor-Sgle-znt. Corridor/Garage 0.009 58.43 �oor-Sgle-znt. Storagel/Garage -0.002 -24.29 wall-Int Storagel/Garage -0.002 -6.14 wall-znt Office4/Garage -0.002 -2.13 �ouble_�oor_znt Office4/Garage -0.002 -52.90 wall-Int Corridor/Garage 0.009 89.72 wall-znt Office4/Garage -0.002 -4.86 Page 1 Summer doors closed with no wind.txt wall-znt Parking/Garage -0.002 -15.70 Office4 0.218 68.0 Floor OpenSpace2/1 -0.025 -62.76 Floor Hallway/1 -0.025 -3.19 wall-znt Storagel/Garage 0.000 3.81 �ouble_�oor_znt Storagel/Garage 0.000 20.93 wall-znt Office3/Garage 0.002 2.13 �ouble_�oor_znt office3/Garage 0.002 52.90 wall-znt Office3/Garage 0.002 4.86 wall-Int Parking/Garage -0.000 -2.04 �ouble_�oor_znt Parking/Garage -0.000 -13.39 wall-Int Parking/Garage -0.000 -0. 55 wall-znt Office/Garage -0.000 -2.70 Office2 0.224 68.0 Floor Parking/1 -0.006 -22. 52 wall-znt Corridor/Garage 0.005 45. 59 �oor-Sgle-znt. Corridor/Garage 0.005 42.62 wall-znt Corridor/Garage 0.005 2.80 �ouble_�oor_znt Corridor/Garage 0.005 85.24 wall-Stair 5tair_3/Garage 0.256 48.21 wall-znt Corridor/Garage 0.005 14.45 wall-5tair Stair4/Garage 0.265 16.66 wall-Int Parking/Garage -0.006 -4.02 �ouble_�oor_znt Parking/Garage -0.006 -96.78 wall-znt Parking/Garage -0.006 -31.44 �ouble_�oor_znt Parking/Garage -0.006 -96.78 wall-znt Parking/Garage -0.006 -4.02 stair_3 0.480 68.0 233_StairGarage Stair_3/1 0.000 719.11 �oor-Stair Corridor/Garage -0.251 -312.96 wall-Stair Office2/Garage -0.256 -48.21 wall-Stair Parking/Garage -0.262 -16. 55 wall-Stair Elev_1/Garage -0.075 -16.15 wall-Stair Nonvest3/Garage -0.262 -5.85 �oor-Stair Nonvest3/Garage -0.262 -319.39 stair4 0.489 68.0 233_StairGarage Stair_4/1 0.000 550. 50 wall-5tair Corridor/Garage -0.261 -37.26 �oor-stair Corridor/Garage -0.261 -318.79 wall-Stair Office2/Garage -0.�65 -16.66 wall-Stair Corridor/Garage -0.261 -16. 52 Door-Stair-0.1 Nonvest4/Garage -0.271 -135. 50 wall-Stair Nonvest4/Garage -0.271 -5.96 wall-5tair Elev_2/Garage -0.113 -19.82 Elev_1 0.405 68.0 14_Elevator Elev_1/1 0.000 392.31 wall-Stair Stair_3/Garage 0.075 16.15 wall-Elevator Parking/Garage -0.187 -14. 58 wall-Elevator Nonvest3/Garage -0.187 -14. 57 �oor-Elev Elevator_l�obby/Garage -0.021 -189.65 �oor-Elev Elevator_l�obby/Garage -0.021 -189.65 Nonvest3 0.218 68.0 Floor Nonvest3/1 0.000 0.00 wall-5tair Stair_3/Garage 0.262 5.85 Door-Stair Stair_3/Garage 0.262 319.39 wall-Elevator Elev_1/Garage 0.187 14. 57 wall-znt Parking/Garage -0.000 -1.00 wall-Int Parking/Garage -0.000 -0. 50 MissingDOOr Parking/Garage -0.000 -338.31 Nonvest4 0.218 68.0 Floor Nonvest4/1 0.000 0.00 �oor-Stair-0.1 Stair4/Garage 0.271 135. 50 wall-Stair Stair4/Garage 0.271 5.96 Page 2 Summer doors closed with no wind.txt wall-znt Parking/Garage -0.000 -0.55 wall-Elevator Elev_2/Garage 0.159 13.43 MissingDoor Parking/Garage -0.000 -154.07 wall-Int Parking/Garage -0.000 -0.27 Elev_2 0. 377 68.0 14_Elevator Elev_2/1 0.000 356.60 wall-Stair Stair4/Garage 0.113 19.82 wall-Elevator Nonvest4/Garage -0.159 -13.43 wall-Elevator Parking/Garage -0.159 -13.43 Door-Elev Elevator_2�obby/Garage -0.018 -174.78 �oor-Elev Elevator_2�obby/Garage -0.018 -174.78 Office 0.218 68.0 Floor Hallway/1 -0.024 -3. 53 Floor openspace2/1 -0.024 -7.26 Floor OpenSpace2/1 -0.024 -2.12 wall-znt Office4/Garage 0.000 2.70 wall-znt Parking/Garage 0.000 1.39 Door-Sgle-Int. Parking/Garage 0.000 6.89 wall-znt Parking/Garage 0.000 1.94 Elevator_l�obby 0.384 68.0 Floor Elevator_l�obby/1 -0.000 -0.46 �oor-Elev Elev_1/Garage 0.021 189.65 �oor-Elev Elev_1/Garage 0.0�1 189.65 �oor-Sgle-znt. Parking/Garage -0.166 -254.27 wall-Int Parking/Garage -0.166 -124. 58 Elevator_2�obby 0.358 68.0 Floor Elevator_2�obby/1 -0.001 -0. 59 Door-Elev Elev_2/Garage 0.018 174.78 �oor-Elev Elev_2/Garage 0.018 174.78 Door-Sgle-Int. Parking/Garage -0.141 -234.21 wall-znt Parking/Garage -0.141 -114.76 stair_2 0.468 68.0 200_StairGarage stair_2/1 0.000 413.73 wall-Stair Parking/Garage -0.251 -101.14 �oor-Stair Parking/Garage -0.251 -312. 59 Stairl 0.418 68.0 200_StairGarage Stair_5/1 0.000 370.04 �oor-Stair Parking/Garage -0.�01 -279. 58 wall-Stair Parking/Garage -0.201 -90.46 Parking 0.218 68.0 Floor Room6/1 -0.014 -37.16 Garage0pen�1 Parking/1 -0.000 -856.34 Floor RoomS/1 -0.009 -19.01 Floor Parking/1 -0.000 -0.20 Floor OpenSpace2/1 -0.025 -123.11 Floor Hallway/1 -0.025 -1.06 Floor OpenSpace2/1 -0.025 -1.06 Floor Room4/1 -0.001 -5.19 Floor Room7/1 -0.000 -1.01 Floor 2_Storystair2/1 -0.025 -3.85 Floor StairEntry/1 -0.025 -1.21 Floor Entryway/1 -0.010 -2.66 Floor Cooridorl/1 -0.012 -7.82 Floor Corridor2/1 -0.027 -20.44 Floor Stair2Corridor/1 0.000 0.26 Floor 2_StoryStairl/1 0.010 3.00 Floor Stair2Passage/1 0.249 13.84 Floor Roomll/1 -0.053 -64.71 Floor Rooml2/1 -0.055 -51.60 Floor Room13/1 -0.0�9 -38.71 Floor Rooml4/1 -0.026 -34.77 Page 3 Summer doors closed with no wind.txt Floor Room10/1 -0.022 -29.63 Floor Room3/1 -0.005 -10.43 Floor Openspacel/1 -0.009 -72. 56 Floor Room8/1 -0.009 -25.26 Floor Room9/1 -0.013 -22. 50 Floor Room15/1 -0.078 -6.55 Floor Room15/1 -0.078 -18.94 Floor Stair6/1 0.242 13.31 Floor Stair6Passage/1 0.240 7.29 Floor Ambt -0.217 -1039.70 Floor Rooml/1 -0.188 -65.34 Floor StairlPassage/1 0.219 16.45 Floor Room2/1 -0.168 -67.00 wall-znt Officel/Garage 0.009 20.16 wall-Int Corridor/Garage 0.011 18.41 wall-5tair Stair_3/Garage 0.262 16. 55 wall-znt Office2/Garage 0.006 4.02 �ouble_�oor_znt Office2/Garage 0.006 96.78 wall-znt Office2/Garage 0.006 31.44 �ouble_�oor_znt Office2/Garage 0.006 96.78 wall-znt Office2/Garage 0.006 4.02 �ouble_�oor_znt Corridor/Garage 0.011 128.97 wall-znt Corridor/Garage 0.011 18.34 �oor-Sgle-znt. Corridor/Garage 0.011 64.48 wall-znt Corridor/Garage 0.011 8.68 wall-znt office3/Garage 0.002 15.70 wall-znt Office4/Garage 0.000 2.04 �ouble_�oor_znt Office4/Garage 0.000 13.39 wall-znt Office4/Garage 0.000 0. 55 wall-Elevator Elev_1/Garage 0.187 14. 58 wall-znt Nonvest3/Garage 0.000 1.00 wall-znt Nonvest4/Garage 0.000 0. 55 wall-Elevator Elev_2/Garage 0.159 13.43 wall-znt Nonvest3/Garage 0.000 0. 50 Missing�oor Nonvest3/Garage 0.000 338.31 Missing�oor Nonvest4/Garage 0.000 154.07 wall-znt Nonvest4/Garage 0.000 0.27 wall-znt office/Garage -0.000 -1.39 Door-Sgle-Int. Elevator_1LObby/Garage 0.166 254.27 Door-Sgle-Int. Elevator_2LObby/Garage 0.141 234.21 wall-znt Elevator_l�obby/Garage 0.166 124. 58 wall-Int Elevator_2�obby/Garage 0.141 114.76 Door-Sgle-Int. Office/Garage -0.000 -6.89 wall-znt Office/Garage -0.000 -1.94 wall-Stair Stair_2/Garage 0.251 101.14 �oor-Stair Stairl/Garage 0.�01 279. 58 wall-Stair Stairl/Garage 0.201 90.46 �oor-5tair Stair_2/Garage 0.251 312. 59 wall-znt Storage_1/Garage -0.000 -3.62 �oor-Sgle-znt. Storage_1/Garage -0.000 -4. 59 �ouble_�oor_znt Storage_1/Garage -0.000 -9.18 wall-znt 5torage_1/Garage -0.000 -1. 54 wall-znt Storage_2/Garage -0.000 -5.11 �ouble_�oor_znt Storage_2/Garage -0.000 -21. 50 wall-znt storage_2/Garage -0.000 -2.16 wall-Stair Stair_1/Garage 0.�29 15.43 �ouble_�oor_znt GarageEngtrance/Garage -0.027 -203.44 wall-znt GarageEngtrance/Garage -0.027 -41.39 �ouble_�oor_znt GarageEngtrance/Garage -0.027 -203.44 wall-Elevator Elevatorshortl/Garage 0.020 9.95 �oor-Elev Elevatorshortl/Garage 0.020 186.16 wall-Stair Stair_1/Garage 0.229 60.74 Door-Stair Stair_1/Garage 0.229 298.47 Page 4 Summer doors closed with no wind.txt wall-Elevator Elevatorshort2/Garage -0.162 -15.00 wall-znt GarageEngtrance/Garage -0.027 -50. 50 Storage_1 0.218 68.0 Floor Room15/1 -0.078 -18.93 wall-znt Parking/Garage 0.000 3.62 Door-Sgle-Int. Parking/Garage 0.000 4. 59 �ouble_�oor_znt Parking/Garage 0.000 9.18 wall-Int Parking/Garage 0.000 1. 54 Storage_2 0.217 68.0 Floor Ambt -0.217 -28.78 wall-Int Parking/Garage 0.000 5.11 �ouble_�oor_znt Parking/Garage 0.000 21. 50 wall-znt Parking/Garage 0.000 2.16 ElevatorShortl 0.238 68.0 ElevShort�l ElevShortl/1 0.000 177. 59 wall-Elevator Parking/Garage -0.020 -9.95 wall-Stair Stair_1/Garage 0.208 18.53 �oor-Elev Parking/Garage -0.020 -186.16 GarageEngtrance 0.191 68.0 Floor Ambt -0.190 -30. 58 �ouble_�oor_znt Parking/Garage 0.027 203.44 wall-Int Parking/Garage 0.027 41.39 �ouble_�oor_znt Parking/Garage 0.027 203.44 wall-Stair Stair_1/Garage 0.�55 20. 52 �oor-Elev Elevatorshort2/Garage -0.136 -479. 50 wall-Elevator Elevatorshort2/Garage -0.136 -9.20 wall-Int Parking/Garage 0.027 50. 50 stair_1 0.446 68.0 200_StairGarage Stair_1/1 0.000 435.16 wall-Stair Parking/Garage -0.229 -15.43 wall-stair Elevatorshortl/Garage -0.208 -18. 53 wall-5tair GarageEngtrance/Garage -0.255 -20. 52 wall-Stair Elevatorshort2/Garage -0.391 -21.47 wall-Stair Parking/Garage -0.�29 -60.74 �oor-Stair Parking/Garage -0.229 -298.47 Elevatorshort2 0.055 68.0 Elevshort2_�1 Elevator5hort2/1 -0.000 -525.16 �oor-Elev GarageEngtrance/Garage 0.136 479. 50 wall-Stair Stair_1/Garage 0. 391 21.47 wall-Elevator GarageEngtrance/Garage 0.136 9.20 wall-Elevator Parking/Garage 0.162 15.00 level : 1 elevation: 1.0 ft zone P T path from dP Flowl Flow2 Room6 0.203 68.0 Floor Parking/2 0.014 31.56 wall-Exterior Ambt -0.201 -163.98 wall-Exterior Ambt -0.201 -82.23 Wall-Int Parking/1 0.014 44.30 Floor Parking/Garage 0.014 37.16 wall-znt Openspacel/1 0.005 3.10 Door-Sgle-Int. OpenSpacel/1 0.005 44.27 wall-Int RoomS/1 0.005 37.20 �oor-Sgle-znt. OpenSpacel/1 0.005 44.27 wall-znt Openspacel/1 0.005 4.36 Parking 0.217 68.0 Garage0pen�2 Parking/2 -0.000 -1295.73 Floor Parking/2 -0.000 -0.29 Floor Storagel/2 0.066 14.20 Floor Storage2/2 0.066 14.22 Floor Ha112/2 0.071 26.71 Floor Ha113/2 0.073 3.13 Page 5 Summer doors closed with no wind.txt Floor Ha114/2 0.069 7.10 Floor Rm8/2 0.037 44.03 Floor Office/2 0.048 35.00 Floor Private/2 0.046 33.40 Floor Bathrooml/2 0.067 33.44 Floor Ha112/2 0.071 18.02 Floor Rm6/2 0.020 3.84 Floor Rm7/2 0.008 2.36 Floor Courtyard/2 0.009 4.49 Floor Rm9/2 0.007 2.31 Floor Rm10/2 0.025 2.78 wall-Exterior Ambt -0.214 -655.73 Floor Officel/Garage 0.009 33.33 Wall-Int Room6/1 -0.014 -44.30 Floor Office3/Garage 0.002 14.19 Garageopen�l Parking/Garage 0.000 856.34 Floor Corridor/Garage 0.011 22.33 Floor office2/Garage 0.006 22. 52 wall-znt Openspace2/1 -0.025 -132.43 wall-Stair 5tair_3/1 0.262 77.33 wall-Stair Stair_4/1 0.271 78.71 wall-Elevator Elev_1/1 0.187 14. 58 Wall-Int NonVest3/1 0.000 1.00 wall-Int Nonvest4/1 0.000 0. 55 wall-Elevator Elev_2/1 0.159 13.43 wall-Stair openspacel/1 -0.009 -16. 55 wall-znt Nonvest3/1 0.000 0. 50 Missing�oor Nonvest3/1 0.000 340.33 Missing�oor Nonvest4/1 0.000 156.10 Wall-Int NonVest4/1 0.000 0.28 Door-Sgle-Int. Elevator_1LObby/1 0.166 254.02 Door-Sgle-Int. Elevator_2LObby/1 0.140 233.77 wall-znt Elevator_l�obby/1 0.166 124.46 Floor Parking/Garage 0.000 0.20 wall-Int Elevator_2�obby/1 0.140 114. 54 Wall-Int Entryway/1 -0.010 -3.42 wall-znt Cooridorl/1 -0.012 -8.45 �oor-5gle-znt. Cooridorl/1 -0.012 -67.08 wall-znt Cooridorl/1 -0.012 -50.71 �oor-Sgle-znt. Cooridorl/1 -0.012 -67.08 wall-znt Cooridorl/1 -0.012 -6.16 Door-Sgle-Int. Corridor2/1 -0.027 -101.87 wall-znt Corridor2/1 -0.027 -153.75 RoomS 0.208 68.0 Floor Parking/2 0.009 25.06 wall-Int Room6/1 -0.005 -37.20 wall-Int OpenSpacel/1 -0.000 -0.23 Floor Parking/Garage 0.009 19.01 �oor-Sgle-znt. OpenSpacel/1 -0.000 -0.86 wall-znt openspacel/1 -0.000 -5.80 Hallway 0.192 68.0 Floor Parking/2 0.025 7.78 �oor-Sgle-znt. OpenSpace2/1 -0.000 -4.04 Floor Office4/Garage 0.025 3.19 wall-znt Openspace2/1 -0.000 -3.66 wall-znt Openspace2/1 -0.000 -3.66 Floor Office/Garage 0.024 3. 53 Floor Parking/Garage 0.025 1.06 Door-Sgle-Int. StairEntry/1 -0.000 -4.22 stair_3 0.479 68.0 233_Stair�ev2 stair_3/2 0.000 1137.84 wall-Stair Parking/1 -0.�62 -77.33 233_StairGarage Stair_3/Garage -0.000 -719.11 Page 6 Summer doors closed with no wind.txt wall-Stair Elev_1/1 -0.075 -16.16 wall-Stair Nonvest3/1 -0.262 -5.85 �oor-Stair Nonvest3/1 -0.262 -319.40 stair_4 0.488 68.0 233_stair�ev2 stair_4/2 0.000 790.48 233_5tairGarage Stair4/Garage -0.000 -550. 50 wall-stair Parking/1 -0.271 -78.71 Door-Stair-0.1 Nonvest4/1 -0.271 -135. 50 wall-Stair Nonvest4/1 -0.271 -5.96 wall-5tair Elev_2/1 -0.113 -19.82 openspace2 0.192 68.0 Floor Parking/2 0.025 140. 56 Floor Rm15/2 0.039 18.49 Floor Ha114/2 0.093 8.27 Floor Office/2 0.073 10.97 Floor Rm14/2 0.070 10.77 Floor Rml3/2 0.092 22.75 Floor Ha114/2 0.093 4.14 Floor Rm10/2 0.050 1. 51 Floor Ha115/2 0.217 36.74 Floor Rmll/2 0.068 2.58 Floor Rm12/2 0.032 36.18 Floor Ambt -0.183 -5.78 wall-Exterior Ambt -0.190 -159.42 Door-Sgle-Int. Hallway/1 0.000 4.04 Floor 5toragel/Garage 0.025 16.45 Floor Office3/Garage 0.027 49.16 Floor Office4/Garage 0.025 62.76 wall-znt Parking/1 0.025 132.43 wall-znt Hallway/1 0.000 3.66 wall-znt Hallway/1 0.000 3.66 wall-Exterior Ambt -0.190 -176.06 Floor Parking/Garage 0.025 123.11 Floor Office/Garage 0.0�4 7.26 Floor Office/Garage 0.024 2.12 Floor Parking/Garage 0.025 1.06 wall-Stair 2_StoryStair2/1 -0.000 -0.21 wall-Int StairEntry/1 -0.000 -0.18 wall-znt Corridor2/1 -0.002 -9. 53 Door-Sgle-Int. StairEntry/1 -0.000 -1.23 wall-Stair 2_StoryStair2/1 -0.000 -1.44 Door-Sgle-Int. Corridor2/1 -0.002 -27.94 wall-Stair Stair_5/1 0.225 105.91 wall-Int Room14/1 -0.001 -22.68 wall-Exterior Ambt -0.190 -221.80 wall-Int Room15/1 -0.054 -123. 53 wall-Exterior Ambt -0.190 -22.18 Door_DOUble_Ext Ambt -0.190 -32. 59 Elev_1 0.404 68.0 Elevator Elev_1/2 0.000 787. 50 wall-Stair Stair_3/1 0.075 16.16 wall-Elevator Parking/1 -0.187 -14. 58 14_Elevator Elev_1/Garage -0.000 -392.31 wall-Elevator Nonvest3/1 -0.187 -14. 57 �oor-Elev Elevator_l�obby/1 -0.022 -191.09 Door-Elev Elevator_l�obby/1 -0.022 -191.09 Nonvest3 0.217 68.0 Floor Nonvest3/2 0.071 2.02 wall-Stair Stair_3/1 0.262 5.85 Door-Stair Stair_3/1 0.262 319.40 Floor Nonvest3/Garage -0.000 -0.00 wall-Elevator Elev_1/1 0.187 14. 57 Wall-Int Parking/1 -0.000 -1.00 Page 7 Summer doors closed with no wind.txt wall-znt Parking/1 -0.000 -0. 50 MissingDOOr Parking/1 -0.000 -340.33 Nonvest4 0.217 68.0 Floor Nonvest4/2 0.072 2.04 �oor-Stair-0.1 Stair_4/1 0.271 135. 50 wall-5tair Stair_4/1 0.271 5.96 Floor Nonvest4/Garage -0.000 -0.00 wall-Int Parking/1 -0.000 -0. 55 wall-Elevator Elev_2/1 0.159 13.43 MissingDOOr Parking/1 -0.000 -156.10 wall-znt Parking/1 -0.000 -0.28 Elev_2 0. 376 68.0 Elevator Elev_2/2 0.000 718.40 wall-Stair Stair_4/1 0.113 19.82 wall-Elevator Nonvest4/1 -0.159 -13.43 14_Elevator Elev_2/Garage -0.000 -356.60 wall-Elevator Parking/1 -0.159 -13.43 Door-Elev Elevator_2�obby/1 -0.019 -177.37 �oor-Elev Elevator_2�obby/1 -0.019 -177.37 Elevator_l�obby 0.383 68.0 Floor Ha112/2 -0.095 -4.16 Door-Elev Elev_1/1 0.022 191.09 Door-Elev Elev_1/1 0.022 191.09 Floor Elevator_l�obby/Garage 0.000 0.46 �oor-Sgle-znt. Parking/1 -0.166 -254.02 wall-Int Parking/1 -0.166 -124.46 Elevator_2�obby 0.357 68.0 Floor Ha113/2 -0.068 -7.04 Door-Elev Elev_2/1 0.019 177.37 Door-Elev Elev_2/1 0.019 177.37 �oor-Sgle-znt. Parking/1 -0.140 -233.77 Floor Elevator_2�obby/Garage 0.001 0. 59 wall-Int Parking/1 -0.140 -114. 54 Room4 0.216 68.0 Floor Parking/2 0.001 6.66 �oor-Sgle-znt. Openspacel/1 -0.008 -55.76 wall-Int Openspacel/1 -0.008 -46.11 Wall-Int Room7/1 0.000 4.22 Floor Parking/Garage 0.001 5.19 wall-Int Stair2Corridor/1 0.001 5.07 �oor-Sgle-znt. OpenSpacel/1 -0.008 -55.76 wall-znt 5tair2Passage/1 0.250 136.48 Room7 0.217 68.0 Floor Parking/2 0.000 2.05 wall-Int Room4/1 -0.000 -4.22 wall-znt openspacel/1 -0.008 -33.99 Floor Parking/Garage 0.000 1.01 wall-Int Stair2Corridor/1 0.000 35.16 StairEntry 0.192 68.0 Floor Parking/2 0.025 1.21 Door-Sgle-Int. Hallway/1 0.000 4.22 Door-Sgle-Int. 2_Storystair2/1 -0.000 -7.69 wall-znt Openspace2/1 0.000 0.18 wall-Stair 2_Storystair2/1 -0.000 -0.35 Floor Parking/Garage 0.025 1.21 �oor-Sgle-znt. Openspace2/1 0.000 1.23 2_Storystair2 0.192 68.0 200_Stair�evl 2_Storystair2/2 0.000 52.21 Wall-Stair OpenSpace2/1 0.000 0.21 Door-Sgle-Int. StairEntry/1 0.000 7.69 wall-Stair StairEntry/1 0.000 0.35 Floor Parking/Garage 0.025 3.85 Wall-Stair OpenSpace2/1 0.000 1.44 Page 8 Summer doors closed with no wind.txt wall-Stair Ambt -0.189 -58.28 Wall-Stair Ambt -0.189 -7.47 Stair2Corridor 0.217 68.0 Floor Parking/2 -0.000 -0.97 wall-znt Room7/1 -0.000 -35.16 wall-Int Room4/1 -0.001 -5.07 Door-Sgle-Int. OpenSpacel/1 -0.009 -58.46 Floor Parking/Garage -0.000 -0.26 wall-Stair Stair_2/1 0.251 51. 56 wall-znt 5tair2Passage/1 0.249 48.36 Entryway 0.207 68.0 Floor Parking/2 0.010 0.86 Floor Halll/2 0.075 1.85 wall-znt openspacel/1 0.001 1.61 wall-znt Parking/1 0.010 3.42 �oor-5gle-znt. Openspacel/1 0.001 20. 50 �oor-Sgle-znt. Cooridorl/1 -0.002 -27.06 Floor Parking/Garage 0.010 2.66 �oor-Sgle-znt. Openspacel/1 0.001 20. 50 �oor-Sgle-znt. Cooridorl/1 -0.002 -27.06 wall-Int Openspacel/1 0.001 1.61 Wall-Int Room8/1 0.001 1.09 Cooridorl 0.205 68.0 Floor Rm6/2 0.032 4.81 Floor Ha112/2 0.083 1. 59 Floor Rm7/2 0.019 3.75 Floor Rm8/2 0.048 5.94 wall-Int Parking/1 0.012 8.45 �oor-sgle-znt. Parking/1 0.012 67.08 wall-Int Parking/1 0.012 50.71 �oor-Sgle-znt. Parking/1 0.012 67.08 wall-Int Parking/1 0.012 6.16 �oor-Sgle-znt. Entryway/1 0.002 27.06 Floor Parking/Garage 0.01� 7.82 �oor-Sgle-znt. ambt -0.203 -281.04 Door-Sgle-Int. Entryway/1 0.002 27.06 �oor-Sgle-znt. 2_StoryStairl/1 0.022 92.05 Door-Sgle-Int. Room8/1 0.003 33.39 Door-Sgle-Int. Room9/1 -0.002 -24.47 wall-Int Room9/1 -0.002 -7.31 �oor-Sgle-znt. Room10/1 -0.010 -63.19 wall-Int Room10/1 -0.010 -26.95 Corridor2 0.190 68.0 Floor Courtyard/2 0.036 5.11 Floor Rm9/2 0.034 9.96 Floor Rm10/2 0.052 6.17 Floor Ha114/2 0.095 1.63 Floor Rm13/2 0.094 2.08 �oor-Sgle-znt. Parking/1 0.027 101.87 wall-Int Parking/1 0.027 153.75 wall-znt Openspace2/1 0.002 9. 53 Door-Sgle-Int. Ambt -0.188 -270.38 Floor Parking/Garage 0.027 20.44 wall-Int Roomll/1 -0.0�6 -43.96 �oor-Sgle-znt. Roomll/1 -0.026 -101.50 wall-Int Roomll/1 -0.026 -21.32 Wall-Int Rooml2/1 -0.029 -22.24 Door-Sgle-Int. Rooml2/1 -0.029 -105.88 wall-znt Room12/1 -0.029 -45.86 wall-Int Room13/1 -0.002 -13.31 �oor-sgle-znt. Room13/1 -0.002 -30.74 Door-Stair Stair_5/1 0.��7 297. 56 Door-Sgle-Int. OpenSpace2/1 0.002 27.94 Page 9 Summer doors closed with no wind.txt �oor-Sgle-znt. Rooml4/1 0.001 19.16 2_storystairl 0.227 68.0 200_Stair�evl 2_storystairl/2 0.000 180.85 �oor-Sgle-znt. Cooridorl/1 -0.022 -92.05 Floor Parking/Garage -0.010 -3.00 Door-Sgle-Int. Room8/1 -0.019 -85.79 Stair_2 0.468 68.0 200_Stair�evl Stair_2/2 0.000 976.90 wall-Stair Stair2Corridor/1 -0.251 -51. 56 200_StairGarage Stair_2/Garage -0.000 -413.73 2by2opening Stair2Passage/1 -0.002 -453.91 wall-Stair Openspacel/1 -0.259 -57.70 Stair_5 0.418 68.0 200_Stair�evl Stair_5/2 0.000 773. 51 Door-Stair Corridor2/1 -0.227 -297. 56 200_StairGarage Stairl/Garage -0.000 -370.04 wall-Stair OpenSpace2/1 -0.225 -105.91 stair2Passage 0.466 68.0 Floor Rm3/2 -0.234 -10.00 wall-Int Room4/1 -0.250 -136.48 wall-znt Stair2Corridor/1 -0.249 -48.36 Door-Sngl-Ext Ambt -0.463 -58.25 Floor Parking/Garage -0.249 -13.84 2by2opening Stair_2/1 0.00� 453.91 wall-znt Room3/1 -0.254 -137.77 wall-znt openspacel/1 -0.258 -49.21 Roomll 0.164 68.0 Floor Courtyard/2 0.062 23. 58 Floor Ambt -0.154 -5.31 wall-Int Corridor2/1 0.026 43.96 Door-Sgle-Int. Corridor2/1 0.026 101. 50 wall-Int Corridor2/1 0.026 21.32 wall-Exterior Ambt -0.161 -78.45 wall-Exterior Ambt -0.161 -58.79 wall-Exterior ambt -0.161 -28.97 Floor Parking/Garage 0.053 64.71 Wall-Int Room12/1 -0.002 -21.75 wall-Exterior Ambt -0.161 -32.48 �oor-Sngl-Ext ambt -0.161 -29.32 Rooml2 0.162 68.0 Floor Rm9/2 0.063 41.24 Floor Courtyard/2 0.064 2.92 Floor Ambt -0.152 -10.54 wall-Int Corridor2/1 0.029 22.24 �oor-sgle-znt. Corridor2/1 0.029 105.88 wall-Int Corridor2/1 0.029 45.86 Wall-Int Roomll/1 0.002 21.75 Floor Parking/Garage 0.055 51.60 wall-Int Rooml3/1 0.026 86.44 wall-Exterior Ambt -0.159 -338.35 �oor-Sngl-Ext Ambt -0.159 -29.04 Room13 0.188 68.0 Floor Rm10/2 0.054 41.01 Floor Ambt -0.178 -11.42 wall-znt Corridor2/1 0.002 13.31 Door-Sgle-Int. Corridor2/1 0.002 30.74 wall-Int Rooml2/1 -0.026 -86.44 Floor Parking/Garage 0.029 38.71 wall-znt Room14/1 0.003 30.90 wall-Exterior Ambt -0.185 -24.73 �oor-Sngl-Ext Ambt -0.185 -32.09 Rooml4 0.191 68.0 Floor Rm10/2 0.051 1. 53 Page 10 Summer doors closed with no wind.txt Floor Rmll/2 0.069 73.09 Floor Ambt -0.181 -11.52 �oor-Sgle-znt. Corridor2/1 -0.001 -19.16 wall-Int Room13/1 -0.003 -30.90 Floor Parking/Garage 0.026 34.77 wall-znt openspace2/1 0.001 22.68 �oor-Sngl-Ext ambt -0.189 -32.47 wall-Exterior Ambt -0.189 -38.02 Room3 0.212 68.0 Floor Rm3/2 0.021 19. 50 Wall-Int Stair2Passage/1 0.254 137.77 wall-Exterior Ambt -0.209 -99.42 Floor Parking/Garage 0.005 10.43 wall-znt openspacel/1 -0.003 -33. 57 �oor-sngl-Ext Ambt -0.209 -34.70 Openspacel 0.208 68.0 Floor Parking/2 0.009 50.13 Floor Halll/2 0.074 5. 51 Floor Rm5/2 0.029 18.35 Floor Rm4/2 0.032 4.74 Floor Ambt -0.199 -12.06 Floor Rm3/2 0.024 14.67 Floor Rm2/2 -0.020 -3.80 wall-Int Room6/1 -0.005 -3.10 �oor-Sgle-znt. Room6/1 -0.005 -44.27 Door-Sgle-Int. Room6/1 -0.005 -44.27 wall-znt Room6/1 -0.005 -4.36 wall-Int RoomS/1 0.000 0.23 Door-Sgle-Int. RoomS/1 0.000 0.86 wall-Int RoomS/1 0.000 5.80 �oor-Sgle-znt. Room4/1 0.008 55.76 wall-Stair Parking/1 0.009 16. 55 wall-Exterior Ambt -0.206 -214.15 Wall-Int Room4/1 0.008 46.11 wall-znt Room7/1 0.008 33.99 wall-Int Entryway/1 -0.001 -1.61 �oor-Sgle-znt. Entryway/1 -0.001 -20. 50 Door-Sgle-Int. Stair2Corridor/1 0.009 58.46 �oor-Sgle-znt. Entryway/1 -0.001 -20. 50 wall-Int Entryway/1 -0.001 -1.61 �oor-Sgle-znt. Room4/1 0.008 55.76 Door_DOUble_Ext Ambt -0.206 -34.35 wall-Int Stair2Passage/1 0.258 49.21 wall-5tair Stair_2/1 0.259 57.70 wall-znt Room3/1 0.003 33. 57 Floor Parking/Garage 0.009 72. 56 Wall-Int Room8/1 -0.000 -7.12 wall-Exterior Ambt -0.206 -49.33 wall-Stair Stair6/1 0.250 53.27 wall-znt Stair6Passage/1 0.248 102.10 wall-Exterior Ambt -0.206 -39.94 Door_DOUble_Ext Ambt -0.206 -34.35 wall-Exterior Ambt -0.206 -53.73 wall-Exterior Ambt -0.206 -27.67 �oor-Sngl-Ext ambt -0.206 -34.35 wall-Exterior Ambt -0.206 -84.22 Room8 0.208 68.0 Floor Halll/2 0.074 1.62 Floor Rm6/2 0.029 11.48 Floor Rm5/2 0.029 22.37 Floor Ambt -0.198 -12.05 �oor-Sgle-znt. Cooridorl/1 -0.003 -33.39 Wall-Int Entryway/1 -0.001 -1.09 Page 11 Summer doors closed with no wind.txt �oor-Sgle-znt. 2_StoryStairl/1 0.019 85.79 wall-znt openspacel/1 0.000 7.12 Floor Parking/Garage 0.009 25.26 wall-Int Room9/1 -0.004 -31.88 wall-Exterior ambt -0.205 -40.90 Door-Sngl-Ext Ambt -0.205 -34.34 Room9 0.204 68.0 Floor Rm7/2 0.021 1.15 Floor Rm6/2 0.033 31.90 Floor Ambt -0.194 -11.92 Door-Sgle-Int. Cooridorl/1 0.002 24.47 wall-Int Cooridorl/1 0.002 7.31 Wall-Int Room8/1 0.004 31.88 Floor Parking/Garage 0.013 22. 50 wall-znt Room10/1 -0.009 -41.29 wall-Exterior Ambt -0.201 -32.13 �oor-Sngl-Ext Ambt -0.201 -33.86 Room10 0.195 68.0 Floor Rm8/2 0.058 4.97 Floor Rm7/2 0.029 25.52 Floor Ambt -0.185 -11.65 �oor-5gle-znt. Cooridorl/1 0.010 63.19 wall-znt Cooridorl/1 0.010 26.95 wall-Exterior Ambt -0.192 -104.35 wall-Exterior Ambt -0.192 -42.67 Floor Parking/Garage 0.022 29.63 wall-znt Room9/1 0.009 41.29 Door-Sngl-Ext Ambt -0.192 -32.90 Room15 0.139 68.0 Floor Rm12/2 0.086 21.96 Floor Ambt -0.129 -9.71 wall-Int Openspace2/1 0.054 123. 53 Floor Parking/Garage 0.078 6.55 Floor Storage_1/Garage 0.078 18.93 wall-Exterior Ambt -0.136 -117.32 Floor Parking/Garage 0.078 18.94 �oor_�ouble_Ext Ambt -0.136 -26.23 wall-Exterior Ambt -0.136 -36.66 Stair6 0.459 68.0 200_Stair�evl Stair6/2 0.000 626. 55 2by2opening Stair6Passage/1 -0.002 -535.06 Floor Parking/Garage -0.242 -13.31 wall-Stair OpenSpacel/1 -0.250 -53.27 wall-5tair Stair6Passage/1 -0.002 -2.69 wall-Stair Ambt -0.456 -22.22 Stair6Passage 0.457 68.0 Floor Rm2/2 -0.268 -7.71 2by2opening Stair6/1 0.002 535.06 Floor Parking/Garage -0.240 -7.29 wall-Stair Stair6/1 0.002 2.69 wall-znt Openspacel/1 -0.248 -102.10 Door-Stair Ambt -0.454 -420.66 Rooml 0.029 68.0 Floor Rml/2 0.158 53.72 Floor Ambt -0.019 -1.89 wall-Exterior Ambt -0.026 -48.36 �oor-Sgle-znt. ambt -0.026 -101.60 wall-Exterior Ambt -0.026 -33.90 �oor-Sgle-znt. Ambt -0.026 -101.60 Floor Parking/Garage 0.188 65.34 wall-znt StairlPassage/1 0.406 159.33 wall-Elevator Elevshortl/1 0.�08 16.34 wall-Stair Stair_1/1 0.416 20.82 Page 12 Summer doors closed with no wind.txt wall-Exterior Ambt -0.026 -28.21 Elevshortl 0.237 68.0 Elevshort�l Elevshortl/2 -0.000 -423.05 wall-Elevator Rooml/1 -0.208 -16.34 wall-Elevator StairlPassage/1 0.198 20.64 ElevShort�l Elevatorshortl/Garage -0.000 -177. 59 wall-Stair stair_1/1 0.208 17.23 �oor-Elev StairlPassage/1 0.198 579.11 Stair_1 0.446 68.0 200_Stair�evl Stair_1/2 0.000 2026.09 wall-Stair Rooml/1 -0.416 -20.82 wall-Stair Elevshortl/1 -0.208 -17.23 200_StairGarage Stair_1/Garage -0.000 -435.16 wall-Stair Ambt -0.443 -25.13 wall-Stair StairlPassage/1 -0.010 -3.75 wall-5tair Elevatorshort2/1 -0.391 -23.62 2by2opening StairlPassage/1 -0.010 -1475.44 wall-Elevator Room2/1 -0. 396 -24.93 StairlPassage 0.436 68.0 Floor Rml/2 -0.248 -47.16 wall-znt Rooml/1 -0.406 -159.33 Door-Sgle-Int. Ambt -0.433 -410.77 wall-Elevator Elevshortl/1 -0.198 -20.64 Floor Parking/Garage -0.�19 -16.45 �oor-Elev Elevshortl/1 -0.198 -579.11 wall-Stair 5tair_1/1 0.010 3.75 2by2opening Stair_1/1 0.010 1475.44 wall-Int Room2/1 -0.386 -245.73 Elevatorshort2 0.055 68.0 Elevshort2_�1 Elevator5hort2/2 -0.000 -239.78 Door-Elev Ambt -0.052 -295.81 wall-Stair Stair_1/1 0. 391 23.62 Elevshort2_�1 Elevatorshort2/Garage 0.000 525.16 wall-Elevator Ambt -0.052 -10. 54 wall-Elevator Room2/1 -0.005 -2.66 Room2 0.049 68.0 Floor Ambt -0.040 -5.38 Floor Rml/2 0.138 55.32 wall-Exterior Ambt -0.047 -53.19 wall-znt StairlPassage/1 0.386 245.73 wall-Elevator Stair_1/1 0. 396 24.93 wall-Elevator ElevatorShort2/1 0.005 2.66 Floor Parking/Garage 0.168 67.00 wall-Exterior Ambt -0.047 -30.75 Door-Sgle-Int. Ambt -0.047 -134.82 wall-Exterior Ambt -0.047 -36.67 Door-Sgle-Int. Ambt -0.047 -134.82 level : 2 elevation: 15.0 ft zone P T path from dP Flowl Flow2 Parking 0.207 68.0 Floor Ambt -0.198 -48.15 Floor Ambt -0.198 -60.19 Floor Rm5/3 0.036 18.65 Floor Rm9/3 -0.151 -131.54 Floor Entrance3/3 0.261 12.16 Floor Courtyard/3 0.009 19.24 Floor Entrance4/3 0.270 7.88 Floor Rm6/3 -0.003 -7.03 Floor Rm7/3 -0.017 -25. 50 Floor Rm8/3 -0.033 -39.40 Floor Entrance2/3 0.038 8.03 Page 13 Summer doors closed with no wind.txt Floor OpenAreal/3 -0.001 -41.21 Floor Bathroom/3 0.0�0 35.14 Floor Entrance5/3 -0.011 -0.35 Floor Ambt -0.198 -60.19 Floor Ha112/3 0.045 7.21 Floor Rm10/3 -0.133 -74.11 Floor Ha112/3 0.045 2.16 Floor Rmll/3 -0.017 -1.75 Floor Ambt -0.198 -12.04 Floor Rmll/3 -0.017 -1.75 Floor Ambt -0.198 -6.02 wall-Exterior Ambt -0.204 -990.68 Floor Room6/1 -0.014 -31. 56 Garage0pen�2 Parking/1 0.000 1295.73 Floor Parking/1 0.000 0.29 Wall-Exterior Ambt -0.204 -182.30 wall-znt RmlS/2 0.014 58.80 Floor RoomS/1 -0.009 -25.06 Floor Openspace2/1 -0.025 -140. 56 Floor Hallway/1 -0.025 -7.78 wall-Exterior Ambt -0.204 -297.44 wall-znt Storagel/2 0.066 63.27 wall-znt storage2/2 0.066 63.33 wall-Stair Stair_3/2 0.26� 60.34 wall-Stair Stair_4/2 0.271 61.41 wall-Elevator Elev_1/2 0.187 14. 58 wall-Elevator Elev_2/2 0.159 13.43 wall-znt Ha113/2 0.073 11.03 wall-znt Ha114/2 0.069 90.86 Wall-Int Rm14/2 0.045 54.08 Wall-Int Ha112/2 0.071 238.04 Floor Room7/1 -0.000 -2.05 wall-Stair 2_StoryStair2/2 -0.025 -2.70 Floor Room4/1 -0.001 -6.66 Floor Openspacel/1 -0.009 -50.13 Door-Sgle-Int. 2_Storystair2/2 -0.025 -98.26 Floor StairEntry/1 -0.025 -1.21 Wall-Stair 2_StoryStair2/2 -0.025 -4.43 wall-znt Rm13/2 0.068 58.35 Floor Entryway/1 -0.010 -0.86 wall-Stair 2_StoryStair2/2 -0.025 -18.10 Floor Stair2Corridor/1 0.000 0.97 wall-Stair Stair_2/2 0.251 69.21 wall-Exterior Ambt -0.204 -37.97 wall-znt Rm3/2 0.015 24.62 Wall-Int Rm4/2 0.024 16.80 wall-Int Halll/2 0.065 50.21 wall-5tair Stair_5/2 0.201 14.49 wall-Exterior Ambt -0.204 -118.74 wall-znt Ha115/2 0.192 155.45 Stair_3 0.469 68.0 233_Stair_11. 5 Stair_3/3 0.000 1506.36 wall-Stair Parking/2 -0.262 -60.34 233_5tair�ev2 Stair_3/1 -0.000 -1137.84 wall-Stair Storagel/2 -0.196 -14.31 wall-Stair Elev_1/2 -0.075 -16.16 wall-Stair Nonvest3/2 -0.191 -4.99 Door-5tair Nonvest3/2 -0.191 -272.71 Stair_4 0.479 68.0 233_Stair_11. 5 Stair_4/3 0.000 1007.47 wall-Stair Storage2/2 -0.205 -14.65 233_5tair�ev2 Stair_4/1 -0.000 -790.48 wall-Stair Parking/2 -0.271 -61.41 Page 14 Summer doors closed with no wind.txt �oor-Stair-0.1 Nonvest4/2 -0.199 -116.00 wall-Stair Nonvest4/2 -0.199 -5.10 wall-Stair Elev_2/2 -0.113 -19.82 storagel 0.273 68.0 wall-znt Parking/2 -0.066 -63.27 wall-5tair Stair_3/2 0.196 14.31 Floor Parking/1 -0.066 -14.20 wall-Int Nonvest3/2 0.005 4.62 �oor-Sgle-znt. Ha112/2 0.005 43.22 wall-znt Ha112/2 0.005 15.32 Storage2 0.274 68.0 wall-Int Parking/2 -0.066 -63.33 wall-Stair Stair_4/2 0.205 14.65 Floor Parking/1 -0.066 -14.22 wall-znt Nonvest4/2 0.006 5.16 Door-Sgle-Int. Ha112/2 0.005 42.63 wall-znt Ha112/2 0.005 15.11 Elev_1 0. 394 68.0 11. 5_Elevator Elev_1/3 0.000 1683.81 wall-Stair 5tair_3/2 0.075 16.16 wall-Elevator Parking/2 -0.187 -14. 58 Elevator Elev_1/1 -0.000 -787.50 wall-Elevator Nonvest3/2 -0.116 -11.48 Door-Elev Ha112/2 -0.116 -443.20 Door-Elev Ha112/2 -0.116 -443.20 Nonvest3 0.278 68.0 Floor Nonvest3/3 -0.026 -1.21 wall-5tair Stair_3/2 0.191 4.99 �oor-Stair Stair_3/2 0.191 272.71 Floor NonVest3/1 -0.071 -2.02 Wall-Elevator Elev_1/2 0.116 11.48 wall-znt Storagel/2 -0.005 -4.62 Wall-Int Ha112/2 -0.000 -0.43 Missing�oor Ha112/2 -0.000 -280.90 Nonvest4 0.280 68.0 Floor Nonvest4/3 -0.077 -2.11 �oor-Stair-0.1 stair_4/2 0.199 116.00 wall-5tair Stair_4/2 0.199 5.10 Floor Nonvest4/1 -0.072 -2.04 wall-znt Storage2/2 -0.006 -5.16 wall-Elevator Elev_2/2 0.086 9.90 Missing�oor Ha113/2 -0.000 -121.47 wall-znt Ha113/2 -0.000 -0.23 Elev_2 0. 366 68.0 11. 5_Elevator Elev_2/3 0.000 1486.06 wall-Stair Stair_4/2 0.113 19.82 wall-Elevator Nonvest4/2 -0.086 -9.90 Elevator Elev_2/1 -0.000 -718.40 wall-Elevator Parking/2 -0.159 -13.43 �oor-Elev Ha113/2 -0.086 -382.07 �oor-Elev Ha113/2 -0.086 -382.07 Ha112 0.278 68.0 Floor Ha112/3 -0.026 -9.35 Floor Courtyard/3 -0.062 -16.85 Floor Rm4/3 -0.062 -10.08 Door-Elev Elev_1/2 0.116 443.20 Door-Elev Elev_1/2 0.116 443.20 wall-Int Nonvest3/2 0.000 0.43 Missing�oor Nonvest3/2 0.000 280.90 �oor-5gle-znt. Storagel/2 -0.005 -43.22 wall-znt Storagel/2 -0.005 -15.32 �oor-Sgle-znt. Storage2/2 -0.005 -42.63 wall-znt Storage2/2 -0.005 -15.11 Page 15 Summer doors closed with no wind.txt Floor Elevator_l�obby/1 0.095 4.16 Floor Parking/1 -0.071 -26.71 Double_Door_Int Ha113/2 0.001 48.10 west_open Ha113/2 0.001 281.95 wall-znt Rm8/2 -0.034 -62.02 Door-Sgle-Int. Rm8/2 -0.034 -115.74 wall-znt Rm8/2 -0.034 -61.27 wall-Int Rm8/2 -0.034 -62.02 �oor-Sgle-znt. Private/2 -0.025 -98. 54 Door-Sgle-Int. Private/2 -0.025 -98. 54 Wall-Int Private/2 -0.025 -82.78 Door-Sgle-Int. Private/2 -0.025 -98. 54 �oor-Sgle-znt. Bathrooml/2 -0.004 -40.27 wall-Int Bathrooml/2 -0.004 -15.85 �oor-Sgle-znt. Bathrooml/2 -0.004 -40.27 wall-Int Parking/2 -0.071 -238.04 Floor Parking/1 -0.071 -18.02 Door-Sgle-Int. Rm6/2 -0.051 -140.84 �ouble_�oor_znt Halll/2 -0.006 -95.34 Floor Cooridorl/1 -0.083 -1.59 wall-znt Rm6/2 -0.051 -46.21 Wall-Stair 2_StoryStairl/2 -0.061 -6.77 Ha113 0.280 68.0 Floor Ha113/3 -0.077 -7.53 MissingDOOr Nonvest4/2 0.000 121.47 Wall-Int NonVest4/2 0.000 0.23 Door-Elev Elev_2/2 0.086 382.07 Door-Elev Elev_2/2 0.086 382.07 wall-znt Parking/2 -0.073 -11.03 Double_DOOr_Int Ha112/2 -0.001 -48.10 Floor Parking/1 -0.073 -3.13 Floor Elevator_2�obby/1 0.068 7.04 Door-Sgle-Int. Ha114/2 -0.004 -37.67 west_open Ha112/2 -0.001 -281.95 East_Open Ha114/2 -0.004 -442.10 Wall-Int Bathrooml/2 -0.006 -14.47 �oor-Sgle-znt. Bathrooml/2 -0.006 -46.90 Ha114 0.276 68.0 Floor Ha113/3 -0.074 -14.19 Floor Rm12/3 -0.086 -15.86 wall-znt Parking/2 -0.069 -90.86 wall-Int Rm15/2 -0.055 -55. 51 �oor-Sgle-znt. Ha113/2 0.004 37.67 Floor Parking/1 -0.069 -7.10 East_Open Ha113/2 0.004 442.10 wall-znt office/2 -0.0�0 -90.09 Floor Openspace2/1 -0.093 -8.27 wall-Int Rm14/2 -0.024 -5.53 �oor-Sgle-znt. Rml4/2 -0.024 -95.81 Door-Sgle-Int. Rm13/2 -0.001 -22.70 �oor-Sgle-znt. Office/2 -0.020 -89.14 Door-Sgle-Int. Rm10/2 -0.044 -130.24 wall-znt Rm13/2 -0.001 -7.15 Door-Sgle-Int. Rm13/2 -0.001 -22.70 wall-znt Rml3/2 -0.001 -2.38 Floor Corridor2/1 -0.095 -1.63 wall-znt Rm10/2 -0.044 -37.61 Floor openspace2/1 -0.093 -4.14 wall-Int Ha115/2 0.124 8.21 wall-Int Rmll/2 -0.025 -6.49 �oor-Sgle-znt. Ha115/2 0.124 219.42 Rm15 0.221 68.0 Floor Ambt -0.212 -1.56 Page 16 Summer doors closed with no wind.txt Floor Rm8/3 -0.047 -0.74 Floor Rm9/3 -0.166 -5.50 Floor Rm8/3 -0.047 -4.42 Floor Rm9/3 -0.166 -8.26 Floor Entrance5/3 -0.025 -0.73 Floor Ha113/3 -0.019 -3.76 Floor Rm10/3 -0.148 -5.20 wall-Int Parking/2 -0.014 -58.80 wall-znt Ha114/2 0.055 55. 51 Floor openspace2/1 -0.039 -18.49 wall-Int Rm14/2 0.031 51.95 Rm8 0.244 68.0 Floor Rm4/3 -0.027 -29.09 wall-znt Ha112/2 0.034 62.02 �oor-Sgle-znt. Ha112/2 0.034 115.74 wall-znt Ha112/2 0.034 61.27 wall-znt Ha112/2 0.034 62.02 Floor Parking/1 -0.037 -44.03 wall-znt Private/2 0.009 25. 50 wall-Int Rm6/2 -0.017 -23.17 Floor Cooridorl/1 -0.048 -5.94 �oor-5gle-znt. Courtyard/2 -0.028 -103.85 wall-znt Rm7/2 -0.029 -100.50 Floor Room10/1 -0.058 -4.97 wall-znt Courtyard/2 -0.028 -14.99 Bathrooml 0.274 68.0 Floor Courtyard/3 -0.058 -2.44 Door-Sgle-Int. Ha112/2 0.004 40.27 wall-znt Ha112/2 0.004 15.85 Door-Sgle-Int. Ha112/2 0.004 40.27 wall-znt Ha113/2 0.006 14.47 Door-Sgle-Int. Ha113/2 0.006 46.90 Wall-Int Private/2 -0.021 -31.87 wall-znt office/2 -0.018 -30.00 Floor Parking/1 -0.067 -33.44 wall-Int Rm9/2 -0.060 -60.00 Office 0.256 68.0 Floor Rm12/3 -0.066 -86.57 wall-znt Ha114/2 0.020 90.09 wall-znt Bathrooml/2 0.018 30.00 Floor Parking/1 -0.048 -35.00 Floor openspace2/1 -0.073 -10.97 Door-Sgle-Int. Ha114/2 0.020 89.14 wall-Int Rm9/2 -0.041 -8.32 wall-znt Rm10/2 -0.023 -68.36 Private 0.253 68.0 Floor Courtyard/3 -0.037 -25.67 Floor Courtyard/3 -0.037 -15.64 �oor-Sgle-znt. Ha112/2 0.025 98. 54 Door-Sgle-Int. Ha112/2 0.025 98.54 Wall-Int Ha112/2 0.025 82.78 Door-Sgle-Int. Ha112/2 0.025 98. 54 wall-Int Rm8/2 -0.009 -25.50 wall-Int Bathrooml/2 0.021 31.87 Floor Parking/1 -0.046 -33.40 �oor-Sgle-znt. Courtyard/2 -0.037 -120.29 wall-znt Courtyard/2 -0.037 -69.47 �oor-Sgle-znt. Courtyard/2 -0.037 -120.29 Rm14 0.252 68.0 Floor Rm9/3 -0.197 -2.28 Floor Entrance5/3 -0.056 -1.09 Floor Ha113/3 -0.050 -1. 52 Floor Rm10/3 -0.179 -11.44 Page 17 Summer doors closed with no wind.txt wall-znt Parking/2 -0.045 -54.08 wall-Int Rm15/2 -0.031 -51.95 wall-znt Ha114/2 0.024 5. 53 Floor Openspace2/1 -0.070 -10.77 �oor-Sgle-znt. Ha114/2 0.024 95.81 wall-Int Rm13/2 0.022 31.77 Rm13 0.275 68.0 Floor Rm10/3 -0.201 -22.62 Floor Ha113/3 -0.073 -10.93 wall-Int Rm14/2 -0.022 -31.77 Door-Sgle-Int. Ha114/2 0.001 22.70 Floor Openspace2/1 -0.092 -22.75 wall-znt Parking/2 -0.068 -58.35 Wall-Int Ha114/2 0.001 7.15 Door-Sgle-Int. Ha114/2 0.001 22.70 Wall-Int Ha114/2 0.001 2.38 Floor Corridor2/1 -0.094 -2.08 wall-Stair Stair_5/2 0.133 29.64 wall-Stair Stair_5/2 0.133 11.80 wall-Int Ha115/2 0.125 52.11 2_Storystair2 0.182 68.0 Floor Rm10/3 -0.109 -4.46 Floor Ambt -0.173 -2.81 wall-Stair Parking/2 0.025 2.70 �oor-Sgle-znt. Parking/2 0.025 98.26 wall-Stair Parking/2 0.025 4.43 200_Stair�evl 2_StoryStair2/1 -0.000 -52.21 wall-Stair Parking/2 0.025 18.10 wall-Stair Ambt -0.180 -56.74 wall-Stair Ambt -0.180 -7.27 2_Storystairl 0.217 68.0 Floor Ha112/3 0.035 0. 51 Floor Rm4/3 -0.001 -0.82 wall-znt Halll/2 0.055 16.49 wall-Stair Ha112/2 0.061 6.77 200_Stair�evl 2_Storystairl/1 -0.000 -180.85 wall-Stair Rm6/2 0.010 8.21 Door-Stair Halll/2 0.055 146.41 wall-znt Rm5/2 0.010 3.27 Rm9 0.214 68.0 Floor Rml2/3 -0.024 -17.66 wall-Int Bathrooml/2 0.060 60.00 wall-znt Office/2 0.041 8.32 Floor Parking/1 -0.007 -2.31 Floor Corridor2/1 -0.034 -9.96 wall-Int Courtyard/2 0.00� 15.62 Floor Rooml2/1 -0.063 -41.24 Wall-Int Rm10/2 0.018 40.75 �oor-Sngl-Ext Ambt -0.212 -35.00 Wall-Exterior Ambt -0.212 -18. 50 Rm10 0.232 68.0 Floor Rm12/3 -0.042 -27.86 Floor Rm12/3 -0.042 -4.18 Floor Ambt -0.�23 -63.93 wall-znt Office/2 0.023 68.36 Floor Parking/1 -0.025 -2.78 Door-Sgle-Int. Ha114/2 0.044 130.24 Floor Corridor2/1 -0.052 -6.17 wall-Int Rm9/2 -0.018 -40.75 wall-Int Ha114/2 0.044 37.61 Floor Room13/1 -0.054 -41.01 Floor Room14/1 -0.051 -1.53 Floor OpenSpace2/1 -0.050 -1. 51 Page 18 Summer doors closed with no wind.txt wall-Int Rmll/2 0.018 43.40 wall-Exterior Ambt -0.230 -30. 52 �oor-Sngl-Ext ambt -0.230 -36.92 wall-Exterior Ambt -0.230 -22.46 Stair_2 0.458 68.0 200_Stair_11. 5 Stair_2/3 0.000 1674.16 wall-stair Parking/2 -0.251 -69.21 200_5tair�evl Stair_2/1 -0.000 -976.90 wall-Int Rm4/2 -0.227 -24.21 Wall-Int Halll/2 -0.186 -21.88 Door-Stair Rm4/2 -0.227 -297.51 Door-Stair Halll/2 -0.186 -268.92 wall-Stair Rm5/2 -0.231 -15. 53 Stair_5 0.408 68.0 200_Stair_11. 5 Stair_5/3 0.000 2144.86 wall-Stair Rm13/2 -0.133 -29.64 wall-Stair Rml3/2 -0.133 -11.80 200_Stair�evl Stair_5/1 -0.000 -773. 51 Wall-Stair Parking/2 -0.201 -14.49 2by2opening Ha115/2 -0.008 -1308.07 wall-Stair Ha115/2 -0.008 -7.35 Halll 0.272 68.0 Floor Openareal/3 -0.066 -2.12 Floor Ha112/3 -0.020 -2.85 Floor Rm4/3 -0.056 -3.20 Double_DOOr_Int Ha112/2 0.006 95.34 wall-Int 2_Storystairl/2 -0.055 -16.49 Floor Entryway/1 -0.075 -1.85 �oor-Stair 2_StoryStairl/2 -0.055 -146.41 wall-Int Parking/2 -0.065 -50.21 Floor Room8/1 -0.074 -1.62 wall-Int Stair_2/2 0.186 21.88 �oor-Stair Stair_2/2 0.186 268.92 Floor openspacel/1 -0.074 -5. 51 wall-Int Rm5/2 -0.045 -12.61 Door-Sgle-Int. Rm5/2 -0.045 -132. 50 Wall-Int Rm5/2 -0.045 -10.78 Rm7 0.215 68.0 Floor Rm4/3 0.002 0.27 Floor Ambt -0.206 -9.20 Floor Rm4/3 0.002 4.21 Floor Parking/1 -0.008 -2.36 Floor Cooridorl/1 -0.019 -3.75 wall-Int Rm6/2 0.012 52.66 wall-znt Rm8/2 0.029 100. 50 Floor Room9/1 -0.021 -1.15 Floor Room10/1 -0.029 -25. 52 wall-Exterior Ambt -0.212 -60.47 Door-Sngl-Ext Ambt -0.212 -35.04 Wall-Exterior Ambt -0.212 -20.16 Courtyard 0.216 68.0 Floor Ambt -0.199 -120.65 Phantom_Connect Courtyard/3 0.000 229.90 wall-Int Rm4/3 0.000 3.96 wall-znt Rml2/3 -0.026 -36.69 Wall-Exterior Ambt -0.204 -143.87 �oor-Sgle-znt. Private/2 0.037 120.29 wall-Int Private/2 0.037 69.47 Door-Sgle-Int. Private/2 0.037 120.29 Floor Parking/1 -0.009 -4.49 Floor Corridor2/1 -0.036 -5.11 Door-Sgle-Int. Rm8/2 0.0�8 103.85 wall-Int Rm9/2 -0.002 -15.62 Page 19 Summer doors closed with no wind.txt wall-znt Rm8/2 0.028 14.99 Floor Ambt -0.216 -44.02 Floor Roomll/1 -0.062 -23. 58 Floor Room12/1 -0.064 -2.92 �oor-Sngl-Ext Ambt -0.213 -35.19 wall-Exterior Ambt -0.213 -134.80 �oor-Sngl-Ext Ambt -0.213 -35.19 wall-Exterior Ambt -0.213 -60.66 Ha115 0.400 68.0 Floor Rm10/3 -0.326 -1.93 Floor Rmll/3 -0.209 -61.86 Floor Ambt -0.390 -4.23 wall-znt Rm13/2 -0.125 -52.11 2by2opening Stair_5/2 0.008 1308.07 wall-Stair Stair_5/2 0.008 7.35 wall-Int Ha114/2 -0.124 -8.21 Door-Sgle-Int. Ha114/2 -0.124 -219.42 Floor Openspace2/1 -0.217 -36.74 wall-Int Rmll/2 -0.149 -148.46 Door-Sgle-Int. Rmll/2 -0.149 -240.67 wall-Int Parking/2 -0.192 -155.45 Wall-Int Rm12/2 -0.185 -18.80 �oor-Sgle-znt. Rm12/2 -0.185 -268.69 Wall-Int Rm12/2 -0.185 -18.80 �oor-Sngl-Ext Ambt -0. 397 -52.67 wall-Exterior Ambt -0.397 -27.41 Rm6 0.227 68.0 Floor Rm4/3 -0.011 -9.86 Floor Ambt -0.218 -25.27 wall-Int Rm8/2 0.017 23.17 �oor-Sgle-znt. Ha112/2 0.051 140.84 Floor Parking/1 -0.020 -3.84 Floor Cooridorl/1 -0.032 -4.81 wall-Int Ha112/2 0.051 46.21 wall-znt Rm7/2 -0.012 -52.66 Wall-Stair 2_StoryStairl/2 -0.010 -8.21 Floor Room8/1 -0.029 -11.48 Floor Room9/1 -0.033 -31.90 wall-Int Rm5/2 0.000 23.60 Wall-Exterior Ambt -0.224 -28.49 �oor-Sngl-Ext Ambt -0.224 -36.37 Wall-Exterior Ambt -0.224 -20.94 Rmll 0.251 68.0 Floor Rmll/3 -0.061 -3.33 Floor Rm12/3 -0.061 -13.35 Floor Ambt -0.242 -66. 51 Wall-Int Ha114/2 0.025 6.49 wall-Int Ha115/2 0.149 148.46 �oor-Sgle-znt. Ha115/2 0.149 240.67 Floor openspace2/1 -0.068 -2. 58 Floor Rooml4/1 -0.069 -73.09 Wall-Int Rm10/2 -0.018 -43.40 wall-znt Rm12/2 -0.037 -100.35 wall-Exterior Ambt -0.248 -54.19 Door-Sngl-Ext Ambt -0.248 -38.82 Rm5 0.227 68.0 Floor Ha112/3 0.025 1.08 Floor Rm3/3 -0.012 -4. 53 Floor Rm4/3 -0.011 -12.69 Floor Ambt -0.218 -31.59 wall-znt 2_Storystairl/2 -0.010 -3.27 wall-5tair Stair_2/2 0.�31 15. 53 wall-Int Halll/2 0.045 12.61 Page 20 Summer doors closed with no wind.txt �oor-Sgle-znt. Halll/2 0.045 132. 50 wall-znt Halll/2 0.045 10.78 Floor Openspacel/1 -0.029 -18.35 Floor Room8/1 -0.029 -22.37 wall-znt Rm6/2 -0.000 -23.60 wall-Int Rm4/2 0.004 35.59 wall-Exterior Ambt -0.224 -55.31 Door-Sngl-Ext Ambt -0.224 -36.37 Rm3 0.223 68.0 Floor Ambt -0.213 -18.75 Floor Rm3/3 -0.008 -22.43 wall-Int Parking/2 -0.015 -24.62 Floor Stair2Passage/1 0.234 10.00 Floor Room3/1 -0.021 -19. 50 wall-Exterior Ambt -0.220 -149.25 Wall-Int Rm4/2 0.008 41.30 wall-Int Rm2/2 -0.044 -10.20 Door-Stair Stair6/2 0.226 297.12 �oor-Sngl-Ext ambt -0.220 -35.87 wall-Stair 5tair6/2 0.226 38.68 Floor Openspacel/1 -0.024 -14.67 wall-Exterior Ambt -0.220 -22.39 Wall-Exterior Ambt -0.220 -24.88 Wall-Int Rm2/2 -0.044 -44.56 Rm12 0.214 68.0 Floor Rmll/3 -0.024 -31. 53 Floor Ambt -0.205 -3.06 Floor Ambt -0.205 -6.13 Floor Ambt -0.205 -61.27 wall-Int Ha115/2 0.185 18.80 �oor-sgle-znt. Ha115/2 0.185 268.69 wall-znt Ha115/2 0.185 18.80 wall-znt Rmll/2 0.037 100.35 Floor openspace2/1 -0.032 -36.18 Floor RoomlS/1 -0.086 -21.96 Wall-Exterior Ambt -0.211 -18.72 wall-Exterior Ambt -0.211 -112.26 Door-Sngl-Ext Ambt -0.211 -34.99 wall-Exterior ambt -0.211 -80. 54 Rm4 0.231 68.0 Floor Rm3/3 -0.016 -17.36 Floor Ambt -0.222 -25.47 Floor Rm2/3 -0.057 -1.62 wall-Int Parking/2 -0.024 -16.80 wall-Int Stair_2/2 0.227 24.21 Door-Stair Stair_2/2 0.��7 297. 51 wall-Int Rm5/2 -0.004 -35.59 wall-Int Rm3/2 -0.008 -41.30 Floor OpenSpacel/1 -0.032 -4.74 Wall-Exterior Ambt -0.228 -54.27 Wall-Int Rm2/2 -0.052 -87.82 Door-Sngl-Ext Ambt -0.228 -36.74 Stair6 0.449 68.0 200_Stair_11. 5 Stair6/3 0.000 1032.88 �oor-Stair Rm3/2 -0.226 -297.12 wall-Stair Rm2/2 -0.270 -70. 53 200_Stair�evl Stair6/1 -0.000 -626. 55 wall-Stair Rm3/2 -0.226 -38.68 Rm2 0.179 68.0 Floor Rm3/3 0.036 1.28 Floor Rm2/3 -0.005 -9.48 Floor Ambt -0.170 -22.29 Wall-Int Rm3/2 0.044 10.20 Page 21 Summer doors closed with no wind.txt wall-Stair Stair6/2 0.270 70. 53 Floor Stair6Passage/1 0.268 7.71 wall-znt Rm4/2 0.052 87.82 Floor Openspacel/1 0.020 3.80 Wall-Int Rm3/2 0.044 44.56 wall-Exterior Ambt -0.176 -37.84 Floor Ambt -0.179 -74.53 wall-Exterior Ambt -0.176 -35.62 �oor-Sngl-Ext Ambt -0.176 -31.05 Wall-Int Rml/2 -0.001 -15.10 Elevshortl 0.228 68.0 ElevShort�2 Elevshortl/3 -0.000 -131.66 wall-Elevator Rml/2 -0.050 -7.99 wall-Elevator Rml/2 -0.050 -10.35 ElevShort�l ElevShortl/1 0.000 423.05 Wall-Stair Stair_1/2 0.208 17.24 Door-Elev Rml/2 -0.050 -290.28 stair_1 0.436 68.0 200_Stair_11. 5 Stair_1/3 0.000 2464.66 wall-Stair Rml/2 -0.258 -16.40 wall-Stair Elevshortl/2 -0.208 -17.24 200_5tair�evl Stair_1/1 -0.000 -2026.09 wall-Stair Ambt -0.433 -24.86 wall-Stair Rml/2 -0.258 -19.19 wall-Stair Elevatorshort2/2 -0.391 -23.62 Door-Stair Rml/2 -0.258 -317.15 Wall-Elevator Rml/2 -0.258 -20.12 Elevatorshort2 0.045 68.0 Floor Ambt -0.036 -1.35 Door-Elev Ambt -0.042 -266.14 wall-Stair Stair_1/2 0. 391 23.62 Elevshort2_�1 Elevatorshort2/1 0.000 239.78 wall-Elevator Ambt -0.042 -9.49 wall-Elevator Rml/2 0.133 13. 58 Rml 0.178 68.0 Floor Rm2/3 -0.004 -6.30 Floor Ambt -0.169 -8.33 Floor Entrancel/3 0.019 0.95 Floor Halll/3 0.055 4.16 Floor Rml/3 -0.088 -74.66 Floor Ambt -0.169 -16.67 Wall-Int Rm2/2 0.001 15.10 wall-Exterior Ambt -0.175 -16.27 Floor Rooml/1 -0.158 -53.72 �oor-Sngl-Ext Ambt -0.175 -30.94 wall-Exterior Ambt -0.175 -9.32 wall-Elevator ElevShortl/2 0.050 7.99 wall-5tair Stair_1/2 0.258 16.40 wall-Exterior Ambt -0.175 -19.98 wall-Exterior Ambt -0.175 -72.70 wall-Elevator Elevshortl/2 0.050 10.35 Floor StairlPassage/1 0.248 47.16 �oor-Elev Elevshortl/2 0.050 290.28 wall-5tair Stair_1/2 0.258 19.19 �oor-Stair Stair_1/2 0.258 317.15 wall-Elevator Stair_1/2 0.258 20.12 wall-Elevator Elevatorshort2/2 -0.133 -13. 58 wall-Exterior Ambt -0.175 -21.31 Door-Sngl-Ext Ambt -0.175 -30.94 wall-Exterior Ambt -0.175 -63.71 Floor Room2/1 -0.138 -55.32 wall-Exterior Ambt -0.175 -63.71 �oor-sngl-Ext Ambt -0.175 -30.94 Page 22 Summer doors closed with no wind.txt �oor-Sngl-Ext Ambt -0.175 -30.94 wall-Exterior Ambt -0.175 -23.86 wall-Exterior ambt -0.175 -23.86 wall-Exterior Ambt -0.175 -81.76 level : 3 elevation: 28.0 ft zone P T path from dP Flowl Flow2 Rm5 0.234 68.0 Floor Ambt -0.225 -12.85 Floor Suite2/4 -0.024 -4.22 Floor Rm17/4 -0.046 -8.70 Wall-Exterior Ambt -0.231 -44.18 wall-Exterior Ambt -0.231 -23. 58 wall-Exterior Ambt -0.�31 -65.84 wall-znt OpenAreal/3 -0.036 -25. 52 Floor Parking/2 -0.036 -18.65 wall-znt Entrance3/3 0.225 138.51 wall-Int Bathroom/3 -0.016 -15. 57 Wall-Int Entrance2/3 0.002 0.74 �ouble_�oor_znt Entrance2/3 0.002 56.43 wall-Stair Stair_3/3 0.227 23.42 Entrance3 0.459 68.0 Floor Suite2/4 -0.250 -20.28 Door-Sngl-Ext Ambt -0.456 -57.67 wall-znt Rm5/3 -0.225 -138.51 wall-Int Courtyard/3 -0.252 -119.30 Floor Parking/2 -0.261 -12.16 wall-5tair Stair_3/3 0.001 0.37 2by2opening Stair_3/3 0.001 347. 55 Entrance4 0.468 68.0 Floor Suitel/4 -0.284 -21.63 Door-Sngl-Ext Ambt -0.466 -58.44 wall-znt Courtyard/3 -0.261 -121.51 wall-Int Rm6/3 -0.274 -124.29 Floor Parking/2 -0.270 -7.88 2by2opening Stair_4/3 0.001 333.39 wall-Stair Stair_4/3 0.001 0.36 Rm6 0.195 68.0 Floor Ambt -0.187 -8.77 Floor Suitel/4 -0.011 -0.88 Floor RmlS/4 -0.040 -23.03 Wall-Exterior Ambt -0.192 -40.70 wall-Exterior Ambt -0.192 -19.96 wall-Exterior Ambt -0.192 -12.79 wall-Int Entrance4/3 0.274 124.29 wall-Int Rm7/3 -0.013 -56.85 Floor Parking/2 0.003 7.03 wall-5tair Stair_4/3 0.275 50.07 wall-Elevator Elev_2/3 0.162 13. 56 Door-Sgle-Int. Ha113/3 -0.00� -27.02 wall-znt Ha113/3 -0.002 -4.96 Rm7 0.181 68.0 Floor Ambt -0.173 -8.45 Floor Rm15/4 -0.027 -19.87 wall-Exterior ambt -0.179 -71.76 wall-Exterior Ambt -0.179 -11.39 wall-znt Rm6/3 0.013 56.85 wall-Int Rm8/3 -0.017 -56.69 Floor Parking/2 0.017 25. 50 Door-Sgle-Int. Ha113/3 0.012 67.27 wall-znt Ha113/3 0.012 18. 54 Rm8 0.165 68.0 Floor Rm8/4 -0.018 -31.91 Page 23 Summer doors closed with no wind.txt wall-Exterior Ambt -0.162 -42.72 Door-Sngl-Ext Ambt -0.162 -29.43 wall-znt Rm7/3 0.017 56.69 wall-Exterior Ambt -0.162 -57.67 Floor Parking/2 0.033 39.40 Floor Rm15/2 0.047 0.74 wall-znt Rm9/3 -0.118 -90.84 Floor Rm15/2 0.047 4.42 wall-znt Ha113/3 0.028 25.45 Door-Sgle-Int. Ha113/3 0.028 104.80 wall-znt Ha113/3 0.028 21.09 Rm9 0.047 68.0 Floor Rm9/4 0.021 53. 57 Wall-Exterior Ambt -0.044 -447.92 wall-Exterior Ambt -0.044 -62.89 Floor Parking/2 0.151 131. 54 Door-Sngl-Ext Ambt -0.044 -12. 59 Wall-Exterior Ambt -0.044 -15.28 Floor RmlS/2 0.166 5.50 wall-Int Rm8/3 0.118 90.84 Floor Rm15/2 0.166 8.26 Floor Rm14/2 0.197 2.28 wall-Exterior Ambt -0.044 -47.79 wall-znt Ha113/3 0.146 40.75 �oor-Sgle-znt. Ha113/3 0.146 238.83 wall-Int Entrance5/3 0.141 33.79 Wall-Exterior Ambt -0.044 -11.11 Wall-Exterior Ambt -0.044 -7.78 openAreal 0.197 68.0 Floor Rm18/4 -0.016 -13. 57 Floor Rml7/4 -0.010 -6.61 Floor Ambt -0.189 -47.06 Floor Rml9/4 -0.054 -139.86 Floor Ambt -0.189 -47.06 Floor Rml8/4 -0.016 -6.17 Floor Ha112/4 0.022 8.07 Floor Rm16/4 -0.003 -3.20 Floor Rm20/4 0.004 21.93 wall-Exterior Ambt -0.194 -138.04 Door-Sngl-Ext Ambt -0.194 -33.12 wall-Exterior Ambt -0.194 -26.32 Door-Sngl-Ext Ambt -0.194 -33.12 wall-Exterior Ambt -0.194 -91.25 wall-Exterior Ambt -0.194 -29.25 wall-Exterior Ambt -0.194 -42.82 wall-Exterior Ambt -0.194 -13.64 wall-znt Rm5/3 0.036 25. 52 wall-Int Bathroom/3 0.020 130.84 wall-Exterior Ambt -0.194 -285.43 Floor Parking/2 0.001 41.21 wall-znt Ha112/3 0.046 36. 55 Double_DOOr_Int Ha112/3 0.046 268.43 Floor Halll/2 0.066 2.12 wall-znt Ha112/3 0.046 81.61 wall-stair stair_2/3 0.252 69.47 wall-Exterior Ambt -0.194 -66.21 wall-znt Rm3/3 0.008 23.76 Door-Stair Stair_2/3 0.252 313.20 Bathroom 0.218 68.0 Floor Rm17/4 -0.030 -18.37 Floor Rm18/4 -0.036 -20. 55 wall-znt openAreal/3 -0.020 -130.84 wall-Int Rm5/3 0.016 15. 57 Page 24 Summer doors closed with no wind.txt Floor Parking/2 -0.020 -35.14 wall-Int Entrance2/3 0.018 30.86 wall-znt Ha112/3 0.026 7.91 Door-Sgle-Int. Ha112/3 0.026 100.46 wall-znt Ha112/3 0.026 50.10 Entrance2 0.236 68.0 Floor Rml7/4 -0.048 -5.92 wall-Int Rm5/3 -0.002 -0.74 �ouble_�oor_znt Rm5/3 -0.002 -56.43 Floor Parking/2 -0.038 -8.03 wall-znt Bathroom/3 -0.018 -30.86 wall-5tair Stair_3/3 0.224 30.91 wall-Elevator Elev_1/3 0.150 13.04 wall-znt Ha112/3 0.008 2.89 �oor-Sgle-znt. Ha112/3 0.008 55.14 Stair_3 0.460 68.0 233_Stair_11. 5 Stair_3/4 0.000 2253.40 wall-Stair Rm5/3 -0.227 -23.42 wall-Stair Entrance3/3 -0.001 -0.37 2by2opening Entrance3/3 -0.001 -347. 55 wall-Stair Entrance2/3 -0.224 -30.91 233_Stair_11. 5 Stair_3/2 -0.000 -1506.36 wall-Stair Courtyard/3 -0.253 -32.82 wall-Stair Elev_1/3 -0.075 -16.17 wall-Stair Nonvest3/3 -0.216 -5.32 �oor-Stair Nonvest3/3 -0.216 -290.48 Stair_4 0.469 68.0 233_Stair_11. 5 Stair_4/4 0.000 1587.30 2by2opening Entrance4/3 -0.001 -333.39 wall-Stair Entrance4/3 -0.001 -0.36 wall-Stair Rm6/3 -0.275 -50.07 wall-5tair Courtyard/3 -0.262 -33.42 233_Stair_11. 5 Stair_4/2 -0.000 -1007.47 �oor-Stair-0.1 Nonvest4/3 -0.276 -136.75 wall-Stair Nonvest4/3 -0.276 -6.01 wall-Stair Elev_2/3 -0.113 -19.82 Elev_1 0. 385 68.0 11. 5_Elevator Elev_1/4 0.000 2672.64 wall-Stair stair_3/3 0.075 16.17 wall-Elevator Entrance2/3 -0.150 -13.04 11. 5_Elevator Elev_1/2 -0.000 -1683.81 wall-Elevator Nonvest3/3 -0.142 -12.68 �oor-Elev Ha112/3 -0.142 -489.64 �oor-Elev Ha112/3 -0.142 -489.64 Nonvest3 0.�44 68.0 Floor Nonvest3/4 -0.024 -1.17 wall-Stair Stair_3/3 0.216 5.32 Door-Stair Stair_3/3 0.216 290.48 Floor Nonvest3/2 0.026 1.21 wall-Elevator Elev_1/3 0.14� 12.68 wall-znt Courtyard/3 -0.037 -12. 54 wall-znt Ha112/3 -0.000 -0.45 Missing�oor Ha112/3 -0.000 -295. 53 Nonvest4 0.193 68.0 Floor Nonvest4/4 -0.025 -1.19 Door-Stair-0.1 Stair_4/3 0.�76 136.75 wall-Stair Stair_4/3 0.276 6.01 Floor NonVest4/2 0.077 2.11 wall-Int Courtyard/3 0.014 7.72 wall-Elevator Elev_2/3 0.164 13.64 Missing�oor Ha113/3 -0.000 -164.75 wall-znt Ha113/3 -0.000 -0.29 Page 25 Summer doors closed with no wind.txt Elev_2 0. 357 68.0 11. 5_Elevator Elev_2/4 0.000 2546.15 wall-Stair Stair_4/3 0.113 19.82 wall-Elevator Nonvest4/3 -0.164 -13.64 11. 5_Elevator Elev_2/2 -0.000 -1486.06 wall-Elevator Rm6/3 -0.162 -13. 56 �oor-Elev Ha113/3 -0.164 -526.35 �oor-Elev Ha113/3 -0.164 -526.35 Ha112 0.243 68.0 Floor Ha112/4 -0.024 -10.47 Floor Rm16/4 -0.049 -18.05 Floor Ha112/4 -0.024 -1.61 wall-Int Bathroom/3 -0.026 -7.91 �oor-Sgle-znt. Bathroom/3 -0.026 -100.46 wall-Int Bathroom/3 -0.026 -50.10 wall-znt Entrance2/3 -0.008 -2.89 �oor-5gle-znt. Entrance2/3 -0.008 -55.14 Door-Elev Elev_1/3 0.142 489.64 �oor-Elev Elev_1/3 0.142 489.64 wall-znt Nonvest3/3 0.000 0.45 Missing�oor Nonvest3/3 0.000 295. 53 Floor Ha112/2 0.026 9.35 �ouble_�oor_znt Courtyard/3 -0.036 -238.33 �oor-Sgle-znt. Rm4/3 -0.036 -118.67 wall-Int Rm4/3 -0.036 -35.82 �oor-Sgle-znt. Rm4/3 -0.036 -118.67 wall-Int Rm4/3 -0.036 -3.89 wall-znt Openareal/3 -0.046 -36. 55 Floor Parking/2 -0.045 -7.21 �ouble_�oor_znt OpenAreal/3 -0.046 -268.43 wall-Int Rm4/3 -0.036 -136.28 wall-znt OpenAreal/3 -0.046 -81.61 Floor 2_Storystairl/2 -0.035 -0. 51 Floor Parking/2 -0.045 -2.16 Door-Sgle-Int. Rm4/3 -0.036 -118.67 wall-Stair Stair_2/3 0.205 19.61 Floor Halll/2 0.020 2.85 Floor Rm5/2 -0.025 -1.08 Door-Stair Stair_2/3 0.205 282.99 wall-znt Rm4/3 -0.036 -54.25 Door-Sgle-Int. Rm3/3 -0.038 -121.29 Ha113 0.193 68.0 Floor Ha113/4 -0.025 -24.25 MissingDOOr Nonvest4/3 0.000 164.75 wall-Int Nonvest4/3 0.000 0.29 Door-Elev Elev_2/3 0.164 526.35 �oor-Elev Elev_2/3 0.164 526.35 �oor-Sgle-znt. Rm6/3 0.002 27.02 wall-Int Rm6/3 0.002 4.96 �oor-Sgle-znt. Rm7/3 -0.012 -67.27 wall-Int Rm7/3 -0.012 -18.54 wall-znt Rm8/3 -0.028 -25.45 Door-Sgle-Int. Rm8/3 -0.028 -104.80 wall-znt Rm8/3 -0.028 -21.09 wall-Int Rm9/3 -0.146 -40.75 �oor-Sgle-znt. Rm9/3 -0.146 -238.83 Double_DOOr_Int Courtyard/3 0.014 147.49 Floor Ha113/2 0.077 7. 53 Floor Ha114/2 0.074 14.19 �ouble_�oor_znt Entrance5/3 -0.006 -95.19 wall-Int Rm12/3 -0.012 -5.41 �oor-sgle-znt. Rml2/3 -0.012 -68.64 wall-Int Rm12/3 -0.012 -20.72 �oor-Sgle-znt. Rml2/3 -0.012 -68.64 Page 26 Summer doors closed with no wind.txt wall-znt Rml2/3 -0.012 -45.05 Door-Sgle-Int. Rm12/3 -0.012 -68.64 Floor RmlS/2 0.019 3.76 wall-Int Rm10/3 -0.128 -82.23 Floor Rm14/2 0.050 1.52 wall-Int Rm12/3 -0.012 -48.65 �oor-Sgle-znt. Rm10/3 -0.128 -223.75 Door-Sgle-Int. Rm12/3 -0.012 -68.64 wall-Int Rm10/3 -0.128 -110.42 Floor Rm13/2 0.073 10.93 wall-znt Rm12/3 -0.012 -6.31 Door-Sgle-Int. Rm10/3 -0.128 -223.75 �oor-Stair Stair_5/3 0.206 283.20 wall-Stair Stair_5/3 0.�06 29.91 wall-znt Rmll/3 -0.012 -3.55 Door-Sgle-Int. Rmll/3 -0.012 -67.67 Entrance5 0.187 68.0 wall-Int Rm9/3 -0.141 -33.79 �ouble_�oor_znt Ha113/3 0.006 95.19 Floor Rm15/2 0.025 0.73 Floor Rml4/2 0.056 1.09 Floor Parking/2 0.011 0.35 Door_DOUble_Ext Ambt -0.184 -32.01 wall-Int Rm10/3 -0.123 -31.57 Rm4 0.207 68.0 Floor Rm16/4 -0.013 -70.36 �oor-Sgle-znt. Ha112/3 0.036 118.67 wall-znt Ha112/3 0.036 35.82 �oor-Sgle-znt. Ha112/3 0.036 118.67 wall-znt Ha112/3 0.036 3.89 Floor Rm8/2 0.027 29.09 wall-Int Courtyard/3 -0.000 -3.96 Floor Ha112/2 0.062 10.08 wall-znt Ha112/3 0.036 136.28 wall-Exterior ambt -0.204 -47.99 Floor Rm7/2 -0.002 -0.27 Floor 2_StoryStairl/2 0.001 0.82 Door-Sgle-Int. Ha112/3 0.036 118.67 wall-Exterior Ambt -0.204 -95.98 wall-Exterior Ambt -0.204 -88.78 wall-znt Courtyard/2 -0.000 -3.96 wall-znt Ha112/3 0.036 54.25 Floor Rm6/2 0.011 9.86 Floor Halll/2 0.056 3.20 Floor Rm7/2 -0.002 -4.21 wall-Int Rm3/3 -0.002 -2.39 Floor Rm5/2 0.011 12.69 Door-Sngl-Ext Ambt -0.204 -34.23 Door-Sngl-Ext Ambt -0.204 -34.23 wall-Exterior Ambt -0.204 -91.18 wall-Exterior Ambt -0.204 -41. 58 Door-Sngl-Ext Ambt -0.204 -34.23 wall-Exterior Ambt -0.204 -31.99 Door-Sngl-Ext Ambt -0.204 -34.23 wall-Exterior ambt -0.204 -32.39 Rml2 0.181 68.0 Floor Rml2/4 -0.030 -123.77 wall-znt Ha113/3 0.012 5.41 �oor-Sgle-znt. Ha113/3 0.012 68.64 wall-znt Ha113/3 0.012 20.72 �oor-sgle-znt. Ha113/3 0.012 68.64 wall-znt Ha113/3 0.01� 45.05 �oor-sgle-znt. Ha113/3 0.012 68.64 Page 27 Summer doors closed with no wind.txt wall-znt Courtyard/3 0.026 36.69 Floor Office/2 0.066 86. 57 wall-znt Ha113/3 0.012 48.65 Floor Ha114/2 0.086 15.86 �oor-Sgle-znt. Ha113/3 0.012 68.64 wall-znt Ha113/3 0.012 6.31 Floor Rm9/2 0.024 17.66 Floor Rm10/2 0.042 27.86 wall-Exterior Ambt -0.178 -49.27 wall-Int Courtyard/2 0.026 36.69 wall-Stair Stair_5/3 0.218 15.07 wall-Exterior Ambt -0.178 -94.07 wall-Exterior Ambt -0.178 -94.07 wall-Int Rmll/3 0.000 1.93 Floor Rm10/2 0.042 4.18 Floor Rmll/2 0.061 13.35 �oor-Sngl-Ext Ambt -0.178 -31.29 wall-Exterior Ambt -0.178 -85.11 �oor-Sngl-Ext Ambt -0.178 -31.29 Door-Sngl-Ext Ambt -0.178 -31.29 wall-Exterior Ambt -0.178 -85.11 Door-Sngl-Ext Ambt -0.178 -31.29 Courtyard 0.207 68.0 Floor Suite2/4 0.002 12.11 Floor Suitel/4 -0.023 -40.70 wall-Exterior Ambt -0.204 -152.86 wall-znt Entrance3/3 0.252 119.30 wall-Int Entrance4/3 0.261 121. 51 Floor Parking/2 -0.009 -19.24 wall-Stair Stair_3/3 0.�53 32.82 wall-Stair Stair_4/3 0.262 33.42 wall-Int Nonvest3/3 0.037 12. 54 wall-Int Nonvest4/3 -0.014 -7.72 Double_DOOr_Int Ha112/3 0.036 238.33 Floor Ha112/2 0.062 16.85 Double_DOOr_Int Ha113/3 -0.014 -147.49 wall-znt Rm4/3 0.000 3.96 Floor Private/2 0.037 25.67 Floor Private/2 0.037 15.64 Floor Bathrooml/2 0.058 2.44 wall-znt Rml2/3 -0.026 -36.69 Phantom_Connect Courtyard/2 -0.000 -229.90 Rm10 0.065 68.0 Floor Rm10/4 -0.002 -14.39 wall-znt Entrance5/3 0.123 31. 57 wall-Exterior Ambt -0.06� -15.83 wall-znt Ha113/3 0.128 82.23 Floor Rm15/2 0.148 5.20 wall-Exterior Ambt -0.062 -680. 50 Floor Rm14/2 0.179 11.44 �oor-Sgle-znt. Ha113/3 0.128 223.75 Floor Rm13/2 0.201 22.62 Floor Parking/2 0.133 74.11 Floor 2_Storystair2/2 0.109 4.46 wall-Exterior ambt -0.062 -24.17 wall-Int Ha113/3 0.128 110.42 wall-Exterior Ambt -0.062 -9.01 Door-Sgle-Int. Ha113/3 0.128 223.75 wall-Exterior Ambt -0.062 -27.04 Floor Ha115/2 0.326 1.93 wall-Exterior Ambt -0.062 -20. 55 Stair_2 0.449 68.0 200_Stair_11. 5 Stair_2/4 0.000 2375.36 Page 28 Summer doors closed with no wind.txt wall-Stair OpenAreal/3 -0.252 -69.47 200_Stair_11. 5 Stair_2/2 -0.000 -1674.16 wall-Stair Ha112/3 -0.205 -19.61 �oor-Stair OpenAreal/3 -0.252 -313.20 �oor-Stair Ha112/3 -0.205 -282.99 wall-Stair Rm3/3 -0.�43 -15.92 Stair_5 0. 399 68.0 200_Stair_11. 5 Stair_5/4 0.000 2814.38 �oor-Stair Ha113/3 -0.206 -283.20 wall-5tair Ha113/3 -0.206 -29.91 wall-Stair Rm12/3 -0.218 -15.07 200_Stair_11. 5 Stair_5/2 -0.000 -2144.86 �oor-Stair Rmll/3 -0.218 -291.17 wall-Stair Rmll/3 -0.218 -50.17 Rmll 0.181 68.0 Floor Rmll/4 -0.030 -65.73 wall-znt Ha113/3 0.012 3. 55 Door-Sgle-Int. Ha113/3 0.012 67.67 Floor Parking/2 0.017 1.75 Door-Stair Stair_5/3 0.218 291.17 wall-Stair Stair_5/3 0.218 50.17 wall-Int Rm12/3 -0.000 -1.93 Floor Rmll/2 0.061 3.33 Floor Ha115/2 0.209 61.86 Floor Parking/2 0.017 1.75 wall-Exterior Ambt -0.178 -45.96 Floor Rm12/2 0.024 31.53 wall-Exterior Ambt -0.178 -42. 59 wall-Exterior Ambt -0.178 -51. 56 Wall-Exterior Ambt -0.178 -11.21 �oor-sngl-Ext Ambt -0.178 -31.33 wall-Exterior Ambt -0.178 -26.90 wall-Exterior Ambt -0.178 -128.34 wall-Exterior Ambt -0.178 -56.04 wall-Exterior ambt -0.178 -51.18 Rm3 0.206 68.0 Floor Rm3/4 -0.005 -27.88 Floor Rm3/4 -0.005 -0.47 wall-znt OpenAreal/3 -0.008 -23.76 wall-Exterior Ambt -0.203 -8.60 wall-Stair Stair_2/3 0.243 15.92 Door-Sgle-Int. Ha112/3 0.038 121.29 �oor-Sngl-Ext Ambt -0.203 -34.05 Floor Rm5/2 0.012 4.53 wall-znt Rm4/3 0.002 2.39 wall-Exterior Ambt -0.�03 -66.92 wall-Exterior Ambt -0.203 -66.92 wall-Exterior Ambt -0.203 -31.07 wall-Exterior Ambt -0.203 -15.30 Floor Rm3/2 0.008 22.43 Floor Rm4/2 0.016 17.36 Door-Sngl-Ext Ambt -0.203 -34.05 Door-Sngl-Ext Ambt -0.203 -34.05 wall-Exterior Ambt -0.203 -20.72 wall-Exterior ambt -0.203 -39.44 Floor Rm2/2 -0.036 -1.28 �oor-Stair Stair6/3 0.234 302.19 wall-Stair 5tair6/3 0.234 10.67 Wall-Exterior Rm2/3 -0.041 -24.84 Door-Sngl-Ext Ambt -0.203 -34.05 wall-Stair Stair6/3 0.234 39.34 wall-Exterior Ambt -0.�03 -21. 51 wall-Exterior Ambt -0.203 -28.68 Page 29 Summer doors closed with no wind.txt wall-znt Rm2/3 -0.041 -22. 51 Stair6 0.440 68.0 200_Stair_11. 5 Stair6/4 0.000 1443.98 Door-Stair Rm3/3 -0.234 -302.19 wall-Stair Rm3/3 -0.234 -10.67 200_Stair_11. 5 Stair6/2 -0.000 -1032.88 wall-Stair Rm3/3 -0.234 -39.34 wall-Stair Rm2/3 -0.276 -58.90 Rm2 0.164 68.0 Floor Rm21/4 0.023 44. 50 Wall-Exterior Rm3/3 0.041 24.84 Floor Rm4/2 0.057 1.62 wall-Exterior Ambt -0.161 -13.22 wall-Stair Stair6/3 0.276 58.90 �oor-sngl-Ext Ambt -0.161 -29.36 Wall-Exterior Ambt -0.161 -14.22 wall-znt Rm3/3 0.041 22. 51 wall-Exterior Ambt -0.161 -11.36 wall-Exterior ambt -0.161 -19.19 Floor Rm2/2 0.005 9.48 wall-Exterior ambt -0.161 -17.06 Door-Sngl-Ext Ambt -0.161 -29.36 �oor-Sngl-Ext ambt -0.161 -29.36 wall-Exterior Ambt -0.161 -21.32 Floor Rml/2 0.004 6.30 wall-Exterior Ambt -0.161 -38.38 �oor-Sngl-Ext Ambt -0.161 -29.36 wall-Exterior Ambt -0.161 -21.32 wall-Elevator Elevshortl/3 0.054 8.34 wall-Stair Stair_1/3 0.�63 16. 55 wall-znt Rml/3 -0.083 -15.15 �oor-5gle-znt. Entrancel/3 0.023 95.60 ElevShortl 0.218 68.0 ElevShortL4 ElevShortl/4 -0.000 -228.41 wall-Elevator Rm2/3 -0.054 -8.34 wall-Stair Entrancel/3 -0.031 -6.63 Elevshort�2 Elevshortl/2 0.000 131.66 wall-5tair Stair_1/3 0.209 17.25 Door-Elev Halll/3 0.005 94.47 Entrancel 0.188 68.0 Floor Rm21/4 -0.000 -0.05 Door-Sgle-Int. Rm2/3 -0.023 -95.60 wall-Stair Elevshortl/3 0.031 6.63 wall-Int Rml/3 -0.107 -28.59 Floor Rml/2 -0.019 -0.95 Door-Sgle-Int. Halll/3 0.036 118. 56 Stair_1 0.427 68.0 200_Stair_11. 5 Stair_1/4 0.000 2863.22 wall-Stair Rm2/3 -0.263 -16. 55 wall-Stair Elevshortl/3 -0.209 -17.25 200_Stair_11. 5 Stair_1/2 -0.000 -2464.66 Wall-Stair Ambt -0.424 -52.94 wall-Stair Halll/3 -0.203 -11.35 Door-Stair Halll/3 -0.203 -281.49 wall-Stair Rml/3 -0.346 -18.99 Halll 0.224 68.0 Floor Rm21/4 -0.036 -3.37 �oor-Sgle-znt. Entrancel/3 -0.036 -118. 56 �oor-Elev Elevshortl/3 -0.005 -94.47 wall-5tair Stair_1/3 0.203 11.35 wall-znt Rml/3 -0.143 -38.98 Floor Rml/2 -0.055 -4.16 �oor-Stair Stair_1/3 0.203 281.49 Page 30 Summer doors closed with no wind.txt wall-znt Rml/3 -0.143 -33.31 Rml 0.081 68.0 Floor Ambt -0.073 -1.82 Floor Rm21/4 0.107 55.43 wall-znt Rm2/3 0.083 15.15 wall-Exterior Ambt -0.078 -5.93 wall-znt Entrancel/3 0.107 28. 59 Door-Sngl-Ext Ambt -0.078 -18.29 wall-znt Halll/3 0.143 38.98 Wall-Exterior Ambt -0.078 -14.82 wall-znt Halll/3 0.143 33.31 wall-5tair Stair_1/3 0. 346 18.99 wall-Exterior Ambt -0.078 -9.48 wall-Exterior Ambt -0.078 -60.76 Floor Rml/2 0.088 74.66 wall-Exterior Ambt -0.078 -64.31 wall-Exterior Ambt -0.078 -20.49 Door-Sngl-Ext Ambt -0.078 -18.29 wall-Exterior ambt -0.078 -11.86 Door-Sngl-Ext Ambt -0.078 -18.29 wall-Exterior Ambt -0.078 -20.75 level : 4 elevation: 39. 5 ft zone P T path from dP Flowl Flow2 Rml9 0.135 68.0 Floor Rm19/5 -0.012 -65.73 wall-Exterior Ambt -0.132 -71.32 wall-Exterior Ambt -0.132 -73.25 wall-Exterior Ambt -0.132 -114.70 Floor OpenAreal/3 0.054 139.86 wall-Int Rml8/4 0.039 50. 55 Door-Sgle-Int. Ambt -0.132 -226.79 Door-Sgle-Int. Ha112/4 0.077 172.75 wall-Exterior Ambt -0.132 -8.67 wall-Exterior ambt -0.132 -16.06 Door-Sgle-Int. Ha112/4 0.077 172.75 wall-Exterior Ambt -0.132 -7.71 wall-Int Rm20/4 0.058 48.33 Rm8 0.139 68.0 Floor Rm8/5 -0.002 -10.45 wall-Exterior Ambt -0.136 -39.12 Door-Sngl-Ext Ambt -0.136 -26.24 wall-znt Rm15/4 0.008 39.37 wall-Exterior Ambt -0.136 -52.81 Floor Rm8/3 0.018 31.91 wall-Int Rm9/4 -0.079 -74.36 wall-Int Ha113/4 0.021 22.15 Door-Sgle-Int. Ha113/4 0.021 91.21 wall-znt Ha113/4 0.021 18.35 Rm9 0.060 68.0 Floor Rm9/5 0.006 28.89 Floor Rm9/5 0.006 0.53 wall-Exterior Ambt -0.057 -509.21 wall-Exterior Ambt -0.057 -71.49 Floor Rm9/3 -0.021 -53.57 Door-Sngl-Ext Ambt -0.057 -14.87 wall-Exterior Ambt -0.057 -17.37 wall-Int Rm8/4 0.079 74.36 wall-Exterior Ambt -0.057 -54.33 wall-znt Ha113/4 0.101 33.77 �oor-Sgle-znt. Ha113/4 0.101 197.93 Double_DOOr_Int Ha113/4 0.101 395.87 Floor Ambt -0.060 -1.65 Page 31 Summer doors closed with no wind.txt wall-Exterior Ambt -0.057 -8.84 RmlS 0.147 68.0 Floor RmlS/5 -0.003 -6.23 Floor Rm15/5 -0.003 -6.60 Wall-Exterior Ambt -0.144 -64.41 Wall-Exterior Ambt -0.144 -21.13 Door-Sngl-Ext Ambt -0.144 -27.24 Wall-Exterior Ambt -0.144 -24.15 wall-Exterior Ambt -0.144 -14.09 Door-Sngl-Ext Ambt -0.144 -27.24 wall-Exterior Ambt -0.144 -20.13 wall-Int Rm8/4 -0.008 -39.37 wall-znt Suitel/4 0.030 32.41 Floor Rm6/3 0.040 23.03 Floor Rm7/3 0.027 19.87 wall-5tair Stair_4/4 0. 315 52.02 wall-Elevator Elev_2/4 0.202 15.15 Door-Sgle-Int. Ha113/4 0.013 72.14 wall-znt Ha113/4 0.013 35.98 Rm18 0.173 68.0 Floor Rm18/5 -0.007 -8.83 Floor Rm18/5 -0.007 -4.02 Floor Rm18/5 -0.007 -8.83 wall-Exterior Ambt -0.171 -12.05 �oor-Sngl-Ext Ambt -0.171 -30.42 wall-Exterior Ambt -0.171 -49.31 wall-Exterior Ambt -0.171 -60.27 Floor OpenAreal/3 0.016 13. 57 wall-znt Rm17/4 0.006 35.02 wall-Exterior Ambt -0.171 -32.15 wall-znt Rml9/4 -0.039 -50.55 Floor OpenAreal/3 0.016 6.17 Floor Bathroom/3 0.036 20.55 wall-znt Ha112/4 0.038 32.73 Door-Sgle-Int. Ha112/4 0.038 121.65 wall-znt Ha112/4 0.038 26.74 Rm17 0.180 68.0 Floor Rm17/5 -0.006 -5.17 Floor Rml7/5 -0.006 -8.13 Floor Rm17/5 -0.006 -2.07 Floor Rml7/5 -0.006 -3.10 wall-Exterior Ambt -0.177 -92. 58 Floor OpenAreal/3 0.010 6.61 Wall-Exterior Ambt -0.177 -44.62 Door-Sngl-Ext Ambt -0.177 -31.14 wall-Exterior Ambt -0.177 -15.62 Door-sngl-Ext Ambt -0.177 -31.14 Wall-Exterior Ambt -0.177 -22.31 wall-Int Suite2/4 0.022 27.72 wall-Int Rm18/4 -0.006 -35.02 Floor Bathroom/3 0.030 18.37 Floor Entrance2/3 0.048 5.92 Floor Rm5/3 0.046 8.70 wall-5tair Stair_3/4 0.�73 46.17 wall-Elevator Elev_1/4 0.197 14.98 wall-znt Ha112/4 0.032 35.06 �oor-Sgle-znt. Ha112/4 0.032 111.30 wall-znt Ha112/4 0.032 16.07 Suite2 0.201 68.0 Floor Suite2/5 -0.001 -2.37 Floor Suite2/5 -0.001 -0.79 Floor Suite2/5 -0.001 -1.18 Floor Suite2/5 -0.001 -7.35 Page 32 Summer doors closed with no wind.txt wall-Exterior Ambt -0.198 -63.82 wall-Exterior Ambt -0.198 -43.73 wall-Exterior ambt -0.198 -13.78 Door-Sngl-Ext Ambt -0.198 -33. 56 �oor-Sngl-Ext ambt -0.198 -33. 56 Floor Ambt -0.201 -36.40 wall-Exterior ambt -0.198 -32.31 Floor Rm5/3 0.024 4.22 Floor Entrance3/3 0.250 20.28 Floor Courtyard/3 -0.002 -12.11 Wall-Int Rm17/4 -0.022 -27.72 wall-Int Suitel/4 -0.025 -103. 53 �oor-Stair Stair_3/4 0.251 312.77 wall-Stair Stair_3/4 0.�51 29.81 wall-znt Nonvest3/4 0.010 6.67 Double_DOOr_Int Ha112/4 0.010 125.77 wall-znt Rml6/4 -0.015 -5.69 Door-Sngl-Ext Ambt -0.198 -33. 56 wall-Exterior ambt -0.198 -48.05 suitel 0.176 68.0 Floor suitel/5 -0.002 -3.53 Floor Suitel/5 -0.002 -1.77 Floor suitel/5 -0.002 -0.37 Floor Suitel/5 -0.002 -11.78 wall-Exterior Ambt -0.173 -59.67 Wall-Exterior Ambt -0.173 -40.88 Floor Ambt -0.176 -34.07 Door-Sngl-Ext Ambt -0.173 -30.76 �oor-Sngl-Ext Ambt -0.173 -30.76 wall-Exterior Ambt -0.173 -12.88 wall-Exterior Ambt -0.173 -30.21 Floor Entrance4/3 0.284 21.63 Floor Rm6/3 0.011 0.88 Floor Courtyard/3 0.023 40.70 wall-Int RmlS/4 -0.030 -32.41 wall-Int 5uite2/4 0.025 103. 53 �oor-Stair Stair_4/4 0.285 333.41 wall-Stair Stair_4/4 0.285 40.34 wall-Int Nonvest4/4 -0.016 -8.28 Double_DOOr_Int Ha113/4 -0.016 -159.04 wall-znt Rml2/4 -0.033 -8.38 wall-Exterior Ambt -0.173 -44.93 �oor-Sngl-Ext Ambt -0.173 -30.76 Stair_3 0.452 68.0 233_Stair_11. 5 Stair_3/5 0.000 970.20 wall-Stair Rm17/4 -0.273 -46.17 Door-Stair Suite2/4 -0.251 -312.77 233_Stair_11. 5 Stair_3/3 -0.000 -2253.40 supply Stair3 n/a 1999.99 wall-Stair Suite2/4 -0.251 -29.81 wall-Stair Elev_1/4 -0.075 -16.19 wall-Stair Nonvest3/4 -0.241 -5.61 �oor-Stair Nonvest3/4 -0.241 -306.25 stair_4 0.461 68.0 233_stair_11. 5 Stair_4/5 0.000 381.80 �oor-Stair Suitel/4 -0.285 -333.41 wall-Stair RmlS/4 -0.315 -52.02 wall-Stair Suitel/4 -0.285 -40.34 supply Stair4 n/a 1999.99 233_Stair_11. 5 Stair_4/3 -0.000 -1587.30 �oor-Stair Nonvest4/4 -0. 301 -342.61 wall-Stair Nonvest4/4 -0. 301 -6.27 wall-Stair Elev_2/4 -0.113 -19.83 Page 33 Summer doors closed with no wind.txt Elev_1 0. 377 68.0 11. 5_Elevator Elev_1/5 0.000 3744.03 wall-Stair Stair_3/4 0.075 16.19 wall-Elevator Rm17/4 -0.197 -14.98 11. 5_Elevator Elev_1/3 -0.000 -2672.64 wall-Elevator Nonvest3/4 -0.165 -13.71 Door-Elev Ha112/4 -0.166 -529.44 Door-Elev Ha112/4 -0.166 -529.44 Nonvest3 0.212 68.0 Floor Nonvest3/5 -0.004 -0.47 Wall-Stair Stair_3/4 0.241 5.61 Door-Stair Stair_3/4 0.241 306.25 Floor Nonvest3/3 0.024 1.17 wall-Elevator Elev_1/4 0.165 13.71 wall-znt suite2/4 -0.010 -6.67 wall-Int Ha112/4 -0.000 -0.48 Missing�oor Ha112/4 -0.000 -319.12 Nonvest4 0.160 68.0 Floor Nonvest4/5 -0.002 -0.36 Door-Stair Stair_4/4 0. 301 342.61 wall-Stair Stair_4/4 0. 301 6.27 Floor Nonvest4/3 0.025 1.19 wall-znt suitel/4 0.016 8.28 wall-Elevator Elev_2/4 0.188 14.63 Missing�oor Ha113/4 -0.000 -372.09 wall-znt Ha113/4 -0.000 -0. 54 Elev_2 0. 349 68.0 11. 5_Elevator Elev_2/5 0.000 3686.01 wall-Stair Stair_4/4 0.113 19.83 wall-Elevator Nonvest4/4 -0.188 -14.63 11. 5_Elevator Elev_2/3 -0.000 -2546.15 wall-Elevator Rm15/4 -0.202 -15.15 �oor-Elev Ha113/4 -0.189 -564.95 �oor-Elev Ha113/4 -0.189 -564.95 Ha112 0.211 68.0 Floor Ha112/5 -0.004 -3.39 Floor Ha112/5 -0.004 -4.23 Floor Ha112/5 -0.004 -0.65 Door-Sgle-Int. Rm19/4 -0.077 -172.75 wall-Int Rm18/4 -0.038 -32.73 Door-Sgle-Int. Rml8/4 -0.038 -121.65 wall-Int Rm18/4 -0.038 -26.74 wall-znt Rm17/4 -0.032 -35.06 Door-Sgle-Int. Rm17/4 -0.032 -111.30 wall-znt Rm17/4 -0.032 -16.07 Door-Elev Elev_1/4 0.166 529.44 Door-Elev Elev_1/4 0.166 529.44 Wall-Int NonVest3/4 0.000 0.48 Missing�oor Nonvest3/4 0.000 319.12 Door-Sgle-Int. Rm19/4 -0.077 -172.75 Floor OpenAreal/3 -0.022 -8.07 Floor Ha112/3 0.024 10.47 Double_DOOr_Int Suite2/4 -0.010 -125.77 wall-Int Rm20/4 -0.019 -18.72 �oor-Sgle-znt. Rm16/4 -0.026 -99.72 wall-Int Rm16/4 -0.026 -65.44 �oor-Sgle-znt. Rml6/4 -0.026 -99.72 wall-Int Rm16/4 -0.026 -30.10 �oor-Sgle-znt. Rm16/4 -0.026 -99.72 wall-Int Rm16/4 -0.026 -3.27 �oor-Sgle-znt. Rm20/4 -0.019 -85.16 wall-Int Rm20/4 -0.019 -19.93 wall-znt Rml6/4 -0.026 -64.13 Page 34 Summer doors closed with no wind.txt �oor-Sgle-znt. Rm20/4 -0.019 -85.16 Door-Sgle-Int. Rm16/4 -0.026 -99.72 wall-Stair Stair_2/4 0.230 20.74 Floor Ha112/3 0.024 1.61 wall-znt Rm16/4 -0.026 -23.56 Door-Stair Stair_2/4 0.230 299.23 Door-Sgle-Int. Rm3/4 -0.019 -85.02 Ha113 0.160 68.0 Floor Ha113/5 -0.002 -7.38 Missing�oor Nonvest4/4 0.000 372.09 Wall-Int NonVest4/4 0.000 0. 54 �oor-Elev Elev_2/4 0.189 564.95 �oor-Elev Elev_2/4 0.189 564.95 Door-Sgle-Int. Rm15/4 -0.013 -72.14 wall-znt RmlS/4 -0.013 -35.98 wall-Int Rm8/4 -0.021 -22.15 Door-Sgle-Int. Rm8/4 -0.021 -91.21 wall-Int Rm8/4 -0.021 -18.35 wall-znt Rm9/4 -0.101 -33.77 Door-Sgle-Int. Rm9/4 -0.101 -197.93 �ouble_�oor_znt Suitel/4 0.016 159.04 Floor Ha113/3 0.025 24.25 �ouble_�oor_znt Rm9/4 -0.101 -395.87 Wall-Int Rm12/4 -0.017 -6.43 Door-Sgle-Int. Rml2/4 -0.017 -81.71 Wall-Int Rm12/4 -0.017 -24.67 Door-Sgle-Int. Rm12/4 -0.017 -81.71 wall-Int Rm12/4 -0.017 -53.62 Door-Sgle-Int. Rml2/4 -0.017 -81.71 wall-Int Rm10/4 -0.106 -74. 59 wall-Int Rml2/4 -0.017 -57.91 Door-Sgle-Int. Rm10/4 -0.106 -202.97 Door-Sgle-Int. Rml2/4 -0.017 -81.71 wall-Int Rm10/4 -0.106 -100.16 wall-znt Rml2/4 -0.017 -7. 51 Door-Sgle-Int. Rm10/4 -0.106 -202.97 �oor-Stair Stair_5/4 0.231 300.11 wall-5tair Stair_5/4 0.231 31.69 wall-Int Rmll/4 -0.017 -4.25 Door-Sgle-Int. Rmll/4 -0.017 -80.90 Rm12 0.143 68.0 Floor Rm12/5 -0.005 -48.37 wall-znt Ha113/4 0.017 6.43 Door-Sgle-Int. Ha113/4 0.017 81.71 wall-znt Ha113/4 0.017 24.67 Door-Sgle-Int. Ha113/4 0.017 81.71 wall-Int Ha113/4 0.017 53.62 Door-Sgle-Int. Ha113/4 0.017 81.71 wall-znt Suitel/4 0.033 8.38 wall-znt Ha113/4 0.017 57.91 Floor Rml2/3 0.030 123.77 Door-Sgle-Int. Ha113/4 0.017 81.71 wall-znt Ha113/4 0.017 7. 51 Wall-Exterior Ambt -0.140 -43.70 wall-Exterior ambt -0.140 -110.23 wall-Stair Stair_5/4 0.248 16.08 wall-Exterior Ambt -0.140 -83.42 Wall-Exterior Ambt -0.140 -83.42 Wall-Int Rmll/4 0.000 1.92 Door-Sngl-Ext Ambt -0.140 -26.77 wall-Exterior Ambt -0.140 -75.47 Door-Sngl-Ext Ambt -0.140 -26.77 �oor-sngl-Ext Ambt -0.140 -26.77 Page 35 Summer doors closed with no wind.txt wall-Exterior Ambt -0.140 -75.47 Door-Sngl-Ext Ambt -0.140 -26.77 Rm16 0.186 68.0 Floor Rm16/5 -0.005 -4.12 Floor Rm16/5 -0.005 -5.97 Floor Rm16/5 -0.005 -44.78 Floor Rm16/5 -0.005 -0.66 Door-Sgle-Int. Ha112/4 0.026 99.72 wall-Int Ha112/4 0.026 65.44 Door-Sgle-Int. Ha112/4 0.026 99.72 wall-znt Ha112/4 0.026 30.10 Door-Sgle-Int. Ha112/4 0.026 99.72 wall-znt Ha112/4 0.026 3.27 wall-Int Suite2/4 0.015 5.69 wall-znt Ha112/4 0.026 64.13 wall-Exterior Ambt -0.183 -45.40 Floor OpenAreal/3 0.003 3.20 Floor Ha112/3 0.049 18.05 Floor Rm4/3 0.013 70.36 Door-Sgle-Int. Ha112/4 0.026 99.72 wall-znt Ha112/4 0.026 23. 56 wall-Exterior Ambt -0.183 -90.81 wall-Exterior ambt -0.183 -84.00 wall-Exterior Ambt -0.183 -125.99 wall-znt Rm3/4 0.007 4.96 Floor Ambt -0.186 -3.85 �oor-Sngl-Ext Ambt -0.183 -31.85 wall-Exterior Ambt -0.183 -86.27 wall-Exterior Ambt -0.183 -39.34 Door-Sngl-Ext Ambt -0.183 -31.85 wall-Exterior Ambt -0.183 -30.26 Door-Sngl-Ext Ambt -0.183 -31.85 wall-Exterior Ambt -0.183 -30.65 Rm20 0.193 68.0 Floor Rm20/5 -0.002 -17.05 wall-Int Rm19/4 -0.058 -48.33 Wall-Int Ha112/4 0.019 18.72 wall-Exterior Ambt -0.190 -26.60 �oor-Sgle-znt. Ha112/4 0.019 85.16 wall-Exterior Ambt -0.190 -39.78 wall-Exterior Ambt -0.190 -22. 55 Door-Sgle-Int. Ambt -0.190 -272.07 wall-znt Ha112/4 0.019 19.93 wall-Exterior Ambt -0.190 -14.89 Floor OpenAreal/3 -0.004 -21.93 Door-Sgle-Int. Ha112/4 0.019 85.16 wall-Exterior Ambt -0.190 -62.44 wall-5tair Stair_2/4 0.248 69.01 wall-Exterior Ambt -0.190 -65.45 wall-Int Rm3/4 0.000 1.99 Door-Stair Stair_2/4 0.248 311.12 Rm10 0.054 68.0 Floor Rm10/5 0.002 15.22 wall-Exterior Ambt -0.052 -6.02 wall-znt Ha113/4 0.106 74. 59 wall-Exterior Ambt -0.052 -621. 52 �oor-Sgle-znt. Ha113/4 0.106 202.97 Floor Rm10/3 0.002 14.39 wall-Exterior Ambt -0.052 -22.08 wall-znt Ha113/4 0.106 100.16 wall-Exterior Ambt -0.052 -8.23 Door-Sgle-Int. Ha113/4 0.106 202.97 wall-znt Rmll/4 0.089 91.01 Page 36 Summer doors closed with no wind.txt wall-Exterior Ambt -0.052 -24.69 Wall-Exterior Ambt -0.052 -18.77 Stair_2 0.441 68.0 200_Stair_11. 5 Stair_2/5 0.000 1391. 54 wall-Stair Rm20/4 -0.248 -69.01 200_Stair_11. 5 Stair_2/3 -0.000 -2375.36 wall-Stair Ha112/4 -0.230 -20.74 Door-Stair Rm20/4 -0.248 -311.12 supply Stair2 n/a 1700.00 Door-Stair Ha112/4 -0.230 -299.23 wall-Stair Rm3/4 -0.248 -16.08 Stair_5 0. 391 68.0 200_Stair_11. 5 Stair_5/5 0.001 3526.65 Door-Stair Ha113/4 -0.�31 -300.11 wall-Stair Ha113/4 -0.231 -31.69 Wall-Stair Rm12/4 -0.248 -16.08 200_Stair_11. 5 Stair_5/3 -0.000 -2814.38 Door-Stair Rmll/4 -0.248 -310.82 wall-Stair Rmll/4 -0.248 -53.56 Rmll 0.143 68.0 Floor Rmll/5 -0.006 -28.46 wall-Int Ha113/4 0.017 4.25 �oor-sgle-znt. Ha113/4 0.017 80.90 Door-Stair Stair_5/4 0.248 310.82 wall-Stair Stair_5/4 0.248 53. 56 wall-Int Rm10/4 -0.089 -91.01 Wall-Int Rm12/4 -0.000 -1.92 Floor Rmll/3 0.030 65.73 wall-Exterior Ambt -0.140 -40.77 Wall-Exterior Ambt -0.140 -37.78 wall-Exterior Ambt -0.140 -45.74 Wall-Exterior Ambt -0.140 -9.94 Door-Sngl-Ext Ambt -0.140 -26.81 wall-Exterior Ambt -0.140 -23.86 wall-Exterior Ambt -0.140 -113.84 wall-Exterior Ambt -0.140 -49.71 Wall-Exterior Ambt -0.140 -45.40 Rm3 0.193 68.0 Floor Rm3/5 -0.006 -30.95 Floor Rm3/5 -0.006 -0. 52 wall-znt Rm20/4 -0.000 -1.99 wall-Exterior Ambt -0.190 -8.33 Wall-Stair Stair_2/4 0.248 16.08 Door-Sgle-Int. Ha112/4 0.019 85.02 �oor-Sngl-Ext Ambt -0.190 -32.63 wall-Int Rm16/4 -0.007 -4.96 wall-Exterior Ambt -0.190 -64.76 wall-Exterior Ambt -0.190 -64.76 wall-Exterior Ambt -0.190 -30.07 Wall-Exterior Ambt -0.190 -14.80 Floor Rm3/3 0.005 27.88 Door-Sngl-Ext Ambt -0.190 -32.63 �oor-Sngl-Ext ambt -0.190 -32.63 wall-Exterior Ambt -0.190 -20.05 wall-Exterior ambt -0.190 -38.16 Floor Rm3/3 0.005 0.47 �oor-Stair Stair6/4 0.239 305.32 wall-Stair 5tair6/4 0.239 10.78 Wall-Exterior Rm21/4 -0.013 -14.08 Door-Sngl-Ext Ambt -0.190 -32.63 wall-Stair Stair6/4 0.239 39.75 wall-Exterior Ambt -0.190 -20.82 wall-Exterior Ambt -0.190 -27.76 Page 37 Summer doors closed with no wind.txt wall-znt Rm21/4 -0.013 -12.76 Stair6 0.432 68.0 200_Stair_11. 5 Stair6/5 0.000 1019.89 Door-Stair Rm3/4 -0.239 -305.32 wall-Stair Rm3/4 -0.239 -10.78 Door-Stair Rm21/4 -0.252 -313.70 supply Stair6 n/a 1150.00 200_Stair_11. 5 Stair6/3 -0.000 -1443.98 wall-Stair Rm3/4 -0.239 -39.75 wall-Stair Rm21/4 -0.252 -56.37 Rm21 0.179 68.0 Floor Ambt -0.171 -120.57 Floor Ambt -0.171 -2.86 Floor Ambt -0.171 -7.34 Floor Ambt -0.171 -70.23 wall-Exterior Rm3/4 0.013 14.08 �oor-Stair Stair6/4 0.252 313.70 wall-Exterior Ambt -0.177 -13.83 wall-Stair Stair6/4 0.252 56.37 Door-Sngl-Ext Ambt -0.177 -31.13 Wall-Exterior Ambt -0.177 -14.88 wall-Int Rm3/4 0.013 12.76 wall-Exterior Ambt -0.177 -19.34 wall-Exterior Ambt -0.177 -11.89 �oor-Sngl-Ext Ambt -0.177 -31.13 wall-Exterior Ambt -0.177 -37.03 Floor Rm2/3 -0.023 -44.50 wall-Exterior Ambt -0.177 -66.92 Door-Sngl-Ext Ambt -0.177 -31.13 wall-Elevator Elevshortl/4 0.031 6.30 Wall-Stair Stair_1/4 0.240 15.81 wall-5tair Elevshortl/4 0.031 6.64 Wall-Exterior Ambt -0.177 -28.10 Floor Entrancel/3 0.000 0.05 �oor-Elev Elevshortl/4 0.031 228.60 wall-Stair 5tair_1/4 0.240 12.33 Floor Halll/3 0.036 3.37 Door-Stair Stair_1/4 0.240 305.77 �oor-Sngl-Ext Ambt -0.177 -31.13 wall-Stair Stair_1/4 0.240 15.81 wall-Exterior Ambt -0.177 -27.21 Wall-Exterior Ambt -0.177 -22.31 Floor Rml/3 -0.107 -55.43 wall-Exterior Ambt -0.177 -12.65 Door-Sngl-Ext Ambt -0.177 -31.13 wall-Exterior Ambt -0.177 -96.81 wall-Exterior Ambt -0.177 -34.19 Door-Sngl-Ext Ambt -0.177 -31.13 wall-Exterior Ambt -0.177 -37.03 Door-Sngl-Ext Ambt -0.177 -31.13 wall-Exterior ambt -0.177 -50. 57 ElevShortl 0.210 68.0 Floor Ambt -0.202 -4.14 wall-Elevator Rm21/4 -0.031 -6.30 wall-stair Rm21/4 -0.031 -6.64 ElevShortL4 ElevShortl/3 0.000 228.41 wall-Stair Stair_1/4 0.209 17.27 Door-Elev Rm21/4 -0.031 -228.60 Stair_1 0.419 68.0 Floor Ambt -0.411 -17.35 wall-Stair Rm21/4 -0.240 -15.81 200_Stair_11. 5 Stair_1/3 -0.000 -2863.22 wall-Stair ElevShortl/4 -0.209 -17.27 Page 38 Summer doors closed with no wind.txt wall-Stair Ambt -0.417 -52.46 wall-Stair Rm21/4 -0.240 -12.33 supply Stairl n/a 3300.00 Door-Stair Rm21/4 -0.240 -305.77 Wall-Stair Rm21/4 -0.240 -15.81 level : 5 elevation: 51.0 ft zone P T path from dP Flowl Flow2 Rml9 0.115 68.0 Floor Rm19/6 -0.009 -57.80 wall-Exterior Ambt -0.112 -65.67 Wall-Exterior Ambt -0.112 -67.44 wall-Exterior Ambt -0.112 -105.60 Floor Rm19/4 0.012 65.73 wall-znt Rm18/5 0.044 53.93 Door-Sgle-Int. Ambt -0.112 -208.81 �oor-Sgle-znt. Ha112/5 0.085 181.64 wall-Exterior Ambt -0.112 -7.99 Wall-Exterior Ambt -0.112 -14.78 Door-Sgle-Int. Ha112/5 0.085 181.64 Wall-Exterior Ambt -0.112 -7.10 wall-Int Rm20/5 0.068 52.26 Rm8 0.129 68.0 Floor Rm8/6 0.001 6.08 wall-Exterior Ambt -0.126 -37.65 Door-Sngl-Ext Ambt -0.126 -24.97 wall-znt Rm15/5 0.007 36.83 wall-Exterior Ambt -0.126 -50.83 Floor Rm8/4 0.002 10.45 wall-Int Rm9/5 -0.071 -70.49 wall-znt Ha113/5 0.021 21.95 Door-Sgle-Int. Ha113/5 0.021 90.42 wall-znt Ha113/5 0.021 18.19 Rm9 0.057 68.0 Floor Rm9/6 0.003 21.67 Floor Rm9/6 0.003 0.40 wall-Exterior ambt -0.055 -500.10 wall-Exterior Ambt -0.055 -70.21 Floor Rm9/4 -0.006 -28.89 Door-Sngl-Ext Ambt -0.055 -14. 53 wall-Exterior Ambt -0.055 -17.06 wall-Int Rm8/5 0.071 70.49 wall-Exterior Ambt -0.055 -53.36 wall-znt Ha113/5 0.092 32.33 �oor-Sgle-znt. Ha113/5 0.092 189.49 Double_DOOr_Int Ha113/5 0.092 378.99 Floor Rm9/4 -0.006 -0.53 wall-Exterior Ambt -0.055 -8.69 Rm15 0.136 68.0 Floor Rm15/6 0.000 1.38 Floor RmlS/6 0.000 1.46 wall-Exterior Ambt -0.133 -61.89 wall-Exterior Ambt -0.133 -20.31 Door-Sngl-Ext Ambt -0.133 -25.86 wall-Exterior ambt -0.133 -23.21 wall-Exterior Ambt -0.133 -13. 54 �oor-Sngl-Ext Ambt -0.133 -25.86 wall-Exterior Ambt -0.133 -19.34 wall-znt Rm8/5 -0.007 -36.83 wall-Int Suitel/5 0.031 32.98 Floor Rm15/4 0.003 6.23 Floor Rm15/4 0.003 6.60 wall-Stair Stair_4/5 0. 318 52.26 Page 39 Summer doors closed with no wind.txt wall-Elevator Elev_2/5 0.205 15.26 Door-Sgle-Int. Ha113/5 0.014 73.83 wall-znt Ha113/5 0.014 36.82 Rm18 0.159 68.0 Floor Rm18/6 -0.004 -6.89 Floor Rm18/6 -0.004 -3.13 Floor Rm18/6 -0.004 -6.89 wall-Exterior Ambt -0.156 -11. 52 �oor-Sngl-Ext Ambt -0.156 -28.69 wall-Exterior Ambt -0.156 -47.13 wall-Exterior Ambt -0.156 -57.60 Floor Rm18/4 0.007 8.83 wall-znt Rm17/5 0.007 37.26 wall-Exterior Ambt -0.156 -30.73 wall-Int Rml9/5 -0.044 -53.93 Floor Rm18/4 0.007 4.02 Floor Rml8/4 0.007 8.83 wall-znt Ha112/5 0.041 33.89 �oor-Sgle-znt. Ha112/5 0.041 125.97 wall-znt Ha112/5 0.041 27.69 Rm17 0.166 68.0 Floor Rm17/6 -0.003 -3.91 Floor Rml7/6 -0.003 -6.15 Floor Rm17/6 -0.003 -1. 57 Floor Rml7/6 -0.003 -2.35 wall-Exterior Ambt -0.163 -88.86 Floor Rm17/4 0.006 5.17 wall-Exterior Ambt -0.163 -42.82 �oor-Sngl-Ext Ambt -0.163 -29. 52 wall-Exterior Ambt -0.163 -14.99 �oor-sngl-Ext Ambt -0.163 -29. 52 wall-Exterior Ambt -0.163 -21.41 wall-znt Suite2/5 0.027 30.75 wall-Int Rm18/5 -0.007 -37.26 Floor Rml7/4 0.006 8.13 Floor Rm17/4 0.006 2.07 Floor Rm17/4 0.006 3.10 wall-5tair Stair_3/5 0.278 46.66 wall-Elevator Elev_1/5 0.203 15.20 wall-znt Ha112/5 0.034 36.11 �oor-Sgle-znt. Ha112/5 0.034 114.62 wall-znt Ha112/5 0.034 16. 55 Suite2 0.192 68.0 Floor Suite2/6 -0.005 -5.64 Floor suite2/6 -0.005 -1.88 Floor Suite2/6 -0.005 -2.82 Floor Suite2/6 -0.005 -17. 50 wall-Exterior Ambt -0.189 -62.36 wall-Exterior Ambt -0.189 -42.73 wall-Exterior Ambt -0.189 -13.47 �oor-Sngl-Ext Ambt -0.189 -32. 57 Door-Sngl-Ext Ambt -0.189 -32. 57 Floor Suite2/4 0.001 2.37 wall-Exterior Ambt -0.189 -31. 57 Floor suite2/4 0.001 0.79 Floor Suite2/4 0.001 1.18 Floor Suite2/4 0.001 7.35 wall-Int Rm17/5 -0.027 -30.75 wall-znt Suitel/5 -0.026 -105.67 Door-Stair Stair_3/5 0.252 313.32 wall-Stair Stair_3/5 0.252 29.86 wall-Int Nonvest3/5 0.007 5.60 �ouble_�oor_znt Ha112/5 0.007 105.06 Page 40 Summer doors closed with no wind.txt wall-znt Rml6/5 -0.020 -6.48 Door-Sngl-Ext Ambt -0.189 -32. 57 wall-Exterior ambt -0.189 -46.96 suitel 0.166 68.0 Floor suitel/6 -0.001 -3.07 Floor Suitel/6 -0.001 -1.54 Floor suitel/6 -0.001 -0.32 Floor Suitel/6 -0.001 -10.24 wall-Exterior Ambt -0.163 -57.93 wall-Exterior Ambt -0.163 -39.69 Floor Suitel/4 0.002 3. 53 Door-Sngl-Ext Ambt -0.163 -29. 59 �oor-Sngl-Ext Ambt -0.163 -29. 59 wall-Exterior Ambt -0.163 -12. 51 wall-Exterior Ambt -0.163 -29.33 Floor Suitel/4 0.002 1.77 Floor Suitel/4 0.002 0.37 Floor Suitel/4 0.002 11.78 wall-znt RmlS/5 -0.031 -32.98 wall-Int 5uite2/5 0.026 105.67 �oor-Stair Stair_4/5 0.287 334. 52 wall-Stair Stair_4/5 0.�87 40.48 wall-Int Nonvest4/5 -0.016 -8.39 Double_DOOr_Int Ha113/5 -0.017 -161.04 wall-znt Rml2/5 -0.036 -8.71 wall-Exterior Ambt -0.163 -43.62 �oor-Sngl-Ext Ambt -0.163 -29. 59 Stair_3 0.444 68.0 233_Stair_11. 5 Stair_3/6 -0.000 -309.34 wall-Stair Rm17/5 -0.278 -46.66 Door-Stair Suite2/5 -0.252 -313.32 233_Stair_11. 5 Stair_3/4 -0.000 -970.20 supply Stair3 n/a 1999.99 wall-Stair Suite2/5 -0.252 -29.86 wall-Stair Elev_1/5 -0.075 -16.19 wall-Stair Nonvest3/5 -0.245 -5.65 �oor-Stair Nonvest3/5 -0.245 -308.75 stair_4 0.453 68.0 233_stair_11. 5 Stair_4/6 -0.000 -570.89 �oor-Stair Suitel/5 -0.287 -334. 52 wall-Stair RmlS/5 -0. 318 -52.26 wall-Stair Suitel/5 -0.287 -40.48 supply Stair4 n/a 1750.00 233_Stair_11. 5 Stair_4/4 -0.000 -381.80 �oor-stair Nonvest4/5 -0. 303 -343.92 wall-Stair Nonvest4/5 -0. 303 -6.30 wall-Stair Elev_2/5 -0.113 -19.83 Elev_1 0. 369 68.0 11. 5_Elevator Elev_1/6 0.000 4828.26 wall-Stair Stair_3/5 0.075 16.19 wall-Elevator Rml7/5 -0.203 -15.20 11. 5_Elevator Elev_1/4 -0.000 -3744.03 wall-Elevator Nonvest3/5 -0.169 -13.88 �oor-Elev Ha112/5 -0.170 -535.67 �oor-Elev Ha112/5 -0.170 -535.67 Nonvest3 0.200 68.0 Floor Nonvest3/6 -0.007 -0.63 wall-5tair 5tair_3/5 0.245 5.65 �oor-Stair Stair_3/5 0.245 308.75 Floor NonVest3/4 0.004 0.47 wall-Elevator Elev_1/5 0.169 13.88 wall-Int Suite2/5 -0.007 -5.60 wall-Int Ha112/5 -0.000 -0.48 Page 41 Summer doors closed with no wind.txt Missing�oor Ha112/5 -0.000 -322.05 Nonvest4 0.150 68.0 Floor Nonvest4/6 -0.000 -0.11 Door-Stair Stair_4/5 0. 303 343.92 wall-Stair Stair_4/5 0. 303 6.30 Floor Nonvest4/4 0.002 0.36 wall-znt suitel/5 0.016 8.39 wall-Elevator Elev_2/5 0.191 14.72 Missing�oor Ha113/5 -0.000 -373.04 wall-znt Ha113/5 -0.000 -0. 54 Elev_2 0. 341 68.0 11. 5_Elevator Elev_2/6 0.000 4832.96 wall-Stair Stair_4/5 0.113 19.83 wall-Elevator Nonvest4/5 -0.191 -14.72 11. 5_Elevator Elev_2/4 -0.000 -3686.01 wall-Elevator Rm15/5 -0.205 -15.26 �oor-Elev Ha113/5 -0.191 -568.40 �oor-Elev Ha113/5 -0.191 -568.40 Ha112 0.199 68.0 Floor Ha112/6 -0.007 -4.48 Floor Ha112/6 -0.007 -5.60 Floor Ha112/6 -0.007 -0.86 Door-Sgle-Int. Rml9/5 -0.085 -181.64 wall-Int Rm18/5 -0.041 -33.89 �oor-Sgle-znt. Rml8/5 -0.041 -125.97 wall-Int Rm18/5 -0.041 -27.69 wall-znt Rm17/5 -0.034 -36.11 Door-Sgle-Int. Rm17/5 -0.034 -114.62 wall-znt Rm17/5 -0.034 -16. 55 �oor-Elev Elev_1/5 0.170 535.67 �oor-Elev Elev_1/5 0.170 535.67 wall-Int Nonvest3/5 0.000 0.48 Missing�oor Nonvest3/5 0.000 322.05 Door-Sgle-Int. Rm19/5 -0.085 -181.64 Floor Ha112/4 0.004 3.39 Floor Ha112/4 0.004 4.23 �ouble_�oor_znt Suite2/5 -0.007 -105.06 wall-Int Rm20/5 -0.017 -17.84 Door-Sgle-Int. Rml6/5 -0.027 -102.60 wall-Int Rm16/5 -0.027 -67.33 �oor-Sgle-znt. Rml6/5 -0.027 -102.60 wall-Int Rm16/5 -0.027 -30.97 �oor-Sgle-znt. Rm16/5 -0.027 -102.60 wall-Int Rm16/5 -0.027 -3.37 �oor-Sgle-znt. Rm20/5 -0.017 -81.13 wall-Int Rm20/5 -0.017 -18.99 wall-znt Rml6/5 -0.027 -65.98 Door-Sgle-Int. Rm20/5 -0.017 -81.13 �oor-Sgle-znt. Rml6/5 -0.027 -102.60 wall-Stair Stair_2/5 0.234 20.92 Floor Ha112/4 0.004 0.65 wall-Int Rm16/5 -0.027 -24.24 �oor-Stair Stair_2/5 0.234 301.84 Door-Sgle-Int. Rm3/5 -0.021 -89.42 Ha113 0.150 68.0 Floor Ha113/6 -0.000 -2.33 Missing�oor Nonvest4/5 0.000 373.04 wall-Int Nonvest4/5 0.000 0. 54 �oor-Elev Elev_2/5 0.191 568.40 �oor-Elev Elev_2/5 0.191 568.40 �oor-Sgle-znt. RmlS/5 -0.014 -73.83 wall-Int Rm15/5 -0.014 -36.82 wall-Int Rm8/5 -0.021 -21.95 Page 42 Summer doors closed with no wind.txt Door-Sgle-Int. Rm8/5 -0.021 -90.42 wall-Int Rm8/5 -0.021 -18.19 wall-znt Rm9/5 -0.092 -32.33 Door-Sgle-Int. Rm9/5 -0.092 -189.49 �ouble_�oor_znt Suitel/5 0.017 161.04 Floor Ha113/4 0.002 7.38 �ouble_�oor_znt Rm9/5 -0.092 -378.99 wall-Int Rm12/5 -0.019 -6.85 �oor-Sgle-znt. Rml2/5 -0.019 -86.95 wall-Int Rm12/5 -0.019 -26.25 Door-Sgle-Int. Rm12/5 -0.019 -86.95 wall-Int Rm12/5 -0.019 -57.06 �oor-Sgle-znt. Rml2/5 -0.019 -86.95 wall-Int Rm10/5 -0.101 -72.91 wall-znt Rml2/5 -0.019 -61.63 Door-Sgle-Int. Rm10/5 -0.101 -198.40 �oor-Sgle-znt. Rml2/5 -0.019 -86.95 wall-Int Rm10/5 -0.101 -97.91 wall-znt Rml2/5 -0.019 -7.99 Door-Sgle-Int. Rm10/5 -0.101 -198.40 �oor-Stair Stair_5/5 0.234 302.02 wall-5tair Stair_5/5 0.234 31.89 wall-znt Rmll/5 -0.020 -4.65 Door-Sgle-Int. Rmll/5 -0.020 -88. 51 Rm12 0.130 68.0 Floor Rm12/6 -0.001 -27. 57 wall-znt Ha113/5 0.019 6.85 Door-Sgle-Int. Ha113/5 0.019 86.95 wall-znt Ha113/5 0.019 26.25 Door-Sgle-Int. Ha113/5 0.019 86.95 wall-znt Ha113/5 0.019 57.06 Door-Sgle-Int. Ha113/5 0.019 86.95 wall-znt Suitel/5 0.036 8.71 wall-znt Ha113/5 0.019 61.63 Floor Rml2/4 0.005 48.37 Door-Sgle-Int. Ha113/5 0.019 86.95 wall-znt Ha113/5 0.019 7.99 wall-Exterior Ambt -0.127 -41.67 wall-Exterior ambt -0.127 -105.13 wall-Stair Stair_5/5 0.253 16.25 wall-Exterior Ambt -0.127 -79. 56 wall-Exterior Ambt -0.127 -79. 56 Wall-Int Rmll/5 -0.001 -2.77 Door-Sngl-Ext Ambt -0.127 -25.17 wall-Exterior Ambt -0.127 -71.98 Door-Sngl-Ext Ambt -0.127 -25.17 �oor-Sngl-Ext Ambt -0.127 -25.17 Wall-Exterior Ambt -0.127 -71.98 Door-Sngl-Ext Ambt -0.127 -25.17 Rml6 0.172 68.0 Floor Rml6/6 -0.008 -4.86 Floor Rm16/6 -0.008 -7.04 Floor Rm16/6 -0.008 -52.82 Floor Rm16/6 -0.008 -0.77 �oor-Sgle-znt. Ha112/5 0.027 102.60 wall-znt Ha112/5 0.027 67.33 �oor-Sgle-znt. Ha112/5 0.027 102.60 wall-znt Ha112/5 0.027 30.97 �oor-Sgle-znt. Ha112/5 0.027 102.60 wall-znt Ha112/5 0.027 3.37 wall-Int Suite2/5 0.020 6.48 wall-znt Ha112/5 0.027 65.98 wall-Exterior Ambt -0.170 -43.70 Page 43 Summer doors closed with no wind.txt Floor Rml6/4 0.005 4.12 Floor Rm16/4 0.005 5.97 Floor Rml6/4 0.005 44.78 Door-Sgle-Int. Ha112/5 0.027 102.60 wall-Int Ha112/5 0.027 24.24 wall-Exterior Ambt -0.170 -87.39 Wall-Exterior Ambt -0.170 -80.84 wall-Exterior Ambt -0.170 -121.26 wall-znt Rm3/5 0.006 4.79 Floor Rm16/4 0.005 0.66 �oor-Sngl-Ext Ambt -0.170 -30.30 Wall-Exterior Ambt -0.170 -83.02 wall-Exterior Ambt -0.170 -37.86 Door-Sngl-Ext Ambt -0.170 -30.30 wall-Exterior Ambt -0.170 -29.12 Door-Sngl-Ext Ambt -0.170 -30.30 wall-Exterior Ambt -0.170 -29.49 Rm20 0.182 68.0 Floor Rm20/6 -0.012 -40.26 wall-Int Rm19/5 -0.068 -52.26 wall-znt Ha112/5 0.017 17.84 wall-Exterior Ambt -0.180 -25.86 �oor-Sgle-znt. Ha112/5 0.017 81.13 wall-Exterior Ambt -0.180 -38.68 wall-Exterior Ambt -0.180 -21.93 Door-Sgle-Int. Ambt -0.180 -264.60 wall-Int Ha112/5 0.017 18.99 Wall-Exterior Ambt -0.180 -14.48 Floor Rm20/4 0.002 17.05 Door-Sgle-Int. Ha112/5 0.017 81.13 wall-Exterior Ambt -0.180 -60.73 wall-5tair Stair_2/5 0.251 69.33 wall-Exterior Ambt -0.180 -63.65 wall-Int Rm3/5 -0.004 -15.55 �oor-Stair Stair_2/5 0.251 312. 55 Rm10 0.049 68.0 Floor Rm10/6 0.005 22.18 wall-Exterior Ambt -0.046 -5.68 wall-znt Ha113/5 0.101 72.91 wall-Exterior Ambt -0.046 -586.14 �oor-Sgle-znt. Ha113/5 0.101 198.40 Floor Rm10/4 -0.002 -15.22 wall-Exterior Ambt -0.046 -20.82 wall-znt Ha113/5 0.101 97.91 wall-Exterior Ambt -0.046 -7.76 Door-Sgle-Int. Ha113/5 0.101 198.40 wall-znt Rmll/5 0.081 86.81 wall-Exterior Ambt -0.046 -23.29 wall-Exterior Ambt -0.046 -17.70 stair_2 0.433 68.0 200_Stair_11. 5 Stair_2/6 0.000 712.45 wall-Stair Rm20/5 -0.251 -69.33 200_Stair_11. 5 Stair_2/4 -0.000 -1391. 54 wall-5tair Ha112/5 -0.234 -20.92 Door-Stair Rm20/5 -0.251 -312.55 supply Stair2 n/a 1400.00 Door-Stair Ha112/5 -0.234 -301.84 wall-Stair Rm3/5 -0.254 -16.28 Stair_5 0.384 68.0 200_Stair_11. 5 Stair_5/6 0.001 4245.76 �oor-Stair Ha113/5 -0.234 -302.02 wall-Stair Ha113/5 -0.�34 -31.89 wall-Stair Rml2/5 -0.253 -16.25 Page 44 Summer doors closed with no wind.txt 200_Stair_11. 5 Stair_5/4 -0.001 -3526.65 Door-Stair Rmll/5 -0.254 -314.72 wall-Stair Rmll/5 -0.254 -54.23 Rmll 0.130 68.0 Floor Rmll/6 -0.007 -32.79 wall-znt Ha113/5 0.020 4.65 �oor-Sgle-znt. Ha113/5 0.020 88. 51 Door-Stair Stair_5/5 0.254 314.72 wall-Stair Stair_5/5 0.254 54.23 wall-Int Rm10/5 -0.081 -86.81 Wall-Int Rm12/5 0.001 2.77 Floor Rmll/4 0.006 28.46 wall-Exterior Ambt -0.127 -38.72 wall-Exterior Ambt -0.127 -35.89 wall-Exterior Ambt -0.127 -43.45 Wall-Exterior Ambt -0.127 -9.44 Door-Sngl-Ext Ambt -0.127 -25.08 wall-Exterior Ambt -0.127 -22.67 wall-Exterior ambt -0.127 -108.14 Wall-Exterior Ambt -0.127 -47.22 wall-Exterior Ambt -0.127 -43.13 Rm3 0.179 68.0 Floor Rm3/6 -0.015 -46.17 Floor Rm3/6 -0.015 -0.83 Floor Ambt -0.171 -11.18 Floor Ambt -0.171 -5. 59 wall-Int Rm20/5 0.004 15.55 Wall-Exterior Ambt -0.176 -8.01 wall-Stair Stair_2/5 0.254 16.28 Door-Sgle-Int. Ha112/5 0.0�1 89.42 �oor-sngl-Ext Ambt -0.176 -31.05 wall-Int Rm16/5 -0.006 -4.79 wall-Exterior Ambt -0.176 -62.33 wall-Exterior Ambt -0.176 -62.33 wall-Exterior ambt -0.176 -28.94 wall-Exterior Ambt -0.176 -14.25 Floor Rm3/4 0.006 30.95 Door-Sngl-Ext Ambt -0.176 -31.05 Door-Sngl-Ext Ambt -0.176 -31.05 wall-Exterior Ambt -0.176 -19.30 wall-Exterior Ambt -0.176 -36.73 Floor Rm3/4 0.006 0. 52 �oor-Stair Stair6/5 0.245 309.09 Door-Sngl-Ext Ambt -0.176 -31.05 wall-Stair Stair6/5 0.245 40.24 wall-Stair Stair6/5 0.245 55. 54 wall-Exterior Ambt -0.176 -20.04 wall-Exterior Ambt -0.176 -59.00 wall-Exterior Ambt -0.176 -53.88 stair6 0.424 68.0 163_Stair Stair6/6 0.000 448.01 Floor Ambt -0.416 -2.27 �oor-Stair Rm3/5 -0.245 -309.09 supply Stair6 n/a 1000.00 200_Stair_11. 5 Stair6/4 -0.000 -1019.89 wall-Stair Rm3/5 -0.245 -40.24 wall-Stair Rm3/5 -0.245 -55.54 wall-Stair Ambt -0.421 -20.99 level : 6 elevation: 62.5 ft zone P T path from dP Flowl Flow2 Rm19 0.097 68.0 Floor Rml9/7 -0.026 -97.68 Page 45 Summer doors closed with no wind.txt Floor Sma11Rm/7 0.036 2.07 wall-Exterior Ambt -0.094 -60.35 wall-Exterior ambt -0.094 -61.99 wall-Exterior Ambt -0.094 -97.06 Floor Rm19/5 0.009 57.80 wall-Int Rm18/6 0.049 57.05 �oor-sgle-znt. Ambt -0.094 -191.91 Door-Sgle-Int. Ha112/6 0.087 184.21 wall-Exterior Ambt -0.094 -7.34 wall-Exterior Ambt -0.094 -13. 59 �oor-Sgle-znt. Ha112/6 0.087 184.21 wall-Exterior Ambt -0.094 -6. 52 wall-znt Rm20/6 0.065 51.10 Rm8 0.121 68.0 Floor Rm8/7 0.006 21.28 Floor 2StoryStair/7 0.022 0.40 wall-Exterior Ambt -0.118 -36. 52 Door-Sngl-Ext Ambt -0.118 -24.00 wall-znt RmlS/6 0.007 35. 57 wall-Exterior Ambt -0.118 -49.30 Floor Rm8/5 -0.001 -6.08 wall-Int Rm9/6 -0.068 -69.10 wall-znt Ha113/6 0.020 21.48 Door-Sgle-Int. Ha113/6 0.020 88.47 wall-znt Ha113/6 0.020 17.80 Rm9 0.053 68.0 Floor Ambt -0.045 -28.61 Floor Rm8/7 0.075 0.92 Floor Rm9/7 0.024 41. 51 Floor 25torystair/7 0.090 5.20 Floor Ambt -0.045 -20.03 Wall-Exterior Ambt -0.050 -478.27 wall-Exterior Ambt -0.050 -67.15 Floor Rm9/5 -0.003 -21.67 �oor-Sngl-Ext Ambt -0.050 -13.71 wall-Exterior Ambt -0.050 -16.32 wall-znt Rm8/6 0.068 69.10 wall-Exterior Ambt -0.050 -51.03 wall-znt Ha113/6 0.088 31.68 Door-Sgle-Int. Ha113/6 0.088 185.69 �ouble_�oor_znt Ha113/6 0.088 371.38 Floor Rm9/5 -0.003 -0.40 wall-Exterior Ambt -0.050 -8.31 RmlS 0.128 68.0 Floor Rm15/7 0.009 15.39 Floor Rm8/7 -0.000 -1.73 wall-Exterior Ambt -0.125 -60.02 wall-Exterior Ambt -0.125 -19.69 Door-Sngl-Ext Ambt -0.125 -24.85 wall-Exterior Ambt -0.125 -22. 51 wall-Exterior ambt -0.125 -13.13 Door-Sngl-Ext Ambt -0.125 -24.85 wall-Exterior Ambt -0.125 -18.76 wall-Int Rm8/6 -0.007 -35.57 wall-znt suitel/6 0.029 32.09 Floor Rm15/5 -0.000 -1.38 Floor RmlS/5 -0.000 -1.46 wall-5tair 5tair_4/6 0. 318 52.24 wall-Elevator Elev_2/6 0.205 15.26 Door-Sgle-Int. Ha113/6 0.014 72.70 wall-znt Ha113/6 0.014 36.26 Rm18 0.146 68.0 Floor Rml8/7 -0.005 -11.57 Page 46 Summer doors closed with no wind.txt wall-Exterior Ambt -0.144 -11.06 Door-Sngl-Ext Ambt -0.144 -27.21 wall-Exterior Ambt -0.144 -45.25 wall-Exterior Ambt -0.144 -55.31 Floor Rml8/5 0.004 6.89 wall-Int Rm17/6 0.008 39.08 wall-Exterior Ambt -0.144 -29. 51 wall-Int Rm19/6 -0.049 -57.05 Floor Rml8/5 0.004 3.13 Floor Rm18/5 0.004 6.89 wall-znt Ha112/6 0.038 32.70 Door-Sgle-Int. Ha112/6 0.038 121.54 wall-znt Ha112/6 0.038 26.72 Rm17 0.154 68.0 Floor Rml8/7 -0.012 -18.01 Floor Rm17/7 0.005 11.01 wall-Exterior Ambt -0.151 -85.68 Floor Rm17/5 0.003 3.91 wall-Exterior ambt -0.151 -41.29 Door-Sngl-Ext Ambt -0.151 -28.15 Wall-Exterior Ambt -0.151 -14.45 Door-Sngl-Ext Ambt -0.151 -28.15 wall-Exterior ambt -0.151 -20.65 wall-Int Suite2/6 0.025 29.89 wall-znt Rml8/6 -0.008 -39.08 Floor Rm17/5 0.003 6.15 Floor Rm17/5 0.003 1.57 Floor Rm17/5 0.003 2.35 wall-Stair Stair_3/6 0.282 46.94 wall-Elevator Elev_1/6 0.�07 15.33 wall-znt Ha112/6 0.030 34.17 Door-Sgle-Int. Ha112/6 0.030 108.48 wall-znt Ha112/6 0.030 15.66 Suite2 0.179 68.0 Floor Suite2/7 -0.015 -9.87 Floor Suite2/7 -0.015 -3.29 Floor Suite2/7 -0.015 -4.93 Floor Suite2/7 -0.015 -30.64 wall-Exterior ambt -0.177 -60.20 Wall-Exterior Ambt -0.177 -41.25 wall-Exterior Ambt -0.177 -13.00 Door-Sngl-Ext Ambt -0.177 -31.11 Door-Sngl-Ext Ambt -0.177 -31.11 Floor Suite2/5 0.005 5.64 wall-Exterior Ambt -0.177 -30.48 Floor Suite2/5 0.005 1.88 Floor Suite2/5 0.005 2.82 Floor Suite2/5 0.005 17.50 wall-znt Rml7/6 -0.025 -29.89 wall-Int Suitel/6 -0.023 -98. 54 �oor-Stair Stair_3/6 0.257 316.31 wall-Stair 5tair_3/6 0.257 30.15 wall-znt Nonvest3/6 0.005 4.75 Double_DOOr_Int Ha112/6 0.005 88.61 wall-znt Rm16/6 -0.023 -6.90 Door-Sngl-Ext Ambt -0.177 -31.11 wall-Exterior Ambt -0.177 -45.33 Suitel 0.157 68.0 Floor Suitel/7 -0.003 -4. 57 Floor Suitel/7 -0.003 -2.29 Floor Suitel/7 -0.003 -0.48 Floor Suitel/7 -0.003 -15.24 wall-Exterior Ambt -0.154 -56.21 Page 47 Summer doors closed with no wind.txt wall-Exterior Ambt -0.154 -38. 52 Floor Suitel/5 0.001 3.07 �oor-Sngl-Ext ambt -0.154 -28.46 Door-Sngl-Ext Ambt -0.154 -28.46 Wall-Exterior Ambt -0.154 -12.14 wall-Exterior Ambt -0.154 -28.46 Floor Suitel/5 0.001 1. 54 Floor Suitel/5 0.001 0.32 Floor Suitel/5 0.001 10.24 wall-Int Rm15/6 -0.029 -32.09 wall-znt Suite2/6 0.023 98. 54 Door-Stair Stair_4/6 0.289 335.35 wall-Stair Stair_4/6 0.289 40. 58 wall-Int Nonvest4/6 -0.015 -8.07 Double_Door_Int Ha113/6 -0.015 -155.14 wall-Int Rm12/6 -0.036 -8.72 wall-Exterior Ambt -0.154 -42.33 Door-Sngl-Ext Ambt -0.154 -28.46 Stair_3 0.436 68.0 233_Stair_11. 5 Stair_3/7 -0.000 -580.97 wall-Stair Rm17/6 -0.282 -46.94 �oor-5tair Suite2/6 -0.257 -316.31 233_stair_11. 5 Stair_3/5 0.000 309.34 supply Stair3 n/a 1000.00 wall-Stair Suite2/6 -0.257 -30.15 wall-Stair Elev_1/6 -0.075 -16.19 wall-Stair Nonvest3/6 -0.251 -5.73 �oor-5tair Nonvest3/6 -0.251 -313.05 Stair_4 0.445 68.0 233_Stair_11. 5 Stair_4/7 -0.000 -1272. 55 Door-Stair Suitel/6 -0.289 -335.35 wall-Stair Rm15/6 -0.318 -52.24 wall-Stair Suitel/6 -0.289 -40. 58 supply Stair4 n/a 1500.00 233_Stair_11. 5 Stair_4/5 0.000 570.89 �oor-Stair Nonvest4/6 -0. 304 -344.05 wall-Stair Nonvest4/6 -0.304 -6.30 wall-5tair Elev_2/6 -0.113 -19.83 Elev_1 0. 361 68.0 11. 5_Elevator Elev_1/7 0.000 5934.37 wall-Stair Stair_3/6 0.075 16.19 wall-Elevator Rm17/6 -0.207 -15.33 11. 5_Elevator Elev_1/5 -0.000 -4828.26 wall-Elevator Nonvest3/6 -0.176 -14.15 �oor-Elev Ha112/6 -0.176 -546.41 �oor-Elev Ha112/6 -0.176 -546.41 Nonvest3 0.185 68.0 Floor Nonvest3/7 -0.020 -1.06 wall-Stair Stair_3/6 0.251 5.73 Door-Stair Stair_3/6 0.251 313.05 Floor Nonvest3/5 0.007 0.63 wall-Elevator Elev_1/6 0.176 14.15 wall-znt Suite2/6 -0.005 -4.75 wall-znt Ha112/6 -0.000 -0.49 Missing�oor Ha112/6 -0.000 -327.26 Nonvest4 0.142 68.0 Floor Nonvest4/7 0.002 0.34 Door-Stair Stair_4/6 0. 304 344.05 wall-Stair Stair_4/6 0. 304 6.30 Floor Nonvest4/5 0.000 0.11 wall-znt Suitel/6 0.015 8.07 wall-Elevator Elev_2/6 0.191 14.73 Missing�oor Ha113/6 -0.000 -373.07 Page 48 Summer doors closed with no wind.txt wall-znt Ha113/6 -0.000 -0. 54 Elev_2 0. 333 68.0 11. 5_Elevator Elev_2/7 0.000 5980.64 wall-Stair 5tair_4/6 0.113 19.83 wall-Elevator Nonvest4/6 -0.191 -14.73 11.5_Elevator Elev_2/5 -0.000 -4832.96 wall-Elevator RmlS/6 -0.205 -15.26 �oor-Elev Ha113/6 -0.191 -568.76 �oor-Elev Ha113/6 -0.191 -568.76 Ha112 0.184 68.0 Floor Ha112/7 -0.020 -7. 59 Floor Ha112/7 -0.020 -9.49 Floor Ha112/7 -0.020 -1.46 Door-Sgle-Int. Rm19/6 -0.087 -184.21 wall-znt Rml8/6 -0.038 -32.70 Door-Sgle-Int. Rm18/6 -0.038 -121.54 wall-znt Rml8/6 -0.038 -26.72 wall-Int Rm17/6 -0.030 -34.17 Door-Sgle-Int. Rml7/6 -0.030 -108.48 wall-Int Rm17/6 -0.030 -15.66 Door-Elev Elev_1/6 0.176 546.41 Door-Elev Elev_1/6 0.176 546.41 wall-znt Nonvest3/6 0.000 0.49 Missing�oor Nonvest3/6 0.000 327.26 �oor-Sgle-znt. Rml9/6 -0.087 -184.21 Floor Ha112/5 0.007 4.48 Floor Ha112/5 0.007 5.60 �ouble_�oor_znt Suite2/6 -0.005 -88.61 wall-znt Rm20/6 -0.022 -20.49 Door-Sgle-Int. Rm16/6 -0.0�8 -103.86 wall-znt Rml6/6 -0.028 -68.16 Door-Sgle-Int. Rm16/6 -0.028 -103.86 wall-znt Rml6/6 -0.028 -31.35 Door-Sgle-Int. Rm16/6 -0.028 -103.86 wall-znt Rml6/6 -0.028 -3.41 Door-Sgle-Int. Rm20/6 -0.022 -93.19 Wall-Int Rm20/6 -0.022 -21.81 wall-Int Rm16/6 -0.028 -66.80 �oor-Sgle-znt. Rm20/6 -0.022 -93.19 Door-Sgle-Int. Rm16/6 -0.028 -103.86 wall-Stair Stair_2/6 0.241 21.22 Floor Ha112/5 0.007 0.86 Wall-Int Rm16/6 -0.028 -24.54 Door-Stair Stair_2/6 0.241 306.25 �oor-Sgle-znt. Rm3/6 -0.029 -105.77 Ha113 0.141 68.0 Floor Ha113/7 0.002 6.86 Missing�oor Nonvest4/6 0.000 373.07 wall-Int Nonvest4/6 0.000 0.54 �oor-Elev Elev_2/6 0.191 568.76 �oor-Elev Elev_2/6 0.191 568.76 Door-Sgle-Int. Rm15/6 -0.014 -72.70 wall-znt Rm15/6 -0.014 -36.26 wall-Int Rm8/6 -0.020 -21.48 Door-Sgle-Int. Rm8/6 -0.020 -88.47 Wall-Int Rm8/6 -0.020 -17.80 wall-znt Rm9/6 -0.088 -31.68 Door-Sgle-Int. Rm9/6 -0.088 -185.69 Double_DOOr_Int Suitel/6 0.015 155.14 Floor Ha113/5 0.000 2.33 �ouble_�oor_znt Rm9/6 -0.088 -371.38 wall-Int Rm12/6 -0.0�1 -7.06 �oor-sgle-znt. Rml2/6 -0.021 -89.71 Page 49 Summer doors closed with no wind.txt Wall-Int Rml2/6 -0.021 -27.08 Door-Sgle-Int. Rm12/6 -0.021 -89.71 wall-znt Rml2/6 -0.021 -58.87 Door-Sgle-Int. Rm12/6 -0.021 -89.71 wall-znt Rm10/6 -0.096 -70.96 wall-Int Rm12/6 -0.021 -63.58 �oor-Sgle-znt. Rm10/6 -0.096 -193.10 Door-Sgle-Int. Rm12/6 -0.021 -89.71 wall-znt Rm10/6 -0.096 -95.29 wall-Int Rm12/6 -0.021 -8.24 �oor-Sgle-znt. Rm10/6 -0.096 -193.10 Door-Stair Stair_5/6 0.235 302.76 wall-Stair Stair_5/6 0.235 31.97 wall-Int Rmll/6 -0.0�7 -5.42 �oor-sgle-znt. Rmll/6 -0.027 -103.19 Rml2 0.121 68.0 Floor Rml2/7 -0.003 -39.42 wall-znt Ha113/6 0.021 7.06 �oor-Sgle-znt. Ha113/6 0.021 89.71 wall-znt Ha113/6 0.021 27.08 �oor-Sgle-znt. Ha113/6 0.021 89.71 wall-znt Ha113/6 0.021 58.87 �oor-Sgle-znt. Ha113/6 0.021 89.71 wall-Int Suitel/6 0.036 8.72 wall-znt Ha113/6 0.021 63. 58 Floor Rm12/5 0.001 27. 57 �oor-Sgle-znt. Ha113/6 0.021 89.71 wall-znt Ha113/6 0.021 8.24 Wall-Exterior Ambt -0.118 -40.08 Wall-Exterior Ambt -0.118 -101.10 wall-Stair Stair_5/6 0.256 16.33 wall-Exterior Ambt -0.118 -76. 51 wall-Exterior Ambt -0.118 -76. 51 wall-Int Rmll/6 -0.007 -8.53 �oor-Sngl-Ext Ambt -0.118 -23.92 wall-Exterior Ambt -0.118 -69.22 �oor-Sngl-Ext ambt -0.118 -23.92 Door-Sngl-Ext Ambt -0.118 -23.92 wall-Exterior ambt -0.118 -69.22 Door-Sngl-Ext Ambt -0.118 -23.92 Rm16 0.157 68.0 Floor Rm16/7 -0.020 -7.89 Floor Rm16/7 -0.020 -11.44 Floor Rm16/7 -0.020 -85.77 Floor Rm16/7 -0.020 -1.26 Door-Sgle-Int. Ha112/6 0.0�8 103.86 wall-znt Ha112/6 0.028 68.16 Door-Sgle-Int. Ha112/6 0.028 103.86 wall-znt Ha112/6 0.028 31.35 Door-Sgle-Int. Ha112/6 0.028 103.86 wall-znt Ha112/6 0.028 3.41 wall-Int 5uite2/6 0.023 6.90 wall-znt Ha112/6 0.028 66.80 wall-Exterior Ambt -0.154 -41.63 Floor Rml6/5 0.008 4.86 Floor Rm16/5 0.008 7.04 Floor Rml6/5 0.008 52.82 Door-Sgle-Int. Ha112/6 0.028 103.86 Wall-Int Ha112/6 0.028 24. 54 wall-Exterior Ambt -0.154 -83.27 wall-Exterior Ambt -0.154 -77.02 wall-Exterior Ambt -0.154 -115. 53 wall-znt Rm3/6 -0.001 -1.90 Page 50 Summer doors closed with no wind.txt Floor Rml6/5 0.008 0.77 Door-Sngl-Ext Ambt -0.154 -28.46 wall-Exterior Ambt -0.154 -79.10 wall-Exterior Ambt -0.154 -36.07 Door-Sngl-Ext Ambt -0.154 -28.46 wall-Exterior Ambt -0.154 -27.75 Door-Sngl-Ext Ambt -0.154 -28.46 Wall-Exterior Ambt -0.154 -28.10 Rm20 0.162 68.0 Floor 2Storystair2/7 0.004 1.20 Floor Sma11Rm/7 -0.029 -6.94 Floor Rm20/7 -0.111 -121.21 wall-znt Rm19/6 -0.065 -51.10 wall-znt Ha112/6 0.02� 20.49 wall-Exterior Ambt -0.159 -24.35 Door-Sgle-Int. Ha112/6 0.022 93.19 wall-Exterior Ambt -0.159 -36.43 wall-Exterior Ambt -0.159 -20.65 Door-Sgle-Int. Ambt -0.159 -249.15 Wall-Int Ha112/6 0.022 21.81 wall-Exterior ambt -0.159 -13.64 Floor Rm20/5 0.012 40.26 �oor-Sgle-znt. Ha112/6 0.022 93.19 wall-Exterior Ambt -0.159 -57.18 wall-Stair Stair_2/6 0.263 71.01 wall-Exterior Ambt -0.159 -59.93 wall-znt Rm3/6 -0.006 -20.68 Door-Stair Stair_2/6 0.263 320.12 Rm10 0.046 68.0 Floor Rm10/7 0.008 29.26 wall-Exterior Ambt -0.043 -5.49 wall-znt Ha113/6 0.096 70.96 wall-Exterior Ambt -0.043 -566.60 Door-Sgle-Int. Ha113/6 0.096 193.10 Floor Rm10/5 -0.005 -22.18 wall-Exterior Ambt -0.043 -20.13 wall-znt Ha113/6 0.096 95.29 wall-Exterior Ambt -0.043 -7. 50 �oor-Sgle-znt. Ha113/6 0.096 193.10 wall-Int Rmll/6 0.068 79.80 wall-Exterior Ambt -0.043 -22. 51 Wall-Exterior Ambt -0.043 -17.11 Stair_2 0.425 68.0 200_Stair_11. 5 Stair_2/7 0.000 447.81 wall-stair Rm20/6 -0.263 -71.01 200_Stair_11. 5 Stair_2/5 -0.000 -712.45 wall-Stair Ha112/6 -0.241 -21.22 Door-Stair Rm20/6 -0.263 -320.12 supply Stair2 n/a 1000.00 Door-Stair Ha112/6 -0.241 -306.25 wall-Stair Rm3/6 -0.269 -16.75 Stair_5 0. 376 68.0 200_Stair_11. 5 Stair_5/7 0.001 4971.81 Door-Stair Ha113/6 -0.235 -302.76 wall-Stair Ha113/6 -0.235 -31.97 wall-Stair Rm12/6 -0.256 -16.33 200_Stair_11. 5 Stair_5/5 -0.001 -4245.76 Door-Stair Rmll/6 -0.262 -319.87 wall-Stair Rmll/6 -0.262 -55.12 Rmll 0.114 68.0 Floor Rm10/7 -0.060 -93.01 Floor Rm10/7 -0.060 -2.49 wall-Int Ha113/6 0.027 5.42 Page 51 Summer doors closed with no wind.txt �oor-Sgle-znt. Ha113/6 0.027 103.19 Door-Stair Stair_5/6 0.262 319.87 wall-Stair Stair_5/6 0.262 55.12 wall-Int Rm10/6 -0.068 -79.80 wall-znt Rm12/6 0.007 8.53 Floor Rmll/5 0.007 32.79 wall-Exterior Ambt -0.111 -36.27 wall-Exterior Ambt -0.111 -33.62 wall-Exterior Ambt -0.111 -40.69 Wall-Exterior Ambt -0.111 -8.85 �oor-Sngl-Ext Ambt -0.111 -23.03 wall-Exterior Ambt -0.111 -21.23 wall-Exterior Ambt -0.111 -101.29 Wall-Exterior Ambt -0.111 -44.23 wall-Exterior Ambt -0.111 -40.39 Rm3 0.156 68.0 Floor Rm20/7 -0.105 -8.75 Floor Ambt -0.148 -144.56 Floor Ambt -0.148 -2.60 wall-Int Rm20/6 0.006 20.68 wall-Exterior Ambt -0.153 -7.47 wall-5tair Stair_2/6 0.�69 16.75 �oor-Sgle-znt. Ha112/6 0.029 105.77 Door-Sngl-Ext Ambt -0.153 -28.33 wall-znt Rml6/6 0.001 1.90 wall-Exterior Ambt -0.153 -58.09 wall-Exterior Ambt -0.153 -58.09 wall-Exterior Ambt -0.153 -26.97 wall-Exterior Ambt -0.153 -13.28 Floor Rm3/5 0.015 46.17 �oor-sngl-Ext Ambt -0.153 -28.33 Door-Sngl-Ext Ambt -0.153 -28.33 wall-Exterior Ambt -0.153 -17.99 wall-Exterior Ambt -0.153 -34.23 Floor Rm3/5 0.015 0.83 Door-Stair Stair6/6 0.260 318.45 �oor-Sngl-Ext ambt -0.153 -28.33 wall-5tair Stair6/6 0.260 41.46 wall-Stair Stair6/6 0.260 57.22 wall-Exterior Ambt -0.153 -18.67 wall-Exterior Ambt -0.153 -54.98 wall-Exterior Ambt -0.153 -50.21 Stair6 0.416 68.0 Floor Ambt -0.408 -14.08 �oor-Stair Rm3/6 -0.260 -318.45 supply Stair6 n/a 900.00 163_Stair Stair6/5 -0.000 -448.01 wall-Stair Rm3/6 -0.260 -41.46 wall-Stair Rm3/6 -0.260 -57.22 wall-Stair Ambt -0.413 -20.79 level : 7 elevation: 74.0 ft zone P T path from dP Flowl Flow2 Rm19 0.063 68.0 Floor Ambt -0.055 -140.23 Floor Rm18/8 0.023 16.72 wall-Exterior Ambt -0.060 -48.05 wall-Exterior Ambt -0.060 -49.35 wall-Exterior Ambt -0.060 -77.27 Floor Rm19/6 0.026 97.68 wall-znt Rm18/7 0.071 68. 59 Door-Sgle-Int. Ambt -0.060 -152.79 �oor-sgle-znt. Ha112/7 0.094 191.27 Page 52 Summer doors closed with no wind.txt wall-Exterior Ambt -0.060 -5.84 Wall-Exterior Ambt -0.060 -10.82 wall-znt Sma11Rm/7 0.062 39.19 wall-znt Ha112/7 0.094 70.92 Rm18 0.134 68.0 Floor Rm18/8 -0.048 -50.47 wall-Exterior ambt -0.131 -10. 56 Door-Sngl-Ext Ambt -0.131 -25.62 wall-Exterior Ambt -0.131 -43.21 wall-Exterior Ambt -0.131 -79.69 wall-Exterior Ambt -0.131 -52.81 Wall-Exterior Ambt -0.131 -38.41 wall-Int Rm17/7 0.017 37.32 wall-Exterior Ambt -0.131 -28.17 Floor Rml8/6 0.005 11. 57 Floor Rm17/6 0.012 18.01 wall-znt Rml9/7 -0.071 -68. 59 wall-Int Ha112/7 0.023 21.04 �oor-Sgle-znt. Ha112/7 0.023 94.29 wall-Int Ha112/7 0.023 9.41 �oor-Sgle-znt. Ha112/7 0.023 94.29 wall-znt Ha112/7 0.023 17.33 �oor-Sgle-znt. Ha112/7 0.023 94.29 Rml7 0.151 68.0 Door-Sngl-Ext Ambt -0.148 -27.73 Wall-Exterior Ambt -0.148 -14.29 �oor-Sngl-Ext Ambt -0.148 -27.73 Wall-Exterior Ambt -0.148 -20.41 wall-znt Suite2/7 0.006 14.29 wall-Int Rm18/7 -0.017 -37.32 Floor Rml7/6 -0.005 -11.01 wall-5tair Stair_3/7 0.277 46. 55 wall-Elevator Elev_1/7 0.202 15.15 wall-znt Ha112/7 0.006 8.48 Door-Sgle-Int. Ha112/7 0.006 47.84 wall-znt Ha112/7 0.006 6.17 Suite2 0.156 68.0 Floor Courtyard/8 -0.026 -66.79 wall-Exterior ambt -0.154 -56.16 Wall-Exterior Ambt -0.154 -38.48 wall-Exterior Ambt -0.154 -12.13 Door-Sngl-Ext Ambt -0.154 -28.43 Door-Sngl-Ext Ambt -0.154 -28.43 Floor Suite2/6 0.015 9.87 wall-Exterior Ambt -0.154 -28.43 Floor Suite2/6 0.015 3.29 Floor suite2/6 0.015 4.93 Floor Suite2/6 0.015 30.64 wall-znt Rml7/7 -0.006 -14.29 wall-Int Suitel/7 -0.011 -68.72 �oor-Stair Stair_3/7 0.271 325.28 wall-Stair 5tair_3/7 0.271 31.00 wall-znt Nonvest3/7 0.000 1.25 Double_DOOr_Int Ha112/7 0.000 13.94 wall-znt Rm16/7 -0.028 -7.64 Door-Sngl-Ext Ambt -0.154 -28.43 wall-Exterior Ambt -0.154 -42.29 Suitel 0.145 68.0 Floor Courtyard/8 -0.015 -50.87 wall-Exterior Ambt -0.143 -54.12 wall-Exterior Ambt -0.143 -37.08 Floor Suitel/6 0.003 4. 57 �oor-sngl-Ext Ambt -0.143 -27.09 Page 53 Summer doors closed with no wind.txt �oor-Sngl-Ext Ambt -0.143 -27.09 wall-Exterior Ambt -0.143 -11.68 wall-Exterior Ambt -0.143 -27.40 Floor Suitel/6 0.003 2.29 Floor Suitel/6 0.003 0.48 Floor Suitel/6 0.003 15.24 wall-Int Rm15/7 -0.017 -24.27 wall-Int Suite2/7 0.011 68.72 Door-Stair Stair_4/7 0.292 337.15 wall-Stair Stair_4/7 0.292 40.80 wall-znt Nonvest4/7 -0.010 -6. 56 Double_DOOr_Int Ha113/7 -0.010 -126. 55 wall-znt Rm12/7 -0.036 -8.70 Wall-Exterior Ambt -0.143 -40.75 �oor-sngl-Ext Ambt -0.143 -27.09 RmlS 0.129 68.0 Floor Ambt -0.121 -55.66 wall-Exterior Ambt -0.126 -13.19 �oor-Sngl-Ext Ambt -0.126 -25.00 wall-Exterior Ambt -0.126 -18.84 Floor RmlS/6 -0.009 -15.39 wall-Int Suitel/7 0.017 24.27 Wall-Int Rm8/7 -0.009 -28.78 wall-Stair Stair_4/7 0. 308 51.47 wall-Elevator Elev_2/7 0.196 14.91 wall-znt Ha113/7 0.006 8.30 �oor-Sgle-znt. Ha113/7 0.006 49.61 wall-znt Ha113/7 0.006 8.30 Rm8 0.119 68.0 Floor Rm8/8 -0.0�3 -31.67 wall-Exterior Ambt -0.117 -58.00 wall-Exterior Ambt -0.117 -36.25 Door-Sngl-Ext Ambt -0.117 -23.77 wall-Exterior Ambt -0.117 -19.03 Door-Sngl-Ext Ambt -0.117 -23.77 wall-Exterior Ambt -0.117 -21.75 wall-Exterior Ambt -0.117 -48.93 Floor Rm15/6 0.000 1.73 Floor Rm8/6 -0.006 -21.28 wall-Int Rm15/7 0.009 28.78 Floor Rm9/6 -0.075 -0.92 wall-Int Rm9/7 -0.051 -16.66 wall-Stair 25toryStair/7 0.016 4.03 Door-Sgle-Int. Ha113/7 0.016 78.30 wall-znt Ha113/7 0.016 13. 57 Door-Sgle-Int. Ha113/7 0.016 78.30 wall-Int Ha113/7 0.016 8.74 Door-Sgle-Int. Ha113/7 0.016 78.30 wall-znt Ha113/7 0.016 10.28 Rm9 0.068 68.0 Floor Ambt -0.060 -66.25 wall-Exterior Ambt -0.066 -21.75 �oor-Sngl-Ext ambt -0.066 -16.35 wall-Exterior Ambt -0.066 -84.27 wall-Exterior ambt -0.066 -21.75 wall-Int Rm8/7 0.051 16.66 Floor Rm9/6 -0.024 -41.51 wall-Stair 2Storystair/7 0.067 26. 59 wall-Exterior Ambt -0.066 -84.27 Double_DOOr_Int Ha113/7 0.067 322.66 wall-znt Rm10/7 -0.023 -29.77 Stair_3 0.428 68.0 233_Stair_11. 5 Stair_3/8 -0.000 -780.93 Page 54 Summer doors closed with no wind.txt wall-Stair Rml7/7 -0.277 -46. 55 Door-Stair Suite2/7 -0.271 -325.28 233_Stair_11. 5 Stair_3/6 0.000 580.97 supply Stair3 n/a 950.00 wall-Stair Suite2/7 -0.271 -31.00 wall-5tair Elev_1/7 -0.075 -16.19 wall-Stair Nonvest3/7 -0.271 -5.95 �oor-Stair Nonvest3/7 -0.271 -325.06 Stair_4 0.437 68.0 233_Stair_11. 5 Stair_4/8 -0.000 -474.14 Door-Stair Suitel/7 -0.292 -337.15 wall-Stair Rm15/7 -0.308 -51.47 wall-Stair Suitel/7 -0.292 -40.80 supply Stair4 n/a 0.00 233_Stair_11. 5 Stair_4/6 0.000 1272. 55 �oor-5tair Nonvest4/7 -0. 302 -342.88 wall-Stair Nonvest4/7 -0. 302 -6.28 wall-Stair Elev_2/7 -0.113 -19.82 Elev_1 0. 353 68.0 11. 5_Elevator Elev_1/8 0.000 7100.45 wall-Stair Stair_3/7 0.075 16.19 wall-Elevator Rm17/7 -0.202 -15.15 11. 5_Elevator Elev_1/6 -0.000 -5934.37 wall-Elevator Nonvest3/7 -0.196 -14.92 �oor-Elev Ha112/7 -0.196 -576.10 �oor-Elev Ha112/7 -0.196 -576.10 Nonvest3 0.157 68.0 Floor Nonvest3/8 0.027 1.23 wall-Stair Stair_3/7 0.271 5.95 Door-Stair Stair_3/7 0.�71 325.06 Floor Nonvest3/6 0.020 1.06 wall-Elevator Elev_1/7 0.196 14.92 wall-znt Suite2/7 -0.000 -1.25 Wall-Int Ha112/7 -0.000 -0. 51 MissingDoor Ha112/7 -0.000 -346.47 Nonvest4 0.135 68.0 Floor Nonvest4/8 0.025 1.19 Door-Stair Stair_4/7 0. 302 342.88 wall-Stair stair_4/7 0. 302 6.28 Floor Nonvest4/6 -0.002 -0.34 wall-znt Suitel/7 0.010 6. 56 wall-Elevator Elev_2/7 0.189 14.66 Missing�oor Ha113/7 -0.000 -370.69 wall-znt Ha113/7 -0.000 -0. 54 Elev_2 0. 324 68.0 11. 5_Elevator Elev_2/8 0.000 7121.97 wall-Stair Stair_4/7 0.113 19.82 wall-Elevator Nonvest4/7 -0.189 -14.66 11. 5_Elevator Elev_2/6 -0.000 -5980.64 wall-Elevator Rm15/7 -0.196 -14.91 �oor-Elev Ha113/7 -0.189 -565.80 �oor-Elev Ha113/7 -0.189 -565.80 2Storystair 0.135 68.0 163_Stair 2Storystair/8 0.000 27.39 wall-Stair Rm9/7 -0.067 -26.59 Floor Rm8/6 -0.022 -0.40 Floor Rm9/6 -0.090 -5.20 wall-Stair Rm8/7 -0.016 -4.03 �oor-Stair Ha113/7 0.000 7.99 wall-5tair Ha113/7 0.000 0.84 Ha112 0.157 68.0 Floor Ha112/8 0.0�7 8.82 Floor Ha112/8 0.027 11.02 Page 55 Summer doors closed with no wind.txt Floor Ambt -0.148 -4.01 Door-Sgle-Int. Rm19/7 -0.094 -191.27 Wall-Int Rml8/7 -0.023 -21.04 Door-Sgle-Int. Rm18/7 -0.023 -94.29 wall-znt Rm18/7 -0.023 -9.41 Door-Sgle-Int. Rm18/7 -0.023 -94.29 wall-znt Rm18/7 -0.023 -17.33 Door-Sgle-Int. Rm18/7 -0.023 -94.29 Wall-Int Rml7/7 -0.006 -8.48 Door-Sgle-Int. Rm17/7 -0.006 -47.84 wall-znt Rm17/7 -0.006 -6.17 �oor-Elev Elev_1/7 0.196 576.10 �oor-Elev Elev_1/7 0.196 576.10 wall-Int Nonvest3/7 0.000 0. 51 Missing�oor Nonvest3/7 0.000 346.47 wall-Int Rm19/7 -0.094 -70.92 Floor Ha112/6 0.020 7. 59 Floor Ha112/6 0.020 9.49 �ouble_�oor_znt Suite2/7 -0.000 -13.94 Door-Sgle-Int. Sma11Rm/7 -0.032 -111.34 wall-Stair 25torystair2/7 0.001 2.72 Door-Sgle-Int. Rm16/7 -0.0�8 -104.16 wall-znt Rml6/7 -0.028 -68.35 Door-Sgle-Int. Rm16/7 -0.028 -104.16 wall-znt Rml6/7 -0.028 -31.44 Door-Sgle-Int. Rm16/7 -0.028 -104.16 wall-znt Rm16/7 -0.028 -3.42 Door-Stair 2Storystair2/7 0.001 19.76 wall-Int Rm20/7 -0.114 -49.27 wall-Int Rm16/7 -0.0�8 -66.99 �oor-Sgle-znt. Rm20/7 -0.114 -210. 53 Door-Sgle-Int. Rm16/7 -0.028 -104.16 wall-Stair Stair_2/7 0.260 22.08 Floor Ha112/6 0.020 1.46 wall-znt Rml6/7 -0.028 -24.61 Door-Stair Stair_2/7 0.260 318. 55 Door-Sgle-Int. Ambt -0.154 -244.81 Ha113 0.135 68.0 Floor Ha113/8 0.025 24.18 Missing�oor Nonvest4/7 0.000 370.69 wall-Int Nonvest4/7 0.000 0. 54 �oor-Elev Elev_2/7 0.189 565.80 �oor-Elev Elev_2/7 0.189 565.80 wall-Int Rm15/7 -0.006 -8.30 �oor-sgle-znt. RmlS/7 -0.006 -49.61 wall-Int Rm15/7 -0.006 -8.30 �oor-sgle-znt. Rm8/7 -0.016 -78.30 wall-Int Rm8/7 -0.016 -13.57 Door-Sgle-Int. Rm8/7 -0.016 -78.30 Wall-Int Rm8/7 -0.016 -8.74 Door-Sgle-Int. Rm8/7 -0.016 -78.30 Wall-Int Rm8/7 -0.016 -10.28 �oor-Stair 25torystair/7 -0.000 -7.99 Wall-Stair 2StoryStair/7 -0.000 -0.84 �ouble_�oor_znt suitel/7 0.010 126. 55 Floor Ha113/6 -0.002 -6.86 �ouble_�oor_znt Rm9/7 -0.067 -322.66 Wall-Int Rm12/7 -0.026 -7.88 Door-Sgle-Int. Rm12/7 -0.026 -100.04 wall-Int Rm12/7 -0.026 -30.20 �oor-Sgle-znt. Rml2/7 -0.026 -100.04 wall-Int Rm12/7 -0.0�6 -65.65 �oor-Sgle-znt. Rml2/7 -0.026 -100.04 Page 56 Summer doors closed with no wind.txt wall-znt Rm10/7 -0.090 -68.71 wall-Int Rm12/7 -0.026 -70.90 �oor-Sgle-znt. Rm10/7 -0.090 -186.98 Door-Sgle-Int. Rm12/7 -0.026 -100.04 wall-znt Rm10/7 -0.090 -92.27 wall-Int Rm12/7 -0.026 -9.19 �oor-Sgle-znt. Rm10/7 -0.090 -186.98 Door-Stair Stair_5/7 0.234 302.30 wall-Stair Stair_5/7 0.234 31.92 wall-Int Rm10/7 -0.090 -9.82 �oor-Sgle-znt. Rm10/7 -0.090 -186.98 Sma11Rm 0.125 68.0 Floor Ambt -0.117 -3.74 Floor Ambt -0.117 -13.86 wall-znt Rml9/7 -0.062 -39.19 Wall-Exterior Ambt -0.122 -7.41 Floor Rml9/6 -0.036 -2.07 Door-Sgle-Int. Ha112/7 0.03� 111.34 wall-Stair 2storystair2/7 0.033 5.85 Floor Rm20/6 0.029 6.94 wall-znt Rm20/7 -0.082 -57.85 25torystair2 0.158 68.0 163_stair 25torystair2/8 0.000 51.33 Wall-Stair Ha112/7 -0.001 -2.72 wall-Stair Sma11Rm/7 -0.033 -5.85 Floor Rm20/6 -0.004 -1.20 �oor-Stair Ha112/7 -0.001 -19.76 wall-Stair Rm20/7 -0.115 -21.81 Rm12 0.110 68.0 Floor Rm12/8 -0.019 -97.43 wall-znt Ha113/7 0.026 7.88 Door-Sgle-Int. Ha113/7 0.026 100.04 wall-znt Ha113/7 0.026 30.20 Door-Sgle-Int. Ha113/7 0.026 100.04 wall-znt Ha113/7 0.026 65.65 Door-Sgle-Int. Ha113/7 0.026 100.04 wall-znt Suitel/7 0.036 8.70 wall-znt Ha113/7 0.026 70.90 Floor Rm12/6 0.003 39.42 Door-Sgle-Int. Ha113/7 0.026 100.04 wall-znt Ha113/7 0.026 9.19 Wall-Exterior Ambt -0.107 -38.14 wall-Exterior Ambt -0.107 -96.20 wall-5tair Stair_5/7 0.260 16.46 Wall-Exterior Ambt -0.107 -72.80 Wall-Exterior Ambt -0.107 -72.80 wall-Int Rm10/7 -0.064 -23.84 wall-Int Ambt -0.107 -25.88 Door-Sngl-Ext Ambt -0.107 -22.43 wall-Exterior Ambt -0.107 -65.87 �oor-Sngl-Ext Ambt -0.107 -22.43 Door-Sngl-Ext Ambt -0.107 -22.43 wall-Exterior Ambt -0.107 -65.87 Door-Sngl-Ext Ambt -0.107 -22.43 Rm16 0.129 68.0 Floor Rm16/8 -0.027 -43.45 Floor Ambt -0.121 -140.95 Floor Ambt -0.121 -3.10 �oor-Sgle-znt. Ha112/7 0.028 104.16 wall-znt Ha112/7 0.028 68.35 �oor-Sgle-znt. Ha112/7 0.028 104.16 wall-Int Ha112/7 0.028 31.44 �oor-Sgle-znt. Ha112/7 0.028 104.16 Page 57 Summer doors closed with no wind.txt Wall-Int Ha112/7 0.028 3.42 wall-Int Suite2/7 0.028 7.64 wall-znt Ha112/7 0.028 66.99 wall-Exterior Ambt -0.126 -37.66 Floor Rml6/6 0.020 7.89 Floor Rm16/6 0.020 11.44 Floor Rm16/6 0.020 85.77 Door-Sgle-Int. Ha112/7 0.028 104.16 Wall-Int Ha112/7 0.028 24.61 wall-Exterior Ambt -0.126 -75.33 wall-Exterior Ambt -0.126 -69.68 wall-Exterior Ambt -0.126 -104. 51 wall-znt Ambt -0.126 -21.08 Floor Rm16/6 0.0�0 1.26 �oor-sngl-Ext Ambt -0.126 -24.98 wall-Exterior Ambt -0.126 -71. 56 wall-Exterior Ambt -0.126 -32.63 Door-Sngl-Ext Ambt -0.126 -24.98 wall-Exterior ambt -0.126 -25.10 Door-Sngl-Ext Ambt -0.126 -24.98 wall-Exterior Ambt -0.126 -25.42 Rm20 0.043 68.0 Floor Ambt -0.035 -67.80 Floor Ambt -0.035 -5.04 wall-Stair 25toryStair2/7 0.115 21.81 Wall-Exterior Ambt -0.040 -18.27 wall-Int Sma11Rm/7 0.082 57.85 wall-Exterior Ambt -0.040 -10.35 Door-Sgle-Int. Ambt -0.040 -124.94 wall-Int Ha112/7 0.114 49.27 wall-Exterior Ambt -0.040 -6.84 Floor Rm20/6 0.111 121.21 �oor-Sgle-znt. Ha112/7 0.114 210. 53 wall-Exterior Ambt -0.040 -28.67 wall-Stair Stair_2/7 0. 374 73. 50 wall-Exterior Ambt -0.040 -49.91 wall-Exterior Ambt -0.040 -54. 51 Floor Rm3/6 0.105 8.75 wall-Exterior Ambt -0.040 -43. 54 wall-Exterior Ambt -0.040 -37.17 wall-Exterior Ambt -0.040 -19.38 Wall-Exterior Ambt -0.040 -5.84 Wall-Exterior Ambt -0.040 -5.84 Wall-Exterior Ambt -0.040 -64.78 Rm10 0.045 68.0 Floor Ambt -0.037 -63.44 Floor Ambt -0.037 -1.96 wall-Int Rm9/7 0.023 29.77 wall-Exterior Ambt -0.043 -5.48 wall-znt Ha113/7 0.090 68.71 wall-Exterior ambt -0.043 -565.69 Door-Sgle-Int. Ha113/7 0.090 186.98 Floor Rm10/6 -0.008 -29.26 wall-Exterior Ambt -0.043 -20.10 wall-znt Ha113/7 0.090 92.27 wall-Exterior Ambt -0.043 -7.49 �oor-Sgle-znt. Ha113/7 0.090 186.98 wall-znt Ha113/7 0.090 9.82 �oor-Sgle-znt. Ha113/7 0.090 186.98 wall-5tair Stair_5/7 0. 324 61.25 wall-Exterior Ambt -0.043 -19.95 Wall-Int Rm12/7 0.064 23.84 wall-Exterior Ambt -0.043 -16.17 Page 58 Summer doors closed with no wind.txt wall-Exterior Ambt -0.043 -16.17 wall-Exterior Ambt -0.043 -18.45 Floor Rmll/6 0.060 93.01 wall-Exterior Ambt -0.043 -49.70 Wall-Exterior Ambt -0.043 -49.70 wall-Exterior Ambt -0.043 -20.17 Floor Rmll/6 0.060 2.49 wall-Exterior Ambt -0.043 -20.17 wall-Exterior Ambt -0.043 -19.29 wall-Exterior Ambt -0.043 -18.91 Stair_2 0.417 68.0 Floor Ambt -0.409 -17.30 wall-Stair Rm20/7 -0.374 -73. 50 200_Stair_11. 5 Stair_2/6 -0.000 -447.81 wall-Stair Ha112/7 -0.260 -22.08 supply Stair2 n/a 900.00 �oor-Stair Ha112/7 -0.260 -318. 55 Wall-Stair Ambt -0.414 -20.77 Stair_5 0.370 68.0 Floor Ambt -0. 362 -16.27 �oor-Stair Ha113/7 -0.234 -302.30 wall-5tair Ha113/7 -0.234 -31.92 wall-Stair Rm12/7 -0.260 -16.46 supply StairS n/a 5400.00 200_Stair_11. 5 Stair_5/6 -0.001 -4971.81 wall-Stair Rm10/7 -0.324 -61.25 level : 8 elevation: 85.5 ft zone P T path from dP Flowl Flow2 Courtyard 0.122 68.0 Floor Ambt -0.114 -139. 50 Floor Ambt -0.114 -139.55 wall-Exterior Ambt -0.119 -49. 51 wall-Exterior Ambt -0.119 -49. 51 wall-Exterior ambt -0.119 -33.92 wall-Exterior Ambt -0.119 -33.92 wall-Exterior Ambt -0.119 -42.17 wall-Exterior Ambt -0.119 -42.17 wall-Exterior ambt -0.119 -25.07 Wall-Exterior Ambt -0.119 -12.84 Floor Suite2/7 0.026 66.79 Floor Suitel/7 0.015 50.87 wall-Exterior Ambt -0.119 -60. 51 wall-Exterior Ambt -0.119 -60. 51 �oor-stair Stair_3/8 0.298 340. 57 wall-Stair Stair_4/8 0. 307 51.35 wall-Stair Stair_3/8 0.298 32.46 wall-Int Nonvest3/8 0.053 15.10 wall-znt Nonvest4/8 0.030 11.33 Door-Sgle-Int. Ha112/8 0.053 143.50 �oor-Sgle-znt. Ha113/8 0.030 107. 50 wall-Exterior Ambt -0.119 -10.27 wall-znt Rm12/8 -0.039 -9.10 wall-Exterior Ambt -0.119 -110.93 Rm18 0.077 68.0 Floor Ambt -0.069 -29.11 Floor Ambt -0.069 -60.58 Wall-Exterior Ambt -0.075 -104.42 wall-Exterior Ambt -0.075 -39.88 wall-Exterior Ambt -0.075 -77. 59 wall-Exterior Ambt -0.075 -21.27 Floor Rm19/7 -0.023 -16.72 Floor Rml8/7 0.048 50.47 Page 59 Summer doors closed with no wind.txt wall-Exterior Ambt -0.075 -46.41 wall-znt Ha112/8 0.098 139.47 �oor-Sgle-znt. Ha112/8 0.098 194.98 wall-Stair 25torystair2/8 0.072 11.06 Rm8 0.089 68.0 Floor Ambt -0.080 -59.47 wall-znt Ambt -0.086 -71.98 Floor Rm8/7 0.023 31.67 wall-znt Ambt -0.086 -129.56 wall-Int Ambt -0.086 -129. 56 wall-znt Ha113/8 0.063 27.21 Door-Sgle-Int. Ha113/8 0.063 157.08 wall-znt Ha113/8 0.063 17. 52 Door-Sgle-Int. Ha113/8 0.063 157.08 Stair_3 0.420 68.0 Floor Ambt -0.412 -20.22 wall-Stair Ambt -0.417 -57.10 �oor-Stair Courtyard/8 -0.�98 -340. 57 233_Stair_11. 5 Stair_3/7 0.000 780.93 wall-Stair Courtyard/8 -0.298 -32.46 wall-Stair Elev_1/8 -0.075 -16.19 wall-5tair Nonvest3/8 -0.245 -5.65 �oor-Stair Nonvest3/8 -0.245 -308.74 Stair_4 0.429 68.0 Floor Ambt -0.421 -20.45 wall-Stair Courtyard/8 -0. 307 -51.35 wall-Stair Ambt -0.426 -26.90 233_Stair_11. 5 Stair_4/7 0.000 474.14 wall-stair Ambt -0.426 -21.07 �oor-Stair Nonvest4/8 -0.�77 -328. 53 wall-stair Nonvest4/8 -0.277 -6.02 wall-5tair Elev_2/8 -0.113 -19.82 Elev_1 0. 345 68.0 Floor Ambt -0. 337 -10.75 wall-Stair Stair_3/8 0.075 16.19 wall-Elevator Ambt -0.342 -19.71 supply Elevatorl n/a 8200.02 11.5_Elevator Elev_1/7 -0.000 -7100.45 wall-Elevator Nonvest3/8 -0.169 -13.88 �oor-Elev Ha112/8 -0.170 -535.71 Door-Elev Ha112/8 -0.170 -535.71 Nonvest3 0.175 68.0 Floor Ambt -0.167 -3.10 wall-5tair Stair_3/8 0.245 5.65 �oor-Stair Stair_3/8 0.245 308.74 Floor Nonvest3/7 -0.027 -1.23 wall-Elevator Elev_1/8 0.169 13.88 wall-Int Courtyard/8 -0.053 -15.10 Wall-Int Ha112/8 -0.000 -0.47 Missing�oor Ha112/8 -0.000 -308.38 NonVest4 0.152 68.0 Floor Ambt -0.144 -2.87 �oor-Stair Stair_4/8 0.277 328. 53 wall-5tair Stair_4/8 0.277 6.02 Floor Nonvest4/7 -0.025 -1.19 wall-Int Courtyard/8 -0.030 -11.33 wall-Elevator Elev_2/8 0.164 13.66 Missing�oor Ha113/8 -0.000 -332.33 wall-znt Ha113/8 -0.000 -0.49 Elev_2 0. 316 68.0 Floor Ambt -0. 308 -10.29 wall-Stair Stair_4/8 0.113 19.82 wall-Elevator Nonvest4/8 -0.164 -13.66 Page 60 Summer doors closed with no wind.txt 11. 5_Elevator Elev_2/7 -0.000 -7121.97 supply Elevator2 n/a 8200.00 wall-Elevator Ambt -0.314 -18.88 �oor-Elev Ha113/8 -0.164 -527. 51 �oor-Elev Ha113/8 -0.164 -527. 51 25torystair 0.127 68.0 Floor Ambt -0.119 -6.90 wall-Stair Ambt -0.124 -23.99 wall-Stair Ambt -0.124 -11.37 163_Stair 2Storystair/7 -0.000 -27.39 wall-Stair Ambt -0.124 -11.37 Door-Stair Ha113/8 0.025 98. 55 wall-Stair Ha113/8 0.025 1.22 Wall-Stair Ambt -0.124 -18.75 Ha112 0.175 68.0 Floor Ambt -0.167 -22.11 Floor Ambt -0.167 -27.63 wall-Int Rm18/8 -0.098 -139.47 Door-Sgle-Int. Rml8/8 -0.098 -194.98 wall-Int Ambt -0.172 -45.91 �oor-Sgle-znt. Ambt -0.172 -259.09 wall-Int Ambt -0.172 -33.43 Door-Elev Elev_1/8 0.170 535.71 �oor-Elev Elev_1/8 0.170 535.71 Wall-Int NonVest3/8 0.000 0.47 Missing�oor Nonvest3/8 0.000 308.38 Floor Ha112/7 -0.027 -8.82 Floor Ha112/7 -0.027 -11.02 �oor-sgle-znt. Courtyard/8 -0.053 -143. 50 Wall-Stair 25toryStair2/8 -0.026 -7.14 �oor-Sgle-znt. Rml6/8 -0.082 -178. 57 wall-Int Rm16/8 -0.082 -117.19 wall-Exterior Ambt -0.172 -69. 59 Door-Stair 25tory5tair2/8 -0.026 -99.80 wall-Exterior Ambt -0.172 -22.02 Ha113 0.152 68.0 Missing�oor Nonvest4/8 0.000 332.33 Wall-Int NonVest4/8 0.000 0.49 Door-Elev Elev_2/8 0.164 527. 51 �oor-Elev Elev_2/8 0.164 527. 51 wall-znt Ambt -0.149 -101.23 wall-Int Rm8/8 -0.063 -27.21 �oor-Sgle-znt. Rm8/8 -0.063 -157.08 wall-Int Rm8/8 -0.063 -17.52 �oor-Sgle-znt. Rm8/8 -0.063 -157.08 Wall-Exterior Ambt -0.149 -20.49 Door-Stair 2StoryStair/8 -0.025 -98. 55 Wall-Stair 2StoryStair/8 -0.025 -1.22 �oor-Sgle-znt. Courtyard/8 -0.030 -107. 50 Floor Ha113/7 -0.025 -24.18 wall-Exterior Ambt -0.149 -13.83 wall-Int Rm12/8 -0.069 -12.91 �oor-Sgle-znt. Rm12/8 -0.069 -163.98 wall-Int Rm12/8 -0.069 -49.50 �oor-Sgle-znt. Rm12/8 -0.069 -163.98 wall-Int Rm12/8 -0.069 -107.61 �oor-Sgle-znt. Rml2/8 -0.069 -163.98 2StoryStair2 0.149 68.0 Floor Ambt -0.141 -7. 53 wall-Stair Rm18/8 -0.072 -11.06 wall-Stair Ha112/8 0.026 7.14 wall-Stair Ambt -0.147 -12.36 163_Stair 2StoryStair2/7 -0.000 -51.33 Page 61 Summer doors closed with no wind.txt �oor-Stair Ha112/8 0.026 99.80 Wall-Stair Ambt -0.147 -24.66 Rm12 0.083 68.0 Floor Ambt -0.075 -195.59 wall-znt Ha113/8 0.069 12.91 Door-Sgle-Int. Ha113/8 0.069 163.98 wall-znt Ha113/8 0.069 49. 50 Door-Sgle-Int. Ha113/8 0.069 163.98 wall-znt Ha113/8 0.069 107.61 Door-Sgle-Int. Ha113/8 0.069 163.98 wall-znt Courtyard/8 0.039 9.10 Wall-Exterior Ambt -0.080 -81.08 Floor Rm12/7 0.019 97.43 wall-Exterior Ambt -0.080 -4. 50 wall-Exterior Ambt -0.080 -33.03 wall-Exterior Ambt -0.080 -83.33 wall-Exterior Ambt -0.080 -63.06 wall-Exterior Ambt -0.080 -63.06 wall-Exterior ambt -0.080 -56.30 Door-Sngl-Ext Ambt -0.080 -18.61 wall-Exterior Ambt -0.080 -57.05 Door-Sngl-Ext Ambt -0.080 -18.61 �oor-Sngl-Ext ambt -0.080 -18.61 wall-Exterior Ambt -0.080 -57.05 �oor-Sngl-Ext Ambt -0.080 -18.61 Rm16 0.093 68.0 Floor Ambt -0.085 -76.57 Door-Sgle-Int. Ha112/8 0.082 178.57 Wall-Int Ha112/8 0.082 117.19 Floor Rm16/7 0.0�7 43.45 wall-Exterior Ambt -0.090 -102.12 Wall-Exterior Ambt -0.090 -102.12 wall-Exterior Ambt -0.090 -58.40 level : Roof elevation: 97.0 ft zone P T path from dP Flowl Flow2 systems: name air flows: recirc outside Barom._�amper 0.00 0.00 Elevatorl 0.00 8200.02 Elevator2 0.00 8200.00 Small_Elevator 0.00 0.00 Stairl 0.00 3300.00 Stair2 0.00 5000.00 Stair3 0.00 5949.99 Stair4 0.00 5249.99 StairS 0.00 5400.00 Stair6 0.00 3050.00 Note: flows in scfm pressures in in.H2O temperatures in °F �'� indicates limit exceeded Page 62 5ummer doors closed with wind.txt project: Summer doors closed with wind Fri Oct 10 19:27:37 2008 description: simulation date: 7an01 simulation time: 00:00:00 ambient temperature: 95.0 °F barometric pressure: 101325.0 Pa wind speed: 30.0 mph wind direction: 0.0 deg level : Garage elevation: 0.0 ft zone P T path from dP Flowl Flow2 Officel 0.268 68.0 Floor Parking/1 -0.010 -34.42 wall-znt Parking/Garage -0.010 -20.81 wall-znt office3/Garage -0.008 -33.12 wall-znt Corridor/Garage 0.001 9.00 �ouble_�oor_znt Corridor/Garage 0.001 45.36 wall-znt Corridor/Garage 0.001 11.31 �oor-5gle-znt. Corridor/Garage 0.001 22.68 Storagel 0.258 68.0 Floor Openspace2/1 -0.028 -17.41 wall-znt Office3/Garage 0.002 11.10 wall-znt office4/Garage -0.000 -3.86 �ouble_�oor_znt Office4/Garage -0.000 -21.21 �oor-5gle-znt. Office3/Garage 0.002 25.05 wall-znt Office3/Garage 0.002 6.33 Corridor 0.269 68.0 Floor Parking/1 -0.011 -23.06 wall-znt Officel/Garage -0.001 -9.00 �ouble_�oor_znt Officel/Garage -0.001 -45.36 wall-znt officel/Garage -0.001 -11.31 �oor-Sgle-znt. Officel/Garage -0.001 -22.68 �oor-Sgle-znt. Office3/Garage -0.009 -60.49 wall-znt Office2/Garage -0.005 -47.16 wall-Int Parking/Garage -0.011 -19.01 �oor-Sgle-znt. Office2/Garage -0.005 -44.09 wall-znt Office3/Garage -0.009 -92.89 wall-znt Office2/Garage -0.005 -2.89 �ouble_�oor_znt Office2/Garage -0.005 -88.17 �oor-Stair Stair_3/Garage 0.257 316.48 wall-znt Office2/Garage -0.005 -14.95 wall-stair Stair4/Garage 0.289 39.23 �oor-Stair Stair4/Garage 0.�89 335.62 wall-Stair Stair4/Garage 0.289 17.39 �ouble_�oor_znt Parking/Garage -0.011 -133.18 wall-znt Parking/Garage -0.011 -18.94 �oor-Sgle-znt. Parking/Garage -0.011 -66. 59 wall-znt Parking/Garage -0.011 -8.96 Office3 0.260 68.0 Floor Parking/1 -0.002 -14.48 Floor openspace2/1 -0.030 -51.93 wall-znt officel/Garage 0.008 33.12 wall-znt Storagel/Garage -0.002 -11.10 �oor-Sgle-znt. Corridor/Garage 0.009 60.49 �oor-Sgle-znt. Storagel/Garage -0.002 -25.05 wall-znt Storagel/Garage -0.002 -6.33 wall-znt Office4/Garage -0.002 -2.19 �ouble_�oor_znt Office4/Garage -0.002 -54.40 wall-Int Corridor/Garage 0.009 92.89 wall-znt Office4/Garage -0.002 -5.00 Page 1 5ummer doors closed with wind.txt wall-znt Parking/Garage -0.002 -16.02 Office4 0.258 68.0 Floor openspace2/1 -0.028 -66.43 Floor Hallway/1 -0.028 -3.38 wall-znt Storagel/Garage 0.000 3.86 �ouble_�oor_znt Storagel/Garage 0.000 21.21 wall-znt Office3/Garage 0.002 2.19 �ouble_�oor_znt office3/Garage 0.002 54.40 wall-znt Office3/Garage 0.002 5.00 wall-Int Parking/Garage -0.000 -1.81 �ouble_�oor_znt Parking/Garage -0.000 -11.88 wall-Int Parking/Garage -0.000 -0.49 wall-znt Office/Garage -0.000 -2.67 Office2 0.264 68.0 Floor Parking/1 -0.006 -23.23 wall-znt Corridor/Garage 0.005 47.16 �oor-Sgle-znt. Corridor/Garage 0.005 44.09 wall-znt Corridor/Garage 0.005 2.89 �ouble_�oor_znt Corridor/Garage 0.005 88.17 wall-Stair 5tair_3/Garage 0.262 48.77 wall-znt Corridor/Garage 0.005 14.95 wall-Stair Stair4/Garage 0.294 17. 54 wall-Int Parking/Garage -0.006 -4.15 �ouble_�oor_znt Parking/Garage -0.006 -99.81 wall-znt Parking/Garage -0.006 -32.42 �ouble_�oor_znt Parking/Garage -0.006 -99.81 wall-Int Parking/Garage -0.006 -4.15 stair_3 0. 526 68.0 233_StairGarage Stair_3/1 0.000 727.70 �oor-Stair Corridor/Garage -0.257 -316.48 wall-Stair Office2/Garage -0.262 -48.77 wall-Stair Parking/Garage -0.268 -16.76 wall-Stair Elev_1/Garage -0.078 -16.51 wall-Stair Nonvest3/Garage -0.268 -5.92 �oor-Stair Nonvest3/Garage -0.268 -323.26 stair4 0. 558 68.0 233_StairGarage Stair_4/1 0.000 578.36 wall-5tair Corridor/Garage -0.289 -39.23 �oor-stair Corridor/Garage -0.289 -335.62 wall-Stair Office2/Garage -0.�94 -17. 54 wall-Stair Corridor/Garage -0.289 -17.39 �oor-Stair-0.1 Nonvest4/Garage -0.300 -142. 55 wall-Stair Nonvest4/Garage -0. 300 -6.27 wall-5tair Elev_2/Garage -0.112 -19.78 Elev_1 0.448 68.0 14_Elevator Elev_1/1 0.000 395.32 wall-Stair Stair_3/Garage 0.078 16. 51 wall-Elevator Parking/Garage -0.190 -14.70 wall-Elevator Nonvest3/Garage -0.190 -14.69 Door-Elev Elevator_l�obby/Garage -0.022 -191.21 �oor-Elev Elevator_l�obby/Garage -0.022 -191.21 Nonvest3 0.258 68.0 Floor Nonvest3/1 0.000 0.00 wall-5tair Stair_3/Garage 0.268 5.92 Door-Stair Stair_3/Garage 0.268 323.26 wall-Elevator Elev_1/Garage 0.190 14.69 wall-znt Parking/Garage -0.000 -1.01 wall-Int Parking/Garage -0.000 -0. 50 MissingDOOr Parking/Garage -0.000 -342.37 Nonvest4 0.258 68.0 Floor Nonvest4/1 0.000 0.00 �oor-Stair-0.1 Stair4/Garage 0. 300 142. 55 wall-Stair Stair4/Garage 0. 300 6.27 Page 2 5ummer doors closed with wind.txt wall-znt Parking/Garage -0.000 -0.57 wall-Elevator Elev_2/Garage 0.188 14.62 MissingDoor Parking/Garage -0.000 -162. 58 wall-Int Parking/Garage -0.000 -0.28 Elev_2 0.446 68.0 14_Elevator Elev_2/1 0.000 390.02 wall-Stair Stair4/Garage 0.112 19.78 wall-Elevator Nonvest4/Garage -0.188 -14.62 wall-Elevator Parking/Garage -0.188 -14.62 �oor-Elev Elevator_2�obby/Garage -0.021 -190.28 �oor-Elev Elevator_2�obby/Garage -0.021 -190.28 Office 0.258 68.0 Floor Hallway/1 -0.027 -3.74 Floor openspace2/1 -0.027 -7.69 Floor OpenSpace2/1 -0.027 -2.24 wall-znt Office4/Garage 0.000 2.67 wall-znt Parking/Garage 0.000 1.49 Door-Sgle-Int. Parking/Garage 0.000 7.43 wall-znt Parking/Garage 0.000 2.09 Elevator_l�obby 0.426 68.0 Floor Elevator_l�obby/1 -0.000 -0.46 �oor-Elev Elev_1/Garage 0.022 191.21 Door-Elev Elev_1/Garage 0.0�2 191.21 �oor-Sgle-znt. Parking/Garage -0.169 -256.36 wall-Int Parking/Garage -0.169 -125.61 Elevator_2�obby 0.425 68.0 Floor Elevator_2�obby/1 -0.001 -0.66 �oor-Elev Elev_2/Garage 0.021 190.28 �oor-Elev Elev_2/Garage 0.021 190.28 �oor-5gle-znt. Parking/Garage -0.167 -254.97 wall-znt Parking/Garage -0.167 -124.92 Stair_2 0. 502 68.0 200_StairGarage Stair_2/1 0.000 408.75 wall-Stair Parking/Garage -0.245 -99.92 �oor-Stair Parking/Garage -0.245 -308.82 Stairl 0.470 68.0 200_StairGarage Stair_5/1 0.000 381.02 �oor-Stair Parking/Garage -0.�13 -287.88 wall-Stair Parking/Garage -0.213 -93.15 Parking 0.258 68.0 Floor Room6/1 -0.020 -44.64 Garage0pen�1 Parking/1 -0.000 -346.48 Floor RoomS/1 -0.019 -28.17 Floor Parking/1 -0.000 -0.03 Floor OpenSpace2/1 -0.028 -130.40 Floor Hallway/1 -0.028 -1.12 Floor OpenSpace2/1 -0.028 -1.12 Floor Room4/1 -0.007 -17.95 Floor Room7/1 -0.006 -5.25 Floor 2_StoryStair2/1 -0.031 -4.28 Floor StairEntry/1 -0.028 -1.29 Floor Entryway/1 -0.020 -3.81 Floor Cooridorl/1 -0.022 -10.73 Floor Corridor2/1 -0.037 -24.09 Floor Stair2Corridor/1 -0.006 -1.73 Floor 2_StoryStairl/1 0.001 1.04 Floor Stair2Passage/1 0.243 13.67 Floor Roomll/1 -0.079 -79.03 Floor Rooml2/1 -0.081 -62.30 Floor Room13/1 -0.041 -46.04 Floor Rooml4/1 -0.035 -40.64 Page 3 5ummer doors closed with wind.txt Floor Room10/1 -0.041 -40.66 Floor Room3/1 -0.018 -19.06 Floor Openspacel/1 -0.019 -107.61 Floor Room8/1 -0.020 -37.97 Floor Room9/1 -0.026 -31.75 Floor Room15/1 -0.115 -7.94 Floor Room15/1 -0.115 -22.95 Floor Stair6/1 0.197 11.99 Floor Stair6Passage/1 0.194 6. 56 Floor Ambt -0.257 -1131.71 Floor Rooml/1 -0.134 -55.24 Floor StairlPassage/1 0.194 15. 51 Floor Room2/1 -0.124 -57.72 wall-znt Officel/Garage 0.010 20.81 wall-Int Corridor/Garage 0.011 19.01 wall-5tair Stair_3/Garage 0.268 16.76 wall-znt Office2/Garage 0.006 4.15 �ouble_�oor_znt Office2/Garage 0.006 99.81 wall-znt Office2/Garage 0.006 32.42 �ouble_�oor_znt Office2/Garage 0.006 99.81 wall-znt Office2/Garage 0.006 4.15 �ouble_�oor_znt Corridor/Garage 0.011 133.18 wall-znt Corridor/Garage 0.011 18.94 �oor-Sgle-znt. Corridor/Garage 0.011 66. 59 wall-znt Corridor/Garage 0.011 8.96 wall-znt office3/Garage 0.002 16.02 wall-znt Office4/Garage 0.000 1.81 �ouble_�oor_znt office4/Garage 0.000 11.88 wall-znt Office4/Garage 0.000 0.49 wall-Elevator Elev_1/Garage 0.190 14.70 wall-znt Nonvest3/Garage 0.000 1.01 wall-znt Nonvest4/Garage 0.000 0. 57 wall-Elevator Elev_2/Garage 0.188 14.62 wall-znt Nonvest3/Garage 0.000 0. 50 Missing�oor Nonvest3/Garage 0.000 342.37 Missing�oor Nonvest4/Garage 0.000 162. 58 wall-znt Nonvest4/Garage 0.000 0.28 wall-znt office/Garage -0.000 -1.49 Door-Sgle-Int. Elevator_1LObby/Garage 0.169 256.36 Door-Sgle-Int. Elevator_2LObby/Garage 0.167 254.97 wall-znt Elevator_l�obby/Garage 0.169 125.61 wall-Int Elevator_2�obby/Garage 0.167 124.92 Door-Sgle-Int. Office/Garage -0.000 -7.43 wall-znt Office/Garage -0.000 -2.09 wall-stair Stair_2/Garage 0.245 99.92 �oor-Stair Stairl/Garage 0.�13 287.88 wall-Stair Stairl/Garage 0.213 93.15 �oor-5tair Stair_2/Garage 0.245 308.82 wall-znt Storage_1/Garage -0.000 -4.38 �oor-Sgle-znt. Storage_1/Garage -0.000 -5. 56 �ouble_�oor_znt Storage_1/Garage -0.000 -11.13 wall-znt 5torage_1/Garage -0.000 -1.87 wall-znt Storage_2/Garage -0.000 -5. 57 �ouble_�oor_znt Storage_2/Garage -0.000 -23.40 wall-znt Storage_2/Garage -0.000 -2.35 wall-Stair Stair_1/Garage 0.�04 14. 58 �ouble_�oor_znt GarageEngtrance/Garage -0.031 -218.29 wall-znt GarageEngtrance/Garage -0.031 -44.41 �ouble_�oor_znt GarageEngtrance/Garage -0.031 -218.29 wall-Elevator Elevatorshortl/Garage -0.002 -3.43 �oor-Elev Elevatorshortl/Garage -0.002 -64.08 wall-Stair Stair_1/Garage 0.204 57.37 Door-Stair Stair_1/Garage 0.204 281.93 Page 4 5ummer doors closed with wind.txt wall-Elevator Elevatorshort2/Garage -0.185 -16.02 wall-znt GarageEngtrance/Garage -0.031 -54.19 Storage_1 0.258 68.0 Floor Room15/1 -0.115 -22.95 wall-znt Parking/Garage 0.000 4.38 Door-Sgle-Int. Parking/Garage 0.000 5. 56 �ouble_�oor_znt Parking/Garage 0.000 11.13 wall-Int Parking/Garage 0.000 1.87 Storage_2 0.257 68.0 Floor Ambt -0.257 -31.32 wall-Int Parking/Garage 0.000 5. 57 �ouble_�oor_znt Parking/Garage 0.000 23.40 wall-znt Parking/Garage 0.000 2.35 ElevatorShortl 0.255 68.0 ElevShort�l ElevShortl/1 -0.000 -85.96 wall-Elevator Parking/Garage 0.002 3.43 wall-Stair Stair_1/Garage 0.206 18.45 �oor-Elev Parking/Garage 0.002 64.08 GarageEngtrance 0.227 68.0 Floor Ambt -0.227 -33.35 �ouble_�oor_znt Parking/Garage 0.031 218.29 wall-Int Parking/Garage 0.031 44.41 �ouble_�oor_znt Parking/Garage 0.031 218.29 wall-Stair Stair_1/Garage 0.�34 19.67 �oor-Elev Elevatorshort2/Garage -0.155 -511.68 wall-Elevator Elevatorshort2/Garage -0.155 -9.81 wall-Int Parking/Garage 0.031 54.19 Stair_1 0.462 68.0 200_StairGarage Stair_1/1 0.000 413.42 wall-Stair Parking/Garage -0.204 -14. 58 wall-stair Elevatorshortl/Garage -0.206 -18.45 wall-5tair GarageEngtrance/Garage -0.234 -19.67 wall-Stair Elevatorshort2/Garage -0.389 -21.42 wall-Stair Parking/Garage -0.�04 -57.37 �oor-Stair Parking/Garage -0.204 -281.93 Elevatorshort2 0.072 68.0 Elevshort2_�1 Elevator5hort2/1 -0.000 -558.94 �oor-Elev GarageEngtrance/Garage 0.155 511.68 wall-Stair Stair_1/Garage 0. 389 21.42 wall-Elevator GarageEngtrance/Garage 0.155 9.81 wall-Elevator Parking/Garage 0.185 16.02 level : 1 elevation: 1.0 ft zone P T path from dP Flowl Flow2 Room6 0.237 68.0 Floor Parking/2 0.020 37.92 wall-Exterior Ambt -0.043 -76.11 wall-Exterior Ambt -0. 371 -111.89 wall-Int Parking/1 0.020 53.22 Floor Parking/Garage 0.020 44.64 wall-znt Openspacel/1 0.001 1.20 Door-Sgle-Int. OpenSpacel/1 0.001 17.20 wall-Int RoomS/1 0.001 14.93 Door-Sgle-Int. OpenSpacel/1 0.001 17.20 wall-znt Openspacel/1 0.001 1.69 Parking 0.257 68.0 Garage0pen�2 Parking/2 -0.000 -997.39 Floor Parking/2 -0.000 -0.17 Floor Storagel/2 0.070 14.60 Floor Storage2/2 0.070 14.63 Floor Ha112/2 0.075 27.47 Floor Ha113/2 0.077 3.24 Page 5 5ummer doors closed with wind.txt Floor Ha114/2 0.074 7.34 Floor Rm8/2 0.037 44.24 Floor Office/2 0.052 36.16 Floor Private/2 0.051 35.16 Floor Bathrooml/2 0.071 34.46 Floor Ha112/2 0.075 18. 54 Floor Rm6/2 0.004 1.65 Floor Rm7/2 -0.006 -2.17 Floor Courtyard/2 0.017 6.18 Floor Rm9/2 0.008 2.36 Floor Rm10/2 0.022 2.58 wall-Exterior Ambt -0.063 -355.24 Floor Officel/Garage 0.010 34.42 wall-Int Room6/1 -0.020 -53.22 Floor Office3/Garage 0.002 14.48 Garageopen�l Parking/Garage 0.000 346.48 Floor Corridor/Garage 0.011 23.06 Floor office2/Garage 0.006 23.23 wall-znt Openspace2/1 -0.028 -140.28 wall-Stair 5tair_3/1 0.268 78.27 wall-Stair Stair_4/1 0. 300 82.80 wall-Elevator Elev_1/1 0.190 14.70 Wall-Int NonVest3/1 0.000 1.01 wall-Int Nonvest4/1 0.000 0. 57 Wall-Elevator Elev_2/1 0.188 14.62 wall-Stair OpenSpacel/1 -0.019 -24. 54 wall-znt Nonvest3/1 0.000 0. 51 Missing�oor Nonvest3/1 0.000 344.44 Missing�oor Nonvest4/1 0.000 164.68 Wall-Int NonVest4/1 0.000 0.29 Door-Sgle-Int. Elevator_1LObby/1 0.168 256.12 Door-Sgle-Int. Elevator_2LObby/1 0.166 254.45 wall-znt Elevator_l�obby/1 0.168 125.49 Floor Parking/Garage 0.000 0.03 wall-znt Elevator_2�obby/1 0.166 124.67 Wall-Int Entryway/1 -0.020 -4.91 wall-znt Cooridorl/1 -0.022 -11.60 �oor-5gle-znt. Cooridorl/1 -0.022 -92.06 wall-znt Cooridorl/1 -0.022 -69. 59 �oor-Sgle-znt. Cooridorl/1 -0.022 -92.06 wall-znt Cooridorl/1 -0.022 -8.46 Door-Sgle-Int. Corridor2/1 -0.037 -120.05 wall-znt Corridor2/1 -0.037 -181.20 RoomS 0.238 68.0 Floor Parking/2 0.019 37.13 wall-Int Room6/1 -0.001 -14.93 wall-Int OpenSpacel/1 -0.000 -1.71 Floor Parking/Garage 0.019 28.17 �oor-Sgle-znt. OpenSpacel/1 -0.000 -4. 50 wall-znt openspacel/1 -0.000 -44.15 Hallway 0.229 68.0 Floor Parking/2 0.028 8.25 �oor-Sgle-znt. OpenSpace2/1 -0.000 -1.01 Floor Office4/Garage 0.028 3.38 wall-znt Openspace2/1 -0.000 -0.74 wall-znt Openspace2/1 -0.000 -0.74 Floor Office/Garage 0.027 3.74 Floor Parking/Garage 0.028 1.12 Door-Sgle-Int. StairEntry/1 -0.001 -13.99 stair_3 0. 525 68.0 233_Stair�ev2 stair_3/2 0.000 1151.66 wall-Stair Parking/1 -0.�68 -78.27 233_StairGarage Stair_3/Garage -0.000 -727.70 Page 6 5ummer doors closed with wind.txt wall-Stair Elev_1/1 -0.078 -16. 51 wall-Stair Nonvest3/1 -0.268 -5.92 �oor-Stair Nonvest3/1 -0.268 -323.27 stair_4 0. 557 68.0 233_stair�ev2 stair_4/2 0.000 829.77 233_5tairGarage Stair4/Garage -0.000 -578.36 wall-stair Parking/1 -0. 300 -82.80 �oor-Stair-0.1 Nonvest4/1 -0. 300 -142. 55 wall-Stair Nonvest4/1 -0. 300 -6.27 wall-5tair Elev_2/1 -0.112 -19.78 openspace2 0.229 68.0 Floor Parking/2 0.028 148.90 Floor Rm15/2 0.047 20.33 Floor Ha114/2 0.101 8.61 Floor Office/2 0.079 11.43 Floor Rm14/2 0.078 11.38 Floor Rml3/2 0.100 23.72 Floor Ha114/2 0.101 4.30 Floor Rm10/2 0.050 1. 51 Floor Ha115/2 0.231 37.93 Floor Rmll/2 0.062 2.47 Floor Rm12/2 0.014 23.76 Floor Ambt -0.220 -6.34 wall-Exterior Ambt -0.035 -68.73 Door-Sgle-Int. Hallway/1 0.000 1.01 Floor 5toragel/Garage 0.028 17.41 Floor Office3/Garage 0.030 51.93 Floor Office4/Garage 0.028 66.43 wall-znt Parking/1 0.028 140.28 Wall-Int Hallway/1 0.000 0.74 Wall-Int Hallway/1 0.000 0.74 wall-Exterior Ambt -0.035 -76.01 Floor Parking/Garage 0.028 130.40 Floor Office/Garage 0.0�7 7.69 Floor Office/Garage 0.027 2.24 Floor Parking/Garage 0.028 1.12 wall-Stair 2_StoryStair2/1 -0.003 -0.94 wall-Int StairEntry/1 -0.000 -2.05 wall-znt Corridor2/1 -0.009 -20.60 Door-Sgle-Int. StairEntry/1 -0.000 -13.96 wall-Stair 2_Storystair2/1 -0.003 -6.29 Door-Sgle-Int. Corridor2/1 -0.009 -60.37 Wall-Stair Stair_5/1 0.240 109.40 wall-Int Room14/1 -0.007 -60.18 Wall-Exterior Ambt -0.281 -270.22 wall-Int Room15/1 -0.088 -157. 59 wall-Exterior Ambt -0. 363 -30.71 Door_DOUble_Ext Ambt -0. 363 -49.75 Elev_1 0.447 68.0 Elevator Elev_1/2 0.000 793.48 wall-Stair Stair_3/1 0.078 16. 51 wall-Elevator Parking/1 -0.190 -14.70 14_Elevator Elev_1/Garage -0.000 -395.32 wall-Elevator Nonvest3/1 -0.190 -14.69 �oor-Elev Elevator_l�obby/1 -0.022 -192.64 Door-Elev Elevator_l�obby/1 -0.022 -192.64 Nonvest3 0.257 68.0 Floor Nonvest3/2 0.075 2.08 wall-Stair Stair_3/1 0.268 5.92 Door-Stair Stair_3/1 0.268 323.27 Floor Nonvest3/Garage -0.000 -0.00 wall-Elevator Elev_1/1 0.190 14.69 Wall-Int Parking/1 -0.000 -1.01 Page 7 5ummer doors closed with wind.txt wall-znt Parking/1 -0.000 -0. 51 MissingDOOr Parking/1 -0.000 -344.44 Nonvest4 0.257 68.0 Floor Nonvest4/2 0.077 2.11 �oor-Stair-0.1 Stair_4/1 0. 300 142. 55 wall-5tair Stair_4/1 0. 300 6.27 Floor Nonvest4/Garage -0.000 -0.00 wall-Int Parking/1 -0.000 -0. 57 Wall-Elevator Elev_2/1 0.188 14.62 MissingDOOr Parking/1 -0.000 -164.68 wall-znt Parking/1 -0.000 -0.29 Elev_2 0.445 68.0 Elevator Elev_2/2 0.000 786.00 wall-Stair Stair_4/1 0.112 19.78 wall-Elevator Nonvest4/1 -0.188 -14.62 14_Elevator Elev_2/Garage -0.000 -390.02 wall-Elevator Parking/1 -0.188 -14.62 Door-Elev Elevator_2�obby/1 -0.022 -193.26 �oor-Elev Elevator_2�obby/1 -0.022 -193.26 Elevator_l�obby 0.425 68.0 Floor Ha112/2 -0.093 -4.13 Door-Elev Elev_1/1 0.0�2 192.64 �oor-Elev Elev_1/1 0.022 192.64 Floor Elevator_l�obby/Garage 0.000 0.46 �oor-Sgle-znt. Parking/1 -0.168 -256.12 wall-Int Parking/1 -0.168 -125.49 Elevator_2�obby 0.423 68.0 Floor Ha113/2 -0.089 -8.06 Door-Elev Elev_2/1 0.022 193.26 �oor-Elev Elev_2/1 0.0�� 193.26 Door-Sgle-Int. Parking/1 -0.166 -254.45 Floor Elevator_2�obby/Garage 0.001 0.66 wall-znt Parking/1 -0.166 -124.67 Room4 0.250 68.0 Floor Parking/2 0.007 23.11 Door-Sgle-Int. Openspacel/1 -0.012 -67.22 wall-Int Openspacel/1 -0.012 -55. 58 wall-Int Room7/1 0.001 6.23 Floor Parking/Garage 0.007 17.95 wall-Int Stair2Corridor/1 0.001 6.10 Door-Sgle-Int. OpenSpacel/1 -0.012 -67.22 wall-znt 5tair2Passage/1 0.250 136.64 Room7 0.251 68.0 Floor Parking/2 0.006 10.90 wall-znt Room4/1 -0.001 -6.23 wall-Int openspacel/1 -0.012 -41.43 Floor Parking/Garage 0.006 5.25 wall-Int Stair2Corridor/1 0.000 31. 51 StairEntry 0.229 68.0 Floor Parking/2 0.028 1.29 �oor-Sgle-znt. Hallway/1 0.001 13.99 Door-Sgle-Int. 2_Storystair2/1 -0.002 -31.18 wall-znt Openspace2/1 0.000 2.05 Wall-Stair 2_StoryStair2/1 -0.002 -1.41 Floor Parking/Garage 0.028 1.29 �oor-Sgle-znt. Openspace2/1 0.000 13.96 2_Storystair2 0.226 68.0 200_Stair�evl 2_Storystair2/2 0.000 45.35 Wall-Stair OpenSpace2/1 0.003 0.94 Door-Sgle-Int. StairEntry/1 0.002 31.18 wall-Stair StairEntry/1 0.002 1.41 Floor Parking/Garage 0.031 4.28 wall-Stair OpenSpace2/1 0.003 6.29 Page 8 5ummer doors closed with wind.txt wall-Stair Ambt -0.360 -80.39 wall-Stair Ambt -0.278 -9.06 Stair2Corridor 0.251 68.0 Floor Parking/2 0.006 6.37 wall-znt Room7/1 -0.000 -31. 51 wall-Int Room4/1 -0.001 -6.10 Door-Sgle-Int. OpenSpacel/1 -0.013 -70.46 Floor Parking/Garage 0.006 1.73 wall-Stair Stair_2/1 0.251 51. 59 wall-znt 5tair2Passage/1 0.249 48.39 Entryway 0.237 68.0 Floor Parking/2 0.020 1.24 Floor Halll/2 0.083 1.95 wall-znt openspacel/1 0.001 1. 53 wall-znt Parking/1 0.020 4.91 �oor-5gle-znt. Openspacel/1 0.001 19.37 �oor-Sgle-znt. Cooridorl/1 -0.002 -27.12 Floor Parking/Garage 0.020 3.81 �oor-Sgle-znt. Openspacel/1 0.001 19.37 Door-Sgle-Int. Cooridorl/1 -0.002 -27.12 wall-Int Openspacel/1 0.001 1. 53 wall-Int Room8/1 0.000 0. 53 Cooridorl 0.235 68.0 Floor Rm6/2 0.025 4.32 Floor Ha112/2 0.097 1.73 Floor Rm7/2 0.015 3.35 Floor Rm8/2 0.059 6.56 wall-Int Parking/1 0.022 11.60 Door-Sgle-Int. Parking/1 0.022 92.06 wall-Int Parking/1 0.0�2 69. 59 Door-Sgle-Int. Parking/1 0.022 92.06 wall-Int Parking/1 0.022 8.46 �oor-Sgle-znt. Entryway/1 0.002 27.12 Floor Parking/Garage 0.022 10.73 �oor-Sgle-znt. ambt -0.233 -301.06 Door-Sgle-Int. Entryway/1 0.002 27.12 �oor-Sgle-znt. 2_storystairl/1 0.023 94. 59 Door-Sgle-Int. Room8/1 0.002 28.74 Door-Sgle-Int. Room9/1 -0.004 -41.00 Wall-Int Room9/1 -0.004 -12.24 �oor-Sgle-znt. Room10/1 -0.019 -86.71 wall-Int Room10/1 -0.019 -36.99 Corridor2 0.220 68.0 Floor Courtyard/2 0.054 6.29 Floor Rm9/2 0.045 11.43 Floor Rm10/2 0.059 6. 57 Floor Ha114/2 0.111 1.75 Floor Rm13/2 0.110 2.24 �oor-Sgle-znt. Parking/1 0.037 120.05 wall-Int Parking/1 0.037 181.20 wall-znt Openspace2/1 0.009 20.60 Door-Sgle-Int. Ambt -0.217 -291.04 Floor Parking/Garage 0.037 24.09 wall-Int Roomll/1 -0.042 -55.51 Door-Sgle-Int. Roomll/1 -0.042 -128.17 wall-Int Roomll/1 -0.042 -26.92 wall-Int Rooml2/1 -0.044 -27.42 Door-Sgle-Int. Rooml2/1 -0.044 -130. 58 wall-Int Room12/1 -0.044 -56. 56 wall-Int Room13/1 -0.004 -17.35 Door-Sgle-Int. Room13/1 -0.004 -40.06 Door-Stair Stair_5/1 0.�50 311.91 �oor-sgle-znt. Openspace2/1 0.009 60.37 Page 9 5ummer doors closed with wind.txt Door-Sgle-Int. Rooml4/1 0.002 27.11 2_StoryStairl 0.258 68.0 200_Stair�evl 2_Storystairl/2 0.000 185.74 �oor-Sgle-znt. Cooridorl/1 -0.023 -94. 59 Floor Parking/Garage -0.001 -1.04 Door-Sgle-Int. Room8/1 -0.021 -90.12 Stair_2 0. 502 68.0 200_Stair�evl Stair_2/2 0.000 988.29 wall-Stair Stair2Corridor/1 -0.251 -51. 59 200_StairGarage Stair_2/Garage -0.000 -408.75 2by2opening Stair2Passage/1 -0.002 -469.78 wall-Stair Openspacel/1 -0.264 -58.18 Stair_5 0.470 68.0 200_Stair�evl Stair_5/2 0.000 802.33 Door-Stair Corridor2/1 -0.250 -311.91 200_StairGarage Stairl/Garage -0.000 -381.02 wall-Stair OpenSpace2/1 -0.240 -109.40 Stair2Passage 0.500 68.0 Floor Rm3/2 -0.259 -10. 54 wall-Int Room4/1 -0.250 -136.64 wall-znt Stair2Corridor/1 -0.249 -48.39 Door-Sngl-Ext Ambt -0.634 -71.43 Floor Parking/Garage -0.243 -13.67 2by2opening Stair_2/1 0.00� 469.78 wall-znt Room3/1 -0.261 -139. 51 wall-znt openspacel/1 -0.262 -49.61 Roomll 0.178 68.0 Floor Courtyard/2 0.096 29.37 Floor Ambt -0.168 -5. 55 wall-Int Corridor2/1 0.04� 55. 51 Door-Sgle-Int. Corridor2/1 0.042 128.17 wall-Int Corridor2/1 0.042 26.92 wall-Exterior Ambt -0. 312 -109.15 Wall-Exterior Ambt -0.230 -70.22 wall-Exterior ambt -0.312 -40.31 Floor Parking/Garage 0.079 79.03 Wall-Int Room12/1 -0.002 -18.02 wall-Exterior Ambt -0.230 -38.80 �oor-Sngl-Ext ambt -0.230 -36.94 Rooml2 0.176 68.0 Floor Rm9/2 0.088 48.97 Floor Courtyard/2 0.098 3.60 Floor Ambt -0.167 -11.04 Wall-Int Corridor2/1 0.044 27.42 �oor-sgle-znt. Corridor2/1 0.044 130. 58 wall-Int Corridor2/1 0.044 56. 56 Wall-Int Roomll/1 0.002 18.02 Floor Parking/Garage 0.081 62.30 wall-znt Rooml3/1 0.040 106.03 wall-Exterior Ambt -0.228 -405.66 �oor-Sngl-Ext ambt -0.228 -36.77 Room13 0.216 68.0 Floor Rm10/2 0.063 44.14 Floor Ambt -0.206 -12.28 wall-znt Corridor2/1 0.004 17.35 Door-Sgle-Int. Corridor2/1 0.004 40.06 wall-znt Rooml2/1 -0.040 -106.03 Floor Parking/Garage 0.041 46.04 Wall-Int Room14/1 0.006 41.27 wall-Exterior Ambt -0.268 -29.75 �oor-Sngl-Ext Ambt -0.268 -40.80 Rooml4 0.222 68.0 Floor Rm10/2 0.057 1.61 Page 10 5ummer doors closed with wind.txt Floor Rmll/2 0.070 73.30 Floor Ambt -0.212 -12.46 �oor-Sgle-znt. Corridor2/1 -0.002 -27.11 wall-Int Room13/1 -0.006 -41.27 Floor Parking/Garage 0.035 40.64 wall-znt openspace2/1 0.007 60.18 �oor-Sngl-Ext ambt -0.356 -49.08 Wall-Exterior Ambt -0.274 -45.82 Room3 0.239 68.0 Floor Rm3/2 0.002 5.42 wall-znt Stair2Passage/1 0.261 139. 51 wall-Exterior Ambt -0.373 -132.90 Floor Parking/Garage 0.018 19.06 wall-znt openspacel/1 -0.001 -18.30 �oor-Sngl-Ext Ambt -0.045 -12.80 Openspacel 0.238 68.0 Floor Parking/2 0.019 74.36 Floor Halll/2 0.083 5.83 Floor Rm5/2 0.023 16.26 Floor Rm4/2 0.022 3.91 Floor Ambt -0.228 -12.93 Floor Rm3/2 0.003 4.79 Floor Rm2/2 -0.063 -6.81 Wall-Int Room6/1 -0.001 -1.20 Door-Sgle-Int. Room6/1 -0.001 -17.20 Door-Sgle-Int. Room6/1 -0.001 -17.20 wall-znt Room6/1 -0.001 -1.69 wall-Int RoomS/1 0.000 1.71 Door-Sgle-Int. RoomS/1 0.000 4. 50 wall-Int RoomS/1 0.000 44.15 �oor-Sgle-znt. Room4/1 0.012 67.22 wall-Stair Parking/1 0.019 24. 54 wall-Exterior Ambt -0. 372 -288.11 wall-Int Room4/1 0.012 55. 58 wall-Int Room7/1 0.012 41.43 wall-Int Entryway/1 -0.001 -1. 53 �oor-Sgle-znt. Entryway/1 -0.001 -19.37 Door-Sgle-Int. Stair2Corridor/1 0.013 70.46 �oor-Sgle-znt. Entryway/1 -0.001 -19.37 wall-Int Entryway/1 -0.001 -1. 53 �oor-Sgle-znt. Room4/1 0.012 67.22 Door_DOUble_Ext Ambt -0.290 -42.97 wall-Int Stair2Passage/1 0.262 49.61 wall-5tair Stair_2/1 0.264 58.18 wall-znt Room3/1 0.001 18.30 Floor Parking/Garage 0.019 107.61 wall-znt Room8/1 -0.001 -19.46 wall-Exterior Ambt -0.372 -66.36 wall-Stair Stair6/1 0.215 49.41 wall-znt Stair6Passage/1 0.213 94.61 wall-Exterior Ambt -0.372 -53.74 Door_DOUble_Ext Ambt -0. 372 -50. 52 wall-Exterior Ambt -0.290 -63.82 wall-Exterior Ambt -0.290 -32.87 �oor-Sngl-Ext ambt -0.290 -42.97 wall-Exterior Ambt -0.290 -100.04 Room8 0.237 68.0 Floor Halll/2 0.083 1.72 Floor Rm6/2 0.023 10.33 Floor Rm5/2 0.023 20.11 Floor Ambt -0.228 -12.91 Door-Sgle-Int. Cooridorl/1 -0.002 -28.74 wall-znt Entryway/1 -0.000 -0. 53 Page 11 5ummer doors closed with wind.txt �oor-Sgle-znt. 2_StoryStairl/1 0.021 90.12 wall-znt openspacel/1 0.001 19.46 Floor Parking/Garage 0.020 37.97 wall-Int Room9/1 -0.006 -38. 56 wall-Exterior Ambt -0.289 -48. 53 Door-Sngl-Ext Ambt -0.371 -50.46 Room9 0.231 68.0 Floor Rm7/2 0.020 1.12 Floor Rm6/2 0.030 30.19 Floor Ambt -0.221 -12.72 Door-Sgle-Int. Cooridorl/1 0.004 41.00 Wall-Int Cooridorl/1 0.004 12.24 wall-znt Room8/1 0.006 38. 56 Floor Parking/Garage 0.026 31.75 wall-Int Room10/1 -0.015 -54.15 wall-Exterior Ambt -0.283 -38.11 �oor-Sngl-Ext Ambt -0. 365 -49.89 Room10 0.216 68.0 Floor Rm8/2 0.078 5.74 Floor Rm7/2 0.035 27.67 Floor Ambt -0.206 -12.29 �oor-5gle-znt. Cooridorl/1 0.019 86.71 wall-znt Cooridorl/1 0.019 36.99 wall-Exterior Ambt -0.350 -140.74 wall-Exterior Ambt -0.268 -50.35 Floor Parking/Garage 0.041 40.66 wall-Int Room9/1 0.015 54.15 Door-Sngl-Ext Ambt -0.350 -48. 55 Room15 0.14� 68.0 Floor Rm12/2 0.101 23.89 Floor Ambt -0.132 -9.83 wall-znt Openspace2/1 0.088 157. 59 Floor Parking/Garage 0.115 7.94 Floor Storage_1/Garage 0.115 22.95 wall-Exterior Ambt -0.194 -140.17 Floor Parking/Garage 0.115 22.95 �oor_�ouble_Ext Ambt -0.194 -33.06 wall-Exterior Ambt -0.276 -52.26 Stair6 0.454 68.0 200_Stair�evl Stair6/2 0.000 636.75 2by2opening Stair6Passage/1 -0.002 -549.21 Floor Parking/Garage -0.197 -11.99 wall-Stair OpenSpacel/1 -0.215 -49.41 wall-5tair Stair6Passage/1 -0.002 -2.75 wall-Stair Ambt -0. 506 -23.39 Stair6Passage 0.452 68.0 Floor Rm2/2 -0.277 -7.83 2by2opening Stair6/1 0.002 549.21 Floor Parking/Garage -0.194 -6.56 wall-Stair Stair6/1 0.002 2.75 wall-znt Openspacel/1 -0.213 -94.61 Door-Stair Ambt -0. 503 -442.96 Rooml 0.123 68.0 Floor Rml/2 0.051 30.48 Floor Ambt -0.113 -4.55 wall-Exterior Ambt 0.071 77.33 �oor-Sgle-znt. ambt -0.120 -216.41 wall-Exterior Ambt 0.071 54.20 Door-Sgle-Int. Ambt -0.120 -216.41 Floor Parking/Garage 0.134 55.24 wall-znt StairlPassage/1 0.329 143.25 wall-Elevator Elevshortl/1 0.132 13.00 wall-Stair Stair_1/1 0. 338 18.77 Page 12 5ummer doors closed with wind.txt wall-Exterior Ambt 0.071 45.11 Elevshortl 0.255 68.0 Elevshort�l Elevshortl/2 -0.000 -687.74 wall-Elevator Rooml/1 -0.132 -13.00 wall-Elevator StairlPassage/1 0.197 20. 57 ElevShort�l Elevatorshortl/Garage 0.000 85.96 wall-Stair stair_1/1 0.206 17.16 �oor-Elev StairlPassage/1 0.197 577.06 Stair_1 0.461 68.0 200_Stair�evl Stair_1/2 0.000 1962.81 wall-Stair Rooml/1 -0.338 -18.77 wall-Stair Elevshortl/1 -0.206 -17.16 200_StairGarage Stair_1/Garage -0.000 -413.42 wall-Stair Ambt -0.267 -19. 51 wall-stair stairlPassage/1 -0.010 -3.69 wall-5tair Elevatorshort2/1 -0.389 -23. 57 2by2opening StairlPassage/1 -0.010 -1444.00 wall-Elevator Room2/1 -0. 328 -22.70 StairlPassage 0.452 68.0 Floor Rml/2 -0.278 -49.89 wall-znt Rooml/1 -0.329 -143.25 Door-Sgle-Int. Ambt -0.449 -418.20 wall-Elevator ElevShortl/1 -0.197 -20. 57 Floor Parking/Garage -0.194 -15. 51 �oor-Elev Elevshortl/1 -0.197 -577.06 wall-Stair 5tair_1/1 0.010 3.69 2by2opening Stair_1/1 0.010 1444.00 wall-Int Room2/1 -0.319 -223.22 Elevatorshort2 0.072 68.0 Elevshort2_�1 Elevator5hort2/2 -0.000 -265.95 Door-Elev Ambt -0.069 -341.56 wall-Stair Stair_1/1 0. 389 23. 57 Elevshort2_�1 Elevatorshort2/Garage 0.000 558.94 wall-Elevator ambt 0.122 15.82 wall-Elevator Room2/1 0.061 9.19 Room2 0.133 68.0 Floor Ambt -0.123 -9.48 Floor Rml/2 0.041 30.20 wall-Exterior Ambt 0.061 59. 51 wall-znt StairlPassage/1 0.319 223.22 wall-Elevator Stair_1/1 0. 328 22.70 wall-Elevator ElevatorShort2/1 -0.061 -9.19 Floor Parking/Garage 0.124 57.72 wall-Exterior Ambt 0.061 34.41 Door-Sgle-Int. Ambt -0.130 -225.05 wall-Exterior Ambt 0.061 41.03 Door-Sgle-Int. Ambt -0.130 -225.05 level : 2 elevation: 15.0 ft zone P T path from dP Flowl Flow2 Parking 0.247 68.0 Floor Ambt -0.238 -52.80 Floor Ambt -0.�38 -66.00 Floor Rm5/3 0.040 19.80 Floor Rm9/3 -0.038 -65.86 Floor Entrance3/3 0.267 12.31 Floor Courtyard/3 0.017 26. 50 Floor Entrance4/3 0.299 8.29 Floor Rm6/3 0.019 17.42 Floor Rm7/3 0.006 15.47 Floor Rm8/3 -0.007 -17.83 Floor Entrance2/3 0.041 8.33 Page 13 5ummer doors closed with wind.txt Floor OpenAreal/3 -0.003 -78.97 Floor Bathroom/3 0.019 34.99 Floor Entrance5/3 0.012 0.37 Floor Ambt -0.238 -66.00 Floor Ha112/3 0.042 6.96 Floor Rm10/3 -0.033 -36.98 Floor Ha112/3 0.042 2.09 Floor Rmll/3 -0.030 -2.33 Floor Ambt -0.238 -13.20 Floor Rmll/3 -0.030 -2.33 Floor Ambt -0.238 -6.60 wall-Exterior Ambt -0.053 -504. 58 Floor Room6/1 -0.020 -37.92 Garage0pen�2 Parking/1 0.000 997.39 Floor Parking/1 0.000 0.17 wall-Exterior Ambt -0.381 -249.00 wall-znt RmlS/2 0.019 68. 52 Floor RoomS/1 -0.019 -37.13 Floor Openspace2/1 -0.028 -148.90 Floor Hallway/1 -0.028 -8.25 wall-Exterior ambt -0. 381 -406.26 wall-znt Storagel/2 0.070 65.04 wall-znt Storage2/2 0.070 65.17 wall-Stair Stair_3/2 0.268 61.07 wall-Stair Stair_4/2 0. 300 64.61 wall-Elevator Elev_1/2 0.190 14.70 wall-Elevator Elev_2/2 0.188 14.63 wall-Int Ha113/2 0.077 11.40 wall-znt Ha114/2 0.074 93.91 wall-Int Rm14/2 0.051 57.09 Wall-Int Ha112/2 0.075 244.79 Floor Room7/1 -0.006 -10.90 wall-Stair 2_StoryStair2/2 -0.031 -3.00 Floor Room4/1 -0.007 -23.11 Floor Openspacel/1 -0.019 -74.36 Door-Sgle-Int. 2_Storystair2/2 -0.031 -109.24 Floor StairEntry/1 -0.028 -1.29 wall-Stair 2_Storystair2/2 -0.031 -4.93 wall-znt Rm13/2 0.073 60.48 Floor Entryway/1 -0.0�0 -1.24 wall-Stair 2_Storystair2/2 -0.031 -20.13 Floor Stair2Corridor/1 -0.006 -6.37 wall-Stair Stair_2/2 0.245 68.37 wall-Exterior Ambt -0.299 -45.94 wall-znt Rm3/2 -0.016 -25.34 wall-Int Rm4/2 0.003 6.10 wall-znt Halll/2 0.064 49.61 wall-5tair Stair_5/2 0.213 14.92 wall-Exterior Ambt -0.299 -143.67 wall-znt Ha115/2 0.204 159.95 Stair_3 0. 516 68.0 233_Stair_11. 5 Stair_3/3 0.000 1523.03 wall-Stair Parking/2 -0.268 -61.07 233_5tair�ev2 Stair_3/1 -0.000 -1151.66 wall-Stair Storagel/2 -0.198 -14.41 wall-Stair Elev_1/2 -0.078 -16.51 wall-Stair Nonvest3/2 -0.193 -5.02 �oor-5tair Nonvest3/2 -0.193 -274.35 Stair_4 0. 548 68.0 233_Stair_11. 5 Stair_4/3 0.000 1057.91 wall-Stair Storage2/2 -0.230 -15.52 233_5tair�ev2 Stair_4/1 -0.000 -829.77 wall-Stair Parking/2 -0. 300 -64.61 Page 14 5ummer doors closed with wind.txt Door-Stair-0.1 Nonvest4/2 -0.223 -122.84 wall-Stair Nonvest4/2 -0.2�3 -5.40 wall-Stair Elev_2/2 -0.112 -19.78 storagel 0. 317 68.0 wall-znt Parking/2 -0.070 -65.04 wall-5tair Stair_3/2 0.198 14.41 Floor Parking/1 -0.070 -14.60 wall-Int Nonvest3/2 0.005 4.77 Door-Sgle-Int. Ha112/2 0.005 44.64 wall-znt Ha112/2 0.005 15.82 Storage2 0. 318 68.0 wall-Int Parking/2 -0.070 -65.17 wall-Stair Stair_4/2 0.230 15. 52 Floor Parking/1 -0.070 -14.63 wall-znt Nonvest4/2 0.007 5.53 Door-Sgle-Int. Ha112/2 0.005 43.38 wall-znt Ha112/2 0.005 15.37 Elev_1 0.437 68.0 11. 5_Elevator Elev_1/3 0.000 1685.70 wall-Stair 5tair_3/2 0.078 16. 51 wall-Elevator Parking/2 -0.190 -14.70 Elevator Elev_1/1 -0.000 -793.48 wall-Elevator Nonvest3/2 -0.115 -11.43 Door-Elev Ha112/2 -0.115 -441.30 �oor-Elev Ha112/2 -0.115 -441.30 Nonvest3 0. 323 68.0 Floor Nonvest3/3 -0.033 -1.37 wall-5tair Stair_3/2 0.193 5.02 Door-Stair Stair_3/2 0.193 274.35 Floor Nonvest3/1 -0.075 -2.08 wall-Elevator Elev_1/2 0.115 11.43 wall-znt Storagel/2 -0.005 -4.77 Wall-Int Ha112/2 -0.000 -0.43 Missing�oor Ha112/2 -0.000 -282.16 Nonvest4 0. 325 68.0 Floor Nonvest4/3 -0.060 -1.86 Door-Stair-0.1 Stair_4/2 0.223 122.84 wall-5tair Stair_4/2 0.223 5.40 Floor NonVest4/1 -0.077 -2.11 wall-znt Storage2/2 -0.007 -5. 53 Wall-Elevator Elev_2/2 0.111 11.22 Missing�oor Ha113/2 -0.000 -129.72 Wall-Int Ha113/2 -0.000 -0.24 Elev_2 0.435 68.0 11. 5_Elevator Elev_2/3 0.000 1658.10 wall-Stair Stair_4/2 0.112 19.78 Wall-Elevator NonVest4/2 -0.111 -11.22 Elevator Elev_2/1 -0.000 -786.00 wall-Elevator Parking/2 -0.188 -14.63 Door-Elev Ha113/2 -0.111 -433.02 �oor-Elev Ha113/2 -0.111 -433.02 Ha112 0. 322 68.0 Floor Ha112/3 -0.033 -10. 57 Floor Courtyard/3 -0.058 -16.30 Floor Rm4/3 -0.077 -11.28 Door-Elev Elev_1/2 0.115 441.30 Door-Elev Elev_1/2 0.115 441.30 wall-Int Nonvest3/2 0.000 0.43 MissingDOOr Nonvest3/2 0.000 282.16 �oor-5gle-znt. Storagel/2 -0.005 -44.64 wall-znt Storagel/2 -0.005 -15.82 �oor-Sgle-znt. Storage2/2 -0.005 -43.38 wall-znt Storage2/2 -0.005 -15.37 Page 15 5ummer doors closed with wind.txt Floor Elevator_l�obby/1 0.093 4.13 Floor Parking/1 -0.075 -27.47 �ouble_�oor_znt Ha113/2 0.002 59.08 west_open Ha113/2 0.002 368.42 wall-znt Rm8/2 -0.038 -65.31 Door-Sgle-Int. Rm8/2 -0.038 -121.87 wall-znt Rm8/2 -0.038 -64.51 wall-Int Rm8/2 -0.038 -65.31 �oor-Sgle-znt. Private/2 -0.024 -96.75 Door-Sgle-Int. Private/2 -0.024 -96.75 Wall-Int Private/2 -0.024 -81.27 Door-Sgle-Int. Private/2 -0.024 -96.75 �oor-sgle-znt. Bathrooml/2 -0.004 -39.95 wall-Int Bathrooml/2 -0.004 -15.73 �oor-sgle-znt. Bathrooml/2 -0.004 -39.95 wall-Int Parking/2 -0.075 -244.79 Floor Parking/1 -0.075 -18. 54 Door-Sgle-Int. Rm6/2 -0.071 -166.83 �ouble_�oor_znt Halll/2 -0.011 -133.76 Floor Cooridorl/1 -0.097 -1.73 wall-Int Rm6/2 -0.071 -54.74 Wall-Stair 2_StoryStairl/2 -0.074 -7.47 Ha113 0. 325 68.0 Floor Ha113/3 -0.060 -6.64 MissingDOOr Nonvest4/2 0.000 129.72 Wall-Int NonVest4/2 0.000 0.24 Door-Elev Elev_2/2 0.111 433.02 Door-Elev Elev_2/2 0.111 433.02 wall-znt Parking/2 -0.077 -11.40 Double_DOOr_Int Ha112/2 -0.002 -59.08 Floor Parking/1 -0.077 -3.24 Floor Elevator_2�obby/1 0.089 8.06 Door-Sgle-Int. Ha114/2 -0.004 -38.31 west_open Ha112/2 -0.002 -368.42 East_Open Ha114/2 -0.004 -451.96 wall-Int Bathrooml/2 -0.006 -15.32 �oor-Sgle-znt. Bathrooml/2 -0.006 -49.68 Ha114 0. 321 68.0 Floor Ha113/3 -0.057 -12.41 Floor Rm12/3 -0.081 -15.40 wall-znt Parking/2 -0.074 -93.91 wall-Int Rm15/2 -0.054 -55.31 �oor-Sgle-znt. Ha113/2 0.004 38.31 Floor Parking/1 -0.074 -7.34 East_Open Ha113/2 0.004 451.96 wall-znt office/2 -0.0�2 -93.21 Floor OpenSpace2/1 -0.101 -8.61 wall-Int Rm14/2 -0.023 -5.48 �oor-Sgle-znt. Rml4/2 -0.023 -94.85 Door-Sgle-Int. Rm13/2 -0.001 -19.89 �oor-Sgle-znt. Office/2 -0.022 -92.23 Door-Sgle-Int. Rm10/2 -0.052 -141.91 wall-znt Rm13/2 -0.001 -6.26 Door-Sgle-Int. Rm13/2 -0.001 -19.89 wall-znt Rml3/2 -0.001 -2.09 Floor Corridor2/1 -0.111 -1.75 wall-znt Rm10/2 -0.052 -40.98 Floor openspace2/1 -0.101 -4.30 wall-Int Ha115/2 0.130 8.42 wall-Int Rmll/2 -0.039 -8.07 �oor-Sgle-znt. Ha115/2 0.130 225.19 Rm15 0.267 68.0 Floor Ambt -0.258 -1.72 Page 16 5ummer doors closed with wind.txt Floor Rm8/3 -0.026 -0. 55 Floor Rm9/3 -0.057 -3.24 Floor Rm8/3 -0.026 -3.28 Floor Rm9/3 -0.057 -4.86 Floor Entrance5/3 -0.008 -0.40 Floor Ha113/3 -0.002 -1.31 Floor Rm10/3 -0.053 -3.10 wall-Int Parking/2 -0.019 -68. 52 wall-znt Ha114/2 0.054 55.31 Floor openspace2/1 -0.047 -20.33 wall-Int Rm14/2 0.031 52.01 Rm8 0.284 68.0 Floor Rm4/3 -0.039 -34.79 wall-znt Ha112/2 0.038 65.31 Door-Sgle-Int. Ha112/2 0.038 121.87 wall-znt Ha112/2 0.038 64. 51 wall-znt Ha112/2 0.038 65.31 Floor Parking/1 -0.037 -44.24 wall-znt Private/2 0.014 31.13 wall-Int Rm6/2 -0.033 -32.90 Floor Cooridorl/1 -0.059 -6. 56 �oor-5gle-znt. Courtyard/2 -0.020 -88.18 wall-Int Rm7/2 -0.043 -122.98 Floor Room10/1 -0.078 -5.74 wall-znt Courtyard/2 -0.020 -12.73 Bathrooml 0. 318 68.0 Floor Courtyard/3 -0.054 -2.36 Door-Sgle-Int. Ha112/2 0.004 39.95 wall-znt Ha112/2 0.004 15.73 Door-Sgle-Int. Ha112/2 0.004 39.95 wall-znt Ha113/2 0.006 15.32 Door-Sgle-Int. Ha113/2 0.006 49.68 wall-znt Private/2 -0.020 -31.23 wall-znt office/2 -0.019 -30.70 Floor Parking/1 -0.071 -34.46 wall-Int Rm9/2 -0.063 -61.89 Office 0.299 68.0 Floor Rm12/3 -0.059 -82.28 wall-znt Ha114/2 0.022 93.21 wall-Int Bathrooml/2 0.019 30.70 Floor Parking/1 -0.052 -36.16 Floor openspace2/1 -0.079 -11.43 �oor-Sgle-znt. Ha114/2 0.022 92.23 wall-Int Rm9/2 -0.044 -8.61 wall-znt Rm10/2 -0.030 -77.65 Private 0.298 68.0 Floor Courtyard/3 -0.034 -24. 58 Floor Courtyard/3 -0.034 -14.97 �oor-Sgle-znt. Ha112/2 0.024 96.75 Door-Sgle-Int. Ha112/2 0.024 96.75 Wall-Int Ha112/2 0.024 81.27 Door-Sgle-Int. Ha112/2 0.024 96.75 wall-znt Rm8/2 -0.014 -31.13 wall-Int Bathrooml/2 0.020 31.23 Floor Parking/1 -0.051 -35.16 �oor-Sgle-znt. Courtyard/2 -0.034 -115.18 wall-znt Courtyard/2 -0.034 -66. 52 �oor-Sgle-znt. Courtyard/2 -0.034 -115.18 Rm14 0.298 68.0 Floor Rm9/3 -0.088 -1.53 Floor Entrance5/3 -0.039 -0.90 Floor Ha113/3 -0.033 -1.24 Floor Rm10/3 -0.084 -7.83 Page 17 5ummer doors closed with wind.txt wall-znt Parking/2 -0.051 -57.09 wall-Int Rm15/2 -0.031 -52.01 wall-Int Ha114/2 0.023 5.48 Floor Openspace2/1 -0.078 -11.38 �oor-Sgle-znt. Ha114/2 0.023 94.85 wall-Int Rm13/2 0.022 31.65 Rm13 0.320 68.0 Floor Rm10/3 -0.106 -16.41 Floor Ha113/3 -0.056 -9. 56 wall-Int Rm14/2 -0.022 -31.65 �oor-Sgle-znt. Ha114/2 0.001 19.89 Floor Openspace2/1 -0.100 -23.72 wall-znt Parking/2 -0.073 -60.48 wall-znt Ha114/2 0.001 6.26 �oor-sgle-znt. Ha114/2 0.001 19.89 Wall-Int Ha114/2 0.001 2.09 Floor Corridor2/1 -0.110 -2.24 wall-Stair Stair_5/2 0.140 30.42 wall-Stair Stair_5/2 0.140 12.11 wall-znt Ha115/2 0.131 53.41 2_Storystair2 0.217 68.0 Floor Rm10/3 -0.003 -0.69 Floor Ambt -0.207 -3.08 wall-Stair Parking/2 0.031 3.00 �oor-Sgle-znt. Parking/2 0.031 109.24 wall-Stair Parking/2 0.031 4.93 200_Stair�evl 2_StoryStair2/1 -0.000 -45.35 wall-Stair Parking/2 0.031 20.13 wall-Stair Ambt -0.351 -79.29 wall-Stair Ambt -0.269 -8.90 2_Storystairl 0.248 68.0 Floor Ha112/3 0.041 0. 55 Floor Rm4/3 -0.003 -1. 56 wall-Int Halll/2 0.062 17. 57 wall-Stair Ha112/2 0.074 7.47 200_StairLevl 2_StoryStairl/1 -0.000 -185.74 wall-Stair Rm6/2 0.002 4.11 Door-Stair Halll/2 0.062 155.98 wall-znt Rm5/2 0.002 1.63 Rm9 0.255 68.0 Floor Rml2/3 -0.015 -13.90 wall-Int Bathrooml/2 0.063 61.89 wall-znt Office/2 0.044 8.61 Floor Parking/1 -0.008 -2.36 Floor Corridor2/1 -0.045 -11.43 wall-Int Courtyard/2 0.009 36.76 Floor Rooml2/1 -0.088 -48.97 wall-Int Rm10/2 0.014 36.24 �oor-Sngl-Ext Ambt -0. 307 -44. 56 Wall-Exterior Ambt -0.307 -22.28 Rm10 0.269 68.0 Floor Rm12/3 -0.029 -23.17 Floor Rm12/3 -0.029 -3.48 Floor Ambt -0.260 -68.98 wall-znt Office/2 0.030 77.65 Floor Parking/1 -0.02� -2. 58 �oor-Sgle-znt. Ha114/2 0.052 141.91 Floor Corridor2/1 -0.059 -6. 57 wall-znt Rm9/2 -0.014 -36.24 wall-znt Ha114/2 0.052 40.98 Floor Room13/1 -0.063 -44.14 Floor Room14/1 -0.057 -1.61 Floor OpenSpace2/1 -0.050 -1. 51 Page 18 5ummer doors closed with wind.txt wall-znt Rmll/2 0.013 36.26 wall-Exterior Ambt -0.321 -36.08 �oor-Sngl-Ext Ambt -0.321 -45.90 wall-Exterior Ambt -0.321 -26. 55 Stair_2 0.492 68.0 200_Stair_11. 5 Stair_2/3 0.000 1691.69 wall-stair Parking/2 -0.245 -68.37 200_5tair�evl Stair_2/1 -0.000 -988.29 wall-Int Rm4/2 -0.242 -24.97 Wall-Int Halll/2 -0.181 -21.62 �oor-Stair Rm4/2 -0.242 -306.87 Door-Stair Halll/2 -0.181 -265.68 wall-Stair Rm5/2 -0.241 -15.88 Stair_5 0.460 68.0 200_Stair_11. 5 Stair_5/3 0.000 2255.30 wall-Stair Rm13/2 -0.140 -30.42 wall-Stair Rml3/2 -0.140 -12.11 200_Stair�evl Stair_5/1 -0.000 -802.33 wall-Stair Parking/2 -0.213 -14.92 2by2opening Ha115/2 -0.009 -1387.83 wall-Stair Ha115/2 -0.009 -7.69 Halll 0. 311 68.0 Floor Openareal/3 -0.067 -2.13 Floor Ha112/3 -0.021 -2.96 Floor Rm4/3 -0.066 -3.47 Double_DOOr_Int Ha112/2 0.011 133.76 wall-Int 2_Storystairl/2 -0.062 -17. 57 Floor Entryway/1 -0.083 -1.95 �oor-Stair 2_StoryStairl/2 -0.062 -155.98 wall-Int Parking/2 -0.064 -49.61 Floor Room8/1 -0.083 -1.72 wall-Int Stair_2/2 0.181 21.62 �oor-Stair Stair_2/2 0.181 265.68 Floor openspacel/1 -0.083 -5.83 wall-znt Rm5/2 -0.060 -14. 55 Door-Sgle-Int. Rm5/2 -0.060 -152.86 Wall-Int Rm5/2 -0.060 -12.44 Rm7 0.241 68.0 Floor Rm4/3 0.004 0.44 Floor Ambt -0.232 -9.77 Floor Rm4/3 0.004 6.81 Floor Parking/1 0.006 2.17 Floor Cooridorl/1 -0.015 -3.35 wall-Int Rm6/2 0.010 47.45 wall-znt Rm8/2 0.043 122.98 Floor Room9/1 -0.020 -1.12 Floor Room10/1 -0.035 -27.67 wall-Exterior Ambt -0.293 -71.06 �oor-Sngl-Ext Ambt -0.293 -43.22 wall-Exterior Ambt -0.293 -23.69 Courtyard 0.264 68.0 Floor Ambt -0.247 -134.47 Phantom_Connect Courtyard/3 0.000 423.43 wall-Int Rm4/3 -0.019 -31.49 wall-znt Rm12/3 -0.024 -35.59 wall-Exterior Ambt -0.252 -159.94 Door-Sgle-Int. Private/2 0.034 115.18 wall-Int Private/2 0.034 66. 52 Door-Sgle-Int. Private/2 0.034 115.18 Floor Parking/1 -0.017 -6.18 Floor Corridor2/1 -0.054 -6.29 Door-Sgle-Int. Rm8/2 0.0�0 88.18 wall-znt Rm9/2 -0.009 -36.76 Page 19 5ummer doors closed with wind.txt Wall-Int Rm8/2 0.020 12.73 Floor Ambt -0.264 -48.68 Floor Roomll/1 -0.096 -29.37 Floor Room12/1 -0.098 -3.60 Door-Sngl-Ext Ambt -0. 316 -45.44 wall-Exterior Ambt -0.316 -164.12 Door-Sngl-Ext Ambt -0.316 -45.44 wall-Exterior Ambt -0.316 -73.85 Ha115 0.451 68.0 Floor Rm10/3 -0.237 -1.65 Floor Rmll/3 -0.233 -65.36 Floor Ambt -0.442 -4.50 wall-Int Rm13/2 -0.131 -53.41 2by2opening Stair_5/2 0.009 1387.83 wall-Stair Stair_5/2 0.009 7.69 wall-Int Ha114/2 -0.130 -8.42 �oor-Sgle-znt. Ha114/2 -0.130 -225.19 Floor Openspace2/1 -0.231 -37.93 wall-znt Rmll/2 -0.169 -158.28 Door-Sgle-Int. Rmll/2 -0.169 -256. 58 wall-znt Parking/2 -0.204 -159.95 Wall-Int Rm12/2 -0.218 -20.37 �oor-Sgle-znt. Rm12/2 -0.218 -291.23 wall-Int Rm12/2 -0.218 -20.37 �oor-Sngl-Ext Ambt -0. 503 -61.44 wall-Exterior Ambt -0. 503 -30.86 Rm6 0.251 68.0 Floor Rm4/3 -0.006 -7.23 Floor Ambt -0.242 -26.61 wall-Int Rm8/2 0.033 32.90 �oor-sgle-znt. Ha112/2 0.071 166.83 Floor Parking/1 -0.004 -1.65 Floor Cooridorl/1 -0.025 -4.32 wall-Int Ha112/2 0.071 54.74 wall-znt Rm7/2 -0.010 -47.45 Wall-Stair 2_StoryStairl/2 -0.002 -4.11 Floor Room8/1 -0.023 -10.33 Floor Room9/1 -0.030 -30.19 Wall-Int Rm5/2 -0.000 -21.00 wall-Exterior Ambt -0. 303 -33.09 �oor-Sngl-Ext Ambt -0. 303 -44.19 wall-Exterior Ambt -0.303 -24.33 Rmll 0.282 68.0 Floor Rmll/3 -0.065 -3.44 Floor Rm12/3 -0.042 -11.12 Floor Ambt -0.273 -70.66 wall-znt Ha114/2 0.039 8.07 wall-znt Ha115/2 0.169 158.28 �oor-Sgle-znt. Ha115/2 0.169 256. 58 Floor openspace2/1 -0.062 -2.47 Floor Rooml4/1 -0.070 -73.30 wall-Int Rm10/2 -0.013 -36.26 wall-znt Rm12/2 -0.049 -115.73 wall-Exterior Ambt -0.334 -62.86 �oor-Sngl-Ext ambt -0.334 -47.08 Rm5 0.251 68.0 Floor Ha112/3 0.039 1.33 Floor Rm3/3 -0.033 -7.37 Floor Rm4/3 -0.006 -9.28 Floor Ambt -0.242 -33.26 wall-znt 2_Storystairl/2 -0.002 -1.63 wall-5tair Stair_2/2 0.�41 15.88 wall-Int Halll/2 0.060 14. 55 Page 20 5ummer doors closed with wind.txt �oor-Sgle-znt. Halll/2 0.060 152.86 wall-Int Halll/2 0.060 12.44 Floor Openspacel/1 -0.023 -16.26 Floor Room8/1 -0.023 -20.11 Wall-Int Rm6/2 0.000 21.00 Wall-Int Rm4/2 -0.001 -14.27 wall-Exterior ambt -0.303 -64.24 Door-Sngl-Ext Ambt -0.385 -51.64 Rm3 0.231 68.0 Floor Ambt -0.222 -19.11 Floor Rm3/3 -0.013 -29.08 wall-Int Parking/2 0.016 25.34 Floor Stair2Passage/1 0.259 10. 54 Floor Room3/1 -0.00� -5.42 wall-Exterior Ambt -0. 365 -192.32 wall-Int Rm4/2 0.019 63.42 wall-znt Rm2/2 -0.066 -12. 51 Door-Stair Stair6/2 0.213 288.08 �oor-Sngl-Ext ambt -0.365 -49.87 wall-Stair 5tair6/2 0.213 37. 50 Floor Openspacel/1 -0.003 -4.79 wall-Exterior Ambt -0.365 -28.85 wall-Exterior ambt -0.283 -28.22 wall-Int Rm2/2 -0.066 -54.69 Rm12 0.233 68.0 Floor Rmll/3 -0.016 -25.68 Floor Ambt -0.224 -3.20 Floor Ambt -0.224 -6.40 Floor Ambt -0.224 -64.05 wall-Int Ha115/2 0.218 20.37 �oor-Sgle-znt. Ha115/2 0.218 291.23 wall-znt Ha115/2 0.218 20.37 wall-znt Rmll/2 0.049 115.73 Floor openspace2/1 -0.014 -23.76 Floor RoomlS/1 -0.101 -23.89 wall-Exterior Ambt -0.285 -21.74 wall-Exterior Ambt -0.285 -130.37 Door-Sngl-Ext Ambt -0.285 -42. 50 wall-Exterior ambt -0.367 -106.13 Rm4 0.250 68.0 Floor Rm3/3 -0.032 -24.73 Floor Ambt -0.241 -26. 57 Floor Rm2/3 -0.110 -2.24 wall-Int Parking/2 -0.003 -6.10 wall-Int Stair_2/2 0.242 24.97 Door-Stair Stair_2/2 0.�42 306.87 wall-Int Rm5/2 0.001 14.27 wall-Int Rm3/2 -0.019 -63.42 Floor Openspacel/1 -0.022 -3.91 wall-Exterior Ambt -0.302 -62.49 wall-znt Rm2/2 -0.085 -112. 50 Door-Sngl-Ext Ambt -0.302 -44.13 Stair6 0.444 68.0 200_Stair_11. 5 Stair6/3 0.000 1033.96 �oor-Stair Rm3/2 -0.213 -288.08 wall-Stair Rm2/2 -0.279 -71.63 200_Stair�evl Stair6/1 -0.000 -636.75 wall-Stair Rm3/2 -0.213 -37. 50 Rm2 0.165 68.0 Floor Rm3/3 0.053 1.56 Floor Rm2/3 -0.025 -20.26 Floor Ambt -0.156 -21.36 wall-znt Rm3/2 0.066 12.51 Page 21 5ummer doors closed with wind.txt wall-Stair Stair6/2 0.279 71.63 Floor Stair6Passage/1 0.277 7.83 wall-znt Rm4/2 0.085 112.50 Floor Openspacel/1 0.063 6.81 wall-znt Rm3/2 0.066 54.69 wall-Exterior Ambt -0.299 -49.33 Floor Ambt -0.165 -71.60 wall-Exterior Ambt -0.299 -46.42 �oor-Sngl-Ext Ambt -0.299 -43.82 Wall-Int Rml/2 -0.001 -14.74 Elevshortl 0.245 68.0 ElevShort�2 Elevshortl/3 -0.000 -312.03 Wall-Elevator Rml/2 -0.081 -10.18 Wall-Elevator Rml/2 -0.081 -13.17 ElevShortLl ElevShortl/1 0.000 687.74 wall-5tair Stair_1/2 0.207 17.16 �oor-Elev Rml/2 -0.081 -369.53 stair_1 0.451 68.0 200_Stair_11. 5 Stair_1/3 0.000 2416.07 wall-Stair Rml/2 -0.287 -17.30 wall-Stair Elevshortl/2 -0.207 -17.16 200_5tair�evl Stair_1/1 -0.000 -1962.81 wall-Stair Ambt -0.257 -19.16 Wall-Stair Rml/2 -0.287 -20.24 wall-Stair Elevatorshort2/2 -0. 389 -23. 57 Door-Stair Rml/2 -0.287 -334.60 Wall-Elevator Rml/2 -0.287 -21.23 Elevatorshort2 0.062 68.0 Floor Ambt -0.053 -1.65 Door-Elev Ambt -0.059 -316.21 wall-Stair Stair_1/2 0. 389 23. 57 Elevshort2_�1 Elevatorshort2/1 0.000 265.95 wall-Elevator Ambt 0.132 16.44 wall-Elevator Rml/2 0.102 11.89 Rml 0.164 68.0 Floor Rm2/3 -0.024 -14.58 Floor Ambt -0.155 -7.99 Floor Entrancel/3 0.019 0.95 Floor Halll/3 0.082 5.06 Floor Rml/3 -0.139 -93.80 Floor Ambt -0.155 -15.97 Wall-Int Rm2/2 0.001 14.74 wall-Exterior Ambt -0.298 -21.23 Floor Rooml/1 -0.051 -30.48 �oor-Sngl-Ext Ambt -0.216 -35.47 Wall-Exterior Ambt -0.�98 -12.17 wall-Elevator ElevShortl/2 0.081 10.18 wall-5tair Stair_1/2 0.287 17.30 wall-Exterior Ambt -0.216 -22.20 wall-Exterior Ambt -0.298 -94.88 wall-Elevator Elevshortl/2 0.081 13.17 Floor 5tairlPassage/1 0.278 49.89 �oor-Elev Elevshortl/2 0.081 369. 53 wall-Stair Stair_1/2 0.287 20.24 �oor-stair stair_1/2 0.287 334.60 wall-Elevator Stair_1/2 0.287 21.23 wall-Elevator Elevatorshort2/2 -0.102 -11.89 wall-Exterior Ambt -0.216 -23.68 �oor-Sngl-Ext Ambt -0.216 -35.47 wall-Exterior Ambt -0.298 -83.14 Floor Room2/1 -0.041 -30.20 wall-Exterior Ambt -0.�98 -83.14 �oor-sngl-Ext Ambt -0.298 -43.73 Page 22 5ummer doors closed with wind.txt �oor-Sngl-Ext Ambt -0.298 -43.73 wall-Exterior Ambt -0.298 -31.14 wall-Exterior ambt -0.298 -31.14 wall-Exterior Ambt -0.216 -90.83 level : 3 elevation: 28.0 ft zone P T path from dP Flowl Flow2 Rm5 0.278 68.0 Floor Ambt -0.270 -14.06 Floor Suite2/4 -0.020 -3.86 Floor Rm17/4 -0.034 -7.44 wall-Exterior Ambt -0.084 -26.65 wall-Exterior Ambt -0.412 -31. 51 wall-Exterior Ambt -0.084 -39.72 wall-znt OpenAreal/3 -0.043 -27.76 Floor Parking/2 -0.040 -19.80 wall-znt Entrance3/3 0.227 139.10 wall-Int Bathroom/3 -0.0�1 -17.71 wall-znt Entrance2/3 0.000 0.34 �ouble_�oor_znt Entrance2/3 0.000 25. 57 wall-Stair Stair_3/3 0.228 23. 51 Entrance3 0. 506 68.0 Floor Suite2/4 -0.248 -20.20 Door-Sngl-Ext Ambt -0.311 -44.99 wall-znt Rm5/3 -0.227 -139.10 wall-Int Courtyard/3 -0.250 -118.91 Floor Parking/2 -0.267 -12.31 wall-5tair Stair_3/3 0.001 0.36 2by2opening Stair_3/3 0.001 335.15 Entrance4 0. 538 68.0 Floor Suitel/4 -0.282 -21. 54 Door-Sngl-Ext Ambt -0.343 -47.94 wall-znt Courtyard/3 -0.282 -126.28 wall-Int Rm6/3 -0.280 -125.85 Floor Parking/2 -0.299 -8.29 2by2opening Stair_4/3 0.001 329. 54 wall-Stair Stair_4/3 0.001 0.36 Rm6 0.257 68.0 Floor Ambt -0.249 -10.12 Floor Suitel/4 -0.001 -0.30 Floor RmlS/4 -0.018 -15.62 wall-Exterior Ambt -0.063 -23.28 wall-Exterior Ambt -0.391 -28.47 wall-Exterior Ambt -0.063 -7.32 wall-znt Entrance4/3 0.280 125.85 wall-Int Rm7/3 -0.013 -55. 56 Floor Parking/2 -0.019 -17.42 wall-5tair Stair_4/3 0.281 50.70 wall-Elevator Elev_2/3 0.169 13.87 Door-Sgle-Int. Ha113/3 -0.00� -27.31 wall-znt Ha113/3 -0.002 -5.02 Rm7 0.244 68.0 Floor Ambt -0.236 -9.86 Floor Rm15/4 -0.006 -9.09 wall-Exterior ambt -0.050 -37.95 wall-Exterior Ambt -0.378 -16. 58 wall-znt Rm6/3 0.013 55.56 wall-Int Rm8/3 -0.013 -50.00 Floor Parking/2 -0.006 -15.47 Door-Sgle-Int. Ha113/3 0.011 65.37 wall-znt Ha113/3 0.011 18.02 Rm8 0.231 68.0 Floor Rm8/4 -0.001 -7.32 Page 23 5ummer doors closed with wind.txt wall-Exterior Ambt -0.037 -20.43 Door-Sngl-Ext Ambt -0.365 -49.91 wall-znt Rm7/3 0.013 50.00 wall-Exterior Ambt -0.365 -86. 59 Floor Parking/2 0.007 17.83 Floor Rm15/2 0.026 0.55 wall-znt Rm9/3 -0.031 -46.63 Floor Rm15/2 0.026 3.28 wall-znt Ha113/3 0.024 23.41 Door-Sgle-Int. Ha113/3 0.024 96.41 wall-znt Ha113/3 0.024 19.40 Rm9 0.200 68.0 Floor Rm9/4 0.014 43.06 wall-Exterior Ambt -0.006 -164.66 wall-Exterior Ambt -0.006 -23.12 Floor Parking/2 0.038 65.86 �oor-Sngl-Ext Ambt -0.006 -3.43 wall-Exterior Ambt -0.006 -5.62 Floor RmlS/2 0.057 3.24 wall-Int Rm8/3 0.031 46.63 Floor Rm15/2 0.057 4.86 Floor Rm14/2 0.088 1.53 wall-Exterior Ambt -0.252 -114. 56 wall-znt Ha113/3 0.055 24.98 �oor-Sgle-znt. Ha113/3 0.055 146.40 wall-Int Entrance5/3 0.050 20.12 wall-Exterior Ambt -0.252 -26.64 wall-Exterior Ambt -0.252 -18.65 openAreal 0.235 68.0 Floor Rm18/4 -0.001 -3. 50 Floor Rml7/4 0.009 6.56 Floor Ambt -0.227 -51.57 Floor Rml9/4 -0.060 -147.33 Floor Ambt -0.227 -51.57 Floor Rml8/4 -0.001 -1. 59 Floor Ha112/4 0.023 8.28 Floor Rm16/4 -0.009 -5.24 Floor Rm20/4 -0.005 -26.66 wall-Exterior ambt -0.041 -63.34 Door-Sngl-Ext Ambt -0.041 -12.05 Wall-Exterior Ambt -0.041 -12.08 Door-Sngl-Ext Ambt -0.041 -12.03 Wall-Exterior Ambt -0.041 -41.87 wall-Exterior Ambt -0.369 -40.30 wall-Exterior Ambt -0.041 -19.65 wall-Exterior Ambt -0.369 -18.80 wall-znt Rm5/3 0.043 27.76 wall-Int Bathroom/3 0.022 137.01 wall-Exterior Ambt -0. 369 -393.32 Floor Parking/2 0.003 78.97 wall-znt Ha112/3 0.045 36.20 Double_DOOr_Int Ha112/3 0.045 265.84 Floor Halll/2 0.067 2.13 wall-znt Ha112/3 0.045 80.83 wall-stair stair_2/3 0.248 68.94 wall-Exterior Ambt -0.287 -80.46 wall-znt Rm3/3 -0.026 -41.94 Door-Stair Stair_2/3 0.248 310.78 Bathroom 0.257 68.0 Floor Rm17/4 -0.013 -12.06 Floor Rm18/4 -0.023 -16. 53 wall-znt openAreal/3 -0.02� -137.01 wall-znt Rm5/3 0.021 17.71 Page 24 5ummer doors closed with wind.txt Floor Parking/2 -0.019 -34.99 wall-Int Entrance2/3 0.021 33.38 wall-znt Ha112/3 0.023 7.46 Door-Sgle-Int. Ha112/3 0.023 94.77 wall-znt Ha112/3 0.023 47.27 Entrance2 0.279 68.0 Floor Rml7/4 -0.034 -4.99 wall-Int Rm5/3 -0.000 -0.34 Double_DOOr_Int Rm5/3 -0.000 -25. 57 Floor Parking/2 -0.041 -8.33 wall-znt Bathroom/3 -0.021 -33.38 wall-5tair Stair_3/3 0.228 31.15 wall-Elevator Elev_1/3 0.150 13.04 wall-znt Ha112/3 0.00� 1.42 Door-Sgle-Int. Ha112/3 0.002 27.00 Stair_3 0. 507 68.0 233_Stair_11. 5 Stair_3/4 0.000 2264. 59 wall-Stair Rm5/3 -0.228 -23.51 wall-Stair Entrance3/3 -0.001 -0.36 2by2opening Entrance3/3 -0.001 -335.15 wall-Stair Entrance2/3 -0.228 -31.15 233_Stair_11. 5 Stair_3/2 -0.000 -1523.03 wall-Stair Courtyard/3 -0.251 -32.71 wall-Stair Elev_1/3 -0.078 -16. 52 wall-Stair Nonvest3/3 -0.226 -5.43 �oor-Stair Nonvest3/3 -0.226 -296.72 Stair_4 0. 539 68.0 233_Stair_11. 5 Stair_4/4 0.000 1637. 57 2by2opening Entrance4/3 -0.001 -329. 54 wall-Stair Entrance4/3 -0.001 -0.36 wall-Stair Rm6/3 -0.281 -50.70 wall-5tair Courtyard/3 -0.283 -34.73 233_stair_11. 5 Stair_4/2 -0.000 -1057.91 �oor-Stair-0.1 Nonvest4/3 -0.283 -138.46 wall-Stair Nonvest4/3 -0.283 -6.09 wall-Stair Elev_2/3 -0.112 -19.79 Elev_1 0.428 68.0 11. 5_Elevator Elev_1/4 0.000 2695.34 wall-Stair stair_3/3 0.078 16. 52 wall-Elevator Entrance2/3 -0.150 -13.04 11. 5_Elevator Elev_1/2 -0.000 -1685.70 wall-Elevator Nonvest3/3 -0.148 -12.95 �oor-Elev Ha112/3 -0.148 -500.08 �oor-Elev Ha112/3 -0.148 -500.08 Nonvest3 0.�81 68.0 Floor Nonvest3/4 -0.022 -1.12 wall-Stair Stair_3/3 0.226 5.43 Door-Stair Stair_3/3 0.226 296.72 Floor Nonvest3/2 0.033 1.37 wall-Elevator Elev_1/3 0.148 12.95 wall-znt Courtyard/3 -0.026 -10.48 wall-znt Ha112/3 -0.000 -0.46 Missing�oor Ha112/3 -0.000 -304.42 Nonvest4 0.255 68.0 Floor Nonvest4/4 -0.002 -0.36 Door-Stair-0.1 Stair_4/3 0.�83 138.46 wall-Stair Stair_4/3 0.283 6.09 Floor Nonvest4/2 0.060 1.86 wall-znt Courtyard/3 -0.000 -0. 56 wall-Elevator Elev_2/3 0.171 13.94 Missing�oor Ha113/3 -0.000 -159.15 wall-znt Ha113/3 -0.000 -0.28 Page 25 5ummer doors closed with wind.txt Elev_2 0.426 68.0 11. 5_Elevator Elev_2/4 0.000 2742.23 wall-Stair Stair_4/3 0.11� 19.79 wall-Elevator Nonvest4/3 -0.171 -13.94 11. 5_Elevator Elev_2/2 -0.000 -1658.10 wall-Elevator Rm6/3 -0.169 -13.87 �oor-Elev Ha113/3 -0.171 -538.05 �oor-Elev Ha113/3 -0.171 -538.05 Ha112 0.281 68.0 Floor Ha112/4 -0.022 -10.01 Floor Rm16/4 -0.054 -18.87 Floor Ha112/4 -0.022 -1. 54 wall-Int Bathroom/3 -0.023 -7.46 �oor-Sgle-znt. Bathroom/3 -0.023 -94.77 wall-Int Bathroom/3 -0.023 -47.27 Wall-Int Entrance2/3 -0.002 -1.42 �oor-5gle-znt. Entrance2/3 -0.002 -27.00 �oor-Elev Elev_1/3 0.148 500.08 �oor-Elev Elev_1/3 0.148 500.08 wall-znt Nonvest3/3 0.000 0.46 Missing�oor Nonvest3/3 0.000 304.42 Floor Ha112/2 0.033 10. 57 �ouble_�oor_znt Courtyard/3 -0.025 -198.78 Door-Sgle-Int. Rm4/3 -0.045 -131.74 wall-Int Rm4/3 -0.045 -39.77 Door-Sgle-Int. Rm4/3 -0.045 -131.74 wall-Int Rm4/3 -0.045 -4.32 wall-znt Openareal/3 -0.045 -36.20 Floor Parking/2 -0.042 -6.96 �ouble_�oor_znt OpenAreal/3 -0.045 -265.84 wall-Int Rm4/3 -0.045 -151.30 wall-Int OpenAreal/3 -0.045 -80.83 Floor 2_StoryStairl/2 -0.041 -0. 55 Floor Parking/2 -0.042 -2.09 Door-Sgle-Int. Rm4/3 -0.045 -131.74 wall-Stair Stair_2/3 0.202 19.47 Floor Halll/2 0.021 2.96 Floor Rm5/2 -0.039 -1.33 Door-Stair Stair_2/3 0.202 280.92 Wall-Int Rm4/3 -0.045 -60.22 Door-Sgle-Int. Rm3/3 -0.072 -167.21 Ha113 0.255 68.0 Floor Ha113/4 -0.002 -7.62 MissingDOOr Nonvest4/3 0.000 159.15 wall-Int Nonvest4/3 0.000 0.28 �oor-Elev Elev_2/3 0.171 538.05 �oor-Elev Elev_2/3 0.171 538.05 �oor-sgle-znt. Rm6/3 0.002 27.31 wall-Int Rm6/3 0.002 5.02 �oor-Sgle-znt. Rm7/3 -0.011 -65.37 wall-Int Rm7/3 -0.011 -18.02 wall-Int Rm8/3 -0.024 -23.41 Door-Sgle-Int. Rm8/3 -0.024 -96.41 wall-znt Rm8/3 -0.024 -19.40 wall-Int Rm9/3 -0.055 -24.98 Door-Sgle-Int. Rm9/3 -0.055 -146.40 �ouble_�oor_znt Courtyard/3 0.000 0.07 Floor Ha113/2 0.060 6.64 Floor Ha114/2 0.057 12.41 �ouble_�oor_znt Entrance5/3 -0.005 -89.88 wall-Int Rm12/3 -0.024 -7.69 �oor-sgle-znt. Rml2/3 -0.024 -97.71 wall-Int Rm12/3 -0.0�4 -29. 50 �oor-Sgle-znt. Rml2/3 -0.024 -97.71 Page 26 5ummer doors closed with wind.txt wall-znt Rml2/3 -0.024 -64.12 Door-Sgle-Int. Rm12/3 -0.024 -97.71 Floor RmlS/2 0.002 1.31 wall-Int Rm10/3 -0.050 -51.45 Floor Rm14/2 0.033 1.24 wall-Int Rm12/3 -0.024 -69.25 Door-Sgle-Int. Rm10/3 -0.050 -139.99 Door-Sgle-Int. Rm12/3 -0.024 -97.71 wall-znt Rm10/3 -0.050 -69.08 Floor Rm13/2 0.056 9. 56 wall-znt Rm12/3 -0.024 -8.98 Door-Sgle-Int. Rm10/3 -0.050 -139.99 �oor-Stair Stair_5/3 0.196 276.29 wall-Stair Stair_5/3 0.196 29.18 wall-znt Rmll/3 -0.047 -7.09 Door-Sgle-Int. Rmll/3 -0.047 -135.08 Entrance5 0.250 68.0 wall-Int Rm9/3 -0.050 -20.12 �ouble_�oor_znt Ha113/3 0.005 89.88 Floor Rm15/2 0.008 0.40 Floor Rml4/2 0.039 0.90 Floor Parking/2 -0.012 -0.37 �oor_�ouble_Ext ambt -0. 384 -51. 55 wall-Int Rm10/3 -0.045 -19.14 Rm4 0.236 68.0 Floor Rm16/4 -0.010 -59.46 Door-Sgle-Int. Ha112/3 0.045 131.74 wall-znt Ha112/3 0.045 39.77 �oor-Sgle-znt. Ha112/3 0.045 131.74 wall-znt Ha112/3 0.045 4.32 Floor Rm8/2 0.039 34.79 wall-Int Courtyard/3 0.019 31. 50 Floor Ha112/2 0.077 11.28 wall-znt Ha112/3 0.045 151.30 wall-Exterior ambt -0.288 -56.94 Floor Rm7/2 -0.004 -0.44 Floor 2_StoryStairl/2 0.003 1. 56 Door-Sgle-Int. Ha112/3 0.045 131.74 wall-Exterior ambt -0.370 -129.10 wall-Exterior Ambt -0.370 -119.42 wall-znt Courtyard/2 0.019 31.49 wall-znt Ha112/3 0.045 60.22 Floor Rm6/2 0.006 7.23 Floor Halll/2 0.066 3.47 Floor Rm7/2 -0.004 -6.81 wall-Int Rm3/3 -0.027 -9.80 Floor Rm5/2 0.006 9.28 Door-Sngl-Ext Ambt -0.233 -37.28 Door-Sngl-Ext Ambt -0.288 -42.75 Wall-Exterior Ambt -0.288 -108.19 wall-Exterior Ambt -0.288 -49.34 Door-Sngl-Ext Ambt -0.288 -42.75 wall-Exterior Ambt -0.288 -37.95 Door-Sngl-Ext Ambt -0.288 -42.75 wall-Exterior ambt -0.288 -38.44 Rml2 0.231 68.0 Floor Rml2/4 -0.011 -75.93 wall-znt Ha113/3 0.024 7.69 �oor-Sgle-znt. Ha113/3 0.024 97.71 wall-znt Ha113/3 0.024 29. 50 �oor-sgle-znt. Ha113/3 0.024 97.71 wall-znt Ha113/3 0.024 64.12 �oor-sgle-znt. Ha113/3 0.024 97.71 Page 27 5ummer doors closed with wind.txt wall-znt Courtyard/3 0.024 35.59 Floor office/2 0.059 82.28 wall-znt Ha113/3 0.024 69.25 Floor Ha114/2 0.081 15.40 �oor-Sgle-znt. Ha113/3 0.024 97.71 wall-znt Ha113/3 0.024 8.98 Floor Rm9/2 0.015 13.90 Floor Rm10/2 0.029 23.17 wall-Exterior Ambt -0.283 -62.06 wall-Int Courtyard/2 0.024 35. 59 wall-Stair Stair_5/3 0.220 15.15 wall-Exterior Ambt -0.365 -134. 58 wall-Exterior Ambt -0.365 -134. 58 wall-Int Rmll/3 -0.022 -15.61 Floor Rm10/2 0.029 3.48 Floor Rmll/2 0.042 11.12 Door-Sngl-Ext Ambt -0.283 -42.24 wall-Exterior Ambt -0.283 -107.19 Door-Sngl-Ext Ambt -0.283 -42.24 Door-Sngl-Ext Ambt -0.283 -42.24 wall-Exterior Ambt -0.283 -107.19 Door-Sngl-Ext Ambt -0.283 -42.24 Courtyard 0.255 68.0 Floor Suite2/4 0.003 12.98 Floor Suitel/4 0.001 6.95 wall-Exterior Ambt -0.061 -83. 50 wall-znt Entrance3/3 0.250 118.91 wall-Int Entrance4/3 0.282 126.28 Floor Parking/2 -0.017 -26. 50 wall-Stair Stair_3/3 0.�51 32.71 wall-Stair Stair_4/3 0.283 34.73 wall-Int Nonvest3/3 0.026 10.48 wall-znt Nonvest4/3 0.000 0.56 Double_DOOr_Int Ha112/3 0.0�5 198.78 Floor Ha112/2 0.058 16.30 Double_DOOr_Int Ha113/3 -0.000 -0.07 wall-znt Rm4/3 -0.019 -31.50 Floor Private/2 0.034 24. 58 Floor Private/2 0.034 14.97 Floor Bathrooml/2 0.054 2.36 wall-znt Rml2/3 -0.024 -35.59 Phantom_Connect Courtyard/2 -0.000 -423.43 Rm10 0.205 68.0 Floor Rm10/4 0.002 13.40 wall-znt Entrance5/3 0.045 19.14 wall-Exterior Ambt -0.339 -37.07 wall-Int Ha113/3 0.050 51.45 Floor Rm15/2 0.053 3.10 wall-Exterior Ambt -0.011 -282.44 Floor Rm14/2 0.084 7.83 �oor-Sgle-znt. Ha113/3 0.050 139.99 Floor Rm13/2 0.106 16.41 Floor Parking/2 0.033 36.98 Floor 2_Storystair2/2 0.003 0.69 wall-Exterior ambt -0.339 -56.62 wall-znt Ha113/3 0.050 69.08 wall-Exterior Ambt -0.257 -18.37 Door-Sgle-Int. Ha113/3 0.050 139.99 wall-Exterior Ambt -0.339 -63.32 Floor Ha115/2 0.237 1.65 wall-Exterior Ambt -0.257 -41.89 Stair_2 0.483 68.0 200_Stair_11. 5 Stair_2/4 0.000 2388.70 Page 28 5ummer doors closed with wind.txt wall-Stair OpenAreal/3 -0.248 -68.94 200_Stair_11. 5 Stair_2/2 -0.000 -1691.69 wall-Stair Ha112/3 -0.202 -19.47 �oor-Stair OpenAreal/3 -0.248 -310.78 �oor-Stair Ha112/3 -0.202 -280.92 wall-Stair Rm3/3 -0.�74 -16.90 Stair_5 0.451 68.0 200_Stair_11. 5 Stair_5/4 0.000 2936.45 �oor-Stair Ha113/3 -0.196 -276.29 wall-5tair Ha113/3 -0.196 -29.18 wall-Stair Rm12/3 -0.220 -15.15 200_Stair_11. 5 Stair_5/2 -0.000 -2255.30 �oor-Stair Rmll/3 -0.243 -307. 54 wall-Stair Rmll/3 -0.243 -52.99 Rmll 0.208 68.0 Floor Rmll/4 -0.005 -27.76 wall-znt Ha113/3 0.047 7.09 Door-Sgle-Int. Ha113/3 0.047 135.08 Floor Parking/2 0.030 2.33 Door-Stair Stair_5/3 0.243 307. 54 wall-Stair Stair_5/3 0.243 52.99 wall-Int Rm12/3 0.022 15.61 Floor Rmll/2 0.065 3.44 Floor Ha115/2 0.233 65.36 Floor Parking/2 0.030 2.33 wall-Exterior Ambt -0.342 -63.64 Floor Rm12/2 0.016 25.68 wall-Exterior Ambt -0.260 -51.43 wall-Exterior Ambt -0.342 -71.41 wall-Exterior Ambt -0.�60 -13. 54 Door-Sngl-Ext Ambt -0.260 -40.04 wall-Exterior Ambt -0.260 -32.48 wall-Exterior Ambt -0. 342 -177.74 wall-Exterior Ambt -0.342 -77.61 wall-Exterior ambt -0.260 -61.80 Rm3 0.209 68.0 Floor Rm3/4 -0.006 -32.49 Floor Rm3/4 -0.006 -0.54 wall-znt OpenAreal/3 0.026 41.94 wall-Exterior Ambt -0.343 -11.18 wall-Stair Stair_2/3 0.274 16.90 Door-Sgle-Int. Ha112/3 0.072 167.21 �oor-Sngl-Ext Ambt -0.343 -47.88 Floor Rm5/2 0.033 7.37 wall-znt Rm4/3 0.027 9.80 wall-Exterior Ambt -0.343 -86.98 wall-Exterior Ambt -0. 343 -86.98 wall-Exterior Ambt -0.015 -8.32 wall-Exterior Ambt -0. 343 -19.88 Floor Rm3/2 0.013 29.08 Floor Rm4/2 0.032 24.73 Door-Sngl-Ext Ambt -0.343 -47.88 Door-Sngl-Ext Ambt -0.343 -47.88 wall-Exterior Ambt -0.343 -26.93 wall-Exterior ambt -0.343 -51.26 Floor Rm2/2 -0.053 -1.56 �oor-Stair Stair6/3 0.226 296.77 wall-Stair 5tair6/3 0.226 10.48 wall-Exterior Rm2/3 -0.078 -33.99 Door-Sngl-Ext Ambt -0.343 -47.88 wall-Stair Stair6/3 0.226 38.64 wall-Exterior Ambt -0.343 -27.96 wall-Exterior Ambt -0.261 -32. 51 Page 29 5ummer doors closed with wind.txt wall-znt Rm2/3 -0.078 -30.80 Stair6 0.435 68.0 200_Stair_11. 5 Stair6/4 0.000 1441.65 Door-Stair Rm3/3 -0.226 -296.77 wall-Stair Rm3/3 -0.226 -10.48 200_Stair_11. 5 Stair6/2 -0.000 -1033.96 wall-Stair Rm3/3 -0.226 -38.64 wall-Stair Rm2/3 -0.303 -61.80 Rm2 0.131 68.0 Floor Rm21/4 0.036 55.02 wall-Exterior Rm3/3 0.078 33.99 Floor Rm4/2 0.110 2.24 wall-Exterior Ambt -0.265 -16.94 wall-Stair Stair6/3 0. 303 61.80 �oor-Sngl-Ext Ambt -0.265 -40. 53 wall-Exterior Ambt -0.265 -18.23 wall-znt Rm3/3 0.078 30.80 wall-Exterior Ambt -0.183 -12.10 wall-Exterior ambt -0.265 -24. 59 Floor Rm2/2 0.025 20.26 wall-Exterior ambt -0.265 -21.86 Door-Sngl-Ext Ambt -0.265 -40. 53 Door-Sngl-Ext Ambt -0.265 -40. 53 wall-Exterior Ambt -0.265 -27.33 Floor Rml/2 0.024 14.58 wall-Exterior Ambt -0.265 -49.19 Door-Sngl-Ext Ambt -0.265 -40. 53 wall-Exterior Ambt -0.265 -27.33 wall-Elevator Elevshortl/3 0.104 11. 58 wall-Stair Stair_1/3 0. 311 18.01 wall-Int Rml/3 -0.115 -17.78 �oor-5gle-znt. Entrancel/3 0.043 129.20 Elevshortl 0.236 68.0 ElevShort�4 Elevshortl/4 -0.000 -347.41 wall-Elevator Rm2/3 -0.104 -11. 58 wall-Stair Entrancel/3 -0.062 -9.37 ElevShortL2 ElevShortl/2 0.000 312.03 wall-5tair Stair_1/3 0.207 17.18 �oor-Elev Halll/3 0.001 39.15 Entrancel 0.174 68.0 Floor Rm21/4 -0.007 -0. 58 Door-Sgle-Int. Rm2/3 -0.043 -129.20 wall-Stair Elevshortl/3 0.062 9.37 wall-Int Rml/3 -0.158 -34.73 Floor Rml/2 -0.019 -0.95 Door-Sgle-Int. Halll/3 0.063 156.09 Stair_1 0.442 68.0 200_Stair_11. 5 Stair_1/4 0.000 2828.75 wall-Stair Rm2/3 -0.311 -18.01 wall-stair Elevshortl/3 -0.207 -17.18 200_Stair_11. 5 Stair_1/2 -0.000 -2416.07 wall-Stair Ambt -0. 576 -61.71 wall-Stair Halll/3 -0.206 -11.42 Door-Stair Halll/3 -0.206 -283.30 wall-Stair Rml/3 -0.426 -21.07 Halll 0.237 68.0 Floor Rm21/4 -0.070 -4.68 �oor-Sgle-znt. Entrancel/3 -0.063 -156.09 �oor-Elev Elevshortl/3 -0.001 -39.15 wall-5tair Stair_1/3 0.206 11.42 wall-znt Rml/3 -0.220 -48.39 Floor Rml/2 -0.082 -5.06 �oor-Stair Stair_1/3 0.206 283.30 Page 30 5ummer doors closed with wind.txt wall-znt Rml/3 -0.220 -41.35 Rml 0.016 68.0 Floor Ambt -0.008 -0.61 Floor Rm21/4 0.151 65.85 wall-znt Rm2/3 0.115 17.78 wall-Exterior Ambt -0.150 -8.23 wall-znt Entrancel/3 0.158 34.73 Door-Sngl-Ext Ambt -0.150 -28.01 wall-znt Halll/3 0.220 48.39 wall-Exterior Ambt -0.150 -20. 56 wall-znt Halll/3 0.220 41.35 wall-5tair Stair_1/3 0.426 21.07 wall-Exterior Ambt -0.068 -8.86 wall-Exterior Ambt -0.150 -84.31 Floor Rml/2 0.139 93.80 wall-Exterior Ambt -0.150 -89.25 wall-Exterior Ambt -0.068 -19.16 Door-Sngl-Ext Ambt -0.068 -16.76 wall-Exterior ambt -0.068 -11.08 Door-Sngl-Ext Ambt -0.068 -16.76 wall-Exterior Ambt -0.068 -19.39 level : 4 elevation: 39. 5 ft zone P T path from dP Flowl Flow2 Rml9 0.167 68.0 Floor Rm19/5 -0.013 -68.07 wall-Exterior Ambt 0.027 31.73 wall-Exterior Ambt -0.301 -110. 58 wall-Exterior Ambt -0.301 -173.15 Floor OpenAreal/3 0.060 147.33 wall-znt Rml8/4 0.059 62.63 Door-Sgle-Int. Ambt -0.164 -252.81 Door-Sgle-Int. Ha112/4 0.084 180.64 wall-Exterior Ambt -0.301 -13.10 wall-Exterior ambt -0.219 -20.67 Door-Sgle-Int. Ha112/4 0.084 180.64 wall-Exterior Ambt -0.301 -11.64 Wall-Int Rm20/4 0.055 47.04 Rm8 0.222 68.0 Floor Rm8/5 0.000 4.39 Wall-Exterior Ambt -0.028 -17.77 Door-Sngl-Ext Ambt -0.356 -49.10 Wall-Int Rm15/4 0.008 40.04 wall-Exterior Ambt -0.356 -85. 51 Floor Rm8/3 0.001 7.32 Wall-Int Rm9/4 -0.017 -34.12 wall-znt Ha113/4 0.022 22.66 Door-Sgle-Int. Ha113/4 0.022 93.32 Wall-Int Ha113/4 0.022 18.78 Rm9 0.206 68.0 Floor Rm9/5 0.006 28.00 Floor Rm9/5 0.006 0.51 Wall-Exterior Ambt -0.011 -227.84 wall-Exterior Ambt -0.011 -31.99 Floor Rm9/3 -0.014 -43.06 Door-Sngl-Ext Ambt -0.011 -5.23 Wall-Exterior Ambt -0.011 -7.77 Wall-Int Rm8/4 0.017 34.12 wall-Exterior Ambt -0.257 -115.79 wall-znt Ha113/4 0.039 21.04 �oor-Sgle-znt. Ha113/4 0.039 123.31 Double_DOOr_Int Ha113/4 0.039 246.62 Floor Ambt -0.206 -3.07 Page 31 5ummer doors closed with wind.txt wall-Exterior Ambt -0.257 -18.85 RmlS 0.231 68.0 Floor RmlS/5 -0.000 -1. 56 Floor Rm15/5 -0.000 -1.66 wall-Exterior Ambt -0.036 -32.35 wall-Exterior Ambt -0.364 -33.64 �oor-Sngl-Ext ambt -0.364 -49.84 wall-Exterior Ambt -0.364 -38.44 wall-Exterior Ambt -0.036 -7.08 Door-Sngl-Ext Ambt -0.036 -11.13 wall-Exterior Ambt -0.036 -10.11 Wall-Int Rm8/4 -0.008 -40.04 wall-Int Suitel/4 0.017 24.72 Floor Rm6/3 0.018 15.62 Floor Rm7/3 0.006 9.09 wall-5tair Stair_4/4 0. 300 50.78 wall-Elevator Elev_2/4 0.188 14.60 Door-Sgle-Int. Ha113/4 0.014 74.08 wall-znt Ha113/4 0.014 36.95 Rm18 0.226 68.0 Floor Rm18/5 -0.002 -4.81 Floor Rm18/5 -0.002 -2.19 Floor Rm18/5 -0.002 -4.81 wall-Exterior Ambt -0.032 -5.20 �oor-Sngl-Ext Ambt -0.032 -10.21 wall-Exterior Ambt -0.032 -21.29 wall-Exterior Ambt -0.360 -87. 55 Floor OpenAreal/3 0.001 3. 50 wall-Int Rm17/4 0.010 45. 53 wall-Exterior Ambt -0.03� -13.88 wall-znt Rml9/4 -0.059 -62.63 Floor OpenAreal/3 0.001 1. 59 Floor Bathroom/3 0.023 16.53 wall-Int Ha112/4 0.024 26.28 Door-Sgle-Int. Ha112/4 0.024 97.67 wall-Int Ha112/4 0.024 21.47 Rm17 0.236 68.0 Floor Rm17/5 -0.001 -2.43 Floor Rml7/5 -0.001 -3.82 Floor Rm17/5 -0.001 -0.97 Floor Rml7/5 -0.001 -1.46 Wall-Exterior Ambt -0.042 -45.27 Floor OpenAreal/3 -0.009 -6. 56 wall-Exterior Ambt -0.370 -64. 59 �oor-Sngl-Ext Ambt -0.042 -12.28 Wall-Exterior Ambt -0.04� -7.64 �oor-Sngl-Ext Ambt -0.042 -12.28 Wall-Exterior Ambt -0.042 -10.91 wall-znt Suite2/4 0.013 21.67 wall-Int Rm18/4 -0.010 -45.53 Floor Bathroom/3 0.013 12.06 Floor Entrance2/3 0.034 4.99 Floor Rm5/3 0.034 7.44 wall-5tair Stair_3/4 0.262 45.27 wall-Elevator Elev_1/4 0.184 14.45 wall-Int Ha112/4 0.014 23.28 Door-Sgle-Int. Ha112/4 0.014 73.91 Wall-Int Ha112/4 0.014 10.67 Suite2 0.250 68.0 Floor Suite2/5 -0.001 -2.12 Floor Suite2/5 -0.001 -0.71 Floor Suite2/5 -0.001 -1.06 Floor suite2/5 -0.001 -6. 59 Page 32 5ummer doors closed with wind.txt wall-Exterior Ambt -0.055 -33.75 wall-Exterior Ambt -0.384 -60.81 wall-Exterior ambt -0.055 -7.29 Door-Sngl-Ext Ambt -0.055 -14.66 �oor-Sngl-Ext ambt -0.055 -14.66 Floor Ambt -0.�50 -40.56 wall-Exterior ambt -0.384 -44.93 Floor Rm5/3 0.020 3.86 Floor Entrance3/3 0.248 20.20 Floor Courtyard/3 -0.003 -12.98 wall-Int Rm17/4 -0.013 -21.67 wall-Int Suitel/4 -0.002 -29.26 Door-Stair Stair_3/4 0.249 311. 51 wall-Stair Stair_3/4 0.�49 29.69 wall-znt Nonvest3/4 0.001 2.09 Double_DOOr_Int Ha112/4 0.001 35.15 wall-znt Rml6/4 -0.031 -8.13 Door-Sngl-Ext Ambt -0.302 -44.07 wall-Exterior ambt -0.302 -59.25 suitel 0.248 68.0 Floor suitel/5 0.000 1.64 Floor Suitel/5 0.000 0.82 Floor Suitel/5 0.000 0.17 Floor Suitel/5 0.000 5.46 wall-Exterior Ambt -0.053 -33.13 wall-Exterior Ambt -0.382 -60.65 Floor Ambt -0.248 -40.40 Door-Sngl-Ext Ambt -0.053 -14.32 �oor-Sngl-Ext Ambt -0.053 -14.32 wall-Exterior Ambt -0.053 -7.15 wall-Exterior Ambt -0. 382 -44.81 Floor Entrance4/3 0.282 21. 54 Floor Rm6/3 0.001 0.30 Floor Courtyard/3 -0.001 -6.95 wall-Int RmlS/4 -0.017 -24.72 wall-Int 5uite2/4 0.002 29.26 �oor-Stair Stair_4/4 0.283 332.01 wall-Stair Stair_4/4 0.283 40.17 wall-Int Nonvest4/4 -0.003 -3.51 Double_DOOr_Int Ha113/4 -0.003 -69.74 wall-znt Rml2/4 -0.036 -8.76 wall-Exterior Ambt -0.300 -59.05 �oor-Sngl-Ext Ambt -0.300 -43.88 Stair_3 0.499 68.0 233_Stair_11. 5 Stair_3/5 0.000 984.19 wall-Stair Rm17/4 -0.262 -45.27 Door-Stair Suite2/4 -0.249 -311. 51 233_Stair_11. 5 Stair_3/3 -0.000 -2264. 59 supply Stair3 n/a 1999.99 wall-Stair Suite2/4 -0.249 -29.69 wall-Stair Elev_1/4 -0.078 -16. 54 wall-Stair Nonvest3/4 -0.248 -5.69 �oor-Stair Nonvest3/4 -0.248 -310.87 stair_4 0. 531 68.0 233_stair_11. 5 Stair_4/5 0.000 420.15 �oor-Stair Suitel/4 -0.283 -332.01 wall-Stair RmlS/4 -0.300 -50.78 wall-Stair Suitel/4 -0.283 -40.17 supply Stair4 n/a 1999.99 233_Stair_11. 5 Stair_4/3 -0.000 -1637. 57 �oor-Stair Nonvest4/4 -0.286 -333.69 wall-Stair Nonvest4/4 -0.�86 -6.11 wall-Stair Elev_2/4 -0.112 -19.80 Page 33 5ummer doors closed with wind.txt Elev_1 0.420 68.0 11. 5_Elevator Elev_1/5 0.000 3778.80 wall-Stair Stair_3/4 0.078 16. 54 wall-Elevator Rm17/4 -0.184 -14.45 11. 5_Elevator Elev_1/3 -0.000 -2695.34 wall-Elevator Nonvest3/4 -0.170 -13.88 �oor-Elev Ha112/4 -0.170 -535.84 �oor-Elev Ha112/4 -0.170 -535.84 Nonvest3 0.251 68.0 Floor Nonvest3/5 -0.002 -0.30 wall-Stair Stair_3/4 0.248 5.69 Door-Stair Stair_3/4 0.248 310.87 Floor Nonvest3/3 0.022 1.12 wall-Elevator Elev_1/4 0.170 13.88 wall-znt suite2/4 -0.001 -2.09 wall-Int Ha112/4 -0.000 -0.49 Missing�oor Ha112/4 -0.000 -328.69 Nonvest4 0.245 68.0 Floor Nonvest4/5 0.001 0.22 Door-Stair Stair_4/4 0.286 333.69 wall-Stair Stair_4/4 0.286 6.11 Floor Nonvest4/3 0.002 0.36 wall-znt suitel/4 0.003 3. 51 wall-Elevator Elev_2/4 0.173 14.04 Missing�oor Ha113/4 -0.000 -357.41 wall-znt Ha113/4 -0.000 -0. 52 Elev_2 0.418 68.0 11. 5_Elevator Elev_2/5 0.000 3834.88 wall-Stair Stair_4/4 0.112 19.80 wall-Elevator Nonvest4/4 -0.173 -14.04 11. 5_Elevator Elev_2/3 -0.000 -2742.23 wall-Elevator Rm15/4 -0.188 -14.60 Door-Elev Ha113/4 -0.174 -541.91 Door-Elev Ha113/4 -0.174 -541.91 Ha112 0.251 68.0 Floor Ha112/5 -0.002 -2.16 Floor Ha112/5 -0.002 -2.70 Floor Ha112/5 -0.002 -0.42 Door-Sgle-Int. Rm19/4 -0.084 -180.64 Wall-Int Rm18/4 -0.024 -26.28 Door-Sgle-Int. Rml8/4 -0.024 -97.67 Wall-Int Rm18/4 -0.024 -21.47 Wall-Int Rm17/4 -0.014 -23.28 Door-Sgle-Int. Rm17/4 -0.014 -73.91 wall-Int Rm17/4 -0.014 -10.67 �oor-Elev Elev_1/4 0.170 535.84 �oor-Elev Elev_1/4 0.170 535.84 wall-Int Nonvest3/4 0.000 0.49 Missing�oor Nonvest3/4 0.000 328.69 Door-Sgle-Int. Rm19/4 -0.084 -180.64 Floor OpenAreal/3 -0.023 -8.28 Floor Ha112/3 0.022 10.01 �ouble_�oor_znt Suite2/4 -0.001 -35.15 wall-Int Rm20/4 -0.029 -23.30 Door-Sgle-Int. Rm16/4 -0.032 -111.98 wall-Int Rm16/4 -0.032 -73.49 �oor-Sgle-znt. Rml6/4 -0.032 -111.98 wall-Int Rm16/4 -0.032 -33.80 �oor-Sgle-znt. Rm16/4 -0.032 -111.98 wall-Int Rm16/4 -0.032 -3.67 �oor-Sgle-znt. Rm20/4 -0.029 -105.97 Wall-Int Rm20/4 -0.0�9 -24.80 wall-znt Rml6/4 -0.032 -72.02 Page 34 5ummer doors closed with wind.txt �oor-Sgle-znt. Rm20/4 -0.029 -105.97 Door-Sgle-Int. Rm16/4 -0.032 -111.98 wall-Stair Stair_2/4 0.225 20. 51 Floor Ha112/3 0.022 1. 54 wall-znt Rm16/4 -0.032 -26.46 Door-Stair Stair_2/4 0.225 295.92 Door-Sgle-Int. Rm3/4 -0.056 -148.16 Ha113 0.245 68.0 Floor Ha113/5 0.001 4.42 Missing�oor Nonvest4/4 0.000 357.41 Wall-Int NonVest4/4 0.000 0. 52 Door-Elev Elev_2/4 0.174 541.91 Door-Elev Elev_2/4 0.174 541.91 Door-Sgle-Int. Rm15/4 -0.014 -74.08 wall-znt RmlS/4 -0.014 -36.95 wall-Int Rm8/4 -0.022 -22.66 �oor-Sgle-znt. Rm8/4 -0.022 -93.32 Wall-Int Rm8/4 -0.022 -18.78 wall-znt Rm9/4 -0.039 -21.04 Door-Sgle-Int. Rm9/4 -0.039 -123.31 Double_DOOr_Int Suitel/4 0.003 69.74 Floor Ha113/3 0.002 7.62 �ouble_�oor_znt Rm9/4 -0.039 -246.62 wall-Int Rm12/4 -0.033 -8.97 �oor-Sgle-znt. Rml2/4 -0.033 -113.93 wall-Int Rm12/4 -0.033 -34.39 �oor-Sgle-znt. Rm12/4 -0.033 -113.93 wall-Int Rm12/4 -0.033 -74.77 �oor-Sgle-znt. Rml2/4 -0.033 -113.93 wall-Int Rm10/4 -0.046 -49.19 wall-znt Rml2/4 -0.033 -80.75 Door-Sgle-Int. Rm10/4 -0.046 -133.84 �oor-Sgle-znt. Rml2/4 -0.033 -113.93 wall-Int Rm10/4 -0.046 -66.05 wall-znt Rml2/4 -0.033 -10.47 Door-Sgle-Int. Rm10/4 -0.046 -133.84 �oor-Stair Stair_5/4 0.199 278.33 wall-5tair Stair_5/4 0.199 29.39 wall-znt Rmll/4 -0.050 -7.31 Door-Sgle-Int. Rmll/4 -0.050 -139.18 Rm12 0.211 68.0 Floor Rm12/5 -0.001 -23.33 wall-znt Ha113/4 0.033 8.97 Door-Sgle-Int. Ha113/4 0.033 113.93 wall-znt Ha113/4 0.033 34.39 Door-Sgle-Int. Ha113/4 0.033 113.93 Wall-Int Ha113/4 0.033 74.77 Door-Sgle-Int. Ha113/4 0.033 113.93 wall-znt Suitel/4 0.036 8.76 wall-znt Ha113/4 0.033 80.75 Floor Rml2/3 0.011 75.93 Door-Sgle-Int. Ha113/4 0.033 113.93 wall-Int Ha113/4 0.033 10.47 wall-Exterior Ambt -0.263 -59.89 wall-Exterior ambt -0.017 -38. 58 wall-Stair Stair_5/4 0.23� 15.55 wall-Exterior Ambt -0. 345 -130.95 wall-Exterior Ambt -0.345 -130.95 wall-znt Rmll/4 -0.016 -13.38 Door-Sngl-Ext Ambt -0.263 -40.33 wall-Exterior Ambt -0.263 -103.45 Door-Sngl-Ext Ambt -0.�63 -40.33 �oor-sngl-Ext Ambt -0.263 -40.33 Page 35 5ummer doors closed with wind.txt wall-Exterior Ambt -0.263 -103.45 Door-Sngl-Ext Ambt -0.263 -40.33 Rm16 0.218 68.0 Floor Rm16/5 -0.003 -3.15 Floor Rm16/5 -0.003 -4.56 Floor Rm16/5 -0.003 -34.21 Floor Rm16/5 -0.003 -0.50 Door-Sgle-Int. Ha112/4 0.03� 111.98 wall-znt Ha112/4 0.032 73.49 Door-Sgle-Int. Ha112/4 0.032 111.98 wall-znt Ha112/4 0.032 33.80 Door-Sgle-Int. Ha112/4 0.032 111.98 wall-znt Ha112/4 0.032 3.67 wall-Int Suite2/4 0.031 8.13 Wall-Int Ha112/4 0.032 72.02 wall-Exterior Ambt -0.270 -55.17 Floor OpenAreal/3 0.009 5.24 Floor Ha112/3 0.054 18.87 Floor Rm4/3 0.010 59.46 Door-Sgle-Int. Ha112/4 0.032 111.98 wall-znt Ha112/4 0.032 26.46 wall-Exterior Ambt -0.35� -125.98 wall-Exterior ambt -0.352 -116. 53 Wall-Exterior Ambt -0.024 -45.81 wall-Int Rm3/4 -0.024 -9.23 Floor Ambt -0.218 -4.17 �oor-Sngl-Ext Ambt -0.270 -41.03 Wall-Exterior Ambt -0.270 -104.82 Wall-Exterior Ambt -0.270 -47.81 Door-Sngl-Ext Ambt -0.�70 -41.03 wall-Exterior Ambt -0.270 -36.77 Door-Sngl-Ext Ambt -0.270 -41.03 wall-Exterior Ambt -0.270 -37.24 Rm20 0.222 68.0 Floor Rm20/5 -0.004 -22.05 wall-Int Rm19/4 -0.055 -47.04 wall-znt Ha112/4 0.029 23.30 wall-Exterior Ambt -0.356 -36.39 �oor-Sgle-znt. Ha112/4 0.029 105.97 Wall-Exterior Ambt -0.027 -15.12 wall-Exterior Ambt -0. 356 -30.85 Door-Sgle-Int. Ambt -0.219 -292.09 Wall-Int Ha112/4 0.029 24.80 wall-Exterior Ambt -0.356 -20.38 Floor OpenAreal/3 0.005 26.66 Door-Sgle-Int. Ha112/4 0.0�9 105.97 wall-Exterior Ambt -0. 356 -85.44 wall-5tair Stair_2/4 0.253 69.72 wall-Exterior Ambt -0.274 -78. 55 Wall-Int Rm3/4 -0.028 -42.81 �oor-Stair Stair_2/4 0.253 314.32 Rm10 0.199 68.0 Floor Rm10/5 0.006 24.43 wall-Exterior Ambt -0.333 -15.30 wall-znt Ha113/4 0.046 49.19 Wall-Exterior Ambt -0.004 -181.64 Door-Sgle-Int. Ha113/4 0.046 133.84 Floor Rm10/3 -0.002 -13.40 wall-Exterior Ambt -0.333 -56.09 wall-znt Ha113/4 0.046 66.05 wall-Exterior Ambt -0.251 -18.14 Door-Sgle-Int. Ha113/4 0.046 133.84 wall-znt Rmll/4 -0.004 -18.66 Page 36 5ummer doors closed with wind.txt wall-Exterior Ambt -0. 333 -62.74 wall-Exterior Ambt -0.251 -41.38 Stair_2 0.475 68.0 200_Stair_11. 5 Stair_2/5 0.000 1406.28 wall-Stair Rm20/4 -0.253 -69.72 200_Stair_11. 5 Stair_2/3 -0.000 -2388.70 wall-Stair Ha112/4 -0.225 -20. 51 Door-Stair Rm20/4 -0.253 -314.32 supply Stair2 n/a 1700.00 Door-Stair Ha112/4 -0.225 -295.92 wall-Stair Rm3/4 -0.281 -17.11 Stair_5 0.443 68.0 200_Stair_11. 5 Stair_5/5 0.001 3624. 53 Door-Stair Ha113/4 -0.199 -278.33 wall-Stair Ha113/4 -0.199 -29.39 wall-Stair Rm12/4 -0.232 -15.55 200_stair_11. 5 Stair_5/3 -0.000 -2936.45 Door-Stair Rmll/4 -0.248 -311.19 wall-Stair Rmll/4 -0.248 -53.62 Rmll 0.195 68.0 Floor Rmll/5 0.000 5.35 wall-znt Ha113/4 0.050 7.31 �oor-sgle-znt. Ha113/4 0.050 139.18 Door-Stair Stair_5/4 0.248 311.19 wall-Stair Stair_5/4 0.248 53.62 wall-Int Rm10/4 0.004 18.66 wall-znt Rm12/4 0.016 13.38 Floor Rmll/3 0.005 27.76 wall-Exterior Ambt -0.329 -62.38 wall-Exterior Ambt -0.�47 -50.09 wall-Exterior Ambt -0. 329 -69.99 wall-Exterior Ambt -0.247 -13.18 Door-Sngl-Ext Ambt -0.247 -38.68 wall-Exterior Ambt -0.247 -31.63 wall-Exterior ambt -0.329 -174.21 wall-Exterior Ambt -0.329 -76.08 wall-Exterior Ambt -0.247 -60.18 Rm3 0.194 68.0 Floor Rm3/5 -0.008 -35.11 Floor Rm3/5 -0.008 -0. 59 wall-Int Rm20/4 0.028 42.81 wall-Exterior Ambt -0.328 -10.94 Wall-Stair Stair_2/4 0.281 17.11 Door-Sgle-Int. Ha112/4 0.056 148.16 �oor-Sngl-Ext Ambt -0.328 -46. 55 wall-Int Rm16/4 0.024 9.23 wall-Exterior Ambt -0. 328 -85.11 wall-Exterior Ambt -0.328 -85.11 wall-Exterior Ambt 0.000 0.49 wall-Exterior Ambt -0.328 -19.45 Floor Rm3/3 0.006 32.49 Door-Sngl-Ext Ambt -0.328 -46. 55 Door-Sngl-Ext Ambt -0.328 -46. 55 wall-Exterior Ambt -0.328 -26.35 wall-Exterior ambt -0.328 -50.16 Floor Rm3/3 0.006 0. 54 �oor-Stair Stair6/4 0.233 301.07 wall-Stair 5tair6/4 0.233 10.63 wall-Exterior Rm21/4 -0.035 -22.95 Door-Sngl-Ext Ambt -0.328 -46. 55 wall-Stair Stair6/4 0.233 39.19 wall-Exterior Ambt -0.328 -27.36 wall-Exterior Ambt -0.246 -31. 59 Page 37 5ummer doors closed with wind.txt wall-znt Rm21/4 -0.035 -20.80 Stair6 0.427 68.0 200_Stair_11. 5 Stair6/5 0.000 1023.76 Door-Stair Rm3/4 -0.233 -301.07 wall-Stair Rm3/4 -0.233 -10.63 Door-Stair Rm21/4 -0.268 -323.15 supply Stair6 n/a 1150.00 200_Stair_11. 5 Stair6/3 -0.000 -1441.65 wall-Stair Rm3/4 -0.233 -39.19 wall-Stair Rm21/4 -0.268 -58.06 Rm21 0.159 68.0 Floor Ambt -0.151 -113.07 Floor Ambt -0.151 -2.68 Floor Ambt -0.151 -6.88 Floor Ambt -0.151 -65.86 wall-Exterior Rm3/4 0.035 22.95 �oor-Stair Stair6/4 0.268 323.15 wall-Exterior Ambt -0.293 -17.80 wall-Stair Stair6/4 0.268 58.06 Door-Sngl-Ext Ambt -0.293 -43.23 wall-Exterior Ambt -0.293 -19.15 wall-Int Rm3/4 0.035 20.80 wall-Exterior ambt -0.293 -24.89 Wall-Exterior Ambt -0.211 -12.98 �oor-Sngl-Ext Ambt -0.293 -43.23 wall-Exterior Ambt -0.293 -47.66 Floor Rm2/3 -0.036 -55.02 wall-Exterior Ambt -0.293 -86.14 �oor-Sngl-Ext Ambt -0.293 -43.23 wall-Elevator Elevshortl/4 0.069 9.39 wall-Stair Stair_1/4 0.276 16.96 wall-5tair Elevshortl/4 0.069 9.90 wall-Exterior Ambt -0.293 -36.18 Floor Entrancel/3 0.007 0. 58 �oor-Elev Elevshortl/4 0.069 341.00 wall-Stair 5tair_1/4 0.276 13.22 Floor Halll/3 0.070 4.68 Door-Stair Stair_1/4 0.276 327.97 �oor-Sngl-Ext ambt -0.293 -43.23 wall-Stair Stair_1/4 0.276 16.96 wall-Exterior Ambt -0.211 -29.72 wall-Exterior Ambt -0.293 -28.71 Floor Rml/3 -0.151 -65.85 wall-Exterior Ambt 0.035 5. 52 �oor-Sngl-Ext Ambt -0.293 -43.23 wall-Exterior Ambt -0.�93 -124.61 wall-Exterior Ambt -0.293 -44.02 Door-Sngl-Ext Ambt -0.293 -43.23 wall-Exterior Ambt -0.211 -40.44 Door-Sngl-Ext Ambt -0.211 -34.91 wall-Exterior Ambt -0.211 -55.22 Elevshortl 0.228 68.0 Floor Ambt -0.219 -4.31 wall-Elevator Rm21/4 -0.069 -9.39 wall-stair Rm21/4 -0.069 -9.90 ElevShortL4 ElevShortl/3 0.000 347.41 wall-Stair Stair_1/4 0.207 17.19 Door-Elev Rm21/4 -0.069 -341.00 Stair_1 0.435 68.0 Floor Ambt -0.427 -17.67 wall-Stair Rm21/4 -0.276 -16.96 200_Stair_11. 5 Stair_1/3 -0.000 -2828.75 wall-Stair ElevShortl/4 -0.207 -17.19 Page 38 5ummer doors closed with wind.txt wall-Stair Ambt -0. 569 -61.29 wall-Stair Rm21/4 -0.276 -13.22 supply Stairl n/a 3300.00 Door-Stair Rm21/4 -0.276 -327.97 wall-Stair Rm21/4 -0.276 -16.96 level : 5 elevation: 51.0 ft zone P T path from dP Flowl Flow2 Rml9 0.146 68.0 Floor Rm19/6 -0.010 -60.75 Wall-Exterior Ambt 0.048 42.14 wall-Exterior Ambt -0.280 -106.66 wall-Exterior Ambt -0.280 -167.00 Floor Rm19/4 0.013 68.07 wall-Int Rm18/5 0.070 68.14 Door-Sgle-Int. Ambt -0.143 -236.09 �oor-Sgle-znt. Ha112/5 0.095 192.42 wall-Exterior Ambt -0.280 -12.63 wall-Exterior ambt -0.198 -19.65 Door-Sgle-Int. Ha112/5 0.095 192.42 wall-Exterior Ambt -0.280 -11.23 wall-Int Rm20/5 0.064 50.83 Rm8 0.215 68.0 Floor Rm8/6 0.001 5.68 wall-Exterior Ambt -0.020 -15.11 Door-Sngl-Ext Ambt -0.348 -48.40 wall-Int Rm15/5 0.008 38.67 wall-Exterior Ambt -0.348 -84. 57 Floor Rm8/4 -0.000 -4.39 wall-Int Rm9/5 -0.011 -28.08 wall-znt Ha113/5 0.023 22.90 Door-Sgle-Int. Ha113/5 0.023 94.33 wall-znt Ha113/5 0.023 18.98 Rm9 0.203 68.0 Floor Rm9/6 0.001 10.99 Floor Rm9/6 0.001 0.20 wall-Exterior ambt -0.009 -202. 56 Wall-Exterior Ambt -0.009 -28.44 Floor Rm9/4 -0.006 -28.00 Door-Sngl-Ext Ambt -0.009 -4.49 wall-Exterior Ambt -0.009 -6.91 Wall-Int Rm8/5 0.011 28.08 wall-Exterior Ambt -0.255 -115.25 wall-znt Ha113/5 0.034 19.68 �oor-Sgle-znt. Ha113/5 0.034 115.32 Double_DOOr_Int Ha113/5 0.034 230.65 Floor Rm9/4 -0.006 -0.51 wall-Exterior Ambt -0.255 -18.76 Rm15 0.222 68.0 Floor Rm15/6 0.000 1.49 Floor RmlS/6 0.000 1. 58 Wall-Exterior Ambt -0.028 -28.40 wall-Exterior Ambt -0. 356 -33.25 Door-Sngl-Ext Ambt -0.356 -49.10 wall-Exterior ambt -0.356 -38.00 Wall-Exterior Ambt -0.028 -6.21 �oor-Sngl-Ext Ambt -0.028 -9.40 Wall-Exterior Ambt -0.028 -8.88 wall-Int Rm8/5 -0.008 -38.67 wall-Int Suitel/5 0.018 25.16 Floor Rm15/4 0.000 1. 56 Floor Rm15/4 0.000 1.66 wall-Stair Stair_4/5 0. 300 50.80 Page 39 5ummer doors closed with wind.txt wall-Elevator Elev_2/5 0.188 14.61 Door-Sgle-Int. Ha113/5 0.015 76.76 wall-znt Ha113/5 0.015 38.29 Rm18 0.216 68.0 Floor Rm18/6 -0.001 -3.88 Floor Rm18/6 -0.001 -1.77 Floor Rm18/6 -0.001 -3.88 wall-Exterior Ambt -0.022 -4.30 �oor-Sngl-Ext Ambt -0.022 -7.97 Wall-Exterior Ambt -0.022 -17.60 wall-Exterior Ambt -0.350 -86.32 Floor Rm18/4 0.002 4.81 wall-znt Rm17/5 0.011 46.99 Wall-Exterior Ambt -0.02� -11.47 wall-Int Rml9/5 -0.070 -68.14 Floor Rm18/4 0.002 2.19 Floor Rml8/4 0.002 4.81 wall-znt Ha112/5 0.025 26.48 �oor-Sgle-znt. Ha112/5 0.025 98.42 wall-znt Ha112/5 0.025 21.64 Rm17 0.227 68.0 Floor Rm17/6 -0.002 -2.66 Floor Rml7/6 -0.002 -4.19 Floor Rm17/6 -0.002 -1.07 Floor Rml7/6 -0.002 -1.60 wall-Exterior Ambt -0.033 -39.92 Floor Rm17/4 0.001 2.43 wall-Exterior Ambt -0.361 -63.77 �oor-Sngl-Ext Ambt -0.033 -10.43 wall-Exterior Ambt -0.033 -6.73 �oor-sngl-Ext Ambt -0.033 -10.43 wall-Exterior Ambt -0.033 -9.62 wall-Int Suite2/5 0.014 22.16 wall-Int Rm18/5 -0.011 -46.99 Floor Rml7/4 0.001 3.82 Floor Rm17/4 0.001 0.97 Floor Rm17/4 0.001 1.46 wall-5tair Stair_3/5 0.264 45.39 wall-Elevator Elev_1/5 0.185 14. 50 wall-znt Ha112/5 0.014 23.03 �oor-Sgle-znt. Ha112/5 0.014 73.10 wall-znt Ha112/5 0.014 10. 55 Suite2 0.241 68.0 Floor Suite2/6 -0.002 -3.81 Floor suite2/6 -0.002 -1.27 Floor Suite2/6 -0.002 -1.90 Floor suite2/6 -0.002 -11.82 wall-Exterior Ambt -0.047 -30.96 wall-Exterior Ambt -0. 375 -60.11 wall-Exterior Ambt -0.047 -6.69 Door-Sngl-Ext Ambt -0.047 -13.11 Door-Sngl-Ext Ambt -0.047 -13.11 Floor Suite2/4 0.001 2.12 Wall-Exterior Ambt -0.375 -44.41 Floor Suite2/4 0.001 0.71 Floor Suite2/4 0.001 1.06 Floor Suite2/4 0.001 6. 59 wall-Int Rm17/5 -0.014 -22.16 wall-znt Suitel/5 -0.001 -19.67 Door-Stair Stair_3/5 0.250 311.96 wall-Stair Stair_3/5 0.250 29.73 wall-Int Nonvest3/5 0.000 0.66 Double_DOOr_Int Ha112/5 -0.000 -13.77 Page 40 5ummer doors closed with wind.txt wall-Int Rml6/5 -0.034 -8.44 Door-Sngl-Ext Ambt -0.293 -43.23 wall-Exterior ambt -0.293 -58.38 suitel 0.240 68.0 Floor suitel/6 -0.001 -2.49 Floor Suitel/6 -0.001 -1.24 Floor Suitel/6 -0.001 -0.26 Floor Suitel/6 -0.001 -8.29 wall-Exterior Ambt -0.046 -30.66 wall-Exterior Ambt -0.374 -60.03 Floor Suitel/4 -0.000 -1.64 Door-Sngl-Ext Ambt -0.046 -12.94 �oor-Sngl-Ext Ambt -0.046 -12.94 wall-Exterior Ambt -0.046 -6.62 wall-Exterior Ambt -0. 374 -44.36 Floor Suitel/4 -0.000 -0.82 Floor Suitel/4 -0.000 -0.17 Floor Suitel/4 -0.000 -5.46 wall-znt RmlS/5 -0.018 -25.16 wall-Int 5uite2/5 0.001 19.67 �oor-Stair Stair_4/5 0.282 331.78 wall-5tair Stair_4/5 0.282 40.15 wall-Int Nonvest4/5 -0.002 -3.24 Double_DOOr_Int Ha113/5 -0.003 -64.88 wall-znt Rml2/5 -0.038 -8.93 wall-Exterior Ambt -0.292 -58.29 �oor-Sngl-Ext Ambt -0.292 -43.14 Stair_3 0.491 68.0 233_Stair_11. 5 Stair_3/6 -0.000 -294. 57 wall-Stair Rm17/5 -0.264 -45.39 Door-Stair Suite2/5 -0.250 -311.96 233_Stair_11. 5 Stair_3/4 -0.000 -984.19 supply Stair3 n/a 1999.99 wall-Stair Suite2/5 -0.250 -29.73 wall-Stair Elev_1/5 -0.078 -16. 55 wall-Stair Nonvest3/5 -0.250 -5.71 �oor-Stair Nonvest3/5 -0.250 -311.90 Stair_4 0. 522 68.0 233_Stair_11. 5 Stair_4/6 -0.000 -548.02 �oor-Stair Suitel/5 -0.282 -331.78 wall-Stair RmlS/5 -0. 300 -50.80 wall-Stair 5uitel/5 -0.282 -40.15 supply Stair4 n/a 1750.00 233_Stair_11. 5 Stair_4/4 -0.000 -420.15 �oor-stair Nonvest4/5 -0.285 -333.21 wall-Stair Nonvest4/5 -0.�85 -6.10 wall-Stair Elev_2/5 -0.112 -19.80 Elev_1 0.412 68.0 11. 5_Elevator Elev_1/6 0.000 4867.43 wall-Stair Stair_3/5 0.078 16.55 wall-Elevator Rml7/5 -0.185 -14. 50 11. 5_Elevator Elev_1/4 -0.000 -3778.80 wall-Elevator Nonvest3/5 -0.171 -13.95 �oor-Elev Ha112/5 -0.171 -538.36 �oor-Elev Ha112/5 -0.171 -538.36 Nonvest3 0.241 68.0 Floor Nonvest3/6 -0.004 -0.45 wall-5tair 5tair_3/5 0.250 5.71 �oor-Stair Stair_3/5 0.250 311.90 Floor Nonvest3/4 0.002 0.30 wall-Elevator Elev_1/5 0.171 13.95 wall-Int Suite2/5 -0.000 -0.66 wall-Int Ha112/5 -0.000 -0.49 Page 41 5ummer doors closed with wind.txt Missing�oor Ha112/5 -0.000 -330.25 Nonvest4 0.238 68.0 Floor Nonvest4/6 0.000 0.11 Door-Stair Stair_4/5 0.285 333.21 wall-Stair Stair_4/5 0.285 6.10 Floor NonVest4/4 -0.001 -0.22 wall-znt Suitel/5 0.002 3.24 wall-Elevator Elev_2/5 0.173 14.00 Missing�oor Ha113/5 -0.000 -355.93 wall-znt Ha113/5 -0.000 -0. 52 Elev_2 0.410 68.0 11. 5_Elevator Elev_2/6 0.000 4924.93 wall-Stair Stair_4/5 0.112 19.80 wall-Elevator Nonvest4/5 -0.173 -14.00 11. 5_Elevator Elev_2/4 -0.000 -3834.88 wall-Elevator Rm15/5 -0.188 -14.61 �oor-Elev Ha113/5 -0.173 -540.62 �oor-Elev Ha113/5 -0.173 -540.62 Ha112 0.241 68.0 Floor Ha112/6 -0.004 -3.23 Floor Ha112/6 -0.004 -4.04 Floor Ha112/6 -0.004 -0.62 Door-Sgle-Int. Rml9/5 -0.095 -192.42 wall-Int Rm18/5 -0.025 -26.48 �oor-Sgle-znt. Rml8/5 -0.025 -98.42 wall-Int Rm18/5 -0.025 -21.64 wall-znt Rm17/5 -0.014 -23.03 Door-Sgle-Int. Rm17/5 -0.014 -73.10 wall-Int Rm17/5 -0.014 -10. 55 �oor-Elev Elev_1/5 0.171 538.36 �oor-Elev Elev_1/5 0.171 538.36 wall-Int Nonvest3/5 0.000 0.49 Missing�oor Nonvest3/5 0.000 330.25 Door-Sgle-Int. Rm19/5 -0.095 -192.42 Floor Ha112/4 0.002 2.16 Floor Ha112/4 0.002 2.70 Double_DOOr_Int Suite2/5 0.000 13.77 wall-Int Rm20/5 -0.031 -24.12 �oor-Sgle-znt. Rml6/5 -0.034 -114.67 wall-Int Rm16/5 -0.034 -75.25 �oor-Sgle-znt. Rml6/5 -0.034 -114.67 wall-Int Rm16/5 -0.034 -34.61 �oor-Sgle-znt. Rm16/5 -0.034 -114.67 wall-Int Rm16/5 -0.034 -3.76 �oor-sgle-znt. Rm20/5 -0.031 -109.72 wall-Int Rm20/5 -0.031 -25.68 wall-znt Rml6/5 -0.034 -73.74 Door-Sgle-Int. Rm20/5 -0.031 -109.72 �oor-Sgle-znt. Rml6/5 -0.034 -114.67 wall-Stair Stair_2/5 0.226 20.58 Floor Ha112/4 0.002 0.42 wall-Int Rm16/5 -0.034 -27.09 �oor-Stair Stair_2/5 0.226 297.03 Door-Sgle-Int. Rm3/5 -0.062 -155.82 Ha113 0.237 68.0 Floor Ha113/6 0.000 2.20 Missing�oor Nonvest4/5 0.000 355.93 wall-Int Nonvest4/5 0.000 0. 52 �oor-Elev Elev_2/5 0.173 540.62 �oor-Elev Elev_2/5 0.173 540.62 �oor-Sgle-znt. RmlS/5 -0.015 -76.76 wall-Int Rm15/5 -0.015 -38.29 wall-znt Rm8/5 -0.023 -22.90 Page 42 5ummer doors closed with wind.txt �oor-Sgle-znt. Rm8/5 -0.023 -94.33 wall-Int Rm8/5 -0.023 -18.98 wall-znt Rm9/5 -0.034 -19.68 Door-Sgle-Int. Rm9/5 -0.034 -115.32 �ouble_�oor_znt Suitel/5 0.003 64.88 Floor Ha113/4 -0.001 -4.42 �ouble_�oor_znt Rm9/5 -0.034 -230.65 wall-Int Rm12/5 -0.035 -9.22 �oor-Sgle-znt. Rml2/5 -0.035 -117.12 wall-Int Rm12/5 -0.035 -35.36 Door-Sgle-Int. Rm12/5 -0.035 -117.12 wall-Int Rm12/5 -0.035 -76.86 �oor-Sgle-znt. Rml2/5 -0.035 -117.12 Wall-Int Rm10/5 -0.041 -46.24 wall-znt Rml2/5 -0.035 -83.01 Door-Sgle-Int. Rm10/5 -0.041 -125.81 �oor-Sgle-znt. Rml2/5 -0.035 -117.12 wall-Int Rm10/5 -0.041 -62.09 wall-znt Rml2/5 -0.035 -10.76 Door-Sgle-Int. Rm10/5 -0.041 -125.81 �oor-Stair Stair_5/5 0.199 278.22 wall-5tair Stair_5/5 0.199 29.38 wall-znt Rmll/5 -0.050 -7.35 Door-Sgle-Int. Rmll/5 -0.050 -140.03 Rm12 0.202 68.0 Floor Rm12/6 -0.000 -14.23 wall-znt Ha113/5 0.035 9.22 Door-Sgle-Int. Ha113/5 0.035 117.12 wall-znt Ha113/5 0.035 35.36 Door-Sgle-Int. Ha113/5 0.035 117.12 wall-znt Ha113/5 0.035 76.86 Door-Sgle-Int. Ha113/5 0.035 117.12 wall-znt Suitel/5 0.038 8.93 wall-znt Ha113/5 0.035 83.01 Floor Rml2/4 0.001 23.33 Door-Sgle-Int. Ha113/5 0.035 117.12 wall-znt Ha113/5 0.035 10.76 wall-Exterior Ambt -0.254 -58.84 wall-Exterior ambt -0.008 -26.34 wall-Stair Stair_5/5 0.234 15.61 wall-Exterior Ambt -0. 336 -129.20 wall-Exterior Ambt -0.336 -129.20 wall-Int Rmll/5 -0.015 -12.84 Door-Sngl-Ext Ambt -0.254 -39.42 wall-Exterior Ambt -0.254 -101.63 Door-Sngl-Ext Ambt -0.�54 -39.42 �oor-sngl-Ext Ambt -0.254 -39.42 wall-Exterior Ambt -0.254 -101.63 �oor-Sngl-Ext Ambt -0.254 -39.42 Rml6 0.207 68.0 Floor Rml6/6 -0.004 -3.43 Floor Rm16/6 -0.004 -4.97 Floor Rm16/6 -0.004 -37.28 Floor Rm16/6 -0.004 -0.55 �oor-Sgle-znt. Ha112/5 0.034 114.67 wall-znt Ha112/5 0.034 75.25 �oor-Sgle-znt. Ha112/5 0.034 114.67 wall-znt Ha112/5 0.034 34.61 �oor-Sgle-znt. Ha112/5 0.034 114.67 wall-znt Ha112/5 0.034 3.76 wall-Int Suite2/5 0.034 8.44 wall-znt Ha112/5 0.034 73.74 wall-Exterior Ambt -0.259 -54.01 Page 43 5ummer doors closed with wind.txt Floor Rml6/4 0.003 3.15 Floor Rm16/4 0.003 4.56 Floor Rml6/4 0.003 34.21 Door-Sgle-Int. Ha112/5 0.034 114.67 wall-znt Ha112/5 0.034 27.09 wall-Exterior Ambt -0.341 -123.95 wall-Exterior ambt -0.341 -114.66 wall-Exterior Ambt -0.013 -33. 50 wall-znt Rm3/5 -0.029 -10.04 Floor Rm16/4 0.003 0. 50 �oor-Sngl-Ext Ambt -0.259 -39.91 wall-Exterior Ambt -0.259 -102.62 wall-Exterior Ambt -0.259 -46.80 Door-Sngl-Ext Ambt -0.�59 -39.91 wall-Exterior Ambt -0.259 -36.00 Door-Sngl-Ext Ambt -0.259 -39.91 wall-Exterior Ambt -0.259 -36.46 Rm20 0.210 68.0 Floor Rm20/6 -0.012 -39.04 wall-Int Rm19/5 -0.064 -50.83 wall-znt Ha112/5 0.031 24.12 wall-Exterior Ambt -0.344 -35.79 �oor-Sgle-znt. Ha112/5 0.031 109.72 wall-Exterior Ambt -0.016 -11.43 wall-Exterior Ambt -0. 344 -30.34 Door-Sgle-Int. Ambt -0.207 -284.12 wall-znt Ha112/5 0.031 25.68 Wall-Exterior Ambt -0.344 -20.04 Floor Rm20/4 0.004 22.05 Door-Sgle-Int. Ha112/5 0.031 109.72 wall-Exterior Ambt -0. 344 -84.02 wall-5tair Stair_2/5 0.257 70.24 wall-Exterior Ambt -0.262 -76.84 wall-Int Rm3/5 -0.031 -45.74 �oor-Stair Stair_2/5 0.257 316.65 Rm10 0.197 68.0 Floor Rm10/6 0.006 24.00 wall-Exterior Ambt -0.331 -15.26 wall-Int Ha113/5 0.041 46.24 wall-Exterior Ambt -0.002 -136.43 �oor-Sgle-znt. Ha113/5 0.041 125.81 Floor Rm10/4 -0.006 -24.43 wall-Exterior Ambt -0.331 -55.93 wall-znt Ha113/5 0.041 62.09 wall-Exterior Ambt -0.249 -18.07 Door-Sgle-Int. Ha113/5 0.041 125.81 wall-Int Rmll/5 -0.010 -30.05 wall-Exterior Ambt -0.331 -62. 55 wall-Exterior Ambt -0.249 -41.22 stair_2 0.467 68.0 200_Stair_11. 5 Stair_2/6 0.000 728.12 wall-Stair Rm20/5 -0.257 -70.24 200_Stair_11. 5 Stair_2/4 -0.000 -1406.28 wall-5tair Ha112/5 -0.226 -20. 58 Door-Stair Rm20/5 -0.257 -316.65 supply Stair2 n/a 1400.00 �oor-Stair Ha112/5 -0.226 -297.03 wall-Stair Rm3/5 -0.289 -17.34 Stair_5 0.436 68.0 200_Stair_11. 5 Stair_5/6 0.001 4312.87 �oor-Stair Ha113/5 -0.199 -278.22 wall-Stair Ha113/5 -0.199 -29.38 wall-Stair Rml2/5 -0.234 -15.61 Page 44 5ummer doors closed with wind.txt 200_Stair_11. 5 Stair_5/4 -0.001 -3624.53 Door-Stair Rmll/5 -0.249 -311.47 wall-Stair Rmll/5 -0.249 -53.67 Rmll 0.187 68.0 Floor Rmll/6 0.002 18.45 wall-znt Ha113/5 0.050 7.35 �oor-Sgle-znt. Ha113/5 0.050 140.03 Door-Stair Stair_5/5 0.249 311.47 wall-Stair Stair_5/5 0.249 53.67 wall-Int Rm10/5 0.010 30.05 wall-Int Rm12/5 0.015 12.84 Floor Rmll/4 -0.000 -5.35 wall-Exterior Ambt -0.321 -61.63 wall-Exterior Ambt -0.�39 -49.28 wall-Exterior Ambt -0. 321 -69.15 wall-Exterior Ambt -0.239 -12.97 �oor-Sngl-Ext Ambt -0.239 -37.88 wall-Exterior Ambt -0.239 -31.13 wall-Exterior ambt -0.321 -172.11 wall-Exterior Ambt -0.321 -75.16 wall-Exterior Ambt -0.239 -59.22 Rm3 0.179 68.0 Floor Rm3/6 -0.017 -49.59 Floor Rm3/6 -0.017 -0.89 Floor Ambt -0.170 -11.17 Floor Ambt -0.170 -5. 58 wall-Int Rm20/5 0.031 45.74 wall-Exterior Ambt -0.312 -10.68 wall-stair Stair_2/5 0.289 17.34 Door-Sgle-Int. Ha112/5 0.062 155.82 �oor-sngl-Ext Ambt -0. 312 -45.09 wall-Int Rm16/5 0.029 10.04 wall-Exterior Ambt -0. 312 -83.05 wall-Exterior Ambt -0.312 -83.05 wall-Exterior ambt 0.016 8.44 wall-Exterior Ambt -0.312 -18.98 Floor Rm3/4 0.008 35.11 Door-Sngl-Ext Ambt -0.312 -45.09 �oor-Sngl-Ext ambt -0.312 -45.09 wall-Exterior Ambt -0.312 -25.72 wall-Exterior Ambt -0. 312 -48.94 Floor Rm3/4 0.008 0. 59 Door-Stair Stair6/5 0.240 305.97 Door-Sngl-Ext Ambt -0.312 -45.09 wall-stair Stair6/5 0.240 39.83 wall-Stair Stair6/5 0.240 54.98 wall-Exterior Ambt -0. 312 -26.70 wall-Exterior Ambt -0.230 -67. 50 wall-Exterior Ambt -0.230 -61.64 stair6 0.419 68.0 163_Stair Stair6/6 0.000 448.98 Floor Ambt -0.411 -2.25 �oor-Stair Rm3/5 -0.240 -305.97 supply Stair6 n/a 1000.00 200_Stair_11. 5 Stair6/4 -0.000 -1023.76 wall-Stair Rm3/5 -0.240 -39.83 wall-Stair Rm3/5 -0.240 -54.98 wall-Stair Ambt -0.471 -22.19 level : 6 elevation: 62.5 ft zone P T path from dP Flowl Flow2 Rm19 0.127 68.0 Floor Rml9/7 -0.032 -106.65 Page 45 5ummer doors closed with wind.txt Floor Sma11Rm/7 0.045 2.32 wall-Exterior Ambt 0.067 49.48 wall-Exterior ambt -0.261 -103.10 wall-Exterior Ambt -0.261 -161.43 Floor Rm19/5 0.010 60.75 wall-Int Rm18/6 0.079 72.37 �oor-Sgle-znt. Ambt -0.125 -220.43 Door-Sgle-Int. Ha112/6 0.10� 199.07 wall-Exterior Ambt -0.261 -12.21 Wall-Exterior Ambt -0.179 -18.72 �oor-Sgle-znt. Ha112/6 0.102 199.07 wall-Exterior Ambt -0.261 -10.85 wall-znt Rm20/6 0.063 50.32 Rm8 0.207 68.0 Floor Rm8/7 0.000 3.47 Floor 2StoryStair/7 0.018 0.36 wall-Exterior Ambt -0.013 -11.98 Door-Sngl-Ext Ambt -0.341 -47.72 wall-znt RmlS/6 0.007 37.73 wall-Exterior Ambt -0.341 -83.66 Floor Rm8/5 -0.001 -5.68 wall-Int Rm9/6 -0.011 -27.70 wall-znt Ha113/6 0.022 22.73 Door-Sgle-Int. Ha113/6 0.02� 93.60 wall-znt Ha113/6 0.022 18.83 Rm9 0.196 68.0 Floor Ambt -0.188 -58.64 Floor Rm8/7 0.011 0.36 Floor Rm9/7 -0.026 -43.26 Floor 25torystair/7 0.029 2.92 Floor Ambt -0.188 -41.05 wall-Exterior Ambt -0.002 -89.65 wall-Exterior Ambt -0.002 -12. 59 Floor Rm9/5 -0.001 -10.99 �oor-Sngl-Ext Ambt -0.002 -1. 55 wall-Exterior Ambt -0.002 -3.06 Wall-Int Rm8/6 0.011 27.70 wall-Exterior Ambt -0.248 -113.61 wall-znt Ha113/6 0.033 19.49 Door-Sgle-Int. Ha113/6 0.033 114.21 �ouble_�oor_znt Ha113/6 0.033 228.41 Floor Rm9/5 -0.001 -0.20 wall-Exterior Ambt -0.248 -18.49 RmlS 0.214 68.0 Floor Rm15/7 0.006 12.03 Floor Rm8/7 -0.007 -12.80 wall-Exterior Ambt -0.020 -24.06 wall-Exterior Ambt -0.348 -32.88 �oor-Sngl-Ext Ambt -0. 348 -48.39 wall-Exterior Ambt -0.348 -37. 58 wall-Exterior ambt -0.020 -5.26 Door-Sngl-Ext Ambt -0.020 -7. 57 wall-Exterior Ambt -0.020 -7. 52 wall-Int Rm8/6 -0.007 -37.73 wall-Int Suitel/6 0.017 24.34 Floor Rm15/5 -0.000 -1.49 Floor RmlS/5 -0.000 -1.58 wall-5tair 5tair_4/6 0. 300 50.78 wall-Elevator Elev_2/6 0.188 14.61 Door-Sgle-Int. Ha113/6 0.015 76.82 wall-znt Ha113/6 0.015 38.31 Rm18 0.207 68.0 Floor Rml8/7 -0.002 -7.41 Page 46 5ummer doors closed with wind.txt wall-Exterior Ambt -0.012 -3.24 Door-Sngl-Ext Ambt -0.012 -5. 52 wall-Exterior ambt -0.012 -13.26 wall-Exterior Ambt -0.341 -85.16 Floor Rml8/5 0.001 3.88 wall-Int Rm17/6 0.011 46.43 wall-Exterior ambt -0.012 -8.65 wall-Int Rm19/6 -0.079 -72.37 Floor Rml8/5 0.001 1.77 Floor Rm18/5 0.001 3.88 wall-znt Ha112/6 0.023 25.24 Door-Sgle-Int. Ha112/6 0.023 93.80 wall-znt Ha112/6 0.023 20.62 Rm17 0.217 68.0 Floor Rml8/7 -0.013 -18.34 Floor Rm17/7 0.000 1.85 wall-Exterior Ambt -0.023 -33. 56 Floor Rm17/5 0.002 2.66 wall-Exterior ambt -0.351 -62.91 Door-Sngl-Ext Ambt -0.023 -8.32 wall-Exterior Ambt -0.023 -5.66 Door-Sngl-Ext Ambt -0.023 -8.32 wall-Exterior ambt -0.023 -8.09 wall-Int Suite2/6 0.013 21.64 wall-znt Rml8/6 -0.011 -46.43 Floor Rm17/5 0.002 4.19 Floor Rm17/5 0.002 1.07 Floor Rm17/5 0.002 1.60 wall-Stair Stair_3/6 0.265 45. 52 wall-Elevator Elev_1/6 0.187 14. 56 Wall-Int Ha112/6 0.012 21.27 Door-Sgle-Int. Ha112/6 0.012 67. 52 wall-znt Ha112/6 0.012 9.75 Suite2 0.231 68.0 Floor Suite2/7 -0.008 -7.20 Floor Suite2/7 -0.008 -2.40 Floor Suite2/7 -0.008 -3.60 Floor Suite2/7 -0.008 -22.37 wall-Exterior ambt -0.036 -27.33 wall-Exterior Ambt -0.365 -59.28 wall-Exterior Ambt -0.036 -5.90 Door-Sngl-Ext Ambt -0.036 -11.15 �oor-Sngl-Ext Ambt -0.036 -11.15 Floor Suite2/5 0.002 3.81 wall-Exterior Ambt -0.365 -43.80 Floor Suite2/5 0.002 1.27 Floor suite2/5 0.002 1.90 Floor Suite2/5 0.002 11.82 wall-Int Rml7/6 -0.013 -21.64 wall-Int Suitel/6 0.000 12.46 �oor-Stair Stair_3/6 0.252 313.33 wall-Stair 5tair_3/6 0.252 29.87 wall-znt Nonvest3/6 -0.001 -2.32 Double_DOOr_Int Ha112/6 -0.001 -48.10 wall-znt Rm16/6 -0.035 -8.63 Door-Sngl-Ext Ambt -0.283 -42.24 wall-Exterior Ambt -0.283 -57.34 Suitel 0.231 68.0 Floor Suitel/7 -0.005 -5.92 Floor Suitel/7 -0.005 -2.96 Floor Suitel/7 -0.005 -0.62 Floor Suitel/7 -0.005 -19.73 wall-Exterior Ambt -0.037 -27.47 Page 47 5ummer doors closed with wind.txt wall-Exterior Ambt -0. 365 -59.31 Floor Suitel/5 0.001 2.49 �oor-Sngl-Ext ambt -0.037 -11.22 Door-Sngl-Ext Ambt -0.037 -11.22 wall-Exterior Ambt -0.037 -5.93 wall-Exterior Ambt -0.365 -43.82 Floor Suitel/5 0.001 1.24 Floor Suitel/5 0.001 0.26 Floor Suitel/5 0.001 8.29 wall-Int Rm15/6 -0.017 -24.34 wall-znt Suite2/6 -0.000 -12.46 Door-Stair Stair_4/6 0.283 332.32 wall-Stair Stair_4/6 0.283 40.21 wall-Int Nonvest4/6 -0.001 -2.35 �ouble_�oor_znt Ha113/6 -0.002 -48.95 wall-Int Rm12/6 -0.037 -8.87 wall-Exterior Ambt -0.283 -57.38 Door-Sngl-Ext Ambt -0.283 -42.27 Stair_3 0.483 68.0 233_Stair_11. 5 Stair_3/7 -0.000 -569.44 wall-Stair Rm17/6 -0.265 -45.52 �oor-5tair Suite2/6 -0.252 -313.33 233_stair_11. 5 Stair_3/5 0.000 294. 57 supply Stair3 n/a 1000.00 wall-Stair Suite2/6 -0.252 -29.87 wall-Stair Elev_1/6 -0.078 -16. 54 wall-Stair Nonvest3/6 -0.253 -5.75 �oor-5tair Nonvest3/6 -0.253 -314.11 Stair_4 0. 514 68.0 233_Stair_11. 5 Stair_4/7 -0.000 -1265.73 �oor-Stair Suitel/6 -0.283 -332.32 wall-Stair Rm15/6 -0.300 -50.78 wall-Stair Suitel/6 -0.283 -40.21 supply Stair4 n/a 1500.00 233_Stair_11. 5 Stair_4/5 0.000 548.02 �oor-Stair Nonvest4/6 -0.285 -333.08 wall-Stair Nonvest4/6 -0.285 -6.10 wall-5tair Elev_2/6 -0.112 -19.79 Elev_1 0.404 68.0 11. 5_Elevator Elev_1/7 0.000 5967.42 wall-Stair Stair_3/6 0.078 16. 54 wall-Elevator Rm17/6 -0.187 -14. 56 11. 5_Elevator Elev_1/5 -0.000 -4867.43 wall-Elevator Nonvest3/6 -0.175 -14.09 �oor-Elev Ha112/6 -0.175 -543.94 �oor-Elev Ha112/6 -0.175 -543.94 Nonvest3 0.229 68.0 Floor Nonvest3/7 -0.012 -0.82 wall-Stair Stair_3/6 0.253 5.75 Door-Stair Stair_3/6 0.253 314.11 Floor Nonvest3/5 0.004 0.45 wall-Elevator Elev_1/6 0.175 14.09 wall-znt Suite2/6 0.001 2.32 wall-znt Ha112/6 -0.000 -0. 50 Missing�oor Ha112/6 -0.000 -335.41 Nonvest4 0.230 68.0 Floor Nonvest4/7 -0.005 -0. 52 Door-Stair Stair_4/6 0.285 333.08 wall-Stair Stair_4/6 0.285 6.10 Floor Nonvest4/5 -0.000 -0.11 wall-znt Suitel/6 0.001 2.35 wall-Elevator Elev_2/6 0.172 13.99 Missing�oor Ha113/6 -0.000 -354.38 Page 48 5ummer doors closed with wind.txt wall-znt Ha113/6 -0.000 -0. 52 Elev_2 0.402 68.0 11. 5_Elevator Elev_2/7 0.000 6014.29 wall-Stair 5tair_4/6 0.112 19.79 wall-Elevator Nonvest4/6 -0.172 -13.99 11.5_Elevator Elev_2/5 -0.000 -4924.93 wall-Elevator RmlS/6 -0.188 -14.61 �oor-Elev Ha113/6 -0.173 -540.28 �oor-Elev Ha113/6 -0.173 -540.28 Ha112 0.229 68.0 Floor Ha112/7 -0.012 -5.89 Floor Ha112/7 -0.012 -7.37 Floor Ha112/7 -0.012 -1.13 Door-Sgle-Int. Rm19/6 -0.10� -199.07 wall-znt Rml8/6 -0.023 -25.24 Door-Sgle-Int. Rm18/6 -0.023 -93.80 wall-znt Rml8/6 -0.023 -20.62 wall-Int Rm17/6 -0.012 -21.27 �oor-Sgle-znt. Rml7/6 -0.012 -67. 52 wall-Int Rm17/6 -0.012 -9.75 �oor-Elev Elev_1/6 0.175 543.94 �oor-Elev Elev_1/6 0.175 543.94 wall-znt Nonvest3/6 0.000 0.50 Missing�oor Nonvest3/6 0.000 335.41 �oor-Sgle-znt. Rml9/6 -0.102 -199.07 Floor Ha112/5 0.004 3.23 Floor Ha112/5 0.004 4.04 �ouble_�oor_znt Suite2/6 0.001 48.10 wall-znt Rm20/6 -0.039 -27.05 Door-Sgle-Int. Rm16/6 -0.034 -114.98 wall-znt Rml6/6 -0.034 -75.46 Door-Sgle-Int. Rm16/6 -0.034 -114.98 wall-znt Rml6/6 -0.034 -34.71 Door-Sgle-Int. Rm16/6 -0.034 -114.98 wall-znt Rml6/6 -0.034 -3.77 Door-Sgle-Int. Rm20/6 -0.039 -123.06 wall-znt Rm20/6 -0.039 -28.80 wall-Int Rm16/6 -0.034 -73.95 Door-Sgle-Int. Rm20/6 -0.039 -123.06 Door-Sgle-Int. Rm16/6 -0.034 -114.98 wall-Stair Stair_2/6 0.230 20.75 Floor Ha112/5 0.004 0.62 wall-znt Rm16/6 -0.034 -27.16 Door-Stair Stair_2/6 0.230 299.38 �oor-Sgle-znt. Rm3/6 -0.076 -172.22 Ha113 0.229 68.0 Floor Ha113/7 -0.005 -10. 50 Missing�oor Nonvest4/6 0.000 354.38 wall-Int Nonvest4/6 0.000 0.52 �oor-Elev Elev_2/6 0.173 540.28 �oor-Elev Elev_2/6 0.173 540.28 Door-Sgle-Int. Rm15/6 -0.015 -76.82 wall-znt Rm15/6 -0.015 -38.31 wall-Int Rm8/6 -0.022 -22.73 Door-Sgle-Int. Rm8/6 -0.022 -93.60 wall-Int Rm8/6 -0.022 -18.83 wall-znt Rm9/6 -0.033 -19.49 Door-Sgle-Int. Rm9/6 -0.033 -114.21 �ouble_�oor_znt Suitel/6 0.002 48.95 Floor Ha113/5 -0.000 -2.20 �ouble_�oor_znt Rm9/6 -0.033 -228.41 wall-Int Rm12/6 -0.036 -9.30 �oor-sgle-znt. Rml2/6 -0.036 -118.15 Page 49 5ummer doors closed with wind.txt wall-znt Rml2/6 -0.036 -35.67 Door-Sgle-Int. Rm12/6 -0.036 -118.15 wall-znt Rml2/6 -0.036 -77. 54 Door-Sgle-Int. Rm12/6 -0.036 -118.15 Wall-Int Rm10/6 -0.035 -42.84 wall-Int Rm12/6 -0.036 -83.74 Door-Sgle-Int. Rm10/6 -0.035 -116. 58 Door-Sgle-Int. Rm12/6 -0.036 -118.15 wall-znt Rm10/6 -0.035 -57.53 wall-Int Rm12/6 -0.036 -10.86 Door-Sgle-Int. Rm10/6 -0.035 -116. 58 Door-Stair Stair_5/6 0.199 278.73 wall-Stair Stair_5/6 0.199 29.43 wall-Int Rmll/6 -0.048 -7.19 �oor-sgle-znt. Rmll/6 -0.048 -137.02 Rml2 0.194 68.0 Floor Rml2/7 -0.006 -56.19 wall-znt Ha113/6 0.036 9.30 �oor-Sgle-znt. Ha113/6 0.036 118.15 wall-znt Ha113/6 0.036 35.67 �oor-Sgle-znt. Ha113/6 0.036 118.15 wall-znt Ha113/6 0.036 77. 54 �oor-Sgle-znt. Ha113/6 0.036 118.15 wall-Int Suitel/6 0.037 8.87 wall-znt Ha113/6 0.036 83.74 Floor Rm12/5 0.000 14.23 �oor-Sgle-znt. Ha113/6 0.036 118.15 wall-znt Ha113/6 0.036 10.86 wall-Exterior Ambt -0.246 -57.85 wall-Exterior Ambt 0.000 6.39 wall-Stair Stair_5/6 0.235 15.65 wall-Exterior Ambt -0.328 -127. 56 wall-Exterior Ambt -0. 328 -127. 56 wall-Int Rmll/6 -0.012 -11.61 �oor-Sngl-Ext Ambt -0.246 -38. 55 wall-Exterior Ambt -0.246 -99.92 Door-Sngl-Ext Ambt -0.246 -38. 55 Door-Sngl-Ext Ambt -0.246 -38. 55 wall-Exterior ambt -0.246 -99.92 Door-Sngl-Ext Ambt -0.246 -38. 55 Rm16 0.195 68.0 Floor Rm16/7 -0.014 -6. 52 Floor Rm16/7 -0.014 -9.45 Floor Rm16/7 -0.014 -70.85 Floor Rm16/7 -0.014 -1.04 Door-Sgle-Int. Ha112/6 0.034 114.98 wall-znt Ha112/6 0.034 75.46 Door-Sgle-Int. Ha112/6 0.034 114.98 wall-Int Ha112/6 0.034 34.71 Door-Sgle-Int. Ha112/6 0.034 114.98 wall-znt Ha112/6 0.034 3.77 wall-Int 5uite2/6 0.035 8.63 wall-znt Ha112/6 0.034 73.95 wall-Exterior Ambt -0.247 -52.76 Floor Rml6/5 0.004 3.43 Floor Rm16/5 0.004 4.97 Floor Rml6/5 0.004 37.28 Door-Sgle-Int. Ha112/6 0.034 114.98 wall-znt Ha112/6 0.034 27.16 wall-Exterior Ambt -0.329 -121.78 wall-Exterior Ambt -0.329 -112.65 Wall-Exterior Ambt -0.001 -9.72 wall-znt Rm3/6 -0.042 -12.20 Page 50 5ummer doors closed with wind.txt Floor Rml6/5 0.004 0. 55 Door-Sngl-Ext Ambt -0.247 -38.72 wall-Exterior Ambt -0.247 -100.24 wall-Exterior Ambt -0.247 -45.72 �oor-Sngl-Ext ambt -0.247 -38.72 wall-Exterior Ambt -0.247 -35.16 Door-Sngl-Ext Ambt -0.247 -38.72 wall-Exterior Ambt -0.247 -35.61 Rm20 0.190 68.0 Floor 2Storystair2/7 0.028 3.34 Floor Sma11Rm/7 -0.018 -5.46 Floor Rm20/7 -0.128 -130.33 wall-znt Rm19/6 -0.063 -50.32 wall-znt Ha112/6 0.039 27.05 wall-Exterior Ambt -0. 324 -34.75 Door-Sgle-Int. Ha112/6 0.039 123.06 wall-Exterior Ambt 0.004 5. 59 wall-Exterior Ambt -0.324 -29.46 �oor-Sgle-znt. ambt -0.187 -270.33 wall-znt Ha112/6 0.039 28.80 wall-Exterior ambt -0.324 -19.46 Floor Rm20/5 0.012 39.04 �oor-Sgle-znt. Ha112/6 0.039 123.06 wall-Exterior Ambt -0.324 -81. 58 wall-Stair Stair_2/6 0.269 71.80 wall-Exterior Ambt -0.242 -73.91 wall-znt Rm3/6 -0.037 -49.81 Door-Stair Stair_2/6 0.269 323.68 Rm10 0.195 68.0 Floor Rm10/7 -0.009 -30.80 wall-Exterior Ambt -0. 329 -15.21 wall-znt Ha113/6 0.035 42.84 wall-Exterior Ambt -0.000 -51.20 Door-Sgle-Int. Ha113/6 0.035 116.58 Floor Rm10/5 -0.006 -24.00 wall-Exterior Ambt -0.329 -55.75 wall-znt Ha113/6 0.035 57. 53 wall-Exterior Ambt -0.246 -17.99 �oor-Sgle-znt. Ha113/6 0.035 116. 58 wall-Int Rmll/6 -0.013 -35.20 wall-Exterior Ambt -0. 329 -62.35 wall-Exterior Ambt -0.246 -41.05 Stair_2 0.459 68.0 200_Stair_11. 5 Stair_2/7 0.000 461. 59 wall-stair Rm20/6 -0.269 -71.80 200_Stair_11. 5 Stair_2/5 -0.000 -728.12 wall-Stair Ha112/6 -0.230 -20.75 Door-Stair Rm20/6 -0.269 -323.68 supply Stair2 n/a 1000.00 Door-Stair Ha112/6 -0.230 -299.38 wall-Stair Rm3/6 -0.306 -17.86 Stair_5 0.429 68.0 200_Stair_11. 5 Stair_5/7 0.001 5000.80 Door-Stair Ha113/6 -0.199 -278.73 wall-Stair Ha113/6 -0.199 -29.43 wall-Stair Rm12/6 -0.235 -15.65 200_Stair_11. 5 Stair_5/5 -0.001 -4312.87 Door-Stair Rmll/6 -0.247 -310. 59 wall-Stair Rmll/6 -0.247 -53.52 Rmll 0.181 68.0 Floor Rm10/7 0.004 25.34 Floor Rm10/7 0.004 0.68 wall-znt Ha113/6 0.048 7.19 Page 51 5ummer doors closed with wind.txt �oor-Sgle-znt. Ha113/6 0.048 137.02 Door-Stair Stair_5/6 0.247 310.59 wall-Stair Stair_5/6 0.247 53. 52 wall-Int Rm10/6 0.013 35.20 wall-znt Rm12/6 0.012 11.61 Floor Rmll/5 -0.002 -18.45 wall-Exterior ambt -0.315 -61.08 wall-Exterior Ambt -0.233 -48.69 wall-Exterior Ambt -0. 315 -68. 53 wall-Exterior Ambt -0.233 -12.81 �oor-Sngl-Ext Ambt -0.233 -37.28 wall-Exterior Ambt -0.233 -30.75 wall-Exterior Ambt -0.315 -170. 57 wall-Exterior Ambt -0.315 -74.48 wall-Exterior Ambt -0.233 -58. 50 Rm3 0.153 68.0 Floor Rm20/7 -0.091 -8.17 Floor Ambt -0.145 -143.28 Floor Ambt -0.145 -2. 58 wall-Int Rm20/6 0.037 49.81 wall-Exterior ambt -0.287 -10.23 wall-5tair Stair_2/6 0. 306 17.86 �oor-Sgle-znt. Ha112/6 0.076 172.22 Door-Sngl-Ext Ambt -0.287 -42.67 wall-znt Rml6/6 0.042 12.20 wall-Exterior Ambt -0.287 -79.60 wall-Exterior Ambt -0.287 -79.60 wall-Exterior Ambt 0.041 13.66 wall-Exterior Ambt -0.287 -18.19 Floor Rm3/5 0.017 49. 59 �oor-sngl-Ext Ambt -0.287 -42.67 Door-Sngl-Ext Ambt -0.287 -42.67 wall-Exterior Ambt -0.287 -24.65 wall-Exterior Ambt -0.287 -46.91 Floor Rm3/5 0.017 0.89 Door-Stair Stair6/6 0.258 316.85 �oor-Sngl-Ext ambt -0.287 -42.67 wall-5tair Stair6/6 0.258 41.25 wall-Stair Stair6/6 0.258 56.93 wall-Exterior Ambt -0.287 -25. 59 wall-Exterior Ambt -0.205 -63.66 wall-Exterior Ambt -0.205 -58.14 Stair6 0.411 68.0 Floor Ambt -0.403 -13.99 �oor-Stair Rm3/6 -0.258 -316.85 supply Stair6 n/a 900.00 163_Stair Stair6/5 -0.000 -448.98 wall-Stair Rm3/6 -0.258 -41.25 wall-Stair Rm3/6 -0.258 -56.93 wall-Stair Ambt -0.463 -22.00 level : 7 elevation: 74.0 ft zone P T path from dP Flowl Flow2 Rm19 0.088 68.0 Floor Ambt -0.080 -169.40 Floor Rm18/8 0.060 27.13 wall-Exterior Ambt 0.106 62.48 wall-Exterior Ambt -0.222 -94.95 wall-Exterior Ambt -0.222 -148.67 Floor Rm19/6 0.032 106.65 Wall-Int Rm18/7 0.109 84.87 Door-Sgle-Int. Ambt -0.085 -181.99 �oor-Sgle-znt. Ha112/7 0.121 217. 53 Page 52 5ummer doors closed with wind.txt Wall-Exterior Ambt -0.222 -11.24 wall-Exterior Ambt -0.140 -16. 52 wall-znt Sma11Rm/7 0.076 43.47 wall-znt Ha112/7 0.121 80.65 Rm18 0.197 68.0 Floor Rm18/8 -0.049 -50.67 Wall-Exterior Ambt -0.002 -1.42 Door-Sngl-Ext Ambt -0.002 -1.88 wall-Exterior Ambt -0.002 -5.80 wall-Exterior Ambt -0.002 -10.69 wall-Exterior Ambt -0.331 -83.90 wall-Exterior Ambt -0.331 -61.02 wall-znt Rm17/7 0.013 32.62 Wall-Exterior Ambt -0.00� -3.78 Floor Rml8/6 0.002 7.41 Floor Rm17/6 0.013 18.34 wall-znt Rml9/7 -0.109 -84.87 wall-znt Ha112/7 0.013 15.63 �oor-Sgle-znt. Ha112/7 0.013 70.05 wall-znt Ha112/7 0.013 6.99 �oor-Sgle-znt. Ha112/7 0.013 70.05 Wall-Int Ha112/7 0.013 12.87 �oor-Sgle-znt. Ha112/7 0.013 70.05 Rml7 0.210 68.0 �oor-Sngl-Ext Ambt -0.015 -6.35 wall-Exterior Ambt -0.015 -4. 59 �oor-Sngl-Ext Ambt -0.015 -6.35 wall-Exterior Ambt -0.015 -6. 56 wall-znt Suite2/7 0.005 13.49 wall-Int Rm18/7 -0.013 -32.62 Floor Rml7/6 -0.000 -1.85 wall-5tair Stair_3/7 0.265 45. 51 wall-Elevator Elev_1/7 0.186 14. 56 Wall-Int Ha112/7 -0.000 -2.07 Door-Sgle-Int. Ha112/7 -0.000 -11.66 wall-znt Ha112/7 -0.000 -1. 50 Suite2 0.215 68.0 Floor Courtyard/8 -0.023 -62.26 Wall-Exterior Ambt -0.020 -20.48 wall-Exterior Ambt -0.349 -57.96 wall-Exterior Ambt -0.020 -4.42 Door-Sngl-Ext Ambt -0.020 -7.66 �oor-Sngl-Ext Ambt -0.020 -7.66 Floor Suite2/6 0.008 7.20 wall-Exterior Ambt -0.349 -42.83 Floor Suite2/6 0.008 2.40 Floor suite2/6 0.008 3.60 Floor Suite2/6 0.008 22.37 wall-znt Rml7/7 -0.005 -13.49 wall-Int Suitel/7 0.003 35.43 �oor-Stair Stair_3/7 0.260 318.19 wall-Stair 5tair_3/7 0.260 30.33 wall-Int Nonvest3/7 -0.005 -4.74 Double_DOOr_Int Ha112/7 -0.005 -92.36 wall-znt Rm16/7 -0.041 -9.30 Door-Sngl-Ext Ambt -0.267 -40.67 wall-Exterior Ambt -0.267 -55.70 Suitel 0.218 68.0 Floor Courtyard/8 -0.026 -66.16 wall-Exterior Ambt -0.023 -21.89 wall-Exterior Ambt -0.352 -58.20 Floor Suitel/6 0.005 5.92 �oor-sngl-Ext Ambt -0.023 -8.35 Page 53 5ummer doors closed with wind.txt �oor-Sngl-Ext Ambt -0.023 -8.35 wall-Exterior Ambt -0.023 -4.73 wall-Exterior ambt -0.352 -43.01 Floor Suitel/6 0.005 2.96 Floor Suitel/6 0.005 0.62 Floor Suitel/6 0.005 19.73 wall-znt Rm15/7 -0.006 -14.25 wall-Int Suite2/7 -0.003 -35.43 �oor-Stair Stair_4/7 0.289 335.39 wall-Stair 5tair_4/7 0.289 40. 58 wall-Int Nonvest4/7 -0.001 -1.65 Double_DOOr_Int Ha113/7 -0.001 -37.25 wall-znt Rm12/7 -0.038 -8.97 wall-Exterior Ambt -0.�69 -56.00 �oor-sngl-Ext Ambt -0.269 -40.96 RmlS 0.212 68.0 Floor Ambt -0.204 -72.30 wall-Exterior Ambt -0.018 -4.93 �oor-Sngl-Ext ambt -0.018 -6.96 wall-Exterior Ambt -0.018 -7.05 Floor RmlS/6 -0.006 -12.03 wall-Int Suitel/7 0.006 14.25 wall-znt Rm8/7 -0.013 -33.53 wall-Stair Stair_4/7 0.294 50.30 Wall-Elevator Elev_2/7 0.182 14.38 wall-znt Ha113/7 0.005 7.26 �oor-Sgle-znt. Ha113/7 0.005 43.36 wall-znt Ha113/7 0.005 7.26 Rm8 0.199 68.0 Floor Rm8/8 -0.059 -50.74 wall-Exterior Ambt -0.005 -11.83 wall-Exterior Ambt -0.005 -7.39 �oor-Sngl-Ext Ambt -0. 333 -47.00 wall-Exterior Ambt -0.333 -32.15 �oor-Sngl-Ext ambt -0.333 -47.00 wall-Exterior Ambt -0.333 -36.75 wall-Exterior Ambt -0. 333 -82.68 Floor Rm15/6 0.007 12.80 Floor Rm8/6 -0.000 -3.47 wall-Int Rm15/7 0.013 33. 53 Floor Rm9/6 -0.011 -0.36 wall-Int Rm9/7 -0.037 -14.17 Wall-Stair 25toryStair/7 0.017 4.25 Door-Sgle-Int. Ha113/7 0.018 82.83 wall-znt Ha113/7 0.018 14.35 Door-Sgle-Int. Ha113/7 0.018 82.83 wall-Int Ha113/7 0.018 9.24 Door-Sgle-Int. Ha113/7 0.018 82.83 Wall-Int Ha113/7 0.018 10.87 Rm9 0.162 68.0 Floor Ambt -0.154 -105.88 wall-Exterior Ambt 0.032 14.83 �oor-Sngl-Ext ambt 0.032 10.01 wall-Exterior Ambt -0.296 -179.03 wall-Exterior ambt 0.032 14.83 wall-Int Rm8/7 0.037 14.17 Floor Rm9/6 0.026 43.26 wall-Stair 2Storystair/7 0.054 23.99 wall-Exterior Ambt -0.214 -152.22 Double_DOOr_Int Ha113/7 0.055 291. 54 wall-Int Rm10/7 0.016 24.49 Stair_3 0.474 68.0 233_Stair_11. 5 Stair_3/8 -0.000 -781.62 Page 54 5ummer doors closed with wind.txt wall-Stair Rml7/7 -0.265 -45. 51 �oor-Stair Suite2/7 -0.260 -318.19 233_Stair_11. 5 Stair_3/6 0.000 569.44 supply Stair3 n/a 950.00 wall-Stair Suite2/7 -0.260 -30.33 wall-5tair Elev_1/7 -0.078 -16.54 wall-Stair Nonvest3/7 -0.265 -5.89 �oor-Stair Nonvest3/7 -0.265 -321.37 Stair_4 0. 506 68.0 233_Stair_11. 5 Stair_4/8 -0.000 -477.76 Door-Stair Suitel/7 -0.289 -335.39 wall-Stair Rm15/7 -0.294 -50.30 wall-Stair Suitel/7 -0.289 -40. 58 supply Stair4 n/a 0.00 233_Stair_11. 5 Stair_4/6 0.000 1265.73 �oor-5tair Nonvest4/7 -0.289 -335.76 wall-Stair Nonvest4/7 -0.289 -6.15 wall-Stair Elev_2/7 -0.112 -19.79 Elev_1 0. 396 68.0 11. 5_Elevator Elev_1/8 0.000 7104.20 wall-Stair Stair_3/7 0.078 16. 54 wall-Elevator Rm17/7 -0.186 -14. 56 11. 5_Elevator Elev_1/6 -0.000 -5967.42 wall-Elevator Nonvest3/7 -0.187 -14. 56 Door-Elev Ha112/7 -0.187 -562.10 Door-Elev Ha112/7 -0.187 -562.10 Nonvest3 0.209 68.0 Floor Nonvest3/8 0.017 0.98 wall-Stair Stair_3/7 0.265 5.89 Door-Stair Stair_3/7 0.�65 321.37 Floor Nonvest3/6 0.012 0.82 wall-Elevator Elev_1/7 0.187 14. 56 wall-Int Suite2/7 0.005 4.74 Wall-Int Ha112/7 -0.000 -0. 51 Missing�oor Ha112/7 -0.000 -347.86 Nonvest4 0.217 68.0 Floor Nonvest4/8 0.011 0.78 Door-Stair Stair_4/7 0.289 335.76 wall-Stair stair_4/7 0.289 6.15 Floor Nonvest4/6 0.005 0. 52 wall-znt Suitel/7 0.001 1.65 Wall-Elevator Elev_2/7 0.177 14.18 Missing�oor Ha113/7 -0.000 -358. 52 wall-znt Ha113/7 -0.000 -0. 52 Elev_2 0. 394 68.0 11. 5_Elevator Elev_2/8 0.000 7118.17 wall-Stair Stair_4/7 0.112 19.79 wall-Elevator Nonvest4/7 -0.177 -14.18 11. 5_Elevator Elev_2/6 -0.000 -6014.29 wall-Elevator Rm15/7 -0.182 -14.38 Door-Elev Ha113/7 -0.177 -547. 55 Door-Elev Ha113/7 -0.177 -547. 55 2Storystair 0.216 68.0 163_Stair 2Storystair/8 0.000 19.96 wall-Stair Rm9/7 -0.054 -23.99 Floor Rm8/6 -0.018 -0.36 Floor Rm9/6 -0.029 -2.92 wall-Stair Rm8/7 -0.017 -4.25 �oor-Stair Ha113/7 0.000 10.45 wall-5tair Ha113/7 0.000 1.10 Ha112 0.209 68.0 Floor Ha112/8 0.017 7.03 Floor Ha112/8 0.017 8.79 Page 55 5ummer doors closed with wind.txt Floor Ambt -0.201 -4.67 Door-Sgle-Int. Rm19/7 -0.121 -217. 53 wall-znt Rml8/7 -0.013 -15.63 Door-Sgle-Int. Rm18/7 -0.013 -70.05 wall-znt Rm18/7 -0.013 -6.99 Door-Sgle-Int. Rm18/7 -0.013 -70.05 Wall-Int Rm18/7 -0.013 -12.87 Door-Sgle-Int. Rm18/7 -0.013 -70.05 Wall-Int Rml7/7 0.000 2.07 Door-Sgle-Int. Rm17/7 0.000 11.66 Wall-Int Rm17/7 0.000 1.50 Door-Elev Elev_1/7 0.187 562.10 Door-Elev Elev_1/7 0.187 562.10 wall-Int Nonvest3/7 0.000 0. 51 Missing�oor Nonvest3/7 0.000 347.86 wall-Int Rm19/7 -0.121 -80.65 Floor Ha112/6 0.012 5.89 Floor Ha112/6 0.012 7.37 �ouble_�oor_znt Suite2/7 0.005 92.36 Door-Sgle-Int. Sma11Rm/7 -0.045 -132.53 wall-Stair 25torystair2/7 0.001 2. 57 Door-Sgle-Int. Rm16/7 -0.036 -117.79 wall-znt Rml6/7 -0.036 -77.30 Door-Sgle-Int. Rm16/7 -0.036 -117.79 wall-znt Rml6/7 -0.036 -35.56 Door-Sgle-Int. Rm16/7 -0.036 -117.79 wall-znt Rm16/7 -0.036 -3.87 Door-Stair 2StoryStair2/7 0.001 18.67 wall-znt Rm20/7 -0.155 -57.61 wall-Int Rm16/7 -0.036 -75.76 �oor-Sgle-znt. Rm20/7 -0.155 -246.17 Door-Sgle-Int. Rm16/7 -0.036 -117.79 wall-Stair Stair_2/7 0.242 21.28 Floor Ha112/6 0.012 1.13 wall-znt Rml6/7 -0.036 -27.83 Door-Stair Stair_2/7 0.242 307.02 �oor-Sgle-znt. Ambt -0.206 -283.62 Ha113 0.217 68.0 Floor Ha113/8 0.011 15.86 Missing�oor Nonvest4/7 0.000 358. 52 wall-znt Nonvest4/7 0.000 0. 52 Door-Elev Elev_2/7 0.177 547. 55 Door-Elev Elev_2/7 0.177 547. 55 wall-Int Rm15/7 -0.005 -7.26 �oor-Sgle-znt. RmlS/7 -0.005 -43.36 wall-Int Rm15/7 -0.005 -7.26 Door-Sgle-Int. Rm8/7 -0.018 -82.83 wall-Int Rm8/7 -0.018 -14.35 Door-Sgle-Int. Rm8/7 -0.018 -82.83 Wall-Int Rm8/7 -0.018 -9.24 Door-Sgle-Int. Rm8/7 -0.018 -82.83 Wall-Int Rm8/7 -0.018 -10.87 �oor-Stair 25tory5tair/7 -0.000 -10.45 wall-Stair 2Storystair/7 -0.000 -1.10 �ouble_�oor_znt suitel/7 0.001 37.25 Floor Ha113/6 0.005 10. 50 �ouble_�oor_znt Rm9/7 -0.055 -291. 54 wall-Int Rm12/7 -0.037 -9. 50 �oor-Sgle-znt. Rm12/7 -0.037 -120.60 wall-Int Rm12/7 -0.037 -36.41 �oor-sgle-znt. Rml2/7 -0.037 -120.60 wall-Int Rm12/7 -0.037 -79.14 �oor-sgle-znt. Rml2/7 -0.037 -120.60 Page 56 5ummer doors closed with wind.txt wall-znt Rm10/7 -0.039 -45.32 wall-Int Rm12/7 -0.037 -85.47 �oor-Sgle-znt. Rm10/7 -0.039 -123.31 Door-Sgle-Int. Rm12/7 -0.037 -120.60 wall-znt Rm10/7 -0.039 -60.85 Wall-Int Rm12/7 -0.037 -11.08 �oor-Sgle-znt. Rm10/7 -0.039 -123.31 Door-Stair Stair_5/7 0.205 282.86 wall-Stair Stair_5/7 0.205 29.87 wall-Int Rm10/7 -0.039 -6.47 �oor-Sgle-znt. Rm10/7 -0.039 -123.31 Sma11Rm 0.164 68.0 Floor Ambt -0.156 -4.33 Floor Ambt -0.156 -16.03 Wall-Int Rml9/7 -0.076 -43.47 wall-Exterior Ambt -0.298 -11. 59 Floor Rml9/6 -0.045 -2.32 Door-Sgle-Int. Ha112/7 0.045 132.53 wall-Stair 2storystair2/7 0.046 6.92 Floor Rm20/6 0.018 5.46 Wall-Int Rm20/7 -0.110 -67.17 25torystair2 0.210 68.0 163_stair 25torystair2/8 0.000 56.96 wall-Stair Ha112/7 -0.001 -2. 57 wall-Stair Sma11Rm/7 -0.046 -6.92 Floor Rm20/6 -0.028 -3.34 Door-Stair Ha112/7 -0.001 -18.67 wall-Stair Rm20/7 -0.156 -25.46 Rm12 0.179 68.0 Floor Rm12/8 -0.030 -123.78 wall-znt Ha113/7 0.037 9. 50 Door-Sgle-Int. Ha113/7 0.037 120.60 wall-znt Ha113/7 0.037 36.41 Door-Sgle-Int. Ha113/7 0.037 120.60 wall-znt Ha113/7 0.037 79.14 Door-Sgle-Int. Ha113/7 0.037 120.60 wall-znt Suitel/7 0.038 8.97 wall-znt Ha113/7 0.037 85.47 Floor Rm12/6 0.006 56.19 Door-Sgle-Int. Ha113/7 0.037 120.60 wall-znt Ha113/7 0.037 11.08 wall-Exterior Ambt -0.231 -56.14 wall-Exterior Ambt 0.015 34.90 wall-5tair Stair_5/7 0.243 15.90 wall-Exterior Ambt -0.313 -124.75 wall-Exterior Ambt -0.313 -124.75 Wall-Int Rm10/7 -0.002 -3.88 wall-Int Ambt -0.313 -44.35 �oor-Sngl-Ext Ambt -0.231 -37.08 wall-Exterior Ambt -0.231 -96.97 �oor-Sngl-Ext ambt -0.231 -37.08 Door-Sngl-Ext Ambt -0.231 -37.08 wall-Exterior Ambt -0.231 -96.97 Door-Sngl-Ext Ambt -0.231 -37.08 Rm16 0.174 68.0 Floor Rm16/8 -0.084 -75.95 Floor Ambt -0.165 -165.09 Floor Ambt -0.165 -3.63 �oor-Sgle-znt. Ha112/7 0.036 117.79 wall-znt Ha112/7 0.036 77.30 �oor-sgle-znt. Ha112/7 0.036 117.79 wall-znt Ha112/7 0.036 35. 56 �oor-sgle-znt. Ha112/7 0.036 117.79 Page 57 5ummer doors closed with wind.txt wall-znt Ha112/7 0.036 3.87 wall-Int Suite2/7 0.041 9.30 wall-znt Ha112/7 0.036 75.76 wall-Exterior Ambt -0.225 -50.40 Floor Rml6/6 0.014 6.52 Floor Rm16/6 0.014 9.45 Floor Rm16/6 0.014 70.85 Door-Sgle-Int. Ha112/7 0.036 117.79 wall-znt Ha112/7 0.036 27.83 Wall-Exterior Ambt -0.308 -117.71 wall-Exterior Ambt -0.308 -108.88 Wall-Exterior Ambt 0.021 41.18 wall-znt Ambt 0.021 8.31 Floor Rm16/6 0.014 1.04 �oor-sngl-Ext Ambt -0.225 -36.48 wall-Exterior Ambt -0.225 -95.75 wall-Exterior Ambt -0.225 -43.67 Door-Sngl-Ext Ambt -0.225 -36.48 wall-Exterior ambt -0.225 -33. 59 Door-Sngl-Ext Ambt -0.225 -36.48 wall-Exterior Ambt -0.225 -34.02 Rm20 0.054 68.0 Floor Ambt -0.046 -77.67 Floor Ambt -0.046 -5.78 wall-Stair 25toryStair2/7 0.156 25.46 wall-Exterior Ambt 0.141 33.37 Wall-Int Sma11Rm/7 0.110 67.17 Wall-Exterior Ambt -0.188 -22.41 �oor-Sgle-znt. Ambt -0.051 -140.86 wall-znt Ha112/7 0.155 57.61 Wall-Exterior Ambt -0.188 -14.80 Floor Rm20/6 0.128 130.33 �oor-Sgle-znt. Ha112/7 0.155 246.17 wall-Exterior Ambt -0.188 -62.07 wall-Stair Stair_2/7 0. 397 75.75 wall-Exterior Ambt -0.106 -81.05 wall-Exterior Ambt -0.188 -117.99 Floor Rm3/6 0.091 8.17 wall-Exterior Ambt -0.188 -94.25 wall-Exterior Ambt 0.141 67.91 wall-Exterior Ambt 0.141 35.41 wall-Exterior Ambt -0.188 -12.64 wall-Exterior Ambt -0.188 -12.64 wall-Exterior Ambt -0.106 -105.19 Rm10 0.178 68.0 Floor Ambt -0.170 -135.08 Floor Ambt -0.170 -4.18 wall-Int Rm9/7 -0.016 -24.49 wall-Exterior Ambt -0. 312 -14.81 wall-znt Ha113/7 0.039 45.32 wall-Exterior ambt 0.017 343.69 Door-Sgle-Int. Ha113/7 0.039 123.31 Floor Rm10/6 0.009 30.80 wall-Exterior Ambt -0.312 -54.30 wall-znt Ha113/7 0.039 60.85 wall-Exterior Ambt -0.230 -17.37 �oor-Sgle-znt. Ha113/7 0.039 123.31 wall-znt Ha113/7 0.039 6.47 �oor-Sgle-znt. Ha113/7 0.039 123.31 wall-5tair Stair_5/7 0.244 53.17 wall-Exterior Ambt -0.312 -53.91 wall-Int Rm12/7 0.002 3.88 wall-Exterior Ambt -0.230 -37. 50 Page 58 5ummer doors closed with wind.txt wall-Exterior Ambt -0.230 -37. 50 wall-Exterior Ambt -0.230 -42.79 Floor Rmll/6 -0.004 -25.34 wall-Exterior Ambt -0.312 -134.28 wall-Exterior Ambt -0. 312 -134.28 wall-Exterior Ambt -0.312 -54. 51 Floor Rmll/6 -0.004 -0.68 wall-Exterior Ambt -0.312 -54. 51 wall-Exterior Ambt -0.230 -44.75 wall-Exterior Ambt -0.230 -43.86 Stair_2 0.451 68.0 Floor Ambt -0.443 -18.01 wall-Stair Rm20/7 -0.397 -75.75 200_Stair_11. 5 Stair_2/6 -0.000 -461. 59 Wall-Stair Ha112/7 -0.242 -21.28 supply Stair2 n/a 900.00 Door-Stair Ha112/7 -0.242 -307.02 wall-Stair Ambt -0.257 -16.36 Stair_5 0.422 68.0 Floor Ambt -0.414 -17.40 �oor-Stair Ha113/7 -0.205 -282.86 wall-5tair Ha113/7 -0.205 -29.87 wall-Stair Rm12/7 -0.243 -15.90 supply StairS n/a 5400.00 200_Stair_11. 5 Stair_5/6 -0.001 -5000.80 Wall-Stair Rm10/7 -0.244 -53.17 level : 8 elevation: 85.5 ft zone P T path from dP Flowl Flow2 Courtyard 0.184 68.0 Floor Ambt -0.176 -173.12 Floor Ambt -0.176 -173.18 wall-Exterior Ambt 0.010 14.25 Wall-Exterior Ambt 0.010 14.25 wall-Exterior ambt -0.318 -55.34 wall-Exterior Ambt -0.318 -55.34 Wall-Exterior Ambt 0.010 12.14 wall-Exterior Ambt 0.010 12.14 wall-Exterior ambt -0.318 -40.89 wall-Exterior Ambt 0.010 3.70 Floor Suite2/7 0.023 62.26 Floor Suitel/7 0.026 66.16 wall-Exterior Ambt -0.318 -98.72 wall-Exterior Ambt -0.318 -98.72 �oor-Stair Stair_3/8 0.282 331.80 wall-Stair Stair_4/8 0. 314 51.97 wall-Stair Stair_3/8 0.282 31.63 wall-Int Nonvest3/8 0.034 12.15 wall-znt Nonvest4/8 0.036 12.38 Door-Sgle-Int. Ha112/8 0.034 115.36 �oor-Sgle-znt. Ha113/8 0.035 117.49 wall-Exterior Ambt 0.010 2.94 wall-znt Rm12/8 -0.042 -9.46 wall-Exterior Ambt -0.236 -155.87 Rm18 0.140 68.0 Floor Ambt -0.132 -40.13 Floor Ambt -0.132 -83.50 wall-Exterior Ambt 0.054 86.83 wall-Exterior Ambt -0.274 -76.37 Wall-Exterior Ambt -0.274 -148. 58 wall-Exterior Ambt 0.054 17.69 Floor Rm19/7 -0.060 -27.13 Floor Rml8/7 0.049 50.67 Page 59 5ummer doors closed with wind.txt Wall-Exterior Ambt -0.274 -88.87 wall-Int Ha112/8 0.078 124.74 Door-Sgle-Int. Ha112/8 0.078 174.39 wall-Stair 25torystair2/8 0.062 10.26 Rm8 0.132 68.0 Floor Ambt -0.1�4 -73.93 wall-znt Ambt 0.062 59.61 Floor Rm8/7 0.059 50.74 wall-znt Ambt -0.266 -228.36 wall-Int Ambt -0.266 -228.36 wall-znt Ha113/8 0.087 31.87 Door-Sgle-Int. Ha113/8 0.087 183.96 wall-znt Ha113/8 0.087 20. 52 Door-Sgle-Int. Ha113/8 0.087 183.96 Stair_3 0.466 68.0 Floor Ambt -0.458 -21.33 wall-Stair Ambt -0. 518 -63.65 �oor-Stair Courtyard/8 -0.�8� -331.80 233_Stair_11. 5 Stair_3/7 0.000 781.62 wall-Stair Courtyard/8 -0.282 -31.63 wall-Stair Elev_1/8 -0.078 -16. 54 wall-5tair Nonvest3/8 -0.248 -5.70 �oor-Stair Nonvest3/8 -0.248 -310.97 Stair_4 0.498 68.0 Floor Ambt -0.490 -22.06 wall-Stair Courtyard/8 -0. 314 -51.97 wall-Stair Ambt -0.304 -22.71 233_Stair_11. 5 Stair_4/7 0.000 477.76 wall-stair Ambt -0.632 -25.66 �oor-Stair Nonvest4/8 -0.�79 -329. 53 wall-stair Nonvest4/8 -0.279 -6.04 wall-5tair Elev_2/8 -0.112 -19.79 Elev_1 0. 388 68.0 Floor Ambt -0. 380 -11.42 wall-Stair Stair_3/8 0.078 16. 54 wall-Elevator Ambt -0.194 -14.84 supply Elevatorl n/a 8200.02 11.5_Elevator Elev_1/7 -0.000 -7104.20 wall-Elevator Nonvest3/8 -0.170 -13.89 �oor-Elev Ha112/8 -0.170 -536.11 Door-Elev Ha112/8 -0.170 -536.11 Nonvest3 0.218 68.0 Floor Ambt -0.210 -3.47 wall-5tair Stair_3/8 0.248 5.70 �oor-Stair Stair_3/8 0.248 310.97 Floor Nonvest3/7 -0.017 -0.98 wall-Elevator Elev_1/8 0.170 13.89 wall-Int Courtyard/8 -0.034 -12.15 Wall-Int Ha112/8 -0.000 -0.47 Missing�oor Ha112/8 -0.000 -313.48 Nonvest4 0.219 68.0 Floor Ambt -0.211 -3.48 �oor-Stair Stair_4/8 0.279 329. 53 wall-5tair Stair_4/8 0.279 6.04 Floor NonVest4/7 -0.011 -0.78 wall-Int Courtyard/8 -0.036 -12.38 wall-Elevator Elev_2/8 0.166 13.75 Missing�oor Ha113/8 -0.000 -332.19 wall-znt Ha113/8 -0.000 -0.49 Elev_2 0. 386 68.0 Floor Ambt -0. 378 -11.39 wall-Stair Stair_4/8 0.112 19.79 wall-Elevator Nonvest4/8 -0.166 -13.75 Page 60 5ummer doors closed with wind.txt 11. 5_Elevator Elev_2/7 -0.000 -7118.17 supply Elevator2 n/a 8200.00 wall-Elevator Ambt -0.192 -14.76 �oor-Elev Ha113/8 -0.167 -530.86 �oor-Elev Ha113/8 -0.167 -530.86 25torystair 0.208 68.0 Floor Ambt -0.200 -8.96 Wall-Stair Ambt -0.014 -8.11 wall-Stair Ambt -0.014 -3.84 163_Stair 2Storystair/7 -0.000 -19.96 wall-Stair Ambt -0.342 -18.88 Door-Stair Ha113/8 0.011 65.28 wall-Stair Ha113/8 0.011 0.81 Wall-Stair Ambt -0.014 -6.34 Ha112 0.218 68.0 Floor Ambt -0.210 -24.79 Floor Ambt -0.210 -30.99 Wall-Int Rm18/8 -0.078 -124.74 Door-Sgle-Int. Rml8/8 -0.078 -174.39 Wall-Int Ambt -0.024 -17.08 �oor-Sgle-znt. Ambt -0.215 -289.60 Wall-Int Ambt -0.024 -12.44 Door-Elev Elev_1/8 0.170 536.11 �oor-Elev Elev_1/8 0.170 536.11 Wall-Int NonVest3/8 0.000 0.47 Missing�oor Nonvest3/8 0.000 313.48 Floor Ha112/7 -0.017 -7.03 Floor Ha112/7 -0.017 -8.79 �oor-sgle-znt. Courtyard/8 -0.034 -115.36 wall-Stair 25torystair2/8 -0.016 -5.65 �oor-sgle-znt. Rml6/8 -0.136 -230.45 wall-Int Rm16/8 -0.136 -151.23 Wall-Exterior Ambt -0.270 -87.11 Door-Stair 25tory5tair2/8 -0.016 -78.95 wall-Exterior Ambt -0.270 -27. 57 Ha113 0.219 68.0 Missing�oor Nonvest4/8 0.000 332.19 Wall-Int NonVest4/8 0.000 0.49 �oor-Elev Elev_2/8 0.167 530.86 �oor-Elev Elev_2/8 0.167 530.86 wall-Int Ambt -0.025 -41.47 Wall-Int Rm8/8 -0.087 -31.87 �oor-Sgle-znt. Rm8/8 -0.087 -183.96 Wall-Int Rm8/8 -0.087 -20.52 �oor-Sgle-znt. Rm8/8 -0.087 -183.96 wall-Exterior Ambt -0.025 -8.41 Door-Stair 2StoryStair/8 -0.011 -65.28 wall-Stair 2StoryStair/8 -0.011 -0.81 �oor-Sgle-znt. Courtyard/8 -0.035 -117.49 Floor Ha113/7 -0.011 -15.86 wall-Exterior Ambt -0.353 -21.29 Wall-Int Rm12/8 -0.078 -13.72 Door-Sgle-Int. Rml2/8 -0.078 -174.26 wall-Int Rm12/8 -0.078 -52.61 Door-Sgle-Int. Rm12/8 -0.078 -174.26 wall-Int Rm12/8 -0.078 -114.36 �oor-Sgle-znt. Rml2/8 -0.078 -174.26 2StoryStair2 0.202 68.0 Floor Ambt -0.194 -8.82 wall-Stair Rm18/8 -0.062 -10.26 wall-Stair Ha112/8 0.016 5.65 wall-Stair Ambt -0.008 -2.86 163_Stair 2StoryStair2/7 -0.000 -56.96 Page 61 5ummer doors closed with wind.txt �oor-Stair Ha112/8 0.016 78.95 wall-Stair Ambt -0.008 -5.70 Rm12 0.141 68.0 Floor Ambt -0.133 -261.10 wall-znt Ha113/8 0.078 13.72 Door-Sgle-Int. Ha113/8 0.078 174.26 wall-znt Ha113/8 0.078 52.61 Door-Sgle-Int. Ha113/8 0.078 174.26 wall-znt Ha113/8 0.078 114.36 Door-Sgle-Int. Ha113/8 0.078 174.26 wall-znt Courtyard/8 0.042 9.46 wall-Exterior Ambt 0.053 64.23 Floor Rm12/7 0.030 123.78 wall-Exterior Ambt -0.193 -7.00 wall-Exterior Ambt -0.193 -51.32 wall-Exterior Ambt 0.053 66.01 wall-Exterior Ambt -0.275 -116.93 wall-Exterior Ambt -0.275 -116.93 wall-Exterior Ambt -0.275 -104.41 Door-Sngl-Ext Ambt -0.193 -32.99 wall-Exterior Ambt -0.193 -88.64 Door-Sngl-Ext Ambt -0.193 -32.99 �oor-Sngl-Ext ambt -0.193 -32.99 wall-Exterior Ambt -0.193 -88.64 �oor-Sngl-Ext Ambt -0.193 -32.99 Rm16 0.082 68.0 Floor Ambt -0.074 -71.21 Door-Sgle-Int. Ha112/8 0.136 230.45 wall-znt Ha112/8 0.136 151.23 Floor Rm16/7 0.084 75.95 wall-Exterior Ambt -0.216 -157.72 wall-Exterior Ambt -0.216 -157.72 wall-Exterior Ambt -0.134 -70.99 level : Roof elevation: 97.0 ft zone P T path from dP Flowl Flow2 systems: name air flows: recirc outside Barom._�amper 0.00 0.00 Elevatorl 0.00 8200.02 Elevator2 0.00 8200.00 Small_Elevator 0.00 0.00 Stairl 0.00 3300.00 Stair2 0.00 5000.00 Stair3 0.00 5949.99 Stair4 0.00 5249.99 StairS 0.00 5400.00 Stair6 0.00 3050.00 Note: flows in scfm pressures in in.H2O temperatures in °F �'� indicates limit exceeded Page 62 winter doors closed with no wind.txt project: winter doors closed with no wind Fri Oct 10 19:26: 55 2008 description: simulation date: 7an01 simulation time: 00:00:00 ambient temperature: -32.0 °F barometric pressure: 101325.0 Pa wind speed: 0.0 mph wind direction: 0.0 deg level : Garage elevation: 0.0 ft zone P T path from dP Flowl Flow2 Officel 0.100 68.0 Floor Parking/1 -0.007 -28.43 wall-znt Parking/Garage -0.007 -17.19 wall-znt office3/Garage -0.005 -26.65 wall-znt Corridor/Garage 0.001 7.37 �ouble_�oor_znt Corridor/Garage 0.001 37.10 wall-znt Corridor/Garage 0.001 9.25 �oor-5gle-znt. Corridor/Garage 0.001 18. 55 Storagel 0.094 68.0 Floor Openspace2/1 -0.013 -11.79 wall-znt Office3/Garage 0.001 9.18 wall-znt office4/Garage -0.000 -3.60 �ouble_�oor_znt Office4/Garage -0.000 -19.74 �oor-5gle-znt. Office3/Garage 0.001 20.72 wall-znt Office3/Garage 0.001 5.23 Corridor 0.101 68.0 Floor Parking/1 -0.008 -19.02 wall-znt Officel/Garage -0.001 -7.37 �ouble_�oor_znt Officel/Garage -0.001 -37.10 wall-znt officel/Garage -0.001 -9.25 �oor-Sgle-znt. Officel/Garage -0.001 -18. 55 �oor-Sgle-znt. Office3/Garage -0.006 -48.79 wall-znt Office2/Garage -0.003 -38.85 wall-Int Parking/Garage -0.008 -15.68 �oor-Sgle-znt. Office2/Garage -0.003 -36.32 wall-znt Office3/Garage -0.006 -74.93 wall-znt Office2/Garage -0.003 -2.38 �ouble_�oor_znt Office2/Garage -0.003 -72.64 �oor-Stair Stair_3/Garage 0.183 266.88 wall-znt Office2/Garage -0.003 -12.31 wall-Stair Stair4/Garage 0.185 31.42 �oor-Stair Stair4/Garage 0.185 268.80 wall-Stair Stair4/Garage 0.185 13.93 �ouble_�oor_znt Parking/Garage -0.008 -109.87 wall-znt Parking/Garage -0.008 -15.62 �oor-Sgle-znt. Parking/Garage -0.008 -54.93 wall-znt Parking/Garage -0.008 -7.39 Office3 0.095 68.0 Floor Parking/1 -0.002 -13.13 Floor openspace2/1 -0.014 -35.63 wall-znt Officel/Garage 0.005 26.65 wall-znt Storagel/Garage -0.001 -9.18 �oor-Sgle-znt. Corridor/Garage 0.006 48.79 �oor-Sgle-znt. Storagel/Garage -0.001 -20.72 wall-Int Storagel/Garage -0.001 -5.23 wall-znt Office4/Garage -0.001 -1.85 �ouble_�oor_znt Office4/Garage -0.001 -45.90 wall-znt Corridor/Garage 0.006 74.93 wall-znt Office4/Garage -0.001 -4.22 Page 1 winter doors closed with no wind.txt wall-znt Parking/Garage -0.002 -14.52 Office4 0.094 68.0 Floor OpenSpace2/1 -0.013 -44.78 Floor Hallway/1 -0.013 -2.28 wall-znt Storagel/Garage 0.000 3.60 �ouble_�oor_znt Storagel/Garage 0.000 19.74 wall-znt Office3/Garage 0.001 1.85 �ouble_�oor_znt office3/Garage 0.001 45.90 wall-znt Office3/Garage 0.001 4.22 wall-Int Parking/Garage -0.000 -3.20 �ouble_�oor_znt Parking/Garage -0.000 -21.02 wall-Int Parking/Garage -0.000 -0.86 wall-znt Office/Garage -0.000 -3.16 Office2 0.098 68.0 Floor Parking/1 -0.004 -19.19 wall-Int Corridor/Garage 0.003 38.85 �oor-Sgle-znt. Corridor/Garage 0.003 36.32 wall-znt Corridor/Garage 0.003 2.38 �ouble_�oor_znt Corridor/Garage 0.003 72.64 wall-Stair 5tair_3/Garage 0.186 41.11 wall-znt Corridor/Garage 0.003 12.31 wall-5tair Stair4/Garage 0.189 14.05 wall-Int Parking/Garage -0.004 -3.42 �ouble_�oor_znt Parking/Garage -0.004 -82.43 wall-znt Parking/Garage -0.004 -26.78 �ouble_�oor_znt Parking/Garage -0.004 -82.43 wall-Int Parking/Garage -0.004 -3.42 stair_3 0.284 68.0 233_StairGarage Stair_3/1 0.000 615.84 �oor-Stair Corridor/Garage -0.183 -266.88 wall-Stair Office2/Garage -0.186 -41.11 wall-Stair Parking/Garage -0.190 -14.12 wall-Stair Elev_1/Garage -0.077 -16.40 wall-Stair Nonvest3/Garage -0.190 -4.99 �oor-Stair Nonvest3/Garage -0.190 -272.35 stair4 0.287 68.0 233_StairGarage Stair_4/1 0.000 467.12 wall-5tair Corridor/Garage -0.185 -31.42 �oor-stair Corridor/Garage -0.185 -268.80 wall-Stair Office2/Garage -0.189 -14.05 wall-Stair Corridor/Garage -0.185 -13.93 �oor-Stair-0.1 Nonvest4/Garage -0.193 -114.30 wall-Stair Nonvest4/Garage -0.193 -5.02 wall-5tair Elev_2/Garage -0.110 -19.60 Elev_1 0.207 68.0 14_Elevator Elev_1/1 0.000 301. 58 wall-Stair Stair_3/Garage 0.077 16.40 wall-Elevator Parking/Garage -0.113 -11.35 wall-Elevator Nonvest3/Garage -0.113 -11.34 Door-Elev Elevator_l�obby/Garage -0.013 -147.64 �oor-Elev Elevator_l�obby/Garage -0.013 -147.64 Nonvest3 0.094 68.0 Floor Nonvest3/1 -0.000 -0.00 wall-5tair Stair_3/Garage 0.190 4.99 Door-Stair Stair_3/Garage 0.190 272.35 wall-Elevator Elev_1/Garage 0.113 11.34 wall-znt Parking/Garage -0.000 -0.88 wall-Int Parking/Garage -0.000 -0.44 MissingDOOr Parking/Garage -0.000 -287.36 Nonvest4 0.094 68.0 Floor Nonvest4/1 -0.000 -0.00 �oor-Stair-0.1 Stair4/Garage 0.193 114.30 wall-Stair Stair4/Garage 0.193 5.02 Page 2 winter doors closed with no wind.txt wall-znt Parking/Garage -0.000 -0.47 wall-Elevator Elev_2/Garage 0.083 9.71 MissingDoor Parking/Garage -0.000 -128.32 wall-Int Parking/Garage -0.000 -0.24 Elev_2 0.177 68.0 14_Elevator Elev_2/1 0.000 252. 56 wall-Stair Stair4/Garage 0.110 19.60 wall-Elevator Nonvest4/Garage -0.083 -9.71 wall-Elevator Parking/Garage -0.083 -9.71 �oor-Elev Elevator_2�obby/Garage -0.009 -126.37 �oor-Elev Elevator_2�obby/Garage -0.009 -126.37 Office 0.094 68.0 Floor Hallway/1 -0.012 -2. 50 Floor openspace2/1 -0.012 -5.14 Floor OpenSpace2/1 -0.012 -1. 50 wall-znt Office4/Garage 0.000 3.16 wall-znt Parking/Garage 0.000 0.81 Door-Sgle-Int. Parking/Garage 0.000 4.03 wall-znt Parking/Garage 0.000 1.13 Elevator_l�obby 0.194 68.0 Floor Elevator_l�obby/1 -0.000 -0.34 �oor-Elev Elev_1/Garage 0.013 147.64 Door-Elev Elev_1/Garage 0.013 147.64 �oor-Sgle-znt. Parking/Garage -0.101 -197.95 wall-Int Parking/Garage -0.101 -96.99 Elevator_2�obby 0.167 68.0 Floor Elevator_2�obby/1 -0.000 -0.43 �oor-Elev Elev_2/Garage 0.009 126.37 �oor-Elev Elev_2/Garage 0.009 126.37 �oor-5gle-znt. Parking/Garage -0.074 -169.34 wall-znt Parking/Garage -0.074 -82.97 stair_2 0.293 68.0 200_StairGarage stair_2/1 0.000 369.35 wall-Stair Parking/Garage -0.200 -90.29 �oor-Stair Parking/Garage -0.200 -279.06 Stairl 0.247 68.0 200_StairGarage Stair_5/1 0.000 323.22 Door-Stair Parking/Garage -0.153 -244.21 wall-Stair Parking/Garage -0.153 -79.02 Parking 0.094 68.0 Floor Room6/1 -0.006 -24.39 Garage0pen�1 Parking/1 -0.000 -1178.76 Floor RoomS/1 -0.003 -10.90 Floor Parking/1 -0.000 -0.38 Floor OpenSpace2/1 -0.012 -87.04 Floor Hallway/1 -0.012 -0.75 Floor OpenSpace2/1 -0.012 -0.75 Floor Room4/1 0.001 7.45 Floor Room7/1 0.002 2. 56 Floor 2_Storystair2/1 -0.013 -2.80 Floor StairEntry/1 -0.012 -0.86 Floor Entryway/1 -0.004 -1.69 Floor Cooridorl/1 -0.006 -5.43 Floor Corridor2/1 -0.013 -14.37 Floor Stair2Corridor/1 0.002 0.98 Floor 2_StoryStairl/1 0.006 2.21 Floor Stair2Passage/1 0.199 12.35 Floor Roomll/1 -0.028 -47.15 Floor Rooml2/1 -0.029 -37.60 Floor Room13/1 -0.015 -27.63 Floor Rooml4/1 -0.013 -24.49 Page 3 winter doors closed with no wind.txt Floor Room10/1 -0.012 -21. 57 Floor Room3/1 0.001 3.90 Floor Openspacel/1 -0.003 -41. 59 Floor Room8/1 -0.004 -16.20 Floor Room9/1 -0.006 -15.84 Floor Room15/1 -0.041 -4.71 Floor Room15/1 -0.041 -13.61 Floor Stair6/1 0.212 12.45 Floor Stair6Passage/1 0.210 6.82 Floor Ambt -0.097 -695.07 Floor Rooml/1 -0.093 -46.01 Floor StairlPassage/1 0.236 17.07 Floor Room2/1 -0.080 -46.25 wall-znt Officel/Garage 0.007 17.19 wall-Int Corridor/Garage 0.008 15.68 wall-5tair Stair_3/Garage 0.190 14.12 wall-znt Office2/Garage 0.004 3.42 �ouble_�oor_znt Office2/Garage 0.004 82.43 wall-znt Office2/Garage 0.004 26.78 �ouble_�oor_znt Office2/Garage 0.004 82.43 wall-znt Office2/Garage 0.004 3.42 �ouble_�oor_znt Corridor/Garage 0.008 109.87 wall-znt Corridor/Garage 0.008 15.62 �oor-Sgle-znt. Corridor/Garage 0.008 54.93 wall-znt Corridor/Garage 0.008 7.39 wall-znt office3/Garage 0.002 14. 52 wall-znt Office4/Garage 0.000 3.20 �ouble_�oor_znt office4/Garage 0.000 21.02 wall-znt Office4/Garage 0.000 0.86 wall-Elevator Elev_1/Garage 0.113 11.35 wall-znt Nonvest3/Garage 0.000 0.88 wall-znt Nonvest4/Garage 0.000 0.47 wall-Elevator Elev_2/Garage 0.083 9.71 wall-znt Nonvest3/Garage 0.000 0.44 Missing�oor Nonvest3/Garage 0.000 287.36 Missing�oor Nonvest4/Garage 0.000 128.32 wall-znt Nonvest4/Garage 0.000 0.24 wall-znt office/Garage -0.000 -0.81 Door-Sgle-Int. Elevator_1LObby/Garage 0.101 197.95 Door-Sgle-Int. Elevator_2LObby/Garage 0.074 169.34 wall-znt Elevator_l�obby/Garage 0.101 96.99 wall-znt Elevator_2�obby/Garage 0.074 82.97 Door-Sgle-Int. Office/Garage -0.000 -4.03 wall-znt Office/Garage -0.000 -1.13 wall-Stair Stair_2/Garage 0.200 90.29 Door-Stair Stairl/Garage 0.153 244.21 wall-Stair Stairl/Garage 0.153 79.02 �oor-5tair Stair_2/Garage 0.200 279.06 wall-znt Storage_1/Garage -0.000 -2.60 �oor-Sgle-znt. Storage_1/Garage -0.000 -3.30 �ouble_�oor_znt Storage_1/Garage -0.000 -6.60 wall-znt 5torage_1/Garage -0.000 -1.11 wall-znt Storage_2/Garage -0.000 -3.42 �ouble_�oor_znt Storage_2/Garage -0.000 -14.37 wall-znt Storage_2/Garage -0.000 -1.45 wall-Stair Stair_1/Garage 0.�45 15.97 �ouble_�oor_znt GarageEngtrance/Garage -0.016 -155.76 wall-znt GarageEngtrance/Garage -0.016 -31.69 �ouble_�oor_znt GarageEngtrance/Garage -0.016 -155.76 wall-Elevator Elevatorshortl/Garage 0.020 9.81 �oor-Elev Elevatorshortl/Garage 0.020 183.43 wall-Stair Stair_1/Garage 0.245 62.86 Door-Stair Stair_1/Garage 0.245 308.89 Page 4 winter doors closed with no wind.txt wall-Elevator Elevatorshort2/Garage -0.099 -11.70 wall-znt GarageEngtrance/Garage -0.016 -38.67 Storage_1 0.094 68.0 Floor Room15/1 -0.040 -13.61 wall-znt Parking/Garage 0.000 2.60 Door-Sgle-Int. Parking/Garage 0.000 3.30 �ouble_�oor_znt Parking/Garage 0.000 6.60 wall-Int Parking/Garage 0.000 1.11 Storage_2 0.093 68.0 Floor Ambt -0.097 -19.24 wall-znt Parking/Garage 0.000 3.42 �ouble_�oor_znt Parking/Garage 0.000 14.37 wall-znt Parking/Garage 0.000 1.45 ElevatorShortl 0.113 68.0 ElevShort�l ElevShortl/1 0.000 173.98 wall-Elevator Parking/Garage -0.020 -9.81 wall-Stair Stair_1/Garage 0.225 19.26 �oor-Elev Parking/Garage -0.020 -183.43 GarageEngtrance 0.078 68.0 Floor Ambt -0.081 -19.99 �ouble_�oor_znt Parking/Garage 0.016 155.76 wall-Int Parking/Garage 0.016 31.69 �ouble_�oor_znt Parking/Garage 0.016 155.76 wall-Stair Stair_1/Garage 0.�60 20.73 �oor-Elev Elevatorshort2/Garage -0.083 -375.41 wall-Elevator Elevatorshort2/Garage -0.083 -7.20 wall-znt Parking/Garage 0.016 38.67 stair_1 0. 338 68.0 200_StairGarage Stair_1/1 0.000 447.84 wall-Stair Parking/Garage -0.245 -15.97 wall-stair Elevatorshortl/Garage -0.225 -19.26 wall-5tair GarageEngtrance/Garage -0.260 -20.73 wall-Stair Elevatorshort2/Garage -0.344 -20.13 wall-Stair Parking/Garage -0.�45 -62.86 �oor-Stair Parking/Garage -0.245 -308.89 Elevatorshort2 -0.005 68.0 Elevshort2_�1 Elevator5hort2/1 -0.000 -414.44 �oor-Elev GarageEngtrance/Garage 0.083 375.41 wall-Stair Stair_1/Garage 0. 344 20.13 wall-Elevator GarageEngtrance/Garage 0.083 7.20 wall-Elevator Parking/Garage 0.099 11.70 level : 1 elevation: 1.0 ft zone P T path from dP Flowl Flow2 Room6 0.091 68.0 Floor Parking/2 0.006 20.71 wall-Exterior Ambt -0.105 -118.45 wall-Exterior Ambt -0.105 -59.39 wall-Int Parking/1 0.006 29.08 Floor Parking/Garage 0.006 24.39 wall-znt Openspacel/1 0.003 2.41 �oor-Sgle-znt. Openspacel/1 0.003 34.46 wall-Int RoomS/1 0.003 28.94 �oor-Sgle-znt. OpenSpacel/1 0.003 34.46 wall-znt Openspacel/1 0.003 3.39 Parking 0.097 68.0 Garage0pen�2 Parking/2 -0.000 -1599.19 Floor Parking/2 -0.000 -0.44 Floor Storagel/2 0.035 10.39 Floor Storage2/2 0.035 10.40 Floor Ha112/2 0.038 19.47 Floor Ha113/2 0.039 2.29 Page 5 winter doors closed with no wind.txt Floor Ha114/2 0.036 5.16 Floor Rm8/2 0.012 24.80 Floor Office/2 0.020 22.73 Floor Private/2 0.016 19.75 Floor Bathrooml/2 0.035 24.02 Floor Ha112/2 0.038 13.14 Floor Rm6/2 0.006 2.17 Floor Rm7/2 -0.006 -2.01 Floor Courtyard/2 -0.020 -6.65 Floor Rm9/2 -0.015 -3.29 Floor Rm10/2 0.005 1.25 Wall-Exterior Ambt -0.111 -471.01 Floor Officel/Garage 0.007 28.43 wall-Int Room6/1 -0.006 -29.08 Floor Office3/Garage 0.002 13.13 Garageopen�l Parking/Garage 0.000 1178.76 Floor Corridor/Garage 0.008 19.02 Floor office2/Garage 0.004 19.19 wall-znt Openspace2/1 -0.012 -93.62 wall-Stair 5tair_3/1 0.190 65.94 wall-Stair Stair_4/1 0.193 66.40 wall-Elevator Elev_1/1 0.113 11.35 wall-znt Nonvest3/1 0.000 0.89 Wall-Int NonVest4/1 0.000 0.48 wall-Elevator Elev_2/1 0.083 9.71 wall-Stair openspacel/1 -0.003 -9.48 Wall-Int NonVest3/1 0.000 0.44 Missing�oor Nonvest3/1 0.000 288.83 Missing�oor Nonvest4/1 0.000 129.81 Wall-Int NonVest4/1 0.000 0.24 Door-Sgle-Int. Elevator_1LObby/1 0.100 197.74 Door-Sgle-Int. Elevator_2LObby/1 0.073 169.02 wall-znt Elevator_l�obby/1 0.100 96.89 Floor Parking/Garage 0.000 0.38 wall-znt Elevator_2�obby/1 0.073 82.81 Wall-Int Entryway/1 -0.004 -2.18 wall-znt Cooridorl/1 -0.006 -5.86 �oor-5gle-znt. Cooridorl/1 -0.006 -46. 54 wall-znt Cooridorl/1 -0.006 -35.19 �oor-Sgle-znt. Cooridorl/1 -0.006 -46. 54 wall-znt Cooridorl/1 -0.006 -4.28 Door-Sgle-Int. Corridor2/1 -0.013 -71.60 wall-znt Corridor2/1 -0.013 -108.07 RoomS 0.094 68.0 Floor Parking/2 0.003 14.35 wall-Int Room6/1 -0.003 -28.94 wall-Int OpenSpacel/1 0.000 0.11 Floor Parking/Garage 0.003 10.90 �oor-Sgle-znt. OpenSpacel/1 0.000 0.61 wall-znt openspacel/1 0.000 2.96 Hallway 0.085 68.0 Floor Parking/2 0.012 5. 50 �oor-Sgle-znt. OpenSpace2/1 -0.000 -1.45 Floor Office4/Garage 0.013 2.28 wall-znt Openspace2/1 -0.000 -1.32 wall-znt Openspace2/1 -0.000 -1.32 Floor Office/Garage 0.012 2. 50 Floor Parking/Garage 0.012 0.75 Door-Sgle-Int. StairEntry/1 -0.000 -6.95 stair_3 0.287 68.0 233_Stair�ev2 stair_3/2 0.000 975. 52 wall-Stair Parking/1 -0.190 -65.94 233_StairGarage Stair_3/Garage -0.000 -615.84 Page 6 winter doors closed with no wind.txt wall-Stair Elev_1/1 -0.077 -16.40 wall-Stair Nonvest3/1 -0.190 -4.99 �oor-Stair Nonvest3/1 -0.190 -272.36 stair_4 0.290 68.0 233_stair�ev2 stair_4/2 0.000 672.43 233_5tairGarage Stair4/Garage -0.000 -467.12 wall-stair Parking/1 -0.193 -66.40 Door-Stair-0.1 Nonvest4/1 -0.193 -114.30 wall-Stair Nonvest4/1 -0.193 -5.02 wall-5tair Elev_2/1 -0.110 -19.60 openspace2 0.085 68.0 Floor Parking/2 0.012 99.36 Floor Rm15/2 0.017 12.33 Floor Ha114/2 0.049 5.97 Floor Office/2 0.033 7.34 Floor Rm14/2 0.035 7.62 Floor Rml3/2 0.048 16.47 Floor Ha114/2 0.049 2.98 Floor Rm10/2 0.017 0.89 Floor Ha115/2 0.158 31.38 Floor Rmll/2 0.039 1.96 Floor Rm12/2 0.011 21.67 Floor Ambt -0.132 -4.91 Wall-Exterior Ambt -0.098 -114.74 �oor-Sgle-znt. Hallway/1 0.000 1.45 Floor 5toragel/Garage 0.013 11.79 Floor Office3/Garage 0.014 35.63 Floor Office4/Garage 0.013 44.78 wall-znt Parking/1 0.012 93.62 Wall-Int Hallway/1 0.000 1.32 Wall-Int Hallway/1 0.000 1.32 wall-Exterior Ambt -0.098 -126.72 Floor Parking/Garage 0.012 87.04 Floor Office/Garage 0.012 5.14 Floor Office/Garage 0.012 1. 50 Floor Parking/Garage 0.012 0.75 wall-Stair 2_StoryStair2/1 -0.001 -0.47 wall-Int StairEntry/1 -0.000 -1.00 wall-znt Corridor2/1 -0.001 -6.20 Door-Sgle-Int. StairEntry/1 -0.000 -6.80 wall-Stair 2_Storystair2/1 -0.001 -3.16 Door-Sgle-Int. Corridor2/1 -0.001 -18.18 wall-Stair Stair_5/1 0.165 90.75 wall-Int Room14/1 -0.000 -14. 55 wall-Exterior Ambt -0.098 -159.64 wall-Int Room15/1 -0.0�8 -89.45 wall-Exterior Ambt -0.098 -15.96 Door_DOUble_Ext Ambt -0.098 -21.25 Elev_1 0.210 68.0 Elevator Elev_1/2 0.000 605. 55 wall-Stair Stair_3/1 0.077 16.40 wall-Elevator Parking/1 -0.113 -11.35 14_Elevator Elev_1/Garage -0.000 -301.58 wall-Elevator Nonvest3/1 -0.113 -11.34 �oor-Elev Elevator_l�obby/1 -0.013 -148.84 Door-Elev Elevator_l�obby/1 -0.013 -148.84 Nonvest3 0.097 68.0 Floor Nonvest3/2 0.038 1.47 wall-Stair Stair_3/1 0.190 4.99 Door-Stair Stair_3/1 0.190 272.36 Floor Nonvest3/Garage 0.000 0.00 wall-Elevator Elev_1/1 0.113 11.34 wall-znt Parking/1 -0.000 -0.89 Page 7 winter doors closed with no wind.txt wall-Int Parking/1 -0.000 -0.44 MissingDOOr Parking/1 -0.000 -288.83 Nonvest4 0.097 68.0 Floor Nonvest4/2 0.039 1.49 �oor-Stair-0.1 stair_4/1 0.193 114.30 wall-5tair Stair_4/1 0.193 5.02 Floor Nonvest4/Garage 0.000 0.00 wall-Int Parking/1 -0.000 -0.48 wall-Elevator Elev_2/1 0.083 9.71 MissingDOOr Parking/1 -0.000 -129.81 wall-Int Parking/1 -0.000 -0.24 Elev_2 0.180 68.0 Elevator Elev_2/2 0.000 508.84 wall-Stair Stair_4/1 0.110 19.60 wall-Elevator Nonvest4/1 -0.083 -9.71 14_Elevator Elev_2/Garage -0.000 -252. 56 wall-Elevator Parking/1 -0.083 -9.71 Door-Elev Elevator_2�obby/1 -0.010 -128.23 �oor-Elev Elevator_2�obby/1 -0.010 -128.23 Elevator_l�obby 0.197 68.0 Floor Ha112/2 -0.063 -3.38 Door-Elev Elev_1/1 0.013 148.84 Door-Elev Elev_1/1 0.013 148.84 Floor Elevator_l�obby/Garage 0.000 0.34 �oor-Sgle-znt. Parking/1 -0.100 -197.74 wall-Int Parking/1 -0.100 -96.89 Elevator_2�obby 0.170 68.0 Floor Ha113/2 -0.035 -5.04 Door-Elev Elev_2/1 0.010 128.23 Door-Elev Elev_2/1 0.010 128.23 �oor-Sgle-znt. Parking/1 -0.073 -169.02 Floor Elevator_2�obby/Garage 0.000 0.43 wall-znt Parking/1 -0.073 -82.81 Room4 0.098 68.0 Floor Parking/2 -0.001 -9.62 �oor-Sgle-znt. Openspacel/1 -0.004 -39.88 wall-Int Openspacel/1 -0.004 -32.97 wall-Int Room7/1 0.000 3.66 Floor Parking/Garage -0.001 -7.45 Wall-Int Stair2Corridor/1 0.001 4.84 Door-Sgle-Int. OpenSpacel/1 -0.004 -39.88 wall-Int 5tair2Passage/1 0.197 121.30 Room7 0.099 68.0 Floor Parking/2 -0.002 -5.31 wall-znt Room4/1 -0.000 -3.66 wall-znt openspacel/1 -0.004 -24. 56 Floor Parking/Garage -0.002 -2. 56 wall-Int Stair2Corridor/1 0.000 36.08 StairEntry 0.085 68.0 Floor Parking/2 0.012 0.86 Door-Sgle-Int. Hallway/1 0.000 6.95 Door-Sgle-Int. 2_Storystair2/1 -0.001 -15.75 wall-znt Openspace2/1 0.000 1.00 Wall-Stair 2_StoryStair2/1 -0.001 -0.71 Floor Parking/Garage 0.012 0.86 �oor-Sgle-znt. Openspace2/1 0.000 6.80 2_Storystair2 0.084 68.0 200_Stair�evl 2_Storystair2/2 0.000 24.27 Wall-Stair OpenSpace2/1 0.001 0.47 Door-Sgle-Int. StairEntry/1 0.001 15.75 wall-Stair StairEntry/1 0.001 0.71 Floor Parking/Garage 0.013 2.80 wall-Stair OpenSpace2/1 0.001 3.16 Page 8 winter doors closed with no wind.txt wall-Stair Ambt -0.097 -41.80 wall-Stair Ambt -0.097 -5.36 Stair2Corridor 0.099 68.0 Floor Parking/2 -0.002 -3.62 wall-znt Room7/1 -0.000 -36.08 Wall-Int Room4/1 -0.001 -4.84 �oor-Sgle-znt. OpenSpacel/1 -0.005 -43.26 Floor Parking/Garage -0.002 -0.98 wall-Stair Stair_2/1 0.198 45.82 wall-Int 5tair2Passage/1 0.197 42.97 Entryway 0.093 68.0 Floor Parking/2 0.004 0. 55 Floor Halll/2 0.041 1.37 wall-znt openspacel/1 0.001 1.62 Wall-Int Parking/1 0.004 2.18 �oor-5gle-znt. Openspacel/1 0.001 20. 56 �oor-Sgle-znt. Cooridorl/1 -0.002 -25.39 Floor Parking/Garage 0.004 1.69 �oor-Sgle-znt. Openspacel/1 0.001 20. 56 �oor-Sgle-znt. Cooridorl/1 -0.002 -25.39 wall-Int Openspacel/1 0.001 1.62 wall-Int Room8/1 0.000 0.64 Cooridorl 0.091 68.0 Floor Rm6/2 0.012 2.96 Floor Ha112/2 0.043 1.15 Floor Rm7/2 0.000 0.05 Floor Rm8/2 0.017 3.55 wall-Int Parking/1 0.006 5.86 �oor-Sgle-znt. Parking/1 0.006 46. 54 wall-Int Parking/1 0.006 35.19 �oor-Sgle-znt. Parking/1 0.006 46. 54 wall-Int Parking/1 0.006 4.28 �oor-Sgle-znt. Entryway/1 0.002 25.39 Floor Parking/Garage 0.006 5.43 Door-Sgle-Int. Ambt -0.105 -202.25 Door-Sgle-Int. Entryway/1 0.002 25.39 �oor-Sgle-znt. 2_StoryStairl/1 0.011 65.74 Door-Sgle-Int. Room8/1 0.002 27.85 �oor-Sgle-znt. Room9/1 -0.001 -19.04 wall-Int Room9/1 -0.001 -5.69 �oor-Sgle-znt. Room10/1 -0.006 -48.32 wall-Int Room10/1 -0.006 -20.61 Corridor2 0.084 68.0 Floor Courtyard/2 -0.007 -2.19 Floor Rm9/2 -0.002 -2.21 Floor Rm10/2 0.018 3.66 Floor Ha114/2 0.050 1.17 Floor Rm13/2 0.049 1.50 �oor-Sgle-znt. Parking/1 0.013 71.60 wall-Int Parking/1 0.013 108.07 wall-znt Openspace2/1 0.001 6.20 Door-Sgle-Int. Ambt -0.097 -194.79 Floor Parking/Garage 0.013 14.37 wall-Int Roomll/1 -0.015 -33.13 Door-Sgle-Int. Roomll/1 -0.015 -76.48 wall-Int Roomll/1 -0.015 -16.06 wall-znt Rooml2/1 -0.016 -16.72 Door-Sgle-Int. Rooml2/1 -0.016 -79.60 Wall-Int Room12/1 -0.016 -34.48 wall-Int Room13/1 -0.002 -10.95 �oor-sgle-znt. Room13/1 -0.002 -25.29 Door-Stair Stair_5/1 0.166 254.49 �oor-Sgle-znt. OpenSpace2/1 0.001 18.18 Page 9 winter doors closed with no wind.txt �oor-Sgle-znt. Rooml4/1 0.000 12.66 2_storystairl 0.103 68.0 200_Stair�evl 2_storystairl/2 0.000 127. 50 Door-Sgle-Int. Cooridorl/1 -0.011 -65.74 Floor Parking/Garage -0.006 -2.21 Door-Sgle-Int. Room8/1 -0.009 -59. 55 Stair_2 0.297 68.0 200_Stair�evl Stair_2/2 0.000 861.49 wall-Stair Stair2Corridor/1 -0.198 -45.82 200_StairGarage Stair_2/Garage -0.000 -369.35 2by2opening Stair2Passage/1 -0.001 -395.31 wall-Stair Openspacel/1 -0.203 -51.01 Stair_5 0.250 68.0 200_Stair�evl Stair_5/2 0.000 668.46 Door-Stair Corridor2/1 -0.166 -254.49 200_StairGarage Stairl/Garage -0.000 -323.22 wall-Stair OpenSpace2/1 -0.165 -90.75 stair2Passage 0.295 68.0 Floor Rm3/2 -0.188 -8.97 wall-Int Room4/1 -0.197 -121.30 wall-znt Stair2Corridor/1 -0.197 -42.97 Door-Sngl-Ext Ambt -0.309 -44.77 Floor Parking/Garage -0.199 -12.35 2by2opening Stair_2/1 0.001 395.31 wall-znt Room3/1 -0.198 -121.45 wall-znt openspacel/1 -0.201 -43.49 Roomll 0.069 68.0 Floor Courtyard/2 0.008 8.70 Floor Ambt -0.116 -4.61 wall-Int Corridor2/1 0.015 33.13 Door-Sgle-Int. Corridor2/1 0.015 76.48 wall-Int Corridor2/1 0.015 16.06 wall-Exterior Ambt -0.082 -56.08 wall-Exterior Ambt -0.082 -42.03 Wall-Exterior Ambt -0.082 -20.71 Floor Parking/Garage 0.028 47.15 wall-znt Room12/1 -0.001 -15.92 wall-Exterior Ambt -0.082 -23.22 �oor-Sngl-Ext ambt -0.082 -18.95 Rooml2 0.068 68.0 Floor Rm9/2 0.015 19.90 Floor Courtyard/2 0.010 1.13 Floor Ambt -0.115 -9.17 wall-Int Corridor2/1 0.016 16.72 �oor-sgle-znt. Corridor2/1 0.016 79.60 wall-Int Corridor2/1 0.016 34.48 wall-znt Roomll/1 0.001 15.92 Floor Parking/Garage 0.029 37.60 wall-znt Rooml3/1 0.015 64.39 wall-Exterior Ambt -0.081 -241.79 Door-Sngl-Ext Ambt -0.081 -18.77 Room13 0.082 68.0 Floor Rm10/2 0.020 24.80 Floor Ambt -0.130 -9.74 wall-znt Corridor2/1 0.002 10.95 Door-Sgle-Int. Corridor2/1 0.002 25.29 wall-znt Rooml2/1 -0.015 -64.39 Floor Parking/Garage 0.015 27.63 Wall-Int Room14/1 0.002 24.13 wall-Exterior Ambt -0.096 -17.78 �oor-Sngl-Ext Ambt -0.096 -20.90 Rooml4 0.084 68.0 Floor Rm10/2 0.018 0.90 Page 10 winter doors closed with no wind.txt Floor Rmll/2 0.040 55.23 Floor Ambt -0.132 -9.81 �oor-Sgle-znt. Corridor2/1 -0.000 -12.66 wall-Int Room13/1 -0.002 -24.13 Floor Parking/Garage 0.013 24.49 wall-znt openspace2/1 0.000 14. 55 �oor-Sngl-Ext ambt -0.098 -21.19 wall-Exterior Ambt -0.098 -27.38 Room3 0.098 68.0 Floor Rm3/2 0.010 13.46 wall-Int Stair2Passage/1 0.198 121.45 wall-Exterior Ambt -0.111 -72. 57 Floor Parking/Garage -0.001 -3.90 wall-znt openspacel/1 -0.004 -35.39 �oor-sngl-Ext Ambt -0.111 -23.05 Openspacel 0.094 68.0 Floor Parking/2 0.003 28.70 Floor Halll/2 0.040 4.05 Floor Rm5/2 0.009 10.43 Floor Rm4/2 0.017 3.43 Floor Ambt -0.142 -10.18 Floor Rm3/2 0.013 10.99 Floor Rm2/2 -0.014 -3.18 wall-Int Room6/1 -0.003 -2.41 �oor-Sgle-znt. Room6/1 -0.003 -34.46 Door-Sgle-Int. Room6/1 -0.003 -34.46 wall-znt Room6/1 -0.003 -3.39 wall-Int RoomS/1 -0.000 -0.11 Door-Sgle-Int. RoomS/1 -0.000 -0.61 wall-Int RoomS/1 -0.000 -2.96 Door-Sgle-Int. Room4/1 0.004 39.88 wall-Stair Parking/1 0.003 9.48 wall-Exterior Ambt -0.108 -154.99 wall-Int Room4/1 0.004 32.97 wall-Int Room7/1 0.004 24. 56 wall-Int Entryway/1 -0.001 -1.62 �oor-Sgle-znt. Entryway/1 -0.001 -20. 56 Door-Sgle-Int. Stair2Corridor/1 0.005 43.26 �oor-Sgle-znt. Entryway/1 -0.001 -20. 56 wall-Int Entryway/1 -0.001 -1.62 Door-Sgle-Int. Room4/1 0.004 39.88 Door_DOUble_Ext Ambt -0.108 -22. 56 wall-Int Stair2Passage/1 0.201 43.49 wall-5tair Stair_2/1 0.203 51.01 wall-znt Room3/1 0.004 35.39 Floor Parking/Garage 0.003 41. 59 wall-znt Room8/1 -0.001 -19.68 wall-Exterior Ambt -0.108 -35.70 wall-Stair Stair6/1 0.215 49.31 wall-znt Stair6Passage/1 0.213 94. 53 wall-Exterior Ambt -0.108 -28.91 Door_DOUble_Ext Ambt -0.108 -22. 56 wall-Exterior Ambt -0.108 -38.89 wall-Exterior Ambt -0.108 -20.03 �oor-Sngl-Ext ambt -0.108 -22. 56 wall-Exterior Ambt -0.108 -60.95 Room8 0.093 68.0 Floor Halll/2 0.041 1.20 Floor Rm6/2 0.010 6.76 Floor Rm5/2 0.010 13.20 Floor Ambt -0.141 -10.15 �oor-Sgle-znt. Cooridorl/1 -0.002 -27.85 wall-Int Entryway/1 -0.000 -0.64 Page 11 winter doors closed with no wind.txt �oor-Sgle-znt. 2_StoryStairl/1 0.009 59. 55 wall-znt openspacel/1 0.001 19.68 Floor Parking/Garage 0.004 16.20 wall-Int Room9/1 -0.003 -25.98 wall-Exterior ambt -0.107 -29. 50 Door-Sngl-Ext Ambt -0.107 -22.46 Room9 0.090 68.0 Floor Rm7/2 0.001 0.25 Floor Rm6/2 0.013 19.88 Floor Ambt -0.138 -10.04 Door-Sgle-Int. Cooridorl/1 0.001 19.04 wall-Int Cooridorl/1 0.001 5.69 wall-znt Room8/1 0.003 25.98 Floor Parking/Garage 0.006 15.84 wall-Int Room10/1 -0.005 -31.47 Wall-Exterior Ambt -0.104 -23.11 Door-Sngl-Ext Ambt -0.104 -22.06 Room10 0.085 68.0 Floor Rm8/2 0.023 3.13 Floor Rm7/2 0.006 11.54 Floor Ambt -0.133 -9.86 �oor-5gle-znt. Cooridorl/1 0.006 48.32 wall-znt Cooridorl/1 0.006 20.61 wall-Exterior Ambt -0.099 -74.84 wall-Exterior Ambt -0.099 -30.60 Floor Parking/Garage 0.012 21.57 wall-znt Room9/1 0.005 31.47 Door-Sngl-Ext Ambt -0.099 -21.36 Room15 0.056 68.0 Floor Rm12/2 0.040 14.94 Floor Ambt -0.104 -8.72 wall-Int Openspace2/1 0.028 89.45 Floor Parking/Garage 0.041 4.71 Floor Storage_1/Garage 0.040 13.61 wall-Exterior Ambt -0.070 -84.24 Floor Parking/Garage 0.041 13.61 Door_DOUble_Ext Ambt -0.070 -17.05 wall-Exterior Ambt -0.070 -26.32 Stair6 0. 309 68.0 200_Stair�evl Stair6/2 0.000 542.37 2by2opening Stair6Passage/1 -0.002 -459. 54 Floor Parking/Garage -0.212 -12.45 wall-Stair OpenSpacel/1 -0.215 -49.31 wall-5tair Stair6Passage/1 -0.002 -2.40 wall-Stair Ambt -0.322 -18.67 Stair6Passage 0.307 68.0 Floor Rm2/2 -0.227 -7.09 2by2opening Stair6/1 0.002 459.54 Floor Parking/Garage -0.210 -6.82 wall-Stair Stair6/1 0.002 2.40 wall-znt Openspacel/1 -0.213 -94. 53 Door-Stair Ambt -0.321 -353.50 Rooml 0.004 68.0 Floor Rml/2 0.077 37. 51 Floor Ambt -0.051 -3.06 wall-Exterior Ambt -0.017 -39.24 Door-Sgle-Int. Ambt -0.017 -82.44 Wall-Exterior Ambt -0.017 -27. 50 Door-Sgle-Int. Ambt -0.017 -82.44 Floor Parking/Garage 0.093 46.01 wall-znt StairlPassage/1 0.329 143.26 wall-Elevator Elevshortl/1 0.113 12.04 wall-Stair Stair_1/1 0. 338 18.76 Page 12 winter doors closed with no wind.txt wall-Exterior Ambt -0.017 -22.89 ElevShortl 0.117 68.0 ElevShort�l ElevShortl/2 -0.000 -457.41 wall-Elevator Rooml/1 -0.113 -12.04 wall-Elevator StairlPassage/1 0.216 21. 53 ElevShort�l Elevatorshortl/Garage -0.000 -173.98 wall-Stair stair_1/1 0.225 17.91 �oor-Elev StairlPassage/1 0.216 603.99 Stair_1 0.342 68.0 200_Stair�evl Stair_1/2 0.000 1974.35 wall-Stair Rooml/1 -0.338 -18.76 wall-Stair Elevshortl/1 -0.225 -17.91 200_StairGarage Stair_1/Garage -0.000 -447.84 wall-Stair Ambt -0.355 -22. 51 wall-Stair StairlPassage/1 -0.009 -3.64 wall-Stair Elevatorshort2/1 -0.344 -22.14 2by2opening StairlPassage/1 -0.009 -1418.97 wall-Elevator Room2/1 -0. 325 -22. 57 StairlPassage 0.333 68.0 Floor Rml/2 -0.251 -47.48 wall-znt Rooml/1 -0.329 -143.26 Door-Sgle-Int. Ambt -0. 346 -367.25 wall-Elevator Elevshortl/1 -0.216 -21. 53 Floor Parking/Garage -0.�36 -17.07 �oor-Elev Elevshortl/1 -0.216 -603.99 wall-Stair 5tair_1/1 0.009 3.64 2by2opening Stair_1/1 0.009 1418.97 wall-Int Room2/1 -0.315 -222.03 Elevatorshort2 -0.002 68.0 Elevshort2_�1 Elevator5hort2/2 -0.000 -296.40 Door-Elev Ambt -0.012 -140.31 wall-Stair Stair_1/1 0. 344 22.14 Elevshort2_�1 Elevatorshort2/Garage 0.000 414.44 wall-Elevator Ambt -0.012 -5.00 wall-Elevator Room2/1 0.019 5.13 Room2 0.017 68.0 Floor Ambt -0.064 -6.87 Floor Rml/2 0.064 37.63 wall-Exterior Ambt -0.031 -43.13 wall-znt StairlPassage/1 0.315 222.03 wall-Elevator Stair_1/1 0. 325 22. 57 wall-Elevator ElevatorShort2/1 -0.019 -5.13 Floor Parking/Garage 0.080 46.25 wall-Exterior Ambt -0.031 -24.93 Door-Sgle-Int. Ambt -0.031 -109.34 wall-Exterior Ambt -0.031 -29.74 Door-Sgle-Int. Ambt -0.031 -109.34 level : 2 elevation: 15.0 ft zone P T path from dP Flowl Flow2 Parking 0.144 68.0 Floor Ambt -0.188 -46.95 Floor Ambt -0.188 -58.69 Floor Rm5/3 0.003 5.66 Floor Rm9/3 -0.173 -140.47 Floor Entrance3/3 0.190 10.37 Floor Courtyard/3 -0.020 -28.48 Floor Entrance4/3 0.192 6.64 Floor Rm6/3 -0.039 -24.98 Floor Rm7/3 -0.050 -44.35 Floor Rm8/3 -0.066 -55. 57 Floor Entrance2/3 0.005 2.88 Page 13 winter doors closed with no wind.txt Floor OpenAreal/3 -0.026 -236.85 Floor Bathroom/3 -0.007 -20.63 Floor Entrance5/3 -0.046 -0.73 Floor Ambt -0.188 -58.69 Floor Ha112/3 0.010 3.32 Floor Rm10/3 -0.153 -79.45 Floor Ha112/3 0.010 1.00 Floor Rmll/3 -0.050 -3.03 Floor Ambt -0.188 -11.74 Floor Rmll/3 -0.050 -3.03 Floor Ambt -0.188 -5.87 wall-Exterior Ambt -0.158 -870.73 Floor Room6/1 -0.006 -20.71 Garage0pen�2 Parking/1 0.000 1599.19 Floor Parking/1 0.000 0.44 wall-Exterior Ambt -0.158 -160.23 wall-znt RmlS/2 0.005 34.75 Floor RoomS/1 -0.003 -14.35 Floor Openspace2/1 -0.012 -99.36 Floor Hallway/1 -0.012 -5. 50 wall-Exterior ambt -0.158 -261.43 wall-znt Storagel/2 0.035 46.27 wall-znt storage2/2 0.035 46.31 wall-Stair Stair_3/2 0.191 51.45 wall-Stair Stair_4/2 0.193 51.81 wall-Elevator Elev_1/2 0.113 11.35 wall-Elevator Elev_2/2 0.083 9.71 wall-znt Ha113/2 0.039 8.05 wall-znt Ha114/2 0.036 66.04 wall-Int Rm14/2 0.0�3 38.29 wall-znt Ha112/2 0.038 173. 52 Floor Room7/1 0.002 5.31 wall-Stair 2_StoryStair2/2 -0.013 -1.96 Floor Room4/1 0.001 9.62 Floor Openspacel/1 -0.003 -28.70 Door-Sgle-Int. 2_Storystair2/2 -0.013 -71.33 Floor StairEntry/1 -0.012 -0.86 wall-Stair 2_Storystair2/2 -0.013 -3.22 wall-znt Rm13/2 0.036 42.58 Floor Entryway/1 -0.004 -0. 55 wall-Stair 2_Storystair2/2 -0.013 -13.14 Floor Stair2Corridor/1 0.002 3.62 wall-Stair Stair_2/2 0.200 61.78 wall-Exterior Ambt -0.158 -33.37 Wall-Int Rm3/2 0.011 20.47 Wall-Int Rm4/2 0.014 12.95 wall-znt Halll/2 0.037 37.86 wall-5tair Stair_5/2 0.153 12.65 wall-Exterior Ambt -0.158 -104.36 wall-znt Ha115/2 0.146 135.45 Stair_3 0. 335 68.0 233_Stair_11. 5 Stair_3/3 0.000 1304.49 wall-Stair Parking/2 -0.191 -51.45 233_5tair�ev2 Stair_3/1 -0.000 -975. 52 wall-Stair Storagel/2 -0.155 -12.74 wall-Stair Elev_1/2 -0.077 -16.40 wall-Stair Nonvest3/2 -0.153 -4.47 �oor-5tair Nonvest3/2 -0.153 -243.91 Stair_4 0.337 68.0 233_Stair_11. 5 Stair_4/3 0.000 863.42 wall-Stair Storage2/2 -0.158 -12.84 233_5tair�ev2 Stair_4/1 -0.000 -672.43 wall-Stair Parking/2 -0.193 -51.81 Page 14 winter doors closed with no wind.txt Door-Stair-0.1 Nonvest4/2 -0.154 -102.24 wall-Stair Nonvest4/2 -0.154 -4.49 wall-Stair Elev_2/2 -0.110 -19.60 storagel 0.180 68.0 wall-znt Parking/2 -0.035 -46.27 wall-5tair Stair_3/2 0.155 12.74 Floor Parking/1 -0.035 -10.39 wall-Int Nonvest3/2 0.002 3.25 �oor-Sgle-znt. Ha112/2 0.002 30.03 Wall-Int Ha112/2 0.002 10.64 Storage2 0.180 68.0 wall-Int Parking/2 -0.035 -46.31 wall-Stair Stair_4/2 0.158 12.84 Floor Parking/1 -0.035 -10.40 wall-znt Nonvest4/2 0.003 3.69 Door-Sgle-Int. Ha112/2 0.002 29.66 Wall-Int Ha112/2 0.002 10. 51 Elev_1 0.258 68.0 11. 5_Elevator Elev_1/3 0.000 1325.38 wall-Stair 5tair_3/2 0.077 16.40 wall-Elevator Parking/2 -0.113 -11.35 Elevator Elev_1/1 -0.000 -605.55 wall-Elevator Nonvest3/2 -0.076 -9.27 �oor-Elev Ha112/2 -0.076 -357.80 �oor-Elev Ha112/2 -0.076 -357.80 Nonvest3 0.182 68.0 Floor Nonvest3/3 -0.028 -1.27 wall-5tair Stair_3/2 0.153 4.47 �oor-Stair Stair_3/2 0.153 243.91 Floor Nonvest3/1 -0.038 -1.47 wall-Elevator Elev_1/2 0.076 9.27 wall-znt Storagel/2 -0.002 -3.25 Wall-Int Ha112/2 -0.000 -0.40 Missing�oor Ha112/2 -0.000 -251.25 Nonvest4 0.183 68.0 Floor Nonvest4/3 -0.080 -2.14 Door-Stair-0.1 Stair_4/2 0.154 102.24 wall-Stair Stair_4/2 0.154 4.49 Floor Nonvest4/1 -0.039 -1.49 wall-znt Storage2/2 -0.003 -3.69 wall-Elevator Elev_2/2 0.044 7.10 Missing�oor Ha113/2 -0.000 -106.31 Wall-Int Ha113/2 -0.000 -0.21 Elev_2 0.227 68.0 11. 5_Elevator Elev_2/3 0.000 1054.18 wall-Stair Stair_4/2 0.110 19.60 Wall-Elevator NonVest4/2 -0.044 -7.10 Elevator Elev_2/1 -0.000 -508.84 wall-Elevator Parking/2 -0.083 -9.71 Door-Elev Ha113/2 -0.044 -274.06 Door-Elev Ha113/2 -0.044 -274.06 Ha112 0.182 68.0 Floor Ha112/3 -0.028 -9.80 Floor Courtyard/3 -0.057 -16.21 Floor Rm4/3 -0.059 -9.82 �oor-Elev Elev_1/2 0.076 357.80 Door-Elev Elev_1/2 0.076 357.80 Wall-Int NonVest3/2 0.000 0.40 MissingDOOr Nonvest3/2 0.000 251.25 �oor-5gle-znt. Storagel/2 -0.002 -30.03 wall-znt Storagel/2 -0.002 -10.64 �oor-Sgle-znt. Storage2/2 -0.002 -29.66 wall-znt Storage2/2 -0.002 -10.51 Page 15 winter doors closed with no wind.txt Floor Elevator_l�obby/1 0.063 3.38 Floor Parking/1 -0.038 -19.47 �ouble_�oor_znt Ha113/2 0.001 36.99 west_open Ha113/2 0.001 200.39 wall-znt Rm8/2 -0.026 -54.06 Door-Sgle-Int. Rm8/2 -0.026 -100.88 wall-znt Rm8/2 -0.026 -53.40 wall-Int Rm8/2 -0.026 -54.06 �oor-Sgle-znt. Private/2 -0.022 -91.80 Door-Sgle-Int. Private/2 -0.022 -91.80 Wall-Int Private/2 -0.022 -77.11 Door-Sgle-Int. Private/2 -0.022 -91.80 �oor-sgle-znt. Bathrooml/2 -0.003 -35.46 wall-Int Bathrooml/2 -0.003 -13.96 �oor-sgle-znt. Bathrooml/2 -0.003 -35.46 wall-Int Parking/2 -0.038 -173. 52 Floor Parking/1 -0.038 -13.14 Door-Sgle-Int. Rm6/2 -0.031 -110.49 �ouble_�oor_znt Halll/2 -0.001 -32. 59 Floor Cooridorl/1 -0.043 -1.15 wall-znt Rm6/2 -0.031 -36.26 wall-Stair 2_Storystairl/2 -0.032 -4.93 Ha113 0.183 68.0 Floor Ha113/3 -0.080 -7.66 Missing�oor Nonvest4/2 0.000 106.31 Wall-Int NonVest4/2 0.000 0.21 Door-Elev Elev_2/2 0.044 274.06 Door-Elev Elev_2/2 0.044 274.06 wall-znt Parking/2 -0.039 -8.05 Double_DOOr_Int Ha112/2 -0.001 -36.99 Floor Parking/1 -0.039 -2.29 Floor Elevator_2�obby/1 0.035 5.04 �oor-Sgle-znt. Ha114/2 -0.002 -29. 55 west_open Ha112/2 -0.001 -200.39 East_Open Ha114/2 -0.002 -322.43 Wall-Int Bathrooml/2 -0.004 -12.34 �oor-Sgle-znt. Bathrooml/2 -0.004 -40.00 Ha114 0.181 68.0 Floor Ha113/3 -0.078 -14. 57 Floor Rm12/3 -0.089 -16.11 wall-znt Parking/2 -0.036 -66.04 wall-Int Rm15/2 -0.031 -42.10 �oor-Sgle-znt. Ha113/2 0.002 29. 55 Floor Parking/1 -0.036 -5.16 East_Open Ha113/2 0.002 322.43 wall-znt office/2 -0.016 -79.62 Floor OpenSpace2/1 -0.049 -5.97 Wall-Int Rm14/2 -0.014 -4.21 Door-Sgle-Int. Rml4/2 -0.014 -72.98 Door-Sgle-Int. Rm13/2 -0.000 -12.61 �oor-Sgle-znt. Office/2 -0.016 -78.78 Door-Sgle-Int. Rm10/2 -0.031 -110.41 wall-znt Rm13/2 -0.000 -3.97 Door-Sgle-Int. Rm13/2 -0.000 -12.61 wall-znt Rml3/2 -0.000 -1.32 Floor Corridor2/1 -0.050 -1.17 wall-znt Rm10/2 -0.031 -31.88 Floor openspace2/1 -0.049 -2.98 wall-znt Ha115/2 0.110 7.73 wall-Int Rmll/2 -0.009 -3.98 �oor-Sgle-znt. Ha115/2 0.110 206.76 Rm15 0.149 68.0 Floor Ambt -0.193 -1.49 Page 16 winter doors closed with no wind.txt Floor Rm8/3 -0.071 -0.90 Floor Rm9/3 -0.178 -5.70 Floor Rm8/3 -0.071 -5.40 Floor Rm9/3 -0.178 -8.55 Floor Entrance5/3 -0.051 -1.04 Floor Ha113/3 -0.046 -5.83 Floor Rm10/3 -0.158 -5.38 wall-Int Parking/2 -0.005 -34.75 wall-Int Ha114/2 0.031 42.10 Floor openspace2/1 -0.017 -12.33 wall-znt Rm14/2 0.018 39.27 Rm8 0.156 68.0 Floor Rm4/3 -0.032 -31.69 wall-znt Ha112/2 0.026 54.06 Door-Sgle-Int. Ha112/2 0.026 100.88 wall-znt Ha112/2 0.026 53.40 wall-znt Ha112/2 0.026 54.06 Floor Parking/1 -0.01� -24.80 wall-znt Private/2 0.004 17. 57 wall-Int Rm6/2 -0.005 -13.02 Floor Cooridorl/1 -0.017 -3. 55 �oor-5gle-znt. Courtyard/2 -0.031 -110. 53 Wall-Int Rm7/2 -0.017 -77.29 Floor Room10/1 -0.023 -3.13 wall-znt Courtyard/2 -0.031 -15.96 Bathrooml 0.179 68.0 Floor Courtyard/3 -0.054 -2.36 Door-Sgle-Int. Ha112/2 0.003 35.46 wall-znt Ha112/2 0.003 13.96 Door-Sgle-Int. Ha112/2 0.003 35.46 wall-znt Ha113/2 0.004 12.34 Door-Sgle-Int. Ha113/2 0.004 40.00 Wall-Int Private/2 -0.018 -30.00 wall-Int Office/2 -0.014 -26.23 Floor Parking/1 -0.035 -24.02 wall-Int Rm9/2 -0.049 -54.60 Office 0.165 68.0 Floor Rm12/3 -0.073 -91.17 wall-znt Ha114/2 0.016 79.62 wall-Int Bathrooml/2 0.014 26.23 Floor Parking/1 -0.020 -22.73 Floor openspace2/1 -0.033 -7.34 Door-Sgle-Int. Ha114/2 0.016 78.78 wall-Int Rm9/2 -0.035 -7.70 wall-znt Rm10/2 -0.015 -55.69 Private 0.160 68.0 Floor Courtyard/3 -0.036 -25.22 Floor Courtyard/3 -0.036 -15.36 Door-Sgle-Int. Ha112/2 0.022 91.80 Door-Sgle-Int. Ha112/2 0.02� 91.80 Wall-Int Ha112/2 0.022 77.11 Door-Sgle-Int. Ha112/2 0.022 91.80 wall-Int Rm8/2 -0.004 -17.57 wall-Int Bathrooml/2 0.018 30.00 Floor Parking/1 -0.016 -19.75 �oor-Sgle-znt. Courtyard/2 -0.036 -118.18 wall-znt Courtyard/2 -0.036 -68.25 �oor-Sgle-znt. Courtyard/2 -0.036 -118.18 Rm14 0.167 68.0 Floor Rm9/3 -0.195 -2.27 Floor Entrance5/3 -0.069 -1.21 Floor Ha113/3 -0.064 -1.71 Floor Rm10/3 -0.176 -11.35 Page 17 winter doors closed with no wind.txt wall-znt Parking/2 -0.023 -38.29 wall-Int Rm15/2 -0.018 -39.27 wall-Int Ha114/2 0.014 4.21 Floor Openspace2/1 -0.035 -7.62 Door-Sgle-Int. Ha114/2 0.014 72.98 wall-Int Rm13/2 0.013 24.53 Rm13 0.180 68.0 Floor Rm10/3 -0.189 -21.95 Floor Ha113/3 -0.077 -11.29 wall-Int Rm14/2 -0.013 -24. 53 �oor-Sgle-znt. Ha114/2 0.000 12.61 Floor Openspace2/1 -0.048 -16.47 wall-znt Parking/2 -0.036 -42. 58 wall-znt Ha114/2 0.000 3.97 �oor-Sgle-znt. Ha114/2 0.000 12.61 Wall-Int Ha114/2 0.000 1.32 Floor Corridor2/1 -0.049 -1.50 wall-Stair Stair_5/2 0.117 27.81 wall-Stair Stair_5/2 0.117 11.07 wall-znt Ha115/2 0.110 48.94 2_Storystair2 0.131 68.0 Floor Rm10/3 -0.140 -5.07 Floor Ambt -0.175 -2.83 wall-Stair Parking/2 0.013 1.96 �oor-Sgle-znt. Parking/2 0.013 71.33 wall-Stair Parking/2 0.013 3.22 200_Stair�evl 2_StoryStair2/1 -0.000 -24.27 wall-Stair Parking/2 0.013 13.14 wall-Stair Ambt -0.145 -50.96 wall-Stair Ambt -0.145 -6. 53 2_Storystairl 0.150 68.0 Floor Ha112/3 0.004 0.17 Floor Rm4/3 -0.026 -4.39 wall-Int Halll/2 0.032 12.48 wall-Stair Ha112/2 0.032 4.93 200_StairLevl 2_StoryStairl/1 -0.000 -127. 50 wall-Stair Rm6/2 0.001 2.45 Door-Stair Halll/2 0.032 110.85 Wall-Int Rm5/2 0.001 1.01 Rm9 0.129 68.0 Floor Rml2/3 -0.037 -21.89 wall-Int Bathrooml/2 0.049 54.60 wall-znt Office/2 0.035 7.70 Floor Parking/1 0.015 3.29 Floor Corridor2/1 0.002 2.21 wall-Int Courtyard/2 -0.005 -26.47 Floor Rooml2/1 -0.015 -19.90 Wall-Int Rm10/2 0.020 42.80 �oor-Sngl-Ext Ambt -0.143 -27.13 wall-Exterior Ambt -0.143 -15.21 Rm10 0.149 68.0 Floor Rm12/3 -0.057 -32.39 Floor Rm12/3 -0.057 -4.86 Floor Ambt -0.193 -59.48 wall-znt Office/2 0.015 55.69 Floor Parking/1 -0.005 -1.25 Door-Sgle-Int. Ha114/2 0.031 110.41 Floor Corridor2/1 -0.018 -3.66 Wall-Int Rm9/2 -0.020 -42.80 wall-znt Ha114/2 0.031 31.88 Floor Room13/1 -0.020 -24.80 Floor Room14/1 -0.018 -0.90 Floor OpenSpace2/1 -0.017 -0.89 Page 18 winter doors closed with no wind.txt Wall-Int Rmll/2 0.022 47.21 wall-Exterior Ambt -0.163 -25.71 �oor-Sngl-Ext Ambt -0.163 -29. 54 wall-Exterior Ambt -0.163 -18.92 Stair_2 0. 344 68.0 200_Stair_11. 5 Stair_2/3 0.000 1500.87 wall-stair Parking/2 -0.200 -61.78 200_5tair�evl Stair_2/1 -0.000 -861.49 wall-znt Rm4/2 -0.186 -21.90 wall-znt Halll/2 -0.163 -20. 50 �oor-Stair Rm4/2 -0.186 -269.10 Door-Stair Halll/2 -0.163 -251.88 wall-Stair Rm5/2 -0.193 -14.22 Stair_5 0.297 68.0 200_Stair_11. 5 Stair_5/3 0.000 1905.45 wall-Stair Rm13/2 -0.117 -27.81 wall-Stair Rml3/2 -0.117 -11.07 200_Stair�evl Stair_5/1 -0.000 -668.46 wall-Stair Parking/2 -0.153 -12.65 2by2opening Ha115/2 -0.007 -1178.68 wall-Stair Ha115/2 -0.007 -6.78 Halll 0.181 68.0 Floor Openareal/3 -0.063 -2.08 Floor Ha112/3 -0.027 -3.36 Floor Rm4/3 -0.058 -3.26 Double_DOOr_Int Ha112/2 0.001 32. 59 Wall-Int 2_StoryStairl/2 -0.032 -12.48 Floor Entryway/1 -0.041 -1.37 �oor-Stair 2_StoryStairl/2 -0.032 -110.85 wall-Int Parking/2 -0.037 -37.86 Floor Room8/1 -0.041 -1.20 wall-Int Stair_2/2 0.163 20. 50 �oor-Stair Stair_2/2 0.163 251.88 Floor openspacel/1 -0.040 -4.05 wall-znt Rm5/2 -0.031 -10.39 Door-Sgle-Int. Rm5/2 -0.031 -109.19 wall-znt Rm5/2 -0.031 -8.89 Rm7 0.139 68.0 Floor Rm4/3 -0.015 -0.84 Floor Ambt -0.183 -8.67 Floor Rm4/3 -0.015 -12.83 Floor Parking/1 0.006 2.01 Floor Cooridorl/1 -0.000 -0.05 wall-Int Rm6/2 0.012 51.49 Wall-Int Rm8/2 0.017 77.29 Floor Room9/1 -0.001 -0.25 Floor Room10/1 -0.006 -11. 54 wall-Exterior Ambt -0.152 -51.26 Door-Sngl-Ext Ambt -0.152 -28.27 wall-Exterior Ambt -0.152 -17.09 Courtyard 0.125 68.0 Floor Ambt -0.207 -123.22 Phantom_Connect Courtyard/3 0.000 94.99 wall-Int Rm4/3 -0.001 -7.68 wall-znt Rml2/3 -0.033 -41.00 wall-Exterior Ambt -0.182 -135.87 �oor-Sgle-znt. Private/2 0.036 118.18 wall-Int Private/2 0.036 68.25 Door-Sgle-Int. Private/2 0.036 118.18 Floor Parking/1 0.020 6.65 Floor Corridor2/1 0.007 2.19 Door-Sgle-Int. Rm8/2 0.031 110. 53 wall-Int Rm9/2 0.005 26.47 Page 19 winter doors closed with no wind.txt wall-znt Rm8/2 0.031 15.96 Floor Ambt -0.125 -33.42 Floor Roomll/1 -0.008 -8.70 Floor Room12/1 -0.010 -1.13 �oor-Sngl-Ext ambt -0.138 -26. 53 wall-Exterior Ambt -0.138 -108.48 �oor-Sngl-Ext ambt -0.138 -26. 53 Wall-Exterior Ambt -0.138 -48.81 Ha115 0.290 68.0 Floor Rm10/3 -0.299 -1.85 Floor Rmll/3 -0.196 -59.93 Floor Ambt -0.334 -3.91 wall-znt Rm13/2 -0.110 -48.94 2by2opening Stair_5/2 0.007 1178.68 wall-Stair Stair_5/2 0.007 6.78 wall-Int Ha114/2 -0.110 -7.73 �oor-Sgle-znt. Ha114/2 -0.110 -206.76 Floor Openspace2/1 -0.158 -31.38 wall-znt Rmll/2 -0.119 -132.93 Door-Sgle-Int. Rmll/2 -0.119 -215.49 wall-Int Parking/2 -0.146 -135.45 Wall-Int Rm12/2 -0.147 -16.74 �oor-Sgle-znt. Rm12/2 -0.147 -239.33 Wall-Int Rm12/2 -0.147 -16.74 Door-Sngl-Ext Ambt -0. 304 -44.29 wall-Exterior Ambt -0.304 -23.99 Rm6 0.151 68.0 Floor Rm4/3 -0.027 -15.64 Floor Ambt -0.195 -23.87 wall-Int Rm8/2 0.005 13.02 �oor-sgle-znt. Ha112/2 0.031 110.49 Floor Parking/1 -0.006 -2.17 Floor Cooridorl/1 -0.012 -2.96 wall-znt Ha112/2 0.031 36.26 wall-znt Rm7/2 -0.012 -51.49 Wall-Stair 2_StoryStairl/2 -0.001 -2.45 Floor Room8/1 -0.010 -6.76 Floor Room9/1 -0.013 -19.88 wall-znt Rm5/2 0.000 37.43 Wall-Exterior Ambt -0.164 -24.37 �oor-Sngl-Ext Ambt -0.164 -29.69 wall-Exterior Ambt -0.164 -17.92 Rmll 0.171 68.0 Floor Rmll/3 -0.077 -3.76 Floor Rm12/3 -0.079 -15.22 Floor Ambt -0.215 -62.75 wall-znt Ha114/2 0.009 3.98 wall-znt Ha115/2 0.119 132.93 �oor-Sgle-znt. Ha115/2 0.119 215.49 Floor openspace2/1 -0.039 -1.96 Floor Rooml4/1 -0.040 -55.23 Wall-Int Rm10/2 -0.022 -47.21 Wall-Int Rm12/2 -0.028 -87.47 wall-Exterior Ambt -0.185 -46.76 Door-Sngl-Ext Ambt -0.185 -32.05 Rm5 0.151 68.0 Floor Ha112/3 0.003 0.38 Floor Rm3/3 -0.025 -6.37 Floor Rm4/3 -0.027 -20.12 Floor Ambt -0.195 -29.85 Wall-Int 2_StoryStairl/2 -0.001 -1.01 wall-5tair Stair_2/2 0.193 14.22 wall-znt Halll/2 0.031 10.39 Page 20 winter doors closed with no wind.txt �oor-Sgle-znt. Halll/2 0.031 109.19 wall-znt Halll/2 0.031 8.89 Floor Openspacel/1 -0.009 -10.43 Floor Room8/1 -0.010 -13.20 wall-znt Rm6/2 -0.000 -37.43 wall-Int Rm4/2 0.008 52.36 wall-Exterior ambt -0.164 -47.32 Door-Sngl-Ext Ambt -0.164 -29.70 Rm3 0.155 68.0 Floor Ambt -0.199 -18.10 Floor Rm3/3 -0.029 -43.31 wall-Int Parking/2 -0.011 -20.47 Floor Stair2Passage/1 0.188 8.97 Floor Room3/1 -0.010 -13.46 wall-Exterior Ambt -0.169 -130.70 wall-Int Rm4/2 0.003 26.48 Wall-Int Rm2/2 -0.027 -8.06 Door-Stair Stair6/2 0.201 279.97 �oor-Sngl-Ext ambt -0.169 -30.19 wall-Stair 5tair6/2 0.201 36.45 Floor Openspacel/1 -0.013 -10.99 wall-Exterior Ambt -0.169 -19.60 wall-Exterior ambt -0.169 -21.78 wall-Int Rm2/2 -0.027 -35.20 Rm12 0.143 68.0 Floor Rmll/3 -0.049 -45.30 Floor Ambt -0.187 -2.93 Floor Ambt -0.187 -5.86 Floor Ambt -0.187 -58. 55 wall-Int Ha115/2 0.147 16.74 �oor-Sgle-znt. Ha115/2 0.147 239.33 wall-Int Ha115/2 0.147 16.74 Wall-Int Rmll/2 0.028 87.47 Floor openspace2/1 -0.011 -21.67 Floor RoomlS/1 -0.040 -14.94 wall-Exterior Ambt -0.157 -16.13 wall-Exterior Ambt -0.157 -96.71 Door-Sngl-Ext Ambt -0.157 -28.82 wall-Exterior ambt -0.157 -69.38 Rm4 0.158 68.0 Floor Rm3/3 -0.032 -24.64 Floor Ambt -0.202 -24.34 Floor Rm2/3 -0.057 -1.62 wall-Int Parking/2 -0.014 -12.95 wall-znt Stair_2/2 0.186 21.90 Door-Stair Stair_2/2 0.186 269.10 wall-znt Rm5/2 -0.008 -52.36 wall-Int Rm3/2 -0.003 -26.48 Floor OpenSpacel/1 -0.017 -3.43 Wall-Exterior Ambt -0.172 -47.13 wall-znt Rm2/2 -0.031 -67.47 Door-Sngl-Ext Ambt -0.172 -30. 58 Stair6 0. 356 68.0 200_Stair_11. 5 Stair6/3 0.000 923.62 �oor-Stair Rm3/2 -0.201 -279.97 Wall-Stair Rm2/2 -0.228 -64.84 200_Stair�evl Stair6/1 -0.000 -542.37 wall-Stair Rm3/2 -0.201 -36.45 Rm2 0.128 68.0 Floor Rm3/3 -0.002 -0.26 Floor Rm2/3 -0.026 -20.97 Floor Ambt -0.172 -22.42 wall-znt Rm3/2 0.027 8.06 Page 21 winter doors closed with no wind.txt wall-Stair Stair6/2 0.228 64.84 Floor Stair6Passage/1 0.227 7.09 wall-Int Rm4/2 0.031 67.47 Floor Openspacel/1 0.014 3.18 wall-znt Rm3/2 0.027 35.20 wall-Exterior Ambt -0.141 -33.90 Floor Ambt -0.128 -62.98 wall-Exterior Ambt -0.141 -31.90 �oor-Sngl-Ext Ambt -0.141 -26.91 wall-Int Rml/2 0.001 13. 50 Elevshortl 0.164 68.0 ElevShort�2 Elevshortl/3 -0.000 -213.83 wall-Elevator Rml/2 -0.036 -6.77 wall-Elevator Rml/2 -0.036 -8.77 ElevShortLl ElevShortl/1 0.000 457.41 wall-5tair Stair_1/2 0.225 17.92 �oor-Elev Rml/2 -0.036 -245.96 stair_1 0. 389 68.0 200_Stair_11. 5 Stair_1/3 0.000 2413.24 wall-Stair Rml/2 -0.261 -16.48 wall-Stair Elevshortl/2 -0.225 -17.92 200_5tair�evl Stair_1/1 -0.000 -1974.35 wall-Stair Ambt -0.403 -23.97 wall-Stair Rml/2 -0.261 -19.29 wall-Stair Elevator5hort2/2 -0.344 -22.15 Door-Stair Rml/2 -0.261 -318.85 wall-Elevator Rml/2 -0.261 -20.23 Elevatorshort2 0.045 68.0 Floor Ambt -0.089 -2.14 Door-Elev Ambt -0.059 -315.87 Wall-Stair Stair_1/2 0. 344 22.15 Elevshort2_�1 Elevatorshort2/1 0.000 296.40 wall-Elevator Ambt -0.059 -11.26 Wall-Elevator Rml/2 0.083 10.72 Rml 0.128 68.0 Floor Rm2/3 -0.027 -15.61 Floor Ambt -0.172 -8.42 Floor Entrancel/3 0.000 0.14 Floor Halll/3 0.041 3.60 Floor Rml/3 -0.106 -82.15 Floor Ambt -0.172 -16.85 wall-Int Rm2/2 -0.001 -13. 50 wall-Exterior Ambt -0.142 -14.66 Floor Rooml/1 -0.077 -37. 51 Door-Sngl-Ext Ambt -0.142 -27.01 Wall-Exterior Ambt -0.14� -8.40 wall-Elevator ElevShortl/2 0.036 6.77 wall-5tair Stair_1/2 0.261 16.48 wall-Exterior Ambt -0.142 -18.00 wall-Exterior Ambt -0.142 -65.49 wall-Elevator Elevshortl/2 0.036 8.77 Floor StairlPassage/1 0.251 47.48 �oor-Elev Elevshortl/2 0.036 245.96 wall-5tair Stair_1/2 0.261 19.29 �oor-Stair Stair_1/2 0.261 318.85 wall-Elevator Stair_1/2 0.261 20.23 wall-Elevator Elevatorshort2/2 -0.083 -10.72 Wall-Exterior Ambt -0.142 -19.20 Door-Sngl-Ext Ambt -0.142 -27.01 wall-Exterior Ambt -0.142 -57.39 Floor Room2/1 -0.064 -37.63 wall-Exterior Ambt -0.14� -57.39 Door-Sngl-Ext Ambt -0.142 -27.01 Page 22 winter doors closed with no wind.txt Door-Sngl-Ext Ambt -0.142 -27.01 Wall-Exterior Ambt -0.142 -21. 50 wall-Exterior Ambt -0.142 -21. 50 wall-Exterior Ambt -0.142 -73.64 level : 3 elevation: 28.0 ft zone P T path from dP Flowl Flow2 Rm5 0.192 68.0 Floor Ambt -0.230 -12.99 Floor Suite2/4 -0.052 -6.15 Floor Rm17/4 -0.073 -10.98 wall-Exterior Ambt -0.205 -41.65 wall-Exterior Ambt -0.205 -22.23 wall-Exterior Ambt -0.�05 -62.07 wall-znt OpenAreal/3 -0.030 -23.01 Floor Parking/2 -0.003 -5.66 wall-znt Entrance3/3 0.186 125.94 wall-Int Bathroom/3 -0.010 -12.30 wall-znt Entrance2/3 0.002 0.65 �ouble_�oor_znt Entrance2/3 0.002 49.15 wall-Stair Stair_3/3 0.187 21.30 Entrance3 0. 378 68.0 Floor Suite2/4 -0.238 -19.80 Door-Sngl-Ext Ambt -0.391 -52.21 wall-znt Rm5/3 -0.186 -125.94 wall-Int Courtyard/3 -0.209 -108.73 Floor Parking/2 -0.190 -10.37 wall-5tair Stair_3/3 0.001 0.35 2by2opening Stair_3/3 0.001 316.71 Entrance4 0. 381 68.0 Floor Suitel/4 -0.272 -21.16 Door-Sngl-Ext Ambt -0.394 -52.44 wall-znt Courtyard/3 -0.212 -109.42 wall-Int Rm6/3 -0.231 -114.29 Floor Parking/2 -0.192 -6.64 2by2opening Stair_4/3 0.001 303.61 wall-Stair Stair_4/3 0.001 0.34 Rm6 0.149 68.0 Floor Ambt -0.188 -8.80 Floor Suitel/4 -0.041 -1.72 Floor RmlS/4 -0.070 -30.46 wall-Exterior Ambt -0.163 -37.47 wall-Exterior Ambt -0.163 -18.37 wall-Exterior Ambt -0.163 -11.78 wall-znt Entrance4/3 0.231 114.29 wall-Int Rm7/3 -0.011 -51.66 Floor Parking/2 0.039 24.98 wall-5tair Stair_4/3 0.232 46.05 Wall-Elevator Elev_2/3 0.122 11.78 Door-Sgle-Int. Ha113/3 -0.00� -31.12 wall-znt Ha113/3 -0.002 -5.72 Rm7 0.138 68.0 Floor Ambt -0.177 -8.54 Floor Rm15/4 -0.059 -29.59 wall-Exterior ambt -0.152 -66.13 wall-Exterior Ambt -0.152 -10. 50 wall-znt Rm6/3 0.011 51.66 wall-Int Rm8/3 -0.016 -55.31 Floor Parking/2 0.050 44.35 Door-Sgle-Int. Ha113/3 0.009 58.06 wall-znt Ha113/3 0.009 16.00 Rm8 0.122 68.0 Floor Rm8/4 -0.051 -53.59 Page 23 winter doors closed with no wind.txt wall-Exterior Ambt -0.136 -39.12 Door-Sngl-Ext Ambt -0.136 -26.25 wall-znt Rm7/3 0.016 55.31 wall-Exterior Ambt -0.136 -52.82 Floor Parking/2 0.066 55. 57 Floor Rm15/2 0.071 0.90 wall-znt Rm9/3 -0.107 -86.29 Floor Rm15/2 0.071 5.40 wall-znt Ha113/3 0.024 23.69 Door-Sgle-Int. Ha113/3 0.024 97. 56 wall-znt Ha113/3 0.024 19.63 Rm9 0.016 68.0 Floor Rm9/4 -0.016 -46.18 wall-Exterior Ambt -0.029 -365.75 wall-Exterior Ambt -0.029 -51.35 Floor Parking/2 0.173 140.47 �oor-Sngl-Ext Ambt -0.029 -9.67 wall-Exterior Ambt -0.029 -12.48 Floor RmlS/2 0.178 5.70 wall-Int Rm8/3 0.107 86.29 Floor Rm15/2 0.178 8.55 Floor Rm14/2 0.195 2.27 wall-Exterior ambt -0.029 -39.02 wall-znt Ha113/3 0.131 38. 56 �oor-Sgle-znt. Ha113/3 0.131 226.01 wall-Int Entrance5/3 0.126 32.02 wall-Exterior Ambt -0.029 -9.08 wall-Exterior Ambt -0.029 -6.35 openAreal 0.162 68.0 Floor Rm18/4 -0.050 -24.13 Floor Rml7/4 -0.044 -14.14 Floor Ambt -0.201 -48.50 Floor Rml9/4 -0.089 -179.04 Floor Ambt -0.201 -48.50 Floor Rml8/4 -0.050 -10.98 Floor Ha112/4 -0.011 -5.61 Floor Rm16/4 -0.036 -10.69 Floor Rm20/4 -0.023 -55.05 wall-Exterior ambt -0.176 -131.17 Door-Sngl-Ext Ambt -0.176 -31.00 wall-Exterior Ambt -0.176 -25.01 Door-Sngl-Ext Ambt -0.176 -31.00 wall-Exterior Ambt -0.176 -86.70 wall-Exterior Ambt -0.176 -27.79 wall-Exterior Ambt -0.176 -40.68 wall-Exterior Ambt -0.176 -12.96 wall-znt Rm5/3 0.030 23.01 wall-Int Bathroom/3 0.020 128.32 wall-Exterior Ambt -0.176 -271.23 Floor Parking/2 0.026 236.85 wall-znt Ha112/3 0.036 32.22 Double_DOOr_Int Ha112/3 0.036 236.60 Floor Halll/2 0.063 2.08 wall-znt Ha112/3 0.036 71.94 wall-stair stair_2/3 0.226 65.87 wall-Exterior Ambt -0.176 -62.92 wall-znt Rm3/3 0.008 23.26 Door-Stair Stair_2/3 0.226 296.95 Bathroom 0.182 68.0 Floor Rm17/4 -0.063 -26.74 Floor Rm18/4 -0.069 -28.48 wall-znt openAreal/3 -0.020 -128.32 wall-znt Rm5/3 0.010 12.30 Page 24 winter doors closed with no wind.txt Floor Parking/2 0.007 20.63 wall-Int Entrance2/3 0.01� 24.67 wall-znt Ha112/3 0.016 6.29 Door-Sgle-Int. Ha112/3 0.016 79.84 wall-znt Ha112/3 0.016 39.82 Entrance2 0.193 68.0 Floor Rml7/4 -0.075 -7.40 wall-Int Rm5/3 -0.002 -0.65 �ouble_�oor_znt Rm5/3 -0.002 -49.15 Floor Parking/2 -0.005 -2.88 wall-znt Bathroom/3 -0.012 -24.67 wall-5tair Stair_3/3 0.186 28.12 wall-Elevator Elev_1/3 0.109 11.11 wall-znt Ha112/3 0.005 2.27 �oor-Sgle-znt. Ha112/3 0.005 43.24 Stair_3 0. 379 68.0 233_Stair_11. 5 Stair_3/4 0.000 1987.62 wall-Stair Rm5/3 -0.187 -21.30 wall-Stair Entrance3/3 -0.001 -0.35 2by2opening Entrance3/3 -0.001 -316.71 wall-Stair Entrance2/3 -0.186 -28.12 233_Stair_11. 5 Stair_3/2 -0.000 -1304.49 wall-Stair Courtyard/3 -0.210 -29.92 wall-Stair Elev_1/3 -0.077 -16.41 wall-Stair Nonvest3/3 -0.181 -4.86 �oor-Stair Nonvest3/3 -0.181 -265.47 Stair_4 0.381 68.0 233_Stair_11. 5 Stair_4/4 0.000 1394.65 2by2opening Entrance4/3 -0.001 -303.61 wall-Stair Entrance4/3 -0.001 -0.34 wall-Stair Rm6/3 -0.232 -46.05 wall-5tair Courtyard/3 -0.213 -30.10 233_stair_11. 5 Stair_4/2 -0.000 -863.42 �oor-Stair-0.1 Nonvest4/3 -0.235 -126.00 wall-Stair Nonvest4/3 -0.235 -5. 54 wall-Stair Elev_2/3 -0.110 -19.60 Elev_1 0. 302 68.0 11. 5_Elevator Elev_1/4 0.000 2169.03 wall-Stair stair_3/3 0.077 16.41 wall-Elevator Entrance2/3 -0.109 -11.11 11. 5_Elevator Elev_1/2 -0.000 -1325.38 wall-Elevator Nonvest3/3 -0.104 -10.85 Door-Elev Ha112/3 -0.104 -419.05 �oor-Elev Ha112/3 -0.104 -419.05 Nonvest3 0.198 68.0 Floor Nonvest3/4 -0.047 -1.64 wall-Stair Stair_3/3 0.181 4.86 Door-Stair Stair_3/3 0.181 265.47 Floor NonVest3/2 0.028 1.27 wall-Elevator Elev_1/3 0.104 10.85 wall-znt Courtyard/3 -0.029 -11.26 wall-znt Ha112/3 -0.000 -0.42 Missing�oor Ha112/3 -0.000 -269.14 Nonvest4 0.147 68.0 Floor Nonvest4/4 -0.053 -1.75 Door-Stair-0.1 Stair_4/3 0.�35 126.00 wall-Stair Stair_4/3 0.235 5. 54 Floor NonVest4/2 0.080 2.14 wall-znt Courtyard/3 0.022 9.66 wall-Elevator Elev_2/3 0.124 11.89 Missing�oor Ha113/3 -0.000 -153.21 wall-znt Ha113/3 -0.000 -0.27 Page 25 winter doors closed with no wind.txt Elev_2 0.271 68.0 11. 5_Elevator Elev_2/4 0.000 1976.17 wall-Stair Stair_4/3 0.110 19.60 wall-Elevator Nonvest4/3 -0.124 -11.89 11. 5_Elevator Elev_2/2 -0.000 -1054.18 wall-Elevator Rm6/3 -0.122 -11.78 �oor-Elev Ha113/3 -0.125 -458.96 �oor-Elev Ha113/3 -0.125 -458.96 Ha112 0.198 68.0 Floor Ha112/4 -0.047 -14.61 Floor Rm16/4 -0.072 -21.83 Floor Ha112/4 -0.047 -2.25 wall-Int Bathroom/3 -0.016 -6.29 �oor-Sgle-znt. Bathroom/3 -0.016 -79.84 wall-Int Bathroom/3 -0.016 -39.82 wall-znt Entrance2/3 -0.005 -2.27 �oor-5gle-znt. Entrance2/3 -0.005 -43.24 �oor-Elev Elev_1/3 0.104 419.05 �oor-Elev Elev_1/3 0.104 419.05 wall-znt Nonvest3/3 0.000 0.42 Missing�oor Nonvest3/3 0.000 269.14 Floor Ha112/2 0.028 9.80 �ouble_�oor_znt Courtyard/3 -0.029 -213.84 �oor-Sgle-znt. Rm4/3 -0.030 -108.98 wall-Int Rm4/3 -0.030 -32.90 �oor-Sgle-znt. Rm4/3 -0.030 -108.98 wall-Int Rm4/3 -0.030 -3. 58 wall-znt Openareal/3 -0.036 -32.22 Floor Parking/2 -0.010 -3.32 �ouble_�oor_znt OpenAreal/3 -0.036 -236.60 wall-Int Rm4/3 -0.030 -125.16 wall-znt OpenAreal/3 -0.036 -71.94 Floor 2_StoryStairl/2 -0.004 -0.17 Floor Parking/2 -0.010 -1.00 Door-Sgle-Int. Rm4/3 -0.030 -108.98 wall-Stair Stair_2/3 0.190 18.88 Floor Halll/2 0.027 3.36 Floor Rm5/2 -0.003 -0.38 Door-Stair Stair_2/3 0.190 272.37 Wall-Int Rm4/3 -0.030 -49.82 Door-Sgle-Int. Rm3/3 -0.028 -104.06 Ha113 0.147 68.0 Floor Ha113/4 -0.053 -35. 53 MissingDOOr Nonvest4/3 0.000 153.21 wall-Int Nonvest4/3 0.000 0.27 Door-Elev Elev_2/3 0.125 458.96 �oor-Elev Elev_2/3 0.1�5 458.96 �oor-sgle-znt. Rm6/3 0.002 31.12 wall-Int Rm6/3 0.002 5.72 �oor-Sgle-znt. Rm7/3 -0.009 -58.06 wall-Int Rm7/3 -0.009 -16.00 wall-znt Rm8/3 -0.024 -23.69 Door-Sgle-Int. Rm8/3 -0.024 -97. 56 wall-znt Rm8/3 -0.024 -19.63 wall-Int Rm9/3 -0.131 -38.56 �oor-Sgle-znt. Rm9/3 -0.131 -226.01 Double_DOOr_Int Courtyard/3 0.022 184.31 Floor Ha113/2 0.080 7.66 Floor Ha114/2 0.078 14. 57 �ouble_�oor_znt Entrance5/3 -0.005 -87.16 wall-Int Rm12/3 -0.011 -5.09 �oor-sgle-znt. Rml2/3 -0.011 -64.64 wall-Int Rm12/3 -0.011 -19. 51 �oor-Sgle-znt. Rml2/3 -0.011 -64.64 Page 26 winter doors closed with no wind.txt wall-Int Rml2/3 -0.011 -42.42 Door-Sgle-Int. Rm12/3 -0.011 -64.64 Floor RmlS/2 0.046 5.83 wall-Int Rm10/3 -0.112 -76.73 Floor Rm14/2 0.064 1.71 wall-Int Rm12/3 -0.011 -45.81 �oor-Sgle-znt. Rm10/3 -0.112 -208.79 Door-Sgle-Int. Rm12/3 -0.011 -64.64 wall-Int Rm10/3 -0.112 -103.04 Floor Rm13/2 0.077 11.29 wall-znt Rm12/3 -0.011 -5.94 Door-Sgle-Int. Rm10/3 -0.112 -208.79 �oor-Stair Stair_5/3 0.195 275.49 wall-Stair Stair_5/3 0.195 29.09 wall-znt Rmll/3 -0.009 -3.06 Door-Sgle-Int. Rmll/3 -0.009 -58.25 Entrance5 0.142 68.0 wall-Int Rm9/3 -0.126 -32.02 �ouble_�oor_znt Ha113/3 0.005 87.16 Floor Rm15/2 0.051 1.04 Floor Rml4/2 0.069 1.21 Floor Parking/2 0.046 0.73 �oor_�ouble_Ext Ambt -0.155 -28.64 wall-Int Rm10/3 -0.107 -29.48 Rm4 0.167 68.0 Floor Rm16/4 -0.042 -124. 52 �oor-Sgle-znt. Ha112/3 0.030 108.98 wall-znt Ha112/3 0.030 32.90 �oor-Sgle-znt. Ha112/3 0.030 108.98 wall-znt Ha112/3 0.030 3. 58 Floor Rm8/2 0.032 31.69 wall-Int Courtyard/3 0.001 7.68 Floor Ha112/2 0.059 9.82 wall-znt Ha112/3 0.030 125.16 wall-Exterior ambt -0.181 -45.15 Floor Rm7/2 0.015 0.84 Floor 2_StoryStairl/2 0.026 4.39 Door-Sgle-Int. Ha112/3 0.030 108.98 wall-Exterior ambt -0.181 -90.29 wall-Exterior Ambt -0.181 -83. 52 wall-znt Courtyard/2 0.001 7.68 wall-znt Ha112/3 0.030 49.82 Floor Rm6/2 0.027 15.64 Floor Halll/2 0.058 3.26 Floor Rm7/2 0.015 12.83 wall-Int Rm3/3 0.003 3.08 Floor Rm5/2 0.027 20.12 Door-Sngl-Ext Ambt -0.181 -31.62 Door-Sngl-Ext Ambt -0.181 -31.62 wall-Exterior Ambt -0.181 -85.78 wall-Exterior Ambt -0.181 -39.12 Door-Sngl-Ext Ambt -0.181 -31.62 wall-Exterior Ambt -0.181 -30.09 Door-Sngl-Ext Ambt -0.181 -31.62 wall-Exterior ambt -0.181 -30.47 Rml2 0.136 68.0 Floor Rml2/4 -0.060 -175.01 wall-znt Ha113/3 0.011 5.09 �oor-Sgle-znt. Ha113/3 0.011 64.64 wall-znt Ha113/3 0.011 19. 51 �oor-sgle-znt. Ha113/3 0.011 64.64 wall-Int Ha113/3 0.011 42.42 �oor-sgle-znt. Ha113/3 0.011 64.64 Page 27 winter doors closed with no wind.txt wall-znt Courtyard/3 0.033 41.00 Floor office/2 0.073 91.17 wall-znt Ha113/3 0.011 45.81 Floor Ha114/2 0.089 16.11 �oor-Sgle-znt. Ha113/3 0.011 64.64 wall-znt Ha113/3 0.011 5.94 Floor Rm9/2 0.037 21.89 Floor Rm10/2 0.057 32.39 wall-Exterior Ambt -0.150 -45.15 wall-Int Courtyard/2 0.033 41.00 wall-Stair Stair_5/3 0.205 14.63 wall-Exterior Ambt -0.150 -86.20 wall-Exterior Ambt -0.150 -86.20 wall-Int Rmll/3 0.002 4.69 Floor Rm10/2 0.057 4.86 Floor Rmll/2 0.079 15.22 Door-Sngl-Ext Ambt -0.150 -27.94 wall-Exterior Ambt -0.150 -77.99 �oor-Sngl-Ext ambt -0.150 -27.94 Door-Sngl-Ext Ambt -0.150 -27.94 wall-Exterior Ambt -0.150 -77.99 Door-Sngl-Ext Ambt -0.150 -27.94 Courtyard 0.169 68.0 Floor Suite2/4 -0.029 -42.74 Floor Suitel/4 -0.060 -66.17 wall-Exterior Ambt -0.182 -144.36 wall-znt Entrance3/3 0.209 108.73 wall-Int Entrance4/3 0.212 109.42 Floor Parking/2 0.020 28.48 wall-Stair Stair_3/3 0.�10 29.92 wall-Stair Stair_4/3 0.213 30.10 wall-Int Nonvest3/3 0.029 11.26 wall-znt Nonvest4/3 -0.022 -9.66 Double_DOOr_Int Ha112/3 0.0�9 213.84 Floor Ha112/2 0.057 16.21 Double_DOOr_Int Ha113/3 -0.022 -184.31 wall-Int Rm4/3 -0.001 -7.68 Floor Private/2 0.036 25.22 Floor Private/2 0.036 15.36 Floor Bathrooml/2 0.054 2.36 wall-znt Rml2/3 -0.033 -41.00 Phantom_Connect Courtyard/2 -0.000 -94.99 Rm10 0.035 68.0 Floor Rm10/4 -0.042 -63.56 wall-znt Entrance5/3 0.107 29.48 Wall-Exterior Ambt -0.048 -14.02 wall-znt Ha113/3 0.112 76.73 Floor Rm15/2 0.158 5.38 wall-Exterior Ambt -0.048 -602.77 Floor Rm14/2 0.176 11.35 �oor-Sgle-znt. Ha113/3 0.112 208.79 Floor Rm13/2 0.189 21.95 Floor Parking/2 0.153 79.45 Floor 2_Storystair2/2 0.140 5.07 wall-Exterior Ambt -0.048 -21.41 wall-znt Ha113/3 0.112 103.04 wall-Exterior Ambt -0.048 -7.98 Door-Sgle-Int. Ha113/3 0.112 208.79 wall-Exterior Ambt -0.048 -23.95 Floor Ha115/2 0.299 1.85 Wall-Exterior Ambt -0.048 -18.20 Stair_2 0. 388 68.0 200_Stair_11. 5 Stair_2/4 0.000 2170.01 Page 28 winter doors closed with no wind.txt wall-Stair OpenAreal/3 -0.226 -65.87 200_Stair_11. 5 Stair_2/2 -0.000 -1500.87 wall-Stair Ha112/3 -0.190 -18.88 �oor-Stair OpenAreal/3 -0.226 -296.95 �oor-Stair Ha112/3 -0.190 -272.37 wall-Stair Rm3/3 -0.218 -15.07 Stair_5 0. 341 68.0 200_Stair_11. 5 Stair_5/4 0.000 2554.76 �oor-Stair Ha113/3 -0.195 -275.49 wall-5tair Ha113/3 -0.195 -29.09 wall-Stair Rm12/3 -0.205 -14.63 200_Stair_11. 5 Stair_5/2 -0.000 -1905.45 �oor-Stair Rmll/3 -0.203 -281. 58 wall-Stair Rmll/3 -0.203 -48. 52 Rmll 0.138 68.0 Floor Rmll/4 -0.059 -92.20 wall-znt Ha113/3 0.009 3.06 Door-Sgle-Int. Ha113/3 0.009 58.25 Floor Parking/2 0.050 3.03 Door-Stair Stair_5/3 0.203 281. 58 wall-Stair Stair_5/3 0.203 48. 52 wall-Int Rm12/3 -0.002 -4.69 Floor Rmll/2 0.077 3.76 Floor Ha115/2 0.196 59.93 Floor Parking/2 0.050 3.03 wall-Exterior Ambt -0.152 -42.36 Floor Rm12/2 0.049 45.30 wall-Exterior Ambt -0.152 -39.26 wall-Exterior Ambt -0.152 -47. 52 wall-Exterior Ambt -0.15� -10.33 �oor-Sngl-Ext Ambt -0.152 -28.18 wall-Exterior Ambt -0.152 -24.79 wall-Exterior Ambt -0.152 -118.29 wall-Exterior Ambt -0.152 -51.65 wall-Exterior Ambt -0.152 -47.17 Rm3 0.170 68.0 Floor Rm3/4 -0.027 -66.16 Floor Rm3/4 -0.027 -1.11 wall-znt OpenAreal/3 -0.008 -23.26 wall-Exterior Ambt -0.184 -8.19 wall-Stair Stair_2/3 0.218 15.07 Door-Sgle-Int. Ha112/3 0.028 104.06 Door-Sngl-Ext Ambt -0.184 -31.92 Floor Rm5/2 0.025 6.37 wall-znt Rm4/3 -0.003 -3.08 wall-Exterior Ambt -0.184 -63.67 wall-Exterior Ambt -0.184 -63.67 wall-Exterior Ambt -0.184 -29. 56 wall-Exterior Ambt -0.184 -14. 55 Floor Rm3/2 0.029 43.31 Floor Rm4/2 0.032 24.64 Door-Sngl-Ext Ambt -0.184 -31.92 �oor-Sngl-Ext ambt -0.184 -31.92 wall-Exterior Ambt -0.184 -19.72 wall-Exterior ambt -0.184 -37. 52 Floor Rm2/2 0.002 0.26 �oor-Stair Stair6/3 0.230 299.39 wall-Stair 5tair6/3 0.230 10. 57 wall-Exterior Rm2/3 -0.025 -19.26 Door-Sngl-Ext Ambt -0.184 -31.92 wall-Stair Stair6/3 0.230 38.98 Wall-Exterior Ambt -0.184 -20.47 wall-Exterior Ambt -0.184 -27.29 Page 29 winter doors closed with no wind.txt wall-znt Rm2/3 -0.025 -17.45 Stair6 0.400 68.0 200_Stair_11. 5 Stair6/4 0.000 1329.19 Door-Stair Rm3/3 -0.230 -299.39 wall-Stair Rm3/3 -0.230 -10.57 200_Stair_11. 5 Stair6/2 -0.000 -923.62 wall-Stair Rm3/3 -0.230 -38.98 wall-Stair Rm2/3 -0.255 -56.63 Rm2 0.145 68.0 Floor Rm21/4 0.007 24.12 wall-Exterior Rm3/3 0.025 19.26 Floor Rm4/2 0.057 1.62 wall-Exterior Ambt -0.159 -13.11 wall-Stair Stair6/3 0.255 56.63 �oor-sngl-Ext Ambt -0.159 -29.04 wall-Exterior Ambt -0.159 -14.10 wall-znt Rm3/3 0.025 17.45 wall-Exterior Ambt -0.159 -11.27 wall-Exterior ambt -0.159 -19.03 Floor Rm2/2 0.026 20.97 wall-Exterior ambt -0.159 -16.91 Door-Sngl-Ext Ambt -0.159 -29.04 �oor-Sngl-Ext ambt -0.159 -29.04 wall-Exterior Ambt -0.159 -21.14 Floor Rml/2 0.027 15.61 wall-Exterior Ambt -0.159 -38.06 �oor-Sngl-Ext Ambt -0.159 -29.04 wall-Exterior Ambt -0.159 -21.14 wall-Elevator Elevshortl/3 0.063 8.99 wall-Stair Stair_1/3 0.�88 17.33 wall-znt Rml/3 -0.079 -14.76 �oor-5gle-znt. Entrancel/3 0.028 103.68 Elevshortl 0.208 68.0 ElevShort�4 Elevshortl/4 -0.000 -312.45 wall-Elevator Rm2/3 -0.063 -8.99 wall-Stair Entrancel/3 -0.035 -7.10 ElevShortL2 ElevShortl/2 0.000 213.83 wall-5tair Stair_1/3 0.225 17.93 �oor-Elev Halll/3 0.006 96.78 Entrancel 0.173 68.0 Floor Rm21/4 -0.021 -0.99 Door-Sgle-Int. Rm2/3 -0.028 -103.68 wall-Stair Elevshortl/3 0.035 7.10 wall-Int Rml/3 -0.107 -28.57 Floor Rml/2 -0.000 -0.14 Door-Sgle-Int. Halll/3 0.041 126.28 Stair_1 0.434 68.0 200_Stair_11. 5 Stair_1/4 0.000 2826.93 wall-Stair Rm2/3 -0.288 -17.33 wall-Stair Elevshortl/3 -0.225 -17.93 200_Stair_11. 5 Stair_1/2 -0.000 -2413.24 Wall-Stair Ambt -0.447 -54.34 wall-Stair Halll/3 -0.220 -11.80 Door-Stair Halll/3 -0.220 -292.72 wall-Stair Rml/3 -0.368 -19.57 Halll 0.214 68.0 Floor Rm21/4 -0.062 -4.40 �oor-Sgle-znt. Entrancel/3 -0.041 -126.28 �oor-Elev Elevshortl/3 -0.006 -96.78 wall-5tair Stair_1/3 0.220 11.80 wall-znt Rml/3 -0.148 -39.61 Floor Rml/2 -0.041 -3.60 Door-Stair Stair_1/3 0.220 292.72 Page 30 winter doors closed with no wind.txt wall-znt Rml/3 -0.148 -33.85 Rml 0.066 68.0 Floor Ambt -0.105 -2.19 Floor Rm21/4 0.086 49.76 wall-znt Rm2/3 0.079 14.76 wall-Exterior Ambt -0.080 -5.99 Wall-Int Entrancel/3 0.107 28. 57 Door-Sngl-Ext Ambt -0.080 -18. 53 wall-znt Halll/3 0.148 39.61 wall-Exterior Ambt -0.080 -14.97 wall-znt Halll/3 0.148 33.85 wall-5tair Stair_1/3 0. 368 19.57 wall-Exterior Ambt -0.080 -9. 58 wall-Exterior Ambt -0.080 -61.37 Floor Rml/2 0.106 82.15 wall-Exterior Ambt -0.080 -64.96 Wall-Exterior Ambt -0.080 -20.70 Door-Sngl-Ext Ambt -0.080 -18. 53 wall-Exterior ambt -0.080 -11.97 Door-Sngl-Ext Ambt -0.080 -18. 53 wall-Exterior Ambt -0.080 -20.95 level : 4 elevation: 39. 5 ft zone P T path from dP Flowl Flow2 Rml9 0.112 68.0 Floor Rm19/5 -0.044 -125. 57 wall-Exterior Ambt -0.125 -69. 53 wall-Exterior Ambt -0.125 -71.41 wall-Exterior Ambt -0.125 -111.81 Floor OpenAreal/3 0.089 179.04 wall-znt Rml8/4 0.039 51.00 Door-Sgle-Int. Ambt -0.125 -221.07 Door-Sgle-Int. Ha112/4 0.078 174.67 wall-Exterior Ambt -0.125 -8.46 wall-Exterior Ambt -0.125 -15.65 Door-Sgle-Int. Ha112/4 0.078 174.67 wall-Exterior Ambt -0.125 -7. 52 wall-Int Rm20/4 0.066 51.61 Rm8 0.110 68.0 Floor Rm8/5 -0.032 -42.68 wall-Exterior Ambt -0.124 -37.35 Door-Sngl-Ext Ambt -0.124 -24.71 wall-Int Rm15/4 0.008 38.57 Wall-Exterior Ambt -0.124 -50.42 Floor Rm8/3 0.051 53. 59 wall-Int Rm9/4 -0.071 -70. 52 wall-Int Ha113/4 0.022 22.45 Door-Sgle-Int. Ha113/4 0.022 92.45 wall-znt Ha113/4 0.022 18.60 Rm9 0.039 68.0 Floor Rm9/5 -0.033 -67.19 Floor Rm9/5 -0.033 -1.23 Wall-Exterior Ambt -0.053 -490.47 wall-Exterior Ambt -0.053 -68.86 Floor Rm9/3 0.016 46.18 Door-Sngl-Ext Ambt -0.053 -14.16 wall-Exterior Ambt -0.053 -16.73 wall-Int Rm8/4 0.071 70. 52 wall-Exterior Ambt -0.053 -52.33 wall-znt Ha113/4 0.093 32. 51 �oor-Sgle-znt. Ha113/4 0.093 190. 54 Double_DOOr_Int Ha113/4 0.093 381.08 Floor Ambt -0.039 -1.34 Page 31 winter doors closed with no wind.txt wall-Exterior Ambt -0.053 -8. 52 RmlS 0.118 68.0 Floor RmlS/5 -0.032 -20.63 Floor Rm15/5 -0.032 -21.84 wall-Exterior Ambt -0.131 -61. 58 wall-Exterior Ambt -0.131 -20.20 �oor-Sngl-Ext ambt -0.131 -25.69 wall-Exterior Ambt -0.131 -23.09 wall-Exterior Ambt -0.131 -13.47 Door-Sngl-Ext Ambt -0.131 -25.69 wall-Exterior Ambt -0.131 -19.24 wall-Int Rm8/4 -0.008 -38.57 wall-znt Suitel/4 0.030 32.47 Floor Rm6/3 0.070 30.46 Floor Rm7/3 0.059 29.59 wall-5tair Stair_4/4 0. 302 50.99 wall-Elevator Elev_2/4 0.192 14.78 Door-Sgle-Int. Ha113/4 0.014 74.55 wall-znt Ha113/4 0.014 37.18 Rm18 0.151 68.0 Floor Rm18/5 -0.035 -20.29 Floor Rm18/5 -0.035 -9.23 Floor Rm18/5 -0.035 -20.29 wall-Exterior Ambt -0.165 -11.84 �oor-Sngl-Ext Ambt -0.165 -29.74 wall-Exterior Ambt -0.165 -48.45 wall-Exterior Ambt -0.165 -59.22 Floor OpenAreal/3 0.050 24.13 wall-Int Rm17/4 0.006 34. 54 wall-Exterior Ambt -0.165 -31. 59 wall-znt Rml9/4 -0.039 -51.00 Floor OpenAreal/3 0.050 10.98 Floor Bathroom/3 0.069 28.48 wall-znt Ha112/4 0.039 33.17 �oor-Sgle-znt. Ha112/4 0.039 123.27 wall-znt Ha112/4 0.039 27.10 Rm17 0.157 68.0 Floor Rm17/5 -0.034 -12.43 Floor Rml7/5 -0.034 -19.54 Floor Rm17/5 -0.034 -4.97 Floor Rml7/5 -0.034 -7.46 wall-Exterior Ambt -0.171 -90.99 Floor OpenAreal/3 0.044 14.14 wall-Exterior Ambt -0.171 -43.85 Door-Sngl-Ext Ambt -0.171 -30.44 wall-Exterior Ambt -0.171 -15.35 Door-Sngl-Ext Ambt -0.171 -30.44 wall-Exterior Ambt -0.171 -21.92 wall-Int Suite2/4 0.022 27.65 wall-Int Rm18/4 -0.006 -34.54 Floor Bathroom/3 0.063 26.74 Floor Entrance2/3 0.075 7.40 Floor Rm5/3 0.073 10.98 wall-5tair Stair_3/4 0.�61 45.15 wall-Elevator Elev_1/4 0.183 14.44 wall-znt Ha112/4 0.033 35.71 �oor-Sgle-znt. Ha112/4 0.033 113.35 wall-znt Ha112/4 0.033 16.37 Suite2 0.179 68.0 Floor Suite2/5 -0.025 -12.90 Floor Suite2/5 -0.025 -4.30 Floor Suite2/5 -0.0�5 -6.45 Floor Suite2/5 -0.025 -40.05 Page 32 winter doors closed with no wind.txt wall-Exterior Ambt -0.192 -62.82 Wall-Exterior Ambt -0.192 -43.04 wall-Exterior ambt -0.192 -13. 56 Door-Sngl-Ext Ambt -0.192 -32.88 �oor-Sngl-Ext ambt -0.192 -32.88 Floor Ambt -0.179 -34.31 wall-Exterior ambt -0.192 -31.80 Floor Rm5/3 0.052 6.15 Floor Entrance3/3 0.238 19.80 Floor Courtyard/3 0.029 42.74 wall-Int Rm17/4 -0.022 -27.65 wall-Int Suitel/4 -0.031 -115. 51 �oor-Stair Stair_3/4 0.239 305.35 wall-Stair Stair_3/4 0.�39 29.10 wall-znt Nonvest3/4 0.012 7.07 Double_DOOr_Int Ha112/4 0.011 133. 58 wall-Int Rml6/4 -0.014 -5.47 Door-Sngl-Ext Ambt -0.192 -32.88 wall-Exterior ambt -0.192 -47.30 suitel 0.148 68.0 Floor suitel/5 -0.026 -13.21 Floor Suitel/5 -0.0�6 -6.60 Floor suitel/5 -0.026 -1.39 Floor Suitel/5 -0.026 -44.02 wall-Exterior Ambt -0.161 -57. 52 wall-Exterior Ambt -0.161 -39.41 Floor Ambt -0.148 -31.19 Door-Sngl-Ext Ambt -0.161 -29.33 �oor-Sngl-Ext Ambt -0.161 -29.33 Wall-Exterior Ambt -0.161 -12.42 wall-Exterior Ambt -0.161 -29.12 Floor Entrance4/3 0.272 21.16 Floor Rm6/3 0.041 1.72 Floor Courtyard/3 0.060 66.17 wall-Int RmlS/4 -0.030 -32.47 wall-Int 5uite2/4 0.031 115. 51 �oor-Stair Stair_4/4 0.273 326.06 wall-5tair Stair_4/4 0.273 39.45 wall-Int Nonvest4/4 -0.015 -8.07 Double_DOOr_Int Ha113/4 -0.015 -155.07 wall-znt Rml2/4 -0.033 -8.28 wall-Exterior Ambt -0.161 -43.31 �oor-Sngl-Ext Ambt -0.161 -29.33 Stair_3 0.418 68.0 233_Stair_11. 5 Stair_3/5 0.000 686.93 wall-Stair Rm17/4 -0.261 -45.15 Door-Stair Suite2/4 -0.239 -305.35 233_Stair_11. 5 Stair_3/3 -0.000 -1987.62 supply Stair3 n/a 1999.99 wall-Stair Suite2/4 -0.239 -29.10 wall-Stair Elev_1/4 -0.077 -16.42 wall-Stair Nonvest3/4 -0.228 -5.45 �oor-Stair Nonvest3/4 -0.228 -297.82 stair_4 0.420 68.0 233_stair_11. 5 Stair_4/5 0.000 171.91 �oor-Stair Suitel/4 -0.273 -326.06 wall-Stair RmlS/4 -0.302 -50.99 wall-5tair 5uitel/4 -0.273 -39.45 supply Stair4 n/a 1999.99 233_Stair_11. 5 Stair_4/3 -0.000 -1394.65 �oor-Stair Nonvest4/4 -0.288 -335.00 wall-Stair Nonvest4/4 -0.�88 -6.14 wall-Stair Elev_2/4 -0.110 -19.61 Page 33 winter doors closed with no wind.txt Elev_1 0. 341 68.0 11. 5_Elevator Elev_1/5 0.000 3189.12 wall-Stair Stair_3/4 0.077 16.42 wall-Elevator Rm17/4 -0.183 -14.44 11. 5_Elevator Elev_1/3 -0.000 -2169.03 wall-Elevator Nonvest3/4 -0.150 -13.07 �oor-Elev Ha112/4 -0.150 -504. 50 �oor-Elev Ha112/4 -0.150 -504. 50 Nonvest3 0.190 68.0 Floor Nonvest3/5 -0.028 -1.27 wall-Stair Stair_3/4 0.228 5.45 Door-Stair Stair_3/4 0.228 297.82 Floor Nonvest3/3 0.047 1.64 wall-Elevator Elev_1/4 0.150 13.07 wall-Int Suite2/4 -0.012 -7.07 wall-Int Ha112/4 -0.000 -0.47 Missing�oor Ha112/4 -0.000 -309.17 Nonvest4 0.132 68.0 Floor Nonvest4/5 -0.029 -1.28 Door-Stair Stair_4/4 0.288 335.00 wall-Stair Stair_4/4 0.288 6.14 Floor Nonvest4/3 0.053 1.75 wall-znt Suitel/4 0.015 8.07 wall-Elevator Elev_2/4 0.178 14.21 Missing�oor Ha113/4 -0.000 -363.36 wall-znt Ha113/4 -0.000 -0. 53 Elev_2 0. 310 68.0 11. 5_Elevator Elev_2/5 0.000 3082.96 wall-Stair Stair_4/4 0.110 19.61 wall-Elevator Nonvest4/4 -0.178 -14.21 11. 5_Elevator Elev_2/3 -0.000 -1976.17 wall-Elevator Rm15/4 -0.192 -14.78 Door-Elev Ha113/4 -0.178 -548.70 Door-Elev Ha113/4 -0.178 -548.70 Ha112 0.190 68.0 Floor Ha112/5 -0.028 -9.09 Floor Ha112/5 -0.028 -11.36 Floor Ha112/5 -0.028 -1.75 Door-Sgle-Int. Rm19/4 -0.078 -174.67 wall-Int Rm18/4 -0.039 -33.17 �oor-Sgle-znt. Rml8/4 -0.039 -123.27 wall-Int Rm18/4 -0.039 -27.10 wall-znt Rm17/4 -0.033 -35.71 Door-Sgle-Int. Rm17/4 -0.033 -113.35 wall-znt Rm17/4 -0.033 -16.37 �oor-Elev Elev_1/4 0.150 504. 50 �oor-Elev Elev_1/4 0.150 504. 50 Wall-Int NonVest3/4 0.000 0.47 Missing�oor Nonvest3/4 0.000 309.17 Door-Sgle-Int. Rm19/4 -0.078 -174.67 Floor OpenAreal/3 0.011 5.61 Floor Ha112/3 0.047 14.61 �ouble_�oor_znt Suite2/4 -0.011 -133. 58 wall-Int Rm20/4 -0.012 -15.15 Door-Sgle-Int. Rm16/4 -0.026 -100.02 wall-Int Rm16/4 -0.026 -65.64 �oor-Sgle-znt. Rml6/4 -0.026 -100.02 wall-Int Rm16/4 -0.026 -30.19 �oor-Sgle-znt. Rm16/4 -0.026 -100.02 wall-Int Rm16/4 -0.026 -3.28 �oor-Sgle-znt. Rm20/4 -0.012 -68.90 Wall-Int Rm20/4 -0.012 -16.12 wall-znt Rml6/4 -0.026 -64.32 Page 34 winter doors closed with no wind.txt �oor-Sgle-znt. Rm20/4 -0.012 -68.90 Door-Sgle-Int. Rm16/4 -0.026 -100.02 wall-Stair Stair_2/4 0.237 21.07 Floor Ha112/3 0.047 2.25 wall-znt Rm16/4 -0.026 -23.63 Door-Stair Stair_2/4 0.237 304.08 Door-Sgle-Int. Rm3/4 -0.008 -55.95 Ha113 0.132 68.0 Floor Ha113/5 -0.029 -26.00 Missing�oor Nonvest4/4 0.000 363.36 Wall-Int NonVest4/4 0.000 0. 53 Door-Elev Elev_2/4 0.178 548.70 Door-Elev Elev_2/4 0.178 548.70 Door-Sgle-Int. Rm15/4 -0.014 -74. 55 wall-Int RmlS/4 -0.014 -37.18 Wall-Int Rm8/4 -0.022 -22.45 Door-Sgle-Int. Rm8/4 -0.022 -92.45 wall-Int Rm8/4 -0.022 -18.60 wall-znt Rm9/4 -0.093 -32.51 Door-Sgle-Int. Rm9/4 -0.093 -190. 54 Double_DOOr_Int Suitel/4 0.015 155.07 Floor Ha113/3 0.053 35. 53 �ouble_�oor_znt Rm9/4 -0.093 -381.08 Wall-Int Rm12/4 -0.017 -6.43 Door-Sgle-Int. Rml2/4 -0.017 -81.71 Wall-Int Rm12/4 -0.017 -24.67 Door-Sgle-Int. Rm12/4 -0.017 -81.71 wall-Int Rm12/4 -0.017 -53.62 Door-Sgle-Int. Rml2/4 -0.017 -81.71 wall-Int Rm10/4 -0.100 -72.63 wall-Int Rml2/4 -0.017 -57.91 Door-Sgle-Int. Rm10/4 -0.100 -197.63 Door-Sgle-Int. Rml2/4 -0.017 -81.71 wall-Int Rm10/4 -0.100 -97.53 wall-znt Rml2/4 -0.017 -7. 51 Door-Sgle-Int. Rm10/4 -0.100 -197.63 �oor-Stair Stair_5/4 0.249 311.22 wall-5tair Stair_5/4 0.249 32.86 wall-znt Rmll/4 -0.014 -3.90 Door-Sgle-Int. Rmll/4 -0.014 -74.31 Rm12 0.115 68.0 Floor Rm12/5 -0.033 -129.29 wall-znt Ha113/4 0.017 6.43 Door-Sgle-Int. Ha113/4 0.017 81.71 wall-znt Ha113/4 0.017 24.67 Door-Sgle-Int. Ha113/4 0.017 81.71 wall-Int Ha113/4 0.017 53.62 Door-Sgle-Int. Ha113/4 0.017 81.71 wall-znt Suitel/4 0.033 8.28 wall-znt Ha113/4 0.017 57.91 Floor Rml2/3 0.060 175.01 Door-Sgle-Int. Ha113/4 0.017 81.71 wall-znt Ha113/4 0.017 7. 51 wall-Exterior Ambt -0.129 -41.87 wall-Exterior ambt -0.129 -105.62 wall-Stair Stair_5/4 0.266 16.64 wall-Exterior Ambt -0.129 -79.93 wall-Exterior Ambt -0.129 -79.93 wall-Int Rmll/4 0.003 5.69 Door-Sngl-Ext Ambt -0.129 -25.33 wall-Exterior Ambt -0.129 -72.32 Door-Sngl-Ext Ambt -0.129 -25.33 �oor-sngl-Ext Ambt -0.129 -25.33 Page 35 winter doors closed with no wind.txt wall-Exterior Ambt -0.129 -72.32 Door-Sngl-Ext Ambt -0.129 -25.33 Rm16 0.164 68.0 Floor Rm16/5 -0.032 -9.99 Floor Rm16/5 -0.032 -14.48 Floor Rm16/5 -0.032 -108.62 Floor Rm16/5 -0.032 -1.59 Door-Sgle-Int. Ha112/4 0.026 100.02 wall-znt Ha112/4 0.026 65.64 Door-Sgle-Int. Ha112/4 0.026 100.02 wall-znt Ha112/4 0.026 30.19 Door-Sgle-Int. Ha112/4 0.026 100.02 wall-znt Ha112/4 0.026 3.28 wall-Int Suite2/4 0.014 5.47 wall-znt Ha112/4 0.026 64.32 Wall-Exterior Ambt -0.178 -44.78 Floor OpenAreal/3 0.036 10.69 Floor Ha112/3 0.072 21.83 Floor Rm4/3 0.042 124.52 Door-Sgle-Int. Ha112/4 0.026 100.02 wall-znt Ha112/4 0.026 23.63 wall-Exterior Ambt -0.178 -89. 56 Wall-Exterior Ambt -0.178 -82.84 Wall-Exterior Ambt -0.178 -124.26 wall-znt Rm3/4 0.018 7.89 Floor Ambt -0.164 -3.62 �oor-Sngl-Ext Ambt -0.178 -31.28 Wall-Exterior Ambt -0.178 -85.08 wall-Exterior Ambt -0.178 -38.80 Door-Sngl-Ext Ambt -0.178 -31.28 wall-Exterior Ambt -0.178 -29.84 Door-Sngl-Ext Ambt -0.178 -31.28 wall-Exterior Ambt -0.178 -30.22 Rm20 0.178 68.0 Floor Rm20/5 -0.031 -64.24 wall-Int Rm19/4 -0.066 -51.61 wall-znt Ha112/4 0.012 15.15 wall-Exterior Ambt -0.191 -26.70 �oor-Sgle-znt. Ha112/4 0.012 68.90 wall-Exterior Ambt -0.191 -39.94 wall-Exterior Ambt -0.191 -22.64 Door-Sgle-Int. Ambt -0.191 -273.19 Wall-Int Ha112/4 0.012 16.12 wall-Exterior Ambt -0.191 -14.95 Floor OpenAreal/3 0.023 55.05 Door-Sgle-Int. Ha112/4 0.012 68.90 wall-Exterior Ambt -0.191 -62.70 wall-5tair Stair_2/4 0.249 69.16 wall-Exterior Ambt -0.191 -65.72 wall-Int Rm3/4 0.004 16.62 Door-Stair Stair_2/4 0.249 311.79 Rm10 0.032 68.0 Floor Rm10/5 -0.036 -59.15 wall-Exterior Ambt -0.046 -5.66 wall-znt Ha113/4 0.100 72.63 wall-Exterior Ambt -0.046 -584.35 �oor-Sgle-znt. Ha113/4 0.100 197.63 Floor Rm10/3 0.042 63. 56 wall-Exterior Ambt -0.046 -20.76 wall-znt Ha113/4 0.100 97. 53 wall-Exterior Ambt -0.046 -7.73 Door-Sgle-Int. Ha113/4 0.100 197.63 wall-znt Rmll/4 0.086 89.53 Page 36 winter doors closed with no wind.txt wall-Exterior Ambt -0.046 -23.22 wall-Exterior Ambt -0.046 -17.64 Stair_2 0.427 68.0 200_Stair_11. 5 Stair_2/5 0.000 1192.08 wall-Stair Rm20/4 -0.249 -69.16 200_Stair_11. 5 Stair_2/3 -0.000 -2170.01 wall-stair Ha112/4 -0.237 -21.07 Door-Stair Rm20/4 -0.249 -311.79 supply Stair2 n/a 1700.00 Door-Stair Ha112/4 -0.237 -304.08 wall-Stair Rm3/4 -0.245 -15.98 Stair_5 0. 381 68.0 200_Stair_11. 5 Stair_5/5 0.001 3290. 59 Door-Stair Ha113/4 -0.�49 -311.22 wall-Stair Ha113/4 -0.249 -32.86 wall-Stair Rm12/4 -0.266 -16.64 200_Stair_11. 5 Stair_5/3 -0.000 -2554.76 Door-Stair Rmll/4 -0.263 -319.97 wall-Stair Rmll/4 -0.263 -55.14 Rmll 0.118 68.0 Floor Rmll/5 -0.033 -69.28 wall-znt Ha113/4 0.014 3.90 Door-Sgle-Int. Ha113/4 0.014 74.31 Door-Stair Stair_5/4 0.263 319.97 wall-Stair Stair_5/4 0.263 55.14 wall-Int Rm10/4 -0.086 -89. 53 wall-Int Rm12/4 -0.003 -5.69 Floor Rmll/3 0.059 92.20 wall-Exterior Ambt -0.132 -39.46 wall-Exterior Ambt -0.13� -36. 57 wall-Exterior Ambt -0.132 -44.27 wall-Exterior Ambt -0.132 -9.62 Door-Sngl-Ext Ambt -0.132 -25.70 wall-Exterior Ambt -0.132 -23.10 wall-Exterior Ambt -0.132 -110.20 wall-Exterior Ambt -0.132 -48.12 wall-Exterior Ambt -0.132 -43.95 Rm3 0.182 68.0 Floor Rm3/5 -0.037 -77.31 Floor Rm3/5 -0.037 -1.30 wall-znt Rm20/4 -0.004 -16.62 wall-Exterior Ambt -0.196 -8.45 wall-Stair Stair_2/4 0.245 15.98 Door-Sgle-Int. Ha112/4 0.008 55.95 �oor-Sngl-Ext Ambt -0.196 -33.26 wall-Int Rm16/4 -0.018 -7.89 wall-Exterior Ambt -0.196 -65.72 wall-Exterior Ambt -0.196 -65.72 wall-Exterior Ambt -0.196 -30. 51 wall-Exterior Ambt -0.196 -15.02 Floor Rm3/3 0.027 66.16 Door-Sngl-Ext Ambt -0.196 -33.26 �oor-Sngl-Ext ambt -0.196 -33.26 wall-Exterior Ambt -0.196 -20.35 wall-Exterior ambt -0.196 -38.73 Floor Rm3/3 0.027 1.11 �oor-Stair Stair6/4 0.257 316.47 wall-Stair 5tair6/4 0.257 11.17 wall-Exterior Rm21/4 0.009 11.49 Door-Sngl-Ext Ambt -0.196 -33.26 wall-Stair Stair6/4 0.257 41.20 wall-Exterior Ambt -0.196 -21.12 wall-Exterior Ambt -0.196 -28.17 Page 37 winter doors closed with no wind.txt wall-Int Rm21/4 0.009 10.42 Stair6 0.439 68.0 200_Stair_11. 5 Stair6/5 0.000 914.88 Door-Stair Rm3/4 -0.257 -316.47 wall-Stair Rm3/4 -0.257 -11.17 Door-Stair Rm21/4 -0.�48 -310.96 supply Stair6 n/a 1150.00 200_Stair_11. 5 Stair6/3 -0.000 -1329.19 wall-Stair Rm3/4 -0.257 -41.20 wall-Stair Rm21/4 -0.248 -55.88 Rm21 0.191 68.0 Floor Ambt -0.230 -139.63 Floor Ambt -0.230 -3.31 Floor Ambt -0.230 -8. 50 Floor Ambt -0.230 -81.33 wall-Exterior Rm3/4 -0.009 -11.49 �oor-Stair Stair6/4 0.248 310.96 Wall-Exterior Ambt -0.204 -14.88 wall-Stair Stair6/4 0.248 55.88 Door-Sngl-Ext Ambt -0.204 -34.23 wall-Exterior Ambt -0.204 -16.01 wall-Int Rm3/4 -0.009 -10.42 Wall-Exterior Ambt -0.204 -20.81 wall-Exterior Ambt -0.204 -12.79 �oor-Sngl-Ext Ambt -0.204 -34.23 wall-Exterior Ambt -0.204 -39.84 Floor Rm2/3 -0.007 -24.12 wall-Exterior Ambt -0.204 -71.99 �oor-Sngl-Ext Ambt -0.204 -34.23 wall-Elevator Elevshortl/4 0.056 8.48 Wall-Stair Stair_1/4 0.282 17.14 wall-5tair Elevshortl/4 0.056 8.95 wall-Exterior Ambt -0.204 -30.24 Floor Entrancel/3 0.021 0.99 �oor-Elev Elevshortl/4 0.056 308.04 wall-Stair 5tair_1/4 0.282 13.36 Floor Halll/3 0.062 4.40 Door-Stair Stair_1/4 0.282 331.46 Door-Sngl-Ext Ambt -0.204 -34.23 wall-Stair Stair_1/4 0.28� 17.14 wall-Exterior Ambt -0.204 -29.28 Wall-Exterior Ambt -0.204 -24.00 Floor Rml/3 -0.086 -49.76 wall-Exterior Ambt -0.204 -13.61 �oor-Sngl-Ext Ambt -0.204 -34.23 Wall-Exterior Ambt -0.�04 -104.15 wall-Exterior Ambt -0.204 -36.79 Door-Sngl-Ext Ambt -0.204 -34.23 wall-Exterior Ambt -0.204 -39.84 Door-Sngl-Ext Ambt -0.204 -34.23 wall-Exterior Ambt -0.204 -54.40 Elevshortl 0.247 68.0 Floor Ambt -0.286 -4.92 wall-Elevator Rm21/4 -0.056 -8.48 wall-Stair Rm21/4 -0.056 -8.95 ElevShort�4 ElevShortl/3 0.000 312.45 wall-Stair Stair_1/4 0.226 17.95 Door-Elev Rm21/4 -0.056 -308.04 Stair_1 0.473 68.0 Floor Ambt -0. 512 -19.35 wall-Stair Rm21/4 -0.282 -17.14 200_Stair_11. 5 Stair_1/3 -0.000 -2826.93 wall-Stair ElevShortl/4 -0.226 -17.95 Page 38 winter doors closed with no wind.txt wall-Stair Ambt -0.486 -56.68 wall-Stair Rm21/4 -0.282 -13.36 supply Stairl n/a 3300.00 Door-Stair Rm21/4 -0.282 -331.46 Wall-Stair Rm21/4 -0.282 -17.14 level : 5 elevation: 51.0 ft zone P T path from dP Flowl Flow2 Rml9 0.107 68.0 Floor Rm19/6 -0.044 -125.25 wall-Exterior Ambt -0.120 -68.15 Wall-Exterior Ambt -0.120 -70.00 wall-Exterior Ambt -0.120 -109.60 Floor Rm19/4 0.044 125. 57 wall-znt Rm18/5 0.048 56.33 Door-Sgle-Int. Ambt -0.120 -216.70 �oor-Sgle-znt. Ha112/5 0.094 191.25 wall-Exterior Ambt -0.120 -8.29 wall-Exterior ambt -0.120 -15.34 Door-Sgle-Int. Ha112/5 0.094 191.25 wall-Exterior Ambt -0.120 -7.37 wall-Int Rm20/5 0.079 56.31 Rm8 0.117 68.0 Floor Rm8/6 -0.028 -39.43 wall-Exterior Ambt -0.130 -38.32 Door-Sngl-Ext Ambt -0.130 -25. 55 wall-Int Rm15/5 0.008 38.88 wall-Exterior Ambt -0.130 -51.74 Floor Rm8/4 0.032 42.68 wall-Int Rm9/5 -0.072 -70.82 wall-znt Ha113/5 0.026 24.27 Door-Sgle-Int. Ha113/5 0.026 99.93 wall-znt Ha113/5 0.026 20.11 Rm9 0.045 68.0 Floor Rm9/6 -0.034 -68. 55 Floor Rm9/6 -0.034 -1.25 wall-Exterior ambt -0.059 -517. 58 wall-Exterior Ambt -0.059 -72.67 Floor Rm9/4 0.033 67.19 Door-Sngl-Ext Ambt -0.059 -15.19 wall-Exterior Ambt -0.059 -17.66 Wall-Int Rm8/5 0.072 70.82 wall-Exterior Ambt -0.059 -55.23 wall-znt Ha113/5 0.097 33.25 �oor-Sgle-znt. Ha113/5 0.097 194.88 Double_DOOr_Int Ha113/5 0.097 389.76 Floor Rm9/4 0.033 1.23 wall-Exterior Ambt -0.059 -8.99 Rm15 0.125 68.0 Floor Rm15/6 -0.028 -19.19 Floor RmlS/6 -0.028 -20.31 wall-Exterior Ambt -0.138 -63.12 wall-Exterior Ambt -0.138 -20.71 Door-Sngl-Ext Ambt -0.138 -26. 53 wall-Exterior ambt -0.138 -23.67 wall-Exterior Ambt -0.138 -13.81 �oor-Sngl-Ext Ambt -0.138 -26. 53 wall-Exterior Ambt -0.138 -19.73 wall-znt Rm8/5 -0.008 -38.88 wall-Int Suitel/5 0.035 35.46 Floor Rm15/4 0.032 20.63 Floor Rm15/4 0.032 21.84 wall-Stair Stair_4/5 0. 335 53.63 Page 39 winter doors closed with no wind.txt wall-Elevator Elev_2/5 0.224 15.97 Door-Sgle-Int. Ha113/5 0.018 83.37 wall-znt Ha113/5 0.018 41. 58 Rm18 0.155 68.0 Floor Rm18/6 -0.033 -19.52 Floor Rm18/6 -0.033 -8.88 Floor Rm18/6 -0.033 -19.52 wall-Exterior Ambt -0.168 -11.98 �oor-Sngl-Ext Ambt -0.168 -30.18 wall-Exterior Ambt -0.168 -49.00 wall-Exterior Ambt -0.168 -59.89 Floor Rm18/4 0.035 20.29 wall-znt Rm17/5 0.007 38.28 wall-Exterior Ambt -0.168 -31.95 wall-Int Rml9/5 -0.048 -56.33 Floor Rm18/4 0.035 9.23 Floor Rml8/4 0.035 20.29 wall-znt Ha112/5 0.046 35.99 �oor-Sgle-znt. Ha112/5 0.046 133.77 wall-znt Ha112/5 0.046 29.41 Rm17 0.162 68.0 Floor Rm17/6 -0.034 -12.48 Floor Rml7/6 -0.034 -19.62 Floor Rm17/6 -0.034 -4.99 Floor Rml7/6 -0.034 -7.49 wall-Exterior Ambt -0.176 -92.34 Floor Rm17/4 0.034 12.43 wall-Exterior Ambt -0.176 -44. 50 �oor-Sngl-Ext Ambt -0.176 -31.03 wall-Exterior Ambt -0.176 -15. 58 �oor-sngl-Ext Ambt -0.176 -31.03 wall-Exterior Ambt -0.176 -22.25 wall-znt Suite2/5 0.030 32.67 wall-Int Rm18/5 -0.007 -38.28 Floor Rml7/4 0.034 19. 54 Floor Rm17/4 0.034 4.97 Floor Rm17/4 0.034 7.46 wall-5tair Stair_3/5 0.295 47.99 wall-Elevator Elev_1/5 0.217 15.71 wall-znt Ha112/5 0.039 38.60 �oor-Sgle-znt. Ha112/5 0.039 122. 53 wall-znt Ha112/5 0.039 17.69 Suite2 0.192 68.0 Floor Suite2/6 -0.031 -14.33 Floor suite2/6 -0.031 -4.78 Floor Suite2/6 -0.031 -7.17 Floor Suite2/6 -0.031 -44. 50 wall-Exterior Ambt -0.206 -65.01 wall-Exterior Ambt -0.206 -44. 54 Wall-Exterior Ambt -0.206 -14.04 �oor-Sngl-Ext ambt -0.206 -34.38 Door-Sngl-Ext Ambt -0.206 -34.38 Floor Suite2/4 0.025 12.90 wall-Exterior Ambt -0.206 -32.91 Floor Suite2/4 0.025 4.30 Floor Suite2/4 0.025 6.45 Floor Suite2/4 0.025 40.05 wall-Int Rm17/5 -0.030 -32.67 wall-znt Suitel/5 -0.032 -117.76 Door-Stair Stair_3/5 0.264 321.08 wall-Stair Stair_3/5 0.264 30.60 wall-Int Nonvest3/5 0.009 6.11 �ouble_�oor_znt Ha112/5 0.008 114.93 Page 40 winter doors closed with no wind.txt wall-znt Rml6/5 -0.021 -6.62 Door-Sngl-Ext Ambt -0.206 -34.38 wall-Exterior ambt -0.206 -48.95 suitel 0.160 68.0 Floor suitel/6 -0.027 -13.41 Floor Suitel/6 -0.0�7 -6.71 Floor Suitel/6 -0.027 -1.41 Floor Suitel/6 -0.027 -44.71 wall-Exterior Ambt -0.174 -59.69 Wall-Exterior Ambt -0.174 -40.90 Floor Suitel/4 0.026 13.21 Door-Sngl-Ext Ambt -0.174 -30.77 Door-Sngl-Ext Ambt -0.174 -30.77 Wall-Exterior Ambt -0.174 -12.89 wall-Exterior Ambt -0.174 -30.22 Floor Suitel/4 0.026 6.60 Floor Suitel/4 0.026 1.39 Floor Suitel/4 0.026 44.02 wall-znt RmlS/5 -0.035 -35.46 wall-Int 5uite2/5 0.032 117.76 �oor-Stair Stair_4/5 0.299 341. 52 wall-5tair Stair_4/5 0.�99 41.32 wall-Int Nonvest4/5 -0.017 -8.62 Double_DOOr_Int Ha113/5 -0.018 -165. 50 wall-znt Rml2/5 -0.039 -9.03 Wall-Exterior Ambt -0.174 -44.95 Door-Sngl-Ext Ambt -0.174 -30.77 Stair_3 0.457 68.0 233_Stair_11. 5 Stair_3/6 -0.000 -575.43 wall-Stair Rm17/5 -0.295 -47.99 Door-Stair Suite2/5 -0.264 -321.08 233_Stair_11. 5 Stair_3/4 -0.000 -686.93 supply Stair3 n/a 1999.99 wall-Stair Suite2/5 -0.264 -30.60 wall-Stair Elev_1/5 -0.077 -16.42 wall-Stair Nonvest3/5 -0.256 -5.78 �oor-Stair Nonvest3/5 -0.256 -315.75 stair_4 0.459 68.0 233_stair_11. 5 Stair_4/6 -0.000 -764.32 �oor-Stair Suitel/5 -0.299 -341. 52 wall-Stair RmlS/5 -0. 335 -53.63 wall-Stair 5uitel/5 -0.299 -41.32 supply Stair4 n/a 1750.00 233_Stair_11. 5 Stair_4/4 -0.000 -171.91 �oor-Stair Nonvest4/5 -0. 317 -351.25 wall-Stair Nonvest4/5 -0. 317 -6.43 wall-Stair Elev_2/5 -0.110 -19.61 Elev_1 0. 379 68.0 11. 5_Elevator Elev_1/6 0.000 4302.25 wall-Stair Stair_3/5 0.077 16.42 wall-Elevator Rml7/5 -0.217 -15.71 11. 5_Elevator Elev_1/4 -0.000 -3189.12 wall-Elevator Nonvest3/5 -0.178 -14.24 �oor-Elev Ha112/5 -0.179 -549.80 �oor-Elev Ha112/5 -0.179 -549.80 Nonvest3 0.201 68.0 Floor Nonvest3/6 -0.033 -1.37 wall-5tair 5tair_3/5 0.256 5.78 �oor-Stair Stair_3/5 0.256 315.75 Floor Nonvest3/4 0.028 1.27 wall-Elevator Elev_1/5 0.178 14.24 wall-Int Suite2/5 -0.009 -6.11 wall-Int Ha112/5 -0.000 -0.49 Page 41 winter doors closed with no wind.txt Missing�oor Ha112/5 -0.000 -329.08 Nonvest4 0.143 68.0 Floor Nonvest4/6 -0.027 -1.24 Door-Stair Stair_4/5 0. 317 351.25 wall-Stair Stair_4/5 0. 317 6.43 Floor NonVest4/4 0.029 1.28 wall-znt suitel/5 0.017 8.62 wall-Elevator Elev_2/5 0.206 15.31 Missing�oor Ha113/5 -0.000 -381.11 wall-znt Ha113/5 -0.000 -0. 55 Elev_2 0. 349 68.0 11. 5_Elevator Elev_2/6 0.000 4277.01 wall-Stair Stair_4/5 0.110 19.61 wall-Elevator Nonvest4/5 -0.206 -15.31 11. 5_Elevator Elev_2/4 -0.000 -3082.96 wall-Elevator Rm15/5 -0.224 -15.97 �oor-Elev Ha113/5 -0.207 -591.18 �oor-Elev Ha113/5 -0.207 -591.18 Ha112 0.201 68.0 Floor Ha112/6 -0.033 -9.77 Floor Ha112/6 -0.033 -12.22 Floor Ha112/6 -0.033 -1.88 Door-Sgle-Int. Rml9/5 -0.094 -191.25 wall-Int Rm18/5 -0.046 -35.99 �oor-Sgle-znt. Rml8/5 -0.046 -133.77 wall-Int Rm18/5 -0.046 -29.41 wall-znt Rm17/5 -0.039 -38.60 Door-Sgle-Int. Rm17/5 -0.039 -122. 53 wall-znt Rm17/5 -0.039 -17.69 �oor-Elev Elev_1/5 0.179 549.80 �oor-Elev Elev_1/5 0.179 549.80 wall-Int Nonvest3/5 0.000 0.49 Missing�oor Nonvest3/5 0.000 329.08 Door-Sgle-Int. Rm19/5 -0.094 -191.25 Floor Ha112/4 0.028 9.09 Floor Ha112/4 0.028 11.36 �ouble_�oor_znt Suite2/5 -0.008 -114.93 wall-Int Rm20/5 -0.015 -16.90 �oor-Sgle-znt. Rml6/5 -0.029 -106.83 wall-Int Rm16/5 -0.029 -70.11 �oor-Sgle-znt. Rml6/5 -0.029 -106.83 wall-Int Rm16/5 -0.029 -32.25 �oor-Sgle-znt. Rm16/5 -0.029 -106.83 wall-Int Rm16/5 -0.029 -3.51 �oor-Sgle-znt. Rm20/5 -0.015 -76.89 wall-Int Rm20/5 -0.015 -17.99 wall-znt Rml6/5 -0.029 -68.70 Door-Sgle-Int. Rm20/5 -0.015 -76.89 �oor-Sgle-znt. Rml6/5 -0.029 -106.83 wall-Stair Stair_2/5 0.266 22.29 Floor Ha112/4 0.028 1.75 wall-Int Rm16/5 -0.029 -25.24 �oor-Stair Stair_2/5 0.266 321.70 Door-Sgle-Int. Rm3/5 -0.017 -80.30 Ha113 0.142 68.0 Floor Ha113/6 -0.027 -25.22 Missing�oor Nonvest4/5 0.000 381.11 wall-Int Nonvest4/5 0.000 0. 55 �oor-Elev Elev_2/5 0.207 591.18 �oor-Elev Elev_2/5 0.207 591.18 �oor-Sgle-znt. RmlS/5 -0.018 -83.37 wall-Int Rm15/5 -0.018 -41. 58 wall-Int Rm8/5 -0.026 -24.27 Page 42 winter doors closed with no wind.txt �oor-Sgle-znt. Rm8/5 -0.026 -99.93 wall-Int Rm8/5 -0.026 -20.11 wall-znt Rm9/5 -0.097 -33.25 Door-Sgle-Int. Rm9/5 -0.097 -194.88 �ouble_�oor_znt Suitel/5 0.018 165. 50 Floor Ha113/4 0.029 26.00 �ouble_�oor_znt Rm9/5 -0.097 -389.76 wall-Int Rm12/5 -0.021 -7.15 �oor-Sgle-znt. Rml2/5 -0.021 -90.85 wall-Int Rm12/5 -0.021 -27.43 Door-Sgle-Int. Rm12/5 -0.021 -90.85 wall-Int Rm12/5 -0.021 -59.62 �oor-Sgle-znt. Rml2/5 -0.021 -90.85 wall-Int Rm10/5 -0.108 -75.33 wall-znt Rml2/5 -0.021 -64.39 Door-Sgle-Int. Rm10/5 -0.108 -204.97 �oor-Sgle-znt. Rml2/5 -0.021 -90.85 wall-Int Rm10/5 -0.108 -101.15 wall-znt Rml2/5 -0.021 -8.35 Door-Sgle-Int. Rm10/5 -0.108 -204.97 �oor-Stair Stair_5/5 0.278 328.98 wall-5tair Stair_5/5 0.278 34.74 wall-znt Rmll/5 -0.019 -4.50 Door-Sgle-Int. Rmll/5 -0.019 -85.64 Rm12 0.121 68.0 Floor Rm12/6 -0.030 -124.14 wall-Int Ha113/5 0.021 7.15 Door-Sgle-Int. Ha113/5 0.021 90.85 wall-znt Ha113/5 0.021 27.43 Door-Sgle-Int. Ha113/5 0.0�1 90.85 wall-znt Ha113/5 0.021 59.62 Door-Sgle-Int. Ha113/5 0.021 90.85 wall-znt Suitel/5 0.039 9.03 wall-znt Ha113/5 0.021 64.39 Floor Rml2/4 0.033 129.29 Door-Sgle-Int. Ha113/5 0.021 90.85 wall-znt Ha113/5 0.021 8.35 wall-Exterior Ambt -0.135 -42.87 wall-Exterior ambt -0.135 -108.15 wall-Stair Stair_5/5 0.299 17.65 wall-Exterior Ambt -0.135 -81.84 wall-Exterior Ambt -0.135 -81.84 wall-Int Rmll/5 0.002 5.08 Door-Sngl-Ext Ambt -0.135 -26.11 wall-Exterior Ambt -0.135 -74.05 Door-Sngl-Ext Ambt -0.135 -26.11 �oor-sngl-Ext Ambt -0.135 -26.11 wall-Exterior Ambt -0.135 -74.05 Door-Sngl-Ext Ambt -0.135 -26.11 Rml6 0.172 68.0 Floor Rml6/6 -0.036 -10.63 Floor Rm16/6 -0.036 -15.40 Floor Rm16/6 -0.036 -115.50 Floor Rm16/6 -0.036 -1.69 �oor-Sgle-znt. Ha112/5 0.029 106.83 wall-znt Ha112/5 0.029 70.11 �oor-Sgle-znt. Ha112/5 0.029 106.83 wall-znt Ha112/5 0.029 32.25 �oor-Sgle-znt. Ha112/5 0.029 106.83 wall-znt Ha112/5 0.029 3. 51 wall-znt Suite2/5 0.021 6.62 wall-znt Ha112/5 0.029 68.70 wall-Exterior Ambt -0.185 -45.65 Page 43 winter doors closed with no wind.txt Floor Rml6/4 0.032 9.99 Floor Rm16/4 0.032 14.48 Floor Rml6/4 0.032 108.62 Door-Sgle-Int. Ha112/5 0.029 106.83 wall-znt Ha112/5 0.029 25.24 wall-Exterior Ambt -0.185 -91.31 wall-Exterior Ambt -0.185 -84.46 wall-Exterior Ambt -0.185 -126.69 wall-znt Rm3/5 0.013 6.70 Floor Rm16/4 0.032 1. 59 �oor-Sngl-Ext Ambt -0.185 -32.08 wall-Exterior Ambt -0.185 -86.74 wall-Exterior Ambt -0.185 -39. 56 Door-Sngl-Ext Ambt -0.185 -32.08 wall-Exterior Ambt -0.185 -30.43 Door-Sngl-Ext Ambt -0.185 -32.08 wall-Exterior Ambt -0.185 -30.82 Rm20 0.186 68.0 Floor Rm20/6 -0.043 -75.31 wall-Int Rm19/5 -0.079 -56.31 wall-znt Ha112/5 0.015 16.90 wall-Exterior Ambt -0.199 -27.23 �oor-Sgle-znt. Ha112/5 0.015 76.89 wall-Exterior Ambt -0.199 -40.73 wall-Exterior Ambt -0.199 -23.09 Door-Sgle-Int. Ambt -0.199 -278.61 wall-Int Ha112/5 0.015 17.99 wall-Exterior Ambt -0.199 -15.25 Floor Rm20/4 0.031 64.24 Door-Sgle-Int. Ha112/5 0.015 76.89 wall-Exterior Ambt -0.199 -63.94 wall-5tair Stair_2/5 0.281 73.37 wall-Exterior Ambt -0.199 -67.02 wall-Int Rm3/5 -0.001 -9.56 �oor-Stair Stair_2/5 0.281 330.77 Rm10 0.035 68.0 Floor Rm10/6 -0.035 -58.17 wall-Exterior Ambt -0.048 -5.83 wall-znt Ha113/5 0.108 75.33 wall-Exterior Ambt -0.048 -601.27 �oor-Sgle-znt. Ha113/5 0.108 204.97 Floor Rm10/4 0.036 59.15 wall-Exterior Ambt -0.048 -21.36 wall-znt Ha113/5 0.108 101.15 wall-Exterior Ambt -0.048 -7.96 Door-Sgle-Int. Ha113/5 0.108 204.97 wall-znt Rmll/5 0.089 91.05 wall-Exterior Ambt -0.048 -23.89 wall-Exterior Ambt -0.048 -18.15 stair_2 0.466 68.0 200_Stair_11. 5 Stair_2/6 0.000 557.36 wall-Stair Rm20/5 -0.281 -73.37 200_Stair_11. 5 Stair_2/4 -0.000 -1192.08 wall-5tair Ha112/5 -0.266 -22.29 �oor-Stair Rm20/5 -0.281 -330.77 supply Stair2 n/a 1400.00 �oor-Stair Ha112/5 -0.266 -321.70 wall-Stair Rm3/5 -0.282 -17.14 Stair_5 0.420 68.0 200_Stair_11. 5 Stair_5/6 0.001 4070.48 �oor-Stair Ha113/5 -0.278 -328.98 wall-Stair Ha113/5 -0.�78 -34.74 wall-Stair Rml2/5 -0.299 -17.65 Page 44 winter doors closed with no wind.txt 200_Stair_11. 5 Stair_5/4 -0.001 -3290.59 Door-Stair Rmll/5 -0.296 -339.95 wall-Stair Rmll/5 -0.296 -58. 58 Rmll 0.124 68.0 Floor Rmll/6 -0.037 -72.60 wall-znt Ha113/5 0.019 4. 50 �oor-Sgle-znt. Ha113/5 0.019 85.64 Door-Stair Stair_5/5 0.296 339.95 wall-Stair Stair_5/5 0.296 58. 58 wall-Int Rm10/5 -0.089 -91.05 wall-Int Rm12/5 -0.002 -5.08 Floor Rmll/4 0.033 69.28 wall-Exterior Ambt -0.137 -40.29 wall-Exterior Ambt -0.137 -37.35 wall-Exterior Ambt -0.137 -45.21 wall-Exterior Ambt -0.137 -9.83 Door-Sngl-Ext Ambt -0.137 -26.41 wall-Exterior Ambt -0.137 -23. 59 wall-Exterior ambt -0.137 -112. 53 wall-Exterior Ambt -0.137 -49.14 wall-Exterior Ambt -0.137 -44.87 Rm3 0.184 68.0 Floor Rm3/6 -0.046 -80.77 Floor Rm3/6 -0.046 -1.45 Floor Ambt -0.223 -12.78 Floor Ambt -0.223 -6.39 wall-znt Rm20/5 0.001 9.56 wall-Exterior Ambt -0.198 -8. 50 wall-Stair Stair_2/5 0.282 17.14 Door-Sgle-Int. Ha112/5 0.017 80.30 �oor-sngl-Ext Ambt -0.198 -33. 50 wall-Int Rm16/5 -0.013 -6.70 wall-Exterior Ambt -0.198 -66.08 wall-Exterior Ambt -0.198 -66.08 wall-Exterior ambt -0.198 -30.68 wall-Exterior Ambt -0.198 -15.10 Floor Rm3/4 0.037 77.31 Door-Sngl-Ext Ambt -0.198 -33. 50 Door-Sngl-Ext Ambt -0.198 -33. 50 wall-Exterior Ambt -0.198 -20.46 wall-Exterior Ambt -0.198 -38.94 Floor Rm3/4 0.037 1.30 �oor-Stair Stair6/5 0.294 338.36 Door-Sngl-Ext Ambt -0.198 -33. 50 wall-Stair Stair6/5 0.294 44.05 wall-Stair Stair6/5 0.294 60.80 wall-Exterior Ambt -0.198 -21.24 wall-Exterior Ambt -0.198 -62. 54 wall-Exterior Ambt -0.198 -57.11 stair6 0.478 68.0 163_Stair Stair6/6 0.000 383.29 Floor Ambt -0. 517 -2.53 �oor-Stair Rm3/5 -0.294 -338.36 supply Stair6 n/a 1000.00 200_Stair_11. 5 Stair6/4 -0.000 -914.88 wall-Stair Rm3/5 -0.294 -44.05 wall-Stair Rm3/5 -0.294 -60.80 wall-Stair Ambt -0.492 -22.68 level : 6 elevation: 62.5 ft zone P T path from dP Flowl Flow2 Rm19 0.102 68.0 Floor Rml9/7 -0.075 -163.83 Page 45 winter doors closed with no wind.txt Floor Sma11Rm/7 0.010 1.08 wall-Exterior Ambt -0.116 -66.81 wall-Exterior ambt -0.116 -68.62 wall-Exterior Ambt -0.116 -107.45 Floor Rm19/5 0.044 125.25 wall-Int Rm18/6 0.059 62.47 �oor-Sgle-znt. Ambt -0.116 -212.45 Door-Sgle-Int. Ha112/6 0.105 202.10 wall-Exterior Ambt -0.116 -8.13 wall-Exterior Ambt -0.116 -15.04 �oor-Sgle-znt. Ha112/6 0.105 202.10 Wall-Exterior Ambt -0.116 -7.22 wall-znt Rm20/6 0.079 56. 55 Rm8 0.128 68.0 Floor Rm8/7 -0.012 -28.81 Floor 2StoryStair/7 -0.002 -0.11 wall-Exterior Ambt -0.142 -39.95 Door-Sngl-Ext Ambt -0.142 -26.97 wall-znt RmlS/6 0.008 38.24 wall-Exterior Ambt -0.142 -53.93 Floor Rm8/5 0.028 39.43 wall-Int Rm9/6 -0.078 -74.03 wall-znt Ha113/6 0.026 24. 57 Door-Sgle-Int. Ha113/6 0.026 101.20 wall-znt Ha113/6 0.026 20.36 Rm9 0.050 68.0 Floor Ambt -0.089 -40.26 Floor Rm8/7 0.067 0.87 Floor Rm9/7 -0.001 -7.65 Floor 25toryStair/7 0.077 4.80 Floor Ambt -0.089 -28.18 wall-Exterior Ambt -0.063 -537.64 wall-Exterior Ambt -0.063 -75.48 Floor Rm9/5 0.034 68.55 �oor-Sngl-Ext Ambt -0.063 -15.96 wall-Exterior Ambt -0.063 -18.34 wall-znt Rm8/6 0.078 74.03 wall-Exterior Ambt -0.063 -57.37 wall-znt Ha113/6 0.105 34.48 Door-Sgle-Int. Ha113/6 0.105 202.07 Double_DOOr_Int Ha113/6 0.105 404.14 Floor Rm9/5 0.034 1.25 wall-Exterior Ambt -0.063 -9.34 RmlS 0.136 68.0 Floor Rm15/7 -0.008 -14. 50 Floor Rm8/7 -0.019 -20.97 wall-Exterior Ambt -0.149 -65.60 wall-Exterior Ambt -0.149 -21. 52 �oor-Sngl-Ext Ambt -0.149 -27.89 Wall-Exterior Ambt -0.149 -24.60 wall-Exterior ambt -0.149 -14.35 Door-Sngl-Ext Ambt -0.149 -27.89 wall-Exterior Ambt -0.149 -20. 50 wall-Int Rm8/6 -0.008 -38.24 wall-znt suitel/6 0.036 35.72 Floor Rm15/5 0.028 19.19 Floor RmlS/5 0.028 20.31 wall-5tair 5tair_4/6 0. 362 55.82 wall-Elevator Elev_2/6 0.252 16.93 Door-Sgle-Int. Ha113/6 0.019 85.46 wall-znt Ha113/6 0.019 42.63 Rm18 0.161 68.0 Floor Rml8/7 -0.035 -32.10 Page 46 winter doors closed with no wind.txt wall-Exterior Ambt -0.175 -12.20 Door-Sngl-Ext Ambt -0.175 -30.91 wall-Exterior ambt -0.175 -49.91 wall-Exterior Ambt -0.175 -61.00 Floor Rml8/5 0.033 19.52 wall-Int Rm17/6 0.006 34.19 wall-Exterior Ambt -0.175 -32. 54 wall-Int Rm19/6 -0.059 -62.47 Floor Rml8/5 0.033 8.88 Floor Rm18/5 0.033 19. 52 wall-znt Ha112/6 0.046 35.96 Door-Sgle-Int. Ha112/6 0.046 133.66 wall-znt Ha112/6 0.046 29.39 Rm17 0.167 68.0 Floor Rml8/7 -0.041 -32.99 Floor Rm17/7 -0.017 -21.02 wall-Exterior Ambt -0.181 -93.60 Floor Rm17/5 0.034 12.48 wall-Exterior ambt -0.181 -45.11 Door-Sngl-Ext Ambt -0.181 -31. 58 wall-Exterior Ambt -0.181 -15.79 Door-Sngl-Ext Ambt -0.181 -31. 58 wall-Exterior ambt -0.181 -22. 55 wall-Int Suite2/6 0.033 34.19 wall-znt Rml8/6 -0.006 -34.19 Floor Rm17/5 0.034 19.62 Floor Rm17/5 0.034 4.99 Floor Rm17/5 0.034 7.49 wall-Stair Stair_3/6 0. 329 50.68 wall-Elevator Elev_1/6 0.�51 16.90 wall-znt Ha112/6 0.040 39.30 Door-Sgle-Int. Ha112/6 0.040 124.77 Wall-Int Ha112/6 0.040 18.01 Suite2 0.200 68.0 Floor Suite2/7 -0.046 -17.40 Floor Suite2/7 -0.046 -5.80 Floor Suite2/7 -0.046 -8.70 Floor Suite2/7 -0.046 -54.04 wall-Exterior ambt -0.214 -66.21 wall-Exterior Ambt -0.214 -45.37 wall-Exterior Ambt -0.214 -14.30 Door-Sngl-Ext Ambt -0.214 -35.21 Door-Sngl-Ext Ambt -0.214 -35.21 Floor Suite2/5 0.031 14.33 wall-Exterior Ambt -0.214 -33. 52 Floor Suite2/5 0.031 4.78 Floor suite2/5 0.031 7.17 Floor Suite2/5 0.031 44.50 wall-znt Rml7/6 -0.033 -34.19 wall-Int Suitel/6 -0.028 -110.48 �oor-Stair Stair_3/6 0.296 339.47 wall-Stair 5tair_3/6 0.296 32.36 wall-znt Nonvest3/6 0.007 5. 59 Double_DOOr_Int Ha112/6 0.007 104.67 wall-znt Rm16/6 -0.026 -7.35 Door-Sngl-Ext Ambt -0.214 -35.21 wall-Exterior Ambt -0.214 -49.86 Suitel 0.172 68.0 Floor Suitel/7 -0.029 -13.81 Floor Suitel/7 -0.029 -6.91 Floor Suitel/7 -0.029 -1.45 Floor Suitel/7 -0.0�9 -46.03 wall-Exterior Ambt -0.185 -61.65 Page 47 winter doors closed with no wind.txt wall-Exterior Ambt -0.185 -42.24 Floor Suitel/5 0.027 13.41 �oor-Sngl-Ext ambt -0.185 -32.09 Door-Sngl-Ext Ambt -0.185 -32.09 wall-Exterior Ambt -0.185 -13.31 wall-Exterior Ambt -0.185 -31.21 Floor suitel/5 0.027 6.71 Floor Suitel/5 0.027 1.41 Floor Suitel/5 0.027 44.71 wall-Int Rm15/6 -0.036 -35.72 wall-znt Suite2/6 0.028 110.48 Door-Stair Stair_4/6 0. 327 356.75 wall-Stair Stair_4/6 0. 327 43.17 wall-Int Nonvest4/6 -0.017 -8. 52 �ouble_�oor_znt Ha113/6 -0.017 -163.72 wall-Int Rm12/6 -0.042 -9.35 wall-Exterior Ambt -0.185 -46.42 Door-Sngl-Ext Ambt -0.185 -32.09 Stair_3 0.496 68.0 233_Stair_11. 5 Stair_3/7 -0.000 -795.10 wall-Stair Rm17/6 -0.329 -50.68 �oor-5tair Suite2/6 -0.296 -339.47 233_Stair_11. 5 Stair_3/5 0.000 575.43 supply Stair3 n/a 1000.00 wall-Stair Suite2/6 -0.296 -32.36 wall-Stair Elev_1/6 -0.077 -16.42 wall-Stair Nonvest3/6 -0.288 -6.14 �oor-5tair Nonvest3/6 -0.288 -335.27 Stair_4 0.498 68.0 233_Stair_11. 5 Stair_4/7 -0.000 -1416.41 Door-Stair Suitel/6 -0. 327 -356.75 wall-Stair Rm15/6 -0.362 -55.82 wall-Stair Suitel/6 -0. 327 -43.17 supply Stair4 n/a 1500.00 233_Stair_11. 5 Stair_4/5 0.000 764.32 �oor-Stair Nonvest4/6 -0. 343 -365.87 wall-Stair Nonvest4/6 -0. 343 -6.70 wall-5tair Elev_2/6 -0.110 -19.61 Elev_1 0.418 68.0 11. 5_Elevator Elev_1/7 0.000 5514.01 wall-Stair Stair_3/6 0.077 16.42 wall-Elevator Rm17/6 -0.251 -16.90 11. 5_Elevator Elev_1/5 -0.000 -4302.25 wall-Elevator Nonvest3/6 -0.211 -15.49 �oor-Elev Ha112/6 -0.211 -597.90 �oor-Elev Ha112/6 -0.�11 -597.90 Nonvest3 0.207 68.0 Floor Nonvest3/7 -0.053 -1.74 wall-Stair Stair_3/6 0.288 6.14 Door-Stair Stair_3/6 0.288 335.27 Floor Nonvest3/5 0.033 1.37 wall-Elevator Elev_1/6 0.211 15.49 wall-znt Suite2/6 -0.007 -5. 59 wall-znt Ha112/6 -0.000 -0. 51 Missing�oor Ha112/6 -0.000 -350.42 Nonvest4 0.155 68.0 Floor Nonvest4/7 -0.021 -l.11 Door-Stair Stair_4/6 0. 343 365.87 wall-Stair Stair_4/6 0. 343 6.70 Floor NonVest4/5 0.027 1.24 wall-znt Suitel/6 0.017 8. 52 wall-Elevator Elev_2/6 0.�33 16.28 Missing�oor Ha113/6 -0.000 -396.94 Page 48 winter doors closed with no wind.txt wall-znt Ha113/6 -0.000 -0. 57 Elev_2 0. 388 68.0 11. 5_Elevator Elev_2/7 0.000 5547.70 wall-Stair 5tair_4/6 0.110 19.61 wall-Elevator Nonvest4/6 -0.233 -16.28 11.5_Elevator Elev_2/5 -0.000 -4277.01 wall-Elevator RmlS/6 -0.252 -16.93 �oor-Elev Ha113/6 -0.234 -628. 54 �oor-Elev Ha113/6 -0.234 -628. 54 Ha112 0.207 68.0 Floor Ha112/7 -0.053 -12.44 Floor Ha112/7 -0.053 -15. 55 Floor Ha112/7 -0.053 -2.39 Door-Sgle-Int. Rm19/6 -0.105 -202.10 wall-znt Rml8/6 -0.046 -35.96 Door-Sgle-Int. Rm18/6 -0.046 -133.66 wall-znt Rml8/6 -0.046 -29.39 wall-Int Rm17/6 -0.040 -39.30 Door-Sgle-Int. Rml7/6 -0.040 -124.77 wall-Int Rm17/6 -0.040 -18.01 �oor-Elev Elev_1/6 0.211 597.90 �oor-Elev Elev_1/6 0.211 597.90 wall-znt Nonvest3/6 0.000 0.51 Missing�oor Nonvest3/6 0.000 350.42 �oor-Sgle-znt. Rml9/6 -0.105 -202.10 Floor Ha112/5 0.033 9.77 Floor Ha112/5 0.033 12.22 �ouble_�oor_znt Suite2/6 -0.007 -104.67 wall-znt Rm20/6 -0.025 -21.89 Door-Sgle-Int. Rm16/6 -0.033 -112.83 wall-znt Rml6/6 -0.033 -74.04 Door-Sgle-Int. Rm16/6 -0.033 -112.83 wall-znt Rml6/6 -0.033 -34.06 Door-Sgle-Int. Rm16/6 -0.033 -112.83 wall-znt Rml6/6 -0.033 -3.70 Door-Sgle-Int. Rm20/6 -0.025 -99. 58 wall-znt Rm20/6 -0.025 -23.30 wall-Int Rm16/6 -0.033 -72.56 Door-Sgle-Int. Rm20/6 -0.025 -99. 58 Door-Sgle-Int. Rm16/6 -0.033 -112.83 wall-Stair Stair_2/6 0.298 23.62 Floor Ha112/5 0.033 1.88 wall-znt Rm16/6 -0.033 -26.66 Door-Stair Stair_2/6 0.298 340.90 �oor-Sgle-znt. Rm3/6 -0.030 -108.11 Ha113 0.154 68.0 Floor Ha113/7 -0.021 -22.47 Missing�oor Nonvest4/6 0.000 396.94 wall-Int Nonvest4/6 0.000 0.57 �oor-Elev Elev_2/6 0.234 628. 54 �oor-Elev Elev_2/6 0.234 628. 54 Door-Sgle-Int. Rm15/6 -0.019 -85.46 wall-znt Rm15/6 -0.019 -42.63 wall-Int Rm8/6 -0.026 -24.57 Door-Sgle-Int. Rm8/6 -0.026 -101.20 wall-Int Rm8/6 -0.026 -20.36 wall-Int Rm9/6 -0.105 -34.48 Door-Sgle-Int. Rm9/6 -0.105 -202.07 Double_DOOr_Int Suitel/6 0.017 163.72 Floor Ha113/5 0.027 25.22 Double_DOOr_Int Rm9/6 -0.105 -404.14 wall-Int Rm12/6 -0.0�4 -7.67 Door-Sgle-Int. Rml2/6 -0.024 -97.44 Page 49 winter doors closed with no wind.txt wall-znt Rml2/6 -0.024 -29.42 Door-Sgle-Int. Rm12/6 -0.024 -97.44 wall-znt Rml2/6 -0.024 -63.95 Door-Sgle-Int. Rm12/6 -0.024 -97.44 wall-znt Rm10/6 -0.116 -78.10 wall-Int Rm12/6 -0.024 -69.06 Door-Sgle-Int. Rm10/6 -0.116 -212. 52 Door-Sgle-Int. Rm12/6 -0.024 -97.44 wall-Int Rm10/6 -0.116 -104.88 wall-Int Rm12/6 -0.024 -8.95 Door-Sgle-Int. Rm10/6 -0.116 -212. 52 Door-Stair Stair_5/6 0. 305 345.05 wall-Stair Stair_5/6 0. 305 36.44 wall-Int Rmll/6 -0.0�8 -5. 53 �oor-Sgle-znt. Rmll/6 -0.028 -105.24 Rml2 0.130 68.0 Floor Rml2/7 -0.032 -127.79 wall-znt Ha113/6 0.024 7.67 Door-Sgle-Int. Ha113/6 0.024 97.44 wall-znt Ha113/6 0.024 29.42 Door-Sgle-Int. Ha113/6 0.024 97.44 wall-znt Ha113/6 0.024 63.95 Door-Sgle-Int. Ha113/6 0.024 97.44 wall-Int Suitel/6 0.042 9.35 wall-znt Ha113/6 0.024 69.06 Floor Rm12/5 0.030 124.14 Door-Sgle-Int. Ha113/6 0.024 97.44 wall-znt Ha113/6 0.024 8.95 wall-Exterior Ambt -0.144 -44.24 Wall-Exterior Ambt -0.144 -111.61 wall-Stair Stair_5/6 0. 330 18. 54 Wall-Exterior Ambt -0.144 -84.46 wall-Exterior Ambt -0.144 -84.46 wall-Int Rmll/6 -0.004 -6.65 �oor-Sngl-Ext Ambt -0.144 -27.21 Wall-Exterior Ambt -0.144 -76.42 Door-Sngl-Ext Ambt -0.144 -27.21 Door-Sngl-Ext Ambt -0.144 -27.21 wall-Exterior Ambt -0.144 -76.42 Door-Sngl-Ext Ambt -0.144 -27.21 Rm16 0.174 68.0 Floor Rm16/7 -0.056 -13.28 Floor Rm16/7 -0.056 -19.24 Floor Rm16/7 -0.056 -144.31 Floor Rm16/7 -0.056 -2.12 Door-Sgle-Int. Ha112/6 0.033 112.83 wall-znt Ha112/6 0.033 74.04 Door-Sgle-Int. Ha112/6 0.033 112.83 wall-znt Ha112/6 0.033 34.06 Door-Sgle-Int. Ha112/6 0.033 112.83 wall-znt Ha112/6 0.033 3.70 wall-Int 5uite2/6 0.026 7.35 wall-znt Ha112/6 0.033 72. 56 wall-Exterior Ambt -0.188 -46.01 Floor Rml6/5 0.036 10.63 Floor Rm16/5 0.036 15.40 Floor Rml6/5 0.036 115.50 Door-Sgle-Int. Ha112/6 0.033 112.83 wall-znt Ha112/6 0.033 26.66 Wall-Exterior Ambt -0.188 -92.02 wall-Exterior Ambt -0.188 -85.12 wall-Exterior Ambt -0.188 -127.67 wall-znt Rm3/6 0.003 3.07 Page 50 winter doors closed with no wind.txt Floor Rml6/5 0.036 1.69 Door-Sngl-Ext Ambt -0.188 -32.40 wall-Exterior ambt -0.188 -87.42 wall-Exterior Ambt -0.188 -39.87 Door-Sngl-Ext Ambt -0.188 -32.40 wall-Exterior Ambt -0.188 -30.66 Door-Sngl-Ext Ambt -0.188 -32.40 wall-Exterior Ambt -0.188 -31.06 Rm20 0.182 68.0 Floor 2Storystair2/7 -0.028 -3.33 Floor Sma11Rm/7 -0.070 -10.70 Floor Rm20/7 -0.182 -154.92 wall-znt Rm19/6 -0.079 -56. 55 wall-znt Ha112/6 0.025 21.89 wall-Exterior Ambt -0.195 -26.96 Door-Sgle-Int. Ha112/6 0.025 99. 58 wall-Exterior Ambt -0.195 -40.32 wall-Exterior Ambt -0.195 -22.86 Door-Sgle-Int. Ambt -0.195 -275.79 wall-znt Ha112/6 0.025 23.30 wall-Exterior ambt -0.195 -15.10 Floor Rm20/5 0.043 75.31 �oor-Sgle-znt. Ha112/6 0.025 99. 58 wall-Exterior Ambt -0.195 -63.29 wall-Stair Stair_2/6 0. 324 78.78 wall-Exterior Ambt -0.195 -66.34 wall-znt Rm3/6 -0.005 -17.40 Door-Stair Stair_2/6 0. 324 355.15 Rm10 0.039 68.0 Floor Rm10/7 -0.0�4 -51.34 wall-Exterior Ambt -0.052 -6.06 wall-znt Ha113/6 0.116 78.10 wall-Exterior Ambt -0.052 -624.91 Door-Sgle-Int. Ha113/6 0.116 212.52 Floor Rm10/5 0.035 58.17 wall-Exterior Ambt -0.052 -22.20 wall-znt Ha113/6 0.116 104.88 wall-Exterior Ambt -0.052 -8.27 �oor-Sgle-znt. Ha113/6 0.116 212. 52 wall-Int Rmll/6 0.087 90.27 wall-Exterior Ambt -0.052 -24.83 Wall-Exterior Ambt -0.052 -18.87 Stair_2 0. 505 68.0 200_Stair_11. 5 Stair_2/7 0.000 374.30 wall-stair Rm20/6 -0.324 -78.78 200_Stair_11. 5 Stair_2/5 -0.000 -557.36 wall-Stair Ha112/6 -0.298 -23.62 Door-Stair Rm20/6 -0.324 -355.15 supply Stair2 n/a 1000.00 Door-Stair Ha112/6 -0.298 -340.90 wall-Stair Rm3/6 -0.328 -18.49 Stair_5 0.460 68.0 200_Stair_11. 5 Stair_5/7 0.001 4893.41 Door-Stair Ha113/6 -0.305 -345.05 Wall-Stair Ha113/6 -0.305 -36.44 wall-Stair Rm12/6 -0.330 -18.54 200_Stair_11. 5 Stair_5/5 -0.001 -4070.48 Door-Stair Rmll/6 -0.334 -360.74 wall-Stair Rmll/6 -0.334 -62.16 Rmll 0.126 68.0 Floor Rm10/7 -0.112 -126.64 Floor Rm10/7 -0.112 -3.39 wall-Int Ha113/6 0.028 5. 53 Page 51 winter doors closed with no wind.txt �oor-Sgle-znt. Ha113/6 0.028 105.24 Door-Stair Stair_5/6 0. 334 360.74 wall-Stair Stair_5/6 0. 334 62.16 wall-Int Rm10/6 -0.087 -90.27 wall-Int Rm12/6 0.004 6.65 Floor Rmll/5 0.037 72.60 wall-Exterior Ambt -0.140 -40.64 wall-Exterior Ambt -0.140 -37.66 wall-Exterior Ambt -0.140 -45. 59 wall-Exterior Ambt -0.140 -9.91 �oor-Sngl-Ext Ambt -0.140 -26.70 wall-Exterior Ambt -0.140 -23.79 wall-Exterior Ambt -0.140 -113.49 wall-Exterior Ambt -0.140 -49. 56 wall-Exterior Ambt -0.140 -45.26 Rm3 0.177 68.0 Floor Rm20/7 -0.177 -11.38 Floor Ambt -0.216 -174.88 Floor Ambt -0.216 -3.14 wall-Int Rm20/6 0.005 17.40 wall-Exterior ambt -0.191 -8.34 wall-5tair Stair_2/6 0. 328 18.49 �oor-Sgle-znt. Ha112/6 0.030 108.11 Door-Sngl-Ext Ambt -0.191 -32.70 wall-znt Rml6/6 -0.003 -3.07 wall-Exterior Ambt -0.191 -64.87 wall-Exterior Ambt -0.191 -64.87 wall-Exterior Ambt -0.191 -30.12 wall-Exterior Ambt -0.191 -14.83 Floor Rm3/5 0.046 80.77 �oor-sngl-Ext Ambt -0.191 -32.70 Door-Sngl-Ext Ambt -0.191 -32.70 wall-Exterior Ambt -0.191 -20.09 wall-Exterior Ambt -0.191 -38.23 Floor Rm3/5 0.046 1.45 Door-Stair Stair6/6 0. 340 363.94 �oor-Sngl-Ext ambt -0.191 -32.70 wall-5tair Stair6/6 0. 340 47.38 wall-Stair stair6/6 0. 340 65.39 wall-Exterior Ambt -0.191 -20.85 wall-Exterior Ambt -0.191 -61.39 wall-Exterior Ambt -0.191 -56.07 Stair6 0. 517 68.0 Floor Ambt -0. 556 -16.44 �oor-Stair Rm3/6 -0.340 -363.94 supply Stair6 n/a 900.00 163_Stair Stair6/5 -0.000 -383.29 wall-Stair Rm3/6 -0.340 -47.38 wall-Stair Rm3/6 -0.340 -65.39 wall-Stair Ambt -0. 530 -23.56 level : 7 elevation: 74.0 ft zone P T path from dP Flowl Flow2 Rm19 0.067 68.0 Floor Ambt -0.105 -194.90 Floor Rm18/8 -0.000 -1.51 wall-Exterior Ambt -0.080 -55. 58 wall-Exterior Ambt -0.080 -57.09 wall-Exterior Ambt -0.080 -89.38 Floor Rm19/6 0.075 163.83 wall-znt Rm18/7 0.098 80. 58 Door-Sgle-Int. Ambt -0.080 -176.73 �oor-Sgle-znt. Ha112/7 0.126 222.04 Page 52 winter doors closed with no wind.txt wall-Exterior Ambt -0.080 -6.76 Wall-Exterior Ambt -0.080 -12. 51 wall-Int Sma11Rm/7 0.084 45.69 wall-znt Ha112/7 0.126 82.33 Rm18 0.165 68.0 Floor Rm18/8 -0.098 -72.09 wall-Exterior ambt -0.178 -12.32 Door-Sngl-Ext Ambt -0.178 -31.31 wall-Exterior Ambt -0.178 -50.41 wall-Exterior Ambt -0.178 -92.97 wall-Exterior Ambt -0.178 -61.61 Wall-Exterior Ambt -0.178 -44.80 wall-Int Rm17/7 0.024 44.83 wall-Exterior Ambt -0.178 -32.86 Floor Rml8/6 0.035 32.10 Floor Rm17/6 0.041 32.99 wall-znt Rml9/7 -0.098 -80. 58 wall-znt Ha112/7 0.028 23.48 Door-Sgle-Int. Ha112/7 0.028 105.24 wall-znt Ha112/7 0.028 10. 50 �oor-Sgle-znt. Ha112/7 0.028 105.24 wall-znt Ha112/7 0.028 19.34 �oor-Sgle-znt. Ha112/7 0.028 105.24 Rml7 0.189 68.0 �oor-Sngl-Ext Ambt -0.203 -34.03 wall-Exterior Ambt -0.203 -16.72 �oor-Sngl-Ext Ambt -0.203 -34.03 wall-Exterior Ambt -0.203 -23.89 wall-Int Suite2/7 0.004 11.64 Wall-Int Rm18/7 -0.024 -44.83 Floor Rml7/6 0.017 21.02 wall-5tair Stair_3/7 0. 345 51.97 wall-Elevator Elev_1/7 0.268 17.46 wall-znt Ha112/7 0.004 6.98 Door-Sgle-Int. Ha112/7 0.004 39.37 wall-Int Ha112/7 0.004 5.08 Suite2 0.193 68.0 Floor Courtyard/8 -0.063 -103.78 wall-Exterior ambt -0.206 -65.10 wall-Exterior Ambt -0.206 -44.61 wall-Exterior Ambt -0.206 -14.06 Door-Sngl-Ext Ambt -0.206 -34.45 �oor-Sngl-Ext Ambt -0.206 -34.45 Floor Suite2/6 0.046 17.40 wall-Exterior Ambt -0.206 -32.96 Floor Suite2/6 0.046 5.80 Floor suite2/6 0.046 8.70 Floor Suite2/6 0.046 54.04 wall-Int Rml7/7 -0.004 -11.64 wall-Int Suitel/7 -0.011 -69.92 �oor-Stair Stair_3/7 0. 342 364.90 wall-Stair 5tair_3/7 0. 342 34.78 Wall-Int NonVest3/7 0.000 1.40 Double_DOOr_Int Ha112/7 0.000 16.09 wall-znt Rm16/7 -0.036 -8.69 Door-Sngl-Ext Ambt -0.206 -34.45 wall-Exterior Ambt -0.206 -49.02 Suitel 0.182 68.0 Floor Courtyard/8 -0.052 -94.00 wall-Exterior Ambt -0.195 -63.28 wall-Exterior Ambt -0.195 -43.36 Floor Suitel/6 0.0�9 13.81 �oor-sngl-Ext Ambt -0.195 -33.20 Page 53 winter doors closed with no wind.txt �oor-Sngl-Ext Ambt -0.195 -33.20 wall-Exterior Ambt -0.195 -13.66 wall-Exterior ambt -0.195 -32.04 Floor Suitel/6 0.029 6.91 Floor Suitel/6 0.029 1.45 Floor Suitel/6 0.029 46.03 wall-znt Rm15/7 -0.015 -23.21 wall-Int Suite2/7 0.011 69.92 �oor-Stair Stair_4/7 0. 355 372.20 wall-Stair Stair_4/7 0. 355 45.04 wall-znt Nonvest4/7 -0.009 -6.33 Double_DOOr_Int Ha113/7 -0.010 -122. 52 wall-znt Rm12/7 -0.045 -9.68 wall-Exterior Ambt -0.195 -47.65 �oor-sngl-Ext Ambt -0.195 -33.20 RmlS 0.166 68.0 Floor Ambt -0.205 -72. 56 wall-Exterior Ambt -0.180 -15.76 �oor-Sngl-Ext Ambt -0.180 -31. 50 wall-Exterior Ambt -0.180 -22. 51 Floor RmlS/6 0.008 14.50 wall-Int Suitel/7 0.015 23.21 Wall-Int Rm8/7 -0.011 -31.07 wall-Stair Stair_4/7 0. 371 56.44 Wall-Elevator Elev_2/7 0.260 17.21 wall-znt Ha113/7 0.006 7.78 �oor-Sgle-znt. Ha113/7 0.006 46.48 wall-znt Ha113/7 0.006 7.78 Rm8 0.155 68.0 Floor Rm8/8 -0.072 -56.24 wall-Exterior Ambt -0.169 -69.80 wall-Exterior Ambt -0.169 -43.62 �oor-Sngl-Ext Ambt -0.169 -30.24 wall-Exterior Ambt -0.169 -22.90 �oor-Sngl-Ext Ambt -0.169 -30.24 wall-Exterior Ambt -0.169 -26.17 wall-Exterior Ambt -0.169 -58.89 Floor Rm15/6 0.019 20.97 Floor Rm8/6 0.012 28.81 wall-Int Rm15/7 0.011 31.07 Floor Rm9/6 -0.067 -0.87 wall-Int Rm9/7 -0.068 -19.18 wall-Stair 25toryStair/7 0.010 3.24 Door-Sgle-Int. Ha113/7 0.017 80.23 wall-znt Ha113/7 0.017 13.90 Door-Sgle-Int. Ha113/7 0.017 80.23 wall-Int Ha113/7 0.017 8.95 Door-Sgle-Int. Ha113/7 0.017 80.23 wall-znt Ha113/7 0.017 10. 53 Rm9 0.088 68.0 Floor Ambt -0.127 -95.99 Wall-Exterior Ambt -0.101 -27.02 �oor-Sngl-Ext ambt -0.101 -21.68 Wall-Exterior Ambt -0.101 -104.71 Wall-Exterior Ambt -0.101 -27.02 wall-Int Rm8/7 0.068 19.18 Floor Rm9/6 0.001 7.65 Wall-Stair 2StoryStair/7 0.078 28.72 Wall-Exterior Ambt -0.101 -104.71 Double_DOOr_Int Ha113/7 0.084 362.27 wall-znt Rm10/7 -0.035 -36.69 Stair_3 0. 535 68.0 233_Stair_11. 5 Stair_3/8 -0.000 -905.70 Page 54 winter doors closed with no wind.txt wall-Stair Rml7/7 -0.345 -51.97 �oor-Stair Suite2/7 -0. 342 -364.90 233_Stair_11. 5 Stair_3/6 0.000 795.10 supply Stair3 n/a 950.00 wall-Stair Suite2/7 -0. 342 -34.78 wall-5tair Elev_1/7 -0.077 -16.42 wall-Stair Nonvest3/7 -0. 341 -6.68 �oor-Stair Nonvest3/7 -0. 341 -364.65 Stair_4 0. 537 68.0 233_Stair_11. 5 Stair_4/8 -0.000 -539.20 Door-Stair Suitel/7 -0. 355 -372.20 wall-Stair Rm15/7 -0.371 -56.44 wall-Stair Suitel/7 -0. 355 -45.04 supply Stair4 n/a 0.00 233_Stair_11. 5 Stair_4/6 0.000 1416.41 �oor-5tair Nonvest4/7 -0. 365 -377.04 wall-Stair Nonvest4/7 -0. 365 -6.91 wall-Stair Elev_2/7 -0.110 -19.60 Elev_1 0.457 68.0 11. 5_Elevator Elev_1/8 0.000 6869.35 wall-Stair Stair_3/7 0.077 16.42 wall-Elevator Rm17/7 -0.268 -17.46 11. 5_Elevator Elev_1/6 -0.000 -5514.01 wall-Elevator Nonvest3/7 -0.�64 -17.32 �oor-Elev Ha112/7 -0.264 -668.49 �oor-Elev Ha112/7 -0.264 -668.49 Nonvest3 0.193 68.0 Floor Nonvest3/8 0.017 0.99 wall-Stair Stair_3/7 0. 341 6.68 Door-Stair Stair_3/7 0. 341 364.65 Floor Nonvest3/6 0.053 1.74 wall-Elevator Elev_1/7 0.264 17.32 wall-Int Suite2/7 -0.000 -1.40 wall-znt Ha112/7 -0.000 -0. 56 Missing�oor Ha112/7 -0.000 -389.43 Nonvest4 0.172 68.0 Floor Nonvest4/8 0.009 0.71 Door-Stair Stair_4/7 0. 365 377.04 wall-Stair stair_4/7 0. 365 6.91 Floor Nonvest4/6 0.0�1 1.11 wall-znt Suitel/7 0.009 6.33 wall-Elevator Elev_2/7 0.255 17.01 Missing�oor Ha113/7 -0.000 -408. 52 wall-znt Ha113/7 -0.000 -0. 58 Elev_2 0.427 68.0 11. 5_Elevator Elev_2/8 0.000 6875.73 wall-Stair Stair_4/7 0.110 19.60 wall-Elevator Nonvest4/7 -0.255 -17.01 11. 5_Elevator Elev_2/6 -0.000 -5547.70 wall-Elevator Rm15/7 -0.260 -17.21 �oor-Elev Ha113/7 -0.255 -656.71 �oor-Elev Ha113/7 -0.255 -656.71 2Storystair 0.166 68.0 163_Stair 2Storystair/8 -0.000 -18.70 wall-Stair Rm9/7 -0.078 -28.72 Floor Rm8/6 0.002 0.11 Floor Rm9/6 -0.077 -4.80 wall-Stair Rm8/7 -0.010 -3.24 �oor-Stair Ha113/7 0.006 50.07 wall-5tair Ha113/7 0.006 5.29 Ha112 0.193 68.0 Floor Ha112/8 0.017 7.10 Floor Ha112/8 0.017 8.87 Page 55 winter doors closed with no wind.txt Floor Ambt -0.232 -5.02 Door-Sgle-Int. Rm19/7 -0.126 -222.04 wall-znt Rml8/7 -0.028 -23.48 Door-Sgle-Int. Rm18/7 -0.028 -105.24 Wall-Int Rm18/7 -0.028 -10.50 Door-Sgle-Int. Rm18/7 -0.0�8 -105.24 wall-znt Rm18/7 -0.028 -19.34 Door-Sgle-Int. Rm18/7 -0.028 -105.24 wall-znt Rml7/7 -0.004 -6.98 Door-Sgle-Int. Rm17/7 -0.004 -39.37 wall-Int Rm17/7 -0.004 -5.08 �oor-Elev Elev_1/7 0.264 668.49 �oor-Elev Elev_1/7 0.264 668.49 wall-Int Nonvest3/7 0.000 0. 56 Missing�oor Nonvest3/7 0.000 389.43 wall-Int Rm19/7 -0.126 -82.33 Floor Ha112/6 0.053 12.44 Floor Ha112/6 0.053 15. 55 �ouble_�oor_znt Suite2/7 -0.000 -16.09 Door-Sgle-Int. Sma11Rm/7 -0.042 -128.18 wall-Stair 25tory5tair2/7 -0.000 -1. 55 Door-Sgle-Int. Rm16/7 -0.036 -118.50 wall-znt Rml6/7 -0.036 -77.76 Door-Sgle-Int. Rm16/7 -0.036 -118. 50 wall-znt Rml6/7 -0.036 -35.77 Door-Sgle-Int. Rm16/7 -0.036 -118. 50 wall-znt Rm16/7 -0.036 -3.89 Door-Stair 2Storystair2/7 -0.000 -11.30 wall-znt Rm20/7 -0.154 -57.36 wall-Int Rm16/7 -0.036 -76.21 Door-Sgle-Int. Rm20/7 -0.154 -245.11 Door-Sgle-Int. Rm16/7 -0.036 -118.50 wall-Stair Stair_2/7 0. 351 25.63 Floor Ha112/6 0.053 2.39 wall-znt Rml6/7 -0.036 -27.99 Door-Stair Stair_2/7 0. 351 369.88 �oor-Sgle-znt. Ambt -0.207 -283.79 Ha113 0.172 68.0 Floor Ha113/8 0.009 14.39 Missing�oor Nonvest4/7 0.000 408. 52 wall-znt Nonvest4/7 0.000 0. 58 �oor-Elev Elev_2/7 0.255 656.71 �oor-Elev Elev_2/7 0.255 656.71 wall-Int Rm15/7 -0.006 -7.78 �oor-Sgle-znt. RmlS/7 -0.006 -46.48 wall-Int Rm15/7 -0.006 -7.78 Door-Sgle-Int. Rm8/7 -0.017 -80.23 wall-Int Rm8/7 -0.017 -13.90 Door-Sgle-Int. Rm8/7 -0.017 -80.23 wall-Int Rm8/7 -0.017 -8.95 Door-Sgle-Int. Rm8/7 -0.017 -80.23 wall-Int Rm8/7 -0.017 -10.53 �oor-Stair 25torystair/7 -0.006 -50.07 wall-Stair 2Storystair/7 -0.006 -5.29 �ouble_�oor_znt Suitel/7 0.010 122. 52 Floor Ha113/6 0.021 22.47 �ouble_�oor_znt Rm9/7 -0.084 -362.27 wall-Int Rm12/7 -0.035 -9.18 Door-Sgle-Int. Rm12/7 -0.035 -116.61 wall-Int Rm12/7 -0.035 -35.20 �oor-sgle-znt. Rml2/7 -0.035 -116.61 wall-Int Rm12/7 -0.035 -76. 53 �oor-sgle-znt. Rml2/7 -0.035 -116.61 Page 56 winter doors closed with no wind.txt wall-znt Rm10/7 -0.119 -79.14 wall-Int Rm12/7 -0.035 -82.65 Door-Sgle-Int. Rm10/7 -0.119 -215.35 Door-Sgle-Int. Rm12/7 -0.035 -116.61 wall-znt Rm10/7 -0.119 -106.28 wall-Int Rm12/7 -0.035 -10.71 Door-Sgle-Int. Rm10/7 -0.119 -215.35 Door-Stair Stair_5/7 0. 328 357.60 wall-Stair Stair_5/7 0. 328 37.76 wall-Int Rm10/7 -0.119 -11.31 Door-Sgle-Int. Rm10/7 -0.119 -215.35 Sma11Rm 0.151 68.0 Floor Ambt -0.190 -4.77 Floor Ambt -0.190 -17.68 wall-Int Rml9/7 -0.084 -45.69 wall-Exterior Ambt -0.164 -8.61 Floor Rml9/6 -0.010 -1.08 Door-Sgle-Int. Ha112/7 0.04� 128.18 wall-Stair 2storystair2/7 0.042 6.60 Floor Rm20/6 0.070 10.70 wall-znt Rm20/7 -0.112 -67.65 25torystair2 0.193 68.0 163_stair 25torystair2/8 0.000 15.67 wall-Stair Ha112/7 0.000 1. 55 wall-Stair Sma11Rm/7 -0.042 -6.60 Floor Rm20/6 0.028 3.33 Door-Stair Ha112/7 0.000 11.30 wall-Stair Rm20/7 -0.154 -25.25 Rm12 0.137 68.0 Floor Rm12/8 -0.062 -178.30 wall-znt Ha113/7 0.035 9.18 Door-Sgle-Int. Ha113/7 0.035 116.61 wall-znt Ha113/7 0.035 35.20 Door-Sgle-Int. Ha113/7 0.035 116.61 wall-znt Ha113/7 0.035 76. 53 Door-Sgle-Int. Ha113/7 0.035 116.61 wall-znt Suitel/7 0.045 9.68 wall-znt Ha113/7 0.035 82.65 Floor Rm12/6 0.032 127.79 Door-Sgle-Int. Ha113/7 0.035 116.61 wall-znt Ha113/7 0.035 10.71 wall-Exterior Ambt -0.151 -45.30 wall-Exterior Ambt -0.151 -114.28 wall-5tair Stair_5/7 0. 363 19.45 wall-Exterior Ambt -0.151 -86.48 wall-Exterior Ambt -0.151 -86.48 wall-znt Rm10/7 -0.084 -27.33 wall-Int Ambt -0.151 -30.75 Door-Sngl-Ext Ambt -0.151 -28.06 wall-Exterior Ambt -0.151 -78.25 �oor-Sngl-Ext ambt -0.151 -28.06 Door-Sngl-Ext Ambt -0.151 -28.06 wall-Exterior Ambt -0.151 -78.25 Door-Sngl-Ext Ambt -0.151 -28.06 Rm16 0.157 68.0 Floor Rm16/8 -0.070 -69.48 Floor Ambt -0.196 -179.64 Floor Ambt -0.196 -3.95 �oor-Sgle-znt. Ha112/7 0.036 118. 50 wall-znt Ha112/7 0.036 77.76 �oor-Sgle-znt. Ha112/7 0.036 118. 50 wall-znt Ha112/7 0.036 35.77 �oor-sgle-znt. Ha112/7 0.036 118. 50 Page 57 winter doors closed with no wind.txt wall-znt Ha112/7 0.036 3.89 wall-Int Suite2/7 0.036 8.69 wall-znt Ha112/7 0.036 76.21 Wall-Exterior Ambt -0.171 -43.84 Floor Rml6/6 0.056 13.28 Floor Rm16/6 0.056 19.24 Floor Rm16/6 0.056 144.31 Door-Sgle-Int. Ha112/7 0.036 118. 50 wall-znt Ha112/7 0.036 27.99 Wall-Exterior Ambt -0.171 -87.67 Wall-Exterior Ambt -0.171 -81.10 wall-Exterior Ambt -0.171 -121.65 wall-Int Ambt -0.171 -24. 54 Floor Rm16/6 0.056 2.12 �oor-sngl-Ext Ambt -0.171 -30.43 wall-Exterior Ambt -0.171 -83.29 wall-Exterior Ambt -0.171 -37.99 Door-Sngl-Ext Ambt -0.171 -30.43 wall-Exterior Ambt -0.171 -29.22 Door-Sngl-Ext Ambt -0.171 -30.43 wall-Exterior Ambt -0.171 -29. 59 Rm20 0.039 68.0 Floor Ambt -0.078 -101.45 Floor Ambt -0.078 -7.55 wall-Stair 25toryStair2/7 0.154 25.25 wall-Exterior Ambt -0.052 -20.91 wall-Int Sma11Rm/7 0.112 67.65 wall-Exterior Ambt -0.052 -11.85 �oor-Sgle-znt. Ambt -0.052 -143.03 wall-znt Ha112/7 0.154 57.36 wall-Exterior Ambt -0.052 -7.83 Floor Rm20/6 0.182 154.92 �oor-Sgle-znt. Ha112/7 0.154 245.11 wall-Exterior Ambt -0.052 -32.82 wall-Stair Stair_2/7 0. 505 85.42 wall-Exterior Ambt -0.052 -57.14 wall-Exterior Ambt -0.052 -62.40 Floor Rm3/6 0.177 11.38 wall-Exterior Ambt -0.052 -49.84 wall-Exterior Ambt -0.052 -42. 55 wall-Exterior Ambt -0.052 -22.19 wall-Exterior Ambt -0.052 -6.69 wall-Exterior Ambt -0.052 -6.69 wall-Exterior Ambt -0.052 -74.16 Rm10 0.053 68.0 Floor Ambt -0.092 -99.41 Floor Ambt -0.092 -3.07 wall-Int Rm9/7 0.035 36.69 wall-Exterior Ambt -0.066 -6.84 wall-Int Ha113/7 0.119 79.14 wall-Exterior ambt -0.066 -705.99 Door-Sgle-Int. Ha113/7 0.119 215.35 Floor Rm10/6 0.024 51.34 wall-Exterior Ambt -0.066 -25.08 wall-znt Ha113/7 0.119 106.28 wall-Exterior Ambt -0.066 -9.34 �oor-Sgle-znt. Ha113/7 0.119 215.35 wall-Int Ha113/7 0.119 11.31 �oor-Sgle-znt. Ha113/7 0.119 215.35 wall-5tair Stair_5/7 0.447 71.93 wall-Exterior Ambt -0.066 -24.90 wall-Int Rm12/7 0.084 27.33 wall-Exterior Ambt -0.066 -20.18 Page 58 winter doors closed with no wind.txt wall-Exterior Ambt -0.066 -20.18 wall-Exterior Ambt -0.066 -23.03 Floor Rmll/6 0.112 126.64 wall-Exterior Ambt -0.066 -62.02 wall-Exterior Ambt -0.066 -62.02 wall-Exterior Ambt -0.066 -25.17 Floor Rmll/6 0.112 3.39 wall-Exterior Ambt -0.066 -25.17 wall-Exterior Ambt -0.066 -24.08 wall-Exterior Ambt -0.066 -23.60 Stair_2 0. 544 68.0 Floor Ambt -0. 583 -20.66 wall-Stair Rm20/7 -0. 505 -85.42 200_Stair_11. 5 Stair_2/6 -0.000 -374.30 wall-Stair Ha112/7 -0. 351 -25.63 supply Stair2 n/a 900.00 �oor-Stair Ha112/7 -0. 351 -369.88 wall-Stair Ambt -0. 558 -24.10 Stair_5 0. 500 68.0 Floor Ambt -0. 539 -19.86 �oor-Stair Ha113/7 -0. 328 -357.60 wall-5tair Ha113/7 -0.328 -37.76 wall-Stair Rm12/7 -0.363 -19.45 supply StairS n/a 5400.00 200_Stair_11. 5 Stair_5/6 -0.001 -4893.41 Wall-Stair Rm10/7 -0.447 -71.93 level : 8 elevation: 85.5 ft zone P T path from dP Flowl Flow2 Courtyard 0.169 68.0 Floor Ambt -0.208 -188.15 Floor Ambt -0.208 -188.21 wall-Exterior Ambt -0.182 -61.16 wall-Exterior Ambt -0.182 -61.16 wall-Exterior ambt -0.182 -41.91 wall-Exterior Ambt -0.182 -41.91 wall-Exterior Ambt -0.182 -52.10 wall-Exterior Ambt -0.182 -52.10 wall-Exterior ambt -0.182 -30.96 wall-Exterior Ambt -0.182 -15.86 Floor Suite2/7 0.063 103.78 Floor Suitel/7 0.052 94.00 wall-Exterior Ambt -0.182 -74.75 wall-Exterior Ambt -0.182 -74.75 �oor-stair Stair_3/8 0.405 397.18 wall-Stair Stair_4/8 0.407 59.16 wall-Stair Stair_3/8 0.405 37.86 wall-Int Nonvest3/8 0.081 18.63 Wall-Int NonVest4/8 0.051 14.83 Door-Sgle-Int. Ha112/8 0.081 177.16 Door-Sgle-Int. Ha113/8 0.051 140.88 wall-Exterior Ambt -0.182 -12.68 wall-Int Rm12/8 -0.055 -10.75 wall-Exterior Ambt -0.182 -137.04 Rm18 0.105 68.0 Floor Ambt -0.144 -41.96 Floor Ambt -0.144 -87.32 wall-Exterior Ambt -0.119 -131.70 wall-Exterior Ambt -0.119 -50.30 wall-Exterior Ambt -0.119 -97.86 wall-Exterior Ambt -0.119 -26.83 Floor Rm19/7 0.000 1. 51 Floor Rml8/7 0.098 72.09 Page 59 winter doors closed with no wind.txt wall-Exterior Ambt -0.119 -58. 53 wall-Int Ha112/8 0.144 169.42 Door-Sgle-Int. Ha112/8 0.144 236.84 wall-Stair 25torystair2/8 0.126 14.65 Rm8 0.122 68.0 Floor Ambt -0.161 -84.20 wall-znt Ambt -0.136 -90.62 Floor Rm8/7 0.072 56.24 wall-znt Ambt -0.136 -163.11 wall-Int Ambt -0.136 -163.11 wall-znt Ha113/8 0.097 33.73 Door-Sgle-Int. Ha113/8 0.097 194.68 wall-znt Ha113/8 0.097 21.72 Door-Sgle-Int. Ha113/8 0.097 194.68 Stair_3 0. 573 68.0 Floor Ambt -0.612 -24.66 wall-Stair Ambt -0. 587 -67.74 �oor-Stair Courtyard/8 -0.405 -397.18 233_Stair_11. 5 Stair_3/7 0.000 905.70 wall-Stair Courtyard/8 -0.405 -37.86 wall-Stair Elev_1/8 -0.077 -16.41 wall-5tair Nonvest3/8 -0. 324 -6. 51 �oor-Stair Nonvest3/8 -0. 324 -355.34 Stair_4 0. 576 68.0 Floor Ambt -0.615 -24.71 wall-Stair Courtyard/8 -0.407 -59.16 wall-Stair Ambt -0. 589 -31.63 233_Stair_11. 5 Stair_4/7 0.000 539.20 wall-stair Ambt -0. 589 -24.78 �oor-Stair Nonvest4/8 -0. 356 -372.49 wall-stair Nonvest4/8 -0. 356 -6.82 wall-5tair Elev_2/8 -0.110 -19.60 Elev_1 0.496 68.0 Floor Ambt -0. 535 -13. 56 wall-Stair Stair_3/8 0.077 16.41 wall-Elevator Ambt -0. 510 -24.07 supply Elevatorl n/a 8200.02 11.5_Elevator Elev_1/7 -0.000 -6869.35 wall-Elevator Nonvest3/8 -0.247 -16.75 �oor-Elev Ha112/8 -0.247 -646.36 �oor-Elev Ha112/8 -0.247 -646.36 Nonvest3 0.249 68.0 Floor Ambt -0.288 -4.07 wall-5tair Stair_3/8 0. 324 6.51 �oor-Stair Stair_3/8 0. 324 355.34 Floor Nonvest3/7 -0.017 -0.99 wall-Elevator Elev_1/8 0.247 16.75 wall-Int Courtyard/8 -0.081 -18.63 Wall-Int Ha112/8 -0.000 -0. 52 Missing�oor Ha112/8 -0.000 -354.38 Nonvest4 0.220 68.0 Floor Ambt -0.259 -3.85 �oor-Stair Stair_4/8 0. 356 372.49 wall-5tair Stair_4/8 0. 356 6.82 Floor NonVest4/7 -0.009 -0.71 wall-Int Courtyard/8 -0.051 -14.83 wall-Elevator Elev_2/8 0.246 16.72 Missing�oor Ha113/8 -0.000 -376.10 wall-Int Ha113/8 -0.000 -0. 54 Elev_2 0.466 68.0 Floor Ambt -0. 505 -13.16 wall-Stair Stair_4/8 0.110 19.60 wall-Elevator Nonvest4/8 -0.246 -16.72 Page 60 winter doors closed with no wind.txt 11. 5_Elevator Elev_2/7 -0.000 -6875.73 supply Elevator2 n/a 8200.00 wall-Elevator Ambt -0.479 -23.34 �oor-Elev Ha113/8 -0.246 -645.32 �oor-Elev Ha113/8 -0.246 -645.32 25torystair 0.204 68.0 Floor Ambt -0.243 -9.87 wall-Stair Ambt -0.218 -31.79 wall-Stair Ambt -0.218 -15.07 163_Stair 2Storystair/7 0.000 18.70 wall-Stair Ambt -0.218 -15.07 Door-Stair Ha113/8 0.015 76.99 wall-Stair Ha113/8 0.015 0.95 Wall-Stair Ambt -0.218 -24.84 Ha112 0.249 68.0 Floor Ambt -0.288 -29.04 Floor Ambt -0.288 -36.30 Wall-Int Rm18/8 -0.144 -169.42 Door-Sgle-Int. Rml8/8 -0.144 -236.84 wall-Int Ambt -0.263 -56.70 �oor-Sgle-znt. Ambt -0.263 -320.00 wall-Int Ambt -0.263 -41.29 �oor-Elev Elev_1/8 0.247 646.36 �oor-Elev Elev_1/8 0.247 646.36 wall-znt Nonvest3/8 0.000 0. 52 Missing�oor Nonvest3/8 0.000 354.38 Floor Ha112/7 -0.017 -7.10 Floor Ha112/7 -0.017 -8.87 �oor-sgle-znt. Courtyard/8 -0.081 -177.16 wall-Stair 25torystair2/8 -0.018 -5.91 �oor-sgle-znt. Rml6/8 -0.123 -219.26 wall-Int Rm16/8 -0.123 -143.89 wall-Exterior Ambt -0.263 -85.95 Door-Stair 25tory5tair2/8 -0.018 -82.68 wall-Exterior Ambt -0.263 -27.20 Ha113 0.220 68.0 Missing�oor Nonvest4/8 0.000 376.10 Wall-Int NonVest4/8 0.000 0. 54 �oor-Elev Elev_2/8 0.246 645.32 �oor-Elev Elev_2/8 0.246 645.32 wall-znt Ambt -0.233 -126.60 wall-Int Rm8/8 -0.097 -33.73 �oor-Sgle-znt. Rm8/8 -0.097 -194.68 Wall-Int Rm8/8 -0.097 -21.72 �oor-Sgle-znt. Rm8/8 -0.097 -194.68 wall-Exterior Ambt -0.�33 -25.62 Door-Stair 2StoryStair/8 -0.015 -76.99 wall-Stair 2StoryStair/8 -0.015 -0.95 �oor-Sgle-znt. Courtyard/8 -0.051 -140.88 Floor Ha113/7 -0.009 -14.39 wall-Exterior Ambt -0.233 -17.29 wall-Int Rm12/8 -0.106 -15.99 Door-Sgle-Int. Rm12/8 -0.106 -203.07 wall-Int Rm12/8 -0.106 -61.30 �oor-Sgle-znt. Rm12/8 -0.106 -203.07 wall-Int Rm12/8 -0.106 -133.26 �oor-Sgle-znt. Rml2/8 -0.106 -203.07 2StoryStair2 0.232 68.0 Floor Ambt -0.271 -10.41 wall-Stair Rm18/8 -0.126 -14.65 wall-Stair Ha112/8 0.018 5.91 wall-Stair Ambt -0.245 -15.98 163_Stair 2StoryStair2/7 -0.000 -15.67 Page 61 winter doors closed with no wind.txt Door-Stair Ha112/8 0.018 82.68 wall-Stair Ambt -0.245 -31.88 Rm12 0.114 68.0 Floor Ambt -0.153 -279.51 wall-znt Ha113/8 0.106 15.99 Door-Sgle-Int. Ha113/8 0.106 203.07 wall-znt Ha113/8 0.106 61.30 Door-Sgle-Int. Ha113/8 0.106 203.07 wall-znt Ha113/8 0.106 133.26 Door-Sgle-Int. Ha113/8 0.106 203.07 wall-Int Courtyard/8 0.055 10.75 Wall-Exterior Ambt -0.127 -102.25 Floor Rm12/7 0.062 178.30 wall-Exterior Ambt -0.127 -5.68 wall-Exterior Ambt -0.127 -41.66 wall-Exterior Ambt -0.127 -105.09 wall-Exterior Ambt -0.127 -79. 53 wall-Exterior Ambt -0.127 -79. 53 wall-Exterior ambt -0.127 -71.01 Door-Sngl-Ext Ambt -0.127 -25.16 wall-Exterior Ambt -0.127 -71.95 Door-Sngl-Ext Ambt -0.127 -25.16 �oor-Sngl-Ext Ambt -0.127 -25.16 wall-Exterior Ambt -0.127 -71.95 �oor-Sngl-Ext Ambt -0.127 -25.16 Rm16 0.126 68.0 Floor Ambt -0.165 -106.52 Door-Sgle-Int. Ha112/8 0.123 219.26 wall-znt Ha112/8 0.123 143.89 Floor Rm16/7 0.070 69.48 wall-Exterior Ambt -0.139 -126.80 wall-Exterior Ambt -0.139 -126.80 wall-Exterior Ambt -0.139 -72. 51 level : Roof elevation: 97.0 ft zone P T path from dP Flowl Flow2 systems: name air flows: recirc outside Barom._�amper 0.00 0.00 Elevatorl 0.00 8200.02 Elevator2 0.00 8200.00 Small_Elevator 0.00 0.00 Stairl 0.00 3300.00 Stair2 0.00 5000.00 Stair3 0.00 5949.99 Stair4 0.00 5249.99 StairS 0.00 5400.00 Stair6 0.00 3050.00 Note: flows in scfm pressures in in.H2O temperatures in °F �'� indicates limit exceeded Page 62 winter doors closed with wind.txt project: winter doors closed with wind Fri Oct 10 19:26:26 2008 description: simulation date: 7an01 simulation time: 00:00:00 ambient temperature: -32.0 °F barometric pressure: 101325.0 Pa wind speed: 30.0 mph wind direction: 0.0 deg level : Garage elevation: 0.0 ft zone P T path from dP Flowl Flow2 Officel 0.184 68.0 Floor Parking/1 -0.007 -29.01 wall-znt Parking/Garage -0.007 -17.55 wall-znt office3/Garage -0.005 -27.20 wall-znt Corridor/Garage 0.001 7. 52 �ouble_�oor_znt Corridor/Garage 0.001 37.86 wall-znt Corridor/Garage 0.001 9.44 �oor-5gle-znt. Corridor/Garage 0.001 18.93 Storagel 0.178 68.0 Floor Openspace2/1 -0.013 -12.00 wall-znt Office3/Garage 0.001 9.37 wall-znt office4/Garage -0.000 -3.67 �ouble_�oor_znt Office4/Garage -0.000 -20.17 �oor-5gle-znt. Office3/Garage 0.001 21.14 wall-znt Office3/Garage 0.001 5.34 Corridor 0.185 68.0 Floor Parking/1 -0.008 -19.41 wall-znt Officel/Garage -0.001 -7. 52 �ouble_�oor_znt Officel/Garage -0.001 -37.86 wall-znt officel/Garage -0.001 -9.44 �oor-Sgle-znt. Officel/Garage -0.001 -18.93 �oor-Sgle-znt. Office3/Garage -0.006 -49.79 wall-znt Office2/Garage -0.004 -39.78 wall-Int Parking/Garage -0.008 -16.01 �oor-Sgle-znt. Office2/Garage -0.004 -37.19 wall-znt Office3/Garage -0.006 -76.46 wall-znt Office2/Garage -0.004 -2.44 �ouble_�oor_znt Office2/Garage -0.004 -74.38 �oor-Stair Stair_3/Garage 0.176 262.09 wall-znt Office2/Garage -0.004 -12.61 wall-stair Stair4/Garage 0.206 33.14 �oor-Stair Stair4/Garage 0.�06 283. 59 wall-Stair Stair4/Garage 0.206 14.69 �ouble_�oor_znt Parking/Garage -0.008 -112.14 wall-znt Parking/Garage -0.008 -15.95 �oor-Sgle-znt. Parking/Garage -0.008 -56.07 wall-znt Parking/Garage -0.008 -7. 54 Office3 0.179 68.0 Floor Parking/1 -0.002 -13.41 Floor openspace2/1 -0.014 -36.30 wall-znt Officel/Garage 0.005 27.20 wall-znt Storagel/Garage -0.001 -9.37 �oor-Sgle-znt. Corridor/Garage 0.006 49.79 �oor-Sgle-znt. Storagel/Garage -0.001 -21.14 wall-Int Storagel/Garage -0.001 -5.34 wall-znt Office4/Garage -0.001 -1.88 �ouble_�oor_znt Office4/Garage -0.001 -46.85 wall-znt Corridor/Garage 0.006 76.46 wall-znt Office4/Garage -0.001 -4.30 Page 1 winter doors closed with wind.txt wall-znt Parking/Garage -0.002 -14.84 Office4 0.177 68.0 Floor OpenSpace2/1 -0.013 -45.60 Floor Hallway/1 -0.013 -2.32 wall-znt Storagel/Garage 0.000 3.67 �ouble_�oor_znt Storagel/Garage 0.000 20.17 wall-znt Office3/Garage 0.001 1.88 �ouble_�oor_znt office3/Garage 0.001 46.85 wall-znt Office3/Garage 0.001 4.30 wall-Int Parking/Garage -0.000 -3.28 �ouble_�oor_znt Parking/Garage -0.000 -21. 57 wall-Int Parking/Garage -0.000 -0.88 wall-znt Office/Garage -0.000 -3.24 Office2 0.182 68.0 Floor Parking/1 -0.005 -19. 53 wall-znt Corridor/Garage 0.004 39.78 �oor-Sgle-znt. Corridor/Garage 0.004 37.19 wall-znt Corridor/Garage 0.004 2.44 �ouble_�oor_znt Corridor/Garage 0.004 74.38 wall-Stair 5tair_3/Garage 0.180 40.40 wall-znt Corridor/Garage 0.004 12.61 wall-Stair Stair4/Garage 0.210 14.82 wall-Int Parking/Garage -0.005 -3.49 �ouble_�oor_znt Parking/Garage -0.005 -83.93 wall-znt Parking/Garage -0.005 -27.26 �ouble_�oor_znt Parking/Garage -0.005 -83.93 wall-znt Parking/Garage -0.005 -3.49 stair_3 0. 361 68.0 233_StairGarage Stair_3/1 0.000 606.03 �oor-Stair Corridor/Garage -0.176 -262.09 wall-Stair Office2/Garage -0.180 -40.40 wall-Stair Parking/Garage -0.184 -13.89 wall-Stair Elev_1/Garage -0.081 -16.85 wall-Stair Nonvest3/Garage -0.184 -4.91 �oor-Stair Nonvest3/Garage -0.184 -267.89 stair4 0. 391 68.0 233_StairGarage Stair_4/1 0.000 491.65 wall-5tair Corridor/Garage -0.206 -33.14 �oor-stair Corridor/Garage -0.206 -283. 59 wall-Stair Office2/Garage -0.�10 -14.82 wall-Stair Corridor/Garage -0.206 -14.69 Door-Stair-0.1 Nonvest4/Garage -0.214 -120.43 wall-Stair Nonvest4/Garage -0.214 -5.29 wall-5tair Elev_2/Garage -0.111 -19.68 Elev_1 0.280 68.0 14_Elevator Elev_1/1 0.000 285.99 wall-Stair Stair_3/Garage 0.081 16.85 wall-Elevator Parking/Garage -0.103 -10.81 wall-Elevator Nonvest3/Garage -0.103 -10.80 Door-Elev Elevator_l�obby/Garage -0.012 -140.61 �oor-Elev Elevator_l�obby/Garage -0.012 -140.61 Nonvest3 0.177 68.0 Floor Nonvest3/1 0.000 0.00 wall-5tair Stair_3/Garage 0.184 4.91 Door-Stair Stair_3/Garage 0.184 267.89 wall-Elevator Elev_1/Garage 0.103 10.80 wall-znt Parking/Garage -0.000 -0.87 wall-Int Parking/Garage -0.000 -0.44 MissingDOOr Parking/Garage -0.000 -282.30 Nonvest4 0.177 68.0 Floor Nonvest4/1 0.000 0.00 Door-Stair-0.1 Stair4/Garage 0.214 120.43 wall-Stair Stair4/Garage 0.214 5.29 Page 2 winter doors closed with wind.txt wall-znt Parking/Garage -0.000 -0.50 wall-Elevator Elev_2/Garage 0.103 10.84 MissingDoor Parking/Garage -0.000 -135.82 wall-Int Parking/Garage -0.000 -0.25 Elev_2 0.280 68.0 14_Elevator Elev_2/1 0.000 284.07 wall-Stair Stair4/Garage 0.111 19.68 wall-Elevator Nonvest4/Garage -0.103 -10.84 wall-Elevator Parking/Garage -0.103 -10.84 Door-Elev Elevator_2�obby/Garage -0.012 -141.04 �oor-Elev Elevator_2�obby/Garage -0.012 -141.04 Office 0.177 68.0 Floor Hallway/1 -0.013 -2. 55 Floor openspace2/1 -0.013 -5.23 Floor OpenSpace2/1 -0.013 -1. 53 wall-znt Office4/Garage 0.000 3.24 wall-znt Parking/Garage 0.000 0.82 Door-Sgle-Int. Parking/Garage 0.000 4.10 wall-znt Parking/Garage 0.000 1.15 Elevator_l�obby 0.268 68.0 Floor Elevator_l�obby/1 -0.000 -0.31 �oor-Elev Elev_1/Garage 0.012 140.61 Door-Elev Elev_1/Garage 0.012 140.61 �oor-Sgle-znt. Parking/Garage -0.091 -188. 53 wall-Int Parking/Garage -0.091 -92.37 Elevator_2�obby 0.269 68.0 Floor Elevator_2�obby/1 -0.000 -0. 51 Door-Elev Elev_2/Garage 0.012 141.04 �oor-Elev Elev_2/Garage 0.012 141.04 �oor-5gle-znt. Parking/Garage -0.092 -188.98 wall-znt Parking/Garage -0.092 -92.59 Stair_2 0. 357 68.0 200_StairGarage Stair_2/1 0.000 350.61 wall-Stair Parking/Garage -0.180 -85.71 �oor-Stair Parking/Garage -0.180 -264.90 Stairl 0.330 68.0 200_StairGarage Stair_5/1 0.000 322.77 �oor-Stair Parking/Garage -0.153 -243.86 wall-Stair Parking/Garage -0.153 -78.91 Parking 0.177 68.0 Floor Room6/1 -0.013 -36.73 Garage0pen�1 Parking/1 -0.000 -97.56 Floor RoomS/1 -0.016 -26.34 Floor Parking/1 -0.000 -0.00 Floor Openspace2/1 -0.013 -88.62 Floor Hallway/1 -0.013 -0.77 Floor Openspace2/1 -0.013 -0.76 Floor Room4/1 -0.007 -18.03 Floor Room7/1 -0.007 -5.34 Floor 2_Storystair2/1 -0.022 -3. 59 Floor StairEntry/1 -0.014 -0.92 Floor Entryway/1 -0.019 -3.71 Floor Cooridorl/1 -0.022 -10.81 Floor Corridor2/1 -0.031 -22.08 Floor Stair2Corridor/1 -0.006 -1.78 Floor 2_StoryStairl/1 -0.011 -3.08 Floor Stair2Passage/1 0.179 11.72 Floor Roomll/1 -0.070 -74. 59 Floor Rooml2/1 -0.071 -58. 59 Floor Room13/1 -0.036 -42.95 Floor Rooml4/1 -0.029 -36.87 Page 3 winter doors closed with wind.txt Floor Room10/1 -0.042 -41.33 Floor Room3/1 -0.016 -18.25 Floor Openspacel/1 -0.017 -101.00 Floor Room8/1 -0.021 -39.48 Floor Room9/1 -0.028 -32.80 Floor Room15/1 -0.097 -7.29 Floor Room15/1 -0.097 -21.07 Floor Stair6/1 0.136 9.98 Floor Stair6Passage/1 0.134 5.45 Floor Ambt -0.180 -948.00 Floor Rooml/1 -0.071 -40.29 Floor StairlPassage/1 0.192 15.41 Floor Room2/1 -0.069 -43.12 wall-znt Officel/Garage 0.007 17. 55 wall-Int Corridor/Garage 0.008 16.01 wall-5tair Stair_3/Garage 0.184 13.89 wall-znt Office2/Garage 0.005 3.49 �ouble_�oor_znt Office2/Garage 0.005 83.93 wall-znt Office2/Garage 0.005 27.26 �ouble_�oor_znt Office2/Garage 0.005 83.93 wall-znt Office2/Garage 0.005 3.49 �ouble_�oor_znt Corridor/Garage 0.008 112.14 wall-znt Corridor/Garage 0.008 15.95 �oor-Sgle-znt. Corridor/Garage 0.008 56.07 wall-znt Corridor/Garage 0.008 7. 54 wall-znt office3/Garage 0.002 14.84 wall-znt Office4/Garage 0.000 3.28 �ouble_�oor_znt Office4/Garage 0.000 21. 57 wall-znt Office4/Garage 0.000 0.88 wall-Elevator Elev_1/Garage 0.103 10.81 wall-znt Nonvest3/Garage 0.000 0.87 wall-znt Nonvest4/Garage 0.000 0. 50 wall-Elevator Elev_2/Garage 0.103 10.84 wall-znt Nonvest3/Garage 0.000 0.44 Missing�oor Nonvest3/Garage 0.000 282.30 Missing�oor Nonvest4/Garage 0.000 135.82 wall-znt Nonvest4/Garage 0.000 0.25 wall-znt office/Garage -0.000 -0.82 Door-Sgle-Int. Elevator_1LObby/Garage 0.091 188. 53 Door-Sgle-Int. Elevator_2LObby/Garage 0.092 188.98 wall-znt Elevator_l�obby/Garage 0.091 92.37 wall-znt Elevator_2�obby/Garage 0.092 92. 59 Door-Sgle-Int. Office/Garage -0.000 -4.10 wall-znt Office/Garage -0.000 -1.15 wall-Stair Stair_2/Garage 0.180 85.71 �oor-Stair Stairl/Garage 0.153 243.86 wall-Stair Stairl/Garage 0.153 78.91 �oor-5tair Stair_2/Garage 0.180 264.90 wall-znt Storage_1/Garage -0.000 -4.02 �oor-Sgle-znt. Storage_1/Garage -0.000 -5.11 �ouble_�oor_znt Storage_1/Garage -0.000 -10.21 wall-znt 5torage_1/Garage -0.000 -1.71 wall-znt Storage_2/Garage -0.000 -4.66 �ouble_�oor_znt Storage_2/Garage -0.000 -19.60 wall-znt storage_2/Garage -0.000 -1.97 wall-Stair Stair_1/Garage 0.�01 14.47 �ouble_�oor_znt GarageEngtrance/Garage -0.026 -199.72 wall-znt GarageEngtrance/Garage -0.026 -40.63 �ouble_�oor_znt GarageEngtrance/Garage -0.026 -199.72 wall-Elevator Elevatorshortl/Garage -0.015 -8.62 �oor-Elev Elevatorshortl/Garage -0.015 -161.31 wall-Stair Stair_1/Garage 0.201 56.97 Door-Stair Stair_1/Garage 0.201 279.97 Page 4 winter doors closed with wind.txt wall-Elevator Elevatorshort2/Garage -0.157 -14.77 wall-znt GarageEngtrance/Garage -0.026 -49. 58 Storage_1 0.177 68.0 Floor Room15/1 -0.097 -21.06 wall-znt Parking/Garage 0.000 4.02 Door-Sgle-Int. Parking/Garage 0.000 5.11 �ouble_�oor_znt Parking/Garage 0.000 10.21 wall-Int Parking/Garage 0.000 1.71 Storage_2 0.177 68.0 Floor Ambt -0.180 -26.24 wall-znt Parking/Garage 0.000 4.66 �ouble_�oor_znt Parking/Garage 0.000 19.60 wall-znt Parking/Garage 0.000 1.97 ElevatorShortl 0.162 68.0 ElevShort�l ElevShortl/1 -0.000 -188.83 wall-Elevator Parking/Garage 0.015 8.62 wall-Stair Stair_1/Garage 0.216 18.90 �oor-Elev Parking/Garage 0.015 161.31 GarageEngtrance 0.151 68.0 Floor Ambt -0.155 -27. 57 �ouble_�oor_znt Parking/Garage 0.026 199.72 wall-Int Parking/Garage 0.026 40.63 �ouble_�oor_znt Parking/Garage 0.026 199.72 wall-Stair Stair_1/Garage 0.�27 19.34 �oor-Elev Elevatorshort2/Garage -0.132 -472.36 wall-Elevator Elevatorshort2/Garage -0.132 -9.06 wall-znt Parking/Garage 0.026 49. 58 stair_1 0. 378 68.0 200_StairGarage Stair_1/1 0.000 410.21 Wall-Stair Parking/Garage -0.201 -14.47 wall-stair Elevatorshortl/Garage -0.216 -18.90 wall-5tair GarageEngtrance/Garage -0.227 -19.34 wall-Stair Elevatorshort2/Garage -0.359 -20. 56 wall-Stair Parking/Garage -0.�01 -56.97 �oor-Stair Parking/Garage -0.201 -279.97 Elevatorshort2 0.020 68.0 Elevshort2_�1 Elevator5hort2/1 -0.000 -516.75 �oor-Elev GarageEngtrance/Garage 0.132 472.36 wall-Stair Stair_1/Garage 0. 359 20. 56 wall-Elevator GarageEngtrance/Garage 0.132 9.06 wall-Elevator Parking/Garage 0.157 14.77 level : 1 elevation: 1.0 ft zone P T path from dP Flowl Flow2 Room6 0.167 68.0 Floor Parking/2 0.013 31.21 wall-Exterior Ambt 0.068 105.79 wall-Exterior Ambt -0. 358 -109.85 wall-Int Parking/1 0.013 43.80 Floor Parking/Garage 0.013 36.73 wall-znt Openspacel/1 -0.003 -2. 52 �oor-Sgle-znt. Openspacel/1 -0.003 -36.05 wall-Int RoomS/1 -0.003 -29. 51 �oor-Sgle-znt. OpenSpacel/1 -0.003 -36.05 wall-znt Openspacel/1 -0.003 -3. 55 Parking 0.180 68.0 Garage0pen�2 Parking/2 -0.000 -1075.47 Floor Parking/2 -0.000 -0.20 Floor Storagel/2 0.032 9.82 Floor Storage2/2 0.032 9.85 Floor Ha112/2 0.034 18.39 Floor Ha113/2 0.035 2.19 Page 5 winter doors closed with wind.txt Floor Ha114/2 0.033 4.93 Floor Rm8/2 0.003 12.00 Floor Office/2 0.016 19.81 Floor Private/2 0.012 17.31 Floor Bathrooml/2 0.031 22.62 Floor Ha112/2 0.034 12.41 Floor Rm6/2 -0.020 -3.80 Floor Rm7/2 -0.033 -4.91 Floor Courtyard/2 -0.022 -6.97 Floor Rm9/2 -0.024 -4.18 Floor Rm10/2 -0.010 -1.71 wall-Exterior Ambt 0.054 366.88 Floor Officel/Garage 0.007 29.01 wall-Int Room6/1 -0.013 -43.80 Floor Office3/Garage 0.002 13.41 Garageopen�l Parking/Garage 0.000 97. 56 Floor Corridor/Garage 0.008 19.41 Floor office2/Garage 0.005 19. 53 wall-znt Openspace2/1 -0.013 -95.33 wall-Stair 5tair_3/1 0.184 64.86 wall-Stair Stair_4/1 0.214 69.96 Wall-Elevator Elev_1/1 0.103 10.81 Wall-Int NonVest3/1 0.000 0.87 wall-Int Nonvest4/1 0.000 0. 50 Wall-Elevator Elev_2/1 0.103 10.84 wall-Stair openspacel/1 -0.017 -23.03 Wall-Int NonVest3/1 0.000 0.44 Missing�oor Nonvest3/1 0.000 283.69 Missing�oor Nonvest4/1 0.000 137.24 Wall-Int NonVest4/1 0.000 0.25 Door-Sgle-Int. Elevator_1LObby/1 0.091 188.34 Door-Sgle-Int. Elevator_2LObby/1 0.091 188. 56 wall-znt Elevator_l�obby/1 0.091 92.28 Floor Parking/Garage 0.000 0.00 wall-znt Elevator_2�obby/1 0.091 92.39 Wall-Int Entryway/1 -0.019 -4.77 wall-znt Cooridorl/1 -0.022 -11.69 Door-Sgle-Int. Cooridorl/1 -0.022 -92.74 wall-znt Cooridorl/1 -0.022 -70.11 Door-Sgle-Int. Cooridorl/1 -0.022 -92.74 wall-znt Cooridorl/1 -0.022 -8. 52 Door-Sgle-Int. Corridor2/1 -0.031 -110.06 wall-znt Corridor2/1 -0.031 -166.13 RoomS 0.164 68.0 Floor Parking/2 0.016 34.72 wall-Int Room6/1 0.003 29. 51 wall-Int OpenSpacel/1 -0.000 -3.08 Floor Parking/Garage 0.016 26.34 �oor-Sgle-znt. OpenSpacel/1 -0.000 -8.10 wall-znt openspacel/1 -0.000 -79.39 Hallway 0.168 68.0 Floor Parking/2 0.013 5.62 �oor-Sgle-znt. OpenSpace2/1 0.000 4.75 Floor Office4/Garage 0.013 2.32 wall-znt Openspace2/1 0.000 4.30 wall-znt Openspace2/1 0.000 4.30 Floor Office/Garage 0.013 2. 55 Floor Parking/Garage 0.013 0.77 Door-Sgle-Int. StairEntry/1 -0.002 -24.62 stair_3 0. 365 68.0 233_Stair�ev2 stair_3/2 0.000 960. 56 wall-Stair Parking/1 -0.184 -64.86 233_StairGarage Stair_3/Garage -0.000 -606.03 Page 6 winter doors closed with wind.txt wall-Stair Elev_1/1 -0.081 -16.85 wall-Stair Nonvest3/1 -0.184 -4.91 �oor-Stair Nonvest3/1 -0.184 -267.90 stair_4 0.395 68.0 233_stair�ev2 stair_4/2 0.000 707.01 233_5tairGarage Stair4/Garage -0.000 -491.65 wall-stair Parking/1 -0.214 -69.96 Door-Stair-0.1 Nonvest4/1 -0.214 -120.43 wall-Stair Nonvest4/1 -0.214 -5.29 wall-5tair Elev_2/1 -0.111 -19.68 openspace2 0.168 68.0 Floor Parking/2 0.013 101.18 Floor Rm15/2 0.019 13.08 Floor Ha114/2 0.046 5.80 Floor Office/2 0.028 6.83 Floor Rm14/2 0.035 7.60 Floor Rml3/2 0.046 16.05 Floor Ha114/2 0.046 2.90 Floor Rm10/2 0.003 0.38 Floor Ha115/2 0.158 31.31 Floor Rmll/2 0.016 1.25 Floor Rm12/2 -0.024 -31.36 Floor Ambt -0.215 -6.27 wall-Exterior Ambt 0.067 105.36 �oor-Sgle-znt. Hallway/1 -0.000 -4.75 Floor 5toragel/Garage 0.013 12.00 Floor Office3/Garage 0.014 36.30 Floor Office4/Garage 0.013 45.60 wall-znt Parking/1 0.013 95.33 Wall-Int Hallway/1 -0.000 -4.30 Wall-Int Hallway/1 -0.000 -4.30 wall-Exterior Ambt 0.067 116.24 Floor Parking/Garage 0.013 88.62 Floor Office/Garage 0.013 5.23 Floor Office/Garage 0.013 1. 53 Floor Parking/Garage 0.013 0.76 wall-Stair 2_StoryStair2/1 -0.009 -1.61 wall-Int StairEntry/1 -0.002 -3.69 wall-znt Corridor2/1 -0.018 -28.84 Door-Sgle-Int. StairEntry/1 -0.002 -25.08 wall-Stair 2_Storystair2/1 -0.009 -10.78 Door-Sgle-Int. Corridor2/1 -0.018 -84. 50 wall-Stair Stair_5/1 0.165 90.75 Wall-Int Room14/1 -0.016 -88.41 wall-Exterior Ambt -0.252 -255.79 wall-Int Room15/1 -0.084 -154.60 wall-Exterior Ambt -0. 359 -30. 50 Door_DOUble_Ext Ambt -0. 359 -49.31 Elev_1 0.283 68.0 Elevator Elev_1/2 0.000 574.29 wall-Stair Stair_3/1 0.081 16.85 wall-Elevator Parking/1 -0.103 -10.81 14_Elevator Elev_1/Garage -0.000 -285.99 wall-Elevator Nonvest3/1 -0.103 -10.80 �oor-Elev Elevator_l�obby/1 -0.012 -141.77 Door-Elev Elevator_l�obby/1 -0.012 -141.77 Nonvest3 0.181 68.0 Floor Nonvest3/2 0.034 1.39 wall-Stair Stair_3/1 0.184 4.91 Door-Stair Stair_3/1 0.184 267.90 Floor Nonvest3/Garage -0.000 -0.00 Wall-Elevator Elev_1/1 0.103 10.80 Wall-Int Parking/1 -0.000 -0.87 Page 7 winter doors closed with wind.txt wall-Int Parking/1 -0.000 -0.44 MissingDOOr Parking/1 -0.000 -283.69 Nonvest4 0.180 68.0 Floor Nonvest4/2 0.035 1.43 Door-Stair-0.1 Stair_4/1 0.214 120.43 wall-5tair Stair_4/1 0.214 5.29 Floor Nonvest4/Garage -0.000 -0.00 wall-Int Parking/1 -0.000 -0. 50 Wall-Elevator Elev_2/1 0.103 10.84 MissingDOOr Parking/1 -0.000 -137.24 wall-Int Parking/1 -0.000 -0.25 Elev_2 0.284 68.0 Elevator Elev_2/2 0.000 572.90 wall-Stair Stair_4/1 0.111 19.68 wall-Elevator Nonvest4/1 -0.103 -10.84 14_Elevator Elev_2/Garage -0.000 -284.07 wall-Elevator Parking/1 -0.103 -10.84 Door-Elev Elevator_2�obby/1 -0.012 -143.42 �oor-Elev Elevator_2�obby/1 -0.012 -143.42 Elevator_l�obby 0.271 68.0 Floor Ha112/2 -0.057 -3.24 Door-Elev Elev_1/1 0.012 141.77 Door-Elev Elev_1/1 0.012 141.77 Floor Elevator_l�obby/Garage 0.000 0.31 �oor-Sgle-znt. Parking/1 -0.091 -188.34 wall-Int Parking/1 -0.091 -92.28 Elevator_2�obby 0.272 68.0 Floor Ha113/2 -0.056 -6.39 Door-Elev Elev_2/1 0.012 143.42 Door-Elev Elev_2/1 0.01� 143.42 �oor-Sgle-znt. Parking/1 -0.091 -188. 56 Floor Elevator_2�obby/Garage 0.000 0. 51 wall-znt Parking/1 -0.091 -92.39 Room4 0.173 68.0 Floor Parking/2 0.007 23.21 �oor-Sgle-znt. Openspacel/1 -0.009 -60.13 wall-Int Openspacel/1 -0.009 -49.72 wall-Int Room7/1 0.001 5. 58 Floor Parking/Garage 0.007 18.03 wall-Int Stair2Corridor/1 0.001 5.36 �oor-Sgle-znt. Openspacel/1 -0.009 -60.13 wall-znt 5tair2Passage/1 0.186 117.80 Room7 0.174 68.0 Floor Parking/2 0.007 11.08 wall-znt Room4/1 -0.001 -5. 58 wall-znt openspacel/1 -0.010 -37.06 Floor Parking/Garage 0.007 5.34 wall-Int Stair2Corridor/1 0.000 26.22 StairEntry 0.166 68.0 Floor Parking/2 0.014 0.92 Door-Sgle-Int. Hallway/1 0.002 24.62 Door-Sgle-Int. 2_Storystair2/1 -0.007 -52.85 wall-znt Openspace2/1 0.002 3.69 wall-Stair 2_Storystair2/1 -0.007 -2.38 Floor Parking/Garage 0.014 0.92 �oor-Sgle-znt. Openspace2/1 0.002 25.08 2_Storystair2 0.159 68.0 200_Stair�evl 2_Storystair2/2 0.000 16.45 wall-Stair OpenSpace2/1 0.009 1.61 Door-Sgle-Int. StairEntry/1 0.007 52.85 wall-Stair StairEntry/1 0.007 2.38 Floor Parking/Garage 0.022 3. 59 wall-Stair OpenSpace2/1 0.009 10.78 Page 8 winter doors closed with wind.txt wall-Stair Ambt -0.350 -79.19 Wall-Stair Ambt -0.243 -8.47 Stair2Corridor 0.174 68.0 Floor Parking/2 0.006 6. 53 Wall-Int Room7/1 -0.000 -26.22 wall-Int Room4/1 -0.001 -5.36 �oor-Sgle-znt. Openspacel/1 -0.010 -62.93 Floor Parking/Garage 0.006 1.78 wall-Stair Stair_2/1 0.187 44.49 wall-Int Stair2Passage/1 0.185 41.71 Entryway 0.162 68.0 Floor Parking/2 0.019 1.20 Floor Halll/2 0.048 1.47 wall-Int openspacel/1 0.002 2.27 wall-znt Parking/1 0.019 4.77 �oor-5gle-znt. Openspacel/1 0.002 28.83 �oor-Sgle-znt. Cooridorl/1 -0.003 -35.82 Floor Parking/Garage 0.019 3.71 Door-Sgle-Int. Openspacel/1 0.002 28.83 �oor-Sgle-znt. Cooridorl/1 -0.003 -35.82 wall-Int Openspacel/1 0.002 2.27 Wall-Int Room8/1 -0.002 -1.72 Cooridorl 0.158 68.0 Floor Rm6/2 0.002 1.29 Floor Ha112/2 0.056 1.31 Floor Rm7/2 -0.011 -2.82 Floor Rm8/2 0.025 4.26 wall-Int Parking/1 0.022 11.69 Door-Sgle-Int. Parking/1 0.022 92.74 wall-Int Parking/1 0.0�2 70.11 Door-Sgle-Int. Parking/1 0.022 92.74 wall-Int Parking/1 0.022 8. 52 �oor-Sgle-znt. Entryway/1 0.003 35.82 Floor Parking/Garage 0.022 10.81 Door-Sgle-Int. Ambt -0.172 -258.82 Door-Sgle-Int. Entryway/1 0.003 35.82 �oor-Sgle-znt. 2_StoryStairl/1 0.011 66. 59 Door-Sgle-Int. Room8/1 0.001 18.29 �oor-Sgle-znt. Room9/1 -0.006 -47.29 wall-Int Room9/1 -0.006 -14.12 Door-Sgle-Int. Room10/1 -0.020 -89.00 wall-Int Room10/1 -0.020 -37.96 Corridor2 0.149 68.0 Floor Courtyard/2 0.009 2.63 Floor Rm9/2 0.007 4. 58 Floor Rm10/2 0.021 3.96 Floor Ha114/2 0.064 1.34 Floor Rm13/2 0.064 1.71 �oor-Sgle-znt. Parking/1 0.031 110.06 wall-Int Parking/1 0.031 166.13 wall-znt Openspace2/1 0.018 28.84 Door-Sgle-Int. Ambt -0.163 -251.94 Floor Parking/Garage 0.031 22.08 wall-Int Roomll/1 -0.039 -53.67 �oor-sgle-znt. Roomll/1 -0.039 -123.92 wall-Int Roomll/1 -0.039 -26.02 wall-znt Rooml2/1 -0.040 -26.32 Door-Sgle-Int. Rooml2/1 -0.040 -125.35 Wall-Int Room12/1 -0.040 -54.29 wall-Int Room13/1 -0.005 -18. 50 �oor-Sgle-znt. Room13/1 -0.005 -42.70 Door-Stair Stair_5/1 0.184 267. 55 �oor-Sgle-znt. OpenSpace2/1 0.018 84. 50 Page 9 winter doors closed with wind.txt Door-Sgle-Int. Rooml4/1 0.002 29.35 2_StoryStairl 0.170 68.0 200_Stair�evl 2_Storystairl/2 0.000 127. 55 �oor-Sgle-znt. Cooridorl/1 -0.011 -66. 59 Floor Parking/Garage 0.011 3.08 Door-Sgle-Int. Room8/1 -0.011 -64.03 Stair_2 0. 360 68.0 200_Stair�evl Stair_2/2 0.000 854.81 wall-Stair Stair2Corridor/1 -0.187 -44.49 200_StairGarage Stair_2/Garage -0.000 -350.61 2by2opening Stair2Passage/1 -0.001 -409.47 wall-Stair Openspacel/1 -0.197 -50.25 Stair_5 0. 333 68.0 200_Stair�evl Stair_5/2 0.000 681.07 Door-Stair Corridor2/1 -0.184 -267. 55 200_StairGarage Stairl/Garage -0.000 -322.77 wall-Stair OpenSpace2/1 -0.165 -90.75 stair2Passage 0.359 68.0 Floor Rm3/2 -0.217 -9.64 wall-Int Room4/1 -0.186 -117.80 wall-znt Stair2Corridor/1 -0.185 -41.71 Door-Sngl-Ext Ambt -0. 550 -65.12 Floor Parking/Garage -0.179 -11.72 2by2opening Stair_2/1 0.001 409.47 wall-znt Room3/1 -0.195 -120.64 wall-Int OpenSpacel/1 -0.195 -42.84 Roomll 0.110 68.0 Floor Courtyard/2 0.049 20.92 Floor Ambt -0.157 -5.36 wall-Int Corridor2/1 0.039 53.67 �oor-Sgle-znt. Corridor2/1 0.039 123.92 wall-Int Corridor2/1 0.039 26.02 wall-Exterior Ambt -0. 301 -107.19 wall-Exterior Ambt -0.194 -64. 57 wall-Exterior ambt -0.301 -39. 58 Floor Parking/Garage 0.070 74. 59 wall-znt Room12/1 -0.001 -13.62 wall-Exterior Ambt -0.194 -35.68 �oor-Sngl-Ext Ambt -0.194 -33.12 Rooml2 0.109 68.0 Floor Rm9/2 0.047 35.90 Floor Courtyard/2 0.050 2.56 Floor Ambt -0.156 -10.70 wall-Int Corridor2/1 0.040 26.32 �oor-Sgle-znt. Corridor2/1 0.040 125.35 wall-Int Corridor2/1 0.040 54.29 wall-znt Roomll/1 0.001 13.62 Floor Parking/Garage 0.071 58. 59 wall-znt Rooml3/1 0.036 100. 54 wall-Exterior Ambt -0.193 -373.47 �oor-Sngl-Ext ambt -0.193 -33.02 Room13 0.145 68.0 Floor Rm10/2 0.026 28.41 Floor Ambt -0.192 -11.85 wall-znt Corridor2/1 0.005 18. 50 Door-Sgle-Int. Corridor2/1 0.005 42.70 wall-znt Rooml2/1 -0.036 -100. 54 Floor Parking/Garage 0.036 42.95 Wall-Int Room14/1 0.007 44.20 wall-Exterior Ambt -0.229 -27. 51 �oor-Sngl-Ext Ambt -0.229 -36.86 Rooml4 0.152 68.0 Floor Rm10/2 0.019 0.94 Page 10 winter doors closed with wind.txt Floor Rmll/2 0.032 49.80 Floor Ambt -0.199 -12.06 �oor-Sgle-znt. Corridor2/1 -0.002 -29.35 Wall-Int Room13/1 -0.007 -44.20 Floor Parking/Garage 0.029 36.87 wall-znt openspace2/1 0.016 88.41 �oor-Sngl-Ext ambt -0.342 -47.86 wall-Exterior Ambt -0.236 -42. 54 Room3 0.164 68.0 Floor Rm3/2 -0.022 -20.01 wall-znt Stair2Passage/1 0.195 120.64 wall-Exterior Ambt -0.355 -129.60 Floor Parking/Garage 0.016 18.25 wall-znt openspacel/1 -0.000 -8.33 �oor-sngl-Ext Ambt 0.071 19.06 Openspacel 0.164 68.0 Floor Parking/2 0.017 69.80 Floor Halll/2 0.045 4.32 Floor Rm5/2 -0.003 -6.07 Floor Rm4/2 -0.004 -1.59 Floor Ambt -0.211 -12.43 Floor Rm3/2 -0.022 -13.94 Floor Rm2/2 -0.076 -7.45 wall-Int Room6/1 0.003 2. 52 �oor-Sgle-znt. Room6/1 0.003 36.05 Door-Sgle-Int. Room6/1 0.003 36.05 wall-znt Room6/1 0.003 3. 55 wall-Int RoomS/1 0.000 3.08 Door-Sgle-Int. RoomS/1 0.000 8.10 wall-Int RoomS/1 0.000 79.39 �oor-Sgle-znt. Room4/1 0.009 60.13 wall-Stair Parking/1 0.017 23.03 wall-Exterior Ambt -0. 355 -281.25 wall-Int Room4/1 0.009 49.72 wall-znt Room7/1 0.010 37.06 Wall-Int Entryway/1 -0.002 -2.27 �oor-Sgle-znt. Entryway/1 -0.002 -28.83 Door-Sgle-Int. Stair2Corridor/1 0.010 62.93 �oor-Sgle-znt. Entryway/1 -0.002 -28.83 Wall-Int Entryway/1 -0.002 -2.27 �oor-Sgle-znt. Room4/1 0.009 60.13 Door_DOUble_Ext Ambt -0.248 -38.83 wall-Int Stair2Passage/1 0.195 42.84 wall-5tair Stair_2/1 0.197 50.25 wall-znt Room3/1 0.000 8.33 Floor Parking/Garage 0.017 101.00 Wall-Int Room8/1 -0.005 -48.64 wall-Exterior Ambt -0.355 -64.78 wall-Stair Stair6/1 0.153 41. 58 wall-znt Stair6Passage/1 0.151 79. 56 wall-Exterior Ambt -0.355 -52.46 Door_DOUble_Ext Ambt -0. 355 -48.96 Wall-Exterior Ambt -0.248 -59.04 Wall-Exterior Ambt -0.248 -30.40 �oor-Sngl-Ext ambt -0.248 -38.83 wall-Exterior Ambt -0.248 -92. 54 Room8 0.159 68.0 Floor Halll/2 0.050 1.33 Floor Rm6/2 0.001 2.56 Floor Rm5/2 0.001 4.97 Floor Ambt -0.207 -12.29 �oor-Sgle-znt. Cooridorl/1 -0.001 -18.29 Wall-Int Entryway/1 0.002 1.72 Page 11 winter doors closed with wind.txt �oor-Sgle-znt. 2_Storystairl/1 0.011 64.03 wall-znt openspacel/1 0.005 48.64 Floor Parking/Garage 0.021 39.48 wall-Int Room9/1 -0.007 -39.05 Wall-Exterior Ambt -0.244 -44. 53 Door-Sngl-Ext Ambt -0.350 -48. 55 Room9 0.153 68.0 Floor Rm7/2 -0.005 -0. 57 Floor Rm6/2 0.008 15.68 Floor Ambt -0.200 -12.10 Door-Sgle-Int. Cooridorl/1 0.006 47.29 wall-Int Cooridorl/1 0.006 14.12 wall-znt Room8/1 0.007 39.05 Floor Parking/Garage 0.028 32.80 wall-Int Room10/1 -0.015 -53.44 wall-Exterior Ambt -0.237 -34.88 �oor-Sngl-Ext Ambt -0. 343 -47.95 Room10 0.138 68.0 Floor Rm8/2 0.045 4.37 Floor Rm7/2 0.009 14.48 Floor Ambt -0.185 -11.65 �oor-5gle-znt. Cooridorl/1 0.020 89.00 wall-znt Cooridorl/1 0.020 37.96 wall-Exterior Ambt -0.329 -136.43 wall-Exterior Ambt -0.222 -45.88 Floor Parking/Garage 0.042 41.33 wall-Int Room9/1 0.015 53.44 Door-Sngl-Ext Ambt -0.329 -46.62 Room15 0.083 68.0 Floor Rm12/2 0.060 18.45 Floor Ambt -0.131 -9.78 wall-Int Openspace2/1 0.084 154.60 Floor Parking/Garage 0.097 7.29 Floor Storage_1/Garage 0.097 21.06 wall-Exterior Ambt -0.168 -130.45 Floor Parking/Garage 0.097 21.07 �oor_�ouble_Ext Ambt -0.168 -30.11 wall-Exterior Ambt -0.274 -52.11 Stair6 0. 316 68.0 200_Stair�evl Stair6/2 0.000 558.85 2by2opening Stair6Passage/1 -0.002 -483.98 Floor Parking/Garage -0.136 -9.98 wall-Stair OpenSpacel/1 -0.153 -41. 58 wall-5tair Stair6Passage/1 -0.002 -2.49 wall-Stair Ambt -0.401 -20.83 Stair6Passage 0.315 68.0 Floor Rm2/2 -0.227 -7.08 2by2opening Stair6/1 0.002 483.98 Floor Parking/Garage -0.134 -5.45 wall-Stair Stair6/1 0.002 2.49 wall-Int Openspacel/1 -0.151 -79. 56 Door-Stair Ambt -0.399 -394.38 Rooml 0.109 68.0 Floor Rml/2 -0.019 -18.62 Floor Ambt -0.156 -5.35 wall-Exterior Ambt 0.126 116.98 �oor-Sgle-znt. Ambt -0.123 -218. 57 wall-Exterior Ambt 0.126 81.99 �oor-Sgle-znt. Ambt -0.123 -218. 57 Floor Parking/Garage 0.071 40.29 wall-znt StairlPassage/1 0.263 128.28 wall-Elevator Elevshortl/1 0.056 8.48 wall-Stair Stair_1/1 0.272 16.85 Page 12 winter doors closed with wind.txt wall-Exterior Ambt 0.126 68.24 Elevshortl 0.165 68.0 Elevshort�l Elevshortl/2 -0.000 -811.46 wall-Elevator Rooml/1 -0.056 -8.48 wall-Elevator StairlPassage/1 0.207 21.11 ElevShort�l Elevatorshortl/Garage 0.000 188.83 wall-Stair stair_1/1 0.216 17. 57 Door-Elev StairlPassage/1 0.207 592.42 Stair_1 0.382 68.0 200_Stair�evl Stair_1/2 0.000 1899.94 wall-Stair Rooml/1 -0.272 -16.85 wall-Stair Elevshortl/1 -0.216 -17. 57 200_StairGarage Stair_1/Garage -0.000 -410.21 Wall-Stair Ambt -0.147 -14.48 wall-stair stairlPassage/1 -0.009 -3. 59 wall-5tair Elevatorshort2/1 -0.359 -22.62 2by2opening StairlPassage/1 -0.009 -1394.02 wall-Elevator Room2/1 -0.270 -20.60 StairlPassage 0.372 68.0 Floor Rml/2 -0.282 -50.32 wall-znt Rooml/1 -0.263 -128.28 Door-Sgle-Int. Ambt -0. 386 -387.89 wall-Elevator Elevshortl/1 -0.207 -21.11 Floor Parking/Garage -0.192 -15.41 �oor-Elev Elevshortl/1 -0.207 -592.42 wall-Stair 5tair_1/1 0.009 3. 59 2by2opening Stair_1/1 0.009 1394.02 Wall-Int Room2/1 -0.261 -202.17 Elevatorshort2 0.023 68.0 Elevshort2_�1 Elevator5hort2/2 -0.000 -325.78 Door-Elev Ambt -0.036 -248.32 wall-Stair Stair_1/1 0. 359 22.62 Elevshort2_�1 Elevatorshort2/Garage 0.000 516.75 wall-Elevator ambt 0.212 23.69 wall-Elevator Room2/1 0.088 11.04 Room2 0.111 68.0 Floor Ambt -0.158 -10.77 Floor Rml/2 -0.021 -21.56 wall-Exterior Ambt 0.124 96.18 wall-znt StairlPassage/1 0.261 202.17 wall-Elevator Stair_1/1 0.270 20.60 wall-Elevator ElevatorShort2/1 -0.088 -11.04 Floor Parking/Garage 0.069 43.12 wall-Exterior Ambt 0.124 55.60 Door-Sgle-Int. Ambt -0.1�5 -220.32 wall-Exterior Ambt 0.124 66.32 Door-Sgle-Int. Ambt -0.125 -220.32 level : 2 elevation: 15.0 ft zone P T path from dP Flowl Flow2 Parking 0.228 68.0 Floor Ambt -0.272 -56.41 Floor Ambt -0.�72 -70.51 Floor Rm5/3 -0.004 -6.08 Floor Rm9/3 -0.037 -65.41 Floor Entrance3/3 0.184 10.20 Floor Courtyard/3 -0.022 -29.86 Floor Entrance4/3 0.214 7.00 Floor Rm6/3 -0.015 -15.62 Floor Rm7/3 -0.024 -30.62 Floor Rm8/3 -0.036 -41.10 Floor Entrance2/3 -0.004 -2. 57 Page 13 winter doors closed with wind.txt Floor OpenAreal/3 -0.036 -276.21 Floor Bathroom/3 -0.016 -32.00 Floor Entrance5/3 -0.024 -0. 53 Floor Ambt -0.272 -70.51 Floor Ha112/3 -0.005 -2.35 Floor Rm10/3 -0.037 -39.00 Floor Ha112/3 -0.005 -0.70 Floor Rmll/3 -0.088 -4.01 Floor Ambt -0.272 -14.10 Floor Rmll/3 -0.088 -4.01 Floor Ambt -0.272 -7.05 wall-Exterior Ambt 0.007 203.74 Floor Room6/1 -0.013 -31.21 Garage0pen�2 Parking/1 0.000 1075.47 Floor Parking/1 0.000 0.20 wall-Exterior Ambt -0.419 -260.94 wall-znt RmlS/2 0.007 40.26 Floor RoomS/1 -0.016 -34.72 Floor Openspace2/1 -0.013 -101.18 Floor Hallway/1 -0.013 -5.62 wall-Exterior Ambt -0.419 -425.74 wall-znt Storagel/2 0.032 43.73 wall-znt storage2/2 0.032 43.87 wall-Stair Stair_3/2 0.184 50.61 wall-Stair Stair_4/2 0.214 54. 58 wall-Elevator Elev_1/2 0.103 10.81 Wall-Elevator Elev_2/2 0.103 10.84 wall-znt Ha113/2 0.035 7.72 wall-znt Ha114/2 0.033 63.09 wall-Int Rm14/2 0.022 37.73 wall-znt Ha112/2 0.034 163.84 Floor Room7/1 -0.007 -11.08 wall-Stair 2_StoryStair2/2 -0.022 -2. 52 Floor Room4/1 -0.007 -23.21 Floor Openspacel/1 -0.017 -69.80 Door-Sgle-Int. 2_Storystair2/2 -0.022 -91.62 Floor StairEntry/1 -0.014 -0.92 Wall-Stair 2_StoryStair2/2 -0.022 -4.13 wall-znt Rm13/2 0.033 40.85 Floor Entryway/1 -0.019 -1.20 wall-Stair 2_Storystair2/2 -0.022 -16.88 Floor Stair2Corridor/1 -0.006 -6. 53 wall-Stair Stair_2/2 0.180 58.65 wall-Exterior Ambt -0.312 -46.94 wall-znt Rm3/2 -0.038 -38.82 wall-Int Rm4/2 -0.020 -15. 55 wall-znt Halll/2 0.029 33.35 wall-5tair Stair_5/2 0.153 12.64 wall-Exterior Ambt -0. 312 -146.77 wall-znt Ha115/2 0.145 134.87 Stair_3 0.412 68.0 233_Stair_11. 5 Stair_3/3 0.000 1287.34 wall-Stair Parking/2 -0.184 -50.61 233_5tair�ev2 Stair_3/1 -0.000 -960. 56 wall-Stair Storagel/2 -0.153 -12.64 wall-Stair Elev_1/2 -0.081 -16.86 wall-Stair Nonvest3/2 -0.151 -4.44 Door-Stair Nonvest3/2 -0.151 -242.24 Stair_4 0.442 68.0 233_Stair_11. 5 Stair_4/3 0.000 909.96 wall-Stair Storage2/2 -0.183 -13.82 233_5tair�ev2 Stair_4/1 -0.000 -707.01 Wall-Stair Parking/2 -0.214 -54. 58 Page 14 winter doors closed with wind.txt �oor-Stair-0.1 Nonvest4/2 -0.179 -110.03 wall-Stair Nonvest4/2 -0.179 -4.84 wall-Stair Elev_2/2 -0.111 -19.68 storagel 0.259 68.0 wall-znt Parking/2 -0.032 -43.73 wall-5tair Stair_3/2 0.153 12.64 Floor Parking/1 -0.032 -9.82 wall-Int Nonvest3/2 0.002 3.04 �oor-Sgle-znt. Ha112/2 0.002 27.96 wall-znt Ha112/2 0.002 9.91 Storage2 0.260 68.0 wall-Int Parking/2 -0.032 -43.87 wall-Stair Stair_4/2 0.183 13.82 Floor Parking/1 -0.032 -9.85 wall-znt Nonvest4/2 0.004 3.97 Door-Sgle-Int. Ha112/2 0.002 26. 53 Wall-Int Ha112/2 0.002 9.40 Elev_1 0. 331 68.0 11. 5_Elevator Elev_1/3 0.000 1261. 58 wall-Stair 5tair_3/2 0.081 16.86 wall-Elevator Parking/2 -0.103 -10.81 Elevator Elev_1/1 -0.000 -574.29 wall-Elevator Nonvest3/2 -0.069 -8.86 Door-Elev Ha112/2 -0.069 -342.24 �oor-Elev Ha112/2 -0.069 -342.24 Nonvest3 0.262 68.0 Floor Nonvest3/3 -0.038 -1.49 wall-Stair Stair_3/2 0.151 4.44 Door-Stair Stair_3/2 0.151 242.24 Floor Nonvest3/1 -0.034 -1.39 wall-Elevator Elev_1/2 0.069 8.86 wall-znt Storagel/2 -0.002 -3.04 Wall-Int Ha112/2 -0.000 -0.40 Missing�oor Ha112/2 -0.000 -249.23 Nonvest4 0.263 68.0 Floor Nonvest4/3 -0.056 -1.79 �oor-Stair-0.1 stair_4/2 0.179 110.03 wall-Stair Stair_4/2 0.179 4.84 Floor Nonvest4/1 -0.035 -1.43 wall-znt Storage2/2 -0.004 -3.97 Wall-Elevator Elev_2/2 0.068 8.78 Missing�oor Ha113/2 -0.000 -116.24 Wall-Int Ha113/2 -0.000 -0.22 Elev_2 0. 331 68.0 11. 5_Elevator Elev_2/3 0.000 1250.80 wall-Stair Stair_4/2 0.111 19.68 wall-Elevator Nonvest4/2 -0.068 -8.78 Elevator Elev_2/1 -0.000 -572.90 wall-Elevator Parking/2 -0.103 -10.84 �oor-Elev Ha113/2 -0.068 -338.98 �oor-Elev Ha113/2 -0.068 -338.98 Ha112 0.261 68.0 Floor Ha112/3 -0.038 -11.46 Floor Courtyard/3 -0.055 -15.91 Floor Rm4/3 -0.085 -11.80 �oor-Elev Elev_1/2 0.069 342.24 Door-Elev Elev_1/2 0.069 342.24 wall-Int Nonvest3/2 0.000 0.40 MissingDOOr Nonvest3/2 0.000 249.23 �oor-5gle-znt. Storagel/2 -0.002 -27.96 wall-znt Storagel/2 -0.002 -9.91 �oor-Sgle-znt. Storage2/2 -0.002 -26. 53 wall-znt Storage2/2 -0.002 -9.40 Page 15 winter doors closed with wind.txt Floor Elevator_l�obby/1 0.057 3.24 Floor Parking/1 -0.034 -18.39 �ouble_�oor_znt Ha113/2 0.002 53.12 west_open Ha113/2 0.002 320.85 wall-znt Rm8/2 -0.031 -58.83 Door-Sgle-Int. Rm8/2 -0.031 -109.79 Wall-Int Rm8/2 -0.031 -58.11 wall-Int Rm8/2 -0.031 -58.83 �oor-Sgle-znt. Private/2 -0.021 -91.05 Door-Sgle-Int. Private/2 -0.021 -91.05 Wall-Int Private/2 -0.021 -76.48 Door-Sgle-Int. Private/2 -0.021 -91.05 �oor-sgle-znt. Bathrooml/2 -0.003 -34.44 wall-Int Bathrooml/2 -0.003 -13. 56 �oor-Sgle-znt. Bathrooml/2 -0.003 -34.44 wall-Int Parking/2 -0.034 -163.84 Floor Parking/1 -0.034 -12.41 Door-Sgle-Int. Rm6/2 -0.053 -144.31 Double_Door_Int Halll/2 -0.005 -87.31 Floor Cooridorl/1 -0.056 -1.31 wall-znt Rm6/2 -0.053 -47.35 Wall-Stair 2_StoryStairl/2 -0.044 -5.78 Ha113 0.263 68.0 Floor Ha113/3 -0.056 -6.41 MissingDOOr Nonvest4/2 0.000 116.24 Wall-Int NonVest4/2 0.000 0.22 �oor-Elev Elev_2/2 0.068 338.98 �oor-Elev Elev_2/2 0.068 338.98 wall-znt Parking/2 -0.035 -7.72 Double_DOOr_Int Ha112/2 -0.002 -53.12 Floor Parking/1 -0.035 -2.19 Floor Elevator_2�obby/1 0.056 6.39 �oor-Sgle-znt. Ha114/2 -0.002 -29.65 west_open Ha112/2 -0.002 -320.85 East_Open Ha114/2 -0.002 -323.95 wall-Int Bathrooml/2 -0.005 -13.42 �oor-Sgle-znt. Bathrooml/2 -0.005 -43.49 Ha114 0.261 68.0 Floor Ha113/3 -0.054 -12.12 Floor Rm12/3 -0.085 -15.79 wall-znt Parking/2 -0.033 -63.09 wall-Int Rm15/2 -0.026 -38.68 �oor-Sgle-znt. Ha113/2 0.002 29.65 Floor Parking/1 -0.033 -4.93 East_Open Ha113/2 0.002 323.95 wall-znt office/2 -0.018 -83.85 Floor OpenSpace2/1 -0.046 -5.80 wall-Int Rm14/2 -0.011 -3.81 �oor-Sgle-znt. Rml4/2 -0.011 -65.90 Door-Sgle-Int. Rm13/2 -0.000 -6.28 �oor-Sgle-znt. Office/2 -0.018 -82.97 Door-Sgle-Int. Rm10/2 -0.043 -129.24 wall-znt Rm13/2 -0.000 -1.98 Door-Sgle-Int. Rm13/2 -0.000 -6.28 wall-znt Rml3/2 -0.000 -0.66 Floor Corridor2/1 -0.064 -1.34 wall-znt Rm10/2 -0.043 -37.32 Floor openspace2/1 -0.046 -2.90 Wall-Int Ha115/2 0.112 7.80 Wall-Int Rmll/2 -0.030 -7.08 �oor-Sgle-znt. Ha115/2 0.112 208. 58 Rm15 0.234 68.0 Floor Ambt -0.278 -1.78 Page 16 winter doors closed with wind.txt Floor Rm8/3 -0.043 -0.70 Floor Rm9/3 -0.044 -2.84 Floor Rm8/3 -0.043 -4.20 Floor Rm9/3 -0.044 -4.26 Floor Entrance5/3 -0.031 -0.81 Floor Ha113/3 -0.027 -4.48 Floor Rm10/3 -0.044 -2.83 wall-Int Parking/2 -0.007 -40.26 wall-znt Ha114/2 0.026 38.68 Floor openspace2/1 -0.019 -13.08 wall-Int Rm14/2 0.015 36.55 Rm8 0.230 68.0 Floor Rm4/3 -0.054 -40.72 wall-znt Ha112/2 0.031 58.83 �oor-sgle-znt. Ha112/2 0.031 109.79 wall-znt Ha112/2 0.031 58.11 wall-znt Ha112/2 0.031 58.83 Floor Parking/1 -0.003 -12.00 wall-znt Private/2 0.010 25.76 wall-Int Rm6/2 -0.023 -27.04 Floor Cooridorl/1 -0.025 -4.26 �oor-5gle-znt. Courtyard/2 -0.024 -97.49 wall-znt Rm7/2 -0.036 -111.38 Floor Room10/1 -0.045 -4.37 wall-Int Courtyard/2 -0.024 -14.07 Bathrooml 0.258 68.0 Floor Courtyard/3 -0.052 -2.32 Door-Sgle-Int. Ha112/2 0.003 34.44 wall-znt Ha112/2 0.003 13. 56 Door-Sgle-Int. Ha112/2 0.003 34.44 wall-znt Ha113/2 0.005 13.42 Door-Sgle-Int. Ha113/2 0.005 43.49 Wall-Int Private/2 -0.018 -29.87 wall-Int office/2 -0.015 -27.15 Floor Parking/1 -0.031 -22.62 wall-Int Rm9/2 -0.055 -57.39 Office 0.243 68.0 Floor Rm12/3 -0.067 -87.85 wall-Int Ha114/2 0.018 83.85 wall-Int Bathrooml/2 0.015 27.15 Floor Parking/1 -0.016 -19.81 Floor openspace2/1 -0.028 -6.83 Door-Sgle-Int. Ha114/2 0.018 82.97 wall-Int Rm9/2 -0.039 -8.14 wall-znt Rm10/2 -0.025 -71.34 Private 0.240 68.0 Floor Courtyard/3 -0.034 -24. 58 Floor Courtyard/3 -0.034 -14.97 �oor-Sgle-znt. Ha112/2 0.021 91.05 Door-Sgle-Int. Ha112/2 0.021 91.05 Wall-Int Ha112/2 0.021 76.48 Door-Sgle-Int. Ha112/2 0.021 91.05 wall-znt Rm8/2 -0.010 -25.76 wall-Int Bathrooml/2 0.018 29.87 Floor Parking/1 -0.012 -17.31 �oor-Sgle-znt. Courtyard/2 -0.034 -115.18 wall-znt Courtyard/2 -0.034 -66. 52 �oor-Sgle-znt. Courtyard/2 -0.034 -115.18 Rm14 0.250 68.0 Floor Rm9/3 -0.059 -1.25 Floor Entrance5/3 -0.046 -0.99 Floor Ha113/3 -0.043 -1.40 Floor Rm10/3 -0.059 -6. 57 Page 17 winter doors closed with wind.txt wall-znt Parking/2 -0.022 -37.73 wall-Int Rm15/2 -0.015 -36.55 Wall-Int Ha114/2 0.011 3.81 Floor Openspace2/1 -0.035 -7.60 �oor-Sgle-znt. Ha114/2 0.011 65.90 wall-Int Rm13/2 0.011 22.39 Rm13 0.261 68.0 Floor Rm10/3 -0.070 -13.35 Floor Ha113/3 -0.054 -9.41 wall-Int Rm14/2 -0.011 -22.39 �oor-Sgle-znt. Ha114/2 0.000 6.28 Floor Openspace2/1 -0.046 -16.05 wall-znt Parking/2 -0.033 -40.85 Wall-Int Ha114/2 0.000 1.98 �oor-Sgle-znt. Ha114/2 0.000 6.28 wall-znt Ha114/2 0.000 0.66 Floor Corridor2/1 -0.064 -1.71 wall-Stair Stair_5/2 0.119 28.10 wall-Stair Stair_5/2 0.119 11.18 wall-znt Ha115/2 0.112 49.30 2_Storystair2 0.206 68.0 Floor Rm10/3 -0.015 -1.68 Floor Ambt -0.250 -3.38 wall-Stair Parking/2 0.02� 2. 52 �oor-Sgle-znt. Parking/2 0.022 91.62 wall-Stair Parking/2 0.022 4.13 200_Stair�evl 2_Storystair2/1 -0.000 -16.45 wall-Stair Parking/2 0.022 16.88 wall-Stair Ambt -0.397 -84.38 wall-Stair Ambt -0.291 -9.26 2_Storystairl 0.217 68.0 Floor Ha112/3 0.006 0.21 Floor Rm4/3 -0.040 -5.42 wall-znt Halll/2 0.039 13.96 wall-Stair Ha112/2 0.044 5.78 200_StairLevl 2_Storystairl/1 -0.000 -127. 55 wall-Stair Rm6/2 -0.009 -7.86 Door-Stair Halll/2 0.039 124.00 wall-znt Rm5/2 -0.009 -3.13 Rm9 0.204 68.0 Floor Rml2/3 -0.028 -18.96 wall-Int Bathrooml/2 0.055 57.39 wall-znt Office/2 0.039 8.14 Floor Parking/1 0.024 4.18 Floor Corridor2/1 -0.007 -4. 58 wall-Int Courtyard/2 0.002 17.94 Floor Rooml2/1 -0.047 -35.90 wall-Int Rm10/2 0.014 36.20 Door-Sngl-Ext Ambt -0.288 -42.80 Wall-Exterior Ambt -0.288 -21.60 Rm10 0.218 68.0 Floor Rm12/3 -0.042 -27.82 Floor Rm12/3 -0.042 -4.17 Floor Ambt -0.�62 -69.25 wall-znt Office/2 0.025 71.34 Floor Parking/1 0.010 1.71 Door-Sgle-Int. Ha114/2 0.043 129.24 Floor Corridor2/1 -0.021 -3.96 wall-znt Rm9/2 -0.014 -36.20 wall-znt Ha114/2 0.043 37.32 Floor Room13/1 -0.026 -28.41 Floor Room14/1 -0.019 -0.94 Floor Openspace2/1 -0.003 -0.38 Page 18 winter doors closed with wind.txt wall-Int Rmll/2 0.013 36.48 wall-Exterior Ambt -0.303 -35.03 �oor-Sngl-Ext ambt -0.303 -44.16 wall-Exterior Ambt -0.303 -25.77 Stair_2 0.408 68.0 200_Stair_11. 5 Stair_2/3 0.000 1492.71 wall-Stair Parking/2 -0.180 -58.65 200_5tair�evl Stair_2/1 -0.000 -854.81 wall-Int Rm4/2 -0.200 -22.74 wall-znt Halll/2 -0.151 -19.76 Door-Stair Rm4/2 -0.200 -279.44 Door-Stair Halll/2 -0.151 -242.85 wall-Stair Rm5/2 -0.200 -14.46 Stair_5 0. 380 68.0 200_Stair_11. 5 Stair_5/3 0.000 2005.88 wall-Stair Rm13/2 -0.119 -28.10 wall-Stair Rml3/2 -0.119 -11.18 200_Stair�evl Stair_5/1 -0.000 -681.07 wall-Stair Parking/2 -0.153 -12.64 2by2opening Ha115/2 -0.008 -1265.73 wall-Stair Ha115/2 -0.008 -7.17 Halll 0.257 68.0 Floor Openareal/3 -0.065 -2.10 Floor Ha112/3 -0.034 -3.72 Floor Rm4/3 -0.080 -3.82 Double_DOOr_Int Ha112/2 0.005 87.31 wall-znt 2_Storystairl/2 -0.039 -13.96 Floor Entryway/1 -0.048 -1.47 �oor-Stair 2_Storystairl/2 -0.039 -124.00 wall-Int Parking/2 -0.0�9 -33.35 Floor Room8/1 -0.050 -1.33 wall-Int Stair_2/2 0.151 19.76 �oor-Stair Stair_2/2 0.151 242.85 Floor openspacel/1 -0.045 -4.32 wall-znt Rm5/2 -0.049 -13.09 Door-Sgle-Int. Rm5/2 -0.049 -137. 56 wall-znt Rm5/2 -0.049 -11.19 Rm7 0.195 68.0 Floor Rm4/3 -0.018 -0.91 Floor Ambt -0.239 -9.92 Floor Rm4/3 -0.018 -13.89 Floor Parking/1 0.033 4.91 Floor Cooridorl/1 0.011 2.82 wall-Int Rm6/2 0.013 54.00 wall-znt Rm8/2 0.036 111.38 Floor Room9/1 0.005 0. 57 Floor Room10/1 -0.009 -14.48 wall-Exterior Ambt -0.279 -69.41 �oor-Sngl-Ext Ambt -0.279 -41.92 wall-Exterior Ambt -0.279 -23.14 Courtyard 0.206 68.0 Floor Ambt -0.289 -145.42 Phantom_Connect Courtyard/3 0.000 373.11 wall-Int Rm4/3 -0.029 -38.88 wall-znt Rm12/3 -0.030 -39.58 wall-Exterior Ambt -0.264 -163.46 �oor-Sgle-znt. Private/2 0.034 115.18 wall-Int Private/2 0.034 66. 52 Door-Sgle-Int. Private/2 0.034 115.18 Floor Parking/1 0.022 6.97 Floor Corridor2/1 -0.009 -2.63 Door-Sgle-Int. Rm8/2 0.0�4 97.49 wall-Int Rm9/2 -0.002 -17.94 Page 19 winter doors closed with wind.txt wall-Int Rm8/2 0.024 14.07 Floor Ambt -0.206 -42.99 Floor Roomll/1 -0.049 -20.92 Floor Room12/1 -0.050 -2. 56 �oor-Sngl-Ext ambt -0.291 -43.01 wall-Exterior Ambt -0.291 -157.32 �oor-Sngl-Ext ambt -0.291 -43.01 Wall-Exterior Ambt -0.291 -70.80 Ha115 0. 373 68.0 Floor Rm10/3 -0.182 -1.44 Floor Rmll/3 -0.233 -65.28 Floor Ambt -0.417 -4.37 wall-znt Rm13/2 -0.112 -49.30 2by2opening Stair_5/2 0.008 1265.73 wall-Stair Stair_5/2 0.008 7.17 wall-Int Ha114/2 -0.112 -7.80 �oor-Sgle-znt. Ha114/2 -0.112 -208. 58 Floor Openspace2/1 -0.158 -31.31 wall-Int Rmll/2 -0.141 -144.84 Door-Sgle-Int. Rmll/2 -0.141 -234.80 wall-znt Parking/2 -0.145 -134.87 Wall-Int Rm12/2 -0.181 -18.60 Door-Sgle-Int. Rm12/2 -0.181 -265.95 Wall-Int Rm12/2 -0.181 -18.60 Door-Sngl-Ext Ambt -0.457 -57.74 wall-Exterior Ambt -0.457 -29.42 Rm6 0.208 68.0 Floor Rm4/3 -0.031 -16.70 Floor Ambt -0.252 -27.16 wall-Int Rm8/2 0.0�3 27.04 �oor-Sgle-znt. Ha112/2 0.053 144.31 Floor Parking/1 0.020 3.80 Floor Cooridorl/1 -0.002 -1.29 wall-znt Ha112/2 0.053 47.35 wall-znt Rm7/2 -0.013 -54.00 wall-Stair 2_Storystairl/2 0.009 7.86 Floor Room8/1 -0.001 -2. 56 Floor Room9/1 -0.008 -15.68 wall-znt Rm5/2 -0.000 -13.36 wall-Exterior Ambt -0.292 -32. 51 �oor-Sngl-Ext Ambt -0.292 -43.19 wall-Exterior Ambt -0.292 -23.90 Rmll 0.231 68.0 Floor Rmll/3 -0.091 -4.09 Floor Rm12/3 -0.055 -12.73 Floor Ambt -0.275 -70.95 Wall-Int Ha114/2 0.030 7.08 wall-Int Ha115/2 0.141 144.84 �oor-Sgle-znt. Ha115/2 0.141 234.80 Floor openspace2/1 -0.016 -1.25 Floor Rooml4/1 -0.032 -49.80 wall-Int Rm10/2 -0.013 -36.48 Wall-Int Rm12/2 -0.040 -104.91 wall-Exterior Ambt -0.316 -61.11 �oor-Sngl-Ext ambt -0.316 -45.39 Rm5 0.208 68.0 Floor Ha112/3 0.015 0.83 Floor Rm3/3 -0.061 -10.05 Floor Rm4/3 -0.031 -21.47 Floor Ambt -0.252 -33.95 wall-znt 2_Storystairl/2 0.009 3.13 wall-Stair Stair_2/2 0.�00 14.46 wall-znt Halll/2 0.049 13.09 Page 20 winter doors closed with wind.txt �oor-Sgle-znt. Halll/2 0.049 137. 56 wall-Int Halll/2 0.049 11.19 Floor Openspacel/1 0.003 6.07 Floor Room8/1 -0.001 -4.97 wall-znt Rm6/2 0.000 13.36 wall-Int Rm4/2 -0.000 -13.27 wall-Exterior ambt -0.292 -63.13 Door-Sngl-Ext Ambt -0.399 -52.85 Rm3 0.189 68.0 Floor Ambt -0.233 -19.60 Floor Rm3/3 -0.043 -52.75 wall-Int Parking/2 0.038 38.82 Floor Stair2Passage/1 0.217 9.64 Floor Room3/1 0.02� 20.01 wall-Exterior Ambt -0. 380 -196.35 Wall-Int Rm4/2 0.018 61.10 wall-Int Rm2/2 -0.054 -11.34 Door-Stair Stair6/2 0.174 260.64 �oor-Sngl-Ext ambt -0.380 -51.24 wall-Stair 5tair6/2 0.174 33.93 Floor Openspacel/1 0.022 13.94 wall-Exterior Ambt -0.380 -29.45 Wall-Exterior Ambt -0.274 -27.77 wall-Int Rm2/2 -0.054 -49.57 Rm12 0.191 68.0 Floor Rmll/3 -0.051 -46.26 Floor Ambt -0.235 -3.28 Floor Ambt -0.235 -6.56 Floor Ambt -0.235 -65. 58 wall-Int Ha115/2 0.181 18.60 �oor-Sgle-znt. Ha115/2 0.181 265.95 wall-znt Ha115/2 0.181 18.60 wall-Int Rmll/2 0.040 104.91 Floor openspace2/1 0.024 31.36 Floor RoomlS/1 -0.060 -18.45 wall-Exterior Ambt -0.276 -21.37 wall-Exterior Ambt -0.276 -128.14 Door-Sngl-Ext Ambt -0.276 -41. 56 wall-Exterior ambt -0.382 -108.23 Rm4 0.207 68.0 Floor Rm3/3 -0.061 -33.85 Floor Ambt -0.251 -27.13 Floor Rm2/3 -0.135 -2.48 wall-Int Parking/2 0.020 15.55 wall-Int Stair_2/2 0.200 22.74 Door-Stair Stair_2/2 0.�00 279.44 wall-znt Rm5/2 0.000 13.27 wall-Int Rm3/2 -0.018 -61.10 Floor OpenSpacel/1 0.004 1. 59 wall-Exterior Ambt -0.292 -61.42 Wall-Int Rm2/2 -0.072 -103.47 Door-Sngl-Ext Ambt -0.292 -43.15 Stair6 0. 364 68.0 200_Stair_11. 5 Stair6/3 0.000 918.26 Door-Stair Rm3/2 -0.174 -260.64 Wall-Stair Rm2/2 -0.228 -64.84 200_Stair�evl Stair6/1 -0.000 -558.85 wall-Stair Rm3/2 -0.174 -33.93 Rm2 0.135 68.0 Floor Rm3/3 0.011 0.72 Floor Rm2/3 -0.063 -32.29 Floor Ambt -0.179 -22.91 Wall-Int Rm3/2 0.054 11.34 Page 21 winter doors closed with wind.txt wall-Stair Stair6/2 0.228 64.84 Floor Stair6Passage/1 0.227 7.08 wall-Int Rm4/2 0.072 103.47 Floor Openspacel/1 0.076 7.45 wall-Int Rm3/2 0.054 49.57 wall-Exterior Ambt -0.326 -51. 52 Floor Ambt -0.135 -64.83 wall-Exterior Ambt -0. 326 -48.49 �oor-Sngl-Ext Ambt -0. 326 -46.37 wall-Int Rml/2 0.002 21.94 Elevshortl 0.212 68.0 ElevShort�2 Elevshortl/3 -0.000 -450.33 wall-Elevator Rml/2 -0.075 -9.81 Wall-Elevator Rml/2 -0.075 -12.70 ElevShortLl ElevShortl/1 0.000 811.46 wall-5tair Stair_1/2 0.217 17. 58 �oor-Elev Rml/2 -0.075 -356.21 stair_1 0.429 68.0 200_Stair_11. 5 Stair_1/3 0.000 2353.17 wall-Stair Rml/2 -0.292 -17.43 wall-Stair Elevshortl/2 -0.217 -17. 58 200_5tair�evl Stair_1/1 -0.000 -1899.94 wall-Stair Ambt -0.194 -16.65 wall-Stair Rml/2 -0.292 -20.40 wall-Stair Elevatorshort2/2 -0.359 -22.62 Door-Stair Rml/2 -0.292 -337.15 wall-Elevator Rml/2 -0.292 -21.39 Elevatorshort2 0.070 68.0 Floor Ambt -0.114 -2.42 Door-Elev Ambt -0.084 -376. 50 wall-Stair Stair_1/2 0. 359 22.62 Elevshort2_�1 Elevatorshort2/1 0.000 325.78 wall-Elevator Ambt 0.164 20.87 wall-Elevator Rml/2 0.067 9.64 Rml 0.137 68.0 Floor Rm2/3 -0.065 -24.08 Floor Ambt -0.181 -8.64 Floor Entrancel/3 -0.006 -0. 55 Floor Halll/3 0.075 4.86 Floor Rml/3 -0.191 -109.98 Floor Ambt -0.181 -17.28 wall-Int Rm2/2 -0.002 -21.94 wall-Exterior Ambt -0.328 -22.28 Floor Rooml/1 0.019 18.62 �oor-Sngl-Ext Ambt -0.222 -36.09 Wall-Exterior Ambt -0.328 -12.77 wall-Elevator ElevShortl/2 0.075 9.81 wall-5tair Stair_1/2 0.292 17.43 wall-Exterior Ambt -0.222 -22.49 wall-Exterior Ambt -0.328 -99. 57 wall-Elevator Elevshortl/2 0.075 12.70 Floor 5tairlPassage/1 0.282 50.32 �oor-Elev Elevshortl/2 0.075 356.21 wall-5tair Stair_1/2 0.292 20.40 �oor-stair stair_1/2 0.292 337.15 wall-Elevator Stair_1/2 0.292 21.39 wall-Elevator Elevatorshort2/2 -0.067 -9.64 wall-Exterior Ambt -0.222 -23.99 �oor-Sngl-Ext Ambt -0.222 -36.09 wall-Exterior Ambt -0.328 -87.25 Floor Room2/1 0.021 21. 56 wall-Exterior Ambt -0.328 -87.25 �oor-sngl-Ext Ambt -0.328 -46. 56 Page 22 winter doors closed with wind.txt �oor-Sngl-Ext Ambt -0. 328 -46. 56 wall-Exterior Ambt -0.328 -32.68 wall-Exterior ambt -0.328 -32.68 wall-Exterior Ambt -0.222 -92.05 level : 3 elevation: 28.0 ft zone P T path from dP Flowl Flow2 Rm5 0.268 68.0 Floor Ambt -0.307 -14.99 Floor Suite2/4 -0.048 -5.91 Floor Rm17/4 -0.057 -9.68 wall-Exterior Ambt -0.033 -16.75 wall-Exterior Ambt -0.459 -33.25 wall-Exterior Ambt -0.033 -24.96 wall-znt OpenAreal/3 -0.032 -23.92 Floor Parking/2 0.004 6.08 wall-znt Entrance3/3 0.187 126.26 wall-Int Bathroom/3 -0.012 -13.69 Wall-Int Entrance2/3 -0.000 -0.14 �ouble_�oor_znt Entrance2/3 -0.000 -10.40 wall-Stair Stair_3/3 0.188 21.35 Entrance3 0.455 68.0 Floor Suite2/4 -0.235 -19.68 Door-Sngl-Ext Ambt -0.221 -35.95 wall-znt Rm5/3 -0.187 -126.26 wall-Int Courtyard/3 -0.205 -107.65 Floor Parking/2 -0.184 -10.20 wall-5tair Stair_3/3 0.001 0.33 2by2opening Stair_3/3 0.001 299.41 Entrance4 0.485 68.0 Floor Suitel/4 -0.265 -20.87 Door-Sngl-Ext Ambt -0.251 -39.07 wall-znt Courtyard/3 -0.235 -115.26 wall-Int Rm6/3 -0.229 -113.68 Floor Parking/2 -0.214 -7.00 2by2opening Stair_4/3 0.001 295. 56 wall-Stair Stair_4/3 0.001 0.33 Rm6 0.256 68.0 Floor Ambt -0.295 -11.03 Floor Suitel/4 -0.036 -1.61 Floor RmlS/4 -0.050 -25.60 wall-Exterior Ambt -0.022 -13.68 Wall-Exterior Ambt -0.447 -30.45 wall-Exterior Ambt -0.022 -4.30 wall-znt Entrance4/3 0.229 113.68 wall-Int Rm7/3 -0.009 -45. 54 Floor Parking/2 0.015 15.62 wall-5tair Stair_4/3 0.230 45.80 wall-Elevator Elev_2/3 0.119 11.61 Door-Sgle-Int. Ha113/3 -0.005 -46.04 wall-znt Ha113/3 -0.005 -8.46 Rm7 0.248 68.0 Floor Ambt -0.287 -10.86 Floor Rm15/4 -0.041 -24.63 wall-Exterior ambt -0.013 -19.40 wall-Exterior Ambt -0.439 -17.85 wall-znt Rm6/3 0.009 45.54 wall-Int Rm8/3 -0.012 -48. 56 Floor Parking/2 0.024 30.62 Door-Sgle-Int. Ha113/3 0.003 35.39 wall-znt Ha113/3 0.003 9.75 Rm8 0.236 68.0 Floor Rm8/4 -0.035 -44.61 Page 23 winter doors closed with wind.txt wall-Exterior Ambt -0.001 -3.18 Door-Sngl-Ext Ambt -0.427 -55.20 wall-znt Rm7/3 0.012 48. 56 wall-Exterior Ambt -0.427 -93. 57 Floor Parking/2 0.036 41.10 Floor Rm15/2 0.043 0.70 wall-znt Rm9/3 -0.001 -9.74 Floor Rm15/2 0.043 4.20 wall-znt Ha113/3 0.015 18.79 Door-Sgle-Int. Ha113/3 0.015 77.39 wall-Int Ha113/3 0.015 15. 57 Rm9 0.234 68.0 Floor Rm9/4 -0.035 -69. 50 Wall-Exterior Ambt 0.000 51.21 wall-Exterior Ambt 0.000 7.19 Floor Parking/2 0.037 65.41 �oor-Sngl-Ext Ambt 0.000 0.73 Wall-Exterior Ambt 0.000 1.75 Floor RmlS/2 0.044 2.84 wall-Int Rm8/3 0.001 9.74 Floor Rm15/2 0.044 4.26 Floor Rm14/2 0.059 1.25 wall-Exterior ambt -0.319 -128.83 wall-znt Ha113/3 0.017 13.78 �oor-Sgle-znt. Ha113/3 0.017 80.74 wall-Int Entrance5/3 0.013 10.35 wall-Exterior Ambt -0.319 -29.96 wall-Exterior Ambt -0.319 -20.97 openAreal 0.236 68.0 Floor Rm18/4 -0.036 -20.44 Floor Rml7/4 -0.025 -10.67 Floor Ambt -0.275 -56.73 Floor Rml9/4 -0.108 -197.63 Floor Ambt -0.275 -56.73 Floor Rml8/4 -0.036 -9.30 Floor Ha112/4 -0.016 -6.84 Floor Rm16/4 -0.049 -12.38 Floor Rm20/4 -0.046 -78.02 Wall-Exterior Ambt -0.001 -10.87 Door-Sngl-Ext Ambt -0.001 -1.30 Wall-Exterior Ambt -0.001 -2.07 Door-Sngl-Ext Ambt -0.001 -1.22 wall-Exterior Ambt -0.001 -7.19 Wall-Exterior Ambt -0.427 -43.34 wall-Exterior Ambt -0.001 -3.37 Wall-Exterior Ambt -0.427 -20.21 wall-znt Rm5/3 0.032 23.92 wall-Int Bathroom/3 0.020 128.33 wall-Exterior Ambt -0.427 -422.96 Floor Parking/2 0.036 276.21 wall-znt Ha112/3 0.031 29.90 Double_DOOr_Int Ha112/3 0.031 219. 56 Floor Halll/2 0.065 2.10 wall-znt Ha112/3 0.031 66.76 wall-stair stair_2/3 0.216 64.35 wall-Exterior Ambt -0. 320 -85.01 wall-znt Rm3/3 -0.045 -54.95 Door-Stair Stair_2/3 0.216 290.11 Bathroom 0.256 68.0 Floor Rm17/4 -0.044 -22.41 Floor Rm18/4 -0.055 -25.43 wall-znt openAreal/3 -0.020 -128.33 wall-znt Rm5/3 0.012 13.69 Page 24 winter doors closed with wind.txt Floor Parking/2 0.016 32.00 wall-Int Entrance2/3 0.012 25.49 wall-znt Ha112/3 0.011 5.24 Door-Sgle-Int. Ha112/3 0.011 66. 56 wall-znt Ha112/3 0.011 33.20 Entrance2 0.268 68.0 Floor Rml7/4 -0.057 -6.45 wall-Int Rm5/3 0.000 0.14 �ouble_�oor_znt Rm5/3 0.000 10.40 Floor Parking/2 0.004 2. 57 wall-znt Bathroom/3 -0.012 -25.49 wall-5tair Stair_3/3 0.188 28.31 Wall-Elevator Elev_1/3 0.107 11.01 Wall-Int Ha112/3 -0.001 -1.02 �oor-sgle-znt. Ha112/3 -0.001 -19.47 Stair_3 0.456 68.0 233_Stair_11. 5 Stair_3/4 0.000 1959.64 wall-Stair Rm5/3 -0.188 -21.35 wall-Stair Entrance3/3 -0.001 -0.33 2by2opening Entrance3/3 -0.001 -299.41 wall-Stair Entrance2/3 -0.188 -28.31 233_Stair_11. 5 Stair_3/2 -0.000 -1287.34 wall-Stair Courtyard/3 -0.206 -29.62 wall-Stair Elev_1/3 -0.082 -16.86 wall-Stair Nonvest3/3 -0.189 -4.97 �oor-Stair Nonvest3/3 -0.189 -271.46 Stair_4 0.486 68.0 233_Stair_11. 5 Stair_4/4 0.000 1434.71 2by2opening Entrance4/3 -0.001 -295. 56 wall-Stair Entrance4/3 -0.001 -0.33 wall-Stair Rm6/3 -0.230 -45.80 wall-5tair Courtyard/3 -0.236 -31.70 233_stair_11. 5 Stair_4/2 -0.000 -909.96 Door-Stair-0.1 Nonvest4/3 -0.235 -126.12 wall-Stair Nonvest4/3 -0.235 -5. 54 wall-Stair Elev_2/3 -0.111 -19.68 Elev_1 0. 375 68.0 11. 5_Elevator Elev_1/4 0.000 2120. 53 wall-Stair stair_3/3 0.082 16.86 wall-Elevator Entrance2/3 -0.107 -11.01 11. 5_Elevator Elev_1/2 -0.000 -1261. 58 wall-Elevator Nonvest3/3 -0.108 -11.06 Door-Elev Ha112/3 -0.108 -426.87 �oor-Elev Ha112/3 -0.108 -426.87 Nonvest3 0.�67 68.0 Floor Nonvest3/4 -0.047 -1.64 wall-Stair Stair_3/3 0.189 4.97 Door-Stair Stair_3/3 0.189 271.46 Floor Nonvest3/2 0.038 1.49 wall-Elevator Elev_1/3 0.108 11.06 wall-znt Courtyard/3 -0.017 -8. 55 wall-znt Ha112/3 -0.000 -0.43 Missing�oor Ha112/3 -0.000 -278.35 Nonvest4 0.251 68.0 Floor Nonvest4/4 -0.030 -1.31 Door-Stair-0.1 Stair_4/3 0.�35 126.12 wall-Stair Stair_4/3 0.235 5. 54 Floor Nonvest4/2 0.056 1.79 wall-znt Courtyard/3 -0.001 -2.10 wall-Elevator Elev_2/3 0.124 11.87 Missing�oor Ha113/3 -0.000 -141.66 wall-znt Ha113/3 -0.000 -0.26 Page 25 winter doors closed with wind.txt Elev_2 0. 375 68.0 11. 5_Elevator Elev_2/4 0.000 2170.89 wall-Stair Stair_4/3 0.111 19.68 wall-Elevator Nonvest4/3 -0.124 -11.87 11. 5_Elevator Elev_2/2 -0.000 -1250.80 wall-Elevator Rm6/3 -0.119 -11.61 Door-Elev Ha113/3 -0.124 -458.14 Door-Elev Ha113/3 -0.124 -458.14 Ha112 0.267 68.0 Floor Ha112/4 -0.047 -14.64 Floor Rm16/4 -0.080 -22.92 Floor Ha112/4 -0.047 -2.26 wall-Int Bathroom/3 -0.011 -5.24 �oor-Sgle-znt. Bathroom/3 -0.011 -66. 56 wall-Int Bathroom/3 -0.011 -33.20 Wall-Int Entrance2/3 0.001 1.02 �oor-5gle-znt. Entrance2/3 0.001 19.47 Door-Elev Elev_1/3 0.108 426.87 Door-Elev Elev_1/3 0.108 426.87 wall-znt Nonvest3/3 0.000 0.43 Missing�oor Nonvest3/3 0.000 278.35 Floor Ha112/2 0.038 11.46 �ouble_�oor_znt Courtyard/3 -0.017 -161.99 �oor-Sgle-znt. Rm4/3 -0.046 -133.99 Wall-Int Rm4/3 -0.046 -40.45 �oor-Sgle-znt. Rm4/3 -0.046 -133.99 Wall-Int Rm4/3 -0.046 -4.40 wall-znt Openareal/3 -0.031 -29.90 Floor Parking/2 0.005 2.35 �ouble_�oor_znt OpenAreal/3 -0.031 -219. 56 wall-Int Rm4/3 -0.046 -153.88 wall-znt OpenAreal/3 -0.031 -66.76 Floor 2_StoryStairl/2 -0.006 -0.21 Floor Parking/2 0.005 0.70 Door-Sgle-Int. Rm4/3 -0.046 -133.99 wall-Stair Stair_2/3 0.185 18.61 Floor Halll/2 0.034 3.72 Floor Rm5/2 -0.015 -0.83 Door-Stair Stair_2/3 0.185 268. 53 wall-znt Rm4/3 -0.046 -61.25 Door-Sgle-Int. Rm3/3 -0.076 -172.38 Ha113 0.251 68.0 Floor Ha113/4 -0.030 -26.74 MissingDOOr Nonvest4/3 0.000 141.66 wall-Int Nonvest4/3 0.000 0.26 Door-Elev Elev_2/3 0.124 458.14 Door-Elev Elev_2/3 0.1�4 458.14 �oor-Sgle-znt. Rm6/3 0.005 46.04 wall-Int Rm6/3 0.005 8.46 �oor-Sgle-znt. Rm7/3 -0.003 -35.39 wall-Int Rm7/3 -0.003 -9.75 wall-znt Rm8/3 -0.015 -18.79 Door-Sgle-Int. Rm8/3 -0.015 -77.39 wall-Int Rm8/3 -0.015 -15.57 wall-Int Rm9/3 -0.017 -13.78 �oor-Sgle-znt. Rm9/3 -0.017 -80.74 �ouble_�oor_znt Courtyard/3 -0.001 -38.80 Floor Ha113/2 0.056 6.41 Floor Ha114/2 0.054 12.12 �ouble_�oor_znt Entrance5/3 -0.004 -74.38 wall-Int Rm12/3 -0.031 -8.69 �oor-sgle-znt. Rml2/3 -0.031 -110.38 wall-Int Rm12/3 -0.031 -33.32 �oor-sgle-znt. Rml2/3 -0.031 -110.38 Page 26 winter doors closed with wind.txt wall-znt Rml2/3 -0.031 -72.44 Door-Sgle-Int. Rm12/3 -0.031 -110.38 Floor RmlS/2 0.027 4.48 wall-Int Rm10/3 -0.016 -29.26 Floor Rm14/2 0.043 1.40 wall-Int Rm12/3 -0.031 -78.23 �oor-Sgle-znt. Rm10/3 -0.016 -79.62 Door-Sgle-Int. Rm12/3 -0.031 -110.38 wall-znt Rm10/3 -0.016 -39.29 Floor Rm13/2 0.054 9.41 wall-znt Rm12/3 -0.031 -10.14 Door-Sgle-Int. Rm10/3 -0.016 -79.62 Door-Stair Stair_5/3 0.173 260.04 wall-Stair Stair_5/3 0.173 27.46 wall-Int Rmll/3 -0.067 -8.51 Door-Sgle-Int. Rmll/3 -0.067 -162.06 Entrance5 0.247 68.0 wall-Int Rm9/3 -0.013 -10.35 �ouble_�oor_znt Ha113/3 0.004 74.38 Floor Rm15/2 0.031 0.81 Floor Rml4/2 0.046 0.99 Floor Parking/2 0.024 0. 53 �oor_�ouble_Ext ambt -0.438 -56.19 wall-Int Rm10/3 -0.013 -10.16 Rm4 0.221 68.0 Floor Rm16/4 -0.034 -111.75 �oor-Sgle-znt. Ha112/3 0.046 133.99 wall-znt Ha112/3 0.046 40.45 �oor-Sgle-znt. Ha112/3 0.046 133.99 wall-Int Ha112/3 0.046 4.40 Floor Rm8/2 0.054 40.72 wall-Int Courtyard/3 0.029 38.88 Floor Ha112/2 0.085 11.80 wall-znt Ha112/3 0.046 153.88 wall-Exterior ambt -0.305 -58.64 Floor Rm7/2 0.018 0.91 Floor 2_StoryStairl/2 0.040 5.42 Door-Sgle-Int. Ha112/3 0.046 133.99 wall-Exterior ambt -0.412 -136.19 wall-Exterior Ambt -0.412 -125.98 wall-znt Courtyard/2 0.029 38.88 wall-znt Ha112/3 0.046 61.25 Floor Rm6/2 0.031 16.70 Floor Halll/2 0.080 3.82 Floor Rm7/2 0.018 13.89 wall-Int Rm3/3 -0.030 -10.32 Floor Rm5/2 0.031 21.47 Door-Sngl-Ext Ambt -0.234 -37.40 Door-Sngl-Ext Ambt -0. 305 -44.42 wall-Exterior Ambt -0.305 -111.42 wall-Exterior ambt -0.305 -50.81 Door-Sngl-Ext Ambt -0.305 -44.42 wall-Exterior Ambt -0.305 -39.08 Door-Sngl-Ext Ambt -0.305 -44.42 wall-Exterior ambt -0.305 -39. 58 Rml2 0.220 68.0 Floor Rml2/4 -0.036 -135.83 wall-znt Ha113/3 0.031 8.69 �oor-Sgle-znt. Ha113/3 0.031 110.38 wall-znt Ha113/3 0.031 33.32 �oor-sgle-znt. Ha113/3 0.031 110.38 wall-znt Ha113/3 0.031 72.44 �oor-sgle-znt. Ha113/3 0.031 110.38 Page 27 winter doors closed with wind.txt wall-znt Courtyard/3 0.030 39.58 Floor office/2 0.067 87.85 wall-znt Ha113/3 0.031 78.23 Floor Ha114/2 0.085 15.79 �oor-Sgle-znt. Ha113/3 0.031 110.38 wall-znt Ha113/3 0.031 10.14 Floor Rm9/2 0.028 18.96 Floor Rm10/2 0.042 27.82 wall-Exterior Ambt -0. 304 -64.39 wall-Int Courtyard/2 0.030 39. 58 wall-Stair Stair_5/3 0.205 14.61 Wall-Exterior Ambt -0.411 -142.82 wall-Exterior Ambt -0.411 -142.82 wall-Int Rmll/3 -0.036 -19.86 Floor Rm10/2 0.042 4.17 Floor Rmll/2 0.055 12.73 Door-Sngl-Ext Ambt -0. 304 -44.32 wall-Exterior Ambt -0.304 -111.22 Door-Sngl-Ext Ambt -0.304 -44.32 Door-Sngl-Ext Ambt -0.304 -44.32 wall-Exterior Ambt -0.304 -111.22 Door-Sngl-Ext Ambt -0.304 -44.32 Courtyard 0.250 68.0 Floor Suite2/4 -0.030 -43. 58 Floor Suitel/4 -0.029 -46.31 Wall-Exterior Ambt -0.015 -41.84 wall-znt Entrance3/3 0.205 107.65 wall-Int Entrance4/3 0.235 115.26 Floor Parking/2 0.022 29.86 wall-Stair Stair_3/3 0.�06 29.62 wall-Stair Stair_4/3 0.236 31.70 wall-Int Nonvest3/3 0.017 8. 55 Wall-Int NonVest4/3 0.001 2.10 Double_DOOr_Int Ha112/3 0.017 161.99 Floor Ha112/2 0.055 15.91 Double_DOOr_Int Ha113/3 0.001 38.80 wall-znt Rm4/3 -0.029 -38.88 Floor Private/2 0.034 24. 58 Floor Private/2 0.034 14.97 Floor Bathrooml/2 0.052 2.32 wall-znt Rml2/3 -0.030 -39.58 Phantom_Connect Courtyard/2 -0.000 -373.11 Rm10 0.235 68.0 Floor Rm10/4 -0.039 -61.30 wall-znt Entrance5/3 0.013 10.16 Wall-Exterior Ambt -0.426 -41. 54 wall-znt Ha113/3 0.016 29.26 Floor Rm15/2 0.044 2.83 wall-Exterior Ambt 0.000 1.64 Floor Rm14/2 0.059 6.57 �oor-Sgle-znt. Ha113/3 0.016 79.62 Floor Rm13/2 0.070 13.35 Floor Parking/2 0.037 39.00 Floor 2_Storystair2/2 0.015 1.68 wall-Exterior ambt -0.426 -63.46 wall-znt Ha113/3 0.016 39.29 wall-Exterior Ambt -0.319 -20.48 Door-Sgle-Int. Ha113/3 0.016 79.62 wall-Exterior Ambt -0.426 -70.97 Floor Ha115/2 0.182 1.44 wall-Exterior Ambt -0.319 -46.71 Stair_2 0.452 68.0 200_Stair_11. 5 Stair_2/4 0.000 2150.80 Page 28 winter doors closed with wind.txt wall-Stair OpenAreal/3 -0.216 -64.35 200_Stair_11. 5 Stair_2/2 -0.000 -1492.71 wall-Stair Ha112/3 -0.185 -18.61 Door-Stair OpenAreal/3 -0.216 -290.11 �oor-Stair Ha112/3 -0.185 -268. 53 wall-Stair Rm3/3 -0.261 -16.50 Stair_5 0.425 68.0 200_Stair_11. 5 Stair_5/4 0.000 2667.20 �oor-Stair Ha113/3 -0.173 -260.04 wall-5tair Ha113/3 -0.173 -27.46 wall-Stair Rm12/3 -0.205 -14.61 200_Stair_11. 5 Stair_5/2 -0.000 -2005.88 Door-Stair Rmll/3 -0.241 -306.41 wall-Stair Rmll/3 -0.241 -52.80 Rmll 0.184 68.0 Floor Rmll/4 -0.027 -62.46 wall-znt Ha113/3 0.067 8. 51 Door-Sgle-Int. Ha113/3 0.067 162.06 Floor Parking/2 0.088 4.01 Door-Stair Stair_5/3 0.241 306.41 wall-Stair Stair_5/3 0.241 52.80 wall-Int Rm12/3 0.036 19.86 Floor Rmll/2 0.091 4.09 Floor Ha115/2 0.233 65.28 Floor Parking/2 0.088 4.01 wall-Exterior Ambt -0.374 -66. 57 Floor Rm12/2 0.051 46.26 wall-Exterior Ambt -0.268 -52.21 wall-Exterior Ambt -0.374 -74.69 wall-Exterior Ambt -0.�68 -13.74 �oor-sngl-Ext Ambt -0.268 -40.82 wall-Exterior Ambt -0.268 -32.97 wall-Exterior Ambt -0. 374 -185.92 wall-Exterior Ambt -0.374 -81.19 wall-Exterior ambt -0.268 -62.73 Rm3 0.191 68.0 Floor Rm3/4 -0.033 -73.56 Floor Rm3/4 -0.033 -1.23 wall-znt OpenAreal/3 0.045 54.95 wall-Exterior Ambt -0.381 -11.80 wall-Stair Stair_2/3 0.261 16. 50 Door-Sgle-Int. Ha112/3 0.076 172.38 �oor-Sngl-Ext Ambt -0.381 -51.34 Floor Rm5/2 0.061 10.05 wall-znt Rm4/3 0.030 10.32 wall-Exterior Ambt -0.381 -91.78 wall-Exterior Ambt -0. 381 -91.78 wall-Exterior Ambt 0.044 16.09 wall-Exterior Ambt -0. 381 -20.98 Floor Rm3/2 0.043 52.75 Floor Rm4/2 0.061 33.85 Door-Sngl-Ext Ambt -0.381 -51.34 �oor-Sngl-Ext ambt -0. 381 -51.34 wall-Exterior Ambt -0.381 -28.42 wall-Exterior ambt -0.381 -54.08 Floor Rm2/2 -0.011 -0.72 �oor-Stair Stair6/3 0.217 290.88 wall-Stair 5tair6/3 0.217 10.27 wall-Exterior Rm2/3 -0.074 -33.20 Door-Sngl-Ext Ambt -0.381 -51.34 wall-Stair Stair6/3 0.217 37.87 wall-Exterior Ambt -0.381 -29. 50 wall-Exterior Ambt -0.275 -33.40 Page 29 winter doors closed with wind.txt wall-znt Rm2/3 -0.074 -30.09 Stair6 0.408 68.0 200_Stair_11. 5 Stair6/4 0.000 1317.80 Door-Stair Rm3/3 -0.217 -290.88 wall-Stair Rm3/3 -0.217 -10.27 200_Stair_11. 5 Stair6/2 -0.000 -918.26 wall-Stair Rm3/3 -0.217 -37.87 wall-Stair Rm2/3 -0.291 -60. 52 Rm2 0.117 68.0 Floor Rm21/4 0.022 43. 52 wall-Exterior Rm3/3 0.074 33.20 Floor Rm4/2 0.135 2.48 wall-Exterior Ambt -0.308 -18.25 wall-Stair Stair6/3 0.291 60. 52 �oor-sngl-Ext Ambt -0. 308 -44.63 wall-Exterior Ambt -0.308 -19.63 wall-znt Rm3/3 0.074 30.09 Wall-Exterior Ambt -0.201 -12.68 wall-Exterior ambt -0.308 -26.49 Floor Rm2/2 0.063 32.29 wall-Exterior ambt -0. 308 -23. 54 Door-Sngl-Ext Ambt -0.308 -44.63 �oor-Sngl-Ext ambt -0.308 -44.63 wall-Exterior Ambt -0. 308 -29.43 Floor Rml/2 0.065 24.08 wall-Exterior Ambt -0.308 -52.97 �oor-Sngl-Ext Ambt -0.308 -44.63 wall-Exterior Ambt -0.308 -29.43 wall-Elevator Elevshortl/3 0.140 13.39 wall-Stair Stair_1/3 0. 357 19.27 wall-znt Rml/3 -0.126 -18.62 �oor-5gle-znt. Entrancel/3 0.058 150.72 Elevshortl 0.256 68.0 ElevShort�4 Elevshortl/4 -0.000 -458.43 wall-Elevator Rm2/3 -0.140 -13.39 wall-Stair Entrancel/3 -0.081 -10.77 Elevshort�2 Elevshortl/2 0.000 450.33 wall-5tair Stair_1/3 0.217 17. 59 Door-Elev Halll/3 0.000 14.68 Entrancel 0.175 68.0 Floor Rm21/4 -0.036 -1.31 Door-Sgle-Int. Rm2/3 -0.058 -150.72 wall-Stair Elevshortl/3 0.081 10.77 wall-Int Rml/3 -0.184 -37.53 Floor Rml/2 0.006 0. 55 Door-Sgle-Int. Halll/3 0.082 178.24 Stair_1 0.473 68.0 200_Stair_11. 5 Stair_1/4 0.000 2781.09 wall-Stair Rm2/3 -0.357 -19.27 wall-Stair Elevshortl/3 -0.217 -17. 59 200_Stair_11. 5 Stair_1/2 -0.000 -2353.17 wall-Stair Ambt -0.664 -66.23 wall-Stair Halll/3 -0.217 -11.72 Door-Stair Halll/3 -0.217 -290.68 wall-Stair Rml/3 -0.483 -22.42 Halll 0.256 68.0 Floor Rm21/4 -0.117 -6.07 �oor-Sgle-znt. Entrancel/3 -0.082 -178.24 �oor-Elev Elevshortl/3 -0.000 -14.68 wall-5tair Stair_1/3 0.217 11.72 wall-znt Rml/3 -0.266 -53.14 Floor Rml/2 -0.075 -4.86 Door-Stair Stair_1/3 0.217 290.68 Page 30 winter doors closed with wind.txt wall-znt Rml/3 -0.266 -45.41 Rml -0.009 68.0 Floor Ambt -0.030 -1.16 Floor Rm21/4 0.148 65.33 wall-znt Rm2/3 0.126 18.62 wall-Exterior Ambt -0.182 -9.04 wall-znt Entrancel/3 0.184 37. 53 Door-Sngl-Ext Ambt -0.182 -31.68 wall-znt Halll/3 0.266 53.14 Wall-Exterior Ambt -0.182 -22.61 wall-znt Halll/3 0.266 45.41 wall-Stair Stair_1/3 0.483 22.42 wall-Exterior Ambt -0.075 -9.31 wall-Exterior Ambt -0.18� -92.70 Floor Rml/2 0.191 109.98 Wall-Exterior Ambt -0.182 -98.12 wall-Exterior Ambt -0.075 -20.11 Door-Sngl-Ext Ambt -0.075 -17.85 wall-Exterior ambt -0.075 -11.64 Door-Sngl-Ext Ambt -0.075 -17.85 wall-Exterior Ambt -0.075 -20.36 level : 4 elevation: 39. 5 ft zone P T path from dP Flowl Flow2 Rml9 0.166 68.0 Floor Rm19/5 -0.048 -130.87 wall-Exterior Ambt 0.068 57.03 wall-Exterior Ambt -0.357 -120. 53 wall-Exterior Ambt -0.357 -188.72 Floor OpenAreal/3 0.108 197.63 wall-znt Rml8/4 0.073 69.43 Door-Sgle-Int. Ambt -0.180 -264.80 �oor-Sgle-znt. Ha112/4 0.093 189.89 wall-Exterior Ambt -0.357 -14.27 wall-Exterior Ambt -0.251 -22.14 Door-Sgle-Int. Ha112/4 0.093 189.89 wall-Exterior Ambt -0.357 -12.69 wall-Int Rm20/4 0.062 50.16 Rm8 0.239 68.0 Floor Rm8/5 -0.033 -43.00 Wall-Exterior Ambt -0.004 -7.10 Door-Sngl-Ext Ambt -0.430 -55. 50 wall-Int Rm15/4 0.007 35.63 wall-Exterior Ambt -0.430 -93.97 Floor Rm8/3 0.035 44.61 wall-Int Rm9/4 -0.001 -9.40 wall-Int Ha113/4 0.020 21.65 Door-Sgle-Int. Ha113/4 0.020 89.15 wall-znt Ha113/4 0.020 17.94 Rm9 0.238 68.0 Floor Rm9/5 -0.036 -70.22 Floor Rm9/5 -0.036 -1.28 wall-Exterior Ambt -0.003 -121.28 wall-Exterior Ambt -0.003 -17.03 Floor Rm9/3 0.035 69.50 Door-Sngl-Ext Ambt -0.003 -2.30 wall-Exterior Ambt -0.003 -4.14 Wall-Int Rm8/4 0.001 9.40 wall-Exterior Ambt -0.322 -129. 57 wall-znt Ha113/4 0.022 15.68 �oor-Sgle-znt. Ha113/4 0.022 91.88 Double_DOOr_Int Ha113/4 0.022 183.75 Floor Ambt -0.238 -3.30 Page 31 winter doors closed with wind.txt wall-Exterior Ambt -0. 322 -21.09 RmlS 0.246 68.0 Floor RmlS/5 -0.032 -20.57 Floor Rm15/5 -0.032 -21.78 wall-Exterior Ambt -0.011 -17.83 wall-Exterior Ambt -0.437 -36.82 Door-Sngl-Ext Ambt -0.437 -56.05 Wall-Exterior Ambt -0.437 -42.08 wall-Exterior Ambt -0.011 -3.90 Door-Sngl-Ext Ambt -0.011 -5.13 wall-Exterior Ambt -0.011 -5. 57 wall-Int Rm8/4 -0.007 -35.63 wall-Int Suitel/4 0.014 22.19 Floor Rm6/3 0.050 25.60 Floor Rm7/3 0.041 24.63 wall-Stair Stair_4/4 0.279 49.00 wall-Elevator Elev_2/4 0.168 13.83 Door-Sgle-Int. Ha113/4 0.014 73.47 wall-znt Ha113/4 0.014 36.64 Rm18 0.239 68.0 Floor Rm18/5 -0.034 -19.86 Floor Rm18/5 -0.034 -9.04 Floor Rm18/5 -0.034 -19.86 wall-Exterior Ambt -0.004 -1.95 Door-Sngl-Ext Ambt -0.004 -2.84 wall-Exterior Ambt -0.004 -7.96 wall-Exterior Ambt -0.430 -95.70 Floor OpenAreal/3 0.036 20.44 wall-Int Rm17/4 0.011 46.21 wall-Exterior Ambt -0.004 -5.19 wall-znt Rml9/4 -0.073 -69.43 Floor OpenAreal/3 0.036 9.30 Floor Bathroom/3 0.055 25.43 wall-znt Ha112/4 0.020 23. 58 Door-Sgle-Int. Ha112/4 0.020 87.62 wall-znt Ha112/4 0.020 19.26 Rm17 0.250 68.0 Floor Rm17/5 -0.032 -12.04 Floor Rml7/5 -0.032 -18.93 Floor Rm17/5 -0.032 -4.82 Floor Rml7/5 -0.032 -7.23 Wall-Exterior Ambt -0.015 -27.17 Floor OpenAreal/3 0.025 10.67 Wall-Exterior Ambt -0.441 -70.47 �oor-Sngl-Ext Ambt -0.015 -6.32 wall-Exterior Ambt -0.015 -4. 58 �oor-sngl-Ext Ambt -0.015 -6.32 wall-Exterior Ambt -0.015 -6. 55 wall-znt Suite2/4 0.009 17.94 Wall-Int Rm18/4 -0.011 -46.21 Floor Bathroom/3 0.044 22.41 Floor Entrance2/3 0.057 6.45 Floor Rm5/3 0.057 9.68 wall-5tair Stair_3/4 0.245 43.78 wall-Elevator Elev_1/4 0.164 13.63 wall-znt Ha112/4 0.009 18. 58 �oor-Sgle-znt. Ha112/4 0.009 58.98 wall-znt Ha112/4 0.009 8. 51 Suite2 0.259 68.0 Floor Suite2/5 -0.027 -13.33 Floor Suite2/5 -0.027 -4.44 Floor Suite2/5 -0.0�7 -6.66 Floor suite2/5 -0.027 -41.39 Page 32 winter doors closed with wind.txt wall-Exterior Ambt -0.024 -22.33 wall-Exterior Ambt -0.450 -65.85 wall-Exterior Ambt -0.024 -4.82 Door-Sngl-Ext Ambt -0.024 -8. 57 Door-Sngl-Ext Ambt -0.024 -8. 57 Floor Ambt -0.�59 -41.31 wall-Exterior ambt -0.450 -48.66 Floor Rm5/3 0.048 5.91 Floor Entrance3/3 0.235 19.68 Floor Courtyard/3 0.030 43. 58 wall-znt Rm17/4 -0.009 -17.94 wall-Int Suitel/4 0.001 16.16 Door-Stair Stair_3/4 0.236 303.37 wall-Stair Stair_3/4 0.�36 28.92 wall-znt Nonvest3/4 0.000 0. 57 Double_DOOr_Int Ha112/4 -0.000 -14.80 wall-znt Rml6/4 -0.033 -8.34 Door-Sngl-Ext Ambt -0.343 -47.96 wall-Exterior ambt -0.343 -63.23 suitel 0.260 68.0 Floor suitel/5 -0.027 -13.38 Floor Suitel/5 -0.027 -6.69 Floor Suitel/5 -0.027 -1.41 Floor Suitel/5 -0.027 -44.61 wall-Exterior Ambt -0.025 -22.60 wall-Exterior Ambt -0.450 -65.89 Floor Ambt -0.260 -41.36 Door-Sngl-Ext Ambt -0.025 -8.71 �oor-Sngl-Ext Ambt -0.025 -8.71 wall-Exterior Ambt -0.025 -4.88 wall-Exterior Ambt -0.450 -48.69 Floor Entrance4/3 0.265 20.87 Floor Rm6/3 0.036 1.61 Floor Courtyard/3 0.029 46.31 wall-Int RmlS/4 -0.014 -22.19 wall-Int 5uite2/4 -0.001 -16.16 �oor-Stair Stair_4/4 0.265 321.68 wall-5tair Stair_4/4 0.265 38.92 wall-Int Nonvest4/4 0.000 0.97 Double_DOOr_Int Ha113/4 -0.000 -4.96 wall-znt Rml2/4 -0.037 -8.83 wall-Exterior Ambt -0.344 -63.28 Door-Sngl-Ext Ambt -0.344 -48.01 Stair_3 0.495 68.0 233_Stair_11. 5 Stair_3/5 0.000 661.47 Wall-Stair Rm17/4 -0.245 -43.78 Door-Stair Suite2/4 -0.236 -303.37 233_Stair_11. 5 Stair_3/3 -0.000 -1959.64 supply Stair3 n/a 1999.99 wall-Stair Suite2/4 -0.236 -28.92 wall-Stair Elev_1/4 -0.082 -16.88 wall-Stair Nonvest3/4 -0.236 -5. 56 �oor-Stair Nonvest3/4 -0.236 -303.32 Stair_4 0. 525 68.0 233_Stair_11. 5 Stair_4/5 0.000 191.45 �oor-Stair Suitel/4 -0.265 -321.68 wall-Stair RmlS/4 -0.279 -49.00 wall-5tair 5uitel/4 -0.265 -38.92 supply Stair4 n/a 1999.99 233_Stair_11. 5 Stair_4/3 -0.000 -1434.71 �oor-Stair Nonvest4/4 -0.265 -321. 55 wall-Stair Nonvest4/4 -0.�65 -5.89 wall-Stair Elev_2/4 -0.111 -19.69 Page 33 winter doors closed with wind.txt Elev_1 0.413 68.0 11. 5_Elevator Elev_1/5 0.000 3153.33 wall-Stair Stair_3/4 0.082 16.88 wall-Elevator Rm17/4 -0.164 -13.63 11. 5_Elevator Elev_1/3 -0.000 -2120. 53 wall-Elevator Nonvest3/4 -0.154 -13.25 �oor-Elev Ha112/4 -0.155 -511.40 Door-Elev Ha112/4 -0.155 -511.40 Nonvest3 0.259 68.0 Floor Nonvest3/5 -0.028 -1.26 wall-Stair Stair_3/4 0.236 5. 56 Door-Stair Stair_3/4 0.236 303.32 Floor Nonvest3/3 0.047 1.64 wall-Elevator Elev_1/4 0.154 13.25 wall-znt Suite2/4 -0.000 -0. 57 wall-Int Ha112/4 -0.000 -0.48 Missing�oor Ha112/4 -0.000 -321.45 Nonvest4 0.260 68.0 Floor Nonvest4/5 -0.028 -1.27 Door-Stair Stair_4/4 0.265 321. 55 wall-Stair Stair_4/4 0.265 5.89 Floor Nonvest4/3 0.030 1.31 wall-znt suitel/4 -0.000 -0.97 wall-Elevator Elev_2/4 0.154 13.24 Missing�oor Ha113/4 -0.000 -339.25 wall-znt Ha113/4 -0.000 -0. 50 Elev_2 0.414 68.0 11. 5_Elevator Elev_2/5 0.000 3200.28 wall-Stair Stair_4/4 0.111 19.69 wall-Elevator Nonvest4/4 -0.154 -13.24 11. 5_Elevator Elev_2/3 -0.000 -2170.89 wall-Elevator Rm15/4 -0.168 -13.83 Door-Elev Ha113/4 -0.154 -511.01 Door-Elev Ha113/4 -0.154 -511.01 Ha112 0.259 68.0 Floor Ha112/5 -0.028 -9.03 Floor Ha112/5 -0.028 -11.29 Floor Ha112/5 -0.028 -1.74 �oor-Sgle-znt. Rm19/4 -0.093 -189.89 wall-Int Rm18/4 -0.020 -23. 58 �oor-Sgle-znt. Rml8/4 -0.020 -87.62 wall-Int Rm18/4 -0.020 -19.26 wall-Int Rm17/4 -0.009 -18.58 Door-Sgle-Int. Rm17/4 -0.009 -58.98 wall-znt Rm17/4 -0.009 -8. 51 Door-Elev Elev_1/4 0.155 511.40 Door-Elev Elev_1/4 0.155 511.40 Wall-Int NonVest3/4 0.000 0.48 Missing�oor Nonvest3/4 0.000 321.45 Door-Sgle-Int. Rm19/4 -0.093 -189.89 Floor OpenAreal/3 0.016 6.84 Floor Ha112/3 0.047 14.64 Double_DOOr_Int Suite2/4 0.000 14.80 wall-Int Rm20/4 -0.030 -23.81 �oor-Sgle-znt. Rm16/4 -0.033 -113.21 wall-Int Rm16/4 -0.033 -74.29 �oor-Sgle-znt. Rml6/4 -0.033 -113.21 wall-Int Rm16/4 -0.033 -34.18 �oor-Sgle-znt. Rm16/4 -0.033 -113.21 wall-Int Rm16/4 -0.033 -3.71 �oor-Sgle-znt. Rm20/4 -0.030 -108.29 wall-Int Rm20/4 -0.030 -25.34 wall-znt Rml6/4 -0.033 -72.81 Page 34 winter doors closed with wind.txt �oor-Sgle-znt. Rm20/4 -0.030 -108.29 Door-Sgle-Int. Rm16/4 -0.033 -113.21 wall-Stair Stair_2/4 0.232 20.84 Floor Ha112/3 0.047 2.26 wall-znt Rm16/4 -0.033 -26.75 Door-Stair Stair_2/4 0.232 300.79 �oor-Sgle-znt. Rm3/4 -0.063 -156.22 Ha113 0.260 68.0 Floor Ha113/5 -0.028 -25.78 Missing�oor Nonvest4/4 0.000 339.25 Wall-Int NonVest4/4 0.000 0. 50 Door-Elev Elev_2/4 0.154 511.01 Door-Elev Elev_2/4 0.154 511.01 Door-Sgle-Int. Rm15/4 -0.014 -73.47 wall-Int RmlS/4 -0.014 -36.64 wall-Int Rm8/4 -0.020 -21.65 Door-Sgle-Int. Rm8/4 -0.020 -89.15 Wall-Int Rm8/4 -0.020 -17.94 wall-znt Rm9/4 -0.022 -15.68 Door-Sgle-Int. Rm9/4 -0.022 -91.88 Double_DOOr_Int Suitel/4 0.000 4.96 Floor Ha113/3 0.030 26.74 �ouble_�oor_znt Rm9/4 -0.022 -183.75 wall-Int Rm12/4 -0.037 -9.46 Door-Sgle-Int. Rml2/4 -0.037 -120.14 wall-Int Rm12/4 -0.037 -36.27 Door-Sgle-Int. Rm12/4 -0.037 -120.14 Wall-Int Rm12/4 -0.037 -78.84 Door-Sgle-Int. Rml2/4 -0.037 -120.14 wall-Int Rm10/4 -0.025 -36.18 wall-Int Rml2/4 -0.037 -85.15 Door-Sgle-Int. Rm10/4 -0.025 -98.46 Door-Sgle-Int. Rml2/4 -0.037 -120.14 wall-Int Rm10/4 -0.025 -48.59 wall-Int Rml2/4 -0.037 -11.04 Door-Sgle-Int. Rm10/4 -0.025 -98.46 �oor-Stair Stair_5/4 0.204 282.08 wall-5tair Stair_5/4 0.204 29.79 wall-znt Rmll/4 -0.064 -8.30 Door-Sgle-Int. Rmll/4 -0.064 -158.11 Rm12 0.223 68.0 Floor Rm12/5 -0.032 -127.35 wall-znt Ha113/4 0.037 9.46 Door-Sgle-Int. Ha113/4 0.037 120.14 wall-znt Ha113/4 0.037 36.27 Door-Sgle-Int. Ha113/4 0.037 120.14 Wall-Int Ha113/4 0.037 78.84 Door-Sgle-Int. Ha113/4 0.037 120.14 wall-znt Suitel/4 0.037 8.83 wall-znt Ha113/4 0.037 85.15 Floor Rml2/3 0.036 135.83 Door-Sgle-Int. Ha113/4 0.037 120.14 wall-znt Ha113/4 0.037 11.04 wall-Exterior Ambt -0.307 -64.69 wall-Exterior Ambt 0.012 35.88 wall-Stair Stair_5/4 0.241 15.85 wall-Exterior Ambt -0.413 -143.31 wall-Exterior Ambt -0.413 -143.31 Wall-Int Rmll/4 -0.027 -17.20 Door-Sngl-Ext Ambt -0.307 -44. 59 wall-Exterior Ambt -0.307 -111.74 Door-Sngl-Ext Ambt -0.307 -44. 59 �oor-sngl-Ext Ambt -0. 307 -44. 59 Page 35 winter doors closed with wind.txt wall-Exterior Ambt -0. 307 -111.74 Door-Sngl-Ext Ambt -0.307 -44. 59 Rm16 0.226 68.0 Floor Rm16/5 -0.032 -10.03 Floor Rm16/5 -0.032 -14.54 Floor Rm16/5 -0.032 -109.05 Floor Rm16/5 -0.032 -1.60 Door-Sgle-Int. Ha112/4 0.033 113.21 wall-znt Ha112/4 0.033 74.29 Door-Sgle-Int. Ha112/4 0.033 113.21 wall-znt Ha112/4 0.033 34.18 Door-Sgle-Int. Ha112/4 0.033 113.21 wall-znt Ha112/4 0.033 3.71 wall-Int Suite2/4 0.033 8.34 wall-znt Ha112/4 0.033 72.81 wall-Exterior Ambt -0.310 -59.14 Floor OpenAreal/3 0.049 12.38 Floor Ha112/3 0.080 22.92 Floor Rm4/3 0.034 111.75 Door-Sgle-Int. Ha112/4 0.033 113.21 wall-znt Ha112/4 0.033 26.75 wall-Exterior Ambt -0.417 -137.05 wall-Exterior Ambt -0.417 -126.77 wall-Exterior Ambt 0.009 30.36 wall-znt Rm3/4 -0.030 -10.24 Floor Ambt -0.226 -4.24 Door-Sngl-Ext Ambt -0.310 -44.91 wall-Exterior Ambt -0.310 -112.36 wall-Exterior Ambt -0.310 -51.24 Door-Sngl-Ext Ambt -0.310 -44.91 wall-Exterior Ambt -0. 310 -39.41 Door-Sngl-Ext Ambt -0.310 -44.91 wall-Exterior Ambt -0. 310 -39.92 Rm20 0.229 68.0 Floor Rm20/5 -0.033 -66.06 wall-Int Rm19/4 -0.062 -50.16 wall-znt Ha112/4 0.030 23.81 wall-Exterior Ambt -0.420 -39. 53 �oor-Sgle-znt. Ha112/4 0.030 108.29 Wall-Exterior Ambt 0.006 7.82 wall-Exterior Ambt -0.420 -33. 52 Door-Sgle-Int. Ambt -0.242 -307.33 Wall-Int Ha112/4 0.030 25.34 Wall-Exterior Ambt -0.420 -22.14 Floor OpenAreal/3 0.046 78.02 Door-Sgle-Int. Ha112/4 0.030 108.29 wall-Exterior Ambt -0.420 -92.82 wall-5tair Stair_2/4 0.262 70.91 wall-Exterior Ambt -0. 313 -84.06 wall-Int Rm3/4 -0.033 -46.55 �oor-Stair Stair_2/4 0.262 319.69 Rm10 0.235 68.0 Floor Rm10/5 -0.038 -60.87 wall-Exterior Ambt -0.426 -17.31 wall-Int Ha113/4 0.025 36.18 Wall-Exterior Ambt -0.000 -2.70 �oor-Sgle-znt. Ha113/4 0.025 98.46 Floor Rm10/3 0.039 61.30 wall-Exterior Ambt -0.426 -63.46 wall-znt Ha113/4 0.025 48. 59 wall-Exterior Ambt -0.319 -20.48 Door-Sgle-Int. Ha113/4 0.0�5 98.46 wall-znt Rmll/4 -0.039 -60.49 Page 36 winter doors closed with wind.txt wall-Exterior Ambt -0.426 -70.97 wall-Exterior Ambt -0.319 -46.71 Stair_2 0.491 68.0 200_Stair_11. 5 Stair_2/5 0.000 1180. 56 wall-Stair Rm20/4 -0.262 -70.91 200_Stair_11. 5 Stair_2/3 -0.000 -2150.80 wall-Stair Ha112/4 -0.232 -20.84 Door-Stair Rm20/4 -0.262 -319.69 supply Stair2 n/a 1700.00 Door-Stair Ha112/4 -0.232 -300.79 wall-Stair Rm3/4 -0.295 -17.52 Stair_5 0.464 68.0 200_Stair_11. 5 Stair_5/5 0.001 3374.01 Door-Stair Ha113/4 -0.�04 -282.08 Wall-Stair Ha113/4 -0.204 -29.79 wall-Stair Rm12/4 -0.241 -15.85 200_stair_11. 5 Stair_5/3 -0.000 -2667.20 Door-Stair Rmll/4 -0.268 -323.37 wall-Stair Rmll/4 -0.268 -55.72 Rmll 0.195 68.0 Floor Rmll/5 -0.028 -63.71 wall-znt Ha113/4 0.064 8.30 �oor-Sgle-znt. Ha113/4 0.064 158.11 Door-Stair Stair_5/4 0.268 323.37 wall-Stair Stair_5/4 0.268 55.72 wall-Int Rm10/4 0.039 60.49 Wall-Int Rm12/4 0.027 17.20 Floor Rmll/3 0.027 62.46 wall-Exterior Ambt -0.386 -67.62 wall-Exterior Ambt -0.�80 -53.35 wall-Exterior Ambt -0. 386 -75.86 Wall-Exterior Ambt -0.280 -14.04 �oor-Sngl-Ext Ambt -0.280 -41.99 wall-Exterior Ambt -0.280 -33.69 wall-Exterior ambt -0.386 -188.84 wall-Exterior Ambt -0.386 -82.46 wall-Exterior Ambt -0.280 -64.10 Rm3 0.196 68.0 Floor Rm3/5 -0.039 -79.79 Floor Rm3/5 -0.039 -1.34 wall-znt Rm20/4 0.033 46.55 wall-Exterior Ambt -0.387 -11.89 wall-Stair Stair_2/4 0.295 17. 52 Door-Sgle-Int. Ha112/4 0.063 156.22 �oor-Sngl-Ext Ambt -0.387 -51.83 wall-Int Rm16/4 0.030 10.24 wall-Exterior Ambt -0. 387 -92.45 wall-Exterior Ambt -0.387 -92.45 wall-Exterior Ambt 0.038 15.03 wall-Exterior Ambt -0.387 -21.13 Floor Rm3/3 0.033 73. 56 Door-Sngl-Ext Ambt -0.387 -51.83 �oor-Sngl-Ext ambt -0. 387 -51.83 wall-Exterior Ambt -0.387 -28.63 wall-Exterior Ambt -0.387 -54.48 Floor Rm3/3 0.033 1.23 �oor-Stair Stair6/4 0.250 312.42 wall-Stair 5tair6/4 0.250 11.03 wall-Exterior Rm21/4 -0.018 -16. 55 Door-Sngl-Ext Ambt -0.387 -51.83 wall-Stair Stair6/4 0.250 40.67 wall-Exterior Ambt -0.387 -29.72 wall-Exterior Ambt -0.281 -33.74 Page 37 winter doors closed with wind.txt wall-znt Rm21/4 -0.018 -15.00 Stair6 0.447 68.0 200_Stair_11. 5 Stair6/5 0.000 913.77 Door-Stair Rm3/4 -0.250 -312.42 wall-Stair Rm3/4 -0.250 -11.03 Door-Stair Rm21/4 -0.269 -323.69 supply Stair6 n/a 1150.00 200_Stair_11. 5 Stair6/3 -0.000 -1317.80 wall-Stair Rm3/4 -0.250 -40.67 wall-Stair Rm21/4 -0.269 -58.16 Rm21 0.178 68.0 Floor Ambt -0.217 -135.60 Floor Ambt -0.217 -3.21 Floor Ambt -0.217 -8.25 Floor Ambt -0.217 -78.98 wall-Exterior Rm3/4 0.018 16. 55 �oor-Stair Stair6/4 0.269 323.69 wall-Exterior Ambt -0.369 -19.98 wall-Stair Stair6/4 0.269 58.16 Door-Sngl-Ext Ambt -0.369 -50.22 wall-Exterior Ambt -0. 369 -21.49 wall-Int Rm3/4 0.018 15.00 wall-Exterior ambt -0.369 -27.94 wall-Exterior Ambt -0.262 -14.49 �oor-Sngl-Ext Ambt -0. 369 -50.22 wall-Exterior Ambt -0.369 -53.49 Floor Rm2/3 -0.022 -43.52 wall-Exterior Ambt -0.369 -96.67 �oor-Sngl-Ext Ambt -0.369 -50.22 wall-Elevator Elevshortl/4 0.117 12.27 wall-Stair Stair_1/4 0. 335 18.67 wall-5tair Elevshortl/4 0.117 12.94 wall-Exterior Ambt -0. 369 -40.60 Floor Entrancel/3 0.036 1.31 Door-Elev Elevshortl/4 0.117 445. 51 wall-Stair 5tair_1/4 0. 335 14. 56 Floor Halll/3 0.117 6.07 Door-Stair Stair_1/4 0. 335 361.15 �oor-Sngl-Ext ambt -0.369 -50.22 wall-Stair Stair_1/4 0. 335 18.67 wall-Exterior Ambt -0.262 -33.16 wall-Exterior Ambt -0. 369 -32.22 Floor Rml/3 -0.148 -65.33 wall-Exterior Ambt 0.057 7.97 �oor-Sngl-Ext Ambt -0.369 -50.22 wall-Exterior Ambt -0.369 -139.86 wall-Exterior Ambt -0. 369 -49.40 Door-Sngl-Ext Ambt -0.369 -50.22 wall-Exterior Ambt -0.262 -45.12 Door-Sngl-Ext Ambt -0.262 -40.25 wall-Exterior ambt -0.262 -61.62 Elevshortl 0.295 68.0 Floor Ambt -0. 334 -5.32 Wall-Elevator Rm21/4 -0.117 -12.27 wall-Stair Rm21/4 -0.117 -12.94 ElevShort�4 ElevShortl/3 0.000 458.43 wall-Stair Stair_1/4 0.217 17.61 Door-Elev Rm21/4 -0.117 -445. 51 Stair_1 0. 513 68.0 Floor Ambt -0. 551 -20.09 wall-Stair Rm21/4 -0.335 -18.67 200_Stair_11. 5 Stair_1/3 -0.000 -2781.09 wall-Stair ElevShortl/4 -0.217 -17.61 Page 38 winter doors closed with wind.txt wall-Stair Ambt -0.703 -68.17 wall-Stair Rm21/4 -0.335 -14.56 supply Stairl n/a 3300.00 Door-Stair Rm21/4 -0.335 -361.15 wall-Stair Rm21/4 -0.335 -18.67 level : 5 elevation: 51.0 ft zone P T path from dP Flowl Flow2 Rml9 0.158 68.0 Floor Rm19/6 -0.046 -128.96 wall-Exterior Ambt 0.077 60. 54 wall-Exterior Ambt -0.349 -119.05 wall-Exterior Ambt -0.349 -186.41 Floor Rm19/4 0.048 130.87 wall-Int Rm18/5 0.087 75.76 Door-Sgle-Int. Ambt -0.171 -258.33 �oor-Sgle-znt. Ha112/5 0.112 209.13 wall-Exterior Ambt -0.349 -14.10 wall-Exterior Ambt -0.242 -21.75 Door-Sgle-Int. Ha112/5 0.112 209.13 wall-Exterior Ambt -0.349 -12. 53 wall-Int Rm20/5 0.077 55.70 Rm8 0.245 68.0 Floor Rm8/6 -0.035 -44.44 wall-Exterior Ambt -0.011 -10.90 Door-Sngl-Ext Ambt -0.436 -56.01 wall-znt Rm15/5 0.007 37.76 wall-Exterior Ambt -0.436 -94.63 Floor Rm8/4 0.033 43.00 wall-Int Rm9/5 -0.004 -17. 52 wall-Int Ha113/5 0.025 24.00 Door-Sgle-Int. Ha113/5 0.025 98.84 wall-znt Ha113/5 0.025 19.89 Rm9 0.241 68.0 Floor Rm9/6 -0.041 -75.40 Floor Rm9/6 -0.041 -1.38 wall-Exterior ambt -0.006 -167.83 wall-Exterior Ambt -0.006 -23. 56 Floor Rm9/4 0.036 70.22 Door-Sngl-Ext Ambt -0.006 -3. 51 wall-Exterior Ambt -0.006 -5.73 wall-Int Rm8/5 0.004 17. 52 wall-Exterior Ambt -0.325 -130.16 wall-znt Ha113/5 0.029 18.28 �oor-Sgle-znt. Ha113/5 0.029 107.16 Double_DOOr_Int Ha113/5 0.029 214.31 Floor Rm9/4 0.036 1.28 wall-Exterior Ambt -0.325 -21.19 Rm15 0.253 68.0 Floor Rm15/6 -0.034 -21.25 Floor RmlS/6 -0.034 -22. 50 Wall-Exterior Ambt -0.018 -22.72 Wall-Exterior Ambt -0.444 -37.11 Door-Sngl-Ext Ambt -0.444 -56.62 wall-Exterior Ambt -0.444 -42.41 wall-Exterior Ambt -0.018 -4.97 �oor-Sngl-Ext Ambt -0.018 -7.03 Wall-Exterior Ambt -0.018 -7.10 wall-znt Rm8/5 -0.007 -37.76 wall-Int Suitel/5 0.019 25.76 Floor Rm15/4 0.032 20. 57 Floor Rm15/4 0.032 21.78 wall-Stair Stair_4/5 0. 311 51.73 Page 39 winter doors closed with wind.txt wall-Elevator Elev_2/5 0.200 15.09 Door-Sgle-Int. Ha113/5 0.018 83.10 wall-znt Ha113/5 0.018 41.45 Rm18 0.244 68.0 Floor Rm18/6 -0.033 -19.77 Floor Rm18/6 -0.033 -9.00 Floor Rm18/6 -0.033 -19.77 Wall-Exterior Ambt -0.010 -2.87 �oor-Sngl-Ext Ambt -0.010 -4.70 Wall-Exterior Ambt -0.010 -11.73 wall-Exterior Ambt -0.435 -96.28 Floor Rm18/4 0.034 19.86 wall-znt Rm17/5 0.013 50.28 wall-Exterior Ambt -0.010 -7.65 wall-Int Rml9/5 -0.087 -75.76 Floor Rm18/4 0.034 9.04 Floor Rml8/4 0.034 19.86 wall-znt Ha112/5 0.026 26.83 �oor-Sgle-znt. Ha112/5 0.026 99.72 wall-znt Ha112/5 0.026 21.92 Rm17 0.257 68.0 Floor Rm17/6 -0.035 -12.72 Floor Rml7/6 -0.035 -19.99 Floor Rm17/6 -0.035 -5.09 Floor Rml7/6 -0.035 -7.63 wall-Exterior Ambt -0.022 -32.96 Floor Rm17/4 0.032 12.04 Wall-Exterior Ambt -0.448 -71.04 �oor-Sngl-Ext Ambt -0.022 -8.13 wall-Exterior Ambt -0.02� -5. 56 �oor-sngl-Ext Ambt -0.022 -8.13 wall-Exterior Ambt -0.022 -7.94 wall-Int Suite2/5 0.014 22.13 wall-Int Rm18/5 -0.013 -50.28 Floor Rml7/4 0.032 18.93 Floor Rm17/4 0.032 4.82 Floor Rm17/4 0.032 7.23 wall-5tair Stair_3/5 0.277 46. 53 wall-Elevator Elev_1/5 0.195 14.90 wall-Int Ha112/5 0.013 22.21 �oor-Sgle-znt. Ha112/5 0.013 70. 51 wall-znt Ha112/5 0.013 10.18 Suite2 0.271 68.0 Floor Suite2/6 -0.032 -14. 50 Floor suite2/6 -0.032 -4.83 Floor Suite2/6 -0.032 -7.25 Floor suite2/6 -0.032 -45.01 wall-Exterior Ambt -0.036 -27.26 wall-Exterior Ambt -0.462 -66.72 wall-Exterior Ambt -0.036 -5.89 �oor-Sngl-Ext ambt -0.036 -11.11 Door-Sngl-Ext Ambt -0.036 -11.11 Floor Suite2/4 0.027 13.33 wall-Exterior Ambt -0.46� -49.30 Floor Suite2/4 0.027 4.44 Floor Suite2/4 0.027 6.66 Floor Suite2/4 0.027 41.39 wall-Int Rm17/5 -0.014 -22.13 wall-znt Suitel/5 0.000 12.92 Door-Stair Stair_3/5 0.263 320.24 wall-Stair Stair_3/5 0.263 30. 52 wall-Int Nonvest3/5 -0.001 -1.86 Double_DOOr_Int Ha112/5 -0.001 -40.24 Page 40 winter doors closed with wind.txt wall-znt Rml6/5 -0.038 -8.96 Door-Sngl-Ext Ambt -0.355 -49.03 wall-Exterior ambt -0.355 -64.32 suitel 0.271 68.0 Floor suitel/6 -0.031 -14.37 Floor Suitel/6 -0.031 -7.18 Floor Suitel/6 -0.031 -1. 51 Floor Suitel/6 -0.031 -47.90 wall-Exterior Ambt -0.037 -27.41 wall-Exterior Ambt -0.462 -66.74 Floor Suitel/4 0.027 13.38 Door-Sngl-Ext Ambt -0.037 -11.19 �oor-Sngl-Ext Ambt -0.037 -11.19 wall-Exterior Ambt -0.037 -5.92 wall-Exterior Ambt -0.462 -49.32 Floor Suitel/4 0.027 6.69 Floor Suitel/4 0.027 1.41 Floor Suitel/4 0.027 44.61 wall-znt RmlS/5 -0.019 -25.76 wall-Int 5uite2/5 -0.000 -12.92 �oor-Stair Stair_4/5 0.293 337.75 wall-5tair Stair_4/5 0.�93 40.87 wall-Int Nonvest4/5 -0.001 -1.75 Double_DOOr_Int Ha113/5 -0.001 -38.80 wall-znt Rml2/5 -0.042 -9.35 wall-Exterior Ambt -0.356 -64.35 �oor-Sngl-Ext Ambt -0.356 -49.07 Stair_3 0. 534 68.0 233_Stair_11. 5 Stair_3/6 -0.000 -597.76 wall-Stair Rm17/5 -0.277 -46. 53 Door-Stair Suite2/5 -0.263 -320.24 233_Stair_11. 5 Stair_3/4 -0.000 -661.47 supply Stair3 n/a 1999.99 wall-Stair Suite2/5 -0.263 -30. 52 wall-Stair Elev_1/5 -0.082 -16.88 wall-Stair Nonvest3/5 -0.264 -5.87 �oor-Stair Nonvest3/5 -0.264 -320.72 stair_4 0. 564 68.0 233_stair_11. 5 Stair_4/6 -0.000 -764.15 �oor-Stair Suitel/5 -0.293 -337.75 wall-Stair RmlS/5 -0. 311 -51.73 wall-Stair 5uitel/5 -0.293 -40.87 supply Stair4 n/a 1750.00 233_Stair_11. 5 Stair_4/4 -0.000 -191.45 �oor-stair Nonvest4/5 -0.293 -338.16 wall-Stair Nonvest4/5 -0.�93 -6.19 wall-Stair Elev_2/5 -0.111 -19.69 Elev_1 0.452 68.0 11. 5_Elevator Elev_1/6 0.000 4276.92 wall-Stair Stair_3/5 0.08� 16.88 wall-Elevator Rml7/5 -0.195 -14.90 11. 5_Elevator Elev_1/4 -0.000 -3153.33 wall-Elevator Nonvest3/5 -0.182 -14.39 �oor-Elev Ha112/5 -0.182 -555. 59 �oor-Elev Ha112/5 -0.182 -555. 59 Nonvest3 0.270 68.0 Floor Nonvest3/6 -0.033 -1.37 wall-5tair 5tair_3/5 0.264 5.87 �oor-Stair Stair_3/5 0.264 320.72 Floor Nonvest3/4 0.028 1.26 wall-Elevator Elev_1/5 0.182 14.39 wall-Int Suite2/5 0.001 1.86 wall-Int Ha112/5 -0.000 -0. 50 Page 41 winter doors closed with wind.txt Missing�oor Ha112/5 -0.000 -342.24 Nonvest4 0.271 68.0 Floor Nonvest4/6 -0.031 -1.34 Door-Stair Stair_4/5 0.293 338.16 wall-Stair Stair_4/5 0.293 6.19 Floor NonVest4/4 0.028 1.27 wall-znt Suitel/5 0.001 1.75 wall-Elevator Elev_2/5 0.18� 14.39 Missing�oor Ha113/5 -0.000 -359.90 wall-znt Ha113/5 -0.000 -0. 52 Elev_2 0.453 68.0 11. 5_Elevator Elev_2/6 0.000 4321.36 wall-Stair Stair_4/5 0.111 19.69 wall-Elevator Nonvest4/5 -0.18� -14.39 11. 5_Elevator Elev_2/4 -0.000 -3200.28 wall-Elevator Rm15/5 -0.200 -15.09 �oor-Elev Ha113/5 -0.183 -555.65 �oor-Elev Ha113/5 -0.183 -555.65 Ha112 0.270 68.0 Floor Ha112/6 -0.033 -9.76 Floor Ha112/6 -0.033 -12.20 Floor Ha112/6 -0.033 -1.88 �oor-Sgle-znt. Rml9/5 -0.112 -209.13 wall-Int Rm18/5 -0.026 -26.83 �oor-Sgle-znt. Rml8/5 -0.026 -99.72 wall-Int Rm18/5 -0.026 -21.92 wall-znt Rm17/5 -0.013 -22.21 Door-Sgle-Int. Rm17/5 -0.013 -70. 51 wall-znt Rm17/5 -0.013 -10.18 �oor-Elev Elev_1/5 0.182 555. 59 �oor-Elev Elev_1/5 0.182 555. 59 wall-Int Nonvest3/5 0.000 0. 50 Missing�oor Nonvest3/5 0.000 342.24 Door-Sgle-Int. Rm19/5 -0.112 -209.13 Floor Ha112/4 0.028 9.03 Floor Ha112/4 0.028 11.29 Double_DOOr_Int Suite2/5 0.001 40.24 wall-Int Rm20/5 -0.035 -25.76 Door-Sgle-Int. Rml6/5 -0.037 -120.26 wall-Int Rm16/5 -0.037 -78.92 �oor-Sgle-znt. Rml6/5 -0.037 -120.26 wall-Int Rm16/5 -0.037 -36.30 �oor-Sgle-znt. Rm16/5 -0.037 -120.26 wall-Int Rm16/5 -0.037 -3.95 Door-Sgle-Int. Rm20/5 -0.035 -117.17 wall-Int Rm20/5 -0.035 -27.42 wall-znt Rml6/5 -0.037 -77.35 Door-Sgle-Int. Rm20/5 -0.035 -117.17 �oor-Sgle-znt. Rml6/5 -0.037 -120.26 wall-Stair Stair_2/5 0.260 22.06 Floor Ha112/4 0.028 1.74 wall-Int Rm16/5 -0.037 -28.41 �oor-Stair Stair_2/5 0.260 318.38 Door-Sgle-Int. Rm3/5 -0.074 -169.68 Ha113 0.270 68.0 Floor Ha113/6 -0.031 -27.20 Missing�oor Nonvest4/5 0.000 359.90 wall-Int Nonvest4/5 0.000 0. 52 �oor-Elev Elev_2/5 0.183 555.65 �oor-Elev Elev_2/5 0.183 555.65 �oor-Sgle-znt. RmlS/5 -0.018 -83.10 wall-Int Rm15/5 -0.018 -41.45 wall-Int Rm8/5 -0.025 -24.00 Page 42 winter doors closed with wind.txt Door-Sgle-Int. Rm8/5 -0.025 -98.84 wall-Int Rm8/5 -0.025 -19.89 wall-znt Rm9/5 -0.029 -18.28 Door-Sgle-Int. Rm9/5 -0.029 -107.16 �ouble_�oor_znt Suitel/5 0.001 38.80 Floor Ha113/4 0.028 25.78 �ouble_�oor_znt Rm9/5 -0.029 -214.31 wall-Int Rm12/5 -0.041 -9.90 �oor-Sgle-znt. Rml2/5 -0.041 -125.77 wall-Int Rm12/5 -0.041 -37.97 Door-Sgle-Int. Rm12/5 -0.041 -125.77 wall-Int Rm12/5 -0.041 -82.54 �oor-Sgle-znt. Rml2/5 -0.041 -125.77 wall-Int Rm10/5 -0.035 -42.97 Wall-Int Rml2/5 -0.041 -89.14 Door-Sgle-Int. Rm10/5 -0.035 -116.93 �oor-Sgle-znt. Rml2/5 -0.041 -125.77 wall-Int Rm10/5 -0.035 -57.71 wall-Int Rml2/5 -0.041 -11. 56 Door-Sgle-Int. Rm10/5 -0.035 -116.93 �oor-Stair Stair_5/5 0.233 301.27 wall-5tair Stair_5/5 0.233 31.81 wall-znt Rmll/5 -0.064 -8.30 Door-Sgle-Int. Rmll/5 -0.064 -158.10 Rm12 0.230 68.0 Floor Rm12/6 -0.034 -132.85 wall-znt Ha113/5 0.041 9.90 Door-Sgle-Int. Ha113/5 0.041 125.77 wall-znt Ha113/5 0.041 37.97 Door-Sgle-Int. Ha113/5 0.041 125.77 wall-Int Ha113/5 0.041 82. 54 Door-Sgle-Int. Ha113/5 0.041 125.77 wall-znt Suitel/5 0.042 9.35 wall-znt Ha113/5 0.041 89.14 Floor Rml2/4 0.032 127.35 Door-Sgle-Int. Ha113/5 0.041 125.77 wall-znt Ha113/5 0.041 11. 56 wall-Exterior Ambt -0.314 -65.44 wall-Exterior ambt 0.005 22.76 wall-Stair Stair_5/5 0.273 16.88 wall-Exterior Ambt -0.421 -144. 55 Wall-Exterior Ambt -0.421 -144. 55 wall-znt Rmll/5 -0.024 -16.03 Door-Sngl-Ext Ambt -0.314 -45.26 wall-Exterior Ambt -0.314 -113.04 Door-Sngl-Ext Ambt -0.314 -45.26 �oor-sngl-Ext Ambt -0. 314 -45.26 wall-Exterior Ambt -0.314 -113.04 �oor-Sngl-Ext Ambt -0. 314 -45.26 Rml6 0.233 68.0 Floor Rml6/6 -0.037 -10.74 Floor Rm16/6 -0.037 -15.57 Floor Rm16/6 -0.037 -116.78 Floor Rm16/6 -0.037 -1.71 �oor-Sgle-znt. Ha112/5 0.037 120.26 wall-znt Ha112/5 0.037 78.92 �oor-Sgle-znt. Ha112/5 0.037 120.26 wall-znt Ha112/5 0.037 36.30 �oor-Sgle-znt. Ha112/5 0.037 120.26 wall-znt Ha112/5 0.037 3.95 wall-znt Suite2/5 0.038 8.96 wall-znt Ha112/5 0.037 77.35 wall-Exterior Ambt -0.317 -59.78 Page 43 winter doors closed with wind.txt Floor Rml6/4 0.032 10.03 Floor Rm16/4 0.032 14.54 Floor Rml6/4 0.032 109.05 Door-Sgle-Int. Ha112/5 0.037 120.26 wall-znt Ha112/5 0.037 28.41 wall-Exterior Ambt -0.424 -138.16 wall-Exterior Ambt -0.424 -127.80 wall-Exterior Ambt 0.002 13.97 wall-znt Rm3/5 -0.037 -11.39 Floor Rm16/4 0.032 1.60 Door-Sngl-Ext Ambt -0.317 -45. 54 wall-Exterior Ambt -0.317 -113. 58 wall-Exterior Ambt -0.317 -51.80 Door-Sngl-Ext Ambt -0.317 -45. 54 wall-Exterior Ambt -0. 317 -39.84 Door-Sngl-Ext Ambt -0.317 -45. 54 wall-Exterior Ambt -0. 317 -40.35 Rm20 0.235 68.0 Floor Rm20/6 -0.045 -77.30 wall-Int Rm19/5 -0.077 -55.70 wall-znt Ha112/5 0.035 25.76 wall-Exterior Ambt -0.426 -39.81 �oor-Sgle-znt. Ha112/5 0.035 117.17 Wall-Exterior Ambt 0.000 0.84 wall-Exterior Ambt -0.426 -33.75 Door-Sgle-Int. Ambt -0.248 -311.03 wall-Int Ha112/5 0.035 27.42 wall-Exterior Ambt -0.426 -22.29 Floor Rm20/4 0.033 66.06 Door-Sgle-Int. Ha112/5 0.035 117.17 wall-Exterior Ambt -0.426 -93.47 wall-5tair Stair_2/5 0.295 75.25 wall-Exterior Ambt -0. 319 -84.84 wall-Int Rm3/5 -0.039 -50.74 �oor-Stair Stair_2/5 0.295 339.26 Rm10 0.235 68.0 Floor Rm10/6 -0.038 -60.82 wall-Exterior Ambt -0.426 -17.32 wall-znt Ha113/5 0.035 42.97 wall-Exterior Ambt -0.001 -63.49 �oor-Sgle-znt. Ha113/5 0.035 116.93 Floor Rm10/4 0.038 60.87 wall-Exterior Ambt -0.426 -63. 50 wall-znt Ha113/5 0.035 57.71 wall-Exterior Ambt -0.320 -20.49 Door-Sgle-Int. Ha113/5 0.035 116.93 wall-Int Rmll/5 -0.029 -52.02 wall-Exterior Ambt -0.426 -71.02 wall-Exterior Ambt -0. 320 -46.75 Stair_2 0. 530 68.0 200_Stair_11. 5 Stair_2/6 0.000 554.17 wall-Stair Rm20/5 -0.295 -75.25 200_Stair_11. 5 Stair_2/4 -0.000 -1180. 56 wall-5tair Ha112/5 -0.260 -22.06 �oor-Stair Rm20/5 -0.295 -339.26 supply Stair2 n/a 1400.00 �oor-Stair Ha112/5 -0.260 -318.38 wall-Stair Rm3/5 -0.334 -18.65 Stair_5 0. 503 68.0 200_Stair_11. 5 Stair_5/6 0.001 4122.84 �oor-Stair Ha113/5 -0.233 -301.27 wall-Stair Ha113/5 -0.�33 -31.81 wall-Stair Rml2/5 -0.273 -16.88 Page 44 winter doors closed with wind.txt 200_Stair_11. 5 Stair_5/4 -0.001 -3374.01 Door-Stair Rmll/5 -0.297 -340.24 wall-Stair Rmll/5 -0.297 -58.63 Rmll 0.206 68.0 Floor Rmll/6 -0.029 -65.17 wall-znt Ha113/5 0.064 8.30 �oor-Sgle-znt. Ha113/5 0.064 158.10 Door-Stair Stair_5/5 0.297 340.24 wall-Stair Stair_5/5 0.297 58.63 wall-Int Rm10/5 0.029 52.02 wall-znt Rm12/5 0.024 16.03 Floor Rmll/4 0.028 63.71 wall-Exterior Ambt -0.397 -68. 55 wall-Exterior Ambt -0.�91 -54.36 wall-Exterior Ambt -0. 397 -76.91 wall-Exterior Ambt -0.291 -14.31 �oor-Sngl-Ext Ambt -0.291 -43.03 wall-Exterior Ambt -0.291 -34.33 wall-Exterior ambt -0.397 -191.45 wall-Exterior Ambt -0.397 -83.60 wall-Exterior Ambt -0.291 -65.32 Rm3 0.196 68.0 Floor Rm3/6 -0.051 -85.15 Floor Rm3/6 -0.051 -1. 53 Floor Ambt -0.235 -13.11 Floor Ambt -0.235 -6. 56 wall-Int Rm20/5 0.039 50.74 Wall-Exterior Ambt -0.387 -11.88 wall-Stair Stair_2/5 0. 334 18.65 Door-Sgle-Int. Ha112/5 0.074 169.68 �oor-sngl-Ext Ambt -0. 387 -51.81 wall-Int Rm16/5 0.037 11.39 wall-Exterior Ambt -0. 387 -92.42 wall-Exterior Ambt -0.387 -92.42 wall-Exterior ambt 0.039 15.08 wall-Exterior Ambt -0.387 -21.13 Floor Rm3/4 0.039 79.79 Door-Sngl-Ext Ambt -0.387 -51.81 �oor-Sngl-Ext ambt -0.387 -51.81 wall-Exterior Ambt -0. 387 -28.62 wall-Exterior Ambt -0. 387 -54.46 Floor Rm3/4 0.039 1.34 �oor-Stair Stair6/5 0.290 335.97 Door-Sngl-Ext Ambt -0.387 -51.81 wall-stair Stair6/5 0.290 43.74 wall-Stair Stair6/5 0.290 60.37 wall-Exterior Ambt -0. 387 -29.71 Wall-Exterior Ambt -0.280 -74.48 wall-Exterior Ambt -0.280 -68.01 stair6 0.486 68.0 163_Stair Stair6/6 0.000 380.81 Floor Ambt -0. 525 -2.55 �oor-Stair Rm3/5 -0.290 -335.97 supply Stair6 n/a 1000.00 200_Stair_11. 5 Stair6/4 -0.000 -913.77 wall-Stair Rm3/5 -0.290 -43.74 wall-Stair Rm3/5 -0.290 -60.37 wall-Stair Ambt -0. 570 -24.42 level : 6 elevation: 62.5 ft zone P T path from dP Flowl Flow2 Rm19 0.150 68.0 Floor Rml9/7 -0.081 -171.25 Page 45 winter doors closed with wind.txt Floor Sma11Rm/7 0.020 1. 55 wall-Exterior Ambt 0.084 63.35 wall-Exterior ambt -0.341 -117.80 wall-Exterior Ambt -0.341 -184.45 Floor Rm19/5 0.046 128.96 wall-Int Rm18/6 0.100 81.17 �oor-sgle-znt. Ambt -0.164 -252.76 Door-Sgle-Int. Ha112/6 0.126 221.47 wall-Exterior Ambt -0. 341 -13.95 wall-Exterior Ambt -0.235 -21.42 �oor-Sgle-znt. Ha112/6 0.126 221.47 Wall-Exterior Ambt -0.341 -12.40 wall-znt Rm20/6 0.078 56.06 Rm8 0.249 68.0 Floor Rm8/7 -0.029 -45.42 Floor 2StoryStair/7 -0.017 -0.35 wall-Exterior Ambt -0.014 -12.73 Door-Sngl-Ext Ambt -0.440 -56.33 wall-znt RmlS/6 0.008 39.96 Wall-Exterior Ambt -0.440 -95.04 Floor Rm8/5 0.035 44.44 wall-Int Rm9/6 -0.011 -27.47 wall-znt Ha113/6 0.029 25.72 Door-Sgle-Int. Ha113/6 0.029 105.92 wall-znt Ha113/6 0.029 21.31 Rm9 0.238 68.0 Floor Ambt -0.277 -71.22 Floor Rm8/7 -0.018 -0.46 Floor Rm9/7 -0.070 -71.40 Floor 25torystair/7 -0.006 -1.36 Floor Ambt -0.277 -49.86 Wall-Exterior Ambt -0.004 -128.21 Wall-Exterior Ambt -0.004 -18.00 Floor Rm9/5 0.041 75.40 Door-Sngl-Ext Ambt -0.004 -2.48 Wall-Exterior Ambt -0.004 -4.37 Wall-Int Rm8/6 0.011 27.47 wall-Exterior Ambt -0.323 -129.65 wall-znt Ha113/6 0.040 21.19 Door-Sgle-Int. Ha113/6 0.040 124.22 Double_DOOr_Int Ha113/6 0.040 248.44 Floor Rm9/5 0.041 1.38 wall-Exterior Ambt -0.323 -21.11 RmlS 0.257 68.0 Floor Rm15/7 -0.021 -22.94 Floor Rm8/7 -0.037 -29.20 wall-Exterior Ambt -0.023 -25. 54 wall-Exterior Ambt -0.448 -37.30 Door-Sngl-Ext Ambt -0.448 -57.02 Wall-Exterior Ambt -0.448 -42.63 wall-Exterior ambt -0.023 -5. 59 Door-Sngl-Ext Ambt -0.023 -8.19 wall-Exterior Ambt -0.023 -7.98 wall-Int Rm8/6 -0.008 -39.96 wall-znt suitel/6 0.021 27.63 Floor Rm15/5 0.034 21.25 Floor RmlS/5 0.034 22.50 wall-5tair 5tair_4/6 0. 346 54.49 wall-Elevator Elev_2/6 0.234 16.32 Door-Sgle-Int. Ha113/6 0.021 89.51 wall-znt Ha113/6 0.021 44.64 Rm18 0.250 68.0 Floor Rml8/7 -0.038 -33.37 Page 46 winter doors closed with wind.txt wall-Exterior Ambt -0.015 -3. 59 Door-Sngl-Ext Ambt -0.015 -6.31 wall-Exterior ambt -0.015 -14.70 wall-Exterior Ambt -0.441 -96.89 Floor Rml8/5 0.033 19.77 wall-Int Rm17/6 0.011 46.22 wall-Exterior ambt -0.015 -9. 58 wall-Int Rm19/6 -0.100 -81.17 Floor Rml8/5 0.033 9.00 Floor Rm18/5 0.033 19.77 wall-znt Ha112/6 0.026 27.26 Door-Sgle-Int. Ha112/6 0.026 101.31 wall-znt Ha112/6 0.026 22.27 Rm17 0.261 68.0 Floor Rml8/7 -0.049 -35.95 Floor Rm17/7 -0.030 -28.02 wall-Exterior Ambt -0.026 -35.47 Floor Rm17/5 0.035 12.72 wall-Exterior ambt -0.452 -71.32 Door-Sngl-Ext Ambt -0.026 -8.94 wall-Exterior Ambt -0.026 -5.98 Door-Sngl-Ext Ambt -0.026 -8.94 wall-Exterior ambt -0.026 -8. 55 wall-Int Suite2/6 0.017 24.75 wall-znt Rml8/6 -0.011 -46.22 Floor Rm17/5 0.035 19.99 Floor Rm17/5 0.035 5.09 Floor Rm17/5 0.035 7.63 wall-Stair Stair_3/6 0. 312 49.41 wall-Elevator Elev_1/6 0.�31 16.19 wall-znt Ha112/6 0.016 24. 53 Door-Sgle-Int. Ha112/6 0.016 77.86 wall-znt Ha112/6 0.016 11.24 suite2 0.278 68.0 Floor Suite2/7 -0.042 -16.71 Floor Suite2/7 -0.042 -5. 57 Floor Suite2/7 -0.042 -8.35 Floor Suite2/7 -0.042 -51.88 wall-Exterior ambt -0.043 -29.77 wall-Exterior Ambt -0.469 -67.22 wall-Exterior Ambt -0.043 -6.43 Door-Sngl-Ext Ambt -0.043 -12.46 �oor-Sngl-Ext Ambt -0.043 -12.46 Floor Suite2/5 0.032 14. 50 wall-Exterior Ambt -0.469 -49.67 Floor Suite2/5 0.032 4.83 Floor Suite2/5 0.032 7.25 Floor Suite2/5 0.032 45.01 wall-Int Rml7/6 -0.017 -24.75 wall-Int Suitel/6 0.001 20.16 �oor-Stair Stair_3/6 0.295 339.09 wall-Stair 5tair_3/6 0.295 32.32 wall-znt Nonvest3/6 -0.001 -2.48 Double_DOOr_Int Ha112/6 -0.002 -51.30 wall-znt Rm16/6 -0.043 -9.52 Door-Sngl-Ext Ambt -0. 362 -49.66 wall-Exterior Ambt -0.362 -64.94 Suitel 0.279 68.0 Floor Suitel/7 -0.038 -15.83 Floor Suitel/7 -0.038 -7.92 Floor Suitel/7 -0.038 -1.66 Floor Suitel/7 -0.038 -52.78 wall-Exterior Ambt -0.044 -30.10 Page 47 winter doors closed with wind.txt wall-Exterior Ambt -0.470 -67.29 Floor Suitel/5 0.031 14.37 �oor-Sngl-Ext ambt -0.044 -12.63 Door-Sngl-Ext Ambt -0.044 -12.63 Wall-Exterior Ambt -0.044 -6. 50 Wall-Exterior Ambt -0.470 -49.72 Floor suitel/5 0.031 7.18 Floor Suitel/5 0.031 1. 51 Floor Suitel/5 0.031 47.90 wall-Int Rm15/6 -0.021 -27.63 wall-znt Suite2/6 -0.001 -20.16 Door-Stair Stair_4/6 0. 324 355.37 wall-Stair Stair_4/6 0. 324 43.00 wall-Int Nonvest4/6 -0.001 -1.69 �ouble_�oor_znt Ha113/6 -0.001 -38.32 wall-Int Rm12/6 -0.045 -9.70 wall-Exterior Ambt -0. 363 -65.03 Door-Sngl-Ext Ambt -0.363 -49.74 Stair_3 0. 573 68.0 233_Stair_11. 5 Stair_3/7 -0.000 -813.94 wall-Stair Rm17/6 -0.312 -49.41 �oor-5tair Suite2/6 -0.295 -339.09 233_stair_11. 5 Stair_3/5 0.000 597.76 supply Stair3 n/a 1000.00 wall-Stair Suite2/6 -0.295 -32.32 wall-Stair Elev_1/6 -0.082 -16.88 wall-Stair Nonvest3/6 -0.296 -6.23 �oor-5tair Nonvest3/6 -0.296 -339.91 Stair_4 0.603 68.0 233_Stair_11. 5 Stair_4/7 -0.000 -1429.35 Door-Stair Suitel/6 -0. 324 -355.37 wall-Stair Rm15/6 -0.346 -54.49 Wall-Stair Suitel/6 -0. 324 -43.00 supply Stair4 n/a 1500.00 233_Stair_11. 5 Stair_4/5 0.000 764.15 �oor-Stair Nonvest4/6 -0. 325 -355.73 wall-Stair Nonvest4/6 -0.325 -6.52 wall-5tair Elev_2/6 -0.111 -19.69 Elev_1 0.491 68.0 11. 5_Elevator Elev_1/7 0.000 5498.10 wall-Stair Stair_3/6 0.082 16.88 wall-Elevator Rm17/6 -0.231 -16.19 11. 5_Elevator Elev_1/5 -0.000 -4276.92 wall-Elevator Nonvest3/6 -0.215 -15.62 �oor-Elev Ha112/6 -0.215 -603.12 �oor-Elev Ha112/6 -0.�15 -603.12 Nonvest3 0.276 68.0 Floor Nonvest3/7 -0.047 -1.64 wall-Stair Stair_3/6 0.296 6.23 Door-Stair Stair_3/6 0.296 339.91 Floor Nonvest3/5 0.033 1.37 wall-Elevator Elev_1/6 0.215 15.62 wall-znt Suite2/6 0.001 2.48 wall-znt Ha112/6 -0.000 -0. 53 Missing�oor Ha112/6 -0.000 -363.43 Nonvest4 0.278 68.0 Floor Nonvest4/7 -0.037 -1.46 Door-Stair Stair_4/6 0. 325 355.73 wall-Stair Stair_4/6 0. 325 6. 52 Floor Nonvest4/5 0.031 1.34 wall-znt Suitel/6 0.001 1.69 wall-Elevator Elev_2/6 0.�14 15. 58 Missing�oor Ha113/6 -0.000 -378.85 Page 48 winter doors closed with wind.txt wall-znt Ha113/6 -0.000 -0. 55 Elev_2 0.492 68.0 11. 5_Elevator Elev_2/7 0.000 5536.47 wall-Stair 5tair_4/6 0.111 19.69 wall-Elevator Nonvest4/6 -0.214 -15. 58 11.5_Elevator Elev_2/5 -0.000 -4321.36 wall-Elevator RmlS/6 -0.234 -16.32 �oor-Elev Ha113/6 -0.214 -601.45 Door-Elev Ha113/6 -0.214 -601.45 Ha112 0.276 68.0 Floor Ha112/7 -0.047 -11.74 Floor Ha112/7 -0.047 -14.68 Floor Ha112/7 -0.047 -2.26 Door-Sgle-Int. Rm19/6 -0.1�6 -221.47 wall-znt Rml8/6 -0.026 -27.26 Door-Sgle-Int. Rm18/6 -0.026 -101.31 wall-znt Rml8/6 -0.026 -22.27 wall-Int Rm17/6 -0.016 -24.53 �oor-Sgle-znt. Rml7/6 -0.016 -77.86 wall-Int Rm17/6 -0.016 -11.24 �oor-Elev Elev_1/6 0.215 603.12 �oor-Elev Elev_1/6 0.215 603.12 wall-znt Nonvest3/6 0.000 0.53 Missing�oor Nonvest3/6 0.000 363.43 �oor-Sgle-znt. Rml9/6 -0.126 -221.47 Floor Ha112/5 0.033 9.76 Floor Ha112/5 0.033 12.20 �ouble_�oor_znt Suite2/6 0.002 51.30 wall-znt Rm20/6 -0.048 -30.03 Door-Sgle-Int. Rm16/6 -0.041 -126.97 wall-znt Rml6/6 -0.041 -83.32 Door-Sgle-Int. Rm16/6 -0.041 -126.97 wall-znt Rml6/6 -0.041 -38.33 Door-Sgle-Int. Rm16/6 -0.041 -126.97 wall-Int Rml6/6 -0.041 -4.17 Door-Sgle-Int. Rm20/6 -0.048 -136. 59 wall-znt Rm20/6 -0.048 -31.96 wall-Int Rm16/6 -0.041 -81.65 Door-Sgle-Int. Rm20/6 -0.048 -136. 59 Door-Sgle-Int. Rm16/6 -0.041 -126.97 wall-Stair Stair_2/6 0.293 23.40 Floor Ha112/5 0.033 1.88 wall-znt Rm16/6 -0.041 -30.00 Door-Stair Stair_2/6 0.293 337.73 �oor-Sgle-znt. Rm3/6 -0.093 -189.89 Ha113 0.278 68.0 Floor Ha113/7 -0.037 -29.72 Missing�oor Nonvest4/6 0.000 378.85 wall-Int Nonvest4/6 0.000 0.55 Door-Elev Elev_2/6 0.214 601.45 Door-Elev Elev_2/6 0.214 601.45 Door-Sgle-Int. Rm15/6 -0.021 -89. 51 Wall-Int Rm15/6 -0.021 -44.64 wall-Int Rm8/6 -0.029 -25.72 Door-Sgle-Int. Rm8/6 -0.029 -105.92 wall-Int Rm8/6 -0.029 -21.31 wall-znt Rm9/6 -0.040 -21.19 Door-Sgle-Int. Rm9/6 -0.040 -124.22 �ouble_�oor_znt Suitel/6 0.001 38.32 Floor Ha113/5 0.031 27.20 Double_DOOr_Int Rm9/6 -0.040 -248.44 Wall-Int Rm12/6 -0.044 -10.28 �oor-sgle-znt. Rml2/6 -0.044 -130. 59 Page 49 winter doors closed with wind.txt wall-znt Rml2/6 -0.044 -39.42 Door-Sgle-Int. Rm12/6 -0.044 -130. 59 wall-znt Rml2/6 -0.044 -85.70 Door-Sgle-Int. Rm12/6 -0.044 -130. 59 Wall-Int Rm10/6 -0.042 -47.04 wall-Int Rm12/6 -0.044 -92.56 Door-Sgle-Int. Rm10/6 -0.042 -128.01 Door-Sgle-Int. Rm12/6 -0.044 -130. 59 wall-znt Rm10/6 -0.042 -63.17 Wall-Int Rm12/6 -0.044 -12.00 Door-Sgle-Int. Rm10/6 -0.042 -128.01 Door-Stair Stair_5/6 0.265 321.42 wall-Stair Stair_5/6 0.265 33.94 wall-Int Rmll/6 -0.062 -8.18 �oor-sgle-znt. Rmll/6 -0.062 -155.76 Rml2 0.234 68.0 Floor Rml2/7 -0.043 -148.66 wall-znt Ha113/6 0.044 10.28 Door-Sgle-Int. Ha113/6 0.044 130. 59 wall-znt Ha113/6 0.044 39.42 �oor-Sgle-znt. Ha113/6 0.044 130. 59 wall-znt Ha113/6 0.044 85.70 �oor-Sgle-znt. Ha113/6 0.044 130. 59 wall-Int Suitel/6 0.045 9.70 wall-znt Ha113/6 0.044 92. 56 Floor Rm12/5 0.034 132.85 �oor-Sgle-znt. Ha113/6 0.044 130. 59 wall-znt Ha113/6 0.044 12.00 wall-Exterior Ambt -0.319 -65.90 wall-Exterior Ambt 0.000 6.91 wall-Stair Stair_5/6 0. 309 17.94 wall-Exterior Ambt -0.425 -145.31 wall-Exterior Ambt -0.425 -145.31 Wall-Int Rmll/6 -0.018 -14.21 �oor-Sngl-Ext ambt -0.319 -45.67 wall-Exterior Ambt -0.319 -113.83 �oor-Sngl-Ext ambt -0.319 -45.67 Door-Sngl-Ext Ambt -0.319 -45.67 wall-Exterior ambt -0.319 -113.83 Door-Sngl-Ext Ambt -0.319 -45.67 Rm16 0.235 68.0 Floor Rm16/7 -0.052 -12.71 Floor Rm16/7 -0.052 -18.42 Floor Rm16/7 -0.052 -138.14 Floor Rm16/7 -0.052 -2.03 Door-Sgle-Int. Ha112/6 0.041 126.97 wall-znt Ha112/6 0.041 83.32 Door-Sgle-Int. Ha112/6 0.041 126.97 wall-znt Ha112/6 0.041 38.33 Door-Sgle-Int. Ha112/6 0.041 126.97 wall-Int Ha112/6 0.041 4.17 wall-Int 5uite2/6 0.043 9. 52 wall-znt Ha112/6 0.041 81.65 wall-Exterior Ambt -0.319 -59.98 Floor Rml6/5 0.037 10.74 Floor Rm16/5 0.037 15.57 Floor Rml6/5 0.037 116.78 Door-Sgle-Int. Ha112/6 0.041 126.97 wall-znt Ha112/6 0.041 30.00 wall-Exterior Ambt -0.426 -138. 50 wall-Exterior Ambt -0.426 -128.11 wall-Exterior Ambt -0.000 -4.73 wall-znt Rm3/6 -0.051 -13.44 Page 50 winter doors closed with wind.txt Floor Rml6/5 0.037 1.71 Door-Sngl-Ext Ambt -0.319 -45.74 wall-Exterior ambt -0.319 -113.95 wall-Exterior Ambt -0.319 -51.97 �oor-Sngl-Ext ambt -0. 319 -45.74 wall-Exterior Ambt -0.319 -39.97 �oor-Sngl-Ext ambt -0.319 -45.74 wall-Exterior Ambt -0.319 -40.48 Rm20 0.228 68.0 Floor 2Storystair2/7 -0.001 -0.67 Floor Sma11Rm/7 -0.058 -9.78 Floor Rm20/7 -0.208 -165.66 wall-znt Rm19/6 -0.078 -56.06 wall-znt Ha112/6 0.048 30.03 wall-Exterior Ambt -0.419 -39. 51 Door-Sgle-Int. Ha112/6 0.048 136. 59 wall-Exterior Ambt 0.006 8.10 wall-Exterior Ambt -0.419 -33. 50 Door-Sgle-Int. Ambt -0.242 -307.06 wall-znt Ha112/6 0.048 31.96 wall-Exterior ambt -0.419 -22.13 Floor Rm20/5 0.045 77.30 �oor-Sgle-znt. Ha112/6 0.048 136. 59 wall-Exterior Ambt -0.419 -92.77 wall-Stair Stair_2/6 0. 341 80.81 wall-Exterior Ambt -0.313 -84.00 wall-Int Rm3/6 -0.045 -54.54 Door-Stair Stair_2/6 0. 341 364.30 Rm10 0.236 68.0 Floor Rm10/7 -0.048 -71.97 wall-Exterior Ambt -0.427 -17.33 wall-Int Ha113/6 0.042 47.04 wall-Exterior Ambt -0.001 -92.45 Door-Sgle-Int. Ha113/6 0.04� 128.01 Floor Rm10/5 0.038 60.82 wall-Exterior Ambt -0.427 -63. 54 wall-znt Ha113/6 0.042 63.17 wall-Exterior Ambt -0.320 -20. 51 �oor-Sgle-znt. Ha113/6 0.042 128.01 wall-Int Rmll/6 -0.020 -43.38 Wall-Exterior Ambt -0.427 -71.07 wall-Exterior Ambt -0.320 -46.80 Stair_2 0. 569 68.0 200_Stair_11. 5 Stair_2/7 0.000 380.45 wall-stair Rm20/6 -0.341 -80.81 200_Stair_11. 5 Stair_2/5 -0.000 -554.17 wall-Stair Ha112/6 -0.293 -23.40 Door-Stair Rm20/6 -0.341 -364.30 supply Stair2 n/a 1000.00 Door-Stair Ha112/6 -0.293 -337.73 wall-Stair Rm3/6 -0.385 -20.03 Stair_5 0. 543 68.0 200_Stair_11. 5 Stair_5/7 0.001 4914.87 Door-Stair Ha113/6 -0.265 -321.42 wall-Stair Ha113/6 -0.265 -33.94 wall-Stair Rm12/6 -0.309 -17.94 200_Stair_11. 5 Stair_5/5 -0.001 -4122.84 Door-Stair Rmll/6 -0.327 -357.17 wall-Stair Rmll/6 -0.327 -61.55 Rmll 0.216 68.0 Floor Rm10/7 -0.028 -63.26 Floor Rm10/7 -0.0�8 -1.70 wall-znt Ha113/6 0.062 8.18 Page 51 winter doors closed with wind.txt �oor-Sgle-znt. Ha113/6 0.062 155.76 Door-Stair Stair_5/6 0. 327 357.17 wall-Stair Stair_5/6 0. 327 61. 55 wall-Int Rm10/6 0.020 43.38 Wall-Int Rm12/6 0.018 14.21 Floor Rmll/5 0.029 65.17 wall-Exterior ambt -0.407 -69.36 wall-Exterior Ambt -0. 300 -55.24 Wall-Exterior Ambt -0.407 -77.82 wall-Exterior Ambt -0.300 -14. 54 �oor-Sngl-Ext Ambt -0.300 -43.93 wall-Exterior Ambt -0.300 -34.89 wall-Exterior Ambt -0.407 -193.71 wall-Exterior Ambt -0.407 -84. 59 wall-Exterior Ambt -0. 300 -66.37 Rm3 0.184 68.0 Floor Rm20/7 -0.163 -10.92 Floor Ambt -0.223 -177.55 Floor Ambt -0.223 -3.19 wall-Int Rm20/6 0.045 54.54 wall-Exterior ambt -0.375 -11.69 wall-5tair Stair_2/6 0. 385 20.03 �oor-sgle-znt. Ha112/6 0.093 189.89 Door-Sngl-Ext Ambt -0.375 -50.74 wall-znt Rml6/6 0.051 13.44 wall-Exterior Ambt -0.375 -90.94 wall-Exterior Ambt -0.375 -90.94 wall-Exterior Ambt 0.051 17.31 wall-Exterior Ambt -0.375 -20.79 Floor Rm3/5 0.051 85.15 �oor-Sngl-Ext Ambt -0. 375 -50.74 Door-Sngl-Ext Ambt -0.375 -50.74 wall-Exterior Ambt -0. 375 -28.16 wall-Exterior Ambt -0.375 -53. 59 Floor Rm3/5 0.051 1. 53 Door-Stair Stair6/6 0. 341 364.46 Door-Sngl-Ext Ambt -0.375 -50.74 wall-5tair Stair6/6 0. 341 47.45 wall-Stair Stair6/6 0. 341 65.49 wall-Exterior Ambt -0.375 -29.23 wall-Exterior Ambt -0.268 -72.83 wall-Exterior Ambt -0.268 -66. 51 Stair6 0. 525 68.0 Floor Ambt -0. 563 -16. 55 �oor-Stair Rm3/6 -0.341 -364.46 supply Stair6 n/a 900.00 163_Stair Stair6/5 -0.000 -380.81 wall-Stair Rm3/6 -0.341 -47.45 wall-Stair Rm3/6 -0.341 -65.49 wall-Stair Ambt -0.609 -25.24 level : 7 elevation: 74.0 ft zone P T path from dP Flowl Flow2 Rm19 0.108 68.0 Floor Ambt -0.147 -229.84 Floor Rm18/8 0.046 23.78 wall-Exterior Ambt 0.127 77.70 wall-Exterior Ambt -0.299 -110.21 wall-Exterior Ambt -0.299 -172. 57 Floor Rm19/6 0.081 171.25 wall-Int Rm18/7 0.143 97.19 Door-Sgle-Int. Ambt -0.1�1 -217.49 �oor-sgle-znt. Ha112/7 0.160 249.89 Page 52 winter doors closed with wind.txt wall-Exterior Ambt -0.299 -13.05 wall-Exterior Ambt -0.192 -19.38 wall-znt Sma11Rm/7 0.101 50.09 wall-znt Ha112/7 0.160 92.65 Rm18 0.251 68.0 Floor Rm18/8 -0.096 -71.40 wall-Exterior ambt -0.016 -3.67 Door-Sngl-Ext Ambt -0.016 -6.47 wall-Exterior Ambt -0.016 -15.00 wall-Exterior Ambt -0.016 -27.66 wall-Exterior Ambt -0.441 -96.95 Wall-Exterior Ambt -0.441 -70. 51 wall-znt Rm17/7 0.019 39. 59 wall-Exterior Ambt -0.016 -9.78 Floor Rml8/6 0.038 33.37 Floor Rm17/6 0.049 35.95 wall-znt Rml9/7 -0.143 -97.19 wall-Int Ha112/7 0.018 18.44 Door-Sgle-Int. Ha112/7 0.018 82.62 wall-Int Ha112/7 0.018 8.24 Door-Sgle-Int. Ha112/7 0.018 82.62 Wall-Int Ha112/7 0.018 15.18 Door-Sgle-Int. Ha112/7 0.018 82.62 Rml7 0.270 68.0 �oor-Sngl-Ext Ambt -0.035 -10.83 wall-Exterior Ambt -0.035 -6.93 �oor-Sngl-Ext Ambt -0.035 -10.83 wall-Exterior Ambt -0.035 -9.90 wall-znt Suite2/7 0.005 13.12 wall-Int Rm18/7 -0.019 -39. 59 Floor Rml7/6 0.030 28.02 wall-5tair Stair_3/7 0. 342 51.72 Wall-Elevator Elev_1/7 0.261 17.21 wall-Int Ha112/7 -0.002 -4.34 Door-Sgle-Int. Ha112/7 -0.002 -24.49 wall-znt Ha112/7 -0.002 -3.16 Suite2 0.274 68.0 Floor Courtyard/8 -0.071 -110.11 wall-Exterior Ambt -0.040 -28. 54 wall-Exterior Ambt -0.465 -66.97 wall-Exterior Ambt -0.040 -6.16 Door-Sngl-Ext Ambt -0.040 -11.79 �oor-Sngl-Ext Ambt -0.040 -11.79 Floor Suite2/6 0.042 16.71 wall-Exterior Ambt -0.465 -49.48 Floor Suite2/6 0.042 5. 57 Floor suite2/6 0.042 8.35 Floor Suite2/6 0.042 51.88 wall-znt Rml7/7 -0.005 -13.12 wall-Int Suitel/7 0.005 47.63 �oor-Stair Stair_3/7 0. 337 362.62 wall-Stair 5tair_3/7 0. 337 34. 56 wall-znt Nonvest3/7 -0.006 -5.12 Double_DOOr_Int Ha112/7 -0.006 -99.79 wall-znt Rm16/7 -0.052 -10.48 Door-Sngl-Ext Ambt -0. 359 -49.34 wall-Exterior Ambt -0. 359 -64.63 Suitel 0.280 68.0 Floor Courtyard/8 -0.076 -114.16 wall-Exterior Ambt -0.045 -30.38 wall-Exterior Ambt -0.471 -67.34 Floor Suitel/6 0.038 15.83 �oor-Sngl-Ext Ambt -0.045 -12.79 Page 53 winter doors closed with wind.txt Door-Sngl-Ext Ambt -0.045 -12.79 wall-Exterior Ambt -0.045 -6. 56 wall-Exterior Ambt -0.471 -49.76 Floor Suitel/6 0.038 7.92 Floor Suitel/6 0.038 1.66 Floor Suitel/6 0.038 52.78 wall-znt Rm15/7 -0.004 -11.86 wall-Int Suite2/7 -0.005 -47.63 �oor-Stair Stair_4/7 0. 362 375.62 wall-Stair 5tair_4/7 0. 362 45.45 Wall-Int NonVest4/7 0.000 0.26 Double_DOOr_Int Ha113/7 -0.000 -21.09 wall-znt Rm12/7 -0.050 -10.24 wall-Exterior Ambt -0.364 -65.10 �oor-sngl-Ext Ambt -0. 364 -49.81 RmlS 0.276 68.0 Floor Ambt -0.315 -89.84 wall-Exterior Ambt -0.041 -7. 52 Door-Sngl-Ext Ambt -0.041 -12.04 Wall-Exterior Ambt -0.041 -10.74 Floor RmlS/6 0.021 22.94 wall-Int Suitel/7 0.004 11.86 wall-znt Rm8/7 -0.017 -38.25 wall-Stair Stair_4/7 0. 366 56.08 wall-Elevator Elev_2/7 0.255 17.02 wall-znt Ha113/7 0.004 6.33 �oor-Sgle-znt. Ha113/7 0.004 37.83 wall-znt Ha113/7 0.004 6.33 Rm8 0.259 68.0 Floor Rm8/8 -0.112 -70.27 wall-Exterior Ambt -0.024 -26. 51 wall-Exterior Ambt -0.024 -16. 57 Door-Sngl-Ext Ambt -0.450 -57.16 wall-Exterior Ambt -0.450 -37.38 �oor-Sngl-Ext ambt -0.450 -57.16 Wall-Exterior Ambt -0.450 -42.72 wall-Exterior Ambt -0.450 -96.11 Floor Rm15/6 0.037 29.20 Floor Rm8/6 0.029 45.42 wall-Int Rm15/7 0.017 38.25 Floor Rm9/6 0.018 0.46 wall-Int Rm9/7 -0.052 -16.81 wall-Stair 25toryStair/7 0.012 3. 53 Door-Sgle-Int. Ha113/7 0.020 88.94 wall-znt Ha113/7 0.020 15.41 Door-Sgle-Int. Ha113/7 0.0�0 88.94 wall-znt Ha113/7 0.020 9.92 Door-Sgle-Int. Ha113/7 0.020 88.94 wall-znt Ha113/7 0.020 11.67 Rm9 0.207 68.0 Floor Ambt -0.246 -133.79 wall-Exterior Ambt 0.028 15.67 �oor-Sngl-Ext ambt 0.028 10.34 wall-Exterior Ambt -0.398 -207. 57 wall-Exterior ambt 0.028 15.67 wall-Int Rm8/7 0.052 16.81 Floor Rm9/6 0.070 71.40 wall-Stair 2Storystair/7 0.064 26.05 wall-Exterior Ambt -0.292 -177.67 Double_DOOr_Int Ha113/7 0.072 335.65 wall-Int Rm10/7 0.019 27.45 Stair_3 0.612 68.0 233_Stair_11. 5 Stair_3/8 -0.000 -925. 58 Page 54 winter doors closed with wind.txt wall-Stair Rml7/7 -0.342 -51.72 �oor-Stair Suite2/7 -0. 337 -362.62 233_Stair_11. 5 Stair_3/6 0.000 813.94 supply Stair3 n/a 950.00 wall-Stair Suite2/7 -0. 337 -34. 56 wall-5tair Elev_1/7 -0.082 -16.87 wall-Stair Nonvest3/7 -0. 343 -6.70 �oor-Stair Nonvest3/7 -0. 343 -365.88 Stair_4 0.642 68.0 233_Stair_11. 5 Stair_4/8 -0.000 -550.02 Door-Stair Suitel/7 -0. 362 -375.62 wall-Stair Rm15/7 -0.366 -56.08 wall-Stair Suitel/7 -0. 362 -45.45 supply Stair4 n/a 0.00 233_Stair_11. 5 Stair_4/6 0.000 1429.35 �oor-5tair Nonvest4/7 -0. 362 -375.61 wall-Stair Nonvest4/7 -0. 362 -6.88 wall-Stair Elev_2/7 -0.111 -19.68 Elev_1 0. 530 68.0 11. 5_Elevator Elev_1/8 0.000 6847. 50 wall-Stair Stair_3/7 0.082 16.87 Wall-Elevator Rm17/7 -0.261 -17.21 11. 5_Elevator Elev_1/6 -0.000 -5498.10 wall-Elevator Nonvest3/7 -0.�62 -17.25 �oor-Elev Ha112/7 -0.262 -665.90 �oor-Elev Ha112/7 -0.262 -665.90 Nonvest3 0.268 68.0 Floor Nonvest3/8 0.005 0. 55 wall-Stair Stair_3/7 0. 343 6.70 Door-Stair Stair_3/7 0. 343 365.88 Floor Nonvest3/6 0.047 1.64 wall-Elevator Elev_1/7 0.262 17.25 wall-znt Suite2/7 0.006 5.12 Wall-Int Ha112/7 -0.000 -0. 57 Missing�oor Ha112/7 -0.000 -396. 57 Nonvest4 0.280 68.0 Floor Nonvest4/8 -0.004 -0.48 Door-Stair Stair_4/7 0. 362 375.61 wall-Stair stair_4/7 0. 362 6.88 Floor Nonvest4/6 0.037 1.46 wall-znt Suitel/7 -0.000 -0.26 wall-Elevator Elev_2/7 0.251 16.89 Missing�oor Ha113/7 -0.000 -399. 54 wall-znt Ha113/7 -0.000 -0. 57 Elev_2 0. 531 68.0 11. 5_Elevator Elev_2/8 0.000 6854. 56 wall-Stair Stair_4/7 0.111 19.68 wall-Elevator Nonvest4/7 -0.251 -16.89 11. 5_Elevator Elev_2/6 -0.000 -5536.47 wall-Elevator Rm15/7 -0.255 -17.02 �oor-Elev Ha113/7 -0.251 -651.93 �oor-Elev Ha113/7 -0.251 -651.93 2Storystair 0.271 68.0 163_Stair 2Storystair/8 -0.000 -35.09 wall-Stair Rm9/7 -0.064 -26.05 Floor Rm8/6 0.017 0.35 Floor Rm9/6 0.006 1.36 wall-Stair Rm8/7 -0.012 -3. 53 �oor-Stair Ha113/7 0.008 56.95 wall-5tair Ha113/7 0.008 6.01 Ha112 0.268 68.0 Floor Ha112/8 0.005 3.93 Floor Ha112/8 0.005 4.91 Page 55 winter doors closed with wind.txt Floor Ambt -0.307 -5.77 Door-Sgle-Int. Rm19/7 -0.160 -249.89 wall-Int Rml8/7 -0.018 -18.44 Door-Sgle-Int. Rm18/7 -0.018 -82.62 Wall-Int Rm18/7 -0.018 -8.24 Door-Sgle-Int. Rm18/7 -0.018 -82.62 Wall-Int Rm18/7 -0.018 -15.18 Door-Sgle-Int. Rm18/7 -0.018 -82.62 wall-Int Rml7/7 0.002 4.34 Door-Sgle-Int. Rm17/7 0.002 24.49 wall-znt Rm17/7 0.002 3.16 �oor-Elev Elev_1/7 0.262 665.90 �oor-Elev Elev_1/7 0.262 665.90 wall-Int Nonvest3/7 0.000 0. 57 Missing�oor Nonvest3/7 0.000 396.57 wall-Int Rm19/7 -0.160 -92.65 Floor Ha112/6 0.047 11.74 Floor Ha112/6 0.047 14.68 �ouble_�oor_znt Suite2/7 0.006 99.79 Door-Sgle-Int. Sma11Rm/7 -0.059 -151.42 wall-Stair 25torystair2/7 -0.002 -3.73 Door-Sgle-Int. Rm16/7 -0.046 -133.57 wall-znt Rml6/7 -0.046 -87.65 Door-Sgle-Int. Rm16/7 -0.046 -133. 57 wall-znt Rml6/7 -0.046 -40.32 Door-Sgle-Int. Rm16/7 -0.046 -133. 57 wall-znt Rm16/7 -0.046 -4.38 Door-Stair 2StoryStair2/7 -0.002 -27.13 wall-znt Rm20/7 -0.208 -66.69 wall-Int Rm16/7 -0.046 -85.90 �oor-Sgle-znt. Rm20/7 -0.208 -284.97 Door-Sgle-Int. Rm16/7 -0.046 -133.57 wall-Stair Stair_2/7 0. 340 25.22 Floor Ha112/6 0.047 2.26 wall-znt Rml6/7 -0.046 -31. 56 Door-Stair Stair_2/7 0. 340 363.89 �oor-Sgle-znt. Ambt -0.282 -331.28 Ha113 0.279 68.0 Floor Ha113/8 -0.004 -9.67 Missing�oor Nonvest4/7 0.000 399. 54 wall-znt Nonvest4/7 0.000 0. 57 �oor-Elev Elev_2/7 0.251 651.93 �oor-Elev Elev_2/7 0.251 651.93 wall-Int Rm15/7 -0.004 -6.33 �oor-Sgle-znt. RmlS/7 -0.004 -37.83 wall-Int Rm15/7 -0.004 -6.33 �oor-Sgle-znt. Rm8/7 -0.020 -88.94 Wall-Int Rm8/7 -0.020 -15.41 Door-Sgle-Int. Rm8/7 -0.020 -88.94 wall-Int Rm8/7 -0.020 -9.92 Door-Sgle-Int. Rm8/7 -0.020 -88.94 Wall-Int Rm8/7 -0.020 -11.67 �oor-Stair 25torystair/7 -0.008 -56.95 wall-Stair 2Storystair/7 -0.008 -6.01 �ouble_�oor_znt suitel/7 0.000 21.09 Floor Ha113/6 0.037 29.72 �ouble_�oor_znt Rm9/7 -0.072 -335.65 wall-Int Rm12/7 -0.050 -10.94 �oor-Sgle-znt. Rm12/7 -0.050 -138.97 wall-Int Rm12/7 -0.050 -41.95 �oor-sgle-znt. Rml2/7 -0.050 -138.97 wall-Int Rm12/7 -0.050 -91.20 �oor-sgle-znt. Rml2/7 -0.050 -138.97 Page 56 winter doors closed with wind.txt wall-znt Rm10/7 -0.053 -52.71 wall-Int Rm12/7 -0.050 -98.50 Door-Sgle-Int. Rm10/7 -0.053 -143.42 Door-Sgle-Int. Rm12/7 -0.050 -138.97 wall-znt Rm10/7 -0.053 -70.78 Wall-Int Rm12/7 -0.050 -12.77 Door-Sgle-Int. Rm10/7 -0.053 -143.42 Door-Stair Stair_5/7 0. 304 344.05 wall-Stair Stair_5/7 0. 304 36.33 wall-Int Rm10/7 -0.053 -7. 53 Door-Sgle-Int. Rm10/7 -0.053 -143.42 Sma11Rm 0.209 68.0 Floor Ambt -0.248 -5.46 Floor Ambt -0.248 -20.21 wall-Int Rml9/7 -0.101 -50.09 wall-Exterior Ambt -0.400 -13.43 Floor Rml9/6 -0.020 -1. 55 Door-Sgle-Int. Ha112/7 0.059 151.42 wall-Stair 2Storystair2/7 0.057 7.70 Floor Rm20/6 0.058 9.78 Wall-Int Rm20/7 -0.150 -78.17 25torystair2 0.266 68.0 163_stair 25torystair2/8 0.000 5.43 wall-Stair Ha112/7 0.002 3.73 wall-Stair Sma11Rm/7 -0.057 -7.70 Floor Rm20/6 0.001 0.67 Door-Stair Ha112/7 0.002 27.13 wall-Stair Rm20/7 -0.206 -29.25 Rm12 0.230 68.0 Floor Rm12/8 -0.073 -193.39 wall-znt Ha113/7 0.050 10.94 Door-Sgle-Int. Ha113/7 0.050 138.97 wall-znt Ha113/7 0.050 41.95 Door-Sgle-Int. Ha113/7 0.050 138.97 wall-znt Ha113/7 0.050 91.20 Door-Sgle-Int. Ha113/7 0.050 138.97 wall-znt Suitel/7 0.050 10.24 wall-znt Ha113/7 0.050 98. 50 Floor Rm12/6 0.043 148.66 Door-Sgle-Int. Ha113/7 0.050 138.97 wall-znt Ha113/7 0.050 12.77 wall-Exterior Ambt -0.314 -65.45 wall-Exterior Ambt 0.005 22. 56 wall-5tair Stair_5/7 0. 353 19.18 wall-Exterior Ambt -0.421 -144. 57 Wall-Exterior Ambt -0.421 -144. 57 wall-znt Rm10/7 -0.003 -5.35 Wall-Int Ambt -0.421 -51.40 Door-Sngl-Ext Ambt -0. 314 -45.27 wall-Exterior Ambt -0.314 -113.06 Door-Sngl-Ext Ambt -0.314 -45.27 Door-Sngl-Ext Ambt -0.314 -45.27 wall-Exterior Ambt -0.314 -113.06 Door-Sngl-Ext Ambt -0.314 -45.27 Rm16 0.222 68.0 Floor Rm16/8 -0.148 -101.07 Floor Ambt -0.261 -207.38 Floor Ambt -0.261 -4. 56 �oor-Sgle-znt. Ha112/7 0.046 133. 57 wall-znt Ha112/7 0.046 87.65 �oor-Sgle-znt. Ha112/7 0.046 133. 57 wall-znt Ha112/7 0.046 40.32 �oor-sgle-znt. Ha112/7 0.046 133. 57 Page 57 winter doors closed with wind.txt wall-znt Ha112/7 0.046 4.38 wall-Int Suite2/7 0.052 10.48 wall-znt Ha112/7 0.046 85.90 wall-Exterior Ambt -0.307 -58.78 Floor Rml6/6 0.052 12.71 Floor Rm16/6 0.052 18.42 Floor Rm16/6 0.052 138.14 Door-Sgle-Int. Ha112/7 0.046 133. 57 wall-znt Ha112/7 0.046 31. 56 wall-Exterior Ambt -0.413 -136.43 wall-Exterior Ambt -0.413 -126.20 wall-Exterior Ambt 0.012 36.37 wall-znt Ambt 0.012 7.34 Floor Rm16/6 0.052 2.03 �oor-sngl-Ext Ambt -0. 307 -44. 56 wall-Exterior Ambt -0.307 -111.68 wall-Exterior Ambt -0. 307 -50.93 Door-Sngl-Ext Ambt -0.307 -44. 56 wall-Exterior ambt -0.307 -39.18 Door-Sngl-Ext Ambt -0.307 -44. 56 wall-Exterior Ambt -0.307 -39.68 Rm20 0.060 68.0 Floor Ambt -0.099 -114.16 Floor Ambt -0.099 -8.49 wall-Stair 25toryStair2/7 0.206 29.25 Wall-Exterior Ambt 0.175 42.42 Wall-Int Sma11Rm/7 0.150 78.17 wall-Exterior Ambt -0.251 -25.90 �oor-Sgle-znt. Ambt -0.073 -168.93 wall-znt Ha112/7 0.�08 66.69 wall-Exterior Ambt -0.251 -17.11 Floor Rm20/6 0.208 165.66 �oor-Sgle-znt. Ha112/7 0.208 284.97 Wall-Exterior Ambt -0.251 -71.72 wall-Stair Stair_2/7 0. 548 88.97 Wall-Exterior Ambt -0.144 -94.70 wall-Exterior Ambt -0.251 -136.35 Floor Rm3/6 0.163 10.92 wall-Exterior ambt -0.251 -108.91 wall-Exterior Ambt 0.175 86.32 wall-Exterior Ambt 0.175 45.01 wall-Exterior Ambt -0.251 -14.61 wall-Exterior Ambt -0.251 -14.61 Wall-Exterior Ambt -0.144 -122.90 Rm10 0.227 68.0 Floor Ambt -0.266 -169.03 Floor Ambt -0.266 -5.23 wall-Int Rm9/7 -0.019 -27.45 wall-Exterior Ambt -0.418 -17.14 wall-znt Ha113/7 0.053 52.71 wall-Exterior ambt 0.008 273.86 Door-Sgle-Int. Ha113/7 0.053 143.42 Floor Rm10/6 0.048 71.97 wall-Exterior Ambt -0.418 -62.85 wall-znt Ha113/7 0.053 70.78 Wall-Exterior Ambt -0.311 -20.22 �oor-Sgle-znt. Ha113/7 0.053 143.42 wall-znt Ha113/7 0.053 7. 53 �oor-Sgle-znt. Ha113/7 0.053 143.42 wall-5tair Stair_5/7 0. 356 64.23 wall-Exterior Ambt -0.418 -62.41 wall-Int Rm12/7 0.003 5.35 wall-Exterior Ambt -0. 311 -43.66 Page 58 winter doors closed with wind.txt wall-Exterior Ambt -0. 311 -43.66 wall-Exterior Ambt -0.311 -49.81 Floor Rmll/6 0.028 63.26 wall-Exterior Ambt -0.418 -155.43 wall-Exterior Ambt -0.418 -155.43 wall-Exterior Ambt -0.418 -63.09 Floor Rmll/6 0.028 1.70 wall-Exterior Ambt -0.418 -63.09 wall-Exterior Ambt -0. 311 -52.09 wall-Exterior Ambt -0.311 -51.06 Stair_2 0.608 68.0 Floor Ambt -0.647 -21.76 wall-Stair Rm20/7 -0. 548 -88.97 200_Stair_11. 5 Stair_2/6 -0.000 -380.45 wall-Stair Ha112/7 -0.340 -25.22 supply Stair2 n/a 900.00 �oor-Stair Ha112/7 -0. 340 -363.89 wall-Stair Ambt -0.373 -19.72 Stair_5 0. 583 68.0 Floor Ambt -0.622 -21.34 Door-Stair Ha113/7 -0. 304 -344.05 wall-5tair Ha113/7 -0.304 -36.33 wall-Stair Rm12/7 -0.353 -19.18 supply StairS n/a 5400.00 200_Stair_11. 5 Stair_5/6 -0.001 -4914.87 wall-Stair Rm10/7 -0.356 -64.23 level : 8 elevation: 85.5 ft zone P T path from dP Flowl Flow2 Courtyard 0.242 68.0 Floor Ambt -0.281 -218.96 Floor Ambt -0.281 -219.03 wall-Exterior Ambt -0.007 -12.38 Wall-Exterior Ambt -0.007 -12.38 wall-Exterior ambt -0.433 -64.61 wall-Exterior Ambt -0.433 -64.61 wall-Exterior Ambt -0.007 -10. 55 wall-Exterior Ambt -0.007 -10. 55 wall-Exterior ambt -0.433 -47.74 wall-Exterior Ambt -0.007 -3.21 Floor Suite2/7 0.071 110.11 Floor Suitel/7 0.076 114.16 wall-Exterior Ambt -0.433 -115.24 wall-Exterior Ambt -0.433 -115.24 �oor-Stair Stair_3/8 0.408 398.99 wall-Stair Stair_4/8 0.438 61.38 wall-Stair Stair_3/8 0.408 38.03 wall-Int Nonvest3/8 0.070 17.37 Wall-Int NonVest4/8 0.072 17.64 Door-Sgle-Int. Ha112/8 0.070 165.15 �oor-Sgle-znt. Ha113/8 0.072 167.67 wall-Exterior Ambt -0.008 -2. 59 wall-znt Rm12/8 -0.047 -9.90 wall-Exterior Ambt -0.327 -183. 50 Rm18 0.193 68.0 Floor Ambt -0.232 -53.22 Floor Ambt -0.232 -110.74 Wall-Exterior Ambt 0.042 86.71 wall-Exterior Ambt -0.384 -90.42 wall-Exterior Ambt -0.384 -175.90 wall-Exterior Ambt 0.042 17.67 Floor Rm19/7 -0.046 -23.78 Floor Rml8/7 0.096 71.40 Page 59 winter doors closed with wind.txt wall-Exterior Ambt -0. 384 -105.21 wall-Int Ha112/8 0.119 154.17 Door-Sgle-Int. Ha112/8 0.119 215. 53 wall-Stair 25torystair2/8 0.112 13.79 Rm8 0.186 68.0 Floor Ambt -0.225 -99.36 wall-znt Ambt 0.049 60.48 Floor Rm8/7 0.112 70.27 wall-znt Ambt -0.377 -271.52 wall-Int Ambt -0.377 -271. 52 wall-znt Ha113/8 0.129 38.80 Door-Sgle-Int. Ha113/8 0.129 223.94 wall-znt Ha113/8 0.129 24.98 Door-Sgle-Int. Ha113/8 0.1�9 223.94 Stair_3 0.651 68.0 Floor Ambt -0.690 -26.17 wall-Stair Ambt -0.735 -75.81 �oor-Stair Courtyard/8 -0.408 -398.99 233_Stair_11. 5 Stair_3/7 0.000 925. 58 wall-Stair Courtyard/8 -0.408 -38.03 wall-Stair Elev_1/8 -0.082 -16.87 wall-5tair Nonvest3/8 -0. 338 -6.65 �oor-Stair Nonvest3/8 -0. 338 -363.06 Stair_4 0.681 68.0 Floor Ambt -0.719 -26.73 wall-Stair Courtyard/8 -0.438 -61.38 Wall-Stair Ambt -0.446 -27.51 233_Stair_11. 5 Stair_4/7 0.000 550.02 wall-stair Ambt -0.871 -30.13 �oor-Stair Nonvest4/8 -0. 366 -377.67 wall-stair Nonvest4/8 -0. 366 -6.92 wall-5tair Elev_2/8 -0.111 -19.68 Elev_1 0. 569 68.0 Floor Ambt -0.608 -14.45 wall-Stair Stair_3/8 0.082 16.87 wall-Elevator Ambt -0.334 -19. 50 supply Elevatorl n/a 8200.02 11.5_Elevator Elev_1/7 -0.000 -6847. 50 wall-Elevator Nonvest3/8 -0.257 -17.08 �oor-Elev Ha112/8 -0.257 -659.18 �oor-Elev Ha112/8 -0.257 -659.18 Nonvest3 0. 312 68.0 Floor Ambt -0. 351 -4.49 wall-5tair Stair_3/8 0. 338 6.65 �oor-Stair Stair_3/8 0. 338 363.06 Floor Nonvest3/7 -0.005 -0. 55 Wall-Elevator Elev_1/8 0.257 17.08 wall-Int Courtyard/8 -0.070 -17.37 wall-znt Ha112/8 -0.000 -0. 53 Missing�oor Ha112/8 -0.000 -363.85 Nonvest4 0. 315 68.0 Floor Ambt -0. 354 -4. 50 �oor-Stair Stair_4/8 0. 366 377.67 wall-5tair Stair_4/8 0. 366 6.92 Floor Nonvest4/7 0.004 0.48 wall-Int Courtyard/8 -0.072 -17.64 wall-Elevator Elev_2/8 0.255 17.02 Missing�oor Ha113/8 -0.000 -379.40 wall-Int Ha113/8 -0.000 -0. 55 Elev_2 0. 570 68.0 Floor Ambt -0.608 -14.46 wall-Stair Stair_4/8 0.111 19.68 wall-Elevator Nonvest4/8 -0.255 -17.02 Page 60 winter doors closed with wind.txt 11. 5_Elevator Elev_2/7 -0.000 -6854. 56 supply Elevator2 n/a 8200.00 wall-Elevator Ambt -0.335 -19. 51 �oor-Elev Ha113/8 -0.255 -657.06 �oor-Elev Ha113/8 -0.255 -657.06 25torystair 0.310 68.0 Floor Ambt -0. 349 -11.82 wall-Stair Ambt -0.075 -18.69 wall-Stair Ambt -0.075 -8.86 163_Stair 2Storystair/7 0.000 35.09 wall-Stair Ambt -0. 501 -22.84 Door-Stair Ha113/8 0.004 41.23 wall-Stair Ha113/8 0.004 0. 51 wall-Stair Ambt -0.075 -14.61 Ha112 0. 312 68.0 Floor Ambt -0.351 -32.06 Floor Ambt -0.351 -40.08 Wall-Int Rm18/8 -0.119 -154.17 �oor-Sgle-znt. Rml8/8 -0.119 -215. 53 Wall-Int Ambt -0.078 -30.81 �oor-Sgle-znt. Ambt -0. 326 -356.31 wall-Int Ambt -0.078 -22.43 �oor-Elev Elev_1/8 0.257 659.18 �oor-Elev Elev_1/8 0.257 659.18 wall-znt Nonvest3/8 0.000 0. 53 Missing�oor Nonvest3/8 0.000 363.85 Floor Ha112/7 -0.005 -3.93 Floor Ha112/7 -0.005 -4.91 �oor-sgle-znt. Courtyard/8 -0.070 -165.15 wall-Stair 25torystair2/8 -0.007 -3.78 �oor-sgle-znt. Rml6/8 -0.199 -278.77 wall-Int Rm16/8 -0.199 -182.95 wall-Exterior Ambt -0. 397 -105.61 Door-Stair 25tory5tair2/8 -0.007 -52.83 wall-Exterior Ambt -0.397 -33.42 Ha113 0. 314 68.0 Missing�oor Nonvest4/8 0.000 379.40 wall-Int Nonvest4/8 0.000 0. 55 �oor-Elev Elev_2/8 0.255 657.06 �oor-Elev Elev_2/8 0.255 657.06 wall-znt Ambt -0.080 -73.98 wall-Int Rm8/8 -0.129 -38.80 �oor-Sgle-znt. Rm8/8 -0.129 -223.94 wall-Int Rm8/8 -0.129 -24.98 �oor-Sgle-znt. Rm8/8 -0.129 -223.94 wall-Exterior Ambt -0.080 -14.98 Door-Stair 2StoryStair/8 -0.004 -41.23 wall-Stair 2StoryStair/8 -0.004 -0. 51 �oor-Sgle-znt. Courtyard/8 -0.072 -167.67 Floor Ha113/7 0.004 9.67 wall-Exterior Ambt -0. 505 -25.46 wall-Int Rm12/8 -0.119 -16.94 Door-Sgle-Int. Rml2/8 -0.119 -215.08 wall-Int Rm12/8 -0.119 -64.93 Door-Sgle-Int. Rm12/8 -0.119 -215.08 wall-Int Rm12/8 -0.119 -141.15 �oor-Sgle-znt. Rml2/8 -0.119 -215.08 2StoryStair2 0.305 68.0 Floor Ambt -0.344 -11.74 wall-Stair Rm18/8 -0.112 -13.79 wall-Stair Ha112/8 0.007 3.78 wall-Stair Ambt -0.070 -8. 56 163_Stair 2StoryStair2/7 -0.000 -5.43 Page 61 winter doors closed with wind.txt �oor-Stair Ha112/8 0.007 52.83 wall-Stair Ambt -0.070 -17.08 Rm12 0.196 68.0 Floor Ambt -0.235 -346.43 wall-znt Ha113/8 0.119 16.94 Door-Sgle-Int. Ha113/8 0.119 215.08 wall-znt Ha113/8 0.119 64.93 Door-Sgle-Int. Ha113/8 0.119 215.08 wall-znt Ha113/8 0.119 141.15 Door-Sgle-Int. Ha113/8 0.119 215.08 wall-znt Courtyard/8 0.047 9.90 wall-Exterior Ambt 0.039 62.83 Floor Rm12/7 0.073 193.39 Wall-Exterior Ambt -0.280 -8.43 wall-Exterior Ambt -0.280 -61.79 wall-Exterior Ambt 0.039 64. 58 wall-Exterior Ambt -0. 387 -138. 57 wall-Exterior Ambt -0.387 -138. 57 wall-Exterior ambt -0.387 -123.72 Door-Sngl-Ext Ambt -0.280 -42.00 wall-Exterior Ambt -0.280 -106.73 Door-Sngl-Ext Ambt -0.280 -42.00 Door-Sngl-Ext Ambt -0.280 -42.00 wall-Exterior Ambt -0.280 -106.73 �oor-Sngl-Ext Ambt -0.280 -42.00 Rm16 0.113 68.0 Floor Ambt -0.152 -102.21 Door-Sgle-Int. Ha112/8 0.199 278.77 wall-znt Ha112/8 0.199 182.95 Floor Rm16/7 0.148 101.07 wall-Exterior Ambt -0. 304 -187.16 wall-Exterior Ambt -0.304 -187.16 wall-Exterior Ambt -0.197 -86.26 level : Roof elevation: 97.0 ft zone P T path from dP Flowl Flow2 systems: name air flows: recirc outside Barom._�amper 0.00 0.00 Elevatorl 0.00 8200.02 Elevator2 0.00 8200.00 Small_Elevator 0.00 0.00 Stairl 0.00 3300.00 Stair2 0.00 5000.00 Stair3 0.00 5949.99 Stair4 0.00 5249.99 StairS 0.00 5400.00 Stair6 0.00 3050.00 Note: flows in scfm pressures in in.H2O temperatures in °F �'� indicates limit exceeded Page 62 APPENDIX G CLIMATIC DESIGN INFORMATION Average Weather for Vail, CO - Temperature and Precipitation Page 2 of 4 Temperature (4F) Precipitation � Avg High Record High • Avg Precip. There are over 30 million millic � globally. Are you one of them? rf Avg Low _ Record Low � Yes, I am Legend: • +� .- �. _ � : � i ,, .: C' No, but I will be ��m � No, and I probably won't be �°t� View Result I�. < < _M- - - � - - -��- - - : - -a- - - � - - �- - -� -- � -- -� - - .�- - - �i44°F • - _ - - -- - - - --- - - - - - -- - - - -- _ _ _ _ ��---_N�� __ -�i�� .,� � .• .��. � ,�� . �}. �� . I �0°F -- - - --- --^ - --_ _ ___ _ _ __ ______ i �0°F _ _ t _ _ _ _ � - - - - F _ _ _ _ _ _ _ . _ _ .. �'°F �� i �''•ti - - - - . ,.::- � i , _ /f� � � ��°F - - - - - - - - - - � - - - - - - - - � - - - - - - - - - - - - - � - ' �� ' '�°F � _ - _ _ _ _ _ m y _ . a - - - - - - - - - � I�. _ � _�_ v � �.= _ �i_ - � � - --�- - -�- - - �_ __�« � � _�� a _ �_ � � -�''�°F - - - - - - - -- - - - - - - - - - - -- - -- - - - - - - - - -- - - -� - - - - http://www.weather.com/outlook/travel/businesstraveler/wxclimatology/monthly/graph/LTS... 8/7/2008 Average Weather for Vail, CO - Temperature and Precipitation Page 3 of 4 iz�� - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 10in - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 8in - - - - - - - - - - - - - - - - - - - - - - 6in - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4in - - - - - - - - - - - - - - - - - - - - 2.1R 2.2�# 2 Ifl --.{"' =b•:°- ='�r`- - ''"8.8 - - - -=�1 -=��*'� =.53- =.sf- °_.''1� � � � � � � � � � � � � Vail, CO Weather Facts • The average warmest month is )uly. • The highest recorded temperature was 95°F in 1989. • On average, the coolest month is January. • The lowest recorded temperature was -32°F in 1985. � July is the average wettest month. Details � Video I Text I Averages I FREE Trial: Larger Radar Maps & No Ads - Learn More � Business Travel Weather Features • Travel Wise Forecast Check airport conditions for vail, CO • Local Interstate Forecasts OR Find by airport: • Airport Impact Maps Enter airport code � • Pinpoint Weather on Our All-New Map! Search the Web �o POWi �A� Weather pownloads Mobile Weather Anywhere Top 100 Cities Desktop Weather Free Mobile Web Weather on Your Websit� Search by State IE Toolbar Phone Downloads Weather Logo Local Guides Firefox Weather PDA Downloads RSS Feeds Weather Encyclopedia Extension Video More Weather Tools http://www.weather.com/outlook/travel/businesstraveler/wxclimatology/monthly/graph/LTS... 8/7/2008 2005 ASHRAE Handbook-Fundamentals(IP) �O 2005 ASHRAE,Inc. Design conditions for EAGLE,CO,USA Stationname WMO# Lat Long Elev StdP Hours+/- Timezone period UTC code la lb 1c ld le 1f lg lh li EAGLE 724675 39.65N 106.92W 6512 11.551 -7.00 NAM 7201 �- Coldest Heating DB Humidification DP/MCDB and HR Coldest month WS/MCDB MCWS/PCWD month 99�6% 99% 0.4% 1% to99.6%DB 99.6% 99% DP HR MCDB DP HR MCDB WS MCDB WS MCDB MCWS PCWD 2 3a 3b 4a 4b 4c 4d 4e 4f Sa 56 5c 5d 6a 6b 1 -10.3 -4.1 -16.1 2.9 -9.6 -9.3 4.3 -3.0 24.0 34.3 20.2 34.1 2.1 110 .� .� Hottest Hottest Coolin DB/MCWB Eva oration WB/MCDB MCWS/PCWD month month 0.4% 1% 2% 0.4% 1% 2% to 0.4%DB DBrane DB MCWB DB MCWB DB MCWB WB MCDB WB MCDB WB MCDB MCWS PCWD 7 8 9a 9b 9c 9d 9e 9f l0a 10b 10c lOd l0e 10f 11a 11b 7 35.2 88.2 57.5 85.9 56.8 83.4 55.9 61.1 79.3 59.6 77.0 58.3 76.0 11.5 240 Dehumidification DP/MCDB and HR Enthal /MCDB 0.4% 1% 2% 0.4% 1% 2% DP HR MCDB DP HR MCDB DP HR MCDB Enth MCDB Enth MCDB Enth MCDB 12a 12b 12c 12d 12e 12f 12g 12h 12i 13a 13b 13c 13d 13e 13f 55.7 84.3 64.6 54.0 79.2 64.3 52.0 73.6 64.1 22.6 79.3 21.5 77.5 20.5 75.5 .- Extreme Annual WS Extreme ExGeme Annual DB n-Year Return Period Values of Exheme DB Max Mean Standard deviation n=5 ears n=10 ears n=20 ears n=50 ears 1% 2.5% 5% WB Max Min Max Min Max Min Max Min Max Min Max Min 14a 14b 14c 15 16a 16b 16c 16d 17a 17b 17c 17d 17e 17f 17g 17h 23.8 20.0 17.7 69.8 92.3 -19.5 2.1 7.5 93.8 -24.9 95.0 -29.3 96.2 -33.5 97.7 -38.9 �� - Jan Feb Mar Apr Ma Jun % DB MCWB DB MCWB DB MCWB DB MCWB DB MCWB DB MCWB 18a 18b 18c 18d 18e 18f 18g 18h 18i 18j 18k 181 0.4% 46.1 34.9 53.4 39.0 63.6 42.5 72.6 47.1 81.6 52.8 89.8 57.5 1°/ 43.7 34.4 50.9 38.0 61.1 41.7 70.4 46.5 79.4 51.8 87.9 56.3 2% 41.5 33.4 47.9 36.6 58.7 40.8 68.3 45.9 77.3 50.9 86.2 56.0 Jul Au Se Oct Nov Dec % DB MCWB DB MCWB DB MCWB DB MCWB DB MCWB DB MCWB 98m i8n 180 18p 18q 18r 18s 18t 18u 18v 18w 18x 0.4% 91.2 58.7 90.1 58.6 87.2 56.5 76.5 49.8 62.2 43.5 50.6 37.4 1% 90.1 58.4 88.4 58.1 84.4 55.8 74.6 48.9 59.2 42.1 46.5 35.5 2% 88.8 57.8 87.1 57.7 82.3 54.7 72.3 48.3 56.6 40.9 43.4 34.5 .� . Jan Feb Mar Apr Ma Jun % WB MCDB WB MCDB WB MCDB WB MCDB WB MCDB WB MCDB 19a 19b 19c 19d 19e 19f 19g 19h 19i 19j 19k 191 0.4% 37.4 42.4 39.8 50.9 44.4 59.5 49.2 68.7 55.3 76.6 60.4 83.2 1% 35.7 41.4 38.5 48.6 43.0 57.6 48.0 66.6 54.1 74.5 59.2 81.7 2% 34.3 40.0 37.3 46.3 41.7 55.7 46.8 64.8 52.8 72.4 58.1 80.7 Jul Au Se Oct Nov Dec % WB MCDB WB MCDB WB MCDB WB MCDB WB MCDB WB MCDB 19m 19n 190 19p 19q 19r 19s 19t 19u 19v 19w 19x 0.4% 63.5 83.0 63.8 83.5 58.9 78.8 52.1 69.3 45.3 59.7 38.2 47.9 1% 62.3 81.4 62.3 80.3 57.7 78.8 50.6 67.8 43.5 56.7 36.6 44.7 2% 61.4 80.0 61.0 77.8 56.9 77.3 49.6 66.3 41.8 54.4 35.2 42.1 �. Jan Feb Mar Apr Ma Jun Jul Au Sep Oct Nov Dec 20a 20b 20c 20d 20e 20f 20g 20h 20i 20j 20k 201 25.3 26.0 24.9 28.3 31.1 36.4 35.2 33.8 34.8 32.9 26.4 25.5 WMO# World Meteorological Organization number Lat Latitude,° Long Longitude,° Elev Elevation,ft StdP Standard pressure at station elevation,psi DB Dry bulb tempereture,°F DP Dew point temperature,°F WB Wet bulb temperature,°F WS Wind speed,mph Enth Enthalpy,Btu/Ib HR Humidity ratio,grains of moisture per Ib of dry air MCDB Mean coincident dry bulb temperature,°F MCDP Mean coincident dew point temperature,°F MCWB Mean coincident wet bulb temperature,°F MCWS Mean coincident wind speed,mph PCWD Prevailing coincident wind direction,°,0=North,90=East APPENDIX H MECHANICAL COMPONENTS- DATA SHEETS FAN DATA SHEETS VARIABLE FREQUENCE DRIVE DATASHEETS PRESSURE SENSOR DATA SHEETS POINT LOGIC CONTROLLER DATASHEETS BALANCING DAMPER DATA SHEETS CFM COMPANY AIR CONDITIONING / HEATING / VENTILATING EQUIPMENT 1440 South Lipan Street • Denver, CO 80223-3411 Phone: (303) 761-2291 • Fax: (303) 761-0325 SOLARIS REVISIOI\i �#' 2 F�ANS M �DIUM PRESSURE DIREGT DRIVE AXIAL MANUFACTURED BY GRE � NHECK SERIES : AX TaG : EPF-4 , EPF-5 , ,4ND SPF- 7 THRU SPF�6 CON711�IUOUSLY WELDED HEAVY GAUGE STEEL PERMATECTOR COATII�IG ON STRUCTURAL PARTS INLET A1�ID OUTLET FLANG�S VI�ITH MOUNTING HOL�ES CAST ALUMINUM AIRF'OIL BLADE AND HUB MANUALLY ADJUSTABLE BLADE P[TCH UNIVERSAL MOUI�IT[ IVG BRACKETS COMPANIOI�I FLANGE EXTENDED MOTOR LEADS VFD COMPATIBLE MOTOR DIR�CT MOUI�IT SPRING HAI�IGING ISOLATIOI�i BOLTED IIVSPECTtON DOOR INLET BELL Submitted by: Adam Bishop CFM Company 1440 S Lipan St Denver, CO 80223 � /±��C�ur�+y Printed Date: 10/3/2008 L'7 c ra� z,ra Job: Solaris 0 BuildingYalueinAir. ProductType: Centrifugal Mark: EPF-4 and 5 � Medium Pressure Direct Drive Axial Standard Construction Features . ` CASING Continuously welded heavy gauge steel coated with Permatector coating • Inlet � and outlet flanges with mounting holes • Corrosion resistant fasteners • Motor support rigidly formed and welded to the casing PROPELLER: Cast aluminum airtoil blade and hub • Manually adjustable blade pitch m.ea us �s �� TAGS �.� `—�b� � es, EPF-4 EPF-5 os� oia e� ��5 SELECTED OPTIONS & ACCESSORIES Universal Mounting Brackets CONFIGURATION Outlet Companion FLange Switch - Nema-t , Toggle, Ship Separate, Field Mounied Mounting Casing Style Material Type Weight (Ib) ExtendedtMOtor Le dsn Leads Extended to Casing Universal Long Steel 27p Class F Motor Insulation UUCUL-705 - "Power Ventilators" *'Weight does NOT include motor or accessories. VFD Rated Motor, Meets NEMA MG-1 Standard, S.F. is 1 .0 � MOTOR SPECS Isolators, Hanging, Direct Mount Springs Inspection Door, Bolted �hP� RPM V/C/P Enclosure Framet Size Motor Design UL Listed - BSI Class A 150 C / 300 F for 5 hours Inlet Bell - Steel 5 7770 460/60/3 TEAO 184 Nema High Efficiency Motor PERFORMANCE Elevation ft = 8,150, Airstream Tem ereture F = 70. Qty. Model Volume SP (in TS (ft/min) �� FRPM Operating SE % (CFM) wg) (ft/min) Power (hp) 2 AX-72-190-0429-A5 12,300 1 13,151 2,80'I 1 ,770 4.09 48 SOUND Inlet Sound Power by Octave Band LwA - A weighted sound power level, based on LwA dBA ANSISI .4. dBA - Aweightedsoundpressure 62.5 125 250 500 1000 2000 4000 8000 level, based on 11 .5 d6 attenuation per octave band at 5.0 ft. 95 96 93 90 87 83 78 75 92 81 1.2 6 �O 1.0 A 5 0.8 � � � � � � � Q _ 3 � 0.6 3 � QmCQ GER71f1ED MTIOGf a y o.a z — pIR e a u�� d u�4a w o.z i m to tbe�eH ot not se�e o.o a 0 3 6 6 8 W 12 14 16 18 Volume �CiM�x1,000 CAPS 3.9.1 .14 S:\GreenheckWdam Bishop�2007\Solaris.gcj Page 3 of 18 � /±�CC�uC�+� Printed Date: 10/3/2008 i.i GG PILV Job: Solaris ' BuildingualueinAir. ProductType: Centrifugai Mark: SPF-1 /4X Medium Pressure Direct Drive Axial a aF�ow Standard Construction Features ~ CASING: Continuously welded heavy gauge steel coated with Permatector coating • INet � and outlet flanges with mounting holes • Corrosion resistant fasteners • Motor support rigidly formed and welded to the casing PROPELLER: Cast aluminum airfoil blade and hub • Manually adjustable blade pitch is �sx p3� � e 135 � � Tag: SPF-i . ''—„"�'' SELECTED OPTIONS 8 ACCESSORIES ,e�3 m a� a Ho Es Universal Mounting Brackets � o� o�A o� Outlet Companion FLange Switch - Nema-1 , Toggle, Ship Separate, Field Mounted CONFIGURATION Permatector Coating on Steel Components Extended Motor Leads - Leads F�tended to Casing Mounting Casing STyIe Material Type Weight (Ib) Class F Motor Insulation WcUL-705 �- "POwer Ventilators" Universal Long Steel 65 VFD Rated Motor, Meets NEMA MG-1 Standard, S.F. is 1 .0 "Wei ht does NOT indude motor or accessories.� Isolators, Hanging, Direct Mount Springs 9 Inspection Door, Bolted MOTOR SPECS UL Listed - BSI Class A 150 C / 300 F for 5 hours Inlet Bell - Steel h�P� RPM V/C/P Enclosure Frame Size Motor Design High Efficiency Motor 5 3500 460/60/3 TEAO 182 Nema PERFORMANCE Elevation ft = 8,150, Airstream Tem erature F = 70. Qty. Model Volume SP (in TS (Wmin) �V FRPM Operating SE °/a (CFM) wg) (ft/min) Power (hp) 1 AX-01-160-0430-M5 � 4,950 1 .5 14,890 3,437 3,500 275 43 SOUND Inlet Sound Power by Octave BBnd LwA - Aweighted sound power level, based on LwA dBA ANSISI .4. tlBA - Aweightetlsountlpressure 62.5 125 250 500 t000 2000 4000 8000 level, based on 11 .5 de attenuation per octave band at 5.0 ft. 85 88 96 89 86 85 81 76 93 82 zo a a 0 PA�i is a i ° �.o z = QtIICQ � CERi1F1ED n q RIITIOGS y �m. ' NIR a � os ` � o� �z" �r ar s�s� ot e�e�� o.o 0 0 5 10 15 20 35 30 35 d0 0.5 50 55 60 65 >0 >5 Valume�CPM�x 100 CAPS 3.9.1 .14 S:\GreenheckWdam Bishop@007\Solaris.gcj Page 1 of 18 ��+��E/+� Printed Date: 10/3/2008 Z� Job : Solaris eu;idtngualueinair. ProductType: Centrifugal Mark: SPF-2 � Medium Pressure Direct Drive Axial Standard Construction Features ~— CASING: Continuously weided heavy gauge steel coated with Permatector coating • Inlet � and outlet flanges with mounting holes • Corrosion resistant fasteners • Motor support rigidly formed and welded to the casing PROPELLER: Cast aluminum airfoil blade and hub • Manually adjustable blade pitch �,.� �>: � :asz>� � � Tag: SPF-2 ,e�� '—�a°��"' � „a SELECTED OPTIONS & ACCESSORIES 0°" D1P Universal Mounting Brackets 8 XOLES o� o„ Outiet Companion FLange Switch - Nema-1 , Toggle, Ship Separate, Field Mounted CONPIGURATION Pertnatector Coating on Steel Components E#ended Motor Leads - Leads Extended to Casing Mounting Casing Style Material Type yye ght Qb) Class F Motor Insulation UUcUL-705 - "POwer Ventilators" Universal Long Steel 130 VFD Rated Motor, Meets NEMA MG-1 Standard, S.F. is 7 .0 Isolators, Hanging, Direct Mount Springs `*Weight does NOT include motor or accessoriea � Inspedion Door, Botted � MOTOR SPECS UL Listed - BSI Class A 150 C / 300 F for 5 hours Size RPM V/C/P Enclosure Motor Motor Desi n Inlet Bell - Steel (hp) Frame Size 9 High Efficiency Motor 5 3500 460/60/3 TEAO '182 Nema PERFORMANCE Elevation ft = 8,150, Airstream Tem erature F = 70. Qty. Model Volume SP (in TS (fNmin) �V FRPM Operating SE % (CFM) wg) (ft/min) Power (hp) 1 AX-54-190-0612-M5 7,500 1 .5 19,590 3,010 3,500 4.05 44 SOUND Inlet SOUnd Powef by Octave Band LwA - A weighted sound power level, based on LwA dBA ANSIS7.4. d6A - Aweightetlsoundpressure 62.5 125 250 500 1000 2000 4000 8000 levei, basetl on 17 .5 dB attenuation per octave 95 98 98 97 96 93 89 84 100 gg bantl at 5.0 R. s.a s.o a.s a.s � � � , a.a a.o ♦ 3g � — 3.5 � J.5 - 'O'11 ♦ � 3.0 3.0 3 � 1S . R.5 `- QfIICQ � CERTIfIED annrinw z.o zn _ y � s PIR 4, . �s � 9° i.o � w g f.0 t� m �O 0.$ 6 0.$ �O� �Ot SB\e o.o o.a 0 1 $ 3 6 6 6 ] 8 9 Vo�ume �CFM)x1,000 CAPS 3.9.1 .14 S:\GreenheckWdam Bishop�2007\Solaris.gG Page 5 of 18 ��+��E�+� Printed Date: 10/3/2008 Job: Solaris BuildingValueinAir. ProductType: Centrifugai Mark: SPF-3 � Medium Pressure Direct Drive Axial RF�aw Standard Construction Features � ~— � CASWG Continuously welded heavy gauge steel coated with Permatector coafing • Inlet � and outlet flanges with mounting holes • Corrosion resistant fasteners • Motor support I I rigidly formed and welded to the casing PROPELLER: Cast aluminum airfoil blade and hub • Manually adjustable blade pitch z,.� �,: � :45��z: �j38 ` Tag: SPF3 's'� ",as�'' L ,,, SELECTED OPTIONS & ACCESSORIES e'° �o�ES Universal Mounting Brackets � o� o�a Outlet Companion FLange - Switch - Nema-1 , Toggle, Ship Separate, Field Mounted CONFIGURATION Permatector Coating on Steel Components Eutended Motor Leads - Leads Extended to Casing Mounting Casing Style Material Type We ght (Ib) Class F Motor Insulation UUcUL-705 - "Power Ventilators" Universal Long Steel � 30 VFD Rated Motor, Meets NEMA MG-1 Standard, S.F. is 1 .0 Isolators, Floor, Direct Mount Springs, Indoor *`Weight does NOT indude motor or accessories � Inspection Door, Bolted � � MOTOR SPECS � UL Listed - BSI Class A 150 C / 300 F for 5 hours Inlet Bell - Steel �hP� RPM V/C/P Enclosure FrametSize Motor Design High Efficiency Motor 71/2 3500 460/60/3 TEAO 273 Nema � PERFORMANCE Elevationft = 8,150, AirstreamTem eratureF = 70. Qty. Model Volume SP (in TS (ft/min) �V FRPM Operating SE % (CFM) wg) (ft/min) Power (hp) t AX-54-190-0415-M7.5 8,925 1 19,590 3,581 3,500 3.63 39 SOUND Iniet Sound PoWef by Octave Band LwA - Aweighted sountl power level, based on LwA dBA P.NSIS1 .4. dBA - Aweightedsoundpressure 62.5 125 250 500 1000 2000 4000 8000 level, based on 11 .5 d6 attenualion per octave band at 5.0 ft � 95 98 101 95 94 90 86 82 99 88 a.s a.s � � a.a � � a.o ` � � 3.5 ♦ 3.5 � 3 ` ].0 50 a.o s z.s z.s - - amca `= CEATIf1ED � z.o z.a R11T111G! n _ �, 's +s — NIR 'y9e Y 1.0 q 1.0 �C� p� m 0.5 �g ��10 0.5 hOt58 0.0 0.0 0 1 3 0 q 5 6 ] 0 9 ID 11 Volume �CFM)x1,000 CAPS 3.9.1 .14 S:\GreenheckWdam Bishop�2007\Solaris.gcj Page 7 of 18 /� �±p�Cp�uC^v Printed DatJ b/Sola08 �� i9�7 G/yflGtrli ' eu�id�ny uaiue rn arr. Product Type: Centrifugal Mark: SPF-4 � Medium Pressure Direct Drive Axial A�aF�ow Standard Construction Features � �— CASING: Continuously welded heavy gauge steel coated with Permatector coating • Inlet � and outlet flanges with mounting holes • Corrosion resistant fasteners • Motor support rigidly formed and welded to the casing PROPELLER: Cast aluminum airfoil biade and hub • Manually adjustable blade pitch �,: :�,� � � �e Tag: SPF-a ,s.� '—"�'�'' � s� SELECTED OPTIONS & ACCESSORIES o�^^ ��^ 3B�5 Universal Mounting Brackets 0 XOLES o,� p,p Outlet Companion FLange Switch - Nema-1 , Toggle, Ship Separate, Field Mounted CONFIGURATION Permatector Coating on Steel Components Extended Motor Leads - Leads Eutended to Casing Mounting Casing Sryle Material Type We ght (Ib) Class F Motor Insulation UUcUL-705 - "POwer Ventilators" Universal Long Steel 130 VFD Rated Motor, Meets NEMA MG-1 Standard, S.F. is 1 .0 Isolators, Hanging, Direct Mount Springs � "Weight does NOT include motor or accessories. Inspection Door, Bolted � MOTOR SPECS UL �isted - BSI Class A 150 C / 300 F for 5 hours Size RPM V/C/P Enclosure Motor MotorDesign InletBell - Steel (hp) Frame Size High Efficiency Motor 5 3500 460/60/3 TEAO 182 Nema PERFORMANCE Elevation ft = 8,150, Airstream Tem erature F = 70. Qty. Model Volume SP (in TS (ft/min) �V FRPM Operating SE % (CFM) wg) (ft/min) Power (hp) t AX-54-190-0612-M5 7,875 1 19,590 3,160 3,500 3.77 34 - SOUND Inlet SoUnd Power by OCtave Band LwA - A weightetl sound power levei, based on LWA dBA ANSISI.4. deA - Aweightedsountlpressure 62.5 125 250 500 1000 2000 4000 8000 levei, hasetlonit .SdBattenuationperoctave band at 5.0 ft. 94 97 98 97 97 94 89 85 t01 90 s.o s.a 4.5 6.5 � ` � , a.o ` a.o ♦ a.5 35 ♦ �.5 ' 'a'If ♦ 3.Y 3.0 3 ° = amca � �.5 �'s CERTIi1ED R117111Gf n z.o z.o _ y ` D �N�R ts is � 4J . 1D 2 <O 1.0 m l� Of` a.s ° o.s �o � not sa�e o.o o.o 0 1 S 3 6 5 6 ] 8 9 Volume �CFM� x1,000 CAPS 3.9.1 .14 S:\GreenheckWdam Bishop�2007\Solaris.gcj Page 9 of 18 � /±��'E�HE�� Printed Date: 10/3/2008 �� Job: Solaris BuildingUalueinAir. ProductType: Centrifugal Mark: SPF-5 AX Medium Pressure Direct Drive Axiai A�AF�ow Standard Construction Features � ~ CASING: Continuously welded heavy gauge steel coated with Permatector coating • Inlet � and outlet flanges with mounting holes • Corrosion resistant fasteners • Motor support (S I 6 5 rigidly formed and welded to the casing PROPELLER: Cast aluminum airfoil blade and hub • Manualty adjustable blade pitch �3B � � Tag: SaFS � . 's� ",as�'' L 538 SELECTED OPTIONS & ACCESSORIES e °" ES Universal Mounting Brackets . o�, o,a �� Outlet Companion FLange . � Switch - Nema-1 , Toggle, Ship Separate, Field Mounted CONFIGUR4TION Permatector Coating on Steel Components Extended Motor Leads - Leads Eutended to Casing Mounting Casing Style Material Type Weight (Ib) Class F Motor Insulation UL/cUL-705 - "Power Ventilators" Universal Long Steel 130 VFD Rated Motor, Meets NEMA MG-1 Standard, S.F. is 1 .0 Isolators, Hanging, Direct Mount Springs "Weight does NOT include motor or accessories. Inspection Door, Bolted MOTOR SPECS UL Listed - BSI Class A 150 C / 300 F for 5 hours Size RPM V/C/P Enclosure Motor Motor Desi n �nlet Beli - Steel (hp) Frame Size 9 High Effciency Motor 5 3500 460/60/3 TEAO 182 Nema PERFORMANCE Elevation ft = 8,150, Airstream Tem erature F = 70. Qty. Model Volume SP (in TS (ft/min) �U FRPM Operating SE % (CFM) wg) (ft/min) Power (hp) "I AX-54-190-0613-M5 5,100 1 19,590 3,250 3,500 4 34 SOUND Inlet Sound POwer by OCtave Band LwA - A weighted sound power levei, based on LwA dBA ANSISI .4. deA - Aweightedsountlpressure 62.5 125 250 500 1000 2000 4000 5000 level, basetl on 17 .5 dB attenuation per octave 95 97 98 97 97 93 89 85 100 89 bantl at 5.0 ft. 5.5 6.5 5.0 � � � 5.0 � � , a.s as ` � ♦ a.o aa _ ♦ - 3S ♦ 3.5 � 3.5 - � 3.0 • 3.0 _ _ amca u cErtrinso ' '.' �.s nnTmw � n x.o aa = ,�, NIR is � ts � ��qm d f.0 g 1.0 � E�� m �yi� a.s a.s notsel dto a.o a.a 0 1 4 3 6 5 6 ) 8 9 ID Volume (CFM� x1,000 CAPS 3.9.1 .14 S:iGreenheckWdam Bishop�2007\Solaris.gcj Page 17 of 18 � �±�EE��C�+� Printed Date: 10/3/2008 �� C �+ Job: Solaris BuildingUalueinAir. ProductType: Centrifugal Mark: SPF-6 � Medium Pressure Direct Drive Axial Standard Construction Features PIqFWW �— CASING: Continuously welded heavy gauge steel coated with Permatec[or coating • Inlet � and outlet flanges with mounting holes • Corrosion resistant fasteners • Motor support rigidly formed and welded to the casing PROPELLER: Cast aluminum airfoil blade and hub • Manually adjustable blade pitch �,.s �5 � I � L Tag: SaF-s +�m "a"�'' � ,,, SELECTED OPTIONS & ACCESSORIES a� HO p , �ES Universal Mounting Brackets o,�, o„ Outiet Companion FLange Switch - Nema-1 , Toggle, Ship Separate, Field Mounted CONFIGURATION Permatector Coating on Steel Components Extended Motor Leads - Leads EYtended to Casing Mounting Casing Style Material Type We ght (Ib) Class F Motor Insulation UL/cUL-705 - "Power Ventilators" Universal Long Steel g0 VFD Rated Motor, Meets NEMA MG-1 Standard, S.F. is 1 .0 Isolators, Hanging, Direct Mount Springs "Weight does NOT include motor or accessories � Inspection Door, Bolted MOTOR SPECS UL Listed - BSI Class A 150 C / 300 F for 5 hours Size RPM V/C/P Enclosure Motor MotorDesi n InletBell - Steel (hp) , Frame Size 9 High Efficiency Motor 5 3500 460l60/3 TEAO 182 Nema PERFORMANCE Elevation ft = 8,150, Airstream Tem erature F = 70. Qty. Model Volume SP (in TS (ft/min) �V FRPM Operating SE % (CFM) wg) (ft/min) Pawer (hp) 1 AX-47-190-0614-M5 4,575 1 .5 16,842 2,484 3,500 2.53 45 SOUND Inlet Sound Powerby OCtave Band LwA - Aweighted sound power level, basetl on LWA dBA ANSISI.4. d6A - Aweightedsoundpressure 62.5 125 250 500 1000 2000 4000 8000 level, basetl on t 1 .5 dB attenuation per octave 93 96 95 92 91 88 83 78 95 g4 band at 5.0 ft. a.a 3.a S�o � z.s � z.s ♦ � ♦ ' zo x.o ♦ - ♦ - s ' �s �s ` QfI1CQ � CFRTIi1ED v MTIIIGf yi.o vo 81R J�m' a c �9° m 9 y 0.5 �4 0.5 m �o S`o�he e o Oot 5 \B�' 0.0 0.0 0 5 10 15 PO 35 30 35 40 0.5 50 55 60 Volume (CFM) x100 CAPS 3.9.1 .14 S:\GreenheckWdam Bishop�2007\Solaris.gcj Page 11 of 18 �ii� � i�i �HiV Y AIR CONDITIONING / HEATING / VENTILATING EQUIPMENT 1440 South Lipan Street • Denver, CO 80223-3411 Phone: (303) 761-2291 • Fax: (303) 761-0325 SOLARIS REVISION # 2 1VIOTOR CONTROLLERS VARIABLE FREQUENCY DRIVE MANUFACTURED BY ABB Mo �EL: ACH550 TAGS : SEE ATTACHED SCHEDULE STAI�IDARD DRIVE GOI`ISTRUGT[ ON DISGOI`INEGT SWITCH '1 '1 5/ 230-VOLT DIGITAL INPUT INTERFAGE START-UP BY FACTORY TRAINED P�RSONNEL OV�II`IER TRAII`IING Submitted by: Adam Bishop CFM Company 1440 S Lipan St Denver, CO 80223 �i.i��7iiiiai �c:`�i�Z`iu�� This schedule includes the products supplied as pa�of this submittal. � _... _,:5chedule.: ,. ,:, Motoi�Data'.., ;', , ; .. .. ;� . . -_ ' ... .�... ; ......Dcive Data . . . :. _. � �-��. '.. �.Tag� �; : : . �...'�� ._. '��. ..._ ..��;. � �utpu� ._ �; �t'em _--Qty..__.Ec{u�p�ent ID, ,'�;„HP,_��,��FLA�,.!Vo[ta.e �� Protluc#I€3 �, � �, ..a.. , ... ��-. .._....._��,.. ... - . . .�g _ .. ...,:�� ' _ �4m�as tColtage�,:; ' NP 1 1 5PF-3 7.5 11 VAC ACHb50-PDR-012A-4}B055+��12 7.5 ��.� VAC 2 4 SP�'-4, SPF-5, 5 7.8 4�� ACH550-PDR-OSA8-4-�B058+L512 � $.$ 480 EPF-4, EPF-5 VAC VAC 3 2 SMP-1, SMP-2 '[5 21 VA� ACH550-PDR-423A-4�BQ55+L512 15 23 VAC CHWP-S3, 4 3 CHWP-S4, EF- 20 27 U�� ACH55�-PDR-031A-4�BQ55+L512 2� 3'� VAC 53 b 1 GEF-1 75 96 VAG ACH550-PDR-�97A-4+B055+L�12 75 96 VAC HWP-S3, 6 � HWP-S5, � 7.6 ��Q ACH550-PDR-Q8A8-4*BD55+L512 5 8.8 4�Q HWP-S6, VAG VAC SPF-1, SP�-2 7 2 CT-'I, CT-2 25 34 VAC ACH550-PDR-038A-4+g058+�L512 25 3$ VAC 8 19 GSF-1 1.5 3.0 VAC ACH55D-PQR-03A3-4+g055 1.5 3.3 VAG HWP-S1, 9 3 HWP-S2, 10 14 VA� ACH550-P�R-D15A-4+g055 1d ��•4 VAC WWP-S4 10 1 SPF-6 6 7.6 VA� ACH55�-PDR-08A8-4+B058 � 8�� VAC 11 2 CHWP-S1, 25 34 �6Q ACH55Q-PDR-038A-4+B055 25 3g 4$0 C H W P-S2 VAC VAC '[2 1 EF-3 �•� 3•� VAC ACH550-P1�R-03A3-4+B055 1.5 3.3 VAC Notes: 1.AC Motor C1ata is per National Electrical Cod�Tahle 430.250 fortypical motors used in most applicafions and is pro�ided as typical data only. DC motor data is per fypical industry standards. Actua!motor data may uary. Submittal Schedule Details for SPF-3 Item Tag f Equipment ID Peoduct ID 1 SPF-3 ACH550-PDR-012A-4+g055+L512 _ _ _ __ _ _ (tem Description Input Voltage: 480 VAC Rated Output Current: 11 .9 AMPS Construction: Drive with Disconnect Enclosure: NEMA 12 UL Type 12 Nominal Horsepower: 7.5 Frame Size: R1 Input Disconnecting Means: Disconnect Bypass: None Input Impedance: Short Circuit Current Rating: 100 kA Communication Protocols: Other Options: 115/230V Di italln utinterface Qrive [npuf Fuse Ratin s Note. Drive is ULa roued withouf the neeil for m ut fuses. F�se tatin information rovided fof ousiomer refierenee} Amps (&00 � Bussmann T pe : ? 15 KTK-R-15 Wice Size Ca acities of Power Ferminals "; " Circait Brea[cer �iseonnectSwitch Termfnal Block: : Overload Rela ' G2ound Lu : N/A #10 � Z��bs N/A #10 N/A 7 in-Ibs N/A 35 in-Ibs " i . . Dimensio�s artd Wei hts Heighf Width . Depth , '. . Weight aisnension Drawing', . ini mm , . . in:f mm inl :mm Ibs / kg 29.3 / 744 8.7 / 222 11 .2 / 283 37 / 17 3AUA0000008216 2 Heat Dissi ation & AirECow Requiremenks . ' s Pawer Losses `- . : ; f . Aiiflovir ' Watts . BTU/Hr ": . . ' ° GFNSJ ' ° ' CM/Hr :. : € . ° 172.. .. .. . 587 26 . . . ... 44 '� � � � �� Refe�ence Drawin s � � Power Wking ,; Conneetian aia ram Dimension Detail PDOOR016PW-A PCPDR014CC-B 3AUA0000008216 3AUA0000014935-OHDI S � i�� iii�i ��i��dui� u��ii� id� SPF-�, � i� r'-5, Ct' t-4� EPF-5 Item Tag i'Equipment ID Product ID 2 SPF-4, SPF-5, EPF-4, EPF-5 ACH550-PDR-08A8-4+g058+L512 Ifem Description Input Voltage: 480 VAC �� Rated Output Current: 8.8 AMPS Construction: Drive with Disconnect Enclosure: NEMA 3R Nominal Horsepower: 5 Frame Size: R1 Input Disconnecting Means: Disconnect Bypass: None Inputimpedance: Short Circuit Current Rating: 100 kA Communication Protocols: Other Options: 115/230V Di ital In ut Interface � � Drrre Iriput Fiase Batings � Note: Drive is UL a roved w�thout fhe need for input fuses. Fuse Yatin mformation rouided toi eustomer reference Amps (660 �[) '. I Sussmann Type 15 KTK-R-15 _ _ __ Wire Size Capacities of Power Set'minals � . � Circuit6reakerf discannectSwitch . Termina( Block ! OverloadRela [ GroundLugj N/A #10 12#n-�Ibs N/A #2 N/A 7 in-Ibs N/A 40 in-Ibs Dimensions andYYeights ` ' Heiqht W�dth . . �epfh . Weight � inl mm � ' � inl mm � . inl mm � � Ibsl k ' �� DimensiqaDeawmg ;. _ 24 / 610 11 .5 / 546 14.1 / 359 75 / 34 3AUA0000012806 2 Heat Dissipafion & qirtlouv Requirertisnts PowerLosses Airflow CFM ', . ' r CM/Wr . . : � z . . .Watts�. ..��.. , , . : . : , . BTU/Hr, i : . : € - : . � . � i 127 .. .433 26. . .. .. 44 Reference D¢awin s Power Wiring Connectian Diagram �imension detail , 3AUA0000014935-A108 3AUA14PCPD37CC-B 3AUA0000012806 3AUA0000014935-OHDI �uamiiiai �ci�eduie ueiaiis �c�r i��"��-�3, �ii�'�r�-�a, i�i��7�-��, 5PF-1, SPF-2 , [tem; _._.,� ... Tag{,;�qu�ptnent ld ' ! Frad�cf41D , , ; _...:: _ .�..._ . ._. .. ..... . .. �.., � � 6 HWP S3, HWP-S5, HWP-S6, SPF-1, SPF-2 ACH550-PDR-08A$-4+8055+L512 .: , ___ __ .. .: .. ...... . ; ttem Qescri ��an:..:: ....;: , .. _ .___ ._ � _. .. . A - '�, : .. . .. .... _ � � � - _ _ . Input Voftage: 48D VAC Rated Output Current: 8.8 AMPS Construction: Dri�e with Disconnect Enclosure: NEMA 12 UL Type 12 Nomina! Horsepower: 5 Frame Size: R1 Input D'[sconnecting Means: Disconnect Bypass: I�one Input Impedance: Short Circuit Current Rating: �q0 kA Cammunication Protocols: Other Optians: 115/230V Di ital Input InterFace ,., _ . ..... ..Drtue I�rput.F�se Ratrri s , ; Not�:[Anae��l3�� .:�fQ�ed wkfhout ihe:n2ed�frir'-in ut_#USes. Fuse:ratin info€mat[o� iQUided for custo�ner-reference�- -:;: ;:. .......;�km� s(6OQ V� :,' ...��...� Buss�ti`ann:T:,pe .: ..... v ... ...._.... . . _ 15 KTK-R-1 b _ . . ,.. ;:� .,:. : W�re Size,�a a��t�es.af Fower�erit�ina[s ,. .: r._ .. -. _, , :�ircuFf Breaker... .";.�iscarine.ct:Sw�fch... :'-.,T�rrrrinal B�o�k _ .QYerl:oael Ft.e'la ..,... ., ..._,..CG�ou�ncl�t�u ��- _ NIA #10 __ #10 N!A #9 Q N/A 7 in-]bs '��in-Ibs N/A 35 in-6bs _ ,.� ;, -. , _ �� _ ��r��ns�ans a�d JIV�ei,�� ...:.': ......... � . ,� , „ Hei�hf 1NEdfh , Depth I�VFe[ght p�rrr�ns[on Draw�ng .�_..._.�n t.::rr�m . --- = . ..!��. mr� ' _ _'_....�rrl_Enrn......... itss L.k", .,.... • � � � ........ -- - 29.3I744 8.71222 11.2 1283 37117 3AUAOOa[3Q4$216 2 ;,; Heat D�ssEpation 8�Air�fow,Re`qurrerr�ents :,:.: ' _ :�ornree;Losses::. . .;;, � _,...A�rffc�w;, .-:: Watts.. .: _....._; 'm_ BTIttF{r __ ,.' C�111�;. _-L -: . .. �., ,�M�F�r.._ '{27 433 28 � ,,, _.......... ;,a; _.. :. � �� _:�, EJra�ri� :_� ,.__��.- � .... ..� �s ��;..___ _�....�` = �'�� . Ref�ren��:.._ .� .. ... ..........:.. ,. ..�.. ,.;. , � .,�.........t?��r�iensiokt Detaii��, . .... . �� '� . .....: .......Pouwer.lNrri� . ......= _ _', .Conne�t�on:D�a "ra€� . .....;_ ., PDOOf�016PW-A PCPDR014CC-B 3AUAD000008216 3AUApQ000'14935-OH�I � ubmiiiai �cneduie �ieiaiis tor � rF-� Etem- Tag /<Equipmen� ID Product ID 10 SPF-6 ACH550-PDR-08A8-4+g058 Ftem Description Input Voltage: 480 VAC Rated Output Current: 8.8 AMPS Construction: Drive with Disconnect Enclosure: NEMA 3R Nominal Horsepower: 5 Prame Size: R1 Input Disconnecting Means: Disconned Bypass: None Inputlmpedance: 5% Short Circuit Current Rating: 100 kA Communication Protocols: Johnson Controls N2, Siemens Buildings Technologies FLN (P1 ), Modbus RTU, BACnet Other Options: � Drive Input Fuse Ratings Ntate: Drive is UL approved without the need for mput fuses ' Fuse rattn irtformatron provided forcustomer reference} 'r Amps (8AQ Y) Bussmanii T pe 15 KTK-R-15 . Wire!. Size Capacities of Power Terminals Gircuif 6reaKer Diseanneet Switch " Termina[ B[ock 1' Overlaad Reta : Ground �u : _ N/A #10 12�n-�Ibs . N/A #2 N/A 7 in-Ibs N/A 40 in-Ibs . ` ` . ' . . .' . � . . . : �.� Dimensions and Wei hks ` ._. : 'i .. : ' ' ��:"Fleight INedth �. ' � Depth . Weighf � ' � in f mm . : in } mm in F mm : �[� { ,k � , � DFmension Drawing �� r : �. , . � : �- . . . . 24 / 610 11 .5 / 546 14.1 / 359 75 / 34 3AUA0000012806 2 � � Heat �issipation & Air�low Requiremeats = . . . . . . . . .. PowerLosses ` , . . . Airflow ? . Watts' . BTU/Hr GFM : ': . . . . .. : CMMr , 127 433 26 44 Reference Drawin s . � Po�irer VYirin : Conrtection Dia�ram �Dimerisioit Qetail � � 3AUA0000014935-A108 3AUA14PCPD37CC-A 3AUA0000012806 Dimension �rawing for SPF-3, HWP-S3, HWP-S5, HWP-S6, SPF-1, SPF-2, GSF-'I, E F-3 � ��,i rsa � P36.7 98.D 130,4 C93 � C3.4 7 C 5.1 7 7.p C 0.3 7 136.1 C 5.4 ] z � � � a �� » �� 711.9 �� . 744,0 C 28,0 7 v�, C29.3 7 �0 518,5 �� E 20,4 7 � C� Y!L Y O 4 C T � E� s� ��i.a � �.� E4,8 ] 98,0 �� C 3,9 7 � 0 4'Y C� �y M � a# ��.1 C� ��7 � �c x 38.0 -�°' I 1.5 ] �t 38.0 �22.5 E1.5 ] C0,9 ] s� C3 PLAEES) N N Y� �� L� a Q�� , ' , 283.4 �a 2U7,0 ��0 p I 11,2 ] '"�" C8.2 7 1�37.0 C6.7 I s C 5�8 ] � s �34,6 L!.4 ] C2 FLACES) 36,9 �28,3 C F,S ] C 1,1 ] 41.1 E 1.5 ] BOTT�M VIEW NOTES ° 1. DIM�NSI�NS SH�WN ARE IN MM CINCHES3. N 2, PRpDllCT WEIGHT� 15 kg C33 lbs.7. E N > = 1a�01342 '�"�''SEE ECN 10001342 �° °P' USINYI 45069 D.CRAWLEY 03/30105 T��' DIMENSION l]IZ.AWING ��'��r. � '`��`'• USINY/ 45069 R.CzONL4 03/30/OS 554,DRIVE W/iNPI7T OPTION � °'�'�{JSINY/ 4�069 6b/211Q4 UL TYl'E 12.Rl � mn.,am n�s�b.r �.ona Rev.a�L sY�Qt ' ABB Autan�afian and Drives 3AUA0004008216 C 2 4 � �imension urawing ior SPr'-4, Sr F-5, eFr-4, EPF-5, ��F-6 RECOMUENOED �0�.6 ]fi2 ca�uouirnccESS �40] --- � [3°7 + AREA ]62 [3.0] tJJ.9 [].0] I i0P VIEN! RAINHOOD 2PLC5 - - �EFi SIOE _ E 88-9 M1S12 [J.5] [�8.0] 85� [3.6] 304.0 539 19.0 419.1 m12.]0 - � Bz.o] [ai] [o.�l basl [moso] �' �' MOUNTNG HOLES - 19.0 REAR OF ENCLOSIIRE r [O.J] T�' 4 PLACES E ' I ------ � t6a.0 , �I�I �6.5] I � � 609.6 ? m 91 5 � � [24_0] [225] ttP, i , � I _ _ � II �II � � NOiES 1. DIMENSIONS SHONN ARE IN MILLIMETERS [INCHES] 2 APPROXIMAiE PROOUCT WEIGHT: Ri - 3AKG [�5 LBS] R2 - 3JKG [82 LBS] 3. RAIN HOODS ON LEFT ON�Y. ° "o a . a",. RELEASED "P� USINY/ 40062 e D.VARBLE 4/12/06 ""` DIMENSION DRAWING " � "pDL USINY/ 20500 K.PRODOEHL 1/03/07 DRIVE W/DISC MEANS �£} � 3 � °epL USINY/ 20500 20500 3/07/06 UL TYPE/NEMA 3R, SIZE 0 m xe:�� ooame.� ��me.. �o�e. " � A�� ABB Automation and Drives 3AUA0000012806 EN R�V.A. fn��z Power Drawing for SPF-3, SMP-1, SMP-2, CHWP-S3, CHWP-S4, EF-53, GEF-1, HWP-S3, HWP-S5, HWP-S6, SPF-1, SPF-2, GSF-1, HWP-S1, HWP-S2. HWP-S4, CH1NP-S1, CHWP-S2, EF-3 � f`1 N Q+ � N � W� - ❑ OD ;�� !r<l I F��' I �r �I r� �E � I E I � °o I � I � �p,0 I I � � ��°o 1 I I �o�¢ I � I � ¢o�� J I I � u '�-or,4j I � I I I I I � I I I I I I I I 1 I �d I I I �e I � I I � I ¢ I � I d I i I �Q I I I v a � I I I �¢ I � ! 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[V N Wl N N th [h m m !+1 V V V Y .�+�w+v�"rs�x�a+��ws�.�+.�+.��n n�w v.s��ia+m��+,°4,..�,w esg-a e•.�.,�aocoeemmeo-.i G3^:3°:;?!3.^. �r��r�:ng #o� SPF-6 � IA n P �^Y R � N N Ol N P h � } n 0 a U 1 a a � a' M � . "a a m3 m < .. :: �� t a a � � z � � �� $ e�v_� � �� fi� < � � ° � a � @ � � � � a � � � � 94�� a� � �� e e g � �� s � � � � � �� ` s � � 4 �� aea aee �_ °a n � � o � RT � pb u NSL u��' a3e 4 � �� FU W � � �� 9 �� a i ] .. r� m � m .�. ?: a !3 'A'i i^u R' Fi RS Ki ^n m - +�T+e a •M��M�Wm4uw�Y M vmw W Y n 4+ln�va� M PYY 0 .w 'Y-�YYI�i �.onneciion e�rawing �or �r�F-3, 3P�'-�., �PF-�v, E��-�, �P�'��, �ivir�-i, ��rii-�, CHWP-S3, CHWP-S4, EF-53, GEF-'I, HWP-S3, HVI1P-S5, HVVP-Sfi, SPF-1, SPF-2, CT- '[, CT�2 �., �, - � � M �, �. �, � �� 0 d 0 � Q _ ; �a � aa � �� e �,� ,�J,1 r===rr� �. �8 a o�� w �� p a _ - a � � � � E � z � g E w J � O �' H � R Z �I� _lo @Q('1 P�N ��\ � °Fl.". laJ Y QZ L�Q CG� WU ~W Z� v N�IZ � x�U Vy�J ¢J 0 I %mM� ¢]�� q�faU a � fi o a § n & '. n in n m - � � -. � � r� v v v m a.ncn�.e+o a:n uoa=rw� a �a.au_Pa�aa�ea re1'a��o3�.au1 we iw xcp eV-v�s�vBS�ie a��x. h EO-S2-8 0'na� H-2oCO850.dnpE-! r�vr�i ��v °i i3ul,ii,i vV�'i i7iv3vJ Description The ACH550 series is a microprocessor based Pulse Width Modulated (PWM) adjustable speed AC drive. The ACH550 drive takes advantage of sophisticated microprocessor control and advanced IGBT power switching technology to deliver high-pertormance control of AC motors for a wide range of HVAC applications. With drives ranging from 1 to 550 HP, the ACH550 series features a universal full graphic interface that "speaks" to the operator in plain English phrases, greatly simplifying set-up, operation, and fault diagnosis. The ACH550 is also programmable in fourteen other languages. Each ACH550 drive comes equipped with an extensive library of pre-programmed HVAC application macros which, at a touch of a button, allow rapid configuration of inputs, outputs, and performance parameters for specific HVAC applications to maximize convenience and minimize start-up time. The ACH550 series can handle the most demanding commercial applications in an efficient, dependable, and economic manner. � �. . _ S`,3st&; a°' '' _�-- �- �; : � � � _ mm _ �+ r °-y - �� _��C`.��"'_ .; ��' i . � �� ,.�t -,. ,�,, y w � : ,.. m � ... , �_ -,i �'-'__ " . , .:: .�-. -_ �� _ ';:i -L : � ., - 5,'; � � :: f.: :e P".F � ._ ? ...._E {i.9 "�` � `:: "� . , c ............... ....: �.. � ;i� � � ; m F ."e s , ,.:- . �_.._,; _ -; A � 'r�33�i ��r�c��c� F��iu�� UL, cUL labeled and CE marked HVAC SpecificApplication Macros EMI/RFI Fiiter (1 �` Environment, Restricted Distribution) Separate Safeties (2) and Run Permissive Inputs Start-Up Assistants Damper Control Maintenance Assistants Override Input (Fire Mode) Diagnostic Assistants Timer Functions Real Time Clock Four (4) Daily Start/Stop Time Periods Includes Day, Date and Time Four (4) Weekly StaNStop Time Periods Operator Panet Parameter Backup (readlwrite) Four Timers for Colleciing Time Periods and- Full Graphic and Multilinguai Display Overrides for Operator Control, Parameter Set-Up and Seven (7) Preset Speeds Operating . Supervision Functions Data Display: � Adjustable Current Limit Output Frequency (Hz) Electronic Reverse Speed (RPM) Automatic E#ended Power Loss Ride Through Motor CurreM (Selectable) Caiculated % Motor Torque Programmable Ma�cimum Frequency to 500 Hz Calculated Motor Power (kW) PID Control DC Bus Voltage Two (2) Integral Independent Programmable PID Output Voltage Setpoint Controllers (Process and 6cternal) Heatsink Temperature Eatemal Selection behveen Two (2) Sets of . Elapsed Time Meter (reset-able) Process KWh (reset-able) PID Controller Parameters Input / Output Terminal Monitor PID SleeplWake-Up PID Actual Value (Feedback) & Error Motor Control Features FaWt Te� Scalar (V/Hz) and Vector Modes of Motor Contml Warning TeM V/Hz Shapes Three (3) Scalable Process Variable Displays Linear User Defnable Engineering Units Squared Two (2) Programmable Analog Inputs Energy Optimization � Six (6) Programmable Digital Inputs � IR Compensation� � Two (2) Programmable Analog Outputs Slip Compensation Up to six (6) Programmable Relay Outputs (Three (3) Three (3) Critical Frequency Lockout Bands Standard) Preprogrammed Protection Circuits Adjustable Filters on Analog Inputs and Outputs Overcurrent Mathematical Functions on Analog Reference Signals Short Circuit All Control Inputs Isolated from Ground and Power Ground Fault Four (4) Resident Serial Communicafion Protocols Overvoltage - Johnson Controls N2 Undervoltage Siemens Building Technologies FLN (P1) Input Phase Loss Modbus RTU Output Device pGBT) Ovedemperature BACnet (MSlfP) Adjustable Current Limit Regulator Input Speed Signals UL508C approved Electronic Motor Overload (IZT) � Current 0 (4) to 20 mA Programmable Fault Functions for Protection Include Voltage 0 (2) to 10 VDC Loss of Analog Input Increase/Decrease Reference Contacts Panel Loss (Floating Point) External Fault Serial Communications Motor Thermal Protection Start/Stop Stall 2 Wire (Dry Contact Closure) Undedoad 3 Wire (Momentary Contact) Motor Phase Loss Application of Input Power Ground Fault � �Application of Reference Signal (PID Sleep/N/ake- 5% Input Impedance Up) Equivalent 5% Impedance with Internal Reactor(s) Serial Communications Patented Swinging Choke Design for Superior Start Functions Harmonic Miti9ation (R1 to R4) Ramp Flying Start � Premagnetization on Start OPTIONAL FEATURES Automatic Torque Boost 3 Relay E�ctension Module (OREL-Ot) Automatic Torque Boost with Flying Start 115/230 V Digital input Intertace Card (OHDI-01) Auto Restart (Reset) — Customer Selectable and Fieldbus Adapter Modules Adjustable LonWorks Stop Fundions Profbus Ramp or Coast to Stop Ethernet Emergency Stop DriveWindow Light Stad-up, Operation, Programming DC Braking / Hold at Stop- and Diagnostic Tool Flux Braking Fan Replacement Kit Accel/Decel � Two (2) sets of Independently Ramps � Linear or Adjustable 'S' Curve Accel/Decel Ramps ACH550 Specifications Input Connection Input Voltage (Ui) ..................................................................208l220/230/240 VAC 3-phase +/-10% 208/220/230/240VAC1-phase +/-� 0% � 380/400/415/440/460/480 VAC 3-phase +/-10%o . . 500/600 VAC 3-phase +/-10% Frequency: ............................................................................48 - 63 Hz Line Limitations: ....................................................................Max +/-3% of nominal phase to phase input voltage Fundamental Power Factor (cos W): .....................................0.98 at nomi�al load Connection: ..........................................................................Ui, Vi, Wi ��i. Vi. 1 'Phase) Output (Motor) Connection Output Voltage: .....................................................................0 to Ui, 3-phase symmetrical, Uz at the field weakening point Output Frequency: ................................................................-500 to 500 Hz Frequency Resolution: ..........................................................0.01 Hz Continuous Output Current: Variable Torque: ...................................................1 .0 * IzN (NOminal rated output current, Variable Torque) Short Term Overload Capacity: Variable Torque: ....................................................1 .1 ' IzN, (1 min/10 min) Peak Ovedoad Capacity: � Variable Torque: ....................................................t .35 ' IZN, (2 sec/1 min) Base Motor Frequency Range: ..............................................10 to 500 Hz Switching Frequency: ............................................................1 . 4. 8 or 12 kHz Acceleration Time: ................................................................0.1 to 1800 s Deceleration Time: ................................................................0.1 to 1800 s Efficiency: .............................................................................0.98 at nominal power level Short Circuit Withstand Rating: .............................................100,000 AIC (UL) w/o fuses Connection: ..........................................................................Uz, Vz. Wz Enclosure Style: ........................:............................................................UL (NEMA) Type 1 . Type 12� or Type 3R UL Pienum Rated Type 1 , Type 12 Agency Approval Listing and Compliance:.........................................................UL, cUL, CE Ambient Conditions, Operation Air Temperature: ..........................�..........................................0° to 40°C (32° to 104°F), above 40°C the maximum output current is de-rated 1 % for every additional 1°C (up to 50°C (122°P)) maximum limit. Relative Humidity: ..................................................................5 to 95%, no condensation allowed, marimum relative humidity is 60% in the presence of corrosive gasses Contamination Levels: IEC:........................................................................60721-3-t , 60721 -3-2 and 60721-3-3 Chemical Gasses:..................................................3C1 and 3C2 � Solid Particles: .......................................................3S2 � Installation Site Altitude: ........................................................0 to 1000 m (3300 ft) above sea level. At sites over 1000 m (3300 ft) above sea level, the maximum power is de-rated 1 % for every additional 100 m (330 ft). If the installation site is higher than 2000 m (6600 ft) above sea level, please contact your local ABB distributor or representative for further information Vibration: ...............................................................................Max 3.0 mm (0.12 in) 2 to 9 Hz, Max 10 m/s2 (33 ftis2) 9 to 200 Hz � sinusoidal Ambient Conditions, Storage (in Protective Shipping Package) Air Temperature:.......................................................................40°to 70°C (-40°to 158°F) Relative Humidity:....................................................................Less than 95%, no condensation allowed Vibration Tested to (IEC 60068-2-6):........................................In accordance with ISTA tA and 1 B specifications Bump Tested to (IEC 60068-2-29):..........................................Max 100 m/s� (330 ft/sZ) 11 ms (Tested 500 times each axis, each pole; 3000 times totai) Ambient Conditions, Transportation (in Protective Shipping Package) Air Temperature:....................................................................... -40°to 70°C (-40°to 158°F) Relative Humidily:....................................................................Less than 95%, no condensation aliowed . Atmospheric Pressure:..................._.._....................................60 to 106 kPa (8.7 to 15.4 PSI) Vibration Tested to pEC 60068-2-6):.._..............._...................Max 3.0 mm (0.14 in) 2 to 9 Hz, Max 15 m/s� (49 R/s�) 9 to 200 Hz sinusoidal Bump Tested to (IEC 60068-2-29):...........................................Max 100 m/s2 (330 ft/s2) 11 ms (Tested 500 times each aris, each pole; 3000 times total) Shock Tested to (IEC 60068-2-27) R1 : 76 cm (30 in) R2: 61 cm (24 in) R3: 46 cm (18 in) R4: 31 cm (12 in) R5 & 6: 25 cm (10 in) � ACH550 Specifications (continued) Cooling Information Cooling Method:.....................................................................lntegral fan(s) Power Loss: ..........................................................................Approximately 3% of rated power Analog Inputs Quantity .................................................................................Two (2) programmable Voltage Reference: ................................................................0 (2) to 10 V, 250kOhm, single ended C�rrent Reference: ................................................................0 (4) to 20 mA, 1000hm, single ended Potentiometer: .......................................................................10 VDC, 10 mA (t K to 10KOhms) Input Updating Time ..............................................................8 ms Terminal Block Size ...............................................................2.3mm2 / 14AWG Reference Power Supply Reference Voltage�.................................................................+10 VDC, 1 % at 25°C (77°F) MaximumLoad ......................................................................10 mA Applicable Potentiometer.......................................................1 kOhm to 10 kOhm Terminal Block Size...............................................................2.3mm2 / �4AWG Analog Outputs Quantity .................................................................................Two (2) programmable current outputs Signal Leve1 ...........................................................................0 (4) to 20 mA Accuracy................................................................................+/- t % tull scale range at 25°C (77°F) Ma�cimum Load Impedance....................................................500 Ohms Output Updating Time...........................................................2 ms Terminal Block Size ...............................................................2.3mm2 / 14AWG Digital Inputs Quantity .................................................................................Six (6) programmable digital inputs � Isolation .................................................................................lsolated as one group Signal Level ..........................................._.._..........................24 VDC, (10V Logic 0) . Input Current..........:............_..._...................................�.........15 mA at 24 VDC � . Input Updating Time: .............................................................4 ms Tertninal Block Size ...............................................................2.3mmZ / 14AWG Internal Power Supply Primary Use...........................................................................lnternal supply for digital inputs Voitage: ................................................................................±24 VDC, max 250 mA MaximumCurrent: ................................................................250 mA Protedion: .............................................................................Short circuit protected Relay Outputs Quantity .................................................................................Three (3) programmable relay (Form C) outputs Switching Capacity: ...............................................................8 A at 24 VDC or 250 VAC, 0.4 A at 120 VDC Mac Continuous Current: .......................................................2A RMS Contact Material:....................................................................Silver Cadmium Oxide (AgCdO) Isolation Test Voltage ............................................................4 kVAC, 1 minute Output Updating Time............................................................12 ms Terminal Block Size ..............................................................2.3mm� / 14AWG Protections Single Phase .........................................................................Protected (input & output) Overcurrent Trip Limit: ...........................................................3.5 x IzN instantaneous Adjustable Current Regulation Limit: ......................................1 .1 x IzN (RMS) max. Overvoitage Trip Limit: ........................................................... 1 .30 x UN Undervoltage Trip Limit: .........................................................0.65 x UN Overtemperature (Heatsink):.................................................±115°C (+239°F) . Auxiliary Voltage: ...................................................................Short Circuit Protected Ground Fault: .........................................................................Protected Short Circuit: ..........................................................................Protected � Microprocessor fault: .............................................................Protected Motor Stall Protection: ...........................................................Protected Motor Overtemperature Protection (Izt): .................................Protected Input Power Loss of Phase: ...................................................Protected Loss of Reference:.................................................................Protected Short Circuit Current Rating: ..................................................100,000 RMS symmetrical Amperes Input Line Impedance: ...........................................................Swinging choke 5% equivalent R1 -R6, 3% equivalent R8 U� = Input Voltage . UN = Nominai Motor VoHage . U2 = Output VoRage fN = Nominal Motor Frequency PN = Power — Normal Duty (HP) IzN = Nominal Motor Current — Normal Duty Specifications are subject to change without notice. Please consult the factory when specifications are critical. ACH550 Control Panel 7"he ACH550 Controf Pane�is a �nultifunc�ion controi panel with full graphic LC� disptay and mu�tipl� language capability. �'he control panel can be conneeted to and detached from the ACH55p at any time. The panel can be �sed fo upload ar�d copy parameters to other ACH550 drives. Status - LED m �.m.�h=°=mm=�.�,,:--�..e. � m°»°.."^^`.'..»M"��:�ez2�"^,.�^e» .mm..m��:-».."k«"�°^�:�.�e E (Gfeenvvhen °•�M::�.:�e:<•:��;��„• ,�.xo:::::c:�:�m:;;^�^:��;-„�:�"`---.sw'�? narmaf,rfflashing ��:�'•�•��„,��„�••:�� ;_�„, ;.,__,.M: q:�.�:.....�e„� �. �,.�� .�.....�.�.��.�.,�.��.. oered,see � qiagnostics.} `::' �� ; �� .�s �� uP �' �;E � °�. �3 saFr SOF"f' a°°� KEY 2 �� KEY 9 .�µ�°��°a....,.��.��; ., ; ---. _m --�-�� ""-�~° . �.e.� . °° _ ��;,,_ m� C?OWN � :�� _ �, ,:�� - � �� '�-: ?' :� E •�. .,.�:;: . AUTO _ F � H�LP �c,�µ . T:T »z,��'F�e� (always avai€able) OFF HAI�€Q Run indication and Shaff Directian Control Panel Dis la Si n�ficance Rotating arraw(clockwise or counterc[ockwise) Df�w� is runni�g and at set po+nt Shaft direction is forward or reverse Rotatin arrow blinkin Dri�e is o eratin but not at set oint Stationa arro�r Drive is sta ed L�D Indicators The greer� L�D indicates that the�ov�er is or+a�d tl�e dride is operating normally. The reci l�ED ind�cates a fault. A blinking green L�D ir�dicates an alarm conditian. A blinking �ed LED indicates a fauft that requires power ta be cycled off and on to reset the drive. Fault Indications The ACH5�4 Control Panel can display over 20 alarrrr and fault messages. The last fau[t and previous faults{1 #0 9) are retained in rriemory. The last fa�alt and pre�io�as faults (1 &2) aiso record impartant diagnos�ic inforrnation to assist in troub[eshooting. Mos#fa�alts can be reset�y pressing the RESET key (Saft Key 1}. Parameters Application specific parameters are immediately accessible through a selection of start-up"Assistan�s". A corr�plete list of parameters is also a�ailable grouped by func�ion in approximately 33 menu groups. One of the basie menu functions can be used to dispEay the complete list of chan�ed parameters. Real Time Clock The Operator Control Panel includes a real time clock whicF� pro�ides Day, Dafe and Time information, displayed in a choice of formats. The real time clock Ftas a 10 year battery back up and pra�ides time and da�e stamping of drive faults and other events. The clack is also used by the ACH550s infernal timer funcfions, pro�iding an integraf tirr�e cfack fior start/stop control as we�� as other control operations. Control Modes When the HAND key is pressed, the drive starts and pressing the UP/DOWN keys can modify the reference frequency. The HAND (keypad) control mode is indicated. When the OFF key is pressed, the drive stops and the OFF control mode is indicated. When the AUTO key is pressed, the AUTO control mode is indicated. The drive can be started and stopped using whichever remote start/stop command has been configured, a contact closure applied to the start/stop input, a serial communication command or a process feedback signal. In AUTO mode the drive speed is typically controlled by the external speed reference input or by the PID controller. If the HAND key is pressed while the drive is running in the AUTO control mode, the drive continues to run without changing speed, but ceases to respond to e�ernal input or PID speed reference changes. (Bumpless transfer) Pressing the UP/DOWN keys can modify the reference frequency. If the AUTO key is pressed while the drive is running in the HAND control mode and an external start command is present, the drive continues to run and follows the acceleration or deceleration control ramp to the speed set by the external input or PID speed reference. (Bumpless transfer) Cable Connections Terminal Description Note U1 , V1 , W1 3- power supply input Use of 1 - supply requires 50% derate of output current and is a licable for 208 to 240 VAC o eration onl . PE / GND Protective Ground Follow local rules for cable size. U2, V2, W2 Power out ut to motor Uc+, Uo DC bus X1 1 to 18 Control Wirin Low volta e control - Use shielded cable X1 19 to 27 Control Wirin Low volta e or 115VAC X1 28 to 32 Serial Communications Use shielded cable Follow local codes for cable size. To avoid electromagnetic interference, use separate metallic conduits for input power wiring, motor wiring, control and communications wiring. Keep these four classes of wiring separated in situations where the wiring is not enclosed in metallic conduit. Also, keep 115VAC control wiring separated from low voltage control wiring and power wiring. Use shielded cable for control wiring. Ampacity is based on the use of 60 °C rated power cable up to 100 Amps (75 °C over 100 Amps). Refer to the included tables for current ratings, fuse recommendations and maximum wire size capacities and tightening torques for the terminals. The ACH550 is suitable for use on a circuit capable of delivering not more than 100,000 RMS symmetrical amperes, 480 V maximum. The ACH550 has an electronic motor protection feature that complies with the requirements of the National Electric Code (NEC). When this feature is selected and properly adjusted. Additional overload protection is not required unless more than one motor is connected to the drive or unless additional protection is required by applicable safety regulations. For CE installation requirements, see ABB publication CE-US-02 "CE Council Directives and Variable Speed Drives." Contact your local ABB representative for specific IEC installation instructions. ACH550 Contro/ Terminals - Main I/O Terminal X1 X1 Identification Description 1 SCR Terminal for si nal cable screen. Connected internall to chassis round. Analog input channel 1 , programmable. Resolution 0. 1 °/o accuracy ±1 %. 2 AI 1 Default: 0 (4) - 20 mA (R; = 500 52) (J1 :AI1 ON) 0 (2) - 10 V (R; = 200 k52) (J1 :AI1 OFF) External reference 3 AGND Analo in ut common. Connected internall to chassis round throu h 1 M S2 4 10 V 10 Vl10 mA reference volta e out ut for analo in ut otentiometer, accurac t2 %. Analog input channel 2, programmable. Resolution 0. 1 % accuracy ±l °/o. 5 AI 2 Default: 0 (4) - 20 mA (R; = 500 52) (J1 :AI2 ON) 0 (2) - 10 V (R; = 200 k 52) (J1 :AI2 OFF) PID Feedback 6 AGND Analo in ut common. Connected internall to chassis round throu h 1 M S2 7 A01 Analog output channel 1 , programmable. Default: 0 (4) - 20 mA (load < 500 S2) Out ut fre uenc $ A�2 Analog output channel 2, programmable. Default: 0 (4) - 20 mA (load < 500 S2) Out ut current 9 AGND Analo out ut common. Connected internall to chassis round throu h 1 M 52 10 24 V Auxiliary voltage output 24 V DC / 250 mA (Reference to AGND). ShoA circuit rotected. 11 GND Common for di ital in ut DI return si nals. 12 DCOM Di ital in ut circuit common for all di ital in uts Dls . To activate a digital input, there must be ?+10 V (or <_-10 � between that input and DI Configuration DCOM. The 24 V may be provided by the ACH550 (X1 : 10) or by an extemal 12-24 V source of either olarit . 13 DI 1 AUTO mode Start/Sto : Activation starts the drive 14 DI 2 Not used 15 DI 3 Constant s eed 1 : Activation selects constant s eed 1 16 DI 4 Start enable 1 : Deactivation sto s the drive. 17 DI 5 Not used 18 DI 6 Not used 19 R01 C Common Relay output 1 , programmable 20 R01A Normall Closed NC (Default: Ready - 19 connected to 21 ). 21 R016 Normall O en NO 12 - 250 V AC / 30 V DC, 10 mA - 2 A 22 R02C Common Relay output 2, programmable 23 R02A Normall Closed NC (Default: Running - 22 connected to 24). 24 R02B Normall O en NO 12 - 250 V AC / 30 V DC, 10 mA - 2 A 25 R03C Common Relay output 3, programmable 26 R03A Normall Closed NC (Default: Fault(-1) - 25 connected to 27). 27 R036 Normall 0 en NO 12 - 250 V AC / 30 V DC, 10 mA - 2 A 28 Screen Terminal for si nal cable screen. Connected internall to chassis round. 29 B RS-485 Serial Communications Positive in ut wnnection - � 30 A RS-485 Serial Communications Ne ative in ut connection 31 AGND Analo in ut common. Connected internall to chassis round throu h 1 M S�. 32 Screen Terminal for si nal cable screen. Connected internall to chassis round. Notes: Digitai input impedance 1 .5 k Use multi-strand wire, size range: 20-16 AWG (0.5-1 .5 mm2) For faii-safe reasons, the Fault (-1) Relay signals a "FaulY', when the ACH550 is powered down. Drive Pack Standard Features ACH550 Drive Pack - Overview The ACH550 Drive Pack is an ACH550 Variable Frequency Drive packaged with either an input disconnect switch and fast acting fuses (ACH550-PDR) or an input circuit breaker (ACH550-PCR). UL Type 1 (NEMA 1 ) and UL Type 12 (NEMA 12) Drive Pack units are available from 1 to 100 HP at 208/240V, 1 to 550 HP at 480V, and 2 to 150 HP at 600V. UL Type 1 and UL Type 12 units are wall mounted from 1 to 200 HP and floor mounted from 250 to 550 HP. The ACH550 Drive Pack provides a door-mounted operator (padlockable in the OFF position), electronic motor overload protection, local operator keypad with graphics display, and provisions for external control connections. For outdoor applications, UL Type 3R (NEMA) 3R enclosed ACH550-PCR and -PDR Drive with Disconnect packages are available from 1 to 100 HP at 208/240V, 1 to 200 HP at 480V and 2 to 150 HP at 600V. Construction is sheet steel with a tough powder coat paint finish for corrosion resistance. A 100 watt, thermostatically controlled space heater and thermostatic control of the force ventilated cooling system are standard. The operator keypad is mounted on the drive within the enclosure. � _................... Q o a O � ❑ � ��j � � O' � p _ ACH550 Drive Pack Exterior Views Cable Connections The following illustrations show the ACH550 Drive Pack cable connection points for the various enclosure styles. The illustrations indicate the location of input and output power connections as well as equipment and motor grounding connection points. ACH550-PCR and PDR packages are configured for wiring access from the bottom only on vertical wall mount units and from the top only on UL Type 1 and UL Type 12 standard wall mount and floor mount units. UL Type 3R enclosures are configured for top or bottom access. At least three separate metallic conduits are required, one for input power, one for output power to the motor and one for control signals. i erminal �izes Power and motor cable terminal sizes are shown in the Submittal Schedule Details and in the Wire Size Capacities oiPowerTermina/s Table. The information provided is for connections to an input circuit breaker or disconnect switch, a motor terminal block, overload relay and ground Iugs. The table also lists torque that should be applied when tightening the connections. a a aa aa • p . AcHSSo g ➢RIVE O MD➢IILE �� UI � v m � a ° ° e m �UTP�T MOTOR C�NNECTI�N m b� . ➢RIVE ,;4. b��$ INPIIT e o o e� FOSES 2F, 3F, 4F R e 6ROON➢ � TERMIN2L . . Q � INPIIT P�VER CONNECTIDN � � . p CIRNIT� HREAKER 1MCH ➢R ° DISCONNECT 1DISC ��. � . . . . � 0 e Vertical Wall Mount Drive Pack Internal Views cawNo lQiNiNPl ❑ � AdISA INPUT Po%£A WNNEC110N INiIVE � ORWIT BPEPIfER IMCB M�� pp • U1 pSCQYNELT iMSC c �� o .4r � OUTPUT MOTOR CONNECTON ORIVE INPIIT FU35 1£. Y. 4F Standard Wall Mount Drive Pack Internal View DRIVE INPUT FUSES 2F, 3F, '4F GROUND BAR ' OUTPUT MOTOR ° � �p0 CONNECTION 0 0 0 0 o u a INPUT POWER GONNEGTION' CIRCUIT BREAKER 1MC8, $ ° DISCONNECT 1DISC, $ ° ' ' � OR o 0 0 TERMINAL BLOCK 1PTB � ° ,° o CONTROL � POWER TRANSFORMER 1T WITH 8F & 9F (UL TYPE 12 R g i OPTION ONLY) � � d � . . . � �� ACH550 o �p � DRIVE �I00 �O��O��u, I MODULE SECONDARY � �� s • FUSE HOLDER NOT USED � � � � .a �.��.�.��a Standard Floor Mounted Drive Pack Internal View Engineering Data and Ratings Tables Fuses Drive input fuses are provided to disconnect the drive from power in the event that a component fails in the drive's power circuitry. Since fast-acting fuses are provided, the branch circuit protections will not clear when the drive input fuses blow. If the drive input fuses blow, the motor can be switched to a Bypass (when provided) without replacing fuses or resetting a circuit breaker. The drive's electronic protection circuitry is designed to clear drive output short circuits and ground faults without blowing the drive input fuses. Drive input fuse specifications are listed in the Submitta/ Schedu/e Details and in the Fuse Ratings Table. Fuse rating information is provided for customer reference. LtertE Gatalog Nuinber Drive [nputiFuse Ratings Amps (60Q� Bussmann Type 1 �� ACH550-PDR-012A-4+B055+L512 �15 �� KTK-R-15 � 2 ACH550-PDR-08A8-4+g058+L512 15 KTK-R-15 3 ACH550-PDR-023A-4+g055+L512 30 KTK-R30 4 ACH550-PDR-031A-4+B055+L512 60 JJS-60 5 ACH550-PDR-097A-4+g055+L512 200 170M1370 orM2617 6 ACH550-PDR-08A8-4+g055+L512 15 KTK-R-15 7 ACH550-PDR-038A-4+B058+L512 � 50 JJS-50 8 ACH550-PDR-03A3-4+g055 15 KTK-R-15 9 ACH550-PDR-015A-4+6055 30 KTK-R30 10 ACH550-PDR-OSA8-4+g058 15 KTK-R-15 11 ACH550-PDR-038A-4+g055 60 JJS-60 12 ACH550-PDR-03A3-4+B055 15 KTK-R-15 Terminal Sizes / Cable Connection Requirements Power and motor cable terminal sizes and connection requirements are shown in the Submittal Schedule Detai/s and in the Terminal Sizes / Cable Connection Requirements Table. The information provided below is for connections to input power and motor cables. These connections may be made to an input circuit breaker or disconnect switch, a motor terminal block, overload relay, andlor directly to bus bars and ground lugs. The table also lists torque that should be applied when tightening terminals and spacing requirements where multiple mounting holes are provided in the bus bar. " ` Circuit Disconnecf ; Termi�al Over(oad ' GrQUncE . ttein ; Catalag,Npmber -. greaker . ; Switch : ; . ;BtocK : ReFay. Lug : , . .,_ ,. ACH550-PDR-012A- N/A #10 #� � N/A #10 � 4+g055+L512 N/A 7 in-Ibs 12 in-Ibs N/A 35 in-Ibs ACH550-PDR-08A8- N/A #10 #70 N/A #2 2 4+g058+L512 N/A 7 in-Ibs 12 in-Ibs N/A 40 in-Ibs ACH550-PDR-023A- N/A #8 #6 N/A #6 3 4+g055+L512 N/A 7in-Ibs 12in-Ibs N/A 35in-Ibs ACH550-PDR-031A- N/A #8 #3 N!A #3 4 4+B055+L512 N/A 7 in-Ibs 24 in-Ibs N/A 50 in-Ibs Ifem ' ` Cata[og Number eErcuit Diseonaect Terminal :, Overloed Ground Breaker Switch ' Block Relay ., Lug ACH550-PDR-097A- N/A � #1/0 #1/0 N/A � 3x �#3/0 � 5 4+g055+L512 N/A 70in-Ibs 48in-Ibs N/A 250in-Ibs ACH550-PDR-OSA8- N/A #10 #10 N/A #10 6 4+B055+L512 N/A 7 in-Ibs � 2 m-Ibs N/A 35 in-Ibs ACH550-PDR-038A- N/A #4 #3 N/A #3 � 4+g058+L512 N/A 18 in-Ibs 24 in-Ibs N/A 50 in-Ibs N/A #10 #10 N/A #10 8 ACH550-PDR-03A3-4+g055 N/A 7 in-Ibs � 2 in-Ibs N/A 35 in-Ibs #6 9 ACH550-PDR-015A-4+B055 N/A 7 n-$Ibs 12 in-Ibs N/A 35 in6lbs 10 ACH550-PDR-08A8-4+g058 N/A #10 � Z��bs N/A #2 N/A 7 in-Ibs N/A 40 in-Ibs #3 11 ACH550-PDR-038A-4+g055 N/A 18 i�n-Ibs 24 in-Ibs N/A 50 #31bs 12 ACH550-PDR-03A3-4+B055 N/A #10 � 2��Obs N/A #10 N/A 7 in-Ibs N/A 35 in-Ibs Heat Dissipafion Requirements The cooling air entering the drive must be clean and free from corrosive materials. The Submiftal Schedule Details and the Heat Dissipation Reguirements table below give the heat dissipated into the hot air exhausted from the drives. If the drives are installed in a confined space, the heat must be removed from the area by ventilation or air conditioning equipment. � Item � Gatafog Num6er �.'PowerLosses . � � : "Aiiilow� _ . : . Watts BTUlHr CFM [ CMfHr ' _ , .. � ACH550-PDR-012A- 172 5S7 26 44 4+g055+L512 2 ACH550-PDR-OSA8- 127 433 26 44 4+g058+L512 3 ACH550-PDR-023A- 337 1150 52 88 4+g055+L512 4 ACH550-PDR-031A- 457 1560 79 134 4+g055+L512 5 ACH550-PDR-097A- 1440 4915 99 168 4+g055+L512 6 ACH550-PDR-08A8- 127 433 26 44 4+B055+L512 � ACH550-PDR-038A- 562 1918 79 134 4+B058+L512 8 ACH550-PDR-03A3-4+g055 40 137 26 44 9 ACH550-PDR-015A-4+6055 232 792 52 88 10 ACH550-PDR-08A8-4+g05S 127 433 26 44 11 ACH550-PDR-038A-4+g055 562 1918 79 134 12 ACH550-PDR-03A3-4+B055 40 137 26 44 Dimensions and Weights Dimensions and weights of the drives provided are given in the Submitta/ Schedule Details and in the Dimensions and Weights Table. The table also lists the applicable dimension drawings that include additional detail. Dimension drawings may be provided in the back of this submittal. Item Gatatog Number `�E��`�i ` "��T�` ' ��"� ��i��` ' Dimertsian Drawing ; ° .mrniin ' mmlin ; mm / in : � k / Ibs : � ACH550-PDR-012A- 744 / 222 / 283 / 17 / 37 3AUA0000008216 4+g055+L512 29.3 8.7 11 .2 2 2 ACH550-PDR-08A8- 610 / 24 546 / 359 / 34 / 75 3AUA0000012806 4+g058+L512 11 .5 14.1 2 3 ACH550-PDR-023A- 844 / 222 / 295 / 21 / 47 3AUA0000008218 4+g055+L512 33.2 8.7 11 .6 2 4 ACH550-PDR-031A- 1030 / 267 / 304 / 36 / 78 3AUA0000008220 4+B055+L512 40.6 10.5 11 .9 2 5 ACH550-PDR-097A- 1380 / 713 / 483 / 121 / 3AUA0000021149 4+B055+L512 54.3 28. 1 19.0 266 1 6 ACH550-PDR-08A8- 744 / 222 / 283 / 17 / 37 3AUA0000008216 4+B055+L512 29.3 8.7 112 2 � ACH550-PDR-038A- 762 / 30 699 / 359 / 61 / 135 3AUA0000012807 4+B058+L512 27.5 14.1 2 8 ACH550-PDR-03A3-4+g055 �44 / 222 / 283 / 17 / 37 3AUA0000008216 29.3 8.7 112 2 9 ACH550-PDR-015A-4+g055 $44 / 222 / 295 / 21 / 47 3AUAOOOOOOS218 33.2 8.7 11 .6 2 10 ACH550-PDR-08A8-4+gp58 610 / 24 546 / 359 / 34 / 75 3AUA0000012806 11 .5 14.1 2 11 ACH550-PDR-038A-4+g055 "� 1030 / 267 / 304 / 36 / 78 3AUA0000008220 40.6 10.5 11 .9 2 12 ACH550-PDR-03A3-4+g055 �44 / 222 / 283 / 17 / 37 3AUA0000008216 29.3 8.7 11 .2 2 3chematics and Wire Diagrams Detailed wiring diagrams and schematics may be included for the products covered in this submittal. Please reference the following ABB part numbers for the drawings included with this submittal: Connectian �� Item Catalog Number Pawer Wrnng ' : �imensioR Qetai( ' [?ia ram �. . . ...�: : ' ' PCPDR014CG6 � :: . . . . � ACH550-PDR-012A- pD00R016PW-A 3AUA0000014935- 3AUA0000008216 4+B055+L512 OHDI 2 3AUA14PCPD37CC- 2 ACH550-PDR-08A8- 3AUA0000014935- 3AUA0000014935- 3AUA0000012806 4+B058+L512 A108 OHDI 2 PCPDR014CC-B 3 ACH550-PDR-023A- pD00R016PW-A 3AUA0000014935- 3AUA0000008218 4+B055+L512 OHDI 2 PCPDR014CC-B 4 ACH550-PDR-031A- pD00R016PW-A 3AUA0000014935- 3AUA0000008220 4+g055+L512 OHDI 2 PCPDR058CGB 5 ACH550-PDR-097A- pD00R016PW-A 3AUA0000014935- 3AUA0000021149 4+B055+L512 OHDI � 1 PCPDR014CC-B 6 ACH550-PDR-08A8- pD00R016PW-A 3AUA0000014935- 3AUA0000008216 4+g055+L512 OHDI 2 3AUA14PCPD37CC- � ACH550-PDR-038A- 3AUA0000014935- 3AUA0000014935- 3AUA0000012807 4+B058+L512 A110 OHDI 2 Connecfion ltem Catafog Number Power Winng Qimension Detail ' Diagram PCPDR014CC-A 3AUA0000008216 8 ACH550-PDR-03A3-4+B055 PDOOR016PW-A 2 PCPDR014CC-A 3AUA0000008218 9 ACH550-PDR-015A-4+g055 PDOOR016PW-A 2 3AUA14PCPD37CG 10 ACH550-PDR-OSA8-4+g058 3AUA0000014935- A 3P,UA0000012806 A108 2 PCPDR014CGA 3AUA0000008220 11 ACH550-PDR-038A-4+6055 PDOOR016PW-A 2 PCPDR014CC-A 3AUA0000008216 12 ACH550-PDR-03A3-4+g055 PDOOR016PW-A 2 Product short Circuit Current Rating Short circuit ratings shown below are as show on the device rating tabel. ftem ' ' Catafo Nuinber . Short Circuit Currenf Rafin � ACH550-PDR-012A- 100 kA 4+g055+L512 2 ACH550-PDR-08A8- 100 kA 4+g058+L512 3 ACH550-PDR-023A- 100 kA 4+g055+L512 4 ACH550-PDR-031A- 100kA 4+g055+L512 5 ACH550-PDR-097A- 100 kA 4+g055+L512 6 ACH550-PDR-08A8- 100 kA 4+g055+L512 � ACH550-PDR-038A- 100 kA 4+B058+L512 8 ACH550-PDR-03A3-4+g055 100 kA 9 ACH550-PDR-015A-4+g055 100kA 10 ACH550-PDR-08A8-4+B058 100 kA 11 ACH550-PDR-038A-4+g055 100 kA 12 ACH550-PDR-03A3-4+6055 100 kA Line Current Harmonics This paper provides a short introduction to line current harmonics and also presents an example of how the harmonics can be measured. General Line current harmonics are injected to the electrical network by non-linear loads connected to the network. Non-linear loads are devices the input current waveform of which is non-sinusoidal, in other words, the current waveform does not follow the voltage waveform. Examples of such devices are variable speed drives, welders, switch-mode power supplies, battery chargers etc. They generate harmful current harmonics that cause additional losses in the supply system degrading the active power handling capacity of the system. The harmonics also affect the voltage waveform and that can cause malfunction in other sensitive devices connected to the same transformer as the device producing harmonics. Harmonics are part of EMC, more exact the low frequency end of the EMC spectrum. All non-sinusoidal waveforms include harmonics. According to Fourier theorem, any non-sinusoidal waveform can be described by the fundamental wave plus one or more harmonics. A harmonic is a frequency that is an integral multiple of the fundamental frequency. The fundamental frequency is the frequency of the electrical network, 50/60 Hz. The term harmonic is used for both current and voltage distortions. The term THD (Toiai Harmonic Dis[ortionj is oiten used 4o describe the harmonic aontenis in the Gne current and is calculated with the following formula z Z _ z THD = 100 • � �lsh � = 100 • �s �s' h=z js� j:� where Is is the total rms current, Is, is the fundamental component and /sh is the harmonic component of order h. Because the current harmonics from all devices connected to the supply system sums up in the network, a small reduction of the harmonics generated in every device could lead to remarkably big savings in transformer heat losses. The heat losses in a transformer are directly related to the loading of the transformer and the copper losses of the transformer are related to the square of the current. If the converter feeds the motor with a certain power it requires the same fundamental current component Is, regardless of the choke. The additional losses are caused by the unwanted harmonics generated by the device. It can be seen from the formula below that the total rms current will be smaller if the THD is smaller thus reducing the losses in the network. Chapter Measurement Results presents an example of the savings in transformer heat losses that can be achieved by using ACS550 with a Swinging Choke instead of a converter with a conventional choke. IS = 1s� • � 1 + � THD�� 100 The standard IEC 61000-3-2 and the prospective standard IEC 61000-3-12 only restrict the amount of harmonics at nominal load but there are no restrictions on harmonics at partial load. Every device con�ected to the supply system is not operating at nominal load all the time, especially if it is a variable speed drive. A variable speed drive is used just in order to adjust speed and torque and is therefore often operating at partial load. In rectifiers with conventional LC-filters, the harmonic content increases rapidly as the load decreases. The amplitude of the harmonic currents also decreases but their part of the rms current increases. By reducing the harmonics at partial load, the harmonics in the whole supply system decreases. The Swinging Choke decreases the THD at partial loads because its inductance increases when the load decreases. The size and weight of the Swinging Choke is the same as for a Conventional Choke. The only way it differs from a Conventional Choke is that its inductance changes according to the current through it. v, te Figure 1 An example of the waveform of the current drawn by a six-pulse rectifier � � i.o . i.o 0.8 0.8 0.6 0.6 0.4 0.4 0.2 0.2 0 __ _ 0 ` :.... .. 1 5 7 11 13 17 19 23 25 1 5 7 11 13 17 19 23 25 (a) (b) Figure 2 Typical current spectrum of the three-phase rectifier (a) with idea/ inducfive smoothing Construction of a Swinging Choke The main objective of using a Swinging Choke in the frequency converter is to reduce the Iine current harmonics at partial load. There are also other benefits with a Swinging Choke. It reduces the peak line current and the peak-to-peak DC bus ripple current especially at partial load conditions. The total harmonic distortion produced by the device with a certain DC-capacitor bank depends directly on the inductance of the chokes in the drive. Larger inductance gives lower THD. With a Conventional Choke the THD increases rapidly as the load decreases because its inductance is constant regardless of the load. Because the inductance of the Swinging Choke increases as the load decreases it reduces the amount of THD at partial loads. To obtain a choke with non-linear inductance, the form of the air gap is changed. In order to increase the inductance at small currents, a "step" is introduced in the middle of the center post in the EI-core choke, Figure 3. When the current increases, the "step" begins to saturate which reduces the inductance of the choke. Figure 4 shows how the flux density is distributed in the choke when it is carrying a Iarge current. It can be seen that the flux density in the "step" is very high and as a result of that, the permeability of the iron in the step is almost the same as for air. A bit simplified, it can be said that the air gap is small at low currents and grows as the current increases. I-piece Step Center post Figure 3 An example of the form of the air gap . >2.OU7et000 � 1.825er000 : 2.007e�000 i.fi43e+000 : 7 .625es000 �+�y3�,"( 7.46Uer000 : 7.6-03e+000 7 1 7.277e+000 . 7.960e�000 7.095e�000 : 7.277e�000 � � " �u', 9.125rU01 : 1 .095ei000 7.30�e-U07 : 9.125r001 5.475r001 : 7.300r001 3.650rU�1 : 5.-075cU01 � � 1 .625e-(101 : 3.650c0U1 � <7.825e-�Ol Denslty PInL' �8�, Tesla Figure 4 Simulated magnetic flux density in the Swinging Choke Measuring Equipments and Test Set-up The line current harmonic test is performed on the basis of the prospective IEC 61000-3-12 standard at nominal load. The total harmonic distortion at various different loads is also measured to show the pertormance of the Swinging Choke. The line harmonics are measured with a power analyzer using current shunts. The current in all three phases is measured while the frequency converter is running in the field-weakening region, 50 Hz. The active power and current drawn from the supply are measured. The test setup for harmonic distortion measurements is shown in Figure 5. The value of the additional inductance added to the supply system is chosen in order to adjust the short circuit power of the supply and obtain a suitable value of short circuit ratio Rs�e according to the prospective IEC 61000-3-12 standard. The value of Rs�e should be above the minimum value 192 defined by the prospective IEC 61000-3-12 standard. This means that the value of the additional inductance depends on the rated power of the drive under test. The motor is loaded with a generator that is controlled with a regenerative drive, which transfers the energy to another network thus not disturbing the harmonic measurements. The star point of the supply transformer is earthed and there are no other devices connected to the same transformer during the measurements. Transformer Additional L = x uH Inductance Power Analyzer � L = xuH A Frequency V Converter Regenerative M r Factory �T Drive Ma;n sys[em Figure 5 Test setup for total harmonic distortion measurements Measuremenf Results The results of the THD measurements for the ACS550-01 -038A-4 R3 device are presented as an example in Figure 6. According to the measured THD results, it is very clear that the capacity of suppressing harmonics of the Swinging DC-choke is higher than of a conventional DC-choke with the sam� siz� ard weight. Campared tc the DC-cho�a typica!!y uszd in fraquency ccnverters e.g. in ACS4CO3 the THD is decreased with up to 25% at about half of the rated load. Measured input Line Current THD for ACS550-01-038A-4 R3 120 :m_m:::�rm::.,.-�.�mmm�::ms,�v-m_z..mmm.�m:.�n�.m-,.m...�m�.. ..�.rv c..4,._ti_ _mm m�m m_m- - _ - = _ �_m� ��_mm �=�-�=:.�m �mm _ m__ __==_ -- =m� __ _�-�.�.. . 100 �m::�ll;;�,�;��:�=:�—��=`=_`� __ ��°' '.�=�•`.�=��=� �' == _°""�..:.e.v..m._ • �-vm -��-_. 80 �. m� -..`�.:,.�.'r`z z v=��r:=� " :�r��.'�`V=��::v.:ar�v-`-m'.�-;�..... _m _ ""` �m.:�vm t��-��.-�_m . o _ m m ____ ��' ,:-'.°�r°= -- m -== - = _ - _ -- _ � _ _ ---�=-=�� tConventional Choke = 60 -`-_ ____' __ - " _ ______"_ =_ m"��'�__��___�� ACS550 Swinging Choke . F __"__'_ ' " ' '""' " - 40 ""_°' _°_' '_ " '' - _ _ _ _ . - _"' __ _' " ��...�_____�_� 20 ='' =- _" ' ' _"e _- _ =� -�' �� - --- c��- �_ _�==�T��--4�n � — � � = o��.�.��.��TM' O � mmm mmm m� m m mmm mmmm � m ��00 ��GD 0�4� ��V� ��80 1 ��0 � �20 linllinrated Figure 6 Measured input line current THD for a Conventional Choke and ACS550 Swinging choke in the ACS550-038A-4 R3 device When the amount of THD is decreased, the transformer heat losses also decrease as mentioned earlier. Figure 7 shows an example of the transformer heat losses with ACS550 Swinging Choke compared to a Conventional choke. This example is based on the THD measurements shown in Figure 6. The transformer heat losses are reduced because the required rms current at a certain motor power decreases. In other words, the power handling efficiency of the whole network is improved. Transformer Heat Losses as Function of Converter Output Power 120 _ _ - .�_�.�� ,��_-�,�- - -m__ --�__ �.—.-- m�;� ��_= _ _ _ -_��=-_ ,--.,-��;:� ,�� _ �-'' 100 � m -____ -��.�== _;�;.-= ti��=r -.r�,m�� — m ° $� - m - ___ °�" _ d 60 -- "� _ m mm___ _m _- �}'Conventional Choke a �m__�"-_ �= ° `-°=�=: __� = mm Swinging Choke a --_m `m _ �� • = ��"m:,�= o -- -- - °v...��' ..,.... _ _.�_�=.-.' � qp - " -_"" �� `�s°r-�=�-' �ry�5vvrct�'s��.a��:� m'.Yiv'Poy..x�...�°•vu m m m .^.:....e....�'�^'�»�:e.��ma'imvmm� 2� "•-.•=�,� _ _ � `__ ��;��' "_ ��. °--m�, _m__ _ ma:r m_�_ O --� �m ___ _ __ _ �� _ _ ______ 0 50 100 150 Load [%] Figure 7 Transformer heat losses with ACS550 Swinging Choke compared to a Conventional Choke A Swinging DC-choke is used only in frames R1 -R4 because AC-choke technology is used in frames R5- R8. The reason for this is that when the rated current of the drive increases it is more suitable to use AC- choke technology. In the future, the Swinging Choke technology will be implemented also in AC-chokes. AX-72-190 -0429-A5 Volume (CFM): 12,300 Air Density (Ib/ft3): 0.055 SP (in wg): 1 Outlet Conditions: Fan Performance Chart: RPM Family Power (hp): 4.09 OutletCone: . FRFM: 1 ,770 Elevation (ft): 8,150 � Air Stream Temp. (F): 70 Inlet Sound Data 62.5 125 250 500 1000 2000 4000 8000 LwA dBA Sones a 95 96 93 90 87 83 78 75 92 81 36 � O� ..- �� =— 'm L� ^� � 2.� ♦ � � .8 ,� '0 1 .6 ,� . �s . . y . . . 1 .4 � ♦ ♦ � � ♦ 1 .2 � s � ` ♦ m � ♦ 3 7> � ♦ c 1 .0 � �� `� �� m � � � 76 A2l� �� a o.a � � �• ` o ,p � ♦ � 2j ♦ � tn u'� � ` � 0.6 � ` J�e. 7 ,� � , � `,� ` � � 0.4 �' A ` �� 5 6 ` � � o��'r�y `�� RA2� �` �� ,�. 0.2 R • e e�t�O �� ''OM � ` o.o ot s . • 0 2 4 6 8 10 12 14 16 18 20 22 24 Volume (CFM) x 1 ,000 CAPS 3.9.1.14 ...... _._ . __ .._ _.... ..._ ... ._ __. ...... .._.__ ... ...... i...... __. ..._ ..__, _.__. AX-41 -160-0430 -M5 ��me c�FM>: 4,95o Air Density Qb/ft3): 0 055 SP (in wg): 1 .5 Outlet Conditions: Fan Performance Chart: RPM Family Power (hp): 275 OutletCone: FRPM: 3,500 Elevation (ft): 8,150 InletSound Data AirStreamTemp. (F): 70 62.5 125 250 500 1000 2000 4000 8000 LwA dBA Sones � 85 88 96 89 � 86 85 81 76 93 82 36 1 �� ... 1 4.0 3.5 � � � A � 3.0 ,� � � oS � 2.5 ��A � � � m 4 � 3 � ♦ � ♦ � � 2.0 � � � � � � � � � � �� 1 .5 3 � �0 7 ` ♦ cn iQ � ` 2� 2� ` �. ` . � . . � 1 . 0 � ` � e�' S7 . � `� �5��`� � �A , , ,,� ,� o.e '�r R � . . . . ti`c�e�e � A �� . . r�O � R,o '� ' . ` not se�e � �. �. o.o ` . 0 1 2 3 4 5 6 7 8 9 10 Volume (CFM) x 1 ,000 CAPS 3.9.7.14 ..._ _._. ....._ ....... ...... __.. ._... _.__. _... _..._ ___ .._.. .i_.__ . _.... __.. __._._.. .._.._. AX-54-190-0612-M5 Volume (CFM): 7,500 Air Density Qb/ft3): 0.055 SP (in wg): 1 .5 Outlet Conditions: Fan Performance Chart: RPM Family Power (hp): 4.05 OuHetCone: FRPM: 3,500 Elevation (ft): 8,150 � Air Stream Temp. (F): 70 Inlet Sound Data ////// . 62.5 125 250 500 1000 2000 4000 8000 LwA dBA Sones �`� . �� _ � 95 98 � 98 97 96 93 89 84 100 89 59 6 . �py� � p � � 5 � ) � � � . ,y . ` A ` � � � � � � 4 � � � � S � � . . . . . 3 �A � � c � , � 3 � , � � � �1� � � � � v, p� � � • � � � � � ♦ a 2843 0 � ., � � 2 �,• Rp � �� 2S ` � � �� , �AM . • . � � . 5 1 � �, � J •�5 8�/� . . �. r M . . 1 � � �e � RA � � � � `. cti��`c`e 2�3531 'OM M , � ,�` ,�. p notise R,o . � `� .� o � � 0 1 2 3 4 5 6 7 8 9 10 11 12 Volume (CFM) x 1 ,000 CAPS 3.9.1'14 AX-54-190 -0415 -M7 . 5 Volume (CFM): 8,925 AirDensity (Ib/ft3): 0.055 SP (in wg): 1 Outlet Conditions: Fan Performance Chart: RPM Family PoWer (nP>: s.ss OutletCone: � FRPM: 3,500 Elevation (ft): 8, 150 � � Air Stream Temp. (F): 70 Inlet Sound Data 62.5 125 250 500 1000 2000 4000 8000 LwA dBA Sones 95 98 101 95 94 90 86 82 99 88 54 ` �'. 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(F): 70 Inlet Sound Data �---� 62.5 125 250 500 1000 2000 4000 8000 LwA dBA Sones 94 97 98 97 97 94 89 85 101 90 60 � � �� : �� " � 6 � �O � , '�'p � � 5 � ) � � � � � , ti,� , . , , . , 4 � ` � S • , � � � 3 n ' � '• A � � � � � . 3 ` � �� m A � � � ♦ � � � � � a � U 28�t3 � � � , �� ♦ w 2 �. Rp � � � � . . 2S ` � . �. �� R,oM � • `, `, t 5`� 218� ' • �. •�y /� . . . r M . . 1 � � �� R,o �• , �� e �s3 � M � , � , c'��'O�r 2p3 A�'/ � ,'. � p �otse Rp � ` � ,aa o ` ` 0 1 2 3 4 5 6 7 8 9 10 11 12 Volume (CFM) x 1 ,000 CAPS 3.9.1.14 � AX-54-190-0613 -M5 Volume (CFM): 8, 100 Air Density (Ib/ft3): 0.055 SP (in wg): 1 Outlet Conditions . Fan Performance Chart: RPM Family Power (hp): 4 OutletCone: FRPM: 3,500 Elevation (8): 8,150 � Air Stream Temp. (F): � 70 Inlet Sound Data 62.5 125 250 500 1000 2000 4000 8000 LwA dBA Sones 95 97 98 97 97 93 89 85 100 89 59 t '. S�� 6 , 7O ` . 5 � � � � � .S � . tiA , . , . , . 4 � ` � �� m � � � 3 ` � � " ` � c � � •�/ �� 3 � ` � � > >J�A � � . . N � � � N ♦ ♦ ♦ N � ` , a` 28� • � � � � � . � Z 2 A ` � �` . � a`? 67S � �� RA,� � �� . .�� 2 �8 � . 'QA . . 1 �r � � � �.`�`P' � �S RA ` , ,`, ,`• 6�'+�\O y2p3 3 �pM � � , � �' � p I�ots � � �♦ 0 � 0 1 2 3 4 5 6 7 8 9 10 11 12 13 Volume (CFM) x 1 ,000 CAPS 3,9,1.14 .__ ._._ __. _._ __.. _... ... .. ___ ....... .___. __._ _..... . ....... _.... .._. .._._. __.._... AX-47-190-0614-M5 Volume (CFM): 4,575 Air Density (Ib/ft3): 0.055 SP (in wg): 1 .5 Outlet Conditions: Fan Performance Chart: RPM Family Power (hp): 2.53 OutletCone: FRPM: 3,500 Elevation (ft): 8,150 InletSound Data °�" AirStreamTemp. (F): 70 62.5 125 250 500 1000 2000 4000 8000 LwA dBA Sones 93 96 95 92 91 88 83 78 95 84 43 � c�` �, �� 5.5 , !� 5.0 . � 4 ♦ 4.5 ` � � � 4.0 ` . y , , , , , 3.5 — �� o� ` � 3 3.0 � � � u' � � m ��' � � � � N 2. 5 � � a` 3 � `� . � U � � ` 2.� � �° A v� y 8 � � �� `� J �3 � � 1 .5 — � e, 2S 2j � � � �� 7 . � 1 .0 . y J 2 RA � . �. �. e� o�� 18s9 �A , , ` ,, . , . 0.5 , G� � � � se�e . � �. no . . o.o � 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 Volume (CFM) x 100 CAPS 3.9.1.14 � _.... ...... . ... . , i _. ._.. _._ ....... .__.. ...... ....... ...... _...... ..._. .__. _._ ____. ._...,.. ..._.__. FAN SCHEDULE HOT WATER BOILER SCHEDULE � MANUF. PRESS PRESS FLUE FAN `" MANUF. STATIC WHEEL MOTOR INPUT OUTPUT EMERGENCY Weight DESIGNATION SERVICE MODEL TYPE FUEL GPM EWT(°F) LWT(°F) DROP RATING SIZE (ID) MOTOR REMARKS DESIGNATION LOCATION SERVICE MODEL IYPE CFM PRESSURE SIZE RPM WATTS BHP VOLTAGE/ VFD Control REMARKS (MBH) (MBH) HP POWER (LBS) NUMBER (FT H20) (PSIG) (INCHES) HP NUMBER (IN WG) (IN) PHASE B-1 Heating Bryan RV-700W Forced Draft Natural Gas 6000 5040 280 140 180 5 150 16 5 � B-2 Heating Bryan RV-700W Forced Draft Natural Gas 6000 5040 280 140 180 5 150 16 5 GEF-1 Garage Level Garage E�aust GREENHECK Centrifugal DWDI 130,000 1.5 60 1725 - 68 75 460/3 Y N 3920 4 B-3 Heating Bryan RV-700W Forced Draft Natural Gas 6000 5040 280 140 180 5 150 16 5 • � �`� _ ��_ �,A f"C h�t Cts 60-AFDW-21 B-4 Heating Bryan RV-700W Forced Draft Natural Gas 6000 5040 280 140 180 5 150 16 5 =_- GEF-2 Loading Dock Garage E�aust GREENHECK Vane A>dal 37,200 1.5 42 1505 - 18 20 460/3 N N 942 - B-5 Heating Bryan RV-700W Forced Draft Natural Gas 6000 5040 280 140 180 5 150 16 5 �� VAB-42F7-II-20 - GEF-3 Loading Dock Garage E�aust GREENHECK Vane Axial 27,700 1.5 36 1680 - 14 15 460/3 N N 776 - VAB-36F14-II-15 GSF-1 Garage Level Garage Circulation TWIN CITYQSL-165 Mixed Flow 3,000 0.5 20 1201 - 0.49 1/2 208/3 N N - SEE PLAN FOR QUANTITY 2301 BLAKE ST.,STE.#100 HOT WATER UNIT HEATER SCHEDULE DENVER,COLORAD080205 CEF-A Condominiums Toilet PANASONIC FV-10NLF1 In-Line 82 0.4 - 1569 37 - - 120/1 N N - SEE PLAN FOR QUANTITY 303.861.8555 F.303.861.3027 CEF-B Condominiums Toilet PANASONIC FV-20NLF1 In-Line 200 0.4 - 1154 57 - - 120/1 N N - SEE PLAN FOR QUANTITY MANUF. MOTOR PD CAPACITY EWT LWT EAT LAT FLOW 0225 MAIN STREET.UNIT C101 CEF-C Condominiums Toilet/Laundry Room PANASONIC FV-05VQ2 Ceiling 44 0.25 - 1100 14 - - 120/1 N N - SEE PLAN FOR QUANTITY DESIGNATION MODEL SERVICE TYPE CFM (IN H20) MBTUH (°F) (°F) (°F) (°F) (GPM) HP AMPS VOLTAGE/ REMARKS EDWARDS,COLORADO 81632 N UM B E R P HAS E 970.926.8960 F.970.926.8961 EF-1A Loading Dock Loading Dock E�. GREENHECK CSP-A1410 In-Line 2,725 0.5 20 1201 1329 - 1/2 120/1 N N - 3 EF-1B Loading Dock Loading DockE�. GREENHECKCSP-A3600 In-Line 0.5 20 1201 822 - 1/2 120/1 N N - 3 UH-1 MCQUAYUD-59 Loading Dock Vertical 1155 0.6 57,900 175 148 35 78 4.3 1/30 2.1 120/1 1,3 EF-2 RoofL9 RetailToiletExh. East GREENHECK Axial 1,700 2.0 - 3500 - 1.12 1.5 460/3 N N - _ UH-2 MCQUAYUD-59 LoadingDock Vertical 1155 0.6 57,900 175 148 35 78 4.3 1/30 2.1 120/1 1,3 UH-3 MCQUAYUD-59 LoadingDock Vertical 1155 0.6 57,900 175 148 35 78 4.3 1/30 2.1 120/1 1,3 Plantroom Vent/Chiller Room EF-3 Plantroom TWIN CITYQSL-200 Mixed Flow 2,000/4,000 0.8 24.5 997 - 0.69 3/4 460/3 N Y - 2 SPEED FAN UH-4 MCQUAYUD-59 Loading Dock Vertical 1155 0.6 57,900 175 148 35 78 4.3 1/30 2.1 120/1 1,3 Purge UH-5 MCQUAYUH-24 L1,L2 Corridors Horizontal 340 0.8 15,700 175 148 35 75 1.6 1/25 1.6 120/1 1,2,3 EF-4 RoofL9 EastTrash Room E�aust TWIN CITYT500L In-Line 400 0.5 - 890 232 - - 120/1 N N - - MCQUAYUH- Chiller EF-5 Roof L9 WestTrash Room Exhaust TWIN CITYT500L In-Line 400 0.5 - 890 232 - - 120/1 N N - _ UH-6 2g0 Plantroom Cabinet 4590 6 200,000 175 148 35 72 22 1/2 6.7 120/1 1,3 EF-6 Plantroom Fuel Oil Tank Room E�aust GREENHECK In-Line 200 0.5 - - - - 1/2 120/1 N Y - 5 - - - - - - - - - - - - - - - - FI1CI( + Kurtz Inc. EF-7 Roof L5 SW Trash Room E�aust TWIN CITYT500L In-Line 300 0.5 - 890 232 - - 120/1 N N - - UH-8 MCQ290YUH- Garage Entry Cabinet 4590 6 200,000 175 148 35 72 22 1/2 6.7 120/1 1,3 405 Howard St.,Suite 500 EF-8 Garage Level Ice Rink Mech Rm Ventilation GREENHECK CSP-A1410 In-Line 1300 0.5 - - - - 1/2 120/1 N Y - - Domestic Water San Francisco, CA 94105 UH-9 MCQUAYUH-86 Cabinet 1340 1.4 52,000 175 148 35 68 6.3 1/8 2.3 120/1 1,3 Tel. (415) 398-3833 EF-9 Garage Level Water Feature Rm Ventilation GREENHECK CSP-A710 In-Line 500 0.375 - - 325 - - 120/1 N N - 1 Pump Room Fax (415) 433-5311 EF-10 Level 3 Loading Dock Fire Pump Room Ventilation GREENHECK CSP-A700 In-Line 600 0.375 - - 350 - - 120/1 N Y 34 - EF-11 Roof L9 West Corridor Exhaust GREENHECK AX- Axial 2,000 2.0 - 3500 - - 3 460/3 N Y 130 - REMARKS: EF-12 Roof L9 East Corridor E�aust GREENHECK AX- Axial 1,900 2.0 - 3500 - - 3 460/3 N Y 130 - 1.WITH THERMAL OVERLOAD PROTECTION. 2.SEE PLAN FOR QUANTITY.3.CONTROLLED BYTHERMOSTAT. /� �i WSP A N5P Group company EF-13 Level 3 L3 SW Corridor Exhaust GREENHECK CSP-A190 In-Line 150 0.3 - - 100 - - 120/1 N Y 16 - EF-14 Level 2 Spa Exhaust - In-Line - - - - - - 1/2 120/1 N N - FUTURE FAN FOR REFERENCE ONLY EF-15 Level 2 Mens Bath E�aust PANASONIC FV40-VQ3 In-Line 290 0.4 - - 112 - - 120/1 N N - - EF-16 Level 2 Womens Bath E�aust PANASONIC FU40-VQ3 In-Line 290 0.4 - - 112 - - 120/1 N N - - HEATING COIL SCHEDULE EF-17 Garage Level Telecom G008 GREENHECK CSP-A3600 In-Line 3280 0.375 - - 1330 - - 120/1 N N 122 1 MANUF. WATER AIR FILTER EF-18 _ _ _ _ AIR PD CAPACITY EWT LWT EAT LAT FLOW Garage Level Telecom G007 GREENHECK CSP-A1050 In-Line 7g� 0.375 455 120/1 N N 59 1 DESIGNATION MODEL SERVICE Orientation CFM PD PD REMARKS NUMBER (IN H20) MBTUH (°F) (°F) (°F) (°F) (GPM) FT H20 MERV IN. H20 EF-19 Garage Level Telecom G006 GREENHECK CSP-A1050 In-Line 791 0.375 - - 455 - - 120/1 N N 59 1 � � � � EF-20 Garage Level Telecom G005 GREENHECK CSP-A1050 In-Line 79� 0.375 - - 455 - - 120/1 N N 59 1 EF-21 GREENHECK CSP-A1050 In-Line 0.375 - - - - 120/1 N N 59 1 HC-1 Colmac Coil Garage Vertical 48,699 0.17 1,425 175 135 -10.3 32 91 7.6 8 - TYP OF 4 ISSUE/REVISION DATE N0. Garage Level Telecom G0046 791 455 HC-2 Colmac Coil Pool Vertical 1,200 - - 175 135 -10.3 70 4.2 - NA - 1 EF-22 Garage Level Elec. Rm G003 GREENHECK CSP-A2150 In-Line 1514 0.375 - - 735 - - 120/1 N N 68 1 EF-23 Garage Level Elec. Rm G030 GREENHECK CSP-A2150 In-Line �g29 0.375 - - 735 - - 120/1 N N 68 1 EF-24 GREENHECK CSP-A700 In-Line 0.375 - - - - 120/1 N N 34 1 DESIGN DEVELOPMENT 20JUN07 Garage Level Elec. Rm G004 635 350 EF-25 Garage Level Elec. Rm G(NE) GREENHECK CSP-A710 In-Line 494 0.375 - - 325 - - 120/1 N N 36 1 CD PERMIT SET 010CT07 EF-26 Level 1 Telecom 129 GREENHECK CSP-A1050 In-Line 7g� 0.375 - - 455 - - 120/1 N N 59 1 EF-27 Level 2 Elec. Rm 216 GREENHECK CSP-A2150 In-Line 1658 0.375 - - 735 - - 120/1 N N 68 1 PROGRESS SET 260CT07 EF-28 Level 2 Elec. Rm 236 GREENHECK CSP-A2150 In-Line 1658 0.375 - - 735 - - 120/1 N N 68 1 REMARKS: TOV RESPONSE 17DEC07 EF-29 Level 2 Telecom 238 GREENHECK CSP-A1050 In-Line 791 0.375 - - 455 - - 120/1 N N 59 1 1.TIE TO HRV-1 AND CONTROLLED BYTHERMOSTAT. EF-30 Level 3 Elec. Rm 353 GREENHECKCSP-A1410 In-Line �288 0.375 - - 822 - - 120/1 N N 59 1 TOV RESPONSE 11FEB08 EF-31 Level 3 Elec. Rm 357 GREENHECK CSP-A1410 In-Line �28g 0.375 - - g22 - - 120/1 N N 59 1 OWNER REVIEW 16APR08 EF-32 Level3 Elec. Rm 322 GREENHECKCSP-A700 In-Line 7�g 0.375 - - 350 - - 120/1 N N 34 , COOLING TOWER SCHEDULE EF-33 Level4 Elec. Rm 423 GREENHECKCSP-A410 In-Line 240 0.375 - - �39 - - 120/1 N N 36 1 CONSTRUCTION DOCUMENTS 08AUG08 EF-34 Level4 Elec. Rm 432 GREENHECKCSP-A410 In-Line 240 0.375 - - �39 - - 120/1 N N 36 1 MANUF. AMBIENT FANS OPERATING CAPACITY EWT LWT NO. OF CCD 49 020CT08 � EF-35 Level 5 Telecom 531 GREENHECK CSP-A250 In-Line �58 0.375 - - 83 - - 120/1 N N 23 1 DESIGNATION Service MODEL WET BULB GPM WEIGHT REMARKS EF-36 Level 5 Telecom 522 GREENHECKCSP-A250 In-Line �58 0.375 - - 83 - - 120/1 N N 23 1 NUMBER (TONS) oF (°F) (°F) HP CELLS LBS EF-37 _ _ _ _ ( ) N�� (EACH) VOLT. � � Level 6 Elec. Rm 623 GREENHECK CSP-A1410 In-Line 1288 0.375 822 120/1 N N 59 1 EF-38 Level 6 Elec. Rm 629 GREENHECK CSP-A1410 In-Line 1288 0.375 - - 822 - - 120/1 N N 59 1 CT-1 Condominiums BAC 15350Q 550 66 90 80 1,275 1 25 460/3/60 1 16,000 EF-39 Level 7 Elec.Rm L7 GREENHECKCSP-A410 In-Line 240 0.375 - - 139 - - 120/1 N N 36 1 CT-2 Common BAC 15350Q 550 66 90 80 1,275 1 25 460/3/60 1 16,000 �,pRK �' B� EF-40 Level 7 Elec.Rm L7 GREENHECK CSP-A410 In-Line 240 0.375 - - �39 - - 120/1 N N 36 1 G s �yG1STEq� F� EF-41 Level8 Elec. Rm 820 GREENHECKCSP-A410 In-Line 240 0.375 - - �39 - - 120/1 N N 36 1 EF-42 Level8 Elec. Rm 827 GREENHECKCSP-A410 In-Line 240 0.375 - - �39 - - 120/1 N N 36 1 No. 22114 * EF-43 Level 1 Bathrooms GREENHECK CSP-A700 In-Line 660 0.5 - - 350 - - 120/1 N N 34 2 * � l�ci EF-44 Level 1 Ice Skate E�aust GREENHECK CSP-A390 In-Line 360 0.375 - - 144 - - 120/1 N N 23 2 ��`ss � EF-45 Garage Level Telecom G(SW) GREENHECK CSP-A250 In-Line �5g 0.375 - - 83 - - 120/1 N N 23 � HEAT TRACE SCHEDULE �'�,��, �ONAL �� EF-46 Level 3 Pool Equipment Rm GREENHECK CSP-A700 In-Line 635 0.375 - - 350 - - 120/1 N N 34 - F OF CO�� EF-47 Lobb Toilet Toilet PANASONIC FV-10NLF1 In-Line 100 0.3 - 1569 37 - - 120/1 N N - - MANUF. Maintain Min. Y EF-48 Garage Level Boiler Room Vent GREENHECK A�cial 2,600 0.5 - - - - _ _ CAPACITY Ambient �/2 120/1 N N DESIGNATION Service MODEL Temp Voltage/ Phase REMARKS (kW) o Temp EF-50 Garage Level Domestic Water Pump GREENHECK CSP-A410 In-Line 200 0.375 - - �39 - - 120/1 N N 36 1 NUMBER ( F) (°F) EF-51 Garage Level Telecom G039 GREENHECK CSP-A1050 In-Line 79� 0.375 - - 455 - - 120/1 N N 59 1 EF-52 Roof L9 Retail Toilet Exh.West GREENHECK Axial 3,000 2.0 - 3500 - 1.95 3 460/3 N N - - HTRC-1 Cooling Tower Raychem 3 40 -11 208/1 E�osed Piping EF-53 Garage Level Generator E�aust GREENHECK Axial 45,000 1.0 55 870 - 17.09 20 460/3 N Y - - SPF-1 Stairway 1 Stairway Pressurization GREEN ECK AX-41 A�dal 4,950 1.5 - .94 5 460/3 Y Y 475 SPF-2 Stairway2 StairwayPressurization GREENHECKAX-54 A�dal 7,500 1.5 - 3500 - 4.12 5 460/3 Y Y 210 6 SPF-3 Stairway3 StairwayPressurization GREENHECKAX-54 A�dal 8,925 1.0 - 3500 - 6.48 7.5 460/3 Y Y 375 6 Ci00LING TOWER BASIN HEATER SCHEDULE SPF-4 Stairway4 StairwayPressurization GREENHECKAX-54 Axial 7,875 1.0 - 3500 - 3.86 5 460/3 Y Y 210 6 MANUF. CAPACITY Maintain Min. SPF-5 Stairway5 StairwayPressurization GREENHECKAX-54 Axial 8,100 1.0 - 3500 - 4.14 5 460/3 Y Y 210 6 DESIGNATION Service MODEL (kW) Temp Ambient Voltage/ Phase REMARKS SPF-6 Stairway6 StairwayPressurization GREENHECKAX-47 A�dal 4,575 1.5 - 3500 - 2.55 5 460/3 Y Y 210 6 CTHTR-1 Cooling Tower 1 BAC 16 40 -11 Same as CT-1 Factory- U installed � EPF-4 Elevator4 Elevator Shaft Pressurization GREENHECK AX-72 Axial 12,300 1.0 - 1770 - 4.24 5 460/3 Y Y 210 6 CTHTR-2 Cooling Tower 1 BAC 16 40 -11 Same as CT-2 Factory- � installed EPF-5 Elevator 5 Elevator Shaft Pressurization GREENHECK AX-72 Axial 12,300 1.0 - 1770 - 4.24 5 460/3 Y Y 210 6 w � REMARKS: = ~' ^ � 1.CONTROLLED BYTEMPERATURE SENSOR. AIR SEPARATOR SCHEDULE � ^ � 2.CONTROLLED BYTIME-CLOCK AND OVERRIDE SWITCH. MANUF. MODEL FLOW AIR REMOVAL �� Z 3.PROVIDE LOCAL MANUAL SWITCH AND TIME-DELAYOFF SWITCH. DESIGNATION NUMBER LOCATION TYPE SERVICE REMARKS � � 4.CONTROL BY CO SENSOR. w E . o 5.EXPLOSION PROOF. AS-1 B&G Central Plant Rm. In-Line Centrifugal Heating Hot Water 1400 98 � � O O 6.PROVIDE VFD 2-HR ENCLOSURE;SINGLE ELECTRICAL DISCONNECT WITH SUPERVISED CONNECTION;909 IBS INCLUDED CONTROLS WIRING;AND AMONITORED AND POWERED OPEN OUTSIDE AIR INTAKE DAMPER. � O AS-2 B&G Central Plant Rm. In-Line Centrifugal Snowmelt 600 98 Q AS-3 B&G Central Plant Rm. In-Line Centrifugal Chilled Water- Condos 800 98 � �• AS-4 B&G Central Plant Rm. In-Line Centrifugal Chilled Water- House 800 98 Q � � Q Q � � J w0 w � � � O O O ~ U � GLYCOL MAKE UP UNIT SCHEDULE Cn C� MANUF. MODEL RESERVOIR VOLUME PRESSURE RATING PUMP FLOW PUMP MOTOR PUMP MOTOR WEIGHT(LBS) Q � � DESIGNATION LOCATION SERVICE � REMARKS � NUMBER (GALLONS) (MINIMUM) (GPM) (HP) (VOLTAGE) (UNFILLED w � r n � v r GMU-1 B&G GMU60 Central Plant Rm. Snowmelt 55 100 5 3/4 120 160 � � � � � � � O VJ EXPANSION TANK SCHEDULE MIMINUM DESIGN MAXIMUM DESIGN EST. SYSTEM ACCEPTANCE MANUF. MODEL TANK VOLUME FILL PRESS. RELIEF PRESS. DESIGNATION NUMBER LOCATION SERVICE TEMP oRATURE TEMP oRATURE VOLUME (GALLONS) VOLUME (MIN) �pSIG) (PSIG) REMARKS ( F) ( F) (GALLONS) (GALLONS) ET-1 Wessels NLA1200 Central Plant Rm. Heating Hot Water 40 200 3025 310 108 60 100 ET-2 Wessels NL110VL Central Plant Rm. Snow Melt 40 140 1325 65 20 60 100 ET-3 Wessels NL90VL Central Plant Rm. Chilled Water-Condos 40 100 1925 32 12 60 100 ET-4 Wessels NL90L Central Plant Rm. Chilled Water-Common 40 100 900 15 6 60 100 MECHANICAL EQUIPMENT SCHEDULES CHILLER SCHEDULE MANUF. EVAPORATOR CONDENSER CAPACITY POWER EMERGENCY WEIGHT DESIGNATION Service MODEL TYPE REFRIGERANT VOLTAGE MCA PRESS. PRESS. REMARKS NUMBER (TONS) (KW/TON) FOULING NO. OF EWT LWT PD FOULING NO. OF EWT LWT pp POWER (LBS) PLOTTED FACTOR PASSES (�F) ��F� GPM �FT H20) �`TING FACTOR PASSES (°F) ��F� GPM �FT H20) �`TING (PSIG) (PSIG) CHK'D BY CH-1 Condom iniums YORK YKBBBDQ5-CLF Centrifugal R-134a 425 0.532 480/3/60 406 0.0001 2 58 45 785 24 150 0.00025 2 80 90 1275 28 150 No 20700 COPYRIGHT OO 2006 BY DAVIS PARTNERSHIP P.C.,ARCHITECTS CH-2 Common YORKYKBBBDQ5-CLF Centrifugal R-134a 425 0.532 480/3/60 406 0.0001 2 58 45 785 24 150 0.00025 2 80 90 1275 28 150 No 20700 SHEETNUMBER: ■ D.P.A. PROJECT# 06232.00 APPENDIX I ARCHITECTURAL COMPONENTS DOOR INFORMAT/ON DOOR CLOSER DATA SHEETS Norton� 1600 BC 1601 Se ri es ��Y Aluminum Storefront Door Closers �� ,�, �r . �. ��-: . .� - - - _ _-�. , . �, - :. . r r + ._� �`,�ti �,�a ,'� � �� Eµ��{ _ I� �� ASSA ABLOY,the global leader in door opening solutions • . ° 1600BC�1601 Series Door Closers ASSA ABLOY � • � . Features • Non-handed • Rack-and-pinion design Features 1600BC 1601 1601BF • Cast aluminum body • 2-7�8"(73mm)projection Sized springs 2,3,4,5,6 • 1-3�8"(35mm)diameter piston with no power adjustment X � • 5�8"(16mm)diameter pinion journals • Standard,separate and independent, latch,sweep Adjustable spring sizes ', and backcheck intensity valves 3 throu h 6 X g • Tri-Style°packaging(regular arm,top jamb and parallel arm mounting) Adjustablespringsizes • All standard arm applications allow doors to 1 through 4 X swing 180°,conditions permitting • Staked valves • 10-year limited warranty Optional Features Complicance Standards • Delayed action (in lieu of backcheck).Specify 1601 DA • ANSI�BHMA A156.4,Grade 1 certified � or 1601 BFDA • UL listed • Corrosion-resistant model(non-hold open only). • UL10C compliant for positive pressure Specify 1601 SS or 1601 BFSS. • A.D.A.compliant(1601 BF) • Molded plastic cover.Specify suffix P • Heavy-duty arms: Parallel Rigid,CloserPlus°,CloserPlus SpringT"",and Unitrol° • , Overview....................................................................................................................................................................................�-3 Howto Order.................................................................................................................................................................................4 Fasteners�Finishes..........................................................................................................................................................................5 Features..........................................................................................................................................................................................6 OptionalFeatures.......................................................................................................................................................................6-7 SuggestedSpecifications...............................................................................................................................................................8 Appli cations..............................................................................................................................................................................9-11 TechnicalDetails.....................................................................................................................................................................12-19 Accessories.............................................................................................................................................................................20-26 PartsList.................................................................................................................................................................................27-36 .i� www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY Cutaway View Spring Power Adjustment Shaft(1601, 1601 BF only) Piston :��w�,. r �r �� ,. � �`�'' �i - — -- + ,�, r '�" � � N��r, j+��' �r'4�a�, � � � Backcheck I Aluminum Pinion Valve Alloy Shell Sweep Valve SpringAdjustment (Latch Valve (1601, 1601 BF only) opposite side— Spring omitted for illustration purposes not shown) . �� (,�, The series 1601 BF door closers are designed to comply with requirements of the Americans with Disabilities Act(A.D.A.)and ANSI standard A117.1. All series 1600BC�1601(BF)are ANSI�BHMA A156.4,Grade 1 certified. � All Norton series 1600BC�1601(BF)closers with non-hold open arms are listed by Underwriters'Laboratories for labeled fire doors. U� This includes compliance to UL10C and UBC-72(1997)for 3-hour assemblies.These products are manufactured in a certified ISO 9001 facility.These closers are also listed by New York City Materials and Equipment Acceptance Division. CAUTION:Door Closers for Low Opening Force Applications: Door closers installed in openings required to meet the requirements of the Americans with Disabilities Act or ANSI Standard A117.1,when adjusted to meet those requirements,may not provide adequate closing power to dependably close and latch the door. .�i 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions . . ° 1600BC�1601 Series Door Closers ASSA ABLOY • • � � � For optimum protection of door and frame assemblies,always use auxiliary wall,floor,or overhead door stop. No 1600BC series designates Tri-Style°,sized Prefix 1601 series designates Tri-Style°,multi- sized closer J- Top jamb installation.Reveals in excess of 2-3�4 to 7" P- 1600BC parallel arm units requiring specialty brackets - 1601 parallel arm units requiring specialty 1 - Series 1601 power brackets range 3 thru 6. - 1680BC low-profile closer 1 BF- Series 1601 BF power - 1601 SS corrosion-resistant closer.Not range 1 thru 4 for Tri-Style. A.D.A.accessibility. PR- Parallel Rigid arm(parallel arm only).Specify 0 -Specifies standard arm. ZBC- AN51 Size 2 hand for hold o en functions 36C- AN51 Size 3 P 8 -Specifies low-profile arm(prefix"P"for 4BC- AN51 Size 4 CLP- CloserPlus°arm(parallel arm only) parallel arm).NHO only. 5BC- AN51 Size 5 CPS- CloserPlus SpringT"'arm(parallel arm only) 6BC- AN51 Size 6 UNI- Unitrol�arm(parallel arm only-specify door width) UNIJ- Unitrol arm(top jamb only-specify frame reveal) � 16 0 3 BC H PREFIXES FIRST&SECOND DIGIT THIRD DIGIT FOURTH DIGIT SUFFIXES Defines closer series Specifies arm Closer options power sizing None- Non-hold open arm function. H- Hold open arm function(specify hand when"PR"prefix is ordered) DA- Optional delayed action feature(in lieu of backcheck) HOSP- 1603BC and 16046C only.Hospital hold open(specify hand) COUP- 1602BC and 1603BC only.Coupon booth hold open (specify hand) Notes: TEL- 1602BConly-Telephone booth(non-handed) . Door closer warranty becomes void if it is installed on the SS- Series 1601�1601 BF only.Corrosion-resistant closer. exterior side of a door in the exterior wall of a building. Not Tri-Style.Available with non-hold open adjustable • It is strongly recommended,and it is required on fire door arm only;for regular arm,top jamb"J"prefix or parallel assemblies,that doors having a door closer be hung on ball arm"P"pr'efix bearing or anti-friction hinges or pivots. T- Thumbturn hold open on CloserPlus�'(CLP)and . Failure to use the correct type and size fasteners may void CloserPlus SpringT""(CPS)arms factory warranty. P- Cover . Fasteners for fire�smoke door assemblies must conform to NFPA 80.In some applications additional fasteners may be mandated by NFPA 80 that are not shipped with standard Norton product,such as sleeve-nuts�sex-nuts or thru bolts and grommet nuts. • Optional Torx�'drive screws(with security pin)are only available with machine screw threads. . Sizing charts provided on pages 12-19 are based on 1-3�4" (44mm)x 7'(2.13m)standard weight doors swinging to 110 degrees.Other conditions(such as door height or weight;or wind�draft conditions)may require a larger size closer. .�� www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY Fasteners Arm Type Description RA PA TJ Low Profile PR CLP�CPS UNI UNI-J DOOR SDST Self-Drilling Self-Tapping S S S S O O O 0 MS Machine Screw S 5 S S 5 S S S SN Sleeve Nut O O O O S S S 5 TBGN Thru Bolts&Grommet Nuts O O O O O O 0 0 SMS Sheet Metal Screws O O O O O O O 0 FRAME SDST Self-Drilling Self-Tapping S S S S S S S S MS Machine Screw S S 5 S S S S S SMS Sheet Metal Screws O O O O O O O 0 5=standard; O=optional SN are for use on unreinforced hollow metal doors or to prevent any hollow metal door from collapse�dimpling.They can also be used for thru bolting on wood doors.SN are supplied for 1-3�4"(44mm)thick doors unless specified for 1-3�8"(35mm)or 2-1�4"(57mm) thick doors. TBGN are an alternative to SN for wood doors.TBGN are supplied standard for 1-3�4"(44mm)thick doors.They can be specified for 1-3�8"(35mm)thick doors. SMS-when specified,closer will be packed with sheet metal screws for the door AND sheet metal screws plus machine screws for the frame.SMS are supplied as a substitute for wood doors and frames. Finishes All door closers are painted in water-borne acrylics. All steel parts,arms,brackets and mounting plates are powder coated. The closers will withstand 120 hours of salt spray.AN51 requires 25 hours. Sprayed Finishes Description Specify Complements the Old Designation (BHMA)Designation following finishes Aluminum 689 628,625,629,630,651,652 AL Statuary Bronze 690 640,613 STAT Dull Bronze 691 61 Z,637,639 DB Black 693 315 315 Medium Amber 694 312 312 Gold 696 605,606,632,633 GB Prime Coat(Beige)* 600 — SRI* *600 is a special rust-inhibiting prime coat.Closers can be ordered prime coat only(specify closer x 600).An additional charge applies if finish coat is required over prime coat(ex:1605BC x 600 x 689). .ii 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions . . ° 1600BC�1601 Series Door Closers ASSA ABLOY Aluminum Alloy Housing Latch Speed Control Value Closer Fluid Closer bodies are constructed of a special Allows adjustment of door speed from NorGlide�'door closer fluid is a specially aluminum alloy,carefully selected to approximately 10°down to the door's fully formulated hydraulic fluid that contains accommodate interaction with steel closed position. lubricity and anti oxidation agents that components and operating conditions. provide optimum performance and Tri-Style� efficiency.This fluid complements the Rack& Pinion Operation 1600BC�1601(BF)closers come with interaction of the door closer's aluminum Provides a smooth constant control of the screws,brackets&soffit plate to allow for housing with its steel and zinc door through its full opening and closing regular,topjamb,&parallel arm components,while maintaining stable cycle.180°door swing can be achieved viscosity to allow the door closer to when door,frame,hardware and arm installations. perform in temperatures ranging from function do not limit door swing. extremely high to as low as-40°F. Adjustable Backcheck Non-Handed Cushion Valve With few exceptions all series 1600BC and Provides control of the door in the Door Closer Power Options series 1601 door closers are non-handed opening cycle,beginning at approximately Series 1600BCSized DoorCloser and can be installed on either right-or left- 75°of door opening.It slows�cushions the Available in five different powersizes(2,3,4, hand swing doors.Pinion shaft extends door opening,when the door is forcibly 5 or 6). Outlined in ANSI specification vertically through the closer body in both opened beyond its pre-adjusted opening A156.4.Spring power is not adjustable. directions.Some options(such as Parallel speed limits. Rigid hold open arms)will require that the hand ofthe closer be specified. Series 1601 Multi-Sized DoorCloser Warranty Adjustable through the power range of sizes These closers carry a limited ten-year 3 through 6.Outlined in ANSI specification Sweep Speed Control Valve warranty against defects and a limited A156.4. Allows adjustment of door speed from the lifetime warranty on the aluminum door's full open position down to housing. Series 1601 BF Multi-Sized approximately 10°from the closed position. Door Closer Adjustable through the power range of sizes 1 through 4 to comply with the opening force requirements as outlined in the Americanswith DisabilitiesAct(A.DA.)and ANSI A117.1 for interior doors. • Corrosion Resistant Door Closer Optional Molded Cover- 1600P The series 1601 SS and 1601 BFSS door Molded of high-impact U.L.listed material closers are available for use where corrosive that covers the entire closer body assembly. conditions exist.This series is provided with This cover is non-handed for regular and _ - zinc diecast adjustment valves,a 440 grade parallel arm applications.SufFix"P"to --'` `•, ,;� stainless steel pinion shaft,an all-aluminum catalog number.Not designed for top � " ''• body and bronze doser arm bushings;all jamb applications. " � other components and fasteners are of - -- 302�303 grade stainless steel.This product is available for standard regular arm,top ,.�w� jamb and parallel arm,non-hold open, � �- �;`<:. applications only.Not Tri-Style packed."P"or "J"prefix required for parallel arm and top , �; jamb applications. .�i www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY • Adjustable Delayed Action Closing �eiay An optional hydraulic feature,available in Release Point �' lieu of backcheck,adds a third speed range � to the closing cycle.This feature becomes � effective when the door is opened and �.�� released at any point beyond 70°.The Q o amount of time delay depends upon the ��v�' combination of the angle of door release v� and valve adjustment.The valve can be _ ad'usted with a 1 8" 3mm hex ke from =W 1 I � ) Y �� -....�Q°��-�-..., no delay time up to maximum delay times g� -- - Of: CLOSED Door Opened Approximate Time and Released at of Delay Cycle Suggested Applications 180° 4-5 minutes Delayed action closing allows slow- Use of delayed action closers on many moving traffic to clear the opening doors throughout industrial and 120° 2-3 minutes before the door closer's normal closing commercial buildings can also assist 90° 25-30 seconds cycle begins.This feature can be helpful the flow of traffic.Locations where in health care facilities such as hospitals additional time to clear the opening is f�ressure Relief Safety Valve and nursing homes.It provides sufficient advantageous are doors between office The delayed action hydraulic system time for persons on crutches or in and factory�warehouse facilities,doors contains a pressure relief valve.Any time �'heelchairs to pass through a door to workshops or laboratories,doors to the door is forced toward the closed without concern of it closing.At the kitchen and food processing areas,etc. direction while it is in the closing cycle,the same time,it can accommodate the valve will open and permit the door to facility's staff with movement of food close.This prevents damage to door,frame service carts,beds,and other wheeled and doser. traffic. • Non-Hold Open Hold Open Self-closes door every time door is opened.Auxiliary stop(by Achieved by means of friction or ball and detent�roller.Friction others)required except when using the CloserPlus�',CloserPlus hold open has a range of 90°to 180°using template location Spring'"^or Unitrol�Arms. and mechanical adjustment. Ball and detent or roller hold open is effective in a range of 85° to 110°. Hold open arm door closers are not permitted to be used on fire door assemblies. Door Opening Degrees Regular Arm, parallel Rigid CloserPlus CloserPlus Unitrol Unitrol Low Profile Arm Function Top Jamb Arm Parallel Arm Spring parallel Arm Top Jamb Regular, Parallel Arm Parallel Arm Parallel Non-Hold Open ✓ ✓ 85°to 110° 85°to 110° 85°to 110° 85°to 110° ✓ Hold Open 90°to 180° 85°to 180° 85°to 110° 85°to 110° 85°to 110° 85°to 110° N�A �/=180°trim and template permitting .�i 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions . . ° 1600BC�1601 Series Door Closers ASSA ABLOY �••� • Series 1600BC Special Function Coupon Booth Hold Open Hospital Hold Open Door Closers Most commonly used on doors to safe- Closer will hold door open at deposit box inspection cubicles.Closer approximately 15°for ventilation,45°for Telephone Booth Operation holds the door to the booth open at 15°to observation and beyond 90°for full Closer holds the door to the telephone indicate that the booth is available for use by access. booth open at 5°from the closed a safe-deposit box renter.When the door is position.This prevents the light switch opened beyond 70°,the closer will close the Closer is supplied with a standard hold from being activated and allows the door and engage the lock,providing the open arm for the beyond 90°hold open booth to be ventilated.It also indicates to occupantwith the desired privacy. position. users that the booth is unoccupied. Available in size 2 only for regular arm or Available in sizes 2 and 3 only for regular Available in sizes 3 and 4 only for regular top jamb application only. arm,top jamb or parallel arm application. arm,top jamb or parallel arm application. Specify hand. Specify hand. � �� 1601 Senes 1600BC Senes hinge�pivot.] [Closers shall be provided for Closers for interior and exterior doors shall be Closers for interior and exterior doors shall be top jamb installation using steel,rigid main full rack-and-pinion rype with cast aluminum full rack-and-pinion type with cast aluminum arm and telescoping secondary arm adequate alloy shell. Closers shall be surface mounted alloy shell.Closers shall be surface mounted for the frame reveal ofthe openings.](Closer and shall project no more that 2-7�8"from the and shall project no more that 2-7�8"from the arm shall have ball and detent hold open surface of the door. Closers shall be non- surface of the door.Closers shall be non- feature that can be engaged or disengaged by handed to permit installation on doors of handed to permit installation of doors of either 1�4 turn of inechanism;and hold open either hand.Closer fluid shall contain lubricity hand.Closer fluid shall contain lubricity and strength shall be adjustable.) and anti-oxidation agents.Closer fluid shall anti-oxidation agents.Closer fluid shall maintain stable viscosity to allow door closer maintain stable viscosiry to allow the door **Closerf�lus�Arm to perform in temperatures ranging from closer to perform in temperatures ranging Door closers shall have built-in door stop [and extremely high to as low as-40°F.Closers shall from extremely high to as low as-40°F.Closers holder] effective at one point selected at have multi-size spring power adjustment to shall be sized for each door.Closers shall have installation,from 85°-110°in five-degree permit setting of spring from(1 through 4)or two non-critical valves,hex key adjusted,to increments. Door stop mechanism shall be (3 through 6).Closers shall have two non- independently regulate sweep and latch speed. reversible and attached to soffit plate.[Hold critical valves,hex key adjusted,to [Closers shall have adjustable backcheck open mechanism shall have engage�disengage independently regulate sweep and latch speed. cushioning controlled by a hex key adjusted and strength selection actuated by Closers shall have adjustable backcheck valve.] thumbturn.]Closers shall be provided for cushioning controlled by a hex key adjusted parallel arm installation using rigid steel main valve. [Closers shall have adjustable delayed action and secondary arm. dosing controlled by a hex key adjusted valve.] [Closers shall have adjustable delayed-action **Closerf�lus SpringT""Arm closing controlled by a hex key adjustable Regular arm and top jamb closers shall have a Door closers shall have built in door stop valve.] non-hold open shoe permitting 15%(+�- [and holder]effective at one point selected 7-1�2%)power adjustment.*M [1600BC]. at installation,from 85°-110°in five-degree [Closer body shall be endosed in�concealed increments.Door stop mechanism shall with a full molded cover.] **For special arms insert that specification here have a buffer spring that engages prior to the (see column three on this page). dead stop feature,reducing shock loads to [Closers shall be highly corrosion resistant and the door and frame assembly.Door stop shall have all external body components of **Unitrol�Arm mechanism shall be reversible and aluminum,zinc alloy or stainless steel material Door dosers shall have built in-door stop [and attached to soffit plate.[Hold open and all stainless steel fasteners.] holder] effective at one point selected at mechanism shall have engage�disengage and Regular arm and top jamb closers shall have a installation,from 85°-115°in five-degree strength selection actuated by thumbturn.] non-hold open shoe permitting 15%(+�- increments. Door stop shall be cushioned by a Closers shall be provided for parallel 7-1�2%)power adjustment.*"[1601][1601 BF] shock-absorbing heavy-duty spring action installation using rigid steel main and [1601 SS]. effective at the [sofFit plate] [arm shoe] secondary arm. pivot [Closers shall be provided for parallel **For special arms insert the appropriate arm installation using rigid steel main arm and specification from column two or three on this secondary arm lengths proportional to the page. door width to reduce racking at the .�� www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions . . 1600BC�1601 Series Door Closers ASS�ABLAY � RegU�aC I�1CIT1 Non-hold open arm shown This is the only pull-side application where a double lever arm is Since the arm assembly projects directly out from the frame,this used.It is the most power-efficient application for a door closer. application may present an aesthetics issue or be prone to Sufficient frame,door and�or ceiling clearance must be vandalism. considered. � Top Jamb Non-hold open arm shown For efficiency reasons this application provides the best The entire door closer and arm assembly project from the alternative to the regular arm application.There must be frame,similar to the regular arm application,where the matters sufficient frame face and�or ceiling clearance for this of appearance and malicious abuse can be of concern. application.It requires a top rail on the door ofjust 2-1�8" Consideration must be given to depth of the frame reveal. (54mm).This application provides the best door control for doors in exterior walls that swing out of a building. Parallel Arm Non-hold open arm shown This application provides the most appealing design appearance Due to the geometry of the arm it is approximately 25%less for a surface-mounted door closer having a double lever arm. power-efficient than a regular arm application. This may also be beneficial in vandalism-prone areas.It is on The entire closer and arm assembly are mounted below the the push side of the door and the arm assembly extends almost frame stop,requiring a top rail clearance on the door of parallel to the door.In the closed position,there is very little or between 5-3�8"(137mm),when using a low-profile arm(1680 no hardware projecting beyond the frame face in most series),to 6-3�8"(162mm),when usingthe hold open arm. situations. .�i 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions . . ° 1600BC�1601 Series Door Closers ASSA ABLOY .;"� - ------ � � - �� - `� ; . F: � Corner Bracket Parallel Rigid Arm Non-hold open arm shown This application can be used where top jamb and parallel An enhanced variation of the standard parallel arm assembly that arm application will not accommodate the door and frame is intended for use in heavy traffic areas where auxiliary door conditions.Requires minimal top rail on the door;however, stops are installed. vertical clearance to the floor within the door opening Hold open arm available-specify hand when ordering. should be checked to ensure code compliance. The close proximity,for this application,of the door closer to the door's pivot point reduces the door closer's power efficiency by approximately 25%when compared to a regular arm.The projection of the arm from the door face might pose questions regarding design parameters or environment. » � ;, _. .��z, ...__ _�. ,, — - � — �.� _ . _.- e _ Non-hold open arm shown Non-hold open arm shownl CloserPlus°Arm CloserPlus SpringT'"Arm Similar to the Parallel Rigid arm,this arm incorporates a stop This heavy-duty stop arm includes all the features of the at the arm's soffit plate to dead stop the door at a predetermined CloserPlus arm,plus an added bufFer spring that is compressed degree of door swing between 85°and 110°,in 5°increments. prior to the arm hitting the dead stop point.This greatly reduces Prior to dead stop the door closer's backcheck feature slows the shock of the stopping action that occurs with the CloserPlus the door speed to reduce the impact of the stop action. arm. The CloserPlus Arm is intended for use where an auxiliary door Thumbturn hold open is available. stop cannot be utilized and no more than moderate abuse is anticipated.Where more extreme conditions are expected, use of a Unitrol°arm is recommended. Available with or without hold open.(Hold open tension is adjustable.) .�� www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions . . 1600BC�1601 Series Door Closers ASS�ABLAY ",,�� - —-- :�,-t� :� � �° �� - - ::_.'�,,"�, i �,��< izc� �,� _., ��f?��rr�;�'�ti It��l��z�� - ��'��;��I�£��`�;l��x't�,tT"'�r�>r?.. Unitrol°Arm Parallel Top Jamb Can be used for either parallel arm or top jamb For parallel arm applications there are three different length applications.Unitrol arms combine the features of a double arm assemblies.Each length is designed for a specific range of lever arm overhead door stop�holder with the backcheck door widths,to provide precise door control.This further feature ofthe door closer to reduce door stopping shock lessens the dead stop impact on the door's hinges�pivots. loads to a minimum.The Unitrol uses a compression spring buffer at the soffit plate�arm shoe that will absorb 30 Ibf.of force,5°prior to the door's dead stop.Coupled with the door closer's backcheck feature,this arm provides the most controlled stop available with a surface door closer. � .-� ,� Regular Parallel Regular Arm:Allows closer to be installed where there is Parallel Arm:Allows closer to be installed 1�2"(13mm) as little as 1"(25mm)of frame face or ceiling clearance. higher up on door than standard parallel arm application.Suffix "P"to the catalog number;i.e.,P1600BC,P1601(BF). Low-Profile Arms Supplied with 1680BC,1681(BF)series door closers for non-hold open installations only.Low-profile arms have a reduced height elbow joint and a straight main arm.This enables the door closer to be installed in less vertical space.Non-hold open function only. .ii 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions . . ° 1600BC�1601 Series Door Closers ASSA ABLOY �-Hinge I — — — — — — — � —� — — — � P �I 2-3/8" � � � (60mm) � � 2-5/8" p 3-1/8" � (67mm) o (79mm) 6-5/8"� 9-3/4" (168mm) (248mm) 2_��8� (73mm) *For doors opening up to 100° Mounting holes for closer body are spaced 3�4"(19mm)vertically x 9-1�16"(230mm)horizontally. Maximum Door Model Number P Minimum Size Ceiling Clearance Inches(cm) Sized Closers Multi-Sized Closers Inches�mm Non-Hold Non-Hold Non-Hold Open Hold Open Interior Exterior Open Hold Open Open Hold Open 3Z 1602BC 1602BCH 1600BC�1601 1680BC�1681 (81) 1-5�g" 38" 30" 1603BC 1603BCH 1-1�2" 1" (41) �97) (�6) (38) (Z5) 42" 36" 1604BC 1604BCH 1601 1601H (107) (91) 1601BF 1601BFH (48z) (407) 1605BC 1605BCH 48 1606BC 1606BCH (122) Note: 1601 Door Closers are adjustable for sizes 3 through 6,and are shipped set at size 4. 1601 BF Door Closers are adjustable for sizes 1 through 4, shipped set at size 2 and can be adjusted to conform to ADA opening force requirements. .�� www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY • �-Hinge � 7-1/8"' 9-3/4° 2-�/8" REVEAL f (181 mm) (248mm) (73mm) I I 1-3/4" 4 � 2-5/8" o P (44mm) � � (67mm) o ,� _�0 S � *For doors opening up to 100° Mounting holes for closer body are spaced 3�4"(19mm)vertically x 9-1�16"(230mm) horizontally. Maximum Door Size Model Number Note: Inches(cm) Sized Closers Multi-Sized Closers 1601 Door Closers are adjustable for sizes 3 through 6,and are shipped set at size 4. Interior Exterior Non-Hold Open Hold Open Non-Hold Open Hold Open 1601 BF Door Closers are adjustable for 1602BC 1602BCH sizes 1 through 4,shipped set at size 2 3Z J1602BC and can be adjusted to conforin to ADA 81 ( � J1682BC^ �1602BCH openingforcerequirements. 1603BC �Narrow-Profile Arm Closers can only be 38" 30" 1603BCH �97� �76� J16036C �1603BCH installed with 1687�1688 drop plate. J1683BC^ Non-Hold Open-Use standard 1600 1604BC closer for frame reveals between 0"-to 3„ 42" 36" 1604BCH 1601 1601 H (0-76mm).Use top jamb)1600 closer for (107) (g�� J16046C �1604BCH 1601 BF 1601 BFH frame reveals from 3"to 7"(76 to J 1684BC^ 178mm). 1605BC Hold Open Use standard 1600H closer 48" 42" 1605BCH for frame reveals between 0"to 2-3�4" (122) (107) J1605BC �1605BCH (0-70mm).Usetopjamb)1600Hcloser J1685BC^ for frame reveals from 2-3�4"to 6-3�4"(70 1606BC to 171mm). — 48 J1606BC 1606BCH (1ZZ) J1606BCH J1686BC^ P Minimum 5 Minimum Top Rail Clearance Ceiling Clearance Without With Without With 1687 With 1688 Drop Plate Drop Plate Drop Plate Drop Plate Drop Plate 1600BC�1601 1600BC�1601 1600BC�1601 1680BC�1681 1600BC�1601 1600BC�1601 1680BC�1681 2-5�8" 1-3�4" 1-7�8" 2-5�8" 4" (67) (44) (48) (67) (lOZ) .i� 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions . . ° 1600BC�1601 Series Door Closers ASSA ABLOY ��L Hinge � 7-1/4"" (184mm) 5/8"Ref. (16mm) I — — — — — — — — — — — — — I I 5-3/4" I R (146mm) � � 2-5/8" � O � � � (67mm) O O� � � I� 9-3/4" 2-7/8" (248mm) � (73mm) *For doors opening up to 100° Mounting holes for closer body are spaced 3�4"(19mm)vertically x 9-1�16"(230mm)horizontally. Maximum Door Model Number R Size Minimum Top Rail of Door Inches(cm) Sized Closers Multi-Sized Closers with 5�8"(16mm)frame stop Non-Hold Non-Hold Inches�mm Interior Exterior Hold Open Hold Open Open Open Without With 30" Drop Plate Drop Plate �76� — P1602BC P1602BCH 1600BC 1680BC 1600BC 1680BC 36" 30" 1601 1681 1601 1681 (91) (76� �'1603BC P1603BCH 5" 4" 3-1�8" Z-l�g" 42" 36" p1604BC P1604BCH 1601 1601H (127) (102) (79) (54) (107) (91) 1601BF 1601BFH 48" 4Z�� P1605BC P1605BCH (122) (107) 48 P1606BC P1606BCH — (122) Note: This door sizing information also applies to corner bracket mounted closers. 1601 Door Closers are adjustable for sizes 3 through 6,and are shipped set at size 4. 1601 BF Door Closers are adjustable for sizes 1 through 4,shipped set at size 2 and can be adjusted to conform to ADA opening force requirements. .�i www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY � �L Hinge � 5/8"Ref. (16mm) � — — — — — — — — — — — — — — — — — I 5-3/8" � R O O (137mm) � O O 2-sis° O O� I I - (67mm) I f � 7-1/4"� 9-3/4" 7-1/8" � (184mm) (248mm) (181mm) 2-7/8" (73mm) *For doors opening up to 100° Mounting holes for closer body are spaced 3�4"(19mm)vertically x 9-1�16"(230mm)horizontally. Door Size Model Number Wood or Metal Inches(cm) Sized Closers Multi-Sized Closers Interior Exterior Non-Hold Open Hold Open Non-Hold Open Hold Open 28 -3� PR1602BC PR1602BCH (71-81) — 33"-36" Z8��-3Z�� PR1603BC PR1603BCH (84-91) (71-81) 37"-42" 33"-36" pR1604BC PR1604BCH �'R1601 PR1601 H (94-107) (84-91) PR1601BF PR1601BFH 43"-48" 37"-42" pR1605BC PR1605BCH (109-122) (94-107) � _ 43"-48" pR1606BC PR1606BCH (109-122) Note: 1601 Door Closers are adjustable for sizes 3 through 6, R and are shipped set at size 4. Minimum Top Rail of Door with 5�8"(16mm)frame stop 1601 BF Door Closers are Without With adjustable for sizes 1 through 4, Drop Plate Drop Plate shipped set at size 2 and can be adjusted to conform to ADA 4-1�2" Z-5�8" openingforce requirements. (114) (67) .ii 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions • . ° 1600BC�1601 Series Door Closers ASSA ABLOY � �L Hinge � 5�$"Ref. (16mm) � — — — — — — — — — — — — — — — — — I 5-3/8" � R O O (137mm) � O O 2-sis° o 0 0 I I (67mm) I f I 7-1/4"� 9-3/4" 7-1/8" I (184mm) (248mm) (181mm) 2-7/8" (73mm) *For doors opening up to 100° Mounting holes for closer body are spaced 3�4"(19mm)vertically x 9-1�16"(230mm)horizontally. Door Size Model Number Wood or Metal Inches(cm) Sized Closers Multi-Sized Closers Interior Exterior Non-Hold Open Hold Open Non-Hold Open Hold Open z8 -3Z CLP1602BC CLP1602BCT (71-81) 33"-36" Zg��-3Z�� CLP1603BC CLP1603BCT (84-91) (71-81) 37"-4z" 33"-36" CLP16046C CLP1604BCT CLP1601 CLP1601T (94-107) (84-91) CLP1601BF CLP1601BFT 43"-48" 37"-42" CLP1605BC CLP1605BCT (109-12Z) (94-107) 43"-48" CLP1606BC CLP1606BCT L (109-122) Note: 1601 Door Closers are adjustable for sizes 3 through 6, R and are shipped set at size 4. Minimum Top Rail of Door with 5�8"(16mm)frame stop 1601 BF Door Closers are Without With adjustable for sizes 1 through 4, Drop Plate Drop Plate shipped set at size 2 and can be adjusted to conform to ADA 4-��Z�� Z-5�8�� openingforcerequirements. (114) (67) .�� www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY �i Hinge � 5/8"Ref. (16mm) � — — — — — — — — — — — — — — — — — I 5-3/8" � R O O (137mm) � O O 2-5�s° O O 0 I I (67mm) I f � 7-1/4"' 9-3/4" 7-1/8" I (184mm) (248mm) (181mm) p_��g^ (73mm) *For doors opening up to 100° Mounting holes for closer body are spaced 3�4"(19mm)vertically x 9-1�16"(Z30mm)horizontally. Door Size Model Number Wood or Metal Inches(cm) Sized Closers Multi-Sized Closers Interior Exterior Non-Hold Open Hold Open Non-Hold Open Hold Open Z8-32 CPS1602BC CPS160ZBCT (71-81) 33"-36" 2g��-3Z�� CPS1603BC CPS1603BCT (84-91) (71-81) 37"-42" 33"-36" CPS1604BC CPS1604BCT CPS1601 CP51601T (94-107) (84-91) CPS1601BF CPS1601BFT 43"-48" 37"-42" CPS1605BC CPS1605BCT (109-1Z2) (94-107) 43"-48" CPS1606BC CPS1606BCT (109-122) Note: R 1601 Door Closers are Minimum Top Rail of Door adjustable for sizes 3 through 6, with 5�8"(16mm)frame stop and are shipped set at size 4. Without With 1601 BF Door Closers are Drop Plate Drop Plate adjustable for sizes 1 through 4, shipped set at size Z and can be 4-�IZ�� Z-5�8�� (114) (67) adjusted to conform to ADA openingforce requirements. .ii 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions . . ° 1600BC�1601 Series Door Closers ASSA ABLOY . . . . � �t Hinge � 5/8" Ref. iaia��-a-sis�� I (16mm) O O (40-117mm) � — — — — — — — — — — — — — — — — — � � R 5-3/8" I � (137mm) O p O � 2-5/8" p p 0 (67mm) i �i 2-7/8" T 9-3/4�� , W � (73mm) I �' (248mm) Mounting holes for closer body are spaced 3�4"(19mm)vertically x 9-1�16"(230mm) horizontally. R T Minimum Top Rail Template Position for 100°door opening W Door Width W�O Drop With Drop Arm Extension Plate Plate 85° 90° 95° 100° 105° 110° 28"-32" 8-1�4" 7-5�8" 7-1�8" 6-3�4" 6-3�8" 6" 7" (71-81) (210) (194) (181) (171) (162) (15Z) (178) 33"-41" 4-1�2" 2-5�8" 10-5�8" 10" 9-3�8" 8-7�8" 8-3�8" 8" 8-1�2„ (84-104) (114) (67) (270) (254) (238) (225) (213) (203) (216) 4z°-48° �z-7�8° i z-��g° i i-i�z° i o-7�s° �0-3�8�� 9-��s,� �o�� (107-122) I (327) (308) (292) (276) (266) (251) (254) Door Size Model Number Note: Wood or Metal 1601 Door Closers Inches(cm) Sized Closers Multi-Sized Closers are adjustable for sizes 3 through 6,and Non-Hold Non-Hold are shi ed set at Interior Exterior Hold Open Hold Open PP Open Open size 4. 28-32 UN11602BC UN11602BCH (71-81) x Specify Door 1601 BF Door Closers 33"-36" Z8"-32" Width are adjustable for (84-91) (71-81) UN116036C UN11603BCH sizes 1 through 4, 37"-41" 33"-36" UN11604BC UN11604BCH UN11601 UN11601 H shipped set at size 2 (94-104) (84-91) UN11601 BF UN11601 BFH and can be adjusted 42"-48" 37"-41" UN11605BC UN11605BCH to conform to ADA (107-122) (94-104) openingforce — 4Z -4g UN11606BC UN11606BCH requirements. (107-122) .�� www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY •, • u Q Hinge T 9-3/4" (248mm) 1-3/4" � 5/8" Ref. (44mm) 16mm �------ --- REVEAL � 2-7/8' �► � (73mm) I 2-5/8" o �p � �� (1�7mm) (67mm) Q � I �� o — I' �S I Mounting holes for closer body are spaced 3�4"(19mm)vertically x 9-1�16"(230mm)horizontally. P S T Minimum Ceiling Minimum Top Rail Template Position Clearance Clearance For Hold Open or Stop at Listed Angle Without With Without With Drop Plate Drop Plate Drop Plate Drop Plate 85° 90° 95° 100° 105° 110° (mm) (mm) (mm) (mm) 2-5�8" 1-3�4" 2-3�8" 3-1�8" 8-3�4" 8" 7-3�8" 7" 6-3�8" 6-l�g" (67) (44) (60) (79) (222) (203) (187) (178) (162) (156) Door Size Model Number � Wood or Metal Inches(cm) Sized Closers Multi-Sized Closers Interior Exterior Non-Hold Open Hold Open Non-Hold Open Hold Open 28-34 _ UNIJ160ZBC UNIJ1602BCH (71-86) 35-42 28-34 UNIJ1603BC UNIJ1603BCH I xSpecifyFrame (89-107) (71-86) Reveal 42-48 35-42 UNIJ1604BC UNIJ1604BCH UNIJ1601 UNIJ1601H (109-12Z) (89-107) UNIJ1601BF UNIJ1601BFH 49-54 42-48 UNIJ1605BC UNIJ1605BCH (124-137) (109-122) _ 49-54 UN11606BC UN11606BCH (124-137) � � Note: 1601 Door Closers are adjustable for sizes 3 through 6,and are shipped set at size 4. 1601 BF Door Closers are adjustable for sizes 1 through 4, shipped set at size 2 and can be adjusted to conform to ADA opening force requirements. .ii 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions . . ° 1600BC�1601 Series Door Closers ASSA ABLOY Brackets for Non-Hold Open Arms 0 o � o � � _�� O O a O O 1-1/2__�� 3 � �� 3-3/4" � (38mm �� (76mm) 1-1/2"�i�95mm) � (38mm) Molded�Bull Nose Trim-#2403 Bracket: For use where the Molded�Bull Nose Trim-#2403-3�4 Bracket:This bracket is door frame has molded or bull nose trim which will not accept a similar to-but longer than-the 2403 bracket.It is designed to standard non-hold open shoe.The bracket is mortised into the accommodate frame rabbets from 2"to 2-7�8"(51 mm to frame rabbet,and projects beyond the face of the frame.It will 73mm)deep. accommodate a frame rabbet up to 2"(51 mm)deep. Brackets for Hold Open Arms 3-5/16" �� (8 mm4 ) � Molded�Bull Nose Trim-#80 Bracket:For use where the �� \ door frame has molded or bull nose trim which will not accept a standard hold open shoe.It is mortised into the �� 2-1/16" o frame rabbet,and projects beyond the face of the frame.It � . (52mm) o will accommodate a rabbet up to 2"(51 mm)deep.This � � 2_1�2�� bracket is used in combination with the standard hold open 1-7/16" i� mountin shoe. (37mm) (64mm) g Corner Brackets for Closer Mounting I� 5-3/8" For Closer sizing information,use the Parallel Arm sizing (137) �I _ chart on page 14. Mounting Opposite Hinge Side-#1647 Corner Bracket: For use where it is desired to mount the closer regular 7-7/16" _ arm on the opposite to hinge side of the door.Can also be —_. (189) �: � — i used to dear an overhead door holder. � -------- __ i — 10-3/4" (273) • Closer Mounting Plates I 9-3/4" (248mm) 9-3/4" O O � (248mm) o I — o 0 O � 3-1/4" o o O � � O 2-9/16" � 0 0 (g3mm) ° o o (65mm) 0 0 0 0 Overhead Door Holder-#1688 Drop Plate:For use where a Low Ceiling Clearance-Overhead Door Holder-#1687 overhead door holder prevents normal top jamb mounting. Drop Plate:For use where the ceiling clearance is between This places the center line of the arm mounting screws at 1-3�4"and 2-5�8"(44mm and 67mm).Or for use where an 3-1�2"(89mm)from the top of the door. overhead door holder prevents normal top jamb mounting. This places the centerline of the arm mounting screws at 2-1�8"(54mm)from the top of door. .�� www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY Closer Mounting Plate � I� B �I 0 0 10 0 00 0 oA o00 0 oj Dimensions r�iate rvo. Narrow Top Rail -#1688 Drop Plate:For n(width) B(length) use where a narrow top rail prevents the closer �6ss 3-1�4"(83mm) 9-3�4"(248mm) from being mounted directly to the door surface. i6sac 4-1�8"(lOSmm) 9-7�8"(251mm) This drop plate can be used to mount a closer on a top rail as narrow as 3-1�8"(79mm)in height for Note:#1688C-To be used when optional cover is specified. 1 6OOBC OI"2-1�H"(54mm)for 1680BC. Brackets for Non-Hold Open Arms / 1-1/2" 4-7/8" /' �� `�i (38mm) (124mm) �y � A� �� o o ` � r� � o 00 2-3/16"�� , / 2�� o 0 3-1/� e � (56mm) �51mm) ° °o (89mm) � Standard Installation -#1618A Soffit Plate:Tl,is soffit Mounting Between Doors-#2018 Soffit plate is supplied standard with parallel arm closers.It can be Bracket:For use where insufficient space between mounted where the frame soffit is as narrow as 1"(25 mm). companion doors does not permit use of other soffit plates. Specify 1618A-SS for stainless steel soffit plate.With Series This bracket permits mounting of the closer between doors P1600SS closers,a 1618A-SS soffit plate fabricated of stainless with as little as 3"(76mm)of header space.Permits closer steel is supplied standard. arm to clear up to 5�8"(16mm)high stop. 3"r\ 4„j.\ �(76mm) � � (102mm) e e o 0 e �� o 0 0 0 3-5/8�� e o /� � o 0 0 (92mm) �� 3 1/2",�� (89mm) �' Narrow Frame�Removable Stop-#2018B Soffit Blade�Applied Stop-#2018D Soffit Plate:For use Plate:For use where a narrow frame or frame with where a blade or applied stop does not permit installation removable stop does not permit use of the standard soffit of the standard sofFit plate.Mounts to either the frame soffit plate.This sofFit plate may be mounted on the frame soffit or or rabbet.Since this sofFit plate projects 7�8"(22mm)less the frame rabbet where the stop does not exceed 5�8" than a standard soffit plate,it requires a minimum frame (16mm)in height.All of the screw holes are in a straight line, reveal of 1-1�2"(38mm).Permits closer to clear up to a 5�8" requiring as little as 1-1�4"(32mm)of frame reveal to mount (16mm)high frame stop. bracket and maintain good closer arm geometry.Where the frame soffit is as wide as 2"(51 mm),this sofFit plate may be used to clear weather-stripping that is up to 1-3�8"(35mm) wide and 5�8"(16mm)in height. .ii 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions • . ° 1600BC�1601 Series Door Closers ASSA ABLOY Brackets for Non-Hold Open Arms(continued) 3-1/2"- �(89mm) / 2-1/2" � (64mm) � 1-15/16" � � / �(49mm) � � o o �� s o 00 / � o 0 �� 3-1/2" o 0 0 ss 3-1/2',� �(89mm) 1_1�2„�� (89mm) A (38mm) Flush Transom -#2022 Angle Bracket:For use Extra-Clearance-#20185 OfFset SofFit f'late:For where rabbeted or flush transom conditions prevent use where the need for additional clearance prevents use of installation of a soffit plate.Used in combination with the the standard sofFit plate. This plate mountsto the frame soffit 1618A soffit plate,or may be used in combination with the to provide up to Z"(51 mm)of clearance when a separate 20185 sofFit plate when it is necessary for the closer arm to overhead door holder is used. clear a separate overhead door holder. Standard mounting requires a 2-5�8"(67mm)wide frame soffit.It may also be used where unusually high frame stops or weatherstripping prevents the use of other soffit plates. Brackets for Hold Open Arms 3-1/2"- 3-1/2" � (89mm) � (89mm) : 2-1/2" � � � � (64mm) � � 0 0 �� a o 0 �4-9/16" o o a o 0 0 � o (116mm) � � � e s �� 2-9/16" 1-1/2" �,� (65mm) (38mm) Parallel Hold Open -#1628H Adapter Plate:This Flush Transom Hold Open-#2022 Angle Adapter Plate is supplied standard with all parallel arm hold Bracket:For use where rabbeted orflush transom open closers.It can also be used to convert regular arm or conditions prevent installation of the standard 1628H top jamb hold open arms to parallel arm installation.It can hold open adapter plate.It is used in combination with be mounted where the frame soffit is as narrow as 1" the 1628H adapter plate. (25mm). .�� www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY , , , Closer Mounting Plate �J I' B -�I 0 0 10 0 00 0 oA o00 0 oj Dimensions �ia`e"°. Narrow To Rail -#1688 Dro Plate: A(width) B(length) P P For use where a narrow top rail prevents the �6ss 3-1�4"(83mm) 9-3�4"(248mm) doserfrombeingmounteddirectlytothedoor ��ssc 4-1�8"(lOSmm) 9-7�8"(251mm) surface.This drop plate can be used to mounta closer on a top rail as narrow as 2-5�8"(67mm) Note:#1688C-To be used when optional cover is specified. in height. Brackets for Non-Hold Open Arms& Hold Open Arms 3-1/2".•• 1/2° (89mm) � ..�-. (13mm)..-::._ 7/8" h 2-1/2,� � (64mm) 5/8" .-;.. � -.....,(22mm) � � ►• �r.. (16mm)� + ..T. � � ��!. � I � � � � .-'� e 3" (76mm)��-•' ' Standard -#20195 Spacer Block:For use where a Flush Rabbeted Transom -#2019L Angle narrow frame soffit does not provide adequate support for Bracket:For use where flush transom conditions prevent the soffit plate.Supplied as standard with all parallel rigid mounting of the standard soffit plate.This bracket is used in arm closers.For use on frame with either 1�2"(13mm)or combination with the arm's soffit plate. 5�8"(16mm)high frame stop. 2" � (51mm) �zs� � 3-3�8� / (86) �'i 1 Z i/ 1-3/8"��! �/f - - (30�— (35mm) s 7-7/8".�.'� (22mm)� Narrow Frame -#6890 Support Bracket:For use Clearance�5upport Blade Stop-#6891 Spacer where the frame is narrow and the soffit plate cannot be B�OCk:For use where the door frame has a blade stop and mounted directly to the frame soffit or rabbet.Used in the sofFit plate must be mounted on the frame rabbet.This combination with the#6891 Spacer Block on blade stop accessory is used in combination with the standard 20195 frames to provide extra support and needed clearance of the Spacer Block to provide clearance of the blade stop.For blade stop.Used on frame where frame stop does not exceed clearance of 5�8"(16mm)high-frame stop. 5�8"(16mm)in height. .ii 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions • . ° 1600BC�1601 Series Door Closers ASSA ABLOY � � � Closer Mounting Plate L� I- B �I � � f 0 0 0 o A o 0 0 o j o o� Dimensions Plate No. A(width) B(length) Narrow Top Rail -#1688 Drop Plate: 1688 3-1�4"(83mm) 9-3�4"(248mm) For use where a narrow top rail prevents the closer from being mounted directly to the door i�sac a-��s°(�osmm) ga�s°(zs�mm) surface.This drop plate can be used to mount a closer on a top rail as narrow as 2-5�8"(67mm) Note:#1688C-To be used when optional cover is specified. in height. Brackets for Non-Hold Open Arms& Hold Open Arms s-v2°-.'j :� 1/2" (89mm) 2-1/2" X'� (13mm);� 7/8" ? (64mm) _ 5/8" !'-_.. � _-�.�22mm) � �" — 1' (16mm)� � � `l�' �� f�'. � w � � i- b� --"`, b 3" p6mm)'�-'-' Standard -#20195 Spacer Block:For use where a Flush Rabbeted Transom -#2019L Angle Bracket: narrow frame soffit does not provide adequate support for the For use where flush transom conditions prevent mounting of sofFit plate.Supplied as standard with all CloserPlus�arm the standard soffit plate.This bracket is used in combination closers.For use on frame with either 1�2"(13mm)or 5�8" with the arm's soffit plate. (16mm)high frame stop. 2�� (51 mm) �z� (� � . � � _ _ 3_3�g�,� 1-3/8�� (SG) (35mm) � z 7 7/R"�,.� (30) (22mm) Narrow Frame-#6890 Support Bracket:For use where Clearance�Support Blade Stop-#6891 Spacer the frame is narrow and the soffit plate cannot be mounted BIOCk:For use where the door frame has a blade stop and the directly to the frame soffit or rabbet.Used in combination with the soffit plate must be mounted on the frame rabbet.This #6891 Spacer Block on blade stop frames to provide extra support accessory is used in combination with the standard 20195 and needed clearance of the blade stop.Used on frame where Spacer Block to provide clearance of the blade stop.For frame stop does not exceed 5�8"(16mm)in height. clearance of 5�8"(16mm)high-frame stop. .�i www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY , � � Closer Mounting Plate(for Parallel Arm) �� I- B �I ° � f 0 0 00 o a A o 00 0 0 � Dimensions Narrow Top Rail -#1688 Drop Plate:For use Plate No. A(width) B(length) where a narrow top rail prevents the closer from �6ss 3-1�4"(83mm) 9-3�4"(248mm) being mounted directly to the door surface.This drop plate can be used to mount a closer on a top i6sac a-i�a°(lOSmm) 9-7�8"(251mm) rail as narrow as 2-5�8"(67mm)in height. Note:#1688C-To be used when optional cover is specified. Soffit Plate Reinforcing Brackets(for Parallel Arm) 2-,�4 (57mm� 5/16" 3-t/2"� � ' � (8mm) (89mm) 2-7/2" �� O Q � (64mm) f � � � 2-1/4,� � 1-t/2" � � � (57mm) (38mm)� e� Additional Support-#6190 Reinforcing Flush Rabbeted Transom -#2022 Angle Bracket:Standard for use with all parallel arm Unitrol Bracket:Optional for use with all parallel arm Unitrol Door Door Controls.Provides additional support to the soffit Controls.For use where rabbeted or flush transom conditions plate on installations with door frame reveals from 1-7�8"to prevent installation of the sofFit plate assembly.This bracket 4-5�8"(48 to 117mm). fastens to the overhead transom to provide a mounting surface for the soffit plate assembly. e 2-1/4" 5/8" s (57mm) 5�8 e (16mm) � (16mm) e se � o o �� 5/8" I'—posm8m�Minimum-.� '(16mm) Spacer Block Shown with \ 2-3/4" Shown with damp only �pomm> spacer block Clamp Clam p and clamps Wide Frame-#6191 Reinforcing Kit:Optional for use with all parallel arm Unitrol Door Controls.Used to support the sofFit plate on installations with deep frames.Clamps may be used with or without the spacer block,depending on frame conditions. Closer Mounting Plate(for Top Jamb) 9-3/4" � (248mm) ' Low Ceiling Clearance- #1687 Drop Plate:For use O O where the ceiling clearance is between 1-3�4"and 2-5�8"(44 O O 2-9/16" o o and 67mm).This places the centerline of the arm mounting 0 0 (65mm) � screws at 2-5�8"(67mm)from the top of door. 0 0 .ii 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions • . ° 1600BC�1601 Series Door Closers ASSA ABLOY Converting Old Hold Open Installations-#2017 1-1/8" ;Q' 'Q� Adapter Plate:For use on old hold open installations with (29mm) O+ . 2-1�2"(64mm)hole spacing on the holder bracket.Plate uses existing holes in either door or frame and accepts the new hold open bracketwith 1-3�4"(44mm)hole spacing.For regular arm 3_1�8�� or top jamb installations. (79mm) 0 o° 1699 Adapter Plate: 1_7�g° � � '�' Converts old 1602�1603 doser installations with 3�4" (48mm) O O � (19mm)x 8-3�16"(208mm)-spacing to new 1602, 1603 � � or 1601 BF using existing mounting holes in door or frame. 9-3/4" (248mm) .�� www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY �•�� • :•� �� , :.� _ �\ � Body Only(Standard) 160*BCLAP Sized Closer Note:Mounting hardware included with all parts orders. 1601 LAP Multi-sized 1601 BFLAP Barrier Free 1601 SSLAP Stainless Steel LAP=Less All Parts *Specify closer size.Pinion cap and mounting screws supplied. 0 1639 Pinion Cap Optional Cover- 1600P For regular arm and parallel arm applications.2-7�8" (73mm)height x 3-1�6"(78mm)deep x 9-7�8" (251 mm)long.To order with closer use"P"suffix;i.e. 1604BCP. Steel Door Application Aluminum and Wood Door Application Sex-nut�Sleeve-nut:"SN"(4 per pack) or (Aluminum Door Shown) Sex-nut�Sleeve-nut&Screw:"SNB"(4 per pack) Thru Bolt&Grommet Nut:"TBGN"(4 per pack) O � s� e0 O � Door SN's SNB's Door TBGN's 1-3�4" SN-134 SNB134-38 1-3�8" TBGN138-38 2" N�A SNB200-38 1-3�4" TBGN134-38 Z-1�4" SN-214 SNB214-38 2-1�4" TBGN214-38 S.S.SNB's 1-3�4" SN-134SS SNB13455-38 .ii 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions • . 1600BC�1601 Series Door Closers ASSA ABLOY . • � .� — ---_ �"" --�.. %� � Soffit Plate ;%� - - --- Arm Shoe % � 1618A Screw '�, 1'� =' `!� ----_ Indudes Screw& 1' �' ��-_`� WasherAssembly Arm Shoe � Arm Shoe'�y (7701-6 arm only) Assembly � I' �'`o ' 7701-AS -- � � Screw&Washer �i� (7701-1 arm only) Arm Shoe ; Assembly � / - (7701-ES) � �''� �' Sex-Nut 1+ � � �`,, �, f� ------------—`.. ,f !_ � � - �/ � �\�"- --"�,:� '� -- ---—----- � \� i i � � �, t��_ Secondary Arm �` F�f � Assembly Rod&Shoe Assembly-`- � (includes 7701-AS) 7701-HS Hex Screw -� � Arm Assembly __ ,``\ Less Rod&Shoe ��t -------~ : �.r— r�� ,, � .� � � � Saew&Washer �y =�- Assembly �` '� 7701-ES �\ \� �� Main Arm �' Main Arm Screw Note: Mounting hardware included with all parts orders. 7701-MAS Main Arm Assembly' Secondary Arm Arm Assembly Closer Series Complete Arm (length)(mm) Assembly Less Rod and Rod&ShoeZ Assembly Assembly includes 7701-ES (length)(mm) (includes 7701-ES) �� ) Shoe 1600BC�1601 7701-1 7701-111 7701-11 (8-7�8)(225) J1600BC�J1601 7701-1A 7701-1M 7701-121 7701-11A(12-1�2)(318) (11)(279) 7701-1 W P1600BC�P1601 7701-6 7701-116 7701-16(8-7�8)(225) P1600BC�P16013 7701-6A 7701-116A 7701-16A(12-1�2)(318) 7701-26(Tri-Style`" 1.C to C length shown in parentheses. 1600BC�1601 includes 7701-1 plus 2.C of connecting linkto end of rod shown in parentheses. 1618A plate) 3. For 180°door swing when using a special template for doors hung on 6"to 8" (162mm to 203mm)wide throw hinges. .�� www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY _ -------- _ . � �;.-- _.._, /� Arm � I Shoe� � � Soffit Plate ;' Screw .---�� 1618A-SS + a��`� - Indudes Screw& 'I Ann Shoe �' WasherAssembly Arm Shoe � (7701 SS-6 arm only) � ' Assembly � --c� ; 15crew&Washer � 7701 SS-AS � Assembly -� � �, Arm Shoe � (7701 SS-ES arm only) ,i f Sex Nut � `� i`--��/ / � �� / �/ F "�•, _ f �"'________ J' � � II � --_ 1 �;� Secondary Arm �-- ___ `� __ — Assembly ��-` (Indudes7701SS-AS) � � \ Screw&Washer � r Assembly �'C, 7701 SS-ES �� y� ! -� Main Arm Main Arm Screw Note: Mounting hardware included with all parts orders. 7701-MAS Main Arm Assembly' Secondary Arm Assembly Closer Series Complete Arm Assembly (length)(mm) (includes 7701SS-ES) (includes 77015S-ES) 160155 7701SS-1 770155-111 (8-7�8)(225) 7701 SS-1 M I 7701 SS-1 Z 1 J160155 7701SS-lA ��)(z79) (�z-��z��3�s) P1601SS 7701SS-6 770155-116 (8-7�8)(225) 1.C to C length shown in parentheses. .ii 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions • . ° 1600BC�1601 Series Door Closers ASSA ABLOY . . �ock Nut Jack Screw 7701-13 Holder Shoe& Loop Assembly 455 —� 1543R � � Friction Disk 1554 � �__---—� �. � � � c� a ,..� � �� a ��. �ti � Soffit Adapter � � Plate 1628H �. (7701-8 Arm Only) �� `� Secondary Arm � '� �� Assembly 7701-HHS �` � Set-Screw Adjusting Rod `� r _-- � ./ i '� � `'" Main Arm&Rod r�� Assembly �,---- Screw,&Washer �� Assembly. 7701-ES � � � � Main Arm - Main Arm Screw 7701-MAS Note:Mounting hardware included with all parts orders. Closer Series Complete Arm Main Arm' Secondary Arm Main Arm& Holder Shoe& Adjusting Armz Assembly Assembly (Length)(mm) (includes 7701-ES) Rod Assembly Loop Assembly (Length)(mm) (includes 7701-ES) 1600BCH�1601H 7701-3�7701-8' 7701-113�7700-118 7701-3W 7701-31 Reg.�Par. 7701-1M Reg.�Par. 7701-13�7701-18° ��-3�8)(187) J1600BCH�J1601H 7701-3A �ll��Z79� 7701-123 7701-3WA Reg.�Par. 7701-31A (10-13�16)(275) 1.C to C length shown in parentheses. 2.C of connecting link to end of rod shown in parentheses. 3.Same as 7701-3 but includes#1628H soffit adapter plate. 4.Same as 7701-13 but indudes#1628H soffit adapter plate. .11 1 www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY � Non-Hold Open Arm �..S �LJ � --- ------- �'- � _�� '� �� -._. �, �- � � �. � � ��-. �� Hold Open � � � Lock Nut 455 Jack Screw See Chart Below Friction Disk (not visible) 1554 Note: Mounting hardware included with all parts orders. Arm Function Complete Arm �ack Screw Assembly Non-Hold Open PR7701-5 N�A PR7701-8R 1543R Hold Open PR7701-8L 1543L � .i� 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions . . ° 1600BC�1601 Series Door Closers ASSA ABLOY . ., Hold Open Arm shown(CLP-T) � � Hole Plug 6770P � � Hold Open Stop Control 67705 6870T-8 Arm Only Note:Mounting hardware included with all parts orders. Arm Function Complete Arm Non-Hold Open 6770-5 Thumbturn Hold Open 6870T-8 .�� www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY � 0 � Hole Plug* m 6770P � m O � CloserPlus Spring Kit* CPSK6770 Arm Function Complete Arm Package Non-Hold Open CPS6770-5 Thumbturn Hold Open CPS6870T-8 *These parts and screw pack are included with complete arm assemblies. Note: Mounting hardware included with all parts orders. .�� 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions . . ° 1600BC�1601 Series Door Closers ASSA ABLOY .� Non-Hold Open Arm shown -�° Soffit Plate �'�`- ��._ �'�., '-------- 1618A `� `� �'� �- Indudes Screw& Arm Shoe �`-. ��; WasherAssembly �.�{ �� 7701,AS —`� (7780-6 arm only) � Screw&Washer Assembly '-�. Tube �` (7701-ES) '� Assembly ,� �'� � J J � 7701-HS � Hex Screw �` '�,. � I � Main Arm&Rodh e-�z � Assembly ',, � 3 1� 4 �� Hold Open Set Screw 7701-HSS Note: Mounting hardware included with all parts orders. Arm Application Complete Arm Main Arm&Adjusting Tube&Shoe�SofFit Assembly Rod Assembly Rod Assembly RegularArm 7780-1 7780-1T5(with 7701-AS) � Parallel Arm 7780-6 7780-1 MR 7780-6TS(with 1618A) Tri-Sryle� 7780-26 .�� www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY , � Parallel Arm � o0 • � Non-Hold Open °v m � o 0 . � e 0 — Main Arm m � � Hold Open Main Arm � m � � Note: Mounting hardware included with all parts orders. Complete Arm Assembly Door Width(cm) Main Arm Length*(mm) Non-Hold Open Hold Open Z8 �3Z 9-1�Z"(241) 6100-11 6100-1 (71-81) 33"-41" 11"(279) 6100-13 6100-3 (84-104) 42"-48" 12-1�2"(318) 6100-14 6100-4 (107-122) *Center to center length. .ii 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions . . ° 1600BC�1601 Series Door Closers ASSA ABLOY . � Top Jamb O . � �Non-Hold Open . � O 0 0 . � � � . � � Hold Open O O � � � � Note: Mounting hardware included with all parts orders. Non-Hold Open Hold Open For Frame Reveals (mm) J6100-4 J6100-7 2_1�8"_3-1�4"(54-83) J6200-4 J6200-7 1�2"-2"(13-51) J6400-4 J6400-7 3-3�8"-4-1�4"(86-108) J6500-41 J6500-71 4-3�8"-5-3�8"(111 -137) J6500-42 J6500-7Z 5-1�2"-6-3�8"(140-162) J6500-43 J6500-73 6-1�2"-7-3�8"(165-187) J6600-4 J6600-7 0-3�8"(0-10) .�� www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY .�� 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASSA ABLOY .�� www.nortondoorcontrols.com 3�08 ASSA ABLOY,the global leader in door opening solutions • • 1600BC�1601 Series Door Closers ASS�ABLAY .�� 3�08 www.nortondoorcontrols.com ASSA ABLOY,the global leader in door opening solutions • • � ABL�OY For a complete listing of products and applications please visit our web site. www.nortondoorcontrols.com www.assaa bloydssca nada.ca Or contact us at: Norton Door Controls ASSA ABLOY Door Security Solutions Canada 3000 Highway 74 East 160 Four Valley Drive Monroe, NC 28112 Vaughan,Ontario, L4K 4T9 Canada Tel:877-974-2255 Tel:800-461-3007 Fax: 800-338-0965 Fax:888-940-3242 Norton�',Unitrol�',CloserPlus�',NorGlide�and Tri-Style°are registered trademarks of Yale Security Inc.,an ASSA ABLOY Group company.CloserPlus SpringT""is a trademark ofYale Sewrity Inc., an ASSA ABLOY Group company.Other products'brand names may be trademarks or registered trademarks of their respective owners and are mentioned for reference purposes only.These materials are protected under U.S.copyright laws.All contents current at time of publication.Copyright cQ 2002,2008,Yale Securiry Inc.,an ASSA ABLOY Group company.All rights reserved. Reproduction in whole or in part without the express written permission ofYale Security,Inc.is prohibited. ASSA ABLOY is the global leader in door opening solutions,dedicated to satisfying end-user needs for security,safety and convenience. 43048-3�08R APPENDIX J EMERGENCY GENERATOR INFORMATION GENERATOR CONNECTION SCHEDULE NEC lOAD TABULATION ALL UNITS Total ft2 196517 MAIN SWITCHGEAR SCHEDULE: MS-A SHEET QTY HP FLA LOAD (VA) Load Area Quantity VA/sf VA Remarks FIRE PUMP 1 100 98,797 General Lighting: 196517 3 589551 per NEC Table 220-3 VOLTAGE: 277�480V, 3PH, 4W MAIN: 4000A ATS-CAM-LS Small A liances 2 er unit 210.11C BUS AMPACITY: 4000A AIC RMS: 100K , PP 235 1500 352500 � ) P � ) ELPH-CAM-SW1 E0.08 Laundry Circuit 77 1500 115500 �210•1>�) CONNECTED DEMAND � � �°� � �,�ArC h�t Cts LIGHTING 5,640 Sub-Total 1057551 BREAKER # SERVING kVA AMPS kVA AMPS Fuse Size Switch Size �� SPF-6 1 5 6,056 Application of Demand Factor (220-11) - SPF-1 1 7.5 $�765 Total VA 3000 VA � 100% 117,000 VA � 35% Remainder � 25% Demand Load (VA) 1 MMU-GWA 142 170 94 113 175 200 ELPH-CAM-SE1 E0.08 1057551.00 3000 40950 234388 278338 2 MMU-4WA 666 801 338 407 450 600 LIGHTING 4,260 3 MMU-7WA 619 744 309 372 450 600 23016LA6�5�.,55�.#100 ELPH-CAM-NW E0.08 Fixed in Place Appliances 4 DSL-A 582 700 582 700 1200 1200 ��LORA9080205 303.861.8555 F.303.861.3027 LIGHTING 6,730 Load Quantity VA/unit Connected VA Demand VA Total 5 DSL-B 541 651 541 651 1200 1200 p225N1AINST�tEET.UNITC101 FP-COMP-1 1 5 6,056 Theater/AV/RDU/HW 77 900 69300 1.00 69300 6 MMU-4EA 655 788 333 401 450 600 EDWARDS,COLORAD089632 9�0.926.8960 F.9�0.926.8961 FP-COMP-2 1 5 6,056 Wine Cooler* 77 1000 77000 0.75 57750 7 MMU-7EA 653 786 325 391 450 600 JP-2 1 5 6,056 2 Garbage Disposal* 78 1580 123240 0.75 92430 8 DSH-A 947 1140 947 1140 1200 1200 ELPH-CAM-NE1 E0.08 Dishwasher* 77 1200 92400 0.75 69300 SUB-TOTAL 4805 5782 3470 4176 LIGHTING 12,025 Cooktop 78 240 18720 1.00 18720 RESIDENTIAL (INDIVIDUAL DEMAND) (2734) _ (1400) _ EF-52 1 20 2��5�3 Oven** 77 3800 292600 0.16 46816 SUB-TOTAL - RESIDENTIAL 2070 - 2070 - ATS-HOA-LS Kitchen Hood 77 900 69300 0.75 51975 RESIDENTIAL (OVERALL DEMAND) 2727 _ �23g ELPH-HOA-SW Eo.o8 Microwave* 77 1650 127050 0.75 95288 TOTAL MS-A 4798 3309 3982 4000 4000 Flack + Kurtz Inc. LIGHTING 2�270 Motorized Shades 76 1000 76000 1.00 76000 405 Howard St.,Suite 500 PP-1(1) � 1,5 2�391 Jacuzzi Tub* 77 1000 77000 0.75 57750 an rancisco, A 941 ELPH-4WA E0.09 D er*** Fax �415� 433-5311 ►'Y 85 5000 425000 0.25 106250 LIGHTING 10,376 Fan Coil Unit 83 450 37350 1.00 37350 PP-1(4) � 1.5 2�391 Toilet Exhaust* 242 57 13794 0.75 10346 MAIN SWITCHGEAR SCHEDULE: MS-B �WSP AN5PGroup��,P�,Y ELPH-7WA E0.09 In Floor Heat 324 528 171072 1.00 171072 LIGHTING 3,498 ***NEC Table 220.18 Dryers Sub-Total 1669826 960346 VOLTAGE: 277/480V, 3PH, 4W MAIN: MLO SPF-2 1 7.5 8,765 **NEC Table 220.19 Ovens (Column B) BUS AMPACITY: 4000A AIC RMS: 100K SPF-3 1 7.5 8,765 *NEC Tarficle 220.17 Appliances TOTAL (BEFORE DEMAND) 2,727,377 VA EPS-4 1 10 t 1,155 TOTAL (AFTER DEMAND) 1,238,684 VA CIRCUIT LOAD SERVED DEVICE RATING LOAD (VA) REMARKS EF-11 1 3 3,825 5,955 A (at 120/208) ELPH-4EA E0.09 - FP 1200AF/1200AS 98,796 (100HP) G�U I�ION �A� N0. LIGHTING �2,098 1 DPH-MD 1600AF/1600AS 716,397 (84 FLA MOTOR) PP-1(5) � 1,5 2,391 2 DPH-HOA1 2000AF/2000AS 1,544,412 (CH-1 378 KVA) ELPH-7EA E0.09 LIGHTING 3,500 3 DSH-CAM 1600AF/1600AS 1,082,771 (CH-2 378 KVA) �ESIGN DL�i/��O�AAI�NT 2�JlD�J07 EPF-5 � �p ��55 M 0 T 0 R C 0 N N E C T I 0 N S C H E D U L E: 4 H O V-3 P H A S E 4 DPL-PEV 225AF/400AS 120,000 VIA T-PEV �� 010CT07 SPF-4 1 10 11,155 - ��2�RE�SE�' 260CT07 HP SWITCH FUSE BRANCH STARTER SIZE 5 LP-TOV 110AF/200AS s,794 VIA T-TOV SPF-5 > >o >>>155 AMPS AMPS CIRCUIT NEMA 6 0 �oV�s�o�as� � �7��co� EF-12 1 3 3,825 ATS-MD-LS 1/2 30 1 .125 15G 1 _ �OV C�S�ONSI� 1�9FIE�08 � OW�IIER FtlEi/VEW 16/l�1�08 ELPH-LD 3/4 30 1 .6 15G 1 SUB TOTAL: 3,571,171 VA LIGHTING E0.09 26,050 � 30 2 15G 1 �� 8 2 PP-��2� � � 5 - 2�39� (NON-COINDENTAL LOADS) (500,000) �q CH-1, CH-2 (756kVA) VS. BYLIN (SOOKVA) PP-1(3) 1 1.5 2,391 1 1/2 30 2.8 15G 1 ��g�� 4��08 (NON-COINDENTAL LOADS) (30,000) yq ICE RINK (266kVA) VS. WATER FEATURE (30KVA) ELPH-MD-2E 2 30 4 15G 1 ELEVATOR DEMAND FACTOR PER NEC 620.14 (83,474) VA 401.8 FLA TOTAL LIGHTING E0.09 3,495 3 30 5.6 15G 1 25% LARGEST MOTOR: 94500 VA 25% FUTURE LIGHTING 22,975 5 30 9 20G 1 TOTAL: 3,052,197 VA ELEV-1 E0.07 1 25.4 21,107 7 1/2 30 15 20G 1 TOTAL: 3673 A ELEV-2 Eo.o7 1 52 43,212 10 30 17.5 20G 2 ELEV-3a OR 3b E0.07 1 84 69,804 15 30 25 30G 2 ELEV-4a OR 4b E0.07 1 39.1 32,492 2 ELEV-5a OR 5b E0.07 1 39.1 32,492 20 60 35 40G 2 25 60 40 50G 3 ATS-CAM-LR 30 60 45 50G 3 EDPH-CAM-LR E0.07 DWSP-1 1 20 21,513 � 40 100 60 70G 3 2 DWSP-2 1 20 21,513 50 100 80 90G 4 DWSP-3 � 20 2��5�3 60 20o so � ooc 4 DISTRIBUTION PANEL SCHEDULE: EDSH-MAIN ELPH-CAM-SW2 E0.08 75 200 1 10 125G 4 VOLTAGE: 277/480V, 3PH, 4W MAIN: MLO SE-1 1 3 3,825 SE-2 � 3 3,825 100 200 150 175G 5 BUS AMPACITY: 1600A AIC RMS: SE-3 1 3 3,825 125 400 200 200G 5 CIRCUIT LOAD SERVED DEVICE RATING LOAD (VA) REMARKS SE-4 1 3 3�825 2 150 400 225 225G 5 � SP-1 � 7•5 $'765 200 400 300 300G 5 � ELPH-CAM-OPT 175AT/225AF 104,378 VIA ATS-CAM-OPT � SP-2 1 7.5 $�765 2 EDPH-CAM-LS 400AT/400AF 94,463 VIA ATS-CAM-LS � EUH-1 5,250 REFER TO WIRING SCHEDULE FOR BRANCH CIRCUIT REQUIREMENTS I1 � I1 Q EUH-2 5,250 3 EDPH-CAM-LR 225AT/225AF 161,730 VIA ATS-CAM-LR I��I � � ELPH-CAM-SE2 E0.08 4 ELPH-HOA-OPT 225AT/225AF 0 VIA ATS-HOA-OPT � � � SE-5 1 5 6,056 5 EDPH-HOA-LS 400AT/400AF 275,639 VIA ATS-HOA-LS '-' � � SE-6 1 5 6,056 2 � � SE-9 1 5 6,056 6 EDPH-HOA-LR 225AT/225AF 0 VIA ATS-HOA-LR o0 7 EDPH-LD 400AT/400AF 220,165 VIA ATS-MD-LS - " � O O SE-10 1 5 6,056 O 0 ELPH-CAM-NE2 E0.08 8 SPACE 400AF - I( 1� O 0 SE-7 1 5 6,056 �� a SE-8 1 5 6,056 -- Q �I1 � I1 � I�� SE-11 1 5 6,056 ,� I��I O I��I SE-12 1 5 6,056 � � I�� - SUB TOTAL: 856,374 �q O O O ATS HOA-LR � (ELEV-3,5,7) 134,788 VA � � � M EDPH-HOA-LR E0.07 ATS-HOA-OPT SUB TOTAL: 721,585 VA � p Q� ELPH-HOA-OPT E0.09 25% LARGEST MOTOR: 17451 VA ELEV-4 IL � � ATS-CAM-OPT TOTAL: 739,036 �q � � � � ELPH-CAM-OPT E0.08 � � � � LIGHTING 11,070 TOTAL: 889 A Q �i-� � CT-1 1 25 27,090 CT-2 1 25 27,090 O�n CTHTR-1 16,020 v� CTHTR-2 16,020 TOTAL KVA) gp� TOTAL KW) WITH ASSUMED PF 0.95 761 GENERATOR SIZE (KW) AT 1000' 1000 �/�s �s:ss PROVIDE A 1000KW/1250KVA GENERATOR L�L�LS��If��QL� pQ�IC�� C��IC�D��C�� PLOTTED Xm( SCHEDULE KEY CHK'D�Y ma COP1fRIOFR 0 2008 BY�1VI3 PARTNERSHIP P.C.,ARCHRECTS GENERATOR CONNECTION NEC DEMAND (MS-A) MS-A SCHEDULE s�rNU�: MS-B EDSH-MAIN a ❑ GEN �.P.A. ��11��# ��o�� APPENDIX K SMACNA TESTING PROCEDURES � HVAC �41R DUCT LEAKAG E TEST MAN UAL - 1 ST EDITION-1985 � SMACHA � SHEET METAL AND A1R CONDITlONING CONTRACTORS' NATIONAt ASSOCIATION, INC. 4201 Lafayette Center Dri�re Chan#illy, VA 20151-1209 � � HVAC AIR DUCT LEAKAGE TEST MANUAL COPYRIGHT02003 All Rights Reserved by SHEET METAL AND AIR CONDITIONING CONTRACTORS' NATIONAL ASSOCIATION, INC. 4201 Lafayette Center Drive Chantilly, VA 20151-1209 Printed in the U.S.A. FIRST EDITION-1985 � 2na printing—February 1988 3�d Printing�luly 1989 4th Printing—September 1990 Sth Printing—August 1993 6th Printing—March 1997 7th Printing�lanuary 2003 Except as allowed in the Notice to Users and in certain licensing contracts, no part of this book may be � reproduced, stored in a retrievable system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without the prior written permission of the publisher. FOREWORD � SMACNA has published a procedure for leakage testing of so-called medium and high pressure ductwork since Janu- ary 1965.It appeared in Chapter 10 of the high velocity(later high pressure)consmxction standards and in Chapter 8 of the Balancing andAdjustment ofAirDistribution Systems Manual of 1967 vintage.In the 1970's energy conserva- tion measures led to a decline in the use of truly high pressure commercial HVAC systems.Now,greater concern with the amount of leakage in systems of less pressure has evolved. New research in the leakage rates of sealed and unsealed ductwork has disclosed a need for a better method of evaluat- ing duct leakage. European countries introduced an evaluation approach using the surface area of the duct and the pressure in the duct as the basic parameters.SMACNA has coacluded that this approach is far superior to the arbitrary assignment of a percentage of fan flow rate as a leakage criteria.The surface area basis highlights the effect of system size and is now the keynote of new SMACNA duct leakage classifications. It is expected that in the future industry will have conelated leakage classes with performance of particular sealant methods used on individual j oint systems. Leakage testing on j ob sites disrupts productivity,is costly and is generally not as beneficial as one might expect.Relat- edly,industry fails to recognize the extent that equipment that is inserted in-line in duct leaks.Few ratings for this are published.Designers must account for equipment leakage separately from duct leakage allowances as they evaluate system leakage.SMACNA encourages designers to specify equipment leakage control and to rely on prescriptive seal- ing of ductwork as measures that will normally lead to effective control of leakage without the need for extensive leak- age testing. Application of the information and guidance herein should facilitate design,improve system performance and reduce the difficulty of testing and balancing newly installed systems.SMACNA expressed appreciation to all of those whose knowledge and effort led to the introduction of this new publication. � SHEET METAL AND AIR CONDITIONING CONTRACTORS' NATIONAL ASSOCIATION,INC. � SM � HVAC Air Duct Leakage Test Manual • 1st Edition iii DUCT CONSTRUCTION STANDARDS TASK FORCE Thomas J.Boniface, Chairman H.Andrew Kimmel � Wayne,NJ Warren,MI Robert S.Deeds William J.Knecht Salt Lake City,iIT Camden,NJ Norman T.R.Heathorn John H. Stratton Oakland,CA V'ienna,VA OTHER CONTRIBUTORS Mark Hershxnan,Philadelphia,PA Frank D.Ellis, Sparks,NV Duct Design Committee Member Former Duct Construction Standards Committee Member Earl Burmeister,W.Des Moines,IA Former Duct Construction Standards Committee Member Daniel Streimer,Portland,OR Danial J.Driscoll,Philadelphia,PA Former Duct Construction Standards Committee Former Duct Design Committee Member Member � � iv HVAC Air Duct Leakage Test Manual • 1st Edition SM � NOTICE TO USERS OF THIS PUBLICATION � 1. DISCLAIMER OF WARRANTIES a)The Sheet Metal and Air Conditioning Contractors'National Association("SMACNA")provides its product for informarional purposes. b)The product contains"Data"which is believed by SMACNA to be accurate and correct but the data,including all information, � ideas and expressions therein,is provided strictly"AS IS",with all faults.SMACNA makes no warranty either express or implied regarding the Data and SMACNA EXPRESSLY DISCLAIMS ANY IMPLIED WARRANTIES OF MERCHANTABILTTY OR FTTNESS FOR PARTICULAR PURPOSE. c)By using the data contained in the product user accepts the Data"AS IS"and assumes all risk of loss,hann or injury that may result from its use.User acknowledges that the Data is complex,subject to faults and requires verification by competent professionals,and that modification of parts of the Data by user may impact the results ar other parts of the Data. d)IN NO EVENT SHALL SMACNA BE LIABLE TO USER,OR ANY OTF�R PERSON,FOR ANY INDII2ECT,SPECIAL OR CONSEQUENTIAL DAMAGES ARISING, DIl2ECTLY OR INDIRECTLY, OUT OF OR RELATED TO USER'S USE OF SMACNA'S PRODUCT OR MODIFICATION OF DATA THEREIN.This limitarion of liability applies even if SMACNA has been advised of the possibility of such damages.IN NO EVENT SHALL SMACNA'S LIABILTTY EXCEED THE AMOUNT PAID BY USER FOR ACCESS TO SMACNA'S PRODUCT OR$1,000.00,WHICHEVER IS GREATER,REGARDLESS OF LEGAL THEORY. e)User by its use of SMACNA's product aclaiowledges and accepts the foregoing limitation of liability and disclaimer of warranty and agrees to indemnify and hold harmless SMACNA from and against a11 injuries,claims,loss ar damage arising,directly or indi- rectly,out of user's access to or use of SMACNA s product or the Data contained therein. 2. ACCEPTANCE This document or publication is prepared for voluntary acceptance and use within the limitations of application defined herein,and otherwise as those adopting it or applying it deem appropriate.It is not a safety standard.Its application for a specific project is contin- � gent on a designer or other authority defining a specific use.SMACNA has no power or authority to police or enforce compliance with � the contents of this document or publication and it has no role in any representarions by other parties that specific components aze,in fact,in compliance with it. 3. AMENDMENTS The Association may,from time to time,issue formal interpretations or interim amendments,which can be of significance between successive editions. 4. PROPRIETARY PRODUCTS SMACNA encourages technological development in the interest of improving the industry for the public benefit.SMACNA does not, however,endorse individual manufacturers or products. 5. FORMAL INTERPRETATION a)A formal interpretation of the literal text herein or the intent of the technical committee or task force associated with the document or publication is obtainable only on the basis of written petition,addressed to the Technical Resources Department and sent to the Association's national office in Chantilly,Virginia.In the event that the petitioner has a substantive disagreement with the interpreta- fion,an appeal may be filed with the Technical Resources Committee,which has technical oversight responsibility.The request must pertain to a specifically identified portion of the document that does not involve published text which provides the requested informa- tion.In considering such requests,the Association will not review or judge products or components as being in compliance with the document or publication.Oral and written interpretations otherwise obtained from anyone aff'iliated with the Associarion are unoffi- cial.This procedure does not prevent any committee or task force chairman,member of the comxnittee or task force,or staff liaison from expressing an opinion on a provision within the document,provided that such person clearly states that the opinion is personal and does not represent an official act of the Association in any way,and it should not be relied on as such.The Boazd of Directars of SMACNA sha11 have final authority for interpretation of this standard with such rules or procedures as they may adopt for processing same. b)SMACNA disclaims any liability for any personal injury,property damage,or other datnage of any nature whatsoever,whether special,indirect,consequential or compensatory,direct or indirectly resulting from the publicarion,use of,ar reliance upon this docu- ment. SMACNA makes no guaranty or warranty as to the accuracy or completeness of any information published herein. 6. APPLICATION � a)Any standards contained in this publication were developed using reliable engineering principles and research plus consultation with,and information obtained from,manufacturers,users,testing laboratories,and others having specialized experience.They are SMACN HVAC Air Duct Leakage Test Manual • 1st Edition � subject to revision as further experience and investigation may show is necessary or desirable.Construction and products which com- ply with these Standards will not necessarily be acceptable if,when examined and tested,they aze found to have other features which impair the result contemplated by these requirements.The Sheet Metal and Air Conditioning Contractors'Narional Association and other contributors assume no responsibility and accept no liability for the applicarion of the principles or techniques contained in this � publication.Authorities considering adoption of any standazds contained herein should review all federal,state,local,and contract regulations applicable to specific installations. b)In issuing and making this document available,SMACNA is not undertaking to render professional or other services for or on behalf of any person or entity.SMACNA is not undertaking to perform any duty owed to any person or entity to someone else.Any - person or organization using this document should rely on his,her or its own judgement or,as appropriate,seek the advice of a compe- tent professional in deternuning the exercise of reasonable care in any given circumstance. 7. REPRINT PERMISSION Non-exclusive,royalty-free pernussion is granted to government and private sector specifying authorities to reproduce only any construcrion details found herein in their specifications and contract drawings prepared for receipt of bids on new construction and renovation work within the United States and its territories,provided that the material copied is unaltered in substance and that the reproducer assumes a111iability for the specific application,including errors in reproduction. 8. THE SMACNA LOGO The SMACNA logo is registered as a membership identification mark.The Association prescribes acceptable use of the logo and expressly forbids the use of it to represent anything other than possession of inembership.Possession of inembership and use of the logo in no way constitutes or reflects SMACNA approval of any product,method,or component.Furthermore,compliance of any such item with standards published or recognized by SMACNA is not indicated by presence of the logo. � � �� HVAC Air Duct Leakage Test Manual • 1 st Edition SMAC - � TABLE OF CONTENTS � �: TABLE OF CONTENTS FOREWORD .............................................................................. iii � FORMER TASK FORCE MEMBERS AND OTHER CONTRIBUTORS ............................ iv NOTICE TO USERS OF THIS PUBLICATION ................................................. v TABLE OF CONTENTS.................................................................... vii SECTION 1 INTRODUCTION LEAKAGE APPRAISAL BASIS . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . .. . . . . . 1.1 DUCT CONSTRUCTION AND INSTALLATION STANDARDS . . . . . . . . . . . . . . . . . . . . . 1.1 DUCT SEALING COMMENTARY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.4 SECTION 2 RESPONSIBILITIES DESIGNER . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . 2.1 CONTRACTOR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . 2.1 SECTION 3 GENERAL PROCEDURES TESTING OVERVIEW . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3.1 PRECAUTIONS FOR CONTRACTORS: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3.1 � SECTION 4 LEAKAGE CLASSIFICATION LEAKAGE CLASSES D�FINED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.1 ASSIGNMENT OF LEAKAGE CLASSES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.1 EXTENT OF LEAKAGE TESTING REQUIRED . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.1 SECTION 5 TEST APPARATUS TEST APPARATUS AND PROCEDURE ONLINE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.1 FLOW CALCULATION FOR ORIFICE METERS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.4 SECTION 6 TEST REPORTS INSTRUCTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6.1 BLANK TEST FORM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62 SAMPLE COMPLETED TEST FORM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6.3 APPENDIX A APPENDIX B SAMPLE LEAKAGE ANALYSIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . B.1 � SYSTEM LEAKAGE CLASSIFICATION ANALYSIS . . . . . . . . . . . . . . . . . . . . . . .. . . . . B.1 LEAKAGE ANALYSIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . B.1 SM C HVAC Air Duct Leakage Test Manual • 1st Edition vii APPENDIX C SUGGESTED ANALYSIS OF NON-SMACNA CRITERIA SPECIFICATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . C.1 � APPENDIX D SAMPLE PROJECT SPECIFICATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . D.1 APPENDIX E through H APPENDIX I FLOW EQUATION DERIVATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . I.1 FLOWMETER ACCURACY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.1 OVERALL METER LOSS . . . . . . . . . . . . . . . . : . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.2 METER CAPACITY FOR TESTED DUCT SIZE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.2 STANDARD AIR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.3 OTHER LEAK TEST METHODS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.3 APPENDIX J FLOW COEFFICIENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . J.1 APPENDIX K through M APPENDIX N � FLUID METER INSTRUMENTATION REFERENCES . . . . . . . . . . . . . . . . . . . . . . . . . . . . J.1 � viii HVAC Air Duct Leakage Test Manual • 1st Edition SMAC TABLES � 1-1 Standard Duct Sealing Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.1 3-1 Applicable Leakage Classes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4.3 4-1 Assignmentof Leakage Classes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4.3 5-1 Orifice Coefficients . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.1 5-2 Flow Rate Versus Pressure Differential for Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.6 A-1 Leakage as Percent of Flow in System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . A.1 E-1 Leakage Factor(F) in CFM/100 S.F. Duct . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . E.1 F-1 Amount of Duct to be Leak Tested (SFD) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . F.1 G-1 Duct Surface Area in Square Feet per Linear Foot . . . . . . . . . . . . . . . . . . . . . . . . . . . . . G.1 H-1 Areas and Circumferences of Circles . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . H.1 K-1 Air Density Correction Factor, d . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . K.1 M-1 Properties of Manometric Liquids . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . M.1 FIGURES 3-1 Illustration of Testing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3.3 4-1 Duct Leakage Classification . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . :. . . . 4.2 5-1 Leakage Test Meter Apparatus with Flange�aps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.2 5-2 Leakage Test Meter Apparatus with Vena Contracta Taps . . . . . . . . . . . . . . . . . . . . . . . . 5.3 5-3 Typical Orifice Flow Curves . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.5 B-1 Duct System Example . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . B.3 I-1 Ratio of Over-all Pressure Loss to be Metered Differential Versus Diameter Ratio R . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.3 � J-1 Flow Coefficients K for Square/Edged Orifice Plates and Vena Contracta Taps in Smooth Pipe . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . J.1 J-1 Flow Coefficients K for Square/Edged Orifice Plates and Flange Tapsin Smooth Pipe . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . J.1 L-1 Gas Expansion Factor, Y, Versus Acoustic Ratio, 4p/kP. . . . . . . . . . . . . . . . . . . . . . . . . . L.1 � SMAC HVAC Air Duct Leakage Test Manual • 1st Edition ix � THIS PAGE INTENTIONALLY LEFT BLANK � � x HVAC Air Duct Leakage Test Manual • 1st Edition SM CN � SECTION 1 � INTRODUCTION �, SECTION 1 INTRODUCTION 1.1 This document identifies certain leakage limits duct surface leakage factor can be identified by the fol- for ducts and outlines procedures for testing ducts lowing relationship. � for conformity with air leakage limits that are set forth in a designer's project specification. This F=CLPN document is not an endorsement of routine use of testing. Leakage testing is generally an where unjustified major expense that is unnecessary F is a leak rate per unit of duct surface area when proper methods of assembly and sealing are (typically cfm/100 s.f.) used. Visual inspection for application of such proper methods will ardinarily suffice for CL is a constant verification of reasonably tight construction. Under any circumstances reasonable allowances P is static pressure(typically in inches water for leakage must be adopted because no duct is gage) absolutely airtight. N is an exponent(most typically it is 0.65 but 1.2 The sealing provisions contained in the SMACNA in some cases it is 0.5 to 0.9) HVAC Duct Construction Standards Metal and Flexible, 1995 second edition, are reproduced here The new SMACNA Leakage Classifications are based for convenient understanding of use of prescriptive on this leakage factor relationship. Whether the de- measures. Consult the SMACNA Fibrous Glass signer uses the rates identified or prefers other Duct Construction Standards for fibrous glass duct constants, it is practical to evaluate leakage by this assembly. Closures of joints and seams in fibrous method. glass ducts rely on taped adhesive systems to make connections,in contrast with metal ducts which use 1.4 DUCT CONSTRUCTION AND mechanicallocksforconnectionandusesealantsfar INSTALLATION STANDARDS supplemental leakage control. 51.0 General�equirements 1.3 Duct leakage reduces the air quantities at terminal �' points unless the total air quantity is adjusted to S 1.1 These construction and installation specifica- compensate. Leakage should be considered a tions and illustrations include: transmission loss in duct systems.The farther air is conveyed the greater the loss will be. Key a. single-prescription method requirements, variables that affect the amount of leakage are: b. optional alternatives,and a. Static pressure, not velocity pressure. (The higher the pressure the more leakage will oo- c. performance requirements for specific items cur.) that are different in detail from the general- ized illustrations. b. The amount of duct(the more duct the more opportunity for leakage there will be). S 1.2 These standards are not meant to exclude any products or methods that can be demon- c. The openings in the duct surface (the major strated to be equivalent in performance for contributors are joints and seams although the application. Substitutions based on spon- access doars, rod penetrations and fastener sor demonstrated adequacy and approval of penetrations also contribute). the regulating authority are recognized. d. Workmanship (poor workmanship under- S 13 These requirements presume that the design- mines the best construction standards). ers have prepared contract drawings showing the size and location of ductwork,including It is practical to relate leakage to duct surface area.Al- permissible fitting configurations. Where though rates of loss per foot of seam,per diameter of area change,direction change, divided flow, hole or per dimension of crack can be evaluated,duct or united flow fittings other than those illus- surface area is the simplest parameter by which to trated here are shown on the contract draw- � evaluate system leakage. Furthermore, research (in ings,are not of proprietary manufacture,and Europe and independently in the United States)has led are defined with friction loss coefficients in to the conclusion that within acceptable tolerances, a either the SMACNA HVAC Duct System De- SM CN HVAC Air Duct Leakage Test Manual • First Edition 1.1 sign manual or the ASHRAE Fundamentals hardware and accessory items and select Handbook chapter on duct design, such fit- them to be consistent with the duct classifica- tings shall be fabricated with materials, as- tion and services. .� sembly techniques, and sealing provisions given here. 51.8 Unless otherwise specified steel sheet and strip used for duct and connectors shall be 51.4 EACH DUCT SYSTEM SHALL BE G-60 coated galvanized steel of lockform- CONSTRUCTED FOR THE SPECIFIC ing grade conforming to ASTM A653 and DUCT PRESSURE CLASSIFICATIONS A924 standards.Minimum yield strength for SHOWN ON THE CONTRACT steel sheet and reinforcements is 30,000 psi DRAWINGS. WHERE NO PRESSURE (207 kPa). CLASSES ARE SPECIFIED BY THE DE- SIGNER, THE 1" WATER GAGE (250 Pa) PRESSURE CLASS IS THE BASIS OF 51.9 Where sealing is required in Table 1-1 or in COMPLIANCE WITH THESE STAN- other tables or illustrations in this manual,it DARDS, REGARDLESS OF VELOCITY means the following: IN THE DUCT, EXCEPT WI�N THE DUCT IS VARIABLE VOLiJME: ALL a. The use of adhesives,gaskets,tape systems, VARIABLE VOLiJME DUCT UPSTREAM or combinations ofthese to close openings in OF VAV BOXES HAS A 2" WG (500 Pa) the surface of the ductwork and field-erected BASIS OF COMPLIANCE WHEN THE plenums and casings through which air leak- DESIGNER DOES NOT GIVE A PRES- age would occur or the use of continuous SURE CLASS. welds. S 1.5 No specification or illustration in this manual b. The prudent selection and application of seal- obliges a contractor to supply any volume ing methods by fabricators and installers, control dampers,fire dampers,smoke damp- giving due consideration to the designated ers,or fittings that are not shown on contract pressure class, pressure mode (positive or drawings. negative),chemical compatibility of the clo- � sure system, potential movement of mating S 1.6 Where dimensions, sizes, and arrangements parts,workmanship,amount and type of han- of elements of duct assembly and support sys- dling, cleanliness of surfaces, product shelf tems are not provided in these standards the life, curing time, and manufacturer-identi- contractor shall select configurations suitable fied exposure limitations. for the service. c. That these provisions apply to duct connec- 51.7 The contractor shall follow the application tions to equipment and to apparatus but are recommendations of the manufacturer of all not for equipment and apparatus. � 1.2 HVAC Air Duct Leakage Test Manual • First Edition SMAC SEAL CLASS Sealing Requirements App��cable Static Pressure � Construction Class A All Transverse joints, longitudinal 4" wg and up(1000 Pa) seams,and duct wall penetrations B All Transverse joints and �� longitudinal seams only 3 �'ag(750 Pa) C Transverse joints only 2" wg(500 Pa) In addition to the above, any variable air volume system duct of 1" (250 Pa)and 1/Z" wg(125 Pa)construction class that is upstream of the VAV boxes shall meet Seal Class C. Table 1-1 Standard Duct Sealing Requirements d. That where distinctions are made between 8. be underground below the water table; seams and joints,a seam is defined as joining of two longitudinally(in the direction of air- 9. be submerged in liquid; flow)oriented edges of duct surface material occurring between two joints.Helical(spiral) 10. withstand continuous vibration visible to lock seams are exempt from sealant require- the naked eye; ments. All other duct wall connections are deemed to be joints.Joints include but are not 11. be totally leakfree within an encapsulat- limited to girth joints,branch and subbranch ing vapor barrier;and � intersections, so-called duct collar tap-ins, fitting subsections, louver and air terminal 12. create closure in portions of the building connections to ducts,access door and access structure used as ducts, such as ceiling panel frames and jambs, and duct, plenum, plenums,shafts,orpressurizedcompart- and casing abutments to building structures ments� , e. Unless otherwise specified by the designer, f. The requirements to seal apply to both posi- that sealing requirements do not contain pro- tive and negative pressure modes of opera- visions to: tion 1. resist chemical attack; g. Externally insulated ducts located outside of buildings shall be sealed before being insu- 2. be dielectrically isolated; lated, as though they were inside.If air leak sites in ducts located outside of buildings are 3. be waterproof, weatherproof, or ultra- exposed to weather,they shall receive exteri- violet ray resistant; or duct sealant.An exterior duct sealant is de- fined as a sealant that is marketed specifically 4. withstand temperatures higher than as forming a positive air-and watertight seal, 120°F (48°C) or lower than 40°F bonding well to the metal involved,remain- (4.4°C); ing flexible with metal movement, and hav- ing a service temperature range of—30°F (-34°C)to 175°F(79°C).If exposed to direct 5. contain atomic radiation or serve in other sunlight, it shall also be ultraviolet ray-and safety-related construction; ozone-resistant or shall, after curing, be painted with a compatible coating that pro- 6. be electrically grounded; vides such resistance.The term sealant is not limited to adhesives or mastics but includes � 7. maintain leakage integrity at pressures tapes and combinations of open-weave fabric in excess of their duct classification; or absorbent strips and mastics. SM CN HVAC Air Duct Leakage Test Manual • First Edition 1,3 1.5 DUCT SEALING COMMENTARY 1.5.1 Leakage Tests There is no need to verify leakage control by field test- � Ducts must be sufficiently airtight to ensure economi- ing when adequate methods of assembly and sealing cal and quiet performance of the system. It must be are used.Leakage tests are an added expense in system recognized that airtightness in ducts cannot,and need installation. It is not recommended that duct systems not, be absolute(as it must be in a water piping sys- constructed to 3° (750 Pa)wg class or lower be tested tem).Codes normally require that ducts be reasonably because this is generally not cost effective. For duct airtight. Concerns for energy conservation,humidity systems constructed to 4"(1000 Pa)wg class and high- control, space temperature control, room air move- er,the designer must determine if any justification for ment,ventilation,maintenance,etc.,necessitate regu- testing exists.If it does,the contract documents must lating leakage by prescriptive measures in construo- clearly designate the portions of the system(s) to be tion standards.Leakage is largely a function of static tested and the appropriate test methods.ASHRAE en- pressure and the amount of leakage in a system is sig- ergy conservation standards series 90 text on leakage nificantly related to system size. Adequate airtight- control generally requires tests only for pressures in ness can normally be ensured by a) selecting a static excess of 3° (750 Pa). pressure construction class suitable for the operating condition,and b)sealing the ductwork properly. The HVAC Air Duct Leakage Test Manual provides practical and detailed procedures for conducting leak- The designer is responsible far deternuning the pres- age tests. sure class or classes required for duct construction and Apparent differences of about ten percent between fan for evaluating the amount of sealing necessary to achieve system performance objectives. It is recom- delivery and sum of airflow measurements at termi- mended that all duct constructed for the 1" (250 Pa) nals do not necessarily mean poor sealing and excess and '/z° (125 Pa) pressure class meet Seal Class C. leakage. Potential accuracy of flow measurements However,because designers sometimes deem leakage should be evaluated. in unsealed ducts not to have adverse effects,the seal- Otherwise, open access doors, unmade connections, ing of all ducts in the 1 (250 Pa)and/z (125 Pa)pres- missing end caps, or other oversights contribute to �-% sure class is not required by this construction manual. such discrepancies. When air terminals are at great Designers occasionally exempt the following from �stances from fans(over 500 feet[152m]), more ef- sealing requirements: small systems,residential occu- fective sealing is probably required to avoid dimin- pancies,ducts located directly in the zones they serve, ished system performance. ducts that have short runs from volume control boxes to diffusers,certain return air ceiling plenum applica- tions,etc.When Seal Class C is to apply to all 1"(250 Schools, shopping centers, airports, and other build- Pa)and'/z" (125 Pa)pressure class duct,the designer ings may use exposed ductwork.Selecting sealing sys- must require this in the project specification. The de- tems for such ducts may involve more attention to the signer should review the HTTAC Air Duct Leakage Test final appearance of the duct system than with ducts in Manual for estimated and practical leakage allow- concealed spaces. ances. Certain types ofpaint may form reliable seals,particu- larly for small cracks and holes.Further research and Seven pressure classes e�st('/z"wg[125 Pa], 1" [250 confirmation is needed in this area. Pa],2" [500 Pa],3" [750 Pa],4" [1000 Pa],6" [1500 Pa]and 10" [2500 Pa]).If the designer does not desig- Longstanding industry acceptance of so-called low nate pressure class for duct construction on the con- pressure duct systems without sealants may have left tract drawings, the basis of compliance with the some contractors(and designers)with little or no expe- SMACNA HVAC Duct Construction Standards is as rience with sealing. The contractor should carefully follows: 2"wg[500 Pa]wg for all ducts between the select construction details consistent with sealing re- supply fan and variable volume control boxes and quirements,the direction ofthe airpressure,and famil- 1"wg[250 Pa] for all other ducts of any application. iar sealing methods.The cost of restoring systems not receiving the required sealing or not being properly sealed can greatly exceed the modest cost of a proper Some sealants can adversely affect the release func- application. Contractors using slip and drive connec- tion of breakaway connections to fire dampers;consult tion systems must control connector length and notch � the damper manufacturer for installation restrictions. depth on rectangular duct ends to facilitate sealing. 1.4 HVAC Air Duct Leakage Test Manual • First Edition SMACNA Failure to do so will compromise seal effectiveness. here to the metal during joint assembly.The choice of Round duct joints are normally easier to seal than other open cell or closed cell rubber gaskets depends on the � types. However,with proper attention to j oint selec- amount and frequency of compression and on the elas- tion, workmanship, and sealant application, almost tic memory. any joint can achieve low leakage.The mere presence of sealant at a connection, however, does not ensure 1.5.5 Tapes low leakage.Applying sealant in a spiral lockseam can result in poor seam closure and less satisfactory con- trol. No single sealant is the best for all applications. Nothing in this standard is intended to unconditionally Selecting the most appropriate sealant depends pri- prohibit the use of pressure sensitive tapes. Several marily on the basic joint design and on application such closures are listed as components of systems conditions such as joint position,clearances,direction complying with LTL Standard 181 tests. There are no of air pressure in service,etc. industry r�cognized performance standards that set forth peel adhesion, shear adhesion, tensile strength, temperature limits,accelerated aging,etc.,which are The listing of certain duct products by recognized test quality control characteristics specifically correlated laboratories may be based on the use of a particular with metal duct construction service. However, the joint sealing product. Such a component listing only SMACNA Fibrous Glass Duct Construction Stan- reflects laboratory test performance and does not nec- dards illustrate the closure of a fibrous duct to metal essarily mean that the closure method can routinely be duct with a tape system. The variety of advertised successful for the contractor or that it will withstand products is very broad. Some test results for tapes are in-service operation of the system on a long-term ba- published in the product directories of the Pressure sis. Sensitive Tape Council located in Chicago,IL. 1.5.2 Liquids The shelf life of tapes may be difficult to identify. It may be only six months or one year. Although initial Many manufacturers produce liquid sealants specifi- adhesion may appear satisfactory,the aging character- cally for ducts. They have the consistency of heavy istics of these tapes in service is questionable. They � syrup and can be applied either by brush or with a car- tend to lose adhesion progressively at edges or from tridge gun or powered pump.Liquid sealants normally exposures to air pressure,flexure,the drying effects at contain 30 to 60 percent volatile solvents; therefare, the holes or cracks being sealed,etc.The tape's adhe- they shrinlc considerably when drying. They are reo- sive may be chemically incompatible with the sub- ommended for slip-type joints where the sealant fills strate,as is apparently the case with certain nonmetal a small space between the overlapping pieces ofinetal. flexible ducts.Application over uncured sealant may Where metal clearances exceed%is inch(1.6 mm),sev- have failures related to the release of volatile solvents. eral applications may be necessary to fill the voids Sea air may have different effects on rubber, acrylic, caused by shrinkage or runout of the sealant. These silicone-based(or other)adhesives. sealants are normally brushed on to round slip joints and pumped into rectangular slip joints. Tapes of a gum-like consistency with one or two re- movable waxed liners have become popular for some 1.5.3 MaStiCS applications.They are generally known as the peel and seal variety and have been used between flanges and Heavy mastic sealants are mare suitable as fillets, in on the exterior of ducts. Such tapes are typically of grooves,or between flanges.Mastics must have excel- thicknesses several times that of tapes traditionally lent adhesion and elasticity. Although not marketed known as the pressure sensitive type.Some may have specifically for ductwork, high quality curtain wall mesh reinforcement. Others may have metal or non- sealants have been used for this application. Oilbase metal backing on one surface. caulking and glazing compounds should not be used. 1.5.6 Heat Applied Materials 1.5.4 Gaskets Hot melt and thermally activated sealants are less Durable materials such as soft elastomer butyl or ex- widely known but are used for ductwark.The hot melt truded forms of sealants should be used in flanged type is normally a shop application. Thermally acti- � joints. For ease of application, gaskets should have vated types use heat to either shrink-fit closures or to adhesive backing or otherwise be tacky enough to ad- expand compounds within joint systems. SMAC HVAC Air Duct Leakage Test Manual • First Edition 1.5 1.5.7 Mastic and Embedded Fabric more. SMACNA is not able to comprehensively de- fine their characteristics at this time;however,authori- There are several combinations of woven fabrics(fi- ties are encouraged to monitor their development � brous glass mesh, gauze, canvas, etc.) and sealing progress and consider their use. compounds (including lagging adhesive) that appear better suited for creating and maintaining effective 1.5.10 Shelf Life seals than sealant alone. Glass fabric and Mastic (GF1Vn used for fibrous glass duct appears to adhere The shelf life of all sealant products may be one year well to galvanized steel. or less;often it is only six months.The installer is cau- tioned to verify that the shelf life has not been exceed- . 1.5.8 Surface Preparation ed. Surfaces to receive sealant should be clean,meaning 1.5.11 Safety Considerations free from oil,dust,dirt,rust,moisture,ice crystals,and other substances that inhibit or prevent bonding. Sol- Sealant systems may be flammable in the wet,partial- vent cleaning is an additional expense. Surface prim- ly cured,or cured staxe. ers are now available,but their additional cost may not result in measurable long-term benefits. USE LIQLTIDS AND MASTICS IN WELL VENTI- LATED AREAS AND OBSERVE PRINTED PRE- 1.5.9 Sealant Strength CAUTIONS OF MANUFACTURERS. No sealant system is recognized as a substitute for me- The contractor should carefully consider the effects of chanical attachments. Structural grade adhesive sys- loss of seal and fire potential when welding on or near tems are being developed to replace spot welded and sealed connections. NFPA Standard 90A requires soldered connections of inetals. They have lap shear adhesives to have a flame spread rating not over 25 and strengths of 1000 to 5000 psi(6895 to 34475 kPa)or a smoke developed rating not over 50. Reprinted from pages 1.8–1.12 SMACNA HYACDuct Consh-uction Standards—2nd Ed.,1995 � �i 1.& HVAC Air Duct Leakage Test Manual • First Edition SMA� � SECTION 2 � RESPONSIBILITIES � SECTION 2 RESPONSIBILITIES 2.1 The duct system designer should: h. Require adequate submittals and recordkeep- ing to insure that work in progress conforms � a. Match the fan to the system pressure losses. to the contract documents in a timely manner. b. Designate the pressure class or classes for 2•2 The ductwork installer should: construction of each duct system, as ap- . propriate and cost effective,and clearly iden- a. Comply with the contract documents. tify these in the contract document. b. Provide all required preconstruction and af- c. Evaluate the leakage potential for ducts con- ter-installation submittals. forming to SMACNA or other standards and c. Report discovery of conflicts and ambigui- supplement the requirements therein with ties, etc.,in a timely manner. deletions and additions as may be prudent and economical, giving due attention to the location of the ducts,the type of service,the d. Schedule any required leakage tests in a time- equipment, dampers and accessories in the ly manner,with appropriate notice to authori- system,the tolerances on air balance and the ties. performance objectives.He must account for leakage in equipment such as fans,coils,vol- e. Seal duct where and as specified. ume regulating boxes,etc.,independently of duct leakage. f. Examine the leakage criteria, the specified duct construction classes,and the testing and d. Prudently specify the amount and manner of balancing specifications for consistency! leakage testing(iftesting is deemed justified) and clearly indicate the acceptance criteria. g• Select duct construction options and sealing methods that are appropriate and compatible, giving due consideration to the size of the e. Reconcile all significant inconsistencies be- system. tween his performance specifications and his �' prescription specifications before releasing h. Control workmanship. contract documents for construction. i. Acquire increased understanding of the na- f. Avoid ambiguity created by references to ture and amount of leakage and of the meth- non-specific editions of SMACNA or other ods and costs of sealing and leak testing,es- documents he has specified. pecially the amount of preparation time inherent in demonstrating a successful test. g. Have his contract documents reflect a clear scope of work known by him to conform to j. Demonstrate that following prescriptive applicable codes and regulations, including measures for construction precludes the need those addressing energy conservation. for leak testing. u MA� HVAC Air Duct Leakage Test Manual • First Edition 2.1 � THIS PAGE INTENTIONALLY LEFT BLANK � � 2.2 HVAC Air Duct Leakage Test Manual • First Edition C � SECTION 3 GENERAL PROCEDURES � �, SECTION 3 GENERAL PROCEDURES 3.1 Conventional leak testing is based on positive 3.9 Remove temporary blanks and seals. pressure mode analysis. It involves inserting temporary plugs (plates, sheets, balloons, bags, 3.10 Precautions � etc.) in openings in a section of duct and connecting a blower and a flowmeter to the a. Verify that an adequate and matched electric specimen in such a manner that pressurizing the power source is available for the test appara- specimen will cause all air escaping from the �S' specimen to pass through the flowmeter. b. Determine that the capacity of the test appa- ratus is suitable for the amount of duct to be 3.2 Select a test pressure not in excess of the pressure tested. class rating of the duct. c. Consider acquiring experience with leakage 33 Calculate the allowable or alloca�ed leakage rates in the type of construction used before using leakage factors related to the duct surface formally conducting field tests.This is espe- area. cially advisable if the contractor has little ex- perience with testing, is attempting to meet 3.4 Select a limited section of duct for which the allowable rates much lower than normal, is estimated leakage will not exceed the capacity of including equipment in the test or is dealing the test apparatus. with unfamiliar duct construction. d. Isolate equipment(fans,in-line flanged coils, 3.5 Connect the hlower and flowmeter to the duct volume regulating boxes, etc.) from tested section and provide temporary seals at all open ductwork. The system designer should have ends of the ductwork. independently accounted for leakage in equipment. 3.6 To prevent overpressurizing of the ducts,start the blower with the variable inlet damper closed. e. Anticipate difficulty with any test of duct- Controlling pressure carefully,pressurize the duct work that has no prescription for sealing yet section to the required level. is required to meet an allowable leakage lev- � el. 3.7 Read the flowmeter and compare the leakage in cfin per square foot with the allowable rate � Do not overpressurize ducts. Provide pres- determined in step 3.3. If it meets the allowable sure control or pressure relief if test apparatus rate proceed to step 3.8. If it does not meet the behavior is unfamiliar;e.g.,start test appara- allowable rate follaw steps 3.7a through 3.7c. �s with flow restricted and gradually build up pressure. a. Inspect the pressurized duct(and all connec- g. Do not test uncured seals. tions between the flowmeter and the duct)for all sensible leaks.A smoke bomb test may be h. Prepare carefully when testing in cold weath- used to identify actual leak sources.If neces- er.Low temperature influences the effective- sary apply a soap solution to locate small ness of sealants and gaskets. leaks. i. Instruct installers to use special care when as- b. Depressurize;repair all audible and other sig- sembling ducts that will be relatively inac- nificant leaks.If the first pressurization failed cessible for repair. to develop the required testpressure level and significant leak sites were not discovered, j• Conduct required tests before external insula- consider the following alternatives: Divide tion is applied and before ducts are concealed the specimen being tested into smaller seg- by building enclosures. ments or use larger test apparatus. k. Do not overlook leakage potential at access doors. e. Allow repaired seals to cure and retest until the leakage rate is acceptable. 1. Do not leave test apparatus unattended. � 3.8 Complete test reports and, if required, obtain m. Avoid panic by informing occupants and by- witness's signature. standers when you will conduct smoke tests. M � HVAC Air Duct Leakage Test Manual • First Edition 3•1 n. Avoid excessive blanking,consistent with in- dustry practice,by testing prior to installation of collars for room air terminals. � o. Take testing seriously;work sequence,work duration and costs can be significantly af- . fected. � � 3.2 HVAC Air Duct Leakage Test Manual • First Edition S C � _ = w� ~ � Y�� W�� z�� 3�z � ��W m�� ~ `��, Qz�� ¢ w H w � � p w � w Q Q J � � �fA� � Z �dU � HU� Q �j W � � � W LL � �. � U /� `( \� `�� \\� � O �/ � �� w UO Q� H U � rWw � w�W � E-�� W U W Z = oa� W N � � � � W a� � W Z � W W LL_ z � O oz o�,� �og z r wa} mc�a Z Z rU� � � 0 `-' FIGURE 3-1 ILLUSTRATION OF TESTING SMA� HVAC Air Duct Leakage Test Manua{ • First Edition 3.3 � THlS PAGE INTENTIONALLY LEFT BLANK � � 3.4 HVAC Air Duct Leakage Test Manual • First Edition ��IMf�� SECTION 4 LEAKAGE CLASSIFICATlON � � SECTION 4 LEAKAGE CLASSIFICATION 4.1 Leakage classification identifies a permissible 3 rectangular duct would not be cost effective. leakage rate in cfm per 100 square feet of duct Assigning a leakage class 3 to a 1"wg rectangular � surface according to the relationship CL = F = duct system may address an achievable result but �p�o.65 as defined in section 13. the associated difficulty and costs will be excessive. Table 4-1 represents the leakage F is the leakage rate in cfin/100 s.f. of duct sur- expected using Seal Classes A, B, and C as face(It varies with static pressure). indicated on duct construction of the types typically selected for each pressure class. P is the static pressure.Values for(P)o.6s are giv- Conceivably Seal Class B or A could be applied en in Appendix E.When P= 1, CL=F. at construction pressure classes lower than indicated in Table 4-1.However,unless j oint type, CL is the leakage class and is a constant. seam type, duct wall thickness and specific sealing method were already collectively 4.2 Leakage classifications 3, 6, 12, 24 and 48 are prequalified by tests (or by an acceptable shown in Figure 1 for pressures up to 10"wg They experience record at a higher pressure) leakage are associated with duct type, seal classes, and rate is less predictable. The benefits of setting construction pressure classes in Table 4-1.Table allowable leakage rates lower than shown in Table 4-1 is the basis of evaluating duct conforming to 4-1 should be carefully weighed against the costs the SMACNA duct construction standards unless of achieving them. a specifier gives other limits. 43 If,at the specified test pressure,the leakage factor 4.5 A sample leakage classification analysis is given (F), by test, is lower than ar equal to that �Appendix B. associated with the specified leakage class, the duct is in compliance.Alternatively,if the leakage 4.6 No leakage tests are required by the SMACNA constant(CL)determined from tests is lower than duct construction standards or by this leakage test or equal to the specified leakage class,the duct is manual. When the designer has only required _ in compliance. leakage tests to be conducted in accordance with � the SMACNA HVAC Air Duct Leakage Test 4.4 Assignment of leakage classes involves careful Manual for verification that the leakage consideration of system size, duct location, classifications in Table 1 have been met(and has sealing and construction class. Arbitrary given no other criteria and scope),he is deemed to assignment of an allowable % of leakage in have not fulfilled the responsibilities outlined in disregard of these factors can indicate section 2.1 for providing a clear scope of work. unobtainable results. A %z% allowance, for When duct construction pressure classes are not example,on a 3900 cfm system with 1300 s.f.of identified in the contract drawings and the amount duct or on a 39,000 cfin system with 13,000 s.f.of of leakage testing is not set forth in the contract duct would mean an unrealistic leakage factor of documents,any implied obligation of the installer 1.5 cfin/100 s.f.in each case. Similarly,arbitrary to fulfill the responsibilities under section 2.2 in assigTllTlent of 10" wg class construction for a regard to leakage are deemed to be waived by system operating at 1"wg in order to get leak class defective specification. � MA� HVAC Air Duct Leakage Test Manual • First Edition 4.1 �� ---- - '===' --- - EE�': - --- ee��'� •� === = --- ' :::;EE::; :� ��i::::::::::�::::::m�:�;:Cn�i:::::C::::::::�ri�C� :==.eee5eeeeeeeeee::::�:::�:: ::;��;;;;;iee:Eeee ee:E::: ::�:;i �� ?::e: :eE::; iiiiiiiiiiiiiiiiiiii iiiiiiiiiiiiiiii r- '' ••iiiiii iiiiiiiiii iiiiiiiiii iiiii iiiii iiiii iiiii iiiiiiiiiiiiiiiii%.i n::iiiii:iiiiiii:ii::��:::::��::::::��:�:ii�nii��iii i��ii ii��i iiiii ��:iii::��::::��::::0°.:::::�°.:::iiiiii::: .. .... u.. iiiiiii:iiiiiiii:iiiiiiiii:iiiii:iiiiii:iiiiiiiiiiiiiiiiii��iiiiiiiiiiiiliiiiilllliiiiiiiiiiiiiiiiiii��.Iiiiiiiliiiiiiiiiiilliiiiiliii � ��I��IIO�IIIIIIIIIIIII��1��111�11�11111��111�111111�� I��IIIIIIIIIII��t��11�111111111111111111��11��111111��►��1111111111111111111111��1111 A11111111111111��1��11��1111111 ��ppp��1111111111 ��II��IIIIIIIIIIIIIII��I��I�IIIIIIIIIIIIII��1��1111�1��:��1�1�11111111111��11'.��I�IIIIIIIIIIIII��I�� , ��_�� __��__ _ �� :�: � �� I�O��II�� \�� Il�lllllli �•%�� ii�lliiil �%��1 �� II�II�IIIII��11��1�� I�Il�lll�llll��1��ll�llllr'.I��1��1 ��jj��1111111111�� II�IIIIIIII��11�1��1111��.��I��I��'�� 1��I�1�11111111��:��..,;1��1�11111111111111��I��I 11111��•��I��I�I�IIIIIIIIIII��I��I��II I�,AII�I��\��I��111111 ��1��/��IOO/IIII�O ��I I��I�IIIIIIIIIIIII��....,�11��1�1111 IIIIII�.I��1��I 111�1��►��11��IIIIIIt1I1111I1��\��11��1��IIIIIIIIII��I�1�11�111 ��11��11�1111111111111�� \��I��I�IIlllllllllll��1��lllli'.�III��111111�� I��I�IIIIIIIIIII��I��.�II1111111111��1��11� ��pppp��1111�1111111111111111��n��li�i1i11i'I�IIIIIIII��I��111111��\�•I��I��I�IIIIIIIIIII��I�"�I��I1�111111�1��1��111111 ��I��\��I�1 � �� ' �� ii�i ��1�11�11111111�� I��1 1��111�1�' i�� I� ��1111�1 ��11��1�� 1�II�I � � 1��•��11111111��1��11111��1111�� .��1��1�11111111��1�I�11�1111�'.i��1�� I��'.��t\��III��1��11111�11111��i.��11�1�1�� .��I�1�11111111��I 1��1�11111111111111��I��1111�1��•��I�1�11�11111111��t��t��l��\\��III I�'illlll��1��1 I��II ��11� 1�111111111 ��\\��I�.��I�1111111111111��1��1��111�11�1111'��IIIIII��\� ��I��I�I�IIlllllllll��1��11i.11111111��1��11��1 ��OI�IIIIIIIIIIIII��I��II�IOI'��111111��1".A��1��1111111111��1��1�'�.1\IIIIII�I��1��111111 ��I��I�II�IIIIIIII��I��Ill�llllli'.1111��111�111111��'��II��I�IIIIIIIIIII��I��II�.�III�IIIIII�I��t��11��111111 �� I��I��IIIIIIIIII��11��11111111�.�111111��11��111111��►./��11��111111111111111��11��.1�1111111111111��11��I11111 ��pp��'.��111111111111111111111��11�111111�'.111111111��t11�t�111111��I��1111111111111111111111��11'.11111111111111111��11�11111111 ��p��'.��IIIIIIIIIIIIIIIIIIIII��II�IIII�.A1111111111��1��111�1111111��'.��IIIIIIIIIIIIIIIIIIItII�\��'A��111111111111111�� 1 ��pp��A��tt��ll��lllllllllllllllll��ll��'.11111111111111��11111111111��►I��I1��11�1�11111111111��1'Allllll�lllllllllllll��1�� 1 ��p►.��I�IIIIIIIIIIIIIIIIIIIIII��IIII�.A111111111111111��1111111111111111��!��1111111111111111111111��'�OIIIIIIIIIIIIIIIIIIIII��11�� 1 ��.��I�II IIIIIIIIIIIIIIIIIIII��V•.1111111111111111111��111��11111111111��►i��1�1111111111111111111111��'AI�II IIIIIIIIII IIIIIIIIII��I1�1 ��►��1��I 11111111111111111111��:A IIIIIIIIII IIIIIIIIII��1111111111111111��1�1111111111111111111111 PA��I 11111111111111111111��I I�III IIIII'all ��A��1111111111111111111111��:All l�llllllll llllllllll��1111111111111111!��1�11111111111111111111�'A��IIII1111111111IIIIIIIIII1��111�11111!i 11111 !i��111111111111111111111111111��'IIIIII IIIIIIIItI IIIltlllll 1��1111111111111�:��I��1111111111111111111�':�il l�l�llllll lllllllltl IIIIIIIIII I��I l�llr�.11111111 �A�p��1�11111111111111111111111111�A��III IIIIIIIIII IIIIIIIIII��1111111111'.All��IIIIII IIIIIIIIIIIi:�A11111�1�1111111111111111IIIIIIIIIII��1 D'.11111111111 ��IIIIIIIIIII IIIIIIIIIIIIIIII�;:�11111111111111111111IIIIIIIIII IIIII IIIII�:"11 IIIII��IIIIIIIIIII IIIIIID:Allllllll 1�11111111 IIIIIIIIII IIIIIIIIII IIII�'All lllll IIIII ��U��1�111�11111111111111�'.A1111��1111111 IIIIIIIIII IIIIIIIIII��I 111�:Alll IIIII��Illlll lllli'.�IIIIIIIIIIII 1��111111111111111IIIIIIIIII I��:1111111111111111 1 __� __"' - 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Leakage Class (CL) is defined as being the leakage rate (cfin/100 s.f.) divided by Po.Ss 1. Leakage classes in Table 4-1 apply when the where P is the static pressure(in wg).When designer does not designate other limits and P is numerically equal to 1"the leakage rate has specified Seal Class C for%z" and 1" wg is CL,See Figure 4-1. See text on sealing in the HVAC-DCS manu- al. 8. The duct pressure classification is not the fan static pressure nor the external static pressure (on an HVAC unit)unless the system designer 2. Unsealed rectangular metal duct may follow has made such an assignment is his contract Leakage Class 48. documents. Unless construction class is otherwise specified it means a static pressure 3. Fibrous glass duct may follow Leakage Class classification in the SMACNA HVAC-DCS. 6(at 2" wg or less). Those classifications pertain to maximum � operating pressure in the duct as follows: 4. Unsealed flexible duct leakage average is es- 0.5" wg maximum timated to be Class 30.Sealed nonmetal flex- ible duct is an average of Class 12. 0.6" to 2" wg maximum 5. See SMACNA HVAC Duct Systems Design 1.1" to 2" wg maximum Manual Table 5-1 for longitudinal seam leak- age rates. 2.1" to 3" wg maximum 6. Although Seal Class A or B might be assigned 3.1" to 4" wg maximum for lower pressures,the leakage class may not conform to those associated with the higher 4.1" to 6" wg maximum pressure.Other construction details influence results. 6.1" to 10" wg maximum � SMACNA HVAC Air Duct Leakage Test Manual • First Edition 4.3 � THIS PAGE INTENTIONALLY LEFT BLANK � � 4.4 HVAC Air Duct Leakage Test Manual • First Edition SM/�C � SECTION 5 TEST APPARATUS � � SECTION 5 TEST APPARATUS 5.1 Test apparatus shall consist of an airflow 5.8 Taps for static pressure indication across orifices measuring device, flow producing unit,pressure shall be made with %s" to %s" diameter holes indicating devices and accessories necessary to drilled neatly in the meter tube wall.The interior � connect the metering system to the test specimen. of the tube shall be smooth and free of projections at the drilled holes. 5.2 The contractor conducting tests shall arrange for , or provide all temporary services, all test 5.9 Pressure differential sensing instniments shall be apparatus, all temporary seals and all qualified readable to 0.05" scale division for flow rates personnel necessary to conduct the specified below 10 cfin or below 0.5" wg differential.For : testing. higher flow scale divisions of 0.1" are appropriate. U-tube manometers should not be used for readings less than 1" of water. 53 Test apparatus shall be accurate within plus or minus 7.5% at the indicated flow rate and test 5.10 Liquid for mauometers shall have a specific pressure and shall have calibration data or a gravity of 1 (as water) unless the scale is certificate signifying manufacture of the meter in calibrated to read in inches of water contingent conformance with the ASME Requirements for on use of a liquid of another specific gravity,in Fluid Meters. ASME qualified orifice meters do which case the associated gage fluid must be not require calibration. used. 5.4 Unless otherwise specified,test apparatus shall be 5.11 The duct test pressure shall be sensed only from used as outlined in this section, as described in an opening in the duct. Section 3 and as recommended for good practice. 5.12 The illustration of the flowmeter on test blower 5.5 Typical construction and use of orifice meters is discharge does not preclude use of it on the indicated in Figures 5-1 and 5-2. Typical orifice suction side. selections are shown in Figure 5-3. 5.13 Instruments must be adjusted to zero reading � before pressure is applied. 5.6 The use of flow nozzles,venturi meters,laminar flow meters,rotameters,Pitot tube meters or other 5.14 Airflow across a sharp edge orifice with standard meters having equivalent accuracy and suitability air density of.075 lb/ft3 is calculated from is not prohibited by the references herein to orifice meters. Equation 5-1 Q = 21.8K(Dz)2 dP 5.7 The recommended minimum thicknesses for orifice plates in tubes of various diameters are%s" Where to 6" diameter, 3/sz" to 12" diameter and%s" for larger diameters. Steel or stainless steel plate Q=air volume,cfm material is preferable.Plates shall be flat and have holes with square edges (90°) that are free of K=coefficient of airflow from Table 5-1 ar burrs. Orifice openings shall be centered in the Appendix J meter tube. Plates shall be perpendicular to the flow path and shall be free of leaks at points of D=orifice diameter,inches(D2) attachxnent. DP=Pressure drop across orifice,inches wg DZ/Dl 0.70 0.60 0.50 0.40 030 A2/A1 0.490 036 0.250 0.160 0.090 K 0.699 0.650 0.623 0.608 0.600 Kp 0.52 0.63 0.73 0.82 0.88 � Table 5-1 Orifice Coefficients SMA� HVAC Air Duct Leakage Test Manual • First Edition 5.1 � TESTED DUCT BLOWER WITH INLET DAMPER, BYPASS DAMPER OR VARIABLE SPEED CONTROL 4D1 2D� 4D1 MIN. �1 � + DUCT TEST PRESSURE FLOW STRAIGHTENER MANOMEfER � VANESORPERFORATED PLATE 3tis" HOLE � ORIFICE PRESSURE \ DIFFERENTIAL i MANOMEfER \ INCLINED MANOMETER %a" O.D. TUBE (REQUIRED FOR ORIFICE 1 '�" LONG DI FFERENTIAL BELOW 1" WG) STATIC PRESSURE TAP AT ORIFICE NOTE: MANOMETERS MUST BE LEVELED AND � ADJUSTED TO ZERO BEFORE LINE PRESSURE IS IMPOSED. FLOW D2 �1 I 1" 1'' LOCATION OF FLANGE (PIPE)TAPS USE 3/az" OR%s" STEEL SQUARE EDGE ORIFICE PLATE FIGURE 5-1 LEAKAGE TEST METER APPARATUS-FLANGE TAPS � 5.2 HVAC Air Duct Leakage Test Manual • First Edition SMACNA � TESTED DUCT BLOWER WITH INLEf DAMPER, BYPASS DAMPER OR VARIABLE SPEED - CONTROL 4q 2Di 4Di MIN. D� O + DUCT TEST PRESSURE �� FLOW STRAIGHTENER MANOMEfER VANES OR PERFORATED PLATE � Y,s" HOLE ORIFICE � PRESSURE DIFFERENTIAL MANOMEfER � INCLINED MANOMETER %a" O.D.TUBE (REQUIRED FOR ORIFICE 1 �" LONG DIFFERENTIAL BELOW 1" WG) STATIC � PRESSURE TAP AT ORIFICE NOTE: MANOMETERS MUST BE LEVELED AND ADJUSTED TO ZERO BEFORE LINE PRESSURE IS IMPOSED. D2 D X � 0.2 0.74 D� FLOW Dz D1 0.3 0.71 D i 0.4 0.66 D 1 0.5 0.60 D 1 0.6 0.53 D� �X Di,l �•� 0.45 D i �•8 0.36 D i ' LOCATION OF VENA CONTRACTA TAPS USE 3/s2" OR%s" STEEL SQUARE EDGE ORIFICE PLATE � FIGURE 5-2 LEAKAGE TEST METER APPARATUS- VENA CONTRACTA TAPS SMAC HVAC Air Duct Leakage Test Manual • First Edition 5.3 The ratio of orifice diameter D2 to meter tube interior still be within the capacity of the blower. diameter D1 is lrnown as the Beta((3),or diameterratio. Characteristics of typical orifices are shown It is normally selected in the range of 0.7 to 03. The in Table 5-2. orifice-to-tube area ratio (A2/Al) is an indication of � the contraction of flow.Kp in Table 5-1 is the overall 5.16 Precautions to be followed for test apparatus: pressure loss that occurs from contracting and expand- ing the flow. Thus,the orifice causes a Kp x 4P loss a. Start the blower with blocked suction or dis- that affects blower capacity. charge to avoid overpressurizing ductwork. 5.15 Select a flowmeter suitable for the leakage in the b. Use clean manometers. duct to be tested: c. Heat manometers to avoid freezing fluid in a. Using the target leakage rate (cfin/100 s.f.) cold weather. for the desired amount of tested duct find the cfm required. At this cfm the blower will d. If manometer fluid is blown out; refill with have to produce a pressure approximately the appropriate fluid; for convenience add a equal to the sum of the duct test pressure and drop of water soluble dye to water-filled ma- the orifice differential pressure.Add 0.5"wg nometers. if D2/D1 is less than 0.5. This assumes that there are no extraardinary pressure losses in e. Level position sensitive instruments and set the test meter and duct connecting it to the them to zero scale reading. test specimen. f. Read liquid levels by viewing them horizon- b. Select the meter from Figure 5-3 or use Table tally. 5-1 and Equation 1 to size a meter that will have a flow curve of the desired range and g. Record instruments used for testing. � � 5.4 HVAC Air Duct Leakage Test Manual • First Edition S C 111 ��nnnm�o��nnnmo�u��oo�onnnmu��nnunn��o�u�� mm ��nnnnuo��nmm��uu��omm�uu��u�nunn a�uu�� nm� ��nnn�nnl��nnn�nnl��un�nnll��nn'. �� nml ��u�nnnnn�uonmm�m�uuuu��unnnm��unr..m nn� nm� ��nnnmm��nnmmn��nnmm��n�'.nm� �� mm ��nnmmn��nnmmn��n��nmmmu��:rimm� � ��n� mm ■■■■■��I11111��1111111■��■■■��I�IIIIIIII��I�IIIIIIII■��■ � � 1 111111 ■■■■■��I�11111111��11�I1111111■■��■■■��Illlllli!:��11111111111■■��I■ �_____""111111 �� ''.'.:'.7C:::::::::''.'.'.'.'.::::::C�C� :'.'.��"::':.::::..'::'.C:CC:::C:::��:'::C�CC��:'::::::::::� ��:::::'.'.'.'.:::::::::'■:.. .. 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Orifce Size Orifice Size OriP.ce Size �P 4P AP ia wg 1.4" 2.625' 4.90' in.wS 1.4' 2.625" 4.90" in.wg 1.4' 2.625' 4.90" � 0.02 57.1 1.22 28.7 101.4 4103 4.10 523 1853 746 0.04 18.7 78.8 124 289 1023 413.6 420 52.9 187.5 755 �� 0.06 22.8 953 126 292 1031 416.9 430 53.5 189.7 763 0.08 262 109.2 128 - 29.4 103.9 420.1 4.40 54.1 191.9 772 0.10 29.3 121.5 130 29.6 104.7 423.4 4.50 547 194.0 781 0.12 321 132.6 132 29.8 ]05.5 426.5 4.60 553 1962 789 0.14 34.6 142.8 134 30.1 1063 4297 4.70 559 1983 797 0.16 37.0 1523 136 30.3 ]071 432.9 4.80 56.5 200.4 806 0.18 39.2 1612 138 30.5 107.9 436.0 4.90 57.1 202.4 814 020 413 169.6 1.40 30.7 108.6 439.1 5.00 57.6 204.4 822 022 433 177.6 1.42 30.9 109.4 442.2 5.10 582 206.5 830 024 45.2 185.2 1.44 31.2 110.2 4452 520 SS.S 208.5 838 0.26 47.0 192.6 1.46 31.4 110.9 448.3 5.30 59.3 210.4 846 028 45.8 199.6 1.45 31.6 111.7 4513 5.40 59.9 212.4 854 030 50.5 206.5 1.50 31.8 112.4 4543 5.50 60.4 2143 862 032 521 213.0 1.52 32.0 1132 4572 5.60 61.0 2163 869 0.34 53.7 219.4 1.54 322 113.9 460.2 5.70 61.5 2182 877 0.36 553 225.6 1.56 32.4 114.6 4631 5.80 62.0 220.0 S84 038 56.8 231.6 1.58 32.6 115.4 466.0 5.90 62.6 221.9 S92 0.40 583 237.5 1.60 32.8 1161 465.9 6.00 63.1 223.8 899 0.42 59J 7A3.2 1.62 33.0 116.8 471.8 6.10 63.6 225.6 907 0.44 61.1 2A8.S 1.64 33.2 117.5 474.7 6.20 641 227.4 914 0.46 62.4 254.3 1.66 33.4 ll8.2 477.5 630 64.6 229.2 921 0.48 - 63.8 259.6 1.68 33.6 118.9 480.3 6.40 65.1 231.0 928 0.50 18.5 65.1 . 264.9 1.70 33.8 119.6 483.1 6.50 65.6 232.5 935 0.52 18.8 66.4 270.0 1.72 34.0 1203 485.9 6.60 66.1 234.6 942 0.54 19.2 67.6 275.0 1.74 342 121.0 488J 690 66.6 236.3 949 0.56 19.5 68.9 280.0 196 34.4 121.7 491.5 6.80 671 238.1 956 0.58 19.9 70.1 284.8 1.78 34.6 122.4 4942 6.90 67.6 239.8 963 � 0.60 202 71.3 289.6 1.80 34.8 123.1 496.9 7.00 68.1 241.4 970 0.62 20.6 72.4 2943 1.82 35.0 123.8 499.7 7.10 68.5 243.2 977 0.64 20.9 73.6 298.9 1.84 352 124.4 502.4 720 69.0 244.9 984 0.66 21.2 749 303.4 1.86 35.4 125.1 505.0 730 69.5 246.5 990 0.68 21.5 75.8 307.9 1.85 35.5 125.8 507.7 7.40 69.9 2482 997 0.70 21.8 76.9 3123 1.90 35.7 126.4 510.4 7.50 70.4 249.9 1003 OJ2 22.1 78.0 316.7 1.92 35.9 129.1 513.0 7.60 70.9 251.5 1010 0.74 22.4 791 320.9 1.94 361 127.8 515.6 7.70 713 253.1 10t7 �/ 0.76 22.7 802 3252 1.96 36.3 128.4 5182 7.80 71.8 254.7 1023 0.78 23.0 812 329.3 1.98 36.5 1291 520.8 7.90 722 256.4 ]029 0.80 23.3 82.2 333.5 2.00 36.6 129.7 523.4 8.00 72.7 257.9 1036 0.82 23.6 832 337.5 2.10 37.5 132.9 5362 8.10 731 259.5 ]042 0.84 23.9 842 341.6 2.20 38.4 136.0 548.6 820 73.6 261.1 1048 0.86 24.1 85.2 345.5 230 39.3 139.0 560.8 8.30 74.0 262.7 1055 0.88 24.4 862 349.4 2.40 40.1 142.0 572.6 8.40 74.5 2642 1061 0.90 24.7 872 353.3 2.50 40.9 144.9 5843 8.50 74.9 265.8 1067 0.92 25.0 881 357.2 2.60 41.7 147.8 5959 8.60 753 267.3 1073 0.94 252 89.1 361.0 2J0 42.5 150b 606.9 890 75.7 268.8 I079 0.96 25.5 90.0 364.7 2.80 43.3 1533 617.9 8.80 762 270.4 lOSS 0.98 25.8 91.0 368.4 2.90 44A 156.0 628.6 8.90 76.6 271.9 ]091 i.00 26.0 91.9 372.1 3.00 44.8 158J 6392 9.00 77.0 273.4 1097 1.02 263 92.8 375.7 3.10 45.5 1613 649.6 910 77.4 274.9 1103 1.04 26.5 93.7 379.3 320 46.2 163.8 659.9 920 77.9 276.4 ll09 1.06 26.8 94.6 382.9- � 330 46.9 166.4 670.0 930 783 277.8 1115 1.08 27.0 95.5 386.4 3.40 47.6 168.8 679.9 9.40 78.7 279.3 1121 1.10 273 96.3 390.0 3.50 48.3 1713 689.7 9.50 791 280.8 1127 1.12 27.5 97.2 393.4 3.60 49.0 173J 6993 9.60 79.5 2822 1132 1.14 27.5 98.1 396.9 3.70 497 176.1 708.8 9.70 79.9 283.6 1t38 1.16 28.0 98.9 4003 3.80 50.3 178.4 718.2 9.80 80.3 285.1 1144 -'�1.18 282 99.8 403.'7 3.90 51.0 180.7 727.5 9.90 80] 286.5 ll50 � 120 28.5 100.6 407.0 4.00 51.6 183.0 736.6 10.00 81.1 287.9 1155 Table 5-2 Orifice Flow Rate (SCFM) Versus Pressure Differential (In. of Water) Based on 7"Diameter Tube with Flange(Pipe)Taps Although the table gives cfin to the nearest 01,test reports should list numbers rounded to the nearest cfm.Accuracy to the nearest 0.1 is not implied. SCFM denotes air at standard condirions of 70°F and 0.075 lb/cf density. Reprinted from Industrial Yentilation by the American Conference of Governmental Hygienists. �� 5.6 HVAC Air Duct Leakage Test Manual • First Edition SMACN � SECTION 6 TEST REPORTS � � SECTION 6 TEST REPORTS 6.1 When leakage tests are required,preparation for should not exceed the allowable,even though the these should include the following: amount in one or more segments may somewhat � exceed the cfin allowable indicated for each a. Review of the specification requirements for segment. In such case, to compensate, another testing. segment would have to be tighter than required.If the duct is not in compliance refer to section 3.7 b. Understanding of the acceptance criteria. of the general procedures. c. Review of the general procedures outlined in 6.4 A suggested test suinxnary report form is provided section 3. on page 6.2, and a sample of a completed report is shown on page 63.The orifice tube data entries d. Familiarity with the leakage classification can be eliminated if a different type of test analysis in section 5. apparatus is used.In such case record the type of meter on the test report. e. Test scheduling. 6.5 Procedure for completing a report. f. Test apparatus acquisition. a. Log the project and system identification g. Delivery of notices to concerned parties and data. witnesses. b. Enter the fan cfin(Q),the test pressure(PT), h. Preliminary data entry on report forms. and the leakage class (CL) specified by the designer. 6.2 When the designer has adequately analyzed the systems and clearly specified the test parameters c. Enter an identification for each duct segment the reporting procedure is relatively simple. As to be tested. Compute and enter the corre- discussed in previous sections the following sponding area of duct surface area excluding requirements should be clearly specified: any equipment connected in-line. � Test Pressure(equivalentto the duct constructionpres- d. Look up the allowable leakage factor (F) sure class is suggested). from Figure 4-1 or Appendix E. Enter this number on the report for each test segment. (This value can also be computed as F=CL Leakage Glass(class selected from Table 4.1). x po.65� Amount of system to be tested(10%,20%, 50%,all). e. Calculate the allowable leakage for each test segment by multiplying the surface area by If the test pressure or leakage class has not been pro- the leakage factor,then dividing by 100. vided,see Appendix C and section 2. f. Conduct and record the field tests.If the sum 63 Verification of compliance consists of testing of the cfin measured is less than or equal to sections of duct at the specified pressure level, the sum of the allowable leakage the test is finding the leakage in cfm and comparing this passed. Record the date(s),presence of wit- with the allowable amount associated with the nesses and flow meter characteristics. leakage class. When several separate segments within the same system and pressure class are 6.6 Test reports shall be submitted as required by the tested for compliance, the aggregate leakage project documents. � SMAC HVAC Air Duct Leakage Test Manual • First Edition 6.1 � ¢ �� FU U � LL 0 A W � W� � W a �� * dCJ � � � � UA w �� w � � �� * � �C � a � a � w p A � H � d * fn � j [W- A * � V ~ � A � �� Q wWp �' � �w � � �`3 � U � U�a � � � V l- �O Q W U � � � � 0 � E-� H � A * z W � � * v � W � � � � H Y * a � w * W � * J ~ o C) w G � �U U� � a W Q a � aa � ww F�- � �° A w� � U � A �� H w �� w � � � E" � o � W � w E" � U t4 LL �^� � f j O � U �Q � E. a ¢ � � � H � 6.2 HVAC Air Duct Leakage Test Manual • First Edition MQ� � a �� <h <h M � _ � I� A _ o e �� * � � � � � � � w a 3 c� a c�n A �OIU w' ��„ .*� � � E� I� w � �� *� ti ti Q Q � � a � w� w � w � � d A � * � � � � MIW � � � * n `�`M �D a� � ti ti � a U F" A * M M <F d� � � � A � � cn w } g � H � v� * � V � w � O� � b N h o0 a � W O = U� * O �'i M ti � LL U � �O � Q w U � � M � J � � W � �*. �o b b �D F4 Q �� N W � Z � W F * l� l� l� [� v W w O�C Q � � * c�v <r <r tl- a Y A � e Q � � � O N W J z H W o � � w W � rr rn �a ° Q � �v� 00 � M Ch N a � a a � � � p rx w 0) a �°o �O b �O b � � A � �� a� a� a� o� w � z � � N C7 � � � � A d�F, O � b � � � � � � ��w � �o h �F � N N w � �n � � a �" � ° � � hx � � 2Q z W c� WH � U [rU WW � c~n � aa� � W � a � 2 � � � � �' � � U �A d � � �' 2 � W � o v � o � Z o W � �o �o �' � ti � a Q � E" E" `'n �- SMAC HVAC Air Duct Leakage Test Manual • First Edition 6.3 � THIS PAGE INTENTIONALLY LEFT BLANK � � 6.4 HVAC Air Duct Leakage Test Manual • First Edition SMAC � APPENDICES � � � APPENDIX A FAN CFM 5TATIC PRESSURE(IN WG) LEAKAGE PRORATED* � CLASS PER S.F. %2 1 2 3 4 6 48 2 15 24 38 2%z 12 19 30 - 3 10 16 25 4 7.7 12 19 5 6.1 9.6 15 24 2 7.7 12 19 2%z 6.1 9.6 15 3 5.1 8.0 13 4 3.8 6.0 9.4 5 3.1 4.8 7.5 12 2 3.8 6 9.4 12 2%2 3.1 4.8 7.5 9.8 3 2.6 4.0 6.3 8.2 4 1.9 3.0 4.7 6.1 5 1.5 2.4 3.8 4.9 6 2 1.9 3 4.7 6.1 7.4 9.6 2%z 1.5 2.4 3.8 4.9 5.9 7.7 3 1.3 2.0 3.1 4.1 4.9 6.4 4 1.0 1.5 2.4 3.1 3.7 4.8 � 5 0.8 1.2 1.9 2.4 3.0 3.8 3 2 1.0 1.5 2.4 3.1 3.7 4.8 2%2 0.8 1.2 1.9 2.4 3.0 3.8 3 0.6 1.0 1.6 2.0 2.5 3.2 4 0.5 0.8 1 3 1.6 2.0 2.6 5 0.4 0.6 0.9 1.2 1.5 1.9 Table A-1 Leakage as Percent of Flow in System *TYPICALLY FAN CFM WII,L BE 2 TO 5 CFM/SQUARE FOOT. DUCT SURFACE AREA _ %OF FLOW=LEAKAGE FACTOR(IN CFM/100 AT THE PRESSURE) FAN CFM CFMA S.F DIVIDED BY S.F.SURFACE 100 S.F. X CFMF CLASS 48 IS AVERAGE UNSEALED RECTANGULAR DUCT. CLASS 24 AND LOWER ARE ANTICIPATED RESULTS FOR SEALED DUCTS. � 11�AC HVAC Air Duct Leakage Test Manual • First Edition A.1 � THIS PAGE INTENTIONAL�Y LEFT BLANK � � A.2 ��AC�1ir'rf�uu�:;l.ea�cage��s# Manual y Firs# Edition � APPENDIX B B.1 SAMPLE LEAKAGE ANALYSiS B.3 LEAKAGE ANALYSIS � Since the system size and the impracricality of at- a. Unsealed duct at%2" static pressure. At%2" tempting to reach unrealisticaily low levels of leakage s.p. on Class 48 curve in Figure 4-1, 30 aze such prominent considerations, the evaluation of cfm/100 s.f. is read. leakage by#he percentage method should be a secon- dary consfderation. However, it is recognized that a 100 X 2074 ftZ = 622 cfm percent of fan cfm or a percent of flaw in a section of a system that passes through unconditioned space 622 cfin is 7.8%of 8000 cfin fan capacity. - (considered as a heat loss or a heat gain)can be a useful parameter in energy conservation analysis.Leakage as Alternative Calculation(as in Appendix A) a percent of flow entering one seiected section of duct is not an adequate appraisal of the system perfor- 8000 cfm _ 3.9 to 1 ratio mance.Five percent of the system flow is quite a dif- 2074 ft2 ferent criteria than allowing 5%in each 100 ft of a 500 ft continuous run of duct.It should aiso be remembered Allowable leakage factor 30 x 319 = 7.7% that actual ieakage will tend to be less than that ap- praised for the maximum pressure,because the aver- NOTE_ The difference (7.7 vs. 7.8) occurs because age pressure under operating conditions will be less. 3.9 is rounded fr•om 3.857. Leakage as a percent of flow has been related to leak- b. Unsealed duct (�/2" s.p. class) operating at age ciass and pressure in Appendix A.As Appendix A 0.3" s.p.If the system actually operates with is studied,the significance of seal classes A,B,and C 0.3" average static pressure and is unsealed, as applicable to duct pressure ciasses(see Table 4-1) 22 cfrn/100 s.f.leakage is read from the Class must be understood.An example of the application of 48 curve on Figure 4-1 at 0.3"pressure.This leakage classes to a duct system is provided to aid a is 456 cfm or 5.7%. realistic approach to the use of seal class,leakage class � and percentage method analysis.While other parame- c. Leakage Class 24 Requirement, (�/2" Static ters such as cubic contents(of duct interior)or lineal Pressurej feet of j oint might be used for ieakage evaluation they are less practical and should not be used unless the From Figure 4-1, 16 cfrn/100 s.f. is read. square footage analysis has already been made. i�� x 2074 x 322 cfm, B.2 SYSTEM LEAKAGE CLASSIFICATION which is 4.1%of fan cfin. ANALYSIS Alternative method: 16 x 319 = 4.1 SYSTEM DATA d. Leakage Class 12 Requirement, ('/2" Static Leakage Evaluation for Supply Duct in Figure 8-1, Pressure) page 8-4 of the SMACNA HT�ACDuct Design Manual From Figure 4-1, 7.5/100 x 2074= 156 cfm or 1.94% 8000 cfm fan = %2" wg duct construction class e. Aliowable leakage of 5% 3201.#: of duct 2,074 ft2 duct If 5%is ailowed(i.e.,400 cfin)this is 4� or 19.3 cfin/1D0 s.f. allowable; Leakage class if CL = �bs = �6� = 30 3.9 cfm/s.f.is average distribution 8000 cfm = �l'e.' 2074 s.f. �'85�j 'The plan on page 8-5 of the duct design manual shows � an access door, xwo volume dampers and a flexible co�nection(vibration isolation type); leakage allow- 63 ft�duct per 1.£ of duct ance for these is prorated to duct surface. M HVAC Air Duc#Leakage Test Manual• Firs#Edition B.1 � a - �� '� -----°0 0 20, �°> �, � io� � ------ 30, � �4= � aaxia o ssxis �� z�� , -------------------- 8000 dm n� 6�� o PLENUMS � m -- Q o o� ` O O o �o VD� � XVO\ � Z0• N N 14x12 14x12 Oy �12 x 18 x O K �p• H ��• ZO FAN ` 2�16 8 Gr + � VD 500 cfrn ea. � 0.13"w.c. � � x �' � o N � O K N O E N N � � V Cl ` 0 3 co - °D VD� J� �� VD� � � 14x12 �° 14x12 . - � �� E � �� U � �� °ErnryT� o v �� 1 fp � $ m Q __ �� 36 x i 6 Gr. � � — ----��=�--— `ZOOD cfm c°� o $ o p N 2�0 C�TfI �.�"W.C. . O p � VD� /� _ VD� � �� 2�16x8Gr. 14x12 14x12 500 cfin ea. � M �� 0.13"w.c. a E �$ O a � O 2p' O $. x Q p m � � 2�48 x 18 Grilles 3000 cFrr�ea. 0.08"w.c. 60' �. . O 30 x 24 - 24 x 18 O �T "indicates duct liner used;sizes are iriterior dimensions. FIGURE B-1 DUCT SYSTEM EXAMPLE � B.2 H1fAC Air Duct Leakage Test Manual • First Edition C APPENDIX C SUGGESTED ANALYSIS WHEN DESIGNER IS At this point the contractor may find it informative to NOT USING THE SMACNA CRITERIA, DOES relate the contract requirements to the leakage sug- � NOT PROVIDE LEAKAGE CLASS OR TEST gested in Table 4.1. This can be done as follows: PRESSURE AND ONLY REQUIRES TESTING TO MEET A PERCENTAGE AS ALLOWABLE LEAK- AGE: CL _ F x 100 P0.65 A. LEAKAGE RATE DETERMINATION When a leakage class is specified it is relatively simple In this formula(F)is the leakage rate obtained in para- to find the allowable leakage for a given test segment. graph(3)above,and P is the test pressure. However,when a total allowable leakage is expressed as a percent of total flow,it is somewhat more cumber- some to prorate the allowable leakage to any single test segment.A suggested method is as follows: Compare the numerical value of the leakage class ob- tained through this calculation with the suggested leakage classes for the type of duct construction and 1. Calculate the total amount of allowable leak- extent of sealing used.If the calculated value is below age by multiplying the percent allowable by the value suggested in Table 4-1 the contractors should the total flow of the fan. anticipate some difficulty in obtaining satisfactorytest results. The greater the difference is, the greater the difficulty will be. Resolve the issue under sections 2. Calculate the area of the entire duct system in 2.1(e)and 2.2(c)of the leakage test manual. square feet. � 3. Divide the allowable leakage obtained in(1) B.TEST PRESSURE DETERMINATION by the total area obtained in (2)to obtain a prorated leakage rate(F). Enter this number on the report for each test segment. The duct will be constructed for some pressure class (or classes).It is not practical to include duct from two 4. Calculate the allowable leakage for each test different construction classes in the same leakage test segment by multiplying its surface area by segment.Ducts should not be leak tested at pressures the leakage factor obtained in(3). greater than the construction class. � M � HVAC Air Duct Leakage Test Manual - First Edition C.1 � THIS PAGE lNTENTIONALLY LEFT BLANK � � C.2 HVAC Air Duct Leakage Test Manual • First Edition SMp� APPENDIX D D.1 SAMPLE PROJECT SRECIFICATION 1. Contractorshall,atthebeginningofthework construct,erect and leak test a representative � NOTICE TO DESIGNERS: sample of the duct construction to be used at the pressure class. The sample speci- WHEN TEST5 ARE DEEMED NECESSARY, A men shall include at least five transverse TEST OF A REPRESENTATIVE SAMPLE OF TI� joints, typical searns, an access door and at DUCT IS RECOMMENDED. IF SAMPLE IS DE- least two typical branch connections plus an FECTIVE,THE CONTRACTOR SHOULD REPAIR elbow. OR MODIFY THE CONSTRUCTION.IF RESULTS OF StLMPLE TEST ARE GOOD, CONTRACTOR 2. The leakage amount shall not exceed the al- CAN BE PERMITTED TO PROCEED WITHOUT lotted amount for the pressure class or the al- FURTHER TESTING VISUAL INSPECTION AND lotted amount for that portion of the system, EXAMINt�TION OF OPERATING CONDITIONS: whichever is applicable. SHOULD SUFFICE TO NSTIFY FAITH IN METF�- ODS USED. DUCT CONSTRUCTION LEAKAGE CLASS CLASS 10" wg 3 6" wg 6 4" wg 6 3" wg 12 NOTE: See section 4 of the SMACNA Leak- age Test ManuaZ for normal classification. 3. Leakage test procedures shall follow the out- lines and classifications in the SMACNA � HYAC Duct Leakage Test Manual. 4. If specimen fails to meet allotted leakage lev- el,the contractor shall modify to bring it into compliance and shall retest it until acceptable leakage is demonstrated. 5. Tests and necessary repair shall be completed prior to concealment of ducts. � M C HVAC Air Duct Leakage Test Manual • First Edition D.1 � THIS PAGE INTENTIOM��LY LEFT BLANK � � D.2 HVAC Air Duct Leakage Test Manual • First Edition M C APPENDIX E LEAKAGE CLASS(CL) UNSEALED � PRESSURE W.G. CLASS CLASS CLASS CLASS CLASS P0.65 p�F 3 6 12 24 48 0.143 0.05 0.4 0.9 1.7 3.4 6.7 0.224 0.10 0.7 1.3 2.7 5.4 10.7 0351 0.20 1.1 2.1 4.2 8.4 16.8 0.457 030 1.4 2.7 5.5 11.0 21.9 0.551 0.40 1.7 3.3 6.6 13.2 26.4 0.637 0.50 1.9 3.8 7.6 15.3 30.6 0.717 0.60 2.2 4.3 8.6 17.2 34.4 0.793 0.70 2.4 4.8 9.5 19.0 3 8.1 0.865 0.80 2.6 5.2 10.4 20.8 41.5 0.934 0.90 2.8 5.6 11.2 22.4 44.8 1 1 3 6 12 24 48 1.30 1.5 3.9 7.8 15.6 31.2 62.4 1.57 2.0 4.7 9.4 18.8 37.7 75.4 1.81 2.5 5.4 10.9 21.7 43.4 86.8 2.04 3.0 6.1 12.2 24.5 49.0 98.0 2.26 3,5 6.7 13.6 27.1 54.2 108.5 � 2.46 4.0 7.4 14.8 29.5 59.0 118.1 2.66 4.5 8.0 16.0 2.85 5.0 8.6 17.1 3.03 5.5 9.1 18.2 F 3.20 6.0 9.6 192 CL - po.6s 3.54 7.0 10.6 21.2 When P= 1 3.86 8.0 11.6 23.2 . CL=F 4.17 9A 12.5 25.0 F=CL(P)o.6s 4.47 10.0 13.4 26.8 4.75 11.0 14.3 28.5 Table E-1 Leakage Factor (F} "rn CFM/100 S.F. Duct These factor may also be read from Figure 4-1. See Table 4-1 for seal class and pressure class. � M C HVAC Air Duct Leakage Test Manual • First Edition E.1 � THIS PAGE INTENTIONALLY LEFT BLANK � � E.2 HV�4C Air Duct Leakage Test A�lanuai • First Edition SM � APPENDIX F LEAKAGE LEAK TEST RIG FLOW CAPACITY IN CFM � RATE CFM/100 SFD 25 50 100 150 200 250 300 400 1 2,500 5,000 10,000 15,000 20,000 25,000 30,000 40,000 2 1,250 2,500 5,000 7,500 10,000 12,500 15,000 20,000 3 833 1,666 3,333 5,000 6,666 8,333 10,000 13,333 4 625 1,250 2,500 3,750 5,000 6,250 7,500 10,000 5 500 1,000 2,000 3,000 4,000 5,000 6,000 8,000 6 417 833 1,667 2,500 3,333 4,167 5,000 6,667 10 250 500 1,000 1,500 2,000 2,500 3,000 4,000 12 208 417 833 1,250 1,667 2,083 2,500 3,333 15 167 333 666 1,000 1,333 1,667 2,000 2,667 20 125 250 500 750 1,000 1,250 1,500 2,000 25 100 200 400 600 800 1,000 1,200 1,600 30 83 167 333 500 667 833 1,000 1,333 50 50 100 200 300 400 500 600 800 Table F-1 Amount of Duct to be Leak Tested (SFD) SFD IS DUCT SURFACE AREA IN SQUARE FEET � NOTE: The static pressure for the test must develop within the cfm range of the test rig;if it does not the leakage in the amount of duct tested is(probably)greater than the estimated amount. � SM HVAC Air Duct teakage Test Manual • First Edition F i � THIS PAGE /NTENTIONALLY LEFT BLANK � � F.2 HVAC Air Duct Leakage Test Manual • First Edition M11� APPENDIX G � O C7 I� O M I� O M I� O M f� O O O O O O O O O O O 0 O M fD O M CO O M C4 O M CO O O. O O O O O O O O O � � � O O O N CV N M �t tn (O f� CD � O N V CO N N N N N N N N N N N N N N N N M M CO M O M I� O M f� O f7 f� O (h f� O O O O O O O O O O � o m co o c� co o co co o c� cfl o 0 0 0 0 0 0 0 0 0 � f� I� h Op Cp ap � � � O O O N C9 � �f5 Cfl f� OD O N N N N N N N N N N N N C7 M O M I� O M f� O C7 f� O C7 I� O O O O O O O O O � O M CO O M (O O M CO O (7 CO O O O O O O O O O � � � � � � � n ^ ^ � � � � N N N N N N N N O M 1� O M I� O M f� O M f� O O O O O O O O N O M CO O M (O O M CO O M CO O O O O O O O O � C�7 M M 7 � V tA � � CO Cfl (O f� GD � N N N N N r r r r r r r r r r r �- r r r O M (r0 O C7 CO O M (�O O M C�O O O O O O O O � N N N M C� Ch d' � � tC) � �A CO f� aD 6i N N N � � Or r r r � r .- r r r � r � ,- r r O M r O M f� O M f� O M I� O O O O O O � 0 O M CO O M CO O M (O O CO CO O O O O O O �p N N N cM M C7 � V � ui CO f� CO Oi N L � O M f� O M f� O M f� O C9 1� O O O O O = � O Ch (O O M CO O C'7 C4 O M CO O O O O O . � O O O N N N M M M V � CO f� GO J O C7 f� O M I� O C7 1� O M I� O O O O L � O C7 (O O C7 C4 O M C4 O P7 CO O O O O � � � � � O O O N N T T � � (O Q f+ O M f� O M I� O M h O M I� O O O � N O C9 CO O M CO O C9 CO O M (O O O O � aD aD OD 6i Oi � O O O N Ch 7 � �F�y O M 1� O P7 f� O C7 f� O C7 f� O O � W � O M (O O M CO O C7 (O O M CO O O � A � f� I� I� Op OD OD � � � O O O N � � _ � r r r � O M h O M f� O M I� O C7 I� O N O M CO O M CO O M CO O M CO O � M CO CO CO I� I� I� W GD GO � � W O � z •- �� O ^ O CO � O M I� O M f� O C7 � � � CO O CO CO O M CO O M CO O M � �y � CO (O CO f� f� f� OD W 00 � � L W � �I M I� O C7 I� O Ch I� O M I� �C M (O O M CO O M (O O M CO G� Fd N In � (D (O (O 1� f� I� CO CO c0 C� A � V � °o rMi c^o °o cM*� c�o °o � cno °o � � N ui �ti �ri co co co r� r� r� ao N A N m °o m c�o °o rMi c�o o r�i V N v ui �ri �ri co cc co r� r� 3 � M Cr0 O M Cr0 O M Cr0 N �t V �!7 tf) � (O f0 CO r ,R1 O M f� O M h O v � O C7 CO O M CO O 7 � d' ln � 1n CO � � � C�O O M C�O O M � M � � d' � lO , M f� O M f� � M CO O M CO C7 C7 � �t V . � O M (�O O C7 O� Ch � Z r � O � c�o °o rMi U z a ° c�i ri ri A W W � rMi c�o A Q N N O � O N �� CO 00 O N 7 CO CD O N cY CO aD O Cfl N UD � O (D N V f0 � N N N N N C7 M d' V � CO CO h R3 � M C HVAC Air Duct Leakage Test Manual • First Edition G.1 � THIS PAGE INTENTIONALLY LEFT BLANK � � G.2 HVAC Air Duct Leakage Test Manual • First Edition SMAC APPENDIX H Area Circumference Area Circumference � Diameter Diameter Inches Sq In Sq Ft In Ft I�►�hes Sq In Sq Ft In Ft 1 0.7854 0.00545 3.142 0.2618 51 2042.82 14.19 160.22 13.35 2 3.1416 0.0218 6283 0.5236 52 2123.72 14.75 163.36 13.61 3 7.0686 0.0491 9.425 0.7854 53 2206.18 15.32 166.50 13.88 4 12.5664 0.0873 12.566 1.047 54 2290.22 15.90 169.65 14.14 5 19.6350 0.1364 15.708 1.309 55 2375.83 16.50 172.79 14.40 � 6 28.2743 0.1964 18.850 1.571 56 2463.01 17.10 175.93 14.66 7 38.4845 02673 21.991 1.833 57 2551.76 17.72 179.07 14.92 8 50.2655 0.3491 25.133 2.094 58 2642.08 18.35 182.21 15.18 9 63.6173 0.4418 28.274 2.356 59 2733.97 18.99 185.35 15.45 10 78.5398 0.5454 31.416 2.618 60 2827.43 19.63 188.50 15.71 11 95.0332 0.6600 34.558 2.880 61 2922.47 20.29 191.64 15.97 12 113.097 0.7854 37.699 3.142 62 3019.07 20.97 194.78 1623 13 132.732 0.9218 40.841 3.403 63 3117.25 21.65 197.92 16.49 14 153.938 1.069 43.982 3.665 64 3216.99 22.34 201.06 16.76 15 176.715 1.227 47.124 3.927 65 3318.31 23.04 204.20 17.02 16 201.062 1.396 50.265 4.189 66 3421.19 23.76 207.35 17.28 17 226.980 1.576 53.407 4.451 67 3525.65 24.48 210.49 17.54 18 254.469 1.767 56.549 4.712 68 3631.68 25.22 213.63 17.80 19 283.529 1.969 59.690 4.974 69 3739.28 25.97 216.67 18.06 20 314.159 2.182 62.832 5.236 70 3848.45 26.73 219.91 18.33 21 346.361 2.405 65.973 5.498 71 3959.19 27.49 233.05 18.69 22 380.133 2.640 69.115 5.760 72 4071.50 28.27 226.19 18.85 23 415.476 2.885 72.257 6.021 73 4185.39 29.07 229.34 19.11 24 452.359 3.142 75.398 6.283 74 4300.84 29.87 232.48 19.37 25 490.874 3.409 78.540 6.545 75 4417.86 30.68 235.62 19.63 26 530.929 3.687 81.681 6.807 76 4536.46 31.50 238.76 19.90 �i 27 572.555 3.976 84.823 7.069 77 4656.63 32.34 241.90 20.16 28 615.752 4.276 87.965 7.330 78 4778.36 33.18 245.04 20.42 29 660.520 4.587 91.106 7.592 79 4901.67 34.04 248.19 20.68 30 706.859 4.909 94.248 7.854 80 5026.55 34.91 251.33 20.94 31 754.768 5.241 97.389 8.116 81 5153.00 35.78 254.47 21.21 32 804.248 5.585 100.531 8.378 82 5281.02 36.67 257.61 21.47 33 855.299 5.940 103.673 8.639 83 5410.61 37.57 260.75 21.73 34 907.920 6.305 106.814 8.901 84 5541.77 38.48 263.89 21.99 35 942.113 6.681 109.956 9.163 85 5674.50 39.41 267.04 22.25 36 1017.88 7.069 113.097 9.425 86 5808.80 40.34 270.18 22.51 37 1075.21 7.467 116.239 9.686 87 5944.68 41.28 273.32 22.78 38 1134.11 7.876 119.381 9.948 88 6082.12 42.24 276.46 23.04 39 1194.59 8.296 122.522 10.21 89 6221.14 43.20 279.60 23.30 40 1256.54 8.727 125.66 10.47 90 6361.73 44.18 282.74 23.56 41 1320.25 9.168 128.81 10.73 91 6503.88 45.17 285.88 23.82 42 1385.44 9.621 131.95 10.99 92 6647.61 46.16 289.03 24.09 43 1452.20 10.08 135.09 11.26 93 6792.91 47.17 292.17 24.35 - 44 1520.53 10.56 13823 11.52 94 6939.78 48.19 295.31 24.61 45 1590.43 11.04 141.37 11.78 95 7088.78 49.22 298.45 24.87 46 1661.90 11.54 144.51 12.04 96 7238.23 50.27 301.59 25.13 , 47 1734.94 12.05 147.65 12.30 97 7389.81 51.32 304.73 25.39 48 1809.56 12.51 150.80 12.57 98 7542.96 52.38 307.88 25.66 49 1885.74 13.09 153.94 12.83 99 7699.69 53.46 311.02 25.92 50 1963.50 13.64 157.08 13.09 100 7853.98 54.54 314.16 26.18 Table H-1 Areas and Circumferences of Circles �� The surface area(per linear foot)of flat oval duct can be calculated from 3.14D+2L,where L is the flat span and D is the depth.The value 314D or�D may be read in the circumference column of the above table.The flat width is equal to the difference between the major and minor dimensions. MACNA HVAC Air Duct Leakage Test Manual • First Edition H.1 � THIS PAGE INTENT/ONALLY LEFT BLANK � � H,2 HVAC Air Duct Leakage Test�ll�anual • First Edition MAC APPENDIX I COMMENTARY ON FLOW CALCULATION FOR ORIFICE METERS 1.1 FLOW EQUATION DERIVATION where Q = air volume,cfin K = coefficient of air flow � D = orifice diameter,inches The basic flow equation is Q= AV for which Q is in 4P= pressure drop across orifice, "wg cfrn,A is in ft2 and V is in fpm.Velocity pressure head d = density factor from Appendix K _ h = � and velocity V= 2gh where g is the gra- vitational factor of 32.17 lb/ft-sec/sec. To use basic �•2 FLOWMETER ACCURACY formula in inches of water gage pressure it is necessary - to multiply the velocity head in feet by 12 in/ft and by plb/ft3 The coefficient K is affected by the Reynolds number, the ratio of air density to water density 62.31b/ft 3� a dimensionless value expressing flow conditions in a Z Z duct.Appendix J relates Reynolds number,Beta ratio, To use velocity in fpm divide by 3600 s /m . and K. The following equation gives a simplified method of calculating Reynolds number for standard air: Vz 12 P Thus, h = 2�32.17) X 3600 X 62.3 R = 8.4 DV Where R=Reynolds number and V= 1096.7 h/p D=Orifice diameter,inches V=Velocity of air through arifice,fpm When p = 0.075, V = 4005� The coefficient K is read from Appendix J for the type of ineter taps used. It varies more below R values of 105 than for higher values.Some texts such as Fan En- Fluid flow texts indicate that for temperatures below gineering, copyrighted by Buffalo Forge Co., use K � 500°F thermal expansion effects in the orifice meter coefficients for Reynolds number of 106(with pipe di- need not be accounted for.Also,for the normal range ameter as the reference) as reasonably accurate for pressures in HVAC system testing, the effects of air normal flow in 11/z" to 16" diameter pipes, whether compressibility are negligible. A combined coeffi- flange or vena contracta taps are used.Fisher and Por- cientKis used for various effects due to approach,con- ter Company reports in their Flowmeter Orifice Sizing traction, discharge and pressure tap locations. Handbook that ASME publications and other research indicate that regardless of pipe size and standard ori- fice tap locations,only±1%enor is likely over a beta Standard airflow across a sharp edge orifice with range of 0.12 to 0.72 if the equation for K is p = 0.0751b/ft3 is calculated from K� = 0.5930 + 0.4�4 Equation 1 + (0.0015� + 0.012�4) 1000 R � Q = KAV = K4 �41096.7 0�5 The terms with/.3 in this equation are relatively small = 21.8KDz dP and the practice of using K=0.60 is fairly common. Flow approaching the orifice must be uniform to main- tain accuracy. Straightening vanes or other flow For densities other than standard,the following equa- straightening means must be used upstream.However, tion can be used as a good approximation: ASME and other texts point out that the basic orifice flow coefficients need modification for the effects of - gas expansion if the pressure drop across the orifice is Equation 2 more than a few percent of the absolute pressure up- � stream of the orifice.Appendix K may be used to eval- Q _ 6�z dP uate the effects of a gas expansion factor Yin terms of 0.075 d /3the upstream pressure PI,the ratio of specific heat SMAC HVAC Air Duct Leakage Test AAanual • First Edition 1.1 at constant pressure to constant volume(k=1.4 for air) to meters indicated in Table 5-2 of this manual do not and orifice pressure drop. The Y factor would reduce require calibration.Otherwise,the nominal values for the apparent flow by becoming a multiplier in the for- K that are given in Table 5-1 are deemed suitable for � mula Q = K�YAV.The Yfactor should be considered flow measurement under field conditions.Table 5-1 is when determining the beta ratio to be used in a meter usable for vena contracta taps at all DZ/Dl ratios and that is to be highly accurate. for flange taps when DZ/D1 is 0.50 or less.Vena con- tracta taps or flange taps are acceptable for Figure 5-3 Manometer scales are calibrated for fluids of specific ex�cept that Q = 372�(with K=0.711) may have 10/o error with flange taps when Reynolds number is density.Fluids with density corresponding to scale cal- less than 105. - ibration must be used.Recalibration is not necessary. Densities of various manometer fluids are given in Ap- pendix M. 1.3 OVERALL METER LOSS The accuracy oftheKcoefficients in Figure 5-1 canbe �ere test apparatus fan capacity is marginal overall compared with those varying with Reynolds number in pressure loss through the orifice meter may contribute the following manner. to difficulty in obtaining the required test pressure lev- el in the duct.The overall loss in relation to the diame- ter ratio/3is indicated in Table 5-1 and in Figure 1. With 100 cfin in a 2.625" diameter orifice 1.4 METER CAPACITY FOR TESTED R = 8.4 DV= 8.4 D Q DUCT SIZE Or R = 8.4(2.625)0.03 5 g — 5.87 x 104 A test meter must have a fan that can produce the target cfm at a static pressure that is a combination of the duct � test pressure plus other"system"losses. The required If DZ = 0375, Figure 1 gives K= 0.61 and Figure 2 capacity of a leakage test meter should be examined in 1 relation to the duct leakage classification chart. The gives K=0.615. orifice relates cfin to pressure according to Q = C x P0�5. Leakage class is a plot of Q = C x P0�65. However,the orifice capacity needs Observe that 0.623 from Table 5-1 is 102% of 0.61. to relate only to one pressure level on the leakage class With 30 cfin in a 1" diameter orifice, curve, the test pressure. An orifice conforming to 10 dP will,for example,have the capacity to register only 24 cfm at 6" orifice differential.If the test is at 6 R = 8.4(1)0.00545 — 4.6 x 104 static pressure for Leakage Class 3 compliance, i.e., 9.6 cfin per 100 s.f.,with 6"orifice differential and 6" duct test pressure, the meter could only indicate 24 Da cfin.However,the blower far the test apparatus would If D = 0.33,Figure 1 gives K=0.605 and Figute 2 have to produce 24 cfm at 10" to 12" static. Observe i gives K=0.61. that with a/3 ratio of 0.29,as in a 3"tube with�/s"ori- fice,the meter loss is 88%of the orifice differential. Assuming that the duct leaked at Class 3 and the test " Table 5-1 (interpolated) gives K= 0.6024 which is apparatus could generate the static pressure to indicate 98.8%of 0.61. 24 cfin, 250 square feet of duct(24/9.6 x 100=250) could be tested at one time.A larger meter,for exam- ple, Q = 264P, could test 666 s.f. of duct(64/9.6 x Uarious authorities agree that orifice meters that are 100)with 6"dP.If the 10 dP meter were used to test precisely built to conform to ASME specifications do Class 24 duct at 1 %2" static and it could not develop not require calibration.In Chapter 9 oflndustrial Ven- more than about 10" orifice drop while maintaining 1 tilation, ACGIH discusses orifice calibration with a %2" in the tested duct; the 32 cfin metered could only � standard Pitot tube and states that orifices conforming handle 32/31 x 100 or 103 s.f.of duct(unless the leak- 1.2 HVAC Air Duct Leakage Test Manual • First Edition MA�NA �.� � .�u 5 .ao � � ao ° '° € , .�o � � � a J .� J < Ot '� W C •� .�Q . . .. ..__ _. . . � b .34 .24 .79 .ifl .`� .56 .� .8E7 .Ai EtIAFt£TE8 R#T40.� FIGURE I-1 RATIO OF OVER-ALL PRESSURE LOSS TO METERED DIFFERENTIAL VERSUS DIAMETER RATIO �l3 Reprinted from Handbook No.IOB900,Flowmeter Orifice Sizing,Fischer and Porter Co.,with permission age rate was below the allowable).Comparing Figure al, published by ACGIH, defines three equivalent 5-3 with Figure 4-1 can facilitate testing. Excess fan methods of calculating ACFM. The SCFM basis is pressure can be controlled with inlet dampers,bypass, 0.075 lb/ft3 at 70°F at sea level. variable speed motors or other means. � a. ACFM = SCFM x 4603+� T�,here T is ac- 1.5 STANDARD AIR lual dry bulb air temperature in°F,moisture is negligible and pressure is less than t 20" wg. Air density varies with barometric pressure,tempera- ture,and the amount of moisture present.Moist air is less dense than dry air at a given temperature. At a barometric pressure of 29.92 in.Hg and 70°F dry air b. ACFM — SCFM x 0.075 �,here d is air has a density of 0.074951b/ft3.At 60°F dry air is 0.764 d lb/ft3.Federal agency documents define"standard at- density taken from psychrometric charts. mosphere";at sea level standard temperature is 59°F with 29.921 in.Hg barometric pressure.Industry doc- uments define"standard air"in different ways.ASH- c. ACFM=1b per min. of dry air x humid vol- RAE uses a standard value of 0.0751b of dry air per cu- ume ft3 per min.per pound of dry air. bic foot for 60°F at saturation and for 69°F dry at 14.7 psia.The ASHRAE Fundamentals Handbook chapter on duct design states that no corrections to their duct friction chart are needed for*_-30°F from 70°F,eleva- These evaluations are rarely applied on commercial � tions to 1500 ft and duct pressures from+20" wg to projects but are common in the industrial sector. For —20" wg These limits result in only ±5% variation. example,outdoor air at 95°db and 75°wb has a humid Comparable limits should be acceptable for field tests. air volume of 14.3 ft3/lb of dry air.The density is 0.07 Other variations can be observed in Appendix K. lb/ft3. By formula b) above an actual flow measure- ment of 100 cfm would mean a standard airflow of 93.3 cfin. Those who test air handling systems will occasionally � be concerned with the designations ACFM and SCFM. The"A"refers to"actual";the"S"refers to standard For additional information on flowmeters see refer- (CFM).Chapter 10 of the Industrial Ventilation Manu- ences in Appendix N. SM C HVAC Air Duct Leakage Test Manual • First Edition 1.3 !.6 OTHER LEAK TEST METHODS ASTM E741, Measuring Air Leakage by the Tracer Dilution Method � Various methods of leak testing are used for shafts, ASTM E779,MeasuringAirLeakage by the Fan Pres- building compartments,door cracks,windows,curtain surization Method walls, critical ducts in safety related criteria zones in nuclear power plants and other circumstances.ASME/ ANSI StandardN510,TestingofNuclearAir-Cleaning ASTM E783, Field Measurement of Air Leakage Systems,covers requirements for field testing of engi- �mugh Installed Exterior Windows and Doors neered safety feature systems and high efficiency air cleaning systems. Bubble, spray DOP, liquid pene- trant,pressure decay rate and other methods are found Measurement techniques,field studies,and the signif- in N510. Several levels of tightness for ducts in con- icance of infiltration are comprehensively reviewed in tamination zones and other applications are addressed ASTM STP 719-1980,BuildingAir Change Rate and in N510 and also in ASME/ANSI Standard N509,Nu- Infiltration Measurements. clear Power Plant Air-Cleaning Units and Compo- nents. Provisions in both of these documents are re- viewed in the ERDA 76-21, Nuclear Air Cleaning Typical leakage rates for walls and floors of commer- Handbook, available from the U.S. Department of cial buildings are reported in Design of Smoke Control Commerce NTIS. Systems for Buildings,available from ASHRAE.This document has an extensive bibliography on stairwell, shaft, and building leakage. At the present it appears that insufficient knowledge exists about the leakage rates in ceilings, interior partitions and corridor Tracer gas methods have been used frequently by re- construction to document rates for design purposes. searchers investigating the leakage in houses and com- mercial building compartments. NBS has used the method and numerous ASHRAE transactions report Damper leakage is lab tested by AMCA Standard 500. � this method and fan pressurization methods.Transac- Several classifications of damper leakage are pub- tionHl-85-03No.21istsmanyofthereferences.ASH- lishediniJLStandard555S,LeakageRatedDampers RAE Fundamentals Handbook Chapter 25,on ventila- for Use in Smoke Control Systems. Higher integrity tion and infiltration,reports leakage rates for various classifications of damper leakage are in ANSI N509. building elements.Key standards for such tests are: Tests of HVAC systems and building comparhnents for smoke control performance may involve flow di- ASTM E283,Rate of Air Leakage Through Exterior rection study, air change rate and leakage evaluation Windows, Curtain Walls, and Doors by means other than orifice meters. � �, �,4 HVAC Air Duct Leakage Test Manual • First Edition MI1C APPENDIX J J.1 FLOW COEFFICIENTS � a� ra�_ � � � � � � o>o afi� � � o�s � Q_s� �,a�s � ° �: � � �s� � � �oc� � � ��5] � -� � � �� os2 _._ �� *�s 4 9fl oec? ._. _. co d � � d C1 S6 ' �#'#� 2 S 4 IS-� � d # f� 2 'J S �i37 R�tl�i£3€€?& 1�F141$ER,��{,� FIGURE J-1 FLOW COEFFICIENTS K FOR SQUARE/EDGED �' ORIFICE PLATES AND VENA CONTRACTA TAPS IN SMOOTH PIPE �.��-----�-� _ � �� - -..._ �. � _��,_ --�- , � 9q � 8 � � � 9 �j � _ f � � � � � � . 3 6 3 �� g � ` � ¢ i f � � 3 - g � $1_Slk " '�` -�� .�__ — .e�� -�� .m .�z�,_��n � �_ _ � � 1 � - ` � � � j ; �� a � a � � � I : , � � �� . �' � �LF.7'� -.a � __ � � �� ( � � � � �� e � I � # � i � � �� _ � m � ;�.ro � _ �— s� — _ �la� � � I_ a.ra � � � € � _ � , -� ; � c�..�� - � � v,�s ; a��r � - —— - - �,s� a�,sa� � � � -�� , � �.se� � � e � � �� g £ � _ � � ��' � ; �� a � _ __ __..� �q� � 3 s �,�� a s a [Cp� � s � [€i�. REY€YC7J�.Cg§ F�ui4�8ER,�`+1R� � FIGURE J-2 FLOW COEFFICIENTS K FOR SQUARE—EDGED ORIFICE PLATES AND FLANGE TAPS IN SMOOTH PIPE M � HVAC Air Duct Leakage Test Manual • First Edition J.1 � THIS PAGE INTENT/ONALLY LEFT BLANK � � J.2 HVAC Air Duct Leakage Test Manual • First Edition MACNA APPENDIX K Sea Altitude (ft) L,evel 1000 2000 3000 4000 5000 6000 7000 8000 9000 10,000 �� (in.Hg) 29.92 28.86 27.82 26.82 25.84 24.90 23.98 23.09 22.22 21.39 20.58 Barometer (in.wg) 407.5 392.8 378.6 365.0 351.7 338.9 326.4 314.3 302.1 2911 2801 Air Temp, -40° 1.26 1.22 1.17 113 1.09 1.05 1.01 0.97 0.93 0.90 0.87 °F 0° 1.15 111 1.07 1.03 0.99 0.95 0.91 0.89 0.85 0.82 0.79 40° 1.06 1.02 0.99 0.95 0.92 0.88 0.85 0.82 0.79 0.76 0.73 70° 1.00 0.96 0.93 0.89 0.86 0.83 0.80 0.77 0.74 0.71 0.69 100° 0.95 0.92 0.88 0.85 0.81 0.78 0.75 0.73 0.70 0.68 0.65 150° 0.87 0.84 0.81 0.78 0.75 0.72 0.69 0.67 0.65 0.62 0,60 200° 0.80 0.77 0.74 0.71 0.69 0.66 0.64 0.62 0.60 0.57 0.55 250° 0.75 0.72 0.70 0.67 0.64 0.62 0.60 0.58 0.56 0,58 0.51 300° 0.70 0.67 0.65 0.62 0.60 0.58 0.56 0.54 0.52 0.50 0.48 350° 0.65 0.62 0.60 0.58 0.56 0.54 0.52 0.51 0.49 0.47 0.45 400° 0.62 0.60 0.57 0.55 0.53 0.51 0.49 0.48 0.46 0.44 0.42 450° 0.58 0.56 0.54 0.52 0.50 0.48 0.46 0.45 0.43 0.42 0.40 500° 0.55 0.53 0.51 0.49 0.47 0.45 0.44 0.43 0.41 0.39 038 550° 0.53 0.51 0.49 0.47 0.45 0.44 0.42 0.41 039 038 036 600° 0.50 0.48 0.46 0.45 0.43 0.41 0.40 0,39 037 035 034 700° 0.46 0.44 0.43 0.41 039 038 0.37 035 034 033 0.32 800° 0.42 0.40 039 037 036 0.35 033 0.32 0.31 0.30 0.29 900° 0.39 0.37 036 035 0.33 0.32 0.31 0.30 0.29 0.28 0.27 1000° 036 0.35 033 032 0.31 030 0.29 0.28 0.27 0.26 0.25 Standard Air Density,Sea Level,70°F=0.0751b/cu ft at 29.92 in.Hg Table K-1 Air Density Correction Factor, d � Reprinted from Industrial Yentilation,by the American Conference of Governmental Industrial Hygienists,with permission. �i MAC HVAC Air Duct Leakage Test Manual • First Edition K.1 � TH1S PAGE /NTENTIONALLY LEFT BLANK � � K.2 HVAC Air Duct Leakage Test Manual • First Edition SM C APPENDIX L � 1.00 � L 0.98 0 � � s=o.s �- 0.96 O R=0.1 � � Q 0.94 X (3=0.7 W � (3=0.6 � 0.92 0.90 0.00 0.05 0.10 0.15 0.20 Acoustic Ratio dp kP, FIGURE L-1 GAS EXPANSION FACTOR, Y, VERSUS ACOUSTIC RATIO, dP/KP� � Reprinted from Handbook No.1OB900,Flowmeter Orifice Sizing,Fischer and Porter,Co.,with permission. �i M C HVAC Air Duct Leakage Test Manual • First Edition L.1 � THIS PAGE INTENTIONALLY LEFT BLANK � � L.2 HVAC Air Duct Leakage Test Manual • First Edition SMpC APPENDIX M � �' .o � + + � � a �" �n o o � v� � o 0 o m o o v� � � F.' 6�i � � � � -�+ l� 7 V O N � l� � C �i N M N N c'n �� i � � � A � fzl C A G 00 ;� .t',.'�� M O O �D O N M N V t� 7 O O O� � O y � O O � V � O V ao V1 M M I � py .b m m m N N iD m v� d- N �O � N � N � � C W '. � � N �r pp O� O I N O N O �O O 7 V V� O V oo y 1y a � � N V O cn �D l� M t N �O M � I cn �+ .!. L'i � � � O iC+ �w � O O O O O �`1 � � � � � o o � � o I � I � o o I (° c�i � � y w W � ¢� Ex •3 •'�' � V � � � on�o o v rn r o rn o 00 0 �n o0 00 o J �y F a� o 00 �o cn m t� �o 0o m � o t� �n � o0 « a�"i ~ o 00 00 � o t� � �o �o v� t� rn � � "� � 'v a � N X � � Q W � U �� O O �O l� � I� M �I- (� .-+ N N O Q � O oo �O ao N cn �n �p oo m m l� O U �O V V �O � d- M m N �t vl M � N d � � a � Q �, ��„ �, U � O ~ � �� x o. t� o'"o �n ° o o g t� °o y o � � � � I I � o � I o o � � I � I o y w a � �C m m O '� � � � Q. � t" .� ,� O U � w y ^: ,� �' , � ,� 3 y _°? .� .� ?: a 'i. '3 � ,n � ;a .o .o A � � .° a � p -�° p � t"• i. p W '�"A '�'A O I � � .�.0 vi I p .b.A .�.D y �D T � d a on on on .n � p on A p en cn .o cu 1 � � `° � � a a � � � p `� � � o � w" � p ^2 0 � � � � Y � � � •� � � � � � V � O O O �'l � � � � +-' L: ..w',O �O �D � N N O O O O Li i N M N N N N N d �0 M O � O�i � O O d- r v�i I O �D O� � O L d N 01 N M l� . O O O N 7 O� �O V'l oo �D l� s,�' C/� C7 [� o0 00 0o U O O O O N O� O O� �A � O O O O O �--i �--i �--i �--� � �--i .--i .—� N N � ry/J �i H 0 Y � � � M � � � � � m- -�i �D � � �"' x x •�" U w �0 0 a cn � � � U xo U >°, U U U �oU o � � � .1 x `� ^ U� "°� ;3 C7 ° � � �°' �v� y-" O u,. a� a� a o❑ fn U a. � N �o o �°' � o >, � � �.� � a� o ks� o � a�i v°�� m�W � >, ,� C7 a � ::o � o v � f� oC7 U�� .� � p o o � a� ° � C7 a� a�� _�'Y A" a� N K � � .o �o p, Q � q � U� o o>,a� Y � � �C ° ^°..'o �' >, '� o a� �, � .�o ,:'� 3 a� a Gl �,a � >' ° -., C w,..C�,a� � c°� 'OS..�� 0.�l � ° >, (� °�a�i a'."i � •� y ^" N '� a'�. c6' i a�J N � i U '� w .� w ca raWw � ¢ �A� � w� x � o � ¢�' � �? � � � N M � � �o � � �; o � � � � � `O p. a� �; M � HVAC Air Duct Leakage Test Manual • First Edition M.1 � THIS PAGE INTENTIONALLY LEFT BLANK �. � M,2 HVAC Air Duct Leakage Test Manual • First Edition SMAC APPENDIX N N.1 FLUID METER INSTRUMENTATION 11. Fan Engineering,Buffalo Forge Co. REFERENCES � 12. Fischer & Porter Company Handbook No 1. ASHRAE Fundamentals Handbook Chapter on 1OB9000,Flowmeter Orifice Sizing, 1978 Measurements and Instruments 13. Industrial Ventilation,ACGIH,Chapter 9,Moni- 2. ASME,Fluid Meters, Their Theory and Applica- toring and Testing of Ventilation Systems. tion 14. Nondestructive Testing Handbook,2nd ed., 1982 Volume 1, Leak Testing, American Society for 3. ASME Power Test Code PTC 19.5 Nondestructive Testing and American Society for Metals. 4. ASME MFC-3M(Part 1, Orifices)Measurement of Fluid Flow in Pipes, 1984 ACGIH, American Conference of Governmental In- dustrial Hygienists,Lansing,MI 5. Prfnciples andPractices ofFlowmeterEngineer- ing,L.K. Spink,Foxboro,Co. AGA,American Gas Association,Arlington,VA 6. ANSUAPI 2530,Orifice Meterfng ofNatural Gas ANSI, American National Standaxds Institute, New (AGA Report#3) York,NY � 7. Flow MeasurementEngineeringHandbook,R.W. �'CA,Air Pollution Control Association,Pittsburgh, Miller,McCrraw Hili(1982j PA API,American Petroleum Institute,Washington,DC 8. ISA-RP 3.2 Plange Mounted Sharp Edged Orifice Plates for Flow Measurement (For ANSI B16 flanges) ASHRAE,American Society of Heating,Refrigerat- ing and Air-Conditioning Engineers,Atlanta,GA 9. The Measurement of Gas Flow,January'83 Jour- nal of the Air Pollution Control Association ASME, American Society of Mechanical Engineers, New York,NY 10. ASHRAE Standard 41.5,StQndard Measurement Guide Engineering Analysis of Experimental See building element leak test references and instru- Data mentation in Appendix I. � M � HVAC Air Duct Leakage Tes#Manual • First Edition N.1 � THIS PAGE INTENTIONALLY LEFT BLANK � � N.2 HVAC Air Duct Leakage Test Manual •First Edition M C APPENDIX L PRESSURE SENSOR LOCATIONS a 0 v CMPT CMPT CMPT CMPT II 98 97 96 95 94 93 I 92 91 I 90 89 88 I 87 � � I � �o / I —� � � a°m`�d 2_` E �O�� m� r�003 � � 3 I�j I �°¢'a 3 �� v o , � —_ I � o � �, �� CMPT CMPT CMPT I � � � - nu�,� 108,� 107 �06 :.. 105 104 t03. 102 101 100 99 �� ■ ■ "'7` ■ O • �.1 � s� c / t! / / � m . O / / / -�-�� m m / / / 1i` o i 'L i �MPT MPT MPT �MPT MPT MPT MPT MPT MPT MPT ' �W / / , / I� / % 0 / ( m) ADA � � �ADA / - � M�� P1 /P2 P3 P4 P5 / �� P6 � �. � P7 P8 P9 P10 � �-� ��Pt1 P12 � P13 I,P14��P15� I P16 I�I P17.[ �P18� P19 ��20 l// I�' p �� E4 � �� E5 � � � �� -- �� , / i //�l� d � � � � � � � � � / ; , � /� , o ,os �� o 110 P21 W � 11� �CMP CMP CMP CMP P�Z � \ \ ('� . � P48 \P47 P46\ P45 P44 P43 P42 P41 P40 P39 � P38 P37 P36 P35 P34 P33 P32 P31 P30 P29 P28 \2� P26�P25 \ P2� �� \ \ � \ � \ P23 . . . \ \ � \� \ � � \. ..".-.��. ... . ■ �Y ✓<. ,r�., �� ; 1 �� . \ ��: \ . �� =�\ \ ' � . \ �r. \ Ir o��• � � � � . � � � 1 " � P49 P50 P51 P52 P53 P54 P55 P56 P57 P56 P59 P60 � P61 P62 P63 P64 P65 P66 P67 P68 P69 P70 P71 P72 � �0 '1 112 I � :' ..�� \ � �) \ /%/� 113 I p\\\\ � �/ � \\ P73 � } I 1�4 \ � m / � .� � ��`� � /, � % / P � / / P7A,/% � �MPT � /MPT � MPT P75 \� / � �- I-'104 P103 /P1D2 P101 /P100 P�J9 P98 P97 P96 P95 P94 P93 P92 P91 P90 P89 P88 P87 P86 P85 P84 PB3 P82 P81 P80 /P79 j P78 '�MPT . P76 � � ..�,�/ P77 �` �\ / /� � � [/"� �/ � � r i �� ' � ��/ C!) �18J � �MPT MPT MPT MPT ,v,rvIPT MPT MPT �MPT MPT MPT MPT MPT MPT MPT L%MPT �MPT MPT MPT MPT MPT MPT / � z � P105 P106/ P107 P108/P109/P110 P111 P112 P113/ P114/P115 P116 P117 P118 /P119 P120 P121 P122 P123 P124 P125 �P126 �P127 �P128� P129 P13U P131 � � O � P168 � / �O � � / / / / / / � - Q � ,r � / ,/ � / , / / � % ,/ � / // � � // �� , � � � � � ,; � �% � � � , ,, , � �� // / � �� , � � ` ; , � ,� Q � P187 /� O m ! � ,� j' � Y P186 \ LL V P132� O = \� � � ,� U P165 � \ AD� � �� P133 .�� z � P150�� P149 P148 P147 P146 P145�P144 P143 P142 P141 P140 P139 P138 P137 P136 P135 � �s°1 � �.P184I \ � � \P134 �/' \ \ \� \ .: ._ ., ....,�� W�/ . :�:. . ,. �� LJ� I f � � � '' � I � � o P183[ / � E1 � ��= —R,�r�m � �� A � I �`f� W �� E2 � � P18� � P167 _ � \ ' \� AD\ � \ Pt64� P155 \P156\O P158 I �;'' a M . �-� � P153 r' � • � P751 p152 �0\ � \ � r� � P159 I , SYMBOL LEGEND � P18\ \\\ \\ \ � \ � P160 I � �� w 1 \, '..�'r J '°� P�s� ,,�" • LOCATION OF PRESSURE SENSOR � o v � '.%°�� o � P180 P162!� - J � '�_. `P163 I ; .� `' w O P184 ll � /��- � 00 \ i / P185 P/� W � � Pi66 � �/� '_ � �--� N � \�� IP179� /J B // B P168 P167 � ,l ,�^/' � w � 0 � `n ` i j ` // ,( P168 O � �/ z p /�� //ADA /�7 � �-� ��ADA / / P170 / / / P174 P173 P172 P171 � a � N � / % P�77 P176// P175 � - / P178 /� /�� .. __ � _-. _ " ° /� �� _I y' � a O _.___'�. _ '—_'. � � W Q �._�''.---_"_.._ .___�.__--- (n � N O N V � � �O •'� �. (' I � ` 'i :�'T .I'._ . � __ �V O� O C) � � O i'`- C I " I s� ' .. , ^a �^n I oz I _��. . I �3 -^. --� �s -�. ,., , . ,:,; ,. ;.T a.°m`�"� a � I� _ . . . ^E - -.. I �Q�� .. . . . . . . . . . . . . �n�y� °' �o 0 w , � � �' � �°¢a3 0 � rr� � o �� N■ � � , � � � ,� ,� W � , ��_ � � � � , ,� , � 410 Z � � � � � � � —I ,� o , , �- . , — o 0 0 0 _, — . m .m � _ �� . , ' E4 - E5 � °' , o 2 _ W � � �--. - � � '� �� - � , �: � � o. �� :� .� �� -� � �� _ _ _ : _, �. _ �� m � �I� ' m : �I ---� . �I m m m m o • m a a m a m m m m m m m m Z � m m Q m m � i� � O o s � II�� _ �� m m m �.,�- � � _ �� m m F � �. � `tx t��..�� m m z � � m 0 ,� 4 m p � � • `'l °'�„ � m ��y �� Q o — � � � Y � U B 0 „(: �el: � N = —�-- r .� �- _ .. �s„�„y � . LL (� �. O �..�..� - : .�. .,—�. _ . �___ �/� m - m -..,.-..,y_ v J m 0 .... �// w l mfiV � ° C � —°r � �� '�"� M E1 . _ E2 � SYMBOL LEGEND � � ' ui ° - � • LOCATION OF PRESSURE SENSOR � o v • -- � o v) � � m 0❑ w ° � z � O N CO � � � _ I J O N j . o � N w Q' O J a w U H w Q � � a 0 N -I�-� .., ..11F....":;I,IfT ��. ... :; ,CMPT .....CIJ�PT... .... ..I(.IVIFI..,. :-,... ..CINPT.. ...,-, I CNIPT.. ..,.; _..-CMPT.._ ;'_"" "_ �.. .... ;...;. .�CMPT..... _. ' i,flf-��.._. ... .... .. .. ... ..' � � l ' � 39 38 37 I 36 35 34 33 II 32 31 I 30 29 I 28 27 26 25 24 23 22 21 20 I 19 16 P 16 � � 14 13 t2 I �1 ' -o _ �L° �o I � I I r'�� 5�Oi c'� m° °' CMPT ch o�V �o� � � r°>¢a 3 0 CMPT �I � N � I 48 47 46 I ❑ I CMPT � o I I� O , II � �� ■ ' •,." � 45 44 43 42 A1 40 � ,,• Ir� �0 =� M _ a � . - � � � _ � � � �� ° 0 � . 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E4 1- I E5 � �� `- 0 � �� o _ � W � � � � _ - ,, _ _ _ _ _ _ - - - - - - _ _ _ � ,� _ _ _ _ _ -. _ _ - _ _ � � � , _ _ ' _ I � — x � � I _ � �' '� m � z � o _ � � Q � � � � � � � � Z � • O ¢ ' Q i� � m U o O Y � J U � 2 O � � z w t/) w ' � � � � o _ � - — cn �� E 1 - -- � M SYMBOLLEGEND a �� 0 J x • • LOCATION OF PRESSURE SENSOR j o � � � � � o � � 0 � N N � O � � J z cv, w . o _ � O � W a o --- J LLj U H w Q N � a a � a � ��__��; _ }�I ' i �� ,�� ;�. ° � - �-- —�� I� � � `°� �oo� � I� y �� o �� x x � x x x �� ` . �3. ..pm E � �� N�y" °' L-`' �( ' , - �.. � . 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U H ._ � --- -' W Q � 0 a 0 v m o � o �E - � ��o� a°m�d cpmE � 3 U o= J I. ❑ ❑ �� tn .`.� N . .. _. —_ . . �N'n c�l p O` ■ � I� °¢'a 3 � ° 'py��'�11� y �l � � � ",�� _ j'" ��i �� ■ — _ _ � _ � � � � - �W ° � _� � � � � � � � �� ° —� — -__ r �f ■ � .; � �� . � �z� � � , ,� —, � � � � � � �� _ o � �! o o - � — _ � - E4 E5 �'�, �,_ �. � � r� � ■ � � o A R o ,_ N , ,,� ,�° � — _ � I , - s - � - - '��i�� - �� ' �� 1 i �-, n � _ � ' ;� � _ i"�E� a _ . � �� I�� — • � � � � �. : ; i�� m - -- � ��■ z l • • I � , , � � I I o z .� , � I � �_ — d ` � = Id _ . : — — , cn O Q � V m i � p °w : I � �wl J U � W O U I l _ z = w —_.— cn w � � o � � �� w _ � CV SYMBOLLEGEND a M p ui • LOCATION OF PRESSURE SENSOR � J � o U � o � Z � W o°o � o �J,J N N � O � J z o W � N � � o W a J U H w Q � � 0 � N � M N O N o �E - � o � Y m d _ a°w"'m E - oa°m_ _ A� �n��Si °' c�`oa; � - - �\\ �Qa� , o _ _ _ — — �� 4�� N — _ i = _ _ , ` �� -' - � - - ��'� �� o — �� _ _ �� o ❑ i , .�� . �. !i - — �� . — � � � � - - � _ . . � � I�� _ - � � I � _ � �I =_ � - i'i �� ° _ _ � E4 � E5 _ � �� :.o , >2 >� — � - � ❑ 7 I — � � � � � � � — _ �� ., o I I } � � Z � _ ¢ _ � � _ � � _ � o � . . _ . ' ��. . � ,, �Y Z � ) O Q — � Q m i i - - ---- - U o � w J � U O � � z _i '. I i i i � i ; N w � � o cn - cA �� LL M SYMBOL LEGEND a. � 0 W • LOCATION OF PRESSURE SENSOR � J � o U o � � � �' o 2 � !n 0 v N �O w � � � J Z N W ' ° � N � � � w �-' O J a W U H w Q � � APPENDIX M SCHEMATIC INTERCONNECT DIAGRAM EMERGENCY EMERGENCY POWER POWER v � VFD FAN OA DP VFD FAN OA DP LL �E - K Y�O°' o CM CM MM EMERGENCY CM CM MM EMERGENCY L�� - E PS PS POWER PS PS POWER =�,°r � <°n�� °1 FS FS °'N .�+ VFD FAN OA DP +$-� VFD FAN OA DP � °0 3 � ,....,.,.. ..,,�... °m¢'a� 0 .` o EMERGENCY CM CM MM CM CM MM EMERGENCY o% POWER PS PS PS PS POWER �� -� LEVEL 8 VFD FAN OA DP :$+ � 2 2 2 �O+ � � ( VFD FAN OA DP �...,� �.,,. �� o EMERGENCY CM CM MM CM CM MM POWER PS PS PS PS PS PS PS PS �� a LEVEL 7 VFD FAN OA DP F S F�$ � � ) F S � � � FAS 2 2 �2 c� � � � � .�— ��,a.m ��.... � 0 CM CM MM ��o PS PS PS PS PS PS PS PS PS PS � � LEVEL 6 � � � F$µ � � �$; 2 � 2 � � � � :$�. 2 2 EMERGENCY POWER PS PS PS PS PS PS PS PS PS PS LEVEL 5 VFD FAN OA DP � � F S � � F�S � � 2 F S � � � FA, ) � .V, .y, � CM CM MM PS PS PS PS PS PS PS PS PS PS PS PS Z LEVEL 4 �; � � ;�S � � F s � � ;�S � � � F s � � � �, 2 � � ,...,.., } m BAS z PS PS PS PS PS PS PS PS PS PS PS PS � LEVEL 3 RINTER FACP � 2 ;� � F S � � F�$ � � � F�S � � � F�, � � � .�. .V, .V, .y, � EMERGENCY FSCP POWER PS PS PS PS PS PS PS PS PS PS PS PS LEVEL 2 :$� � :$� � � :$� � � :$� � � :$. � � U ¢ � PS PS PS PS PS PS PS PS PS PS PS PS r m LEVEL 1 � � ;�S � F s � j � 1 � ;�, � � ° w � U U � � PS PS PS PS PS PS PS PS PS PS � GARAGE LEVEL 1 1 1 1 1 1 1 1 j � Q W p H � STAIR 1 STAIR 6 STAIR 2 STAIR 3 ELEVATOR 4 STAIR 4 ELEVATOR 5 STAIR 5 � U �j W SYMBOL LEGEND O Z F NOTE: THIS IS FOR SCHEMATIC PURPOSES ONLY. aAS BUILDINGAUTOMATIONSYSTEM FYS FIRESPRWKLERFLOW O Z '-P� SWITCH � U N W THIS SHALL NOT BE USED TO DETERMINE DEVICE COUNT. FncP FIREALARMCONTROLPANEL Ps PRESS�RESENSaR Z � °o, Q FSCP FIRE SMOKE CONTROL PANEL MM MONITOR MODULE O � � � O DIFFERENTIAL PRESSURE � RINTER PRINTER DP SWITCH � � � EMERGENCY EMERGENCVPOwER N � POWER SUPPLY CM CONTROLMODULE O O O VFD VARIABLE FREQUENCY DRIVE Z N FAN FAN O � � M 1 HEAT DETECTOR O O � � OA OUTSIDE AIR DAMPER O SMOKE DETECTOR U � W Q � � APPENDIX N SUPPLEMENTAL SMOKE CONTROL INFORMATION APPENIX N: SUPPLEMENTAL SMOKE CONTROL INFORMATION This section elaborates on the basic smoke control system philosophy along with an example of a fire in MGM Grand Hotel in Las Vegas in 1980 to underline the importance of smoke control systems. Consider a fire inside of a single standalone room. As the fire develops, so too does the production of smoke inside the room. The rate of fire development, determined by the burning rate, is determined primarily by the relative amounts of fuel and oxidizer in the room as well as the presence of automatic sprinklers. It is a well-established, code-supported principle of engineering that properly designed and installed automatic sprinklers will severely limit smoke production in the event of a fire. While automatic sprinklers respond directly to the source of the fire, the smoke control system manages the smoke produced by the source. Smoke control system design involves two basic approaches: smoke containment and/or smoke exhaust'. Smoke containment can be achieved via passive systems such as smoke barriers along with smoke-stopping any openings through the smoke barrier or via active systems such as use of pressurization to create pressure differences to resist migration of smoke from fire zone to the adjacent zone or opposed airflow systems which prevent migration of smoke in the desired direction by creating airflow in opposite direction'. The problems that can result from smoke migration through vertical openings interior to a high- rise structure were illustrated by the infamous fire at the MGM Grand Hotelz (building now occupied by Bally's Hotel and Casino) in Las Vegas, Nevada on November 21, 1980. Although flame spread during this event was limited to the ground floor, lethal concentrations of smoke migrated throughout the tower. As a result, 72 of the 85 fatalities that ultimately occurred were above the 15th floor of the building. The primary reasons for this tragic, but avoidable outcome were as follows: 1. The building was equipped with only partial automatic sprinkler coverage. This coverage did not include the room of fire origin or the Main Casino. Both areas contained heavy plastic fuel loads and suffered by far the most significant flame damage of any area in the building. 2. All normal HVAC systems ran continuously during the fire, efficiently distributing air mixed with lethal products of combustion. 3. The building was not compartmentalized by passive smoke barriers. Stairwells, elevator shafts and seismic joints were porous. 4. The building was not equipped with an effective smoke management system (i.e. Smoke shafts vented directly into vestibules by design). 5. Quality was sacrificed for speed during the construction process. Many contractors produced their own plans in the field. This factor contributed directly to the lack of compartmentalization cited above. 6. No alarm ever sounded during the entire incident. ' Drysdale, D. An Introduction to Fire Dynamics, 2"d Edition. John Wiley & Sons Ltd., Chichester: 1998. page 397. 2 Best, R. and D. Demers. "Investigation Report on the MGM Grand Hotel Fire: Las Vegas, Nevada, November 21, 1980". National Fire Protection Association: Massachusetts, 1982. FIGURE 1B. SMOKE MOVEMENT DURING MGM GRAND FIRE (1980) Looking from the south side of the hotel facing north � � o�te� Smoke travels A smokeproof up stairwells�— _ �� stairwells and elevators \ ' i ' Covered � � -� Hotel tower main Fifth-25th floor entrance Casino guest rooms Convention Parking Arcade 1200 FEET In the absence of any pressurization in the building, the driving forces of stack effect, wind, and expansion of combustion gases could be sufficient to reproduce the general patterns of smoke movement observed in the MGM Grand tower. APPENDIX O APPROVED ADMINISTRATIVE MODIFICATIONS � ' ��r�� :Pa C=''4��.G.�2ac7 � Marc E.Espinosa ' David B.Robinson,P.E. � '• Richard D.Matthies,P.E. ; ENGINEERING,INC. Stephen C.Rondinelli,AIA f Lea�ertfiip�rovgk�Ercgirteering Robert M."Mike"Cordero,P.E. �1 € i i ADMINISTRATNE MODIFICATION REQUEST THREE SEPARATE REQUESTS ',., _ _ . i� �y�''� �I SOLARIS PROJECT � � ��f' �; . 1 4 3 E A S T 1 M��1 J O W D R I V E .IrYfr��+��''Y��rl,� , ' ' vAIL;Z:�'I,'�+�1�AD0 r,�t�r�a �� `-_ . _. . __ __..�.....____�_.�..�_ —, .IT3r�1'f7�ilt'911�1 �� i��f� r�kt'' 'r:�id �Spt`�� E �,��t�..��f�.1 � I ��c�V��i�ify oF�:rrml� i,�; �wy � �r�g �� ; , ,��il;�49 ''�KJ�3 CAfSS�fIJ��lU�� [?t;,�4rll 4, ;�a��r•.�� i �; . ' ,,��the�rc�v�s}�5n;cxf i�� , �,c ,� ,a .C�9Gt10Aa�p8f�ll�`,�1'851 i � , �' .- ��•�'�""�43f15�fi thYl�i.C�t:PC r>I �f��;r �� ,- ��i�'� �. � p1'0�?;�f�;�,fOT: �Y I,��',� - �I , � .°;=Fii�f.�'ll&�IC��ua^l7�.�'�]f��a:,...�,,, ��<�r��t��l�all n r�� 1 � � �''�; Davis Partn��:rship Architects ��Ri�noi�,roiwii; � ; CGL[1f�11L�0 fNSI'E�11[�� :�io �ffic��°i .�s,��", 0225 Mam Stre�et Unit C-101 i H� j , � F+[:�CfV CV :+:�ur�wt�r��.i„ti=�;� ,,, ,�' . �• Va,il,Cc�.lcsa:�do 81632 �,�':,��ma��isdiclfnn. ' I �,,� �� / � �° Office: 970.926.8960 . n t ,;„ '. �r e..r, �.. .., i°,;Y�.�` - � Fax: 474..�!�?.fi.8961 ��/��-+�� . ��:.,_ _ �.� -_ - ATTN:Maggie Fitzgerald&Scott Nevin � `..__ _.. j k��''v��'�� , �_. � �� ^ � � BCER Engineering,Inc. 5420 Ward Road Arvada,Colorado 80002-1838 Office: 303.422.7400 Fax: 303.422.7900 � P` � � �� BCER Project#479 06 001.00 ;a March 20, 2007 , 'I f�„ f� y� �'�-' I'7 1�i ., � _. � �_ �� r � � � � �'�� 2007 ��, , i � l — — ? - �# �� ,�� ' �« � , Solaris Project Page 2 � Vail,Colorado March 20, 2007 { Administrative Modification Request � � � TABLE OF CONTENTS � INTRODUCTION 3 BASE BUILDING&STTE INFORMATION 4 OVERVIEW OF THE THREE ADMINISTRATIVE MODIFICATION REQUEST ITEMS 6 ITEM#1,PROVIDING TWO REMOTE MEANS OF EGRESS FROM THE NORTHEAST& NORTHWEST CORNER GROUP R-2 DWELLING UNITS 7 ITEM#1 SIGNATURE PAGE 9 ITEM#2,BASIS FOR ESTABLISHING THE TYPE OF CONSTRUCTION 10 ITEM#2 SIGNATURE PAGE 13 TTEM#3,OMISSION OF FIRE-RESISTIVE RATED ELEVATOR LOBBIES OPENING INTO RATED CORRIDORS IN GROUP R-2 AREAS 14 ITEM#3 SIGNATURE PAGE 17 ADMINISTRATIVE MODIFICATION REQUEST CONCLUSION 19 � � � i F:\47906001U.IFE SAFETI'�SOLARIS VAIL ADMIN MOD 03.20.07.DOC 5420 WARD ROAD,$UITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•Fnx: 303-422-7900 li � i ,' � � Solaris Project Page 3 Vail,Colorado March 20,2007 Administrative Modification Request March 20,2007 Mr.Charlie Davis,Chief Building Official Building Safety and Inspection Services Town of Vail,Community Development 77 South Frontage Road Vail,Colorado 81657 1-970-479-2142(Office) cdavis@vailgov.com Mr.Mike McGee,Deputy Chief/Fire Marshal Town of Vail,Fire and Emergency Services 42 West Meadow Drive Vail,Colorado 81657 1-970-479-2135 (Office) 1-970-376-0738 (Cell) mmcgee@vail og v.com Mr.John Plano,Plans Examiner/Senior Inspector Mr.Matt Royer,Building Official Colorado Inspection Agency Municipal Building Department Services 1286 Chambers Avenue, Suite#101 P.O.Box 1618 Eagle,Colorado 81631-1618 1-970-328-1790(Office) john.plano @coinspect.com matt.royer@coinspect.com RE: Solaris Pro_iect at 143 East Meadow Drive, Vail, Colorado, Administrative Modificallon Request for Alternate Methods and Materials for Three Items. BCER Engineering Project#479 06 001.00. Dear Charlie,Mike,John and Matt: INTRODUCTION � This report is intended to establish a Code Equivalency approach for three design issues covered in this report as allowed by Section 104.11,Alternative Materials,Design and Methods of Construction and � Equipment in the 2003 International Building Code(IBC)for the Solaris Project in Vail,Colorado. The approach described here will provide a basis for the equivalency that you can consider for your approval. j The intent of this report is to establish the basis of alternate design methods that is at least equivalent to a the prescriptive requirements stated in the 2003 IBC. The design team feels the alternative design methods presented in this report aze equivalent to the prescriptive requirements in the 2003 IBC,but the team is also receptive to discussin�further improvements to the proposed design methods if the Town of Vail feels an equivalency has not been established. F:\47906001U.IFE SAFETY�SOLARIS VAIL ADMIN MOD 03.20.07.DOC 1 5420 WARD ROAD,$UITE 200,ARVADA,COLORADO 80002-1838�TEIEPHONE: 303-422-7400•FAx: 303-422-7900 j � i , Solaris Project Page 4 Vail,Colorado Maxch 20,2007 � Administrative Modif'ication Request � Section 104.11 allows for the acceptance of an alternative material,design or method of construction � where the building official finds that the proposed design is satisfactory and complies with the intent of � the provisions of the 2003 IBC, and the material,method or work offered is at least equivalent to that � prescribed in the code. Compliance with the specific performance-based provisions of the IBC in lieu of specific requirements is also a pernutted alternative. The desi�n team requests that each of the three Administrative Modification Request Issues presented in this report be considered individually for approval or reiection. All approved issues in this report will also have to provide an"overall equivalent"approach based on the intent of the IBC. This report presents all the anticipated design issues in this report so their overall affect on the project can be assessed for consideration of approval,but the design team requests that each design issue is also given individual consideration. This report will present each issue individually with code and/or engineering references that either support approval or rejection of the proposed equivalent design method. The intent of the documentation in this report is to give a complete review of the available code and fire protection references to provide a valid consideration of the proposed equivalent design methods. The acceptance of the design equivalency presented in this report is intended to apply only to the Solaris project for the specific application described. This equivalency is not applicable to any other project and is not intended to establish a precedent for design in other projects. BASE BUILDING&SITE INFORMATION The proposed Solaris project site is located at 143 East Meadow Drive in Vail,Colorado. The site is bounded by: • The South I-70 Frontage Road on the north • East Meadow Drive on the south(addressed side of the building) • Vail Center Road on the east • An adjoining property on the west. This building will consist of a 7-stories above grade on the north side and 9-stories above grade on the south side. The top floor is 65 feet above the road access on the north side and 92 feet above the plaza access on the south side. By the definition in Section 403.1 of the 2003 IBC,the building will be considered a high-rise structure since the highest occupied level(Leve19)is more than 75 feet(92 feet) above the lowest level of Fire Department access on the south side(Meadow Avenue)of the building. The building will be built with non-combustible construction as determined by the outcome of this Administrative Modification request. The life and fire safety features of this building required by the 2003 IBC/IFC and Vail Amendments � will be included in the design with: � • An NFPA 13 automatic fire sprinkler system throughout the building. • An NFPA 14 standpipe system. • A fire pump. • An emergency and standby power generator • An emergency voice/alarm communication system fire alarm system. � F:\47906001�L,IFE SAFETY�SOLARIS VAIL ADMIN MOD 03.20.07.DOC � � I 5420 WARD ROAD,$UITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•FAx: 303-422-7900 � Solaris Project Page 5 Vail,Colorado March 20,2007 Administrative Modification Request • A two-way fire department communications system. • Pressurized stairways(smoke-proof exit enclosures) in lieu of vestibules serving floor levels more than 75 feet above the lowest level of fire department vehicle access. Pressurization will be provided throughout the entire space of the exit enclosures, as well as,the fire-resistive rated exit passageways providing egress to exterior exit discharge doors. Once occupants enter the pressurized,protected exit enclosures they will not discharge into any unprotected,non- pressurized interior spaces of the building. • An emergency radio amplification system. • A Fire Command Center(FCC). The floor levels(the floor naming criteria has been modified and finalized as follows,remember the building is addressed as 143 East Meadow Drive from the south side of the building),areas and uses as defined by the 2003 IBC are as follows: • Gara�e Level, 107,000 square feet,entirely below grade with Group S-2 enclosed parking and incidental mechanical areas. • Leve11,78,000 square feet, at grade on the south(Meadow Drive,addressed side) side and 2 stories below grade on the north side with Group S-2 enclosed parking, Group M mercantile, Group A-13-plex movie theater, Group A-2 food/drink restaurants, Group A-3 bowling alley � and incidental mechanical areas. • Leve12,72,000 square feet, above grade on the south side and below �rade on the north side with the entrance to the Group S-2 enclosed parking garage, Group M mercantile, Group A-1 movie theaters,a support area for a Group A-2 food/drink restaurant and incidental storage and mechanical areas. • Level 3,57,368 square feet,at gxade on the north(Frontage Road) side and 2 stories above r�ade on the south(Meadow Drive,addressed side) side with a large main lobby entrance to the Group R-2 residences and Group B support areas for Concierge services. • Level 4, 53,637 square feet,entirely above grade with Group R-2 residences and small incidental areas for janitor service,electrical equipment and trash chute access. • Level 5,49,142 square feet,entirely above grade with Group R-2 residences and small incidental areas for janitor service,electrical equipment and trash chute access. • Level 6,46,857 square feet,entirely above grade with Group R-2 residences and small incidental areas for janitor service,electrical equipment and trash chute access. � • Leve17, 39,347 square feet,entirely above grade with Group R-2 residences and small incidental � areas for janitor service,electrical equipment and trash chute access. � a • Leve18,22,820 square feet,entirely above grade(greater than 75 feet above the lowest level of fire department vehicle access) with Group R-2 residences and small incidental areas for janitor service,electrical equipment and trash chute access. 1 F:\47906001�L,IFE SAFETY�SOLARIS VAIL ADMIN MOD 03.20.07.DOC � � 5420 WARD ROAD,$UITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•FAx: 303-422-7900 1 � I Solaris Project Page 6 Vail,Colorado March 20, 2007 Administrative Modif'ication Request � • � • Level 9, 1,000 square feet area,entirely above grade(greater than 75 feet above the lowest level of fire department vehicle access)serving a single Group R-2 residence below(this small 1,000 square foot residential area accessed from a single residence on the Leve18 floor below). Note: The lazger,center Leve18 condo unit will be one single dwelling unit(not two divided units as shown on earlier plans),which will have access to 2 exits at all times. The design team and owner are committed to not allowing any lock-off,rental dwelling units anywhere in this building. The small 1,000 square foot Leve19 floor area above the large,center Leve18 unit is a permanent and unlocked area with full egress access at all times for egress. Since the 1,000 square foot area on the Leve19 floor allows for a limited occupant load of 5 people, it is the intent of the design team and owner to provide egress from this space via an open dwelling unit stairway to the Leve18 floor. The design team will provide a set of current progress drawings for reference with this report. OVERVIEW OF THE THREE ADMINISTRATIVE MODIFICATION REOUEST ITEMS This report was requested by the Solaris design team to provide a basis for establishing an equivalent design method for the three design issues (#1 &#2)presented at the September 26,2006 meeting and an additional design issue(#3)that was identified after the meeting. These issues presented in this report include: • Item#1 (Page 7),establish an equivalent design method to resolve the remoteness of the second means of egress from six Northeast and Northwest corner Group R-2 dwelling units based on the requirements of Exception 2, Section 1014.2.1 of the 2003 IBC. 11"x17"PDF drawings are attached for review showing the six locations this condition exists. • Item#2(Page 10),establish an equivalent design method for the Type of Construction based on Table 503 and Section 403.3. • Item#3(Page 14),establish an equivalent design method for the omission of fire-resistive rated elevator lobbies opening into the rated corridors in the Group R-2 areas as detailed in this section of the report. Each of the three Administrative Modification request items(#1,#2 and#3) will be presented individual for consideration in a single section of this report with an individual signature page for approval. � F:\47906001U_,IFE SAFETI'�SOLARIS VAII.ADMIN MOD 03.20.07.DOC � 5420 WARD ROAD,$UITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•Fnx: 303-422-7900 1 Solaris Project Page 7 Vail,Colorado March 2�,2007 Administrative Modif'ication Request TTEM#1.PROVIDING TWO REMOTE MEANS OF EGRESS FROM THE NORTHEAST AND NORTHWEST CORNER GROUP R-2 DWELLING UNITS See attached 11"x17"PDF drawings after this narrative showing the six locations this condition occurs. 2003 IBC Requirements Exception 2, Section 1014.2.1 of the 2003 IBC requires a separation distance(remoteness) of the two exit doors or exit access doorways to be not less than 1/3 the length of the maximum diagonal dimension of the area served. This exception is allowed when the building has a NFPA 13 or 13R fire sprinkler system. The Solaris building will have a NFPA 13 fire sprinkler system. There are five single-story Group R-2 dwelling units located on the Northwest and Northeast corners of Levels 4, 5 and 6 and that have over 2,000 square feet of gross floor area and an occupant load of greater than 10. Section 1014.1 requires at least two exit access doorways from these dwelling units. However,the two exit access doors from these five single-story units are not 1/3-remote from each other. This condition occurs on Leve14(Units 409 &416),Leve15 (Units 508 &515)and Leve16(Unit 614). Again,these five single-story residences(409,416, 508,515 and 614)are sin 1�e_�X units. The sixth location where this condition occurs involves the Leve16 of the 2-storv dwelling Unit 607 with egress access doors to the rated corridor on both Levels 6 and 7 with an open interior stairway between the floor levels. Since the open dwelling stairway is not remote from the corridor access door on Leve16,a remote second means is needed on the Level 6 of Unit 607. The 947 square foot living space on Level 7 of this dwelling unit has access to the corridor on Leve17(without having to travel down to the Leve16 dwelling area)and the open dwelling unit stairway,which does travel down to the Leve16 dwelling area. The open dwelling unit stairway is not needed for egress access from Leve17 of Unit 607, since the area from Leve17 has egress access to the corridor. This condition does not exist on any other units not located in the Northeast and Northwest corners of the building. Also,Unit 310(Northeast corner of Leve13)has an exterior exit discharge door remote from its corridor exit access doorway. Unit 712 is a single story unit on the Northwest corner with no more than 2,000 square feet of floor area and requires only one exit. There are no Northeast and Northwest corner units on Levels 8 and 9. Obiective of Establishing an Equivalencv in this Renort The 1/3 remoteness requirement is intended to provide occupants with an alternate exit access route in case one exit access route is unavailable due to a fire or some other event. The objective , of this alternative design approach is to provide two alternative exit access paths that would be � 1/3 remote from each other and at least one of these exit access paths would be available in a fire event. Method of Obtaining an Equivalencv F:\47906001�L.IFE SAFETY�SOLARIS VAIL ADMIN MOD 03.20.07.DOC I � 5420 WARD ROAD,$UITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•FAx: 303-422-7900 � � Solaris Project Page 8 � Vail,Colorado March 20,2007 ' Administrative Modif'ication Request The original design of these dwelling units shows the exit access doorways to the corridor without the required 1/3 remoteness distance between them. There is a wall that divides the dwelling unit areas roughly in half. This wall is proposed to be constructed as a 1-hour fire partition with an automatic-closing,20-minute rated,non-lockin�door(to allow for egress from either side) on a magnetic hold-open device connected to the dwelling unit and fire alarm system smoke detectors,this exit access door could be located along this wall that is 1/3 remote from the corridor exit access door. This would provide the alternate exit access route from each"half'of the dwelling unit. Since a fire is unlikely to occur in both"halves"of the dwelling unit at the ! same time,the intent of having an alternative remote exit access path available in the event of a fire is met with this design. Conclusion The approach described above to provide 1/3-remoteness for an alternate exit access for the dwelling units described should not be thought of as being similar to a horizontal exit. A horizontal exit would provide an area-of-refuge for occupants to remain and a 2-hour rated"exit", and this design does not do this. The design is intended to provide an alternative path around an exit access route that is blocked in the event of a fire for the immediate egress from the building. Thus the design provides an alternative"exit access"route,not a protected"exit". Since the intent of Section 1014.2.1 is to provide two remotely located exit access routes,the design team believes this approach provides an equivalent solution to this requirement. � , si , ,� .� :� �;i � F:\47906001U.IFE SAFETY�SOLARIS VAIL ADMIN MOD 03.20.07.DOC a j $420 WARD ROAD,SUITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•FAx: 303-422-7900 i 1 � Solaris Project Page 9 , Vail,Colorado March 20,2007 ; _ Administrative Modification Request � � � a ; SIGNATURE PAGE I ADMI1vISTRATIVE MODIFICATION REQUEST,SOLARIS PROJECT,VAIL COLORADO ITEM#1,PROVIDING TWO REMOTE MEANS OF EGRESS FROM SIX NORTHEAST AND NORTHWEST CORNER GROUP R-2 DWELLING U1vITS Prepared by: p��`��.RE.r'�sl BCER ENGINEERING,I �:'�.�CHRF�••�F�F e°o �•;a a � � �. ;0 33259 �; March 20, 2007 .�.'�b • • ,� r : :4� David Leiker,P.E. �'�'•�....••'�� Date Senior Fire Protection Engineer `�S�QNAI.�-�G Reviewed by: BCER ENGINEERING,INC. ��,�� March 20, 2007 Steve I�ondinelli,AIA. Date Director of Fire Protection and Life Safety Architect Record Acceptance by: .��3�cn Gary A m ,A hitect of Record Date Davis Partn rs ' Architects Owner A ceptarc y: �.` �� Peter it�ble,Owner Date Town of Vail Acceptance by: �� /� � '� ,��`�� ` �.} ,,�,n.,,�_ �_- • +��+'�� ; � Ch�l�Davis,Chief Building Official Date Vail,Colorado � Town of Vail Acceptance by: , _ ,��,��_` �, 2,. �� i I Mike McGee,Deputy Chief/Fire Marshal Date Vail,Colorado F:\47906001�L,IFE SAFETY�SOLARIS VAIL ADMIN MOD 03.20.07.DOC i ' S420 WARD ROAD,$UITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•FAx: 303-422-7900 i Solaris Project Page 10 Vail,Colorado March 20,2007 Administrative Modification Request ITEM#2 BASIS FOR ESTABLISHING THE TYPE OF CONSTRUCTION � � 2003 IBC and Other Requirements � Table 503 of the 2003 IBC requires Type I-B construction for this building. With Type I-B construction and a NFPA 13 fire sprinkler system the building can have unlimited floor area and accommodate Group A-1 occupancies up to the 6TH floor above grade and a11 other proposed occupancies up to the 12TH floor level above grade. Since the building is a high-rise according to Section 403.1, Section 403.3 allows for a reduction of the Type I-B construction to Type II-A construction for all the proposed occupancies except the Group M retail spaces(present on the lower Plaza and Promenade floor levels)if sprinkler control valves are provided for each floor level that have supervisory tamper switches and water- flow initiating devices. The 2003 IBC Commentary explains the reason why Group M(retail)occupancies cannot get the reduction from Type I-B to Type II-A construction as follows. `"This reduction is not applicable to moderate-hazard buildings because of their customary higher fuel loads". Group F-1 (factory/industrial),M(retail) and S-1 (storage)occupancies have higher fuel loads than other occupancy types. This should be obvious if you think of the shelves of stored merchandise that is present in most retail stores. Engineering data also supports this conclusion. The Principles of Smoke Management text by Milke and Klote has data for establishing design fires. A typical rate of"heat release per unit of floor area"from a fire for mercantile occupancies is 44 Btu/s-ft2 (Morgan, 1979). A typical rate of"heat release per unit of floor area"from a fire for office building occupancies is 20 Btu/s-ft2(Law, 1982). The higher the Btu/s-ft2 value is,the higher the destructive thermal(heat)effect on the structural frame members in a fire. Also,NFPA 13 requires 0.2 gpm/ft2 for mercantile occupancies and 0.1 gpm/ft2 for assembly,business and residential occupancies, which also recognize the higher fuel loads present in mercantile occupancies. Table 601 of the 2003 IBC requires 2-hour fire-resistive rated(FRR) structural frame and floor/ceiling elements for Type I-B construction,and 1-hour FRR structural frame and floor/ceiling elements for Type II-A construction. Based on the engineering data above for the threat posed by the different occupancies,the use of Type I-B construction is definitely appropriate for Group M(retail)occupancies. Ob_iective of Establishing an Equivalencv in this Report Since only a portion of the Levels 1 and 2 have Group M (retail)occupancies the design team is interested in finding a way to establish an alternate Construction Type criteria that addresses the intent of the IBC and provides an equivalent method to protect the structural elements of the building based on threat level caused by the proposed occupancies. The design team would like �i to propose a design that protects all structural frame elements to an acceptable level based on the �� potential fire effects. ;� The retail spaces on Levels 1 and 2 are located above the(below-grade) Garage Level. They are also located below the upper Levels 3 through 9 containing Group R-2 dwelling levels. ;; F:\47906001U.IFE SAFETY�SOLARIS VAII..ADMIN MOD 03.20.07.DOC 3 �� I� i 5420 WARD ROAD,$UITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•Fnx: 303-422-7900 i 3 Solaris Project Page 11 Vail,Colorado March 20,2007 Administrative Modification Request � � The proposed design shows mixed-use occupancies on the Levels 1 and 2 that include several � Group M(retail)tenant spaces. Given the prescriptive requirements of the 2003 IBC,the whole entire building would have to be built with Type I-B construction(2-hour structural frame and floor/ceiling assemblies). Even though the current design only shows retail uses on the lower two levels,retail spaces (with their higher fuel loads)could be located all the way up to the top floor level of the building and up to 12 floor levels above grade according to the IBC. This is not the case in the proposed design and the higher fuel loads only occupy a small portion of the overall building. If the building did not have the retail spaces the building could qualify for the reduction from Type I-B to Type II-A construction Method of Obtaining an Equivalencv The design team would like to propose the following design improvements to exceed the 2003 IBC requirement for Type I-B construction for the whole building: 1. The first design improvement would provide an increased Type I-A construction(3-hour structural frame and 2-hour floor/ceiling assemblies)for the lower three floor levels containing some Mercantile uses(Garage, and Levels 1 &2)and Type II-A construction (1-hour structural frame and floor/ceiling assemblies)for the upper seven floor levels containing Residential uses(Levels 3 through 9). The Type II-A construction would be allowed if the Mercantile occupancies were not present. 2. The second design improvement would provide a 3-hour FRR floor/ceiling assembly between Levels 2 and 3 floors, which would separate the Type I-A construction below from the Type II-A construction above(similar to the"podium" style construction allowed in Section 508.2). The 3-hour FRR horizontal assembly would separate the Mercantile uses from below from the Residential uses above with 3-hour FRR construction. The Type I-A construction below would provide 3-hour FRR structural support for this 3-hour FRR assembly. There is a depressed floor section on Leve13 of the residential section that will be provided with 3-hour fire-resistive separation from the floor below as described in the text of this paragraph. The Loading Dock on Leve13 will also be provided with 3-hour fire-resistive walls and floor/ceiling assemblies to separate it from the residential portion of Leve13. 3. Third,the design team would not utilize the Non-Separated use nrovisions in Section 302.3.1 between the mixed-use occupancies(Group A-1,A-2,A-3,M and S-2)present on the lower three floor levels(Garage, and Levels 1 &2). Table 503 of the 2003 IBC would normally allow both Type I-A or I-B construction on the lower floors to have � unlimited allowable areas and allow the mixed-use occupancies on these floor levels to omit fire-resistive separation walls between mixed-use occupancies(Section 302.3.1). ; Mixed-use FRR fire barriers will be nrovided between mixed use occupancies on the lower three floors accordin�to Table/Section 302.3.2 for Sevarated Uses with 2-hour � �re barriers between the mixed-use occupancies. The construction of occupancy ' separation walls will help compartmentalize a fire occurring on the lower three floor levels to limit the fire effects on the structural frame elements of the overall building. F:\47906001�L.IFE SAFETY�SOLARIS VAII.ADMIN MOD 03.20.07.DOC 5420 WARD ROAD,SUITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•FAx: 303-422-7900 Solaris Project Page 12 Vail,Colorado March 20,2007 • Administrative Modif'ication Request , 4. Finally,the sprinkler system for the lower three floor levels(Garage,and Levels 1 &2) will be designed and installed to provide a sprinkler density of 0.2 gpm/ft2 over a 1,500 square foot design area for all areas on the lower three floor levels. Normally,NFPA 13 would allow a fire sprinkler density of 0.15 gpm/ft2 for parking garages and 0.1 gpm/ft2 for low hazard areas such as assembly occupancies(restaurant seating,movie theaters, bowling alley,etc.). The fire sprinkler system in the Loading Dock on Level 3 will be provided with a fire sprinkler density of 0.2 gpm/ft2 over a 1,500 square foot design area. The fire sprinkler system on the residential portions of the upper floor levels(Levels 3 through 9)will be provided with a fire sprinkler density of 0.1 gpm/ft2 over a 1,500 square foot design area(without the use of the"room design"method). Providing Type I-A construction on the lower three floor levels(Garage, and Levels 1 &2) of the building and a 3-hour FRR"podium"floor/ceiling assembly between Levels 2 and 3 floors will provide 3-hour FRR structural frame elements and containment to address the fuel-load threat posed by the Group M(retail) occupancies present in these areas. A future Group M(retail) occupancy located an, w�on the lower three floor levels (Garage,and Levels 1 &2)will have Type I-A construction, a 0.2 gpm/ftz fire sprinkler water density and 2-hour fire barrier separation from other mixed-use occupancies. The Group R-2 residential dwelling units on Levels 3 through 9 floors contain roughly half the fuel load present in Group M(retail)occupancies. The Type II-A construction proposed for these levels is appropriate for the potential fire threat that is present and no other mixed-use(non- residential) occupancies are located above these levels. Two-hour FRR shafts(stairways,elevator hoistways and mechanical)will be present to limit the spread of fire to upper floor levels. Conclusion The proposed alternative design provides an equivalent level of structural frame fire protection based on the Type I-A construction and 3-hour FRR horizontal separation necessary for Group M (retail)occupancies due to their higher fuel load. The use of 2-hour fire barrier Separated-Uses from Section/Table 302.3.2 offers additional compartmentalization that is not required due to the unlimited floor area allowed by Table 503. The 0.2 gpm/ft2 fire sprinkler density provides additional suppression protection and allows the location of Group M(retail)uses anywhere on the lower three levels(Garage,and Levels 1 &2). Thus this design method exceeds or at least meets the level of fire protection intended by the IBC and offers extra fire resistive protection to establish a valid equivalency for this alternate method. � s � v � F:\47906001�L.1FE SAFETY�SOLARIS VAIL ADMIN MOD 03.20.07.DOC 5420 WARD ROAD,$UITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•FAx: 303-422-7900 � Solaris Project Page 13 Vail,Colorado March 20,2007 ' Administrative Modif'ication Request � ,, :; � 5IGNATURE PAGE � ADMINISTRATIVE MODIFICATION REQUEST,SOLARIS PROJECT,VAIL COLORADO � ITEM#2.BA5IS FOR ESTABLISHING THE TYPE OF CONSTRUCTION i Prepared by: �Q,�,��.REG�sI BCER ENGINEERING,I �.��GHR�� •.F9F . • o � �� .� '� ;0 33259 �; March 20,2007 -o � ; � David Leiker,P.E. �,��,•.�,�o��.:�� Date Senior Fire Protection Engineer ssl0 N A1.�-� Reviewed by: BCER ENGINEERING,INC. -�� March 20,2007 �'��`�!�„�„"�--,,� Steve Ra°�ndinelli,AIA. Date Director of Fire Protection and Life Safety Architect Record Acceptance by: ��3�� Gary A m ,A hitect of Record Date Davis Partn rs p Architects Owner�4r.�:e�tar� �.by: �° � � �� Peter i�;tm�ble,Owner Date F Town of Vail Acceptance by� � � � � � �«-,i i °�-� � � �'�.�, ,_��` �� . � , --� . I' -� C�e Davis,Chief Building Official Date Vail,Colorado Town of Vail Acceptance by: � � G 1_f.z--'—' �j � , c7 � �' Mike McGee,Deputy Chief/Fire Marshal Date Vail,Colorado F:\47906001U.IFE SAFETl'�SOLARIS VAIL ADMIN MOD 03.20.07.DOC �' S420 WARD ROAD,$UITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•FAx: 303-422-7900 I' 1 ' Solaris Project Page 14 � Vail,Colorado March 20, 2007 � Administrative Modification Request � �' i � ITEM#3.OMIS5ION OF FIRE-RESISTIVE RATED ELEVATOR LOBBIES OPEIVING INTO RATED CORRIDORS IN GROUP R-2 AREAS 2003 IBC Reauirements Section 707.14.1 of the 2003 IBC requires a fire-resistive rated(FRR)elevator lobby for elevators opening into a FRR corridor as required by Section 1016.1. The separation walls of the elevator are required to have a FRR as required for a fire partition(1-hour) and the required opening protection(45-minute doors). There are 4 exceptions to Section 707.14.1 in the 2003 IBC that do not apply to the Solaris building. Table 1016.1 requires at least a 0.5-hour FRR corridor on the floor levels with Group R-2 areas. Since there are no listed 0.5-hour assemblies,the building will be designed with 1-hour FRR corridor assemblv walls. � Obiective of Establishing an Equivalencv in this Report FRR elevator lobbies are required to prevent smoke from migrating into elevator shafts from a fire on a Group R-2 floor level or from smoke escaping from elevator shaft on the non-fire Group R-2 floor levels. Since the floor levels below the Group R-2 floor levels are not required to have FRR corridors or elevator lobbies,the objective of this requirement for the Solaris building is limit smoke escaping from the elevator shaft on to the Group R-2 floor levels. The objective of this equivalency would be to provide at least this level of protection for the Group R-2 floor levels. Method of Obtaining an Equivalency The use of pressurized elevator shafts(and stairways)is an effective means of preventing smoke from entering these vertical shafts. Every building is subject to what is none as a"stack effect". In simple terms stack effect can be explained in terms of the well-known physical phenomena, which causes warmer air to rise to the top of a space and cooler air to descend. Warmer air is less dense(weighs less)than cooler air(weighs more). In a building there can be three possible effects: • No stack effect causing the air in the building to rise or descend. This would occur if the � atmospheric air temperature outside the building is exactly the same as a uniform temperature of the air inside the building. • Normal stack effect causing the air in the building to rise. This would occur if the atmospheric air temperature outside the building is less than the air temperature inside the building. Since there is no such thing as an airtight building, Outside air seeps in through lower floor levels and inside air seeps out through upper floor levels. The effect this has in the event of a fire inside the building is the smoke migrating into vertical shafts � (elevator, stairs, mechanical,etc.)rises to the top of the building through the shafts and :� fills the upper floors with smoke. These are the temperature conditions that would normally be present in Vail,Colorado(except during hotter daytime, summer temperatures). This would be the predominant effect normally seen. F:\47906001�L,IFE SAFETI'�SOLARIS VAIL ADMIN MOD 03.20.07.DOC � 5420 WARD ROAD,$UITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•FAx: 303-422-7900 � i � , Solaris Project Page 15 , Vail,Colorado March 20,2007 � - Administrative Modif'ication Request � � „ ! • Reverse stack effect causing the air in the building to descend. This would occur if the ' atmospheric air temperature inside the building is greater than the air temperature outside the building(during hotter daytime, summer temperatures). Since there is no such thing as an airtight building,Outside air seeps in through upper floor levels and inside air seeps out through lower floor levels. The effect this has in the event of a fire inside the building is the smoke migrating into vertical shafts(elevator, stairs,mechanical,etc.) descends to the bottom of the building through the shafts and fills the lower floors with smoke. This would be the less common effect normally seen. Since this building is a high-rise according to Section 403.1 of the 2003 IBC and the design team does not wish to provide smoke-proof enclosures with vestibules according to Sections 403.13 and 1019.1.8,pressurized stairwa,ys(without vestibules)will be provide accordin�to Sections 909.20.5 and 909.20.6. Unfortunately the IBC does not recognize and provide for an adequate method of limiting smoke migration in a high-rise building due to stack effects. The IBC does require smoke-proof enclosures(with the option of stairway pressurization)and mechanical shafts with dampers to limit smoke migration. These efforts are rendered ineffective due to the presence of elevator shafts that are not required to be pressurized or have elevator lobbies on floor levels with non- rated corridors,which are all occupancies with the exception of Group H, some I and R occupancies. Providing pressurized elevator shafts in lieu of elevator lobbies actually accomplishes the intent of the code and exceeds the level of life safety provided with FRR elevator lobbies on just the Group R-2 floor levels. The 2006 IBC took a positive step in the right direction to help correct this prescriptive oversight. Exception 6, Section 707.14.1 of the 2006 IBC states,enclosed elevator lobbies are not required where the elevator hoistways is pressurized according to Section 707.14.2(new section in the 2006 IBC). Section 707.14.2 has the following requirements: • Elevator hoistways shall be pressurized to maintain a minimum positive pressure of 0.04 inches of water column and a maximum positive pressure of 0.06 inches of water column with respect to adjacent occupied space on all floors. This pressure shall be measured at the midpoint of each hoistway door, with all ground floor level hoistway doors open and all other hoistway doors closed. The supply air intake shall be from an outside, uncontaminated source located a minimum distance 20 feet from any exhaust system or outlet. These pressure criteria provide a narrow range for design,but can be achieved with proper barometric relief dampering or other means. • Standby emergency power will be provided to the mechanical elevator hoistway pressurization systems according to the Section 909.20.6.2 requirements for pressurized stairways. � • Any duct system that is part of the pressurization system shall be protected with the same FRR as required for the elevator shaft enclosure(2-hours). • The fan system provided for the pressurization system, when located within the building shall be protected with the same FRR as required for the elevator shaft(2-hours). F:\47906001U.IFE SAFETY�SOLARIS VAIL ADMIN MOD 03.20.07.DOC 5420 WARD ROAD,$UITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•FAx: 303-422-7900 � Solaris Project Page 16 � Vail,Colorado March 20,2007 i Administrative Modification Request � • The fan system shall be equipped with a smoke detector that will automatically shut down the fan system when smoke is detected in the system. (I would further recommend manual override control of the fan system in Fire Command Center for the fire department.) • A separate fan system shall be used for each bank of elevators. • The supply fan shall either be adjustable with a capacity of at least 1,000 cfm per door,or specified by a registered design professional to meet the requirements of a designed pressurization system. The use of the CONTAM computer modeling software is recommended over providing a prescriptive 1,000 cfm per elevator door. CONTAM can account for winter and summer temperature, and wind effect extremes to validate the fan sizes used. • The pressurization system shall be provided with standby power from the same source as other required emergency systems for the building. • The elevator pressurization system shall be activated upon activation of the building fire alarm system or upon activation of the elevator lobby smoke detectors. Other sources of engineering criteria can be used,but the above 2006 IBC criteria would be the � most consistent criteria with the 2003 IBC design used for this building. Providing elevator shaft ; pressurization will limit the possibility of smoke migration throughout the building to a greater extent than providing FRR elevator lobbies on only the Group R-2 floor levels. Conclusion Providing pressurization of elevator hoistways in the Solaris building in lieu of providing FRR elevator lobbies on the Group R-2 floor levels exceeds the level of life-safety provided by FRR elevator lobbies in these locations. The design criteria in the 2006 IBC listed above should be followed if this alternative is approved. BCER Engineering will provide the Mechanical Engineer of Record(Flack&Kurtz)for the stair/elevator pressurization systems with a complete rational analysis for the design utilizing the CONTAMW design software. In lieu of the prescriptive rule-of-thumb design guidelines,the CONTAMW design will take into account ASHRAE weather extreme design requirements to provide the proper protection at all times. i� � � F:\47906001U_.IFE SAFETY�SOLARIS VAII.ADMIN MOD 03.20.07.DOC � a � 5420 WARD ROAD,$UITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•FAx: 303-422-7900 � � Solaris Project Page 17 Vail,Colorado March 20, 2007 Administrative Modification Request i , �; 5IGNATURE PAGE ' ADMINISTRATIVE MODIFICATION REQUEST,SOLARIS PROJECT,VAIL COLORADO ITEM#3.OMISSION OF FIRE-RESISTIVE RATED ELEVATOR LOBBIES OPE1vING INTO RATED CORRIDOR5 IN GROUP R-2 AREA5 Prepared by: ��,pO�REG�srF �,�;•�CHAf'•. �P BCER ENGINEERING,I ��Q <<��Fa e� � � e ` :0 3325J �; March 20, 2007 • • � . :4, David Leiker,P.E. �.�`�'•.,.,..e••` �� Date Senior Fire Protection Engineer F`�s10 f�p1.��G Reviewed by: BCER ENGINEERING,INC. � .� March 20,2007 ��. Steve R�ndinelli,AIA. Date Director of Fire Protection and Life Safety Architec o Record Acceptance by: ��Sl b-7 Gary A s, chitect of Record Date Davis Part ers ip Architects Owner�,cc r ance b �: �5`�'�,� .�j,�.�,� �� Peter KnobE ,C�wr,er Date Town.o��Vail Acceptance by�:�' ' �� .;� � . =. Y;�`��.� .�£ -�_ .-� . Charlie Davis,Chief Building Official Date ;;, Vail,Colorado fl ,j Town of Vail Acceptance by: , I �: �<��f',%`-_---- �- z�� . �; Mike McGee,Deputy Chief/Fire Marshal Date Vail,Colorado F:\47906001U.IFE SAFETY�SOLARIS VAIL ADMIN MOD 03.20.07.DOC � � � f ' S420 WARD ROAD,$UITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•FAx: 303-422-7900 � Solaris Project Page 18 Vail,Colorado March 20, 2007 - Administrative Modification Request � ADMIIVI5TRATIVE MODIFICATION REOUEST CONCLUSION Based on the analysis performed in this report,BCER Engineering supports the approval of Administrative Modification Request Items#l,#2 and#3. The design team is receptive to further discussion and clarification for these design issues and can amend this request if the Town of Vail feels additional measures are need to establish equivalency. The equivalencies presented appear to meet the intent of the IBC and does not lessen the level of fire and life-safety of the buildings. Please contact me at 303-422-7400,Ext.285, or by cell phone(303-817-2299) if I am not in the office, should you have any questions regarding this report. Prepared by: ��,p 0 R f�js BCER ENGINEERING IN 4 •••••••. �' � �o�..•��cHRF�•..F?,� :° ��%':° . :° 3325� �: March 20,2007 � �+� : � o • • �, David Leiker,P.E. ;!' �°•�•••`' \ Date Senior Fire Protection Engineer s��'�A��'�G DML:scr Attachments: PDF drawings attached within this report for Item#1 Full-size set of progress drawings ; i F:\47906001�I.IFE SAFETY�SOLARIS VAII.ADMIN MOD 03.20.07.DOC 5420 WARD ROAD,$UITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•FAx: 303-422-7900 I _._ ,. .,,.p '- ''-` 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 o25 26 27, - -Q Q---Q-�-Q��---Q---Q��AM�•�=Q Q----�-----Q------Q,-� �--Q-�--Q--��-----Q �;�°� Q - -Q--Q---,��, --r-Q---�- _�. � � � . -- ,.,. � . — - - � r, , � � i i i � i i_ � i i i _�_ _ .._—i . _ i . _ ;.. . , i , __ i _ i i i i ` ��v� e I I 7ElECpA M4NT. 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THREE SEPARATE REQUESTS SOLARIS PROJECT 141 EAST MEADOW DRIVE _ VAIL, COLORADO , r, _�.��'�l�.�� I � , � � �P� 2 � �o�� Prepared for: Davis Partnership Architects '=�'°��_ ��°a r�#:��' 0225 Main Street,Unit G101 -- Vail, Colorado 81632 Office: 970.926.8960 Fax: 970.926.8961 ATTN: Maggie Fitzgerald& Scott Nevin BCER Engineering, Inc. 5420 Ward Road Arvada,Colorado 80002-1838 Office: 303.422.7400 Fax: 303.422.7900 BCER Project#479 06 001.00 Original: August 13, 2007 Revised: October 4,2007 Revised: April 4,2008 , Solaris Project Page 2 Vail, Colorado Original: August 13,2007 Second Administrative Modification Request Revised: Apri14, 2008 TABLE OF CONTENTS 1NTRODUCTION 3 BASE BUILDING& SITE INFORMATION 4 OVERVIEW OF THE THREE ADMINISTRATIVE MODIFICATION REQUEST ITEMS 6 ITEM#4,UTII,IZE A LIMITED AMOUNT OF COMBUSTIBLE WOOD MATERIAL AS ARCHITECTURAL TRIM MORE THAN 40 FEET ABOVE GRADE 7 ITEM#4 SIGNATURE PAGE 11 ITEM#5, COMMON PATH OF TRAVEL IN EXCESS OF 75 FEET IN GROUP R-2 DWELLING LTNITS 12 ITEM#5 SIGNATURE PAGE 15 ITEM#6,BASIS FOR A REVISION 1N THE SMOKE CONTROL DESIGN CRITERIA FOR STAIRWAY 1 AND ELEVATOR 1 16 ITEM#6 SIGNATURE PAGE 20 ADMINISTRATIVE MODIFICATION REQUEST CONCLUSION 21 ��2f3 Wn��Rr��r�.5uir��(]Q.4�va,na,Co�.or��oo 30fl02-183�i•T��I�ID�aL: 3C.}3-R21-74f1p•F�x: 3t)3-�22-7gp4 . Solaris Project Page 3 Vail, Colorado Original: August 13, 2007 Second Administrative Modification Request Revised: Apri14,2008 August 13, 2007 Revised: October 4,2007 Revised: April 4,2008 Mr. Charlie Davis, Chief Building Official Building Safety and Inspection Services Town of Vail, Community Development 77 South Frontage Road Vail, Colorado 81657 1-970-479-2142 (Office) Lcli,W�is u;�.t�ail�c7�.GOr�� Mr.Mike McGee,Deputy Chief/Fire Marshal Town of Vail,Fire and Emergency Services 42 West Meadow Drive Vail, Colorado 81657 1-970-479-2135 (Office) 1-970-376-0738 (Cell) �,zi�ic.��_c fru.va i I�ol�.co u� Mr.John Plano,Plans Examiner/Senior Inspector Mr.Matt Royer,Building Official Colorado Inspection Agency Municipal Building Department Services 1286 Chambers Avenue, Suite#101 P.O.Box 1618 Eagle,Colorado 81631-1618 1-970-328-1790 (Office) i a1i��.z3i 3no�c�icr]in 4pe4t.c�om �r�t�itwrta�er�t��c:��ir��ec:l.i;c�in. RE: Solaris Proiect at 143 East Meadow Drive, Vail, Colorado, Second Administrative Modification Repuest for Alternate Methods and Materials for Multiple Items. BCER Engineering Project#479 06 001.00. Dear Charlie,Mike,John and Matt: INTRODUCTION These modifications to the currently approved Administrative Modifications are based on discussions between Brian Thompson P.E.,Schirmer Engineering and Dan Feeney, Solaris with Charlie Davis,Town of Vail Building Official and Mike McGee,Town of Vail Fire Marshal.BCER Engineering was not a part of those discussions,but supports the changes to this document. This report is intended to establish a Code Equivalency approach for several design issues covered in this report as allowed by Section 104.11,Alternative Materials,Design and Methods of Construction and Equipment in the 2003 International Building Code(IBC) for the Solaris Project in Vail, Colorado. The 542Q WVa.R�7 Rrar1L�,5ul i C 2fl[],Afi�VA6A.CoE.�C�ADO 8f�C1C12-'IE338•TELEPF�rf��: 303-422-7�Ofl•Fnx: 3C};3-42'L-%90i7 . Solaris Project Page 4 Vail, Colorado Original: August 13,2007 Second Administrative Modification Request Revised: Apri14,2008 approach described here will provide a basis for the equivalency that you can consider for your approval. The intent of this report is to establish the basis of alternate design methods that is at least equivalent to the prescriptive requirements stated in the 2003 IBC. The design team feels the alternative design methods presented in this report are equivalent to the prescriptive requirements in the 2003 IBC,but the team is also receptive to discussin�further improvements to the proposed design methods if the Town of Vail feels an ec�uivalencv has not been established. Section 104.11 allows for the acceptance of an alternative material, design or method of construction where the building official finds that the proposed design is satisfactory and complies with the intent of the provisions of the 2003 IBC, and the material,method or work offered is at least equivalent to that prescribed in the code. Compliance with the specific performance-based provisions of the IBC in lieu of specific requirements is also a permitted alternative. The desi�n team rec�uests that each of the three Administrative Modification Request Issues presented in this report be considered individuallv for approval or re'ection. All approved issues in this report will also have to provide an"overall equivalent"approach based on the intent of the IBC. This report presents all the anticipated design issues in this report so their overall affect on the project can be assessed for consideration of approval,but the design team requests that each design issue is also given individual consideration. This report will present each issue individually with code and/or engineering references that either support approval or rejection of the proposed equivalent design method. The intent of the documentation in this report is to give a complete review of the available code and engineering references to provide a valid consideration of the proposed equivalent design methods. The acceptance of the design equivalency presented in this report is intended to apply only to the Solaris project for the specific application described. This equivalency is not applicable to any other project and is not intended to establish a precedent for design in other projects. BASE BUILDING& SITE INFORMATION The proposed Solaris project site is located at 143 East Meadow Drive in Vail, Colorado. The site is bounded by: • The South I-70 Frontage Road on the north • East Meadow Drive on the south • Vail Center Road on the east • An adjoining property on the west. This building will consist of 7-stories above grade on the north side and 9-stories above grade on the south side. The top floor is 65 feet above the road access on the north side and 92 feet above the plaza access on the south side. By the definition in Section 403.1 of the 2003 IBC,the building will be considered a high-rise structure since the highest occupied level(Condo 7 Level)is more than 75 feet(92 feet)above the lowest level of Fire Department access on the south side of the building. The building will be built with non-combustible construction as determined by the First Administrative Modification Request(AMR) dated March 20,2007 and approved by the Town of Vail. � 542�W�n�a f�nnr�,SuiT�?bD,R�vaon,Co�os�noa BQOi72-'183�.TE��-iar��; 303-A22-74f][}•Fax- 303-a22-79fl� . Solaris Project Page 5 Vail, Colorado Original: August 13, 2007 Second Administrative Modification Request Revised: Apri14,2008 The life and fire safety features of this building required by the 2003 IBC/IFC and Vail Amendments will be included in the design with: • An NFPA 13 automatic fire sprinkler system throughout the building. • An NFPA 14 standpipe system. • A fire pump. • An emergency and standby power generator • An emergency voice/alarm communication system fire alarxn system. • An emergency radio amplification system in lieu of a two-way fire department communications system. • Pressurized stairways(smoke-proof exit enclosures) in lieu of vestibules serving floor levels more than 75 feet above the lowest level of fire department vehicle access. � A Fire Command Center(FCC). The floor levels, areas and uses as defined by the 2003 IBC are as follows: • Gara�e Level, 107,000 square feet, entirely below grade with Group S-2 enclosed parking and incidental mechanical areas. • Plaza Level, 78,000 square feet, at grade on the south side and below grade on the north side with Group S-2 enclosed parking, Group M mercantile, Group A-1 3-plex movie theater, Group A-2 food/drink restaurants, Group A-3 bowling alley and incidental mechanical areas. • Promenade Level,72,000 square feet, above grade on the south side and below grade on the north side with the entrance to the Group S-2 enclosed parking garage, Group M mercantile, Group A-1 movie theaters, a support area for a Group A-2 food/drink restaurant and incidental storage and mechanical areas. • Lobbv Level, 57,368 square feet, at grade on the north side and above grade on the south side with a large main lobby entrance to the Group R-2 residences and Group B support areas for Concierge services. • Condo 2 Level, 53,637 square feet, entirely above grade with Group R-2 residences and small incidental areas for janitor service,electrical equipment and trash chute access. • Condo 3 Level, 49,142 square feet, entirely above grade with Group R-2 residences and small incidental areas for janitor service,electrical equipment and trash chute access. • Condo 4 Level, 46,857 square feet, entirely above grade with Group R-2 residences and small incidental areas for janitor service, electrical equipment and trash chute access. • Condo 5 Level, 39,347 square feet, entirely above grade with Group R-2 residences and small incidental areas for janitor service,electrical equipment and trash chute access. • Condo 6 Level, 22,820 square feet, entirely above grade(greater than 75 feet above the lowest level of fire department vehicle access)with Group R-2 residences and small incidental areas for janitor service,electrical equipment and trash chute access. 54�0 Wa�?o�ib,nu,Suf°r��QO.Ar�v�rn.Ca�a�:flaD 8000�-�I838•T��-�on��: 3t73-a22-790�•�.�x: 30:�-�2�-79fl(7 . Solaris Project Page 6 Vail, Colorado Original: August 13, 2007 Second Administrative Modification Request Revised: Apri14, 2008 • Condo 7 Level, 1,000 square feet area, entirely above grade(greater than 75 feet above the lowest level of fire department vehicle access) serving a single Group R-2 residence on the Condo 6 Level(a small 1,000 square foot residential area accessed from a single residence on the floor below). The design team will provide a set of current progress drawings for reference with this report. OVERVIEW OF THE THREE ADMINISTRATIVE MODIFICATION REOUEST ITEMS This report was requested by the Solaris design team to provide a basis for establishing an equivalent design method for the three design issues (#4,#5 and#6). These issues include: • Item#4(Page 7),establish an equivalent design method to utilize a limited amount of combustible wood material as architectural trim more than 40 feet above grade based on Section 1406.2.2. • Item#5(Page 12), establish an equivalent design method to resolve the common paths of travel exceeding the 75-foot limitation in the Group R-2 dwelling units based on the requirements of Section 1013.3 of the 2003 IBC. • Item#6(Page 16), establish an equivalent design method to form a basis for a revision in the smoke control design criteria for Stairway 1 and Elevator 1. Each of the three Administrative Modification Request items(#4,#5, and#6)will be presented individual for consideration in a single section of this report with an individual signature page for approval. ;5�•�C1 INAR[a F�U,Al7�SUIT�2C)fl,f1i.VA!]{i'.C�LUF�'Al70 F3DOrJ2-1$38 a Te��PWONE: 3(}.°�-"-122-74C30 r FAX: :iD:3-$�"a-73U0 . Solaris Project Page 7 Vail, Colorado Original: August 13,2007 Second Administrative Modification Request Revised: Apri14, 2008 ITEM#4.UTILIZE A LIMITED AMOUNT OF COMBUSTIBLE WOOD MATERIAL AS ARCHITECTURAL TRIM MORE THAN 40 FEET ABOVE GRADE Prescriptive 2003 IBC Requirements for which an Epuivalency is Proposed This section reviews the prescriptive requirements of the IBC,which this AMR item is asking relief from based on an equivalency. Section 1406.2.2 of the 2003 IBC allows Type I, II, III or IV buildings that do not exceed three stories or 40 feet to have exterior wall coverings constructed of wood. Where the fire separation distance(from the building exterior wall to the property line or center of the public way or street)is 5 feet or less, combustible exterior wall coverings cannot exceed 10 percent. Section 1406.2.2 prohibits combustible architectural trim on the exterior wall of the building for heights that exceed 40 feet above the grade plane. Architectural trim above 40 feet is required to be constructed of approved non-combustible materials and secured to the wall with metal or other approved non-combustible brackets. The intent of this code requirement is to prevent the spread of fire across the exterior surface of the building. Obiective of Establishing an Equivalencv in this Report Since the objective of Section 1406.2.2 is to prevent the spread of fire across the face of the exterior wall on upper portions of the exterior wall beyond the suppression capabilities of the fire department, any use of combustible wood architectural trim more than 40 feet above grade cannot allow fire to spread from one architectural wood feature to another wood feature. Therefore the objective of this report and the proposed design prevent the spread of fire from one wood element to the next adjacent wood element by providing separation of the wood elements and breaking the Chain of Fuel. The design will attempt to mitigate the hazards of using wood elements over 40 feet above the ground by using a limited "heaw timber"design approach that prevents a Chain-of Fuel"from developing by providing separation between wood elements. The remainder of the exterior finish materials(siding,trim, fascia, etc.)will be non-combustible, fiber-cement cementitious material. Additionally,the wood element features must be securely attached and remain in place on the building if ignited to prevent injuries from falling objects that could injure firefighters or civilians for a significant amount of time(at least 2 hours). Each of the main stairways serving the upper residential floor levels will have an automatic-wet standpipe hose outlet on each floor level to allow for suppression activities at higher elevations on the exterior walls in the event that one of the wood exterior elements is ignited. Refer to the attach Drawing ELEV 1 and ELEV2 for actual locations and sizing of exterior wood members. The elements shown on the drawings in��7�'�� are the combustible exterior wood elements referenced in this report,with the exception of a few wood elements on the East Elevation. The CAD program would not print these elements in red,but they a shown and labeled on the drawings. Listed dimensions of the exterior wood elements are listed in inches. 5�20 VvAFiC}Ftt]AG�SUITE 2D(],Af�.Vr1DA.C6LORAlJO��OL1�-�S��i•TEI.�P�tU��: 3[33-4�2-7�#OU•FAx: 3[}3-422-79CS� Solaris Project Page 8 Vail, Colorado Original: August 13, 2007 Second Administrative Modification Request Revised: Apri14, 2008 Method of Obtaining an Equivalency The Town is receptive to the use of these exterior combustible wood features if the fire hazards associated with them can be mitigated by the utilization of a safe design. The hazards and design mitigation measures associated with exterior wood elements are described below. The primary�re hazard mitigation strategy associated with using the combustible architectural elements would be to: • Protect the wood architectural elements from ignition. • Or if ignited,prevent the ignition of additional wood architectural elements or the extension of the fire to the interior of the building. The ignition of wood and the spread of fire across its surface can depend on several material factors. Some of the more important factors include: • Size and dimension of the material. Wood elements with smaller dimensions will ignite easier and burn faster. • Orientation. A wood member in a vertical orientation(a post)will allow fire to spread much quicker than a wood member in a horizontal orientation(a beam or rail). � Number of wood items and proximitv to other material. A single wood item will burn slower than two identically sized wood items in close proximity to each other. The radiant and convective heat from a burning wood item will eventually cause the ignition of a close adjacent wood item and the two burning items will radiate heat between them to increase their burning rates. Since the size and dimension of the wood material affect the ignition capability of the architectural element, only solid wood elements without voids should be allowed. The cross- sectional dimensions of the wood element will also determine how long it will remain intact in the event of a fire. Wood is a char-forming combustible material. Charred wood has no strength to support its attachment to the building so the remaining un-charred material is what actually will keep the wood from falling off the building. This report to establish the thickness of wood members relies primarilv on en ing eering jud�rather than a calculated or modeled method, due to the variability of char rates for different condition and materials. To provide enough wood strength to keep a wood member from falling off the building for at least a 2-hour fire exposure,the following dimensions are recommended: • A 4-inch minimum thickness for anv wood member attached directly to the non- combustible exterior wall surface. There should also be at least 4 inches of wood from the center of attachment bolt to the edge of the wood member parallel to the attachment bolt(i.e., at least an 8-inch width), or some other means of non-combustible bracketing supporting the lower edge of the wood member. • An 8-inch minimum thickness for anv wood post architectural member that can be exposed to fire on all sides that is not attached direct to the non-combustible surface of� the exterior wall. If the length or weight of the wood member is significant, 542�WARC+RC�AC�.SGJITE 2OQ,ARVADA.CUI.bRAIJO i�00�32-1838�TELEPHGNE: �C13-4�?-I46��AX: 3Q3-�2L-7�4}G . Solaris Project Page 9 Vail, Colorado Original: August 13,2007 Second Administrative Modification Request Revised: Apri14, 2008 consideration should be given to increase the thickness to at least 10 or 12 inches to allow . for support of the wood member itself. Although the architectural wood members are not going to be load-bearing elements,these dimensions should provide a means for the wood members to support their own weight for at least two hours in the event of a fire to avoid creating falling obstacle hazards for at least 2 hours. These dimensions apply to solid wood members and do not apply to wood members consisting of laminated layers of wood, such as glue-lam wood members. Laminated wood layers can be subject to separation of the layers when heated in a fire. They still would retain a majority of their strength,but would not perform as good as solid wood members. Separation of wood architectural elements will provide a means to prevent fire from spreading from one wood element to an adjacent wood element. The separation distance between elements depends on the size of the wood element(thus the size of the potential fire and the orientation of the elements to one another(i.e.,vertical or horizontal separation). A wood element that is located in a direct line vertically above another wood element can ignite the adjacent wood element above with a much smaller fire due to both convective and radiant heat transmission. It is difficult to accurately model the potential for ignition of adjacent wood items from wood members initially ignited and burning. The burning wood member can ignite secondary wood members by radiation and convection heat transfer,and by direct flame impingement. When looking at the thermal effects involved consideration should be given to: • Source of energy(radiation, convection or conduction) • The distance of the target from the burning source • The geometry of the burning source and the target • The material characteristics of the target(conductivity,density and heat capacity) • The ignition temperature of the target • The surface area to mass ratio of the target fuel. In the Solaris case, large solid fuel target would have a small surface area to mass ratio making them more difficult to ignite. Due to the complex nature of the ignition process and variable factors(wind, etc.)this report can only offer some qualitative guidance in setting the separation distance between exterior wood members. The establishxnent of this distance relies primarily on en in�g_jud�ment rather than a calculated or modeled method. The following general separation distance design criteria are considered for this design: • A general 10-foot separation distance is a good rule-of-thumb distance to be maintained between large vertical wood posts and between horizontally adjacent wood members. The large vertical wood posts should also not extend to the ground to eliminate potential ignition sources at grade level around the building. This limits the radiant heat feedback between multiple wood members on fire,which helps fire spread between multiple members. • Wood architectural members in a horizontal orientation that are located in a direct line� vertically above another wood element need to be limited to a minimum 8-inch cross- section dimension. 542D Wl��r�Ra,ars,Suise 20C}�fIRVAE�A,Co�o�ao�S�OD2-1�38•T��au�: 3tf3-422-74a0��Ax: 303-422-79Da ___. _ Solaris Project Page 10 Vail, Colorado Original: August 13, 2007 Second Administrative Modification Request Revised: Apri14,2008 The final comprehensive design(shown on the attached plans, ELEV 1 &ELEV2)of the exterior wood elements needs to be considered for approval with the goal of breaking the"Chain-of-Fuel" that could cause fire to spread between multiple wood architectural members on the exterior side of the building. Fire apparatus access roads for fire engine access to the sides of the building that have wood architectural elements is useful to allow for ground-level suppression activities by firefighters in the event these wood elements near the ground(within 40 feet from grade)catch on fire. The north and east sides of the building are adjacent to street access (the South Frontage Road and Vail Center Road). The south side is also accessible from East Meadow Drive,but the ice rink blocks fire engine access from getting close to the building. The west side of the building is adj acent to a property line without fire engine access,however the length of the west side of the building is only 276 feet and easily accessible from two separate 200-foot pre-connect hose lines located on the southwest and northwest corners. Each of the main stairways serving the upper residential floor levels will have an automatic-wet standpipe hose outlet on each floor level to allow for suppression activities at higher elevations (higher than 40 feet above grade) on the exterior walls in the event that one of the wood exterior elements is ignited. There are three fire hydrants that are accessible to the fire apparatus on or near the site. There are three fire department connections on the north, east and south sides to supplement the water supply to standpipe outlets in the building. The design team feels the use of a limited amount of exterior combustible wood features is mitigated by limiting the path of fire spread to achieve a Chain-of-Fuel and by fire standpipe suppression resources built into the building in the event of a fire being limited to one combustible exteriar wood element. The lower three floor levels are Type I-A construction and the upper residential levels are Type II-A construction,which will mitigate the hazard of a short- term fire of a single exterior wood element from extending into the interior of the building. Additionally,the building is fully protected by a NFPA 13 fire sprinkler system. Conclusion The final design for the �r�a:�� or labeled exterior wood elements are shown on the ELEVl and ELEV2 drawings. The design mitigates the hazards of using wood elements over 40 feet above the ground by using a limited"heaw timber"design approach that prevents a Chain-of-Fuel from developing by providing separation between wood elements. The remainder of the exterior finish materials(siding,trim, fascia, etc.)will be non-combustible, fiber-cement cementitious material. It is difficult to obtain a calculated equivalency for utilizing wood architectural elements on the exterior wall surface of the Solaris project,but the Town of Vail is receptive to a limited amount of these wood elements to achieve the desired alpine appearance the community and architect wish to achieve. None of the wood members will be used for structural support. The ELEV 1 and ELEV2 drawings show the details of each wood member including dimensions,locations and method of attachment. The ELEV1 and ELEV2 drawing design follows the limitations listed in this report. 54?0 W�,R�Rr�Aa,5��ir�2U0,Akva[�a,Ca�.c��znr�a$�)�flZ-1838�T��r�o��: 30�-?2L-74�1U•Fax: 3U3-4�2-79U0 Solaris Project Page 11 Vail, Colorado Original: August 13, 2007 Second Administrative Modification Request Revised: Apri14,2008 SIGNATURE PAGE ADMINISTRATIVE MODIFICATION REQUEST, SOLARIS PROJECT,VAIL COLORADO ITEM_#4,UTILIZE A LIMITED AMOUNT OF C�BUSTIBLE WOOD MATERIAL AS ARCHITECTURAL TRIM MORE THAN 40 FEET ABOVE GRADE Prepared by: PQp RE6ISTE.9 BCER ENGINEERING,INC. aQ;•�t�l'�.FO o��'\ �,% � c�:a . 9 ' �°'�: ;0 3325 �,:� � �� David Leiker,P.E. '� �o��..��c�� Date Senior Fire Protection Engineer FSSIO N P�- Reviewed by: BCER ENGINEERING,INC. """�� Steve YRondinelli,AIA. � D�ate Director of Fire Protection and Life Safety Archite f Record Acceptance by: 'd Y�i Gary Ad Architect of Record Date Davis Pa nership Architects Owner Acceptance by: Peter o , Owner Date own o �il� cc pt�lnce b�� --�� : �- �` ��'� � Charlie Davis,Chief Building Official Date Vail, Colorado Town of Vail Acceptance by: %�, ,,/'i'� �✓L----�' ��`/ �Q. Mike McGee,Deputy Chief/Fire Marshal Date � Vail, Colorado 5420 WARD ROAD,$UITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•FAx: 303-422-7900 Solaris Project Page 12 Vail,Colorado Original: August 13,2007 Second Administrative Modification Request Revised: Apri14, 2008 ITEM#5,COMMON PATH OF TRAVEL IN EXCESS OF 75 FEET IN GROUP R-2 DWELLING LTNITS TO 125 FEET Prescriptive 2003 IBC Requirements for which an Equivalencv is Proposed Section 1013.3 of the 2003 IBC limits the maximum common path of egress travel distance to 75 feet or less. The definition of Common Path of Egress Travel given in Section 1002 states it is, that portion of exit access(travel)which the occupants are required to traverse before two separate and distinct paths of egress travel to two exits are available. From the 2003 IBC Commentary: +9��I�e caommrrn p�th oFeg�s��ev�1�e aan��t�se�J to �efin� trswe�di�fsn� ��it�er�a. Sirni9a�ta dea�d en�is in �arrid�s and p�s��nraysp e z�amrm�n p�i��af tre+�:�I� th� cavrs�e �;n �upant wl'�N t�ave� a:nd„ �gardles� t�f +�hl�h�cirut�l��ars�nr:I�o�she rr��t p��th��h th� same bo�tic�n. '�h��en�t1� uf cx,fra�rr�n p�et�h c�f�g�s t�s�►r�is lirnl#�ci�D thst t�e !r+�ut�Ro e r�ntit�rt.� n�e,e�r�c�f ,�re�t�egln��diu+�rge bef�th��psnt h��fi��^�- eyy��d�s�g�{��x�{� iv��il�yt��e.'T'��r�e�d�u��t1��(yi��li�y k1114+��p Si8411�'71��+��iL+�!�1�.�'+��,"�1`W�M1JI I!�'�[3111143I��t ii �ing�e fir�car�1lt�an+�8��nde�;fa�th�ath��una+��e�e��. It is important to limit the distance occupants must travel before they have the option of two different routes to a means of egress. Having two different available routes lessens the hazard of a single fire blocking one of these routes,or in the case of a single route(within the common path of egress travel),the only route. Travel from exterior balconies must be taken into consideration when measuring the common path of egress travel of a space. The longest common path of egress travel measurement has to include travel from the most remote portion of the Group R-2 dwelling unit,which in most cases will be from the most remote point on an exterior balcony. In some cases the longest distance will from a remote bathroom. Common path of egress travel distance must be measure "rectilinearly"(parallel wall measuring method),which takes into account travel around furniture items in the room and not include direct diagonal distances across the middle of the room. Obiective of Establishing an Equivalencv in this Report The design team would like to consider code changes since the 2003 edition that will allow the common path of egress travel to be increased from the current 75-foot limit to a maximum 125- foot limit, in the following(32) Group R-2 dwelling units. The 125-foot limit was chosen because it has been established in more recent code editions as an acceptable limit for R-2 occupancies.Below is a Table representing those dwelling units in the design where the common path of egress travel exceeds the 75-foot limit and the associated common path of egress travel distance for each dwelling unit. Dwelling Unit Common Path of Dwelling Unit Common Path of E ress Travel Distance E ress Travel Distance Unit 302 79 feet Unit 510 82 feet �4�C}WF�RC)}�OAI3,S�JITE�(7G,AFiVrAC?A,Ci71�C3RA�[7°V4{1IJ2-183$• I ELEFMOME: 303-42�-74C1C1•FAx; 3i13-4��-TJL1C1 Solaris Project Page 13 Vail, Colorado Original: August 13, 2007 Second Administrative Modification Request Revised: Apri14, 2008 Unit 304 88 feet Unit 514 87 feet Unit 305 99 feet Unit 606 75 feet* Unit 306 97 feet Unit 608 86 feet Unit 307 88 feet Unit 609 82 feet Unit 308 90 feet Unit 612 81 feet Unit 309 84 feet Unit 613 87 feet Unit 311 86 feet Unit 701 Lower Level 80 feet Unit 312 82 feet Unit 705 77 feet Unit 407 92 feet Unit 712 90 feet Unit 410 86 feet Unit 713 79 feet Unit 414 75 feet* Unit 701 Upper Level 77 feet Unit 415 87 feet Unit 703 Upper Level 75 feet* Unit 501 78 feet Unit 704 Upper Level 80 feet Unit 506 Lower Level 99 feet Unit 801 Lower Level 75 feet* Unit 509 86 feet Unit 801 Upper Level 75 feet* (*)Units with common path of egress travel distances of 75 feet included to be conservative. Method of Substantiating an Equivalencv In Section 1014.3 of the 2006 IBC there is a new Exception 4 that states,the length of a common path of egress travel in a Group R-2 occupancy shall not be more than 125 feet,provided that the building is protected throughout with an approved automatic sprinkler system in accordance with Section 903.3.1.1 (NFPA 13). Research into the 2004/2005 IBC Means of Egress Code Development Cycle indicated the following three supporting arguments for the approval of the new Exception#4 for Section 1014.3: • Larger dwelling units and guestrooms are the norm in today's construction,yet the statistical size of the family has decreased slightly. This trend results in statistically few people occupying a dwelling unit than has been assumed by past codes. • Current code provisions allow up to 50 occupants in Assembly,Business and Retail occupancies where occupants are unfamiliar with their surroundings,before a second exit is required. Residential occupancies may have an occupant load of 10 before a second exit is required,yet"permanent"occupants in a Group R-2 dwelling should be intimately familiar with egress paths within their dwelling unit and be capable of faster evacuation. • Dwelling units and guestrooms protected with a residential,quick-response sprinkler system and a smoke detection system provide earlier notification and increased protection of occupants. The design team would like to have the following design improvement considered to increase the maximum common path of egress travel distance from the 2003 IBC limit of 75 feet to a limit of 125 feet: • The(first)March 20,2007 AMR established a NFPA 13 design area for the residential floors of 1,500 square feet without a reduction for quick-response,residential fire 5420 WR�p RaA�,Su+�20�,Ar�u�oA,Cc��[s�a�r�SODU2-1838•Tef��-�arrE: 3fl3-4?1-74�t7+�,ax: 3�3-42�•79(�Q Solaris Project Page 14 Vail, Colorado Original: August 13, 2007 Second Administrative Modification Request Revised: Apri14, 2008 sprinklers. With this large design area,the likelihood of an uncontrolled, fast-growing fire blocking an egress path is greatly reduced. Looking ahead to the continuously changing codes,the next code cycle for the IBC is the 2009 IBC. The 2007 Supplement to the IBC is documentation of the changes resulting from the code change work performed in 2007. The 2008 Supplement to the IBC has not been published.The 2007 Supplement to the IBC does not modify the 2006 IBC common path of egress travel for R-2 occupancies of 125 feet.Nor does the 2007 Supplement to the IBC identify any additional life safety features above the 2006 IBC life safety features to further support the 125 feet distance. This is an indication that the 125 feet common path of egress travel for R-2 occupancies in a building provided with full coverage automatic sprinkler protection in accordance with NFPA 13 is a distance being accepted by the building code interested public and not a distance being questioned or qualified with additional life safety features. Conclusion Since the intent of Section 1013.3 of the 2003 IBC is to limit the travel distance an occupant must travel to avoid being trapped by a single fire(75 feet)and the code development cycle has recognized this limit is really acceptable to be increased for occupants familiar with their surroundings in a building with an NFPA 13 provided automatic sprinkler system,the design team believes it is reasonable to allow the Solaris Vail project to limit common path of egress travel to 125 feet and that doing so maintains the building code intended level of life safety features of the building design. ��a w,��oA�,su�r�zoa�ARVAiR.Ca�oRAao B+JC1��-183�•T�L�Pi�c�ra�: 3�73-422-74�Q•�ax: 3fl�-�i22-7904 _ _ _ _ � Solaris Project Page 15 Vail, Colorado Original: August 13,2007 Second Administrative Modification Request Revised: Apri14, 2008 SIGNATURE PAGE ADMINISTRATIVE MODIFICATION REQUEST, SOLARIS PROJECT,VAIL COLORADO ITEM#5 COMMON PATH OF TRAVEL IN EXCESS OF 75 FEET IN GROUP R-2 DWELLING LTNITS TO 125 FEET � Prepared by: � ��,ORADp BCER ENGINEERING,INC. �;a��°��ici,;9`�Gi a �'F:�''� � m�`"� �;� � � � � c��, r. � 0 o G'„A,� �� rn —n �e �0ti+�_' �e G s �� .�� fr` • David Leiker,P.E. si�`�,¢� o� Date Senior Fire Protection Engineer �q��","`� `� �' � Efr'G1�� Reviewed by: s�, �-� BCER ENGINEERING,INC. ' �' � t� Steve R ndinelli,AIA. �' Date Director of Fire Protection and Life Safety Archite t f Record Acceptance by: NL.�--- �'Iv v�i Gary Ad s,Architect of Record Date Davis Pa nership Architects Owner Accept ce by: �� Pe�I�x bl wner Date own of ail cc�ept nce by: _ ��- �'��' � � Charlie Davis,Chief Building Official Date Vail, Colorado Town of Vail Acceptance by: / �ji1' `..�---�' �°r'�1�"��. Mike McGee,Deputy Chief/Fire Marshal Date Vail, Colorado 5420 WARD ROAD,SUITE 200,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400•F,ax: 303-422-7900 Solaris Project Page 16 Vail, Colorado Original: August 13, 2007 Second Administrative Modification Request Revised: Apri14,2008 ITEM#6,BASIS FOR A REVISION IN THE SMOKE CONTROL DESIGN CRITERIA FOR STAIRWAY 1 AND ELEVATOR 1 Exulanation of the Smoke Control Desi�n Issue with Stairwav 1 and Elevator 1 The smoke control pressurization requirements for stairways and elevator shafts serving the residential floor levels were analyzed in detail with several scenarios using the CONTAMW computer model involving different temperature and wind extremes (winter/70°F/summer, and with/without a 30 mph wind), and with all stairway doors closed or the top two doors open and the level of discharge doors open. There were issues meeting the narrow range of pressures required in the 2003 IBC,but through the process of the engineering analysis it was determined that all the stairways and elevator shafts(excluding Stairway 1 and Elevator 1)could be pressurized to mitigate smoke migration hazards. Each section of the building allows air movement in and out of the building based on stack effects caused by temperature differences and wind effects. Most of the time these effects can be accommodated by the smoke control design,but the southwest corner of the Solaris building (where Stairway 1 and Elevator 1 are located)does not allow for the simultaneous pressurization of both Stairway 1 and Elevator 1. A maximum pressure differential of approximately 0.35 inches of water column will allow a stair(or elevator)door to be opened within the maximum forces allowed by the 2003 IBC. Above 0.35 inches of water column pressure differential,the door opening forces are too great. The issue of simultaneously pressurizing Stairway 1 and Elevator 1 was explained to the TOV during the July 24/25,2007 meetings. The design team has a preference for pressurizing Stairway 1 and leaving Elevator 1 without smoke control pressurization. A solution for this design approach is presented in this section(#6)of this 2ND Administrative Modification Request (AMR). Stairway 1 will have a pressurized smoke control system. The pressurization of Stairway 1 was done to prescriptively alleviate the need to provide vestibules on Stairway 1. The firefighters from the VFES can also use Stairway 1 to safely access upper residential floor levels. No equivalency is necessary for pressurizing Stairway 1. Stairway 1 and Elevator 1 serve the following basement and four upper floor levels and occupancies: • Garage Level: Group S-2 enclosed parking garage entirely below grade. • Level 1: A 2-hour fire-resistive rated(FRR)exit passageway serving the upper Group M (Leve12) and Group R-2 (Levels 3 &4)occupancies. • Leve12: Group M retail space. • Leve13: Two Group R-2 dwelling units connected by a 1-hour FRR corridor • Level 4: One Group R-2 dwelling unit. ��`ZQ WA�C Rt�Al7,SlJlTE:�Q[}.ARW�❑A,CO�iJR�tUU 8�]C]!k�-183$•�`FL�F�t�IVE: 3fJ3-�4�2�74(}U�FAx: 3Q3-4'�2-7�k�p , Solaris Project Page 17 Vail, Colorado Original: August 13, 2007 Second Administrative Modification Request Revised: Apri14,2008 Prescriptive 2003 IBC Reauirements for which an Equivalencv is Proposed There are two 2003 IBC prescriptive requirements that this section of this 2ND AMR seeks to establish an Equivalency for: 1. The IBC generally requires FRR corridors and elevatar lobbies for floor levels serving Group R occupancies. 2. Elevators are not permitted to open into exit passageways. Currently,Elevator 1 opens into the FRR exit passageway serving Stairway 1. The first Equivalency involves the following. Section 707.14.1 of the 2003 IBC requires a fire- resistive rated(FRR)elevator lobby for elevators opening into a FRR corridor as required by Section 1016.1. The separation walls of the elevator are required to have a FRR as required for a fire partition(1-hour)and the required opening protection(45-minute doors). Section/Table 1016.1 requires at least a 0.5-hour FRR corridor on the floor levels with Group R-2 areas. Since there are no listed 0.5-hour assemblies,the building will be designed with 1-hour FRR corridor assemblv walls on the Group R-2 floor levels. Based on this requirement,the Group R-2 dwelling units on the SW building section Levels 3 and 4 served by Stairway 1 and Elevator 1 would normally require a 1-hour FRR corridor serving them. However, Exception 2, Section 1016.1 allows a corridor within a(single)Group R dwelling unit to be non-rated. Given this exception,the small corridor separatin�Unit 401 on Leve14 from Stairway 1 and Elevator 1 is allowed to be non-rated(as shown on the current 7/1/2007 Grading&Excavation permit submittal drawings). Section/Table 1016.1 will require a FRR corridor servin�Units 301 and 302 on Level 3 and Section 707.14.1 will require a 1-hour FRR elevator lobbv on this floor level. Originally,Item#3 in the March 20, 2007 approved AMR(Omission of FRR Elevator Lobbies Opening into Rated Corridors in Group R-2 Areas)established an equivalency to omit the elevator lobby by pressurizing the Elevator 1 core according to Exception 6, Section 707.14.1 of the 2006 IBC. Although the design team still intends to use this approved 1 ST AMR Equivalency on Elevators 3 and 4 serving the Group R-2 floor levels,we will have to satisfy the prescriptive FRR elevator lobby requirement for the Unit 301/302 corridor since we cannot pressurize the Elevator 1 shaft. Since the Group S-2 (Garage Level)and Group M (Levels 1 &2)do not required FRR corridors from Section/Table 1016.1 for buildings with fire sprinkler systems,these floor levels do not require FRR elevator lobbies. It should be noted that ASME A17.1 requires smoke detectors located near elevator openings to provide a means for elevator recall control. An elevator lobby provides a more suitable enclosure to facilitate smoke detector activation for elevator recall. The second Equivalency issue involves Elevator 1 opening into the FRR exit passageway serving Stairway 1. Section 1020.4 states, elevators shall not open into exit passageways. Also, Section 3002.7 requires separate protective enclosures for stairways and elevators. Section 3002.7 does not allow a common enclosure for both the elevator and stairway shafts. The current 7/1/2007 Grading and Excavation permit submittal drawings incorrectly show Elevator 1 opening into the Stairway 1 exit passageway on Level 1. a�'?C3 WpRG R�ACa,SUITE 2007,,il4�VR�p;q,L'�»�LC7f2AJ3L�$4�1U2-1$38�I�f_ET'HU�t�: 303-472-7A00•FAX; 3U3-4�-79OI? . Solaris Project Page 18 Vail, Colorado Original: August 13, 2007 Second Administrative Modification Request Revised: Apri14,2008 Obiective of Establishing an Equivalencv in this Report Originally,Item#3 in the March 20, 2007 approved 1 ST AMR(Omission of FRR Elevator Lobbies Opening into Rated Corridors in Group R-2 Areas). The first objective of this 2ND AMR section is to eliminate the elevator pressurization Equivalency established in the 1 ST AMR for ONLY Elevator 1. By omitting pressurization of the Elevator 1 shaft,FRR Elevator 1 lobbies will be required on at least the Leve13 FRR corridor. The objective of FRR elevator lobbies is to prevent smoke from migrating from elevator shafts on to upper Group R-2 floor levels. The second objective of this 2ND AMR section is to find an Equivalent means of allowing Elevator 1 to open into the exit passageway on Level 1. If Elevator 1 can be isolated(protected) from the other floor levels beyond what is prescriptively required,then opening the elevator into exit passageway may be possible. Method of Obtainin�an Equivalencv We established above that the non-pressurized Elevator 1 shaft would only prescriptively require a FRR elevator lobby on the Unit 301/302, Leve13 FRR corridor. The Unit 401,Leve14,non- rated corridor is not required to have a FRR elevator lobby. The Group S-2/B/M floor levels(G, 1 &2)below the Group R-2 floor levels(3 &4) are not required to have FRR corridors or elevator lobbies, Additionally,the Elevator 1 opening into the Level 1 exit passageway for Stairway 1 is prohibited by the IBC. The IBC does not specifically prohibit an elevator lobbv opening into an exit passageway, although it would be reasonable to require 2-hour FRR elevator lobby walls and 90- minute protected openings for the connection of an elevator lobby to the 2-hour FRR Stairway 1 exit passageway. An elevator lobby should not be considered an unoccupied space since it would be used for the circulation of occupants. There are two possible options to establish an equivalency. The Option A would be to: • Provide the prescriptively required 1-hour FRR elevator lobby(with 3/-hour doors) on the Unit 301/302, Leve13 FRR corridor. This option would require a re-design of Unit 301. • Provide an Equivalent 2-hour FRR elevator lobby and with a 90-minute protected door opening from Elevator 1 to the 2-hour FRR Level 1 exit passageway serving Stairway 1. This option would decrease the amount of leasable space for Retail 102. Option A would not mitigate smoke spread into the Elevator 1 shaft from Levels G, 2 and 4. Thus,the Group R-2 Unit 401 on Leve14 could be susceptible to smoke migration,which would affect the safety of occupants who may be sleeping. Option A is also not preferable to the design team due to the need for the re-design of Unit 301. The Ontion B would be to: • Provide(a normallv non-re uq ired) 1-hour FRR elevator lobby(with 3/-hour, self-closing doors) on the Garage Level. This option would require the relocation of the 90-minute, Stairway 1 door to the south side of Stairway 1. 5�20 W�,R�f?oA�,S�ilr�2Q0,ARVA�A,GOLORALrC7 SflUQ�-�F338•1�!Er�H�h9E: 3C13-422-74[70•FA�(: 3{73-Q7�--79f117 , Solaris Project Page 19 Vail, Colorado Original: August 13, 2007 Second Administrative Modification Request Revised: April 4,2008 • Provide an Equivalent 90-minute,automatic-closing protected door opening from Elevator 1 to the 2-hour FRR Level 1 exit passageway serving Stairway 1 (without an elevator lobby). This door could be held open by a device connected to the fire alarm system and release upon activation of an alarm. • Provide(a normallv non-required) 1-hour FRR elevator lobby(with 3/-hour, self-closing doors)on the Retail 201 unit on Leve12. This option would require the relocation of the 90-minute, Stairway 1 door to the south side of Stairway 1. This option would decrease the amount of leasable space for Retail 201. • Provide an Equivalent 90-minute, automatic-closing protected door opening from Elevator 1 to the 1-hour FRR Leve13 corridor serving Units 301 & 302(without an elevator lobby). This door could be held open by a device connected to the fire alarm system and release upon activation of an alarm. • Provide(a normally non-required)_90-minute, automatic-closing protected door opening from Elevator 1 to the non-rated Leve14 corridor serving Unit 401 (without an elevator lobby). This door could be held open by a device connected to the fire alarm system and release upon activation of an alarm Refer to the five 8-1/2"x 11"drawin�s for the Stairway-1/Elevator-1 area on Levels G, 1,2, 3,4 and 5 for the proposed design of the rated lobbies and doors described above for Option B following this page. Administrative Modification Request Item#6(with Option B)requests the a�proval of an Equivalency from the Town of Vail to allow the use of a 90-minute protected door opening from Elevator 1 on Level 1 (into the 2-hour FRR exit passa ewax)and Leve13 (into the 1-hour FRR corridor . Support for establishing this Equivalency is the additional,non-re uq ired, smoke migration protection gained by the 1-hour FRR elevator lobbies on the Garage Level and Leve12, with the protection from the 90-minute protected door opening from Elevator 1 on Leve14. Conclusion The design team believes Administrative Modification Request Item#6 (with Option B) above allows for an Addendum to modify the requirement in the 1 ST AMR(Item#3)to allow the Elevator 1 shaft to be non-pressurized. Option B presented in this section also mitigates the smoke migration hazard of the Elevator 1 shaft on all floor levels, as effectively as pressurizing the shaft would. Administrative Modification Request Item#6 (with Option B)also provides a viable Equivalency to allow for a 90-minute protected door opening from the Elevator 1 shaft to the 2-hour FRR Level 1 exit passageway. The additional,non-required protective features on Levels G,2 and 4 support this equivalency. The design team requests the approval of Item#6 (with Option B)of this 2ND AMR presented above in this section. Stairway 1 will have a pressurized smoke control system according to the 2003 IBC and fire engineering requirements. a42Q WARD RC1A��GfTE'��{J�l�ftVF4l]A,�C7L()R�IC�O$�1(7{)�-'i$'.�rpi•T��as�e: 3U3-42�-l4f}U��AX: '��};S-�.�'�''�{�!111� �. Solaris Project Page 20 Vail, Colorado Original: August 13,2007 Second Administrative Modification Request Revised: Apri14, 2008 SIGNATURE PAGE ADMINISTRATIVE MODIFICATION REQUEST, SOLARIS PROJECT,VAIL COLORADO ITEM#6/O tion B BASIS FOR A REVISION IN THE SMOKE CONTROL DESIGN CRITERIA FOR STAIRWAY 1 AND ELE OR 1 Prepared by: BCER ENGINEERING,INC. o�PpO.Rf��slF �-y�� , ��.�•��CNAf�l��p� G`"'—' ' � �•p ��O � �0 33259 a: � 1�� David Leiker,P.E. �,�� ;c�,� Date � Senior Fire Protection Engineer �FSS/pNAI.��\� Reviewed by: BCER ENGINEERING,INC. ,�� ,� � � � � Gj � Steve l�ondinelli,AIA. Date Director of Fire Protection and Life Safety Architect of cord Acceptance by: � / Gary Adams, c itect of Record Date Davis Partners ip Architects Owner Acceptance by: Peter Knoble, O er Date �v To n of il c pt c b � �� ' f� �� Charlie Davis, Chief Building Official Date Vail, Colorado Town of Vail Acceptance by: �P'° �2-�'�----�" 2/G-��. �� Mike McGee,Deputy Chief/Fire Marshal Date Vail, Colorado 5420 WARD ROAD,SUITE 2��,ARVADA,COLORADO 80002-1838�TELEPHONE: 303-422-7400 s FAX: 303-422-7900 . . ' . . Solaris Project Page 21 Vail, Colorado Original: August 13, 2007 Second Administrative Modification Request Revised: April 4,2008 ADMINISTRATIVE MODIFICATION REQUEST CONCLUSION Based on the analysis performed in this report,BCER Engineering supports the approval of Administrative Modification Request Items#4,#5, and#6/Option B. The design team is receptive to further discussion and clarification for these design issues and can amend this request if the Town of Vail feels additional measures are need to establish equivalency. The equivalencies presented appear to meet the intent of the IBC and does not lessen the level of fire and life-safety of the buildings. Please contact me at 303-422-7400, Ext. 285, or by cell phone(303-817-2299)if I am not in the of�ce, should you have any questions regarding this report. �,.t. Prepared by: BCER ENGINEERING,INC. Q�apO REG�sI� ........e O�'o'��,��HA£( "°��Qfe� � � � �• O `�� O ;0 33259 a; ' ��'�f�� ' David Leiker,P.E. ��:�� ;�� Date ' Senior Fire Protection Engineer ��sS/ONAL��\� I DML:scr 4 "F�^�wv++w�� Attachments: Current Grading&Excavation permit submittal drawings Exterior elevation drawings for exterior combustible wood elements 5420 WARD ROAD,SUITE 200,ARVADA,Co�oR,�,00 80002-1838�TELEPHONE: 303-422-7400•Fax: 303-422-7900 APPENDIX P RESPONSIBILITY MATRIX SMOKE CONTROL SYSTEM MATRIX OF RESPONSIBILITY Contractor Responsible Special Mechanical Test and Controls Electrical Inspector Task General (DMI) Balance (JCI) (E-Light) Fire Alarm (SEC) Shaft Construction • Shaft Inspection • Duct Installation • Visual Duct Inspection Duct Inspection • Duct Pressure Testing • • Witness Pressure Testin � Fan Installation • Airflow Sensor Installation � Airflow Sensor Interconnect to Fire • Alarm Fan Wiring in Conduit • Fan Rough-In Inspection � VFD Installation and Calibration � � � Pressure Switch Installation � Controls Wiring in Conduit � Controls Wiring Rough- In Inspection � Controls Tubing Rough- In Inspection � � Controls Tubing Testing • Controls Headend Equi (UUKL)Installation � Controls Programming • Fire Alarm Device Installation � Fire Alarm Wiring in Conduit � Fire Alarm Wiring Rou h-In Ins ection � FACP Installation UUKL � Fire Alarm System Pro rammin � FSCP Installation UUKL � Fire Alarm/Controls Interconnection Wiring � Fire Alarm/Controls Coordination � � Generator/E-Power • System Air Balance • System Final Test • • • • • • •