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Home My WebLink AboutCompliance Certificatesv.._.......- .....~._...~.r.e,਍ഀ t਍ഀ CCLO ;AD0 !NlSPECTION਍ഀ AGENCY਍ഀ COMcheck Software Version 3.2,0਍ഀ 2004 IECC਍ഀ Permit #਍ഀ Permit Date਍ഀ Lighting Compliance Certificate਍ഀ Report Date: 04/05/06਍ഀ Data filename: P:\2001-134-03\ADMIN\Elec_A\Schedules\Building E - Residences\Bldg-E-Whole Building-mtv.cck਍ഀ Section 1: Project Information਍ഀ Project Title: Vail's Front Door Building E - The Chalets਍ഀ Construction Site:਍ഀ Vail, CO 81620਍ഀ Owner/Agent:਍ഀ Vail Resorts Development Company਍ഀ 137 Benchmark Road਍ഀ Avon, CO 81620਍ഀ Section 2: General Information਍ഀ Building Use Description by: Activity Type਍ഀ Project Type: New Construction਍ഀ Activity Tyoe(sl਍ഀ Corridor, Restroom, Support Area਍ഀ Storage, Industrial and Commercial਍ഀ Other਍ഀ Section 3: Requirements Checklist਍ഀ Interior Lighting:਍ഀ Floor Area਍ഀ 759਍ഀ 4414਍ഀ 12626਍ഀ ❑ 1. Total actual watts must be less than or equal to total allowed watts.਍ഀ Allowed Watts Actual Watts Complies਍ഀ 16840 11234 YES਍ഀ Exterior Lighting:਍ഀ • 6 ~y{ r'~,'gtw~਍ഀ il~/✓i : -4਍ഀ {/1•. 00.00•਍ഀ , ('7011 AL਍ഀ APRt਍ഀ ❑ 2. Efficacy greater than 45 lumens/W.਍ഀ Exceptions:਍ഀ Specialized lighting highlighting features of historic buildings; signage; safety or security lighting; low-voltage landscape਍ഀ lighting.਍ഀ Controls, Switching, and Wiring:਍ഀ ❑ 3. Independent controls for each space (switch/occupancy sensor).਍ഀ Exceptions:਍ഀ Areas designated as security or emergency areas that must be continuously illuminated.਍ഀ Lighting in stairways or corridors that are elements of the means of egress.਍ഀ ❑ 4. Master switch at entry to hotel/motel guest room.਍ഀ ❑ 5. Individual dwelling units separately metered.਍ഀ ❑ 6. Each space provided with a manual control to provide uniform light reduction by at least 50%.਍ഀ Exceptions:਍ഀ Only one luminaire in space;਍ഀ An occupant-sensing device controls the area;਍ഀ Designer/Contractor:਍ഀ Marcus Vahling਍ഀ ABS Consultants Inc.਍ഀ 1530 16th Street Suite 400਍ഀ Denver, CO 80202਍ഀ R~਍ഀ - R਍ഀ Page 1 of 3਍ഀ The area is a corridor, storeroom, restroom, public lobby or guest room;਍ഀ Areas that use less than 0.6 Watts/sq.ft.਍ഀ ❑ 7. Automatic lighting shutoff control in buildings larger than 5,000 sq.ft.਍ഀ ❑ 8. Photocell/astronomical time switch on exterior lights.਍ഀ Exceptions:਍ഀ Lighting intended for 24 hour use.਍ഀ ❑ 9. Tandem wired one-lamp and three-lamp ballasted luminaires (No single-lamp ballasts).਍ഀ Exceptions:਍ഀ Electronic high-frequency ballasts; Luminaires on emergency circuits or with no available pair.਍ഀ Section 4: Compliance Statement਍ഀ Compliance Statement: The proposed lighting design represented in this document is consistent with the building plans,਍ഀ specifications and other calculations submitted with this permit application. The proposed lighting system has been designed to਍ഀ meet the 2004 IECC, Chapter 8, requirements in COMc ck Version 3.2.0 and to comply with the mandatory requirements in the਍ഀ Requirements Checklist.਍ഀ rincipal Lighting Designer-Name L`kgnain~ ` ( % Date਍ഀ Page 2 of 3਍ഀ Permit #਍ഀ Permit Date਍ഀ COMcheck Software Version 3.2.0਍ഀ 86/11' Lighting Application Worksheet਍ഀ 2004 IECC਍ഀ Report Date:਍ഀ Data filename: P:\2001-134-03WDMIN\Elec_A\Schedules\Building E - Residences\Bldg-E-Whole Building-mtv.cck਍ഀ Section 1: Allowed Lighting Power Calculation਍ഀ A਍ഀ B਍ഀ C਍ഀ D਍ഀ Area Category਍ഀ Floor Area਍ഀ Allowed਍ഀ Allowed Watts਍ഀ (ft2)਍ഀ Watts / ft2਍ഀ (B x C)਍ഀ Corridor, Restroom, Support Area਍ഀ 759਍ഀ 0.9਍ഀ 683਍ഀ Storage, Industrial and Commercial਍ഀ 4414਍ഀ 0.8਍ഀ 3531਍ഀ Other਍ഀ 12626਍ഀ 1਍ഀ 12626਍ഀ Total Allowed Watts = 16840਍ഀ Section 2: Actual Lighting Power Calculation਍ഀ A਍ഀ B਍ഀ C਍ഀ D਍ഀ E਍ഀ Fixture ID : Description / Lamp / Wattage Per Lamp / Ballast਍ഀ Lamps/਍ഀ # of਍ഀ Fixture਍ഀ (C X D)਍ഀ Fixture਍ഀ Fixtures਍ഀ Watt.਍ഀ Compact Fluorescent 1: B: 6" DOWNLIGHT / Triple 4-pin 32W / Electronic਍ഀ 1਍ഀ 32਍ഀ 35਍ഀ 1120਍ഀ T8 / T12 Fluorescent 1: F: 4' SURFACE / 48" T8 32W / Electronic਍ഀ 2਍ഀ 1਍ഀ 64਍ഀ 64਍ഀ T8 / T12 Fluorescent 2: FE: 4' SURFACE W/ EM / 48" T8 32W / Electronic਍ഀ 2਍ഀ 2਍ഀ 64਍ഀ 128਍ഀ T8 / T12 Fluorescent 3: F8: 8' TANDEM STRIP / 48" T8 32W / Electronic਍ഀ 4਍ഀ 13਍ഀ 128਍ഀ 1664਍ഀ T8 / T12 Fluorescent 4: F8E: 8' TANDEM STRIP W/ EM / 48" T8 32W / Electronic਍ഀ 4਍ഀ 7਍ഀ 128਍ഀ 896਍ഀ Incandescent 1: EP: ELEV PIT / Incandescent 60W਍ഀ 1਍ഀ 13਍ഀ 60਍ഀ 780਍ഀ T8 / T12 Fluorescent 5: S4: 4' STRIP / 48" T8 32W / Electronic਍ഀ 2਍ഀ 3਍ഀ 64਍ഀ 192਍ഀ T8 / T12 Fluorescent 6: S8: 8' TANDEM STRIP / 48" T8 32W / Electronic਍ഀ 4਍ഀ 21਍ഀ 128਍ഀ 2688਍ഀ T8 / T12 Fluorescent 7: S8E: 8' TANDEM STRIP W/ EM / 48'T8 32W / Electronic਍ഀ 4਍ഀ 1਍ഀ 128਍ഀ 128਍ഀ T8 / T12 Fluorescent 8: ST: 4' UP/DN WALL / 48" T8 32W / Electronic਍ഀ 2਍ഀ 16਍ഀ 64਍ഀ 1024਍ഀ HID 1: A: Garage Luminaire / Metal Halide 15OW / Electronic਍ഀ 1਍ഀ 15਍ഀ 170਍ഀ 2550਍ഀ Total Actual Watts =਍ഀ 11234਍ഀ Section 3: Compliance Calculation਍ഀ If the Total Allowed Watts minus the Total Actual Watts is greater than or equal to zero, the building complies.਍ഀ Total Allowed Watts = 16840਍ഀ Total Actual Watts = 11234਍ഀ Project Compliance = 5606਍ഀ Lighting PASSES: Design better than code.਍ഀ Page 3 of 3਍ഀ REVIEWED .਍ഀ ~J਍ഀ jUL 10 =਍ഀ CO਍ഀ AG਍ഀ COMcheck Software Version 3.1 Release 1਍ഀ Permit #਍ഀ Permit Date਍ഀ Envelope Compliance Certificate਍ഀ 2003 IECC਍ഀ Report Date: 04/05/06਍ഀ Data filename: P:\2001-134-03\ADMIN\Mech A\Elite\Residences-Garage.cck਍ഀ Section 1: Project Information਍ഀ Project Title: Vail's Front Door - The Chalets at the Lodge at Vail - Garage਍ഀ Construction Site: Owner/Agent: Designer/Contractor:਍ഀ Vail, CO Vail Resorts Development Company Jay Watson਍ഀ ABS Consultants, Inc.਍ഀ 1530 16th Street, Suite 400਍ഀ Denver, CO 80202਍ഀ 303-623-6200਍ഀ Section 2: General Information਍ഀ Building Location (for weather data): Vail, Colorado਍ഀ Climate Zone: 15਍ഀ Heating Degree Days (base 65 degrees F): 9248਍ഀ Cooling Degree Days (base 65 degrees F): 44਍ഀ Project Type: New Construction਍ഀ Glazing Area Percentage: 0%਍ഀ Building Tvge਍ഀ Parking Garage਍ഀ Floor Area਍ഀ 19456਍ഀ Section 3: Requirements Checklist਍ഀ 'Envelope PASSES: Design 7/,, better than code.਍ഀ Climate-Specific Requirements:਍ഀ Component Name/Description਍ഀ Gross Area Cavity਍ഀ or R-Value਍ഀ Perimeter਍ഀ Cont.਍ഀ R-Value਍ഀ Proposed਍ഀ U-Factor਍ഀ Budget਍ഀ U-Factor਍ഀ Roof 1: Structural Slab਍ഀ 7811 -਍ഀ 24.0਍ഀ 0.040਍ഀ 0.045਍ഀ Comments: Areas with foam or insulation above.਍ഀ Exterior Wall 1: Solid Concrete or Masonry > 8", Furring: None਍ഀ 870 -਍ഀ 13.3਍ഀ 0.064਍ഀ 0.064਍ഀ Door 1: Overhead਍ഀ 162 -਍ഀ -਍ഀ 0.200਍ഀ 0.108਍ഀ Door 2: Solid਍ഀ 42 -਍ഀ -਍ഀ 0.200਍ഀ 0.108਍ഀ Basement Wall 1: Solid Concrete or Masonry - 8", Furring: None,਍ഀ 300 -਍ഀ 1.0਍ഀ 0.424਍ഀ 0.087਍ഀ Wall Ht 10.0, Depth B.G. 10.0਍ഀ Comments: All walls more than 10' below grade were ignored per਍ഀ COMcheck.਍ഀ Floor 1: Slab-On-Grade: Unheated, Horizontal 4 ft.਍ഀ 58 -਍ഀ 15.0਍ഀ -਍ഀ ਍ഀ (a) Budget U-factors are used for software baseline calculations ONLY, and are not code requirements.਍ഀ Air Leakage, Component Certification, and Vapor Retarder Requirements:਍ഀ ❑ 1. All joints and penetrations are caulked, gasketed, weather-stripped, or otherwise sealed.਍ഀ ❑ 2. Windows, doors, and skylights certified as meeting leakage requirements.਍ഀ Vail's Front Door - The Chalets at the Lodge at Vail - Garage Page 1 of 6਍ഀ ❑ 3. Component R-values & U-factors labeled as certified.਍ഀ ❑ 4. Stair, elevator shaft vents, and other dampers integral to the building envelope are equipped with motorized dampers.਍ഀ ❑ 5. Cargo doors and loading dock doors are weather sealed.਍ഀ ❑ 6. Recessed lighting fixtures are: (i) Type IC rated and sealed or gasketed; or (ii) installed inside an appropriate air-tight਍ഀ assembly with a 0.5 inch clearance from combustible materials and with 3 inches clearance from insulation material.਍ഀ ❑ 7. Building entrance doors have a vestibule and equipped with closing devices.਍ഀ Exceptions:਍ഀ Building entrances with revolving doors.਍ഀ Doors that open directly from a space less than 3000 sq. ft. in area.਍ഀ ❑ 8. Vapor retarder installed.਍ഀ Section 4: Compliance Statement਍ഀ Compliance Statement: The proposed envelope design represented in this document is consistent with the building plans,਍ഀ specifications and other calculations submitted with this permit application. The proposed envelope system has been designed to਍ഀ meet the 2003 IECC requirements in COMcheck Version 3.1 Release 1 and to comply with the mandatory requirements in the਍ഀ Requirements Checklist.਍ഀ Principal Envelope Designer-Name Signature Date਍ഀ Project Notes:਍ഀ Note: Calculation was separated from the Residences set because "Multifamily" was not਍ഀ available as an option when the "Area Category" method was selected.਍ഀ Vail's Front Door - The Chalets at the Lodge at Vail - Garage Page 2 of 6਍ഀ Permit #਍ഀ Permit Date਍ഀ COMcheck Software Version 3.1 Release 1਍ഀ Mechanical Compliance Certificate਍ഀ 2003 IECC਍ഀ Report Date: 04/05/06਍ഀ Data filename: P:\2001-134-03\ADMIN\Mech_A\Elite\Residences-Garage.cck਍ഀ Section 1: Project Information਍ഀ Project Title: Vail's Front Door - The Chalets at the Lodge at Vail - Garage਍ഀ Construction Site:਍ഀ Vail, CO਍ഀ Owner/Agent:਍ഀ Vail Resorts Development Company਍ഀ Designer/Contractor:਍ഀ Jay Watson਍ഀ ABS Consultants, Inc.਍ഀ 1530 16th Street, Suite 400਍ഀ Denver, CO 80202਍ഀ 303-623-6200਍ഀ jwatson@absconsultants.com਍ഀ Section 2: General Information਍ഀ Building Location (for weather data): Vail, Colorado਍ഀ Climate Zone: 15਍ഀ Heating Degree Days (base 65 degrees F): 9248਍ഀ Cooling Degree Days (base 65 degrees F): 44਍ഀ Project Type: New Construction਍ഀ Section 3: Mechanical Systems List਍ഀ Quantity System Tyne & Description਍ഀ 23 HVAC System 1: Heating: Unit Heater, Hot Water਍ഀ 1 HVAC System 2: Heating: Other, Electric / Single Zone਍ഀ 1 Plant 1: Heating: Hot Water Boiler, Capacity >=600 kBtu/h, Gas਍ഀ Section 4: Requirements Checklist਍ഀ Requirements Specific To: HVAC System 1 :਍ഀ ❑ 1. Balancing and pressure test connections on all hydronic terminal devices਍ഀ Requirements Specific To: HVAC System 2:਍ഀ Requirements Specific To: Plant 1 :਍ഀ ❑ 1. Equipment minimum efficiency: Boiler Thermal Efficiency 75% Et਍ഀ ❑ 2. Newly purchased heating equipment meets the efficiency requirements - used equipment must meet 80% Et @ maximum਍ഀ capacity਍ഀ ❑ 3. Systems with multiple boilers have automatic controls capable of sequencing boiler operation਍ഀ ❑ 4. Hydronic heating systems comprised of a single boiler and >500 kBtu/h input design capacity include either a multistaged or਍ഀ modulating burner਍ഀ Generic Requirements: Must be met by all systems to which the requirement is applicable:਍ഀ ❑ 1. Load calculations per 1997 ASHRAE Fundamentals਍ഀ ❑ 2. Plant equipment and system capacity no greater than needed to meet loads਍ഀ Vail's Front Door - The Chalets at the Lodge at Vail - Garage Page 3 of 6਍ഀ Exception: Standby equipment automatically off when primary system is operating਍ഀ Exception: Multiple units controlled to sequence operation as a function of load਍ഀ ❑ 3. Minimum one temperature control device per system਍ഀ ❑ 4. Minimum one humidity control device per installed humidification/dehumidification system਍ഀ ❑ 5. Automatic Controls: Setback to 55 degrees F (heat) and 85 degrees F (cool); 7-day clock, 2-hour occupant override, 10-hour਍ഀ backup਍ഀ - Exception: Continuously operating zones਍ഀ - Exception: 2 kW demand or less, submit calculations਍ഀ ❑ 6. Automatic shut-off dampers on exhaust systems and supply systems with airflow, >3,000 cfm਍ഀ ❑ 7. Outside-air source for ventilation; system capable of reducing OSA to required minimum਍ഀ ❑ 8. R-5 supply and return air duct insulation in unconditioned spaces R-8 supply and return air duct insulation outside the਍ഀ building R-8 insulation between ducts and the building exterior when ducts are part of a building assembly਍ഀ - Exception: Ducts located within equipment਍ഀ - Exception: Ducts with interior and exterior temperature difference not exceeding 15 degrees F.਍ഀ ❑ 9. Ducts sealed - longitudinal seams on rigid ducts; transverse seams on all ducts; UL 181A or 181 B tapes and mastics਍ഀ - Exception: Continuously welded and locking-type longitudinal joints and seams on ducts operating at static਍ഀ pressures less than 2 inches w.g. pressure classification਍ഀ ❑ 10. Mechanical fasteners and sealants used to connect ducts and air distribution equipment਍ഀ ❑ 11. Hot water pipe insulation: 1 in. for pipes <=1.5 in. and 2 in. for pipes >1.5 in. Chilled water/refrigerant/brine pipe insulation: 1਍ഀ in. for pipes <=1.5 in. and 1.5 in. for pipes >1.5 in. Steam pipe insulation: 1.5 in. for pipes <=1.5 in. and 3 in. for pipes >1.5਍ഀ in.਍ഀ - Exception: Piping within HVAC equipment਍ഀ - Exception: Fluid temperatures between 55 and 105 degrees F਍ഀ - Exception: Fluid not heated or cooled਍ഀ - Exception: Runouts <4 ft in length਍ഀ ❑ 12. Operation and maintenance manual provided to building owner਍ഀ ❑ 13. Balancing devices provided in accordance with IMC 603.15਍ഀ ❑ 14. Hot water distribution systems >=600 kBtu/h must have one of the following: a) controls that reset supply water temperature਍ഀ by 25% of supply/retum delta T b) mechanical or electrical adjustable-speed pump drive(s) c) two-way valves at all heating਍ഀ coils d) multiple-stage pumps e) other system controls that reduce pump flow by at least 50% based on load - calculations਍ഀ required਍ഀ ❑ 15. Hot water distribution systems -300 kBtu/h must have one of the following: a) controls that reset supply water temperature਍ഀ by 25% of supply/return delta T b) mechanical or electrical adjustable-speed pump drive(s) c) two-way valves at all heating਍ഀ coils d) multiple-stage pumps e) other system controls that reduce pump flow by at least 50% based on load - calculations਍ഀ required਍ഀ ❑ 16. Stair and elevator shaft vents are equipped with motorized dampers਍ഀ ❑ 17. Three-pipe systems not used਍ഀ Section 5: Compliance Statement਍ഀ Compliance Statement: The proposed mechanical design represented in this document is consistent with the building plans,਍ഀ specifications and other calculations submitted with this permit application. The proposed mechanical systems have been designed਍ഀ to meet the 2003 IECC requirements in COMcheck Version 3.1 Release 1 and to comply with the mandatory requirements in the਍ഀ Requirements Checklist.਍ഀ n ln.~a , q' Gt1u f o _਍ഀ Principal Me hanical Designer-Name Signature Date਍ഀ Vail's Front Door - The Chalets at the Lodge at Vail - Garage Page 4 of 6਍ഀ COMcheck Software Version 3.1 Release 1਍ഀ Mechanical Requirements਍ഀ Description਍ഀ 2003 IECC਍ഀ Report Date:਍ഀ Data filename: P:\2001-134-03\ADMIN\Mech_A\Elite\Residences-Garage.cck਍ഀ The following list provides more detailed descriptions of the requirements in Section 4 of the Mechanical Compliance Certificate.਍ഀ Requirements Specific To: HVAC System 1਍ഀ Hydronic heating and cooling coils must be equipped with a way to pressure test connections and measure and balance water਍ഀ flow and pressure.਍ഀ Requirements Specific To: HVAC System 2:਍ഀ Requirements Specific To: Plant 1 :਍ഀ 1. The specified heating and/or cooling equipment is covered by the ASHRAE 90.1 Code and must meet the following minimum਍ഀ efficiency: Boiler Thermal Efficiency - 75% Et਍ഀ 2. The specified heating equipment is covered by Federal minimum efficiency requirements. New equipment of this type can be਍ഀ assumed to meet or exceed ASHRAE 90.1 Code requirements for equipment efficiency. Used equipment must meet 80% Et਍ഀ @ maximum capacity.਍ഀ 3. Systems with multiple boilers have automatic controls capable of sequencing the operation of the boilers.਍ഀ 4. Hydronic heating systems comprised of a single boiler and >500 kBtu/h input design capacity include either a multistaged or਍ഀ modulating burner.਍ഀ Generic Requirements: Must be met by all systems to which the requirement is applicable:਍ഀ 1. Design heating and cooling loads for the building must be determined using procedures equivalent to those in Chapters 27਍ഀ and 28 of the ASHRAE Handbook of Fundamentals or an approved equivalent calculation procedure.਍ഀ 2. All equipment and systems must be sized to be no greater than needed to meet calculated loads. A single piece of equipment਍ഀ providing both heating and cooling must satisfy this provision for one function with the capacity for the other function as small਍ഀ as possible, within available equipment options.਍ഀ Exception: The equipment and/or system capacity may be greater than calculated loads for standby purposes. Standby਍ഀ equipment must be automatically controlled to be off when the primary equipment and/or system is operating.਍ഀ Exception: Multiple units of the same equipment type whose combined capacities exceed the calculated load are allowed਍ഀ if they are provided with controls to sequence operation of the units as the load increases or decreases.਍ഀ 3. Each heating or cooling system serving a single zone must have its own temperature control device.਍ഀ 4. Each humidification system must have its own humidity control device.਍ഀ 5. The system or zone control must be a programmable thermostat or other automatic control meeting the following criteria:a)਍ഀ capable of setting back temperature to 55 degrees F during heating and setting up to 85 degrees F during coolingb) capable of਍ഀ automatically setting back or shutting down systems during unoccupied hours using 7 different day schedulesc) have an਍ഀ accessible 2-hour occupant overrided) have a battery back-up capable of maintaining programmed settings for at least 10਍ഀ hours without power.਍ഀ - Exception: A setback or shutoff control is not required on thermostats that control systems serving areas that operate਍ഀ continuously.਍ഀ - Exception: A setback or shutoff control is not required on systems with total energy demand of 2 kW (6,826 Btu/h) or਍ഀ less.਍ഀ 6. Outdoor-air supply systems with design airflow rates >3,000 cfm of outdoor air and all exhaust systems must have dampers਍ഀ that are automatically closed while the equipment is not operating.਍ഀ 7. The system must supply outside ventilation air as required by Chapter 4 of the International Mechanical Code. If the ventilation਍ഀ system is designed to supply outdoor-air quantities exceeding minimum required levels, the system must be capable of਍ഀ reducing outdoor-air flow to the minimum required levels.਍ഀ 8. Air ducts must be insulated to the following levels:a) Supply and return air ducts for conditioned air located in unconditioned਍ഀ spaces (spaces neither heated nor cooled) must be insulated with a minimum of R-5. Unconditioned spaces include attics,਍ഀ Vail's Front Door - The Chalets at the Lodge at Vail - Garage Page 5 of 6਍ഀ crawl spaces, unheated basements, and unheated garages.b) Supply and return air ducts and plenums must be insulated to a਍ഀ minimum of R-8 when located outside the building.c) When ducts are located within exterior components (e.g., floors or roofs),਍ഀ minimum R-8 insulation is required only between the duct and the building exterior.਍ഀ - Exception: Duct insulation is not required on ducts located within equipment.਍ഀ - Exception: Duct insulation is not required when the design temperature difference between the interior and exterior of the਍ഀ duct or plenum does not exceed 15 degrees F.਍ഀ 9. All joints, longitudinal and transverse seams, and connections in ductwork must be securely sealed using weldments;਍ഀ mechanical fasteners with seals, gaskets, or mastics; mesh and mastic sealing systems; or tapes. Tapes and mastics must be਍ഀ listed and labeled in accordance with UL 181A or UL 181 B.਍ഀ - Exception: Continuously welded and locking-type longitudinal joints and seams on ducts operating at static pressures਍ഀ less than 2 inches w.g. pressure classification.਍ഀ 10. Mechanical fasteners and seals, mastics, or gaskets must be used when connecting ducts to fans and other air distribution਍ഀ equipment, including multiple-zone terminal units.਍ഀ 11. All pipes serving space-conditioning systems must be insulated as follows: Hot water piping for heating systems: 1 in. for pipes਍ഀ <=1 1/2-in. nominal diameter 2 in. for pipes >1 1/2-in. nominal diameter. Chilled water, refrigerant, and brine piping systems: 1਍ഀ in. insulation for pipes <=1 1/2-in. nominal diameter 1 1/2 in. insulation for pipes >1 1/2-in. nominal diameter. Steam piping: 1਍ഀ 1/2 in. insulation for pipes <=1 1/2-in. nominal diameter 3 in. insulation for pipes >1 1/2-in. nominal diameter.਍ഀ - Exception: Pipe insulation is not required for factory-installed piping within HVAC equipment.਍ഀ - Exception: Pipe insulation is not required for piping that conveys fluids having a design operating temperature range਍ഀ between 55 degrees F and 105 degrees F.਍ഀ - Exception: Pipe insulation is not required for piping that conveys fluids that have not been heated or cooled through the਍ഀ use of fossil fuels or electric power.਍ഀ - Exception: Pipe insulation is not required for runout piping not exceeding 4 ft in length and 1 in. in diameter between the਍ഀ control valve and HVAC coil.਍ഀ 12. Operation and maintenance documentation must be provided to the owner that includes at least the following information:a)਍ഀ equipment capacity (input and output) and required maintenance actionsb) equipment operation and maintenance manualsc)਍ഀ HVAC system control maintenance and calibration information, including wiring diagrams, schematics, and control sequence਍ഀ descriptions; desired or field-determined set points must be permanently recorded on control drawings, at control devices, or,਍ഀ for digital control systems, in programming commentsd) complete narrative of how each system is intended to operate.਍ഀ 13. Each supply air outlet or diffuser and each zone terminal device (such as VAV or mixing box) must have its own balancing਍ഀ device. Acceptable balancing devices include adjustable dampers located within the ductwork, terminal devices, and supply air਍ഀ diffusers.਍ഀ 14. Hot water distribution systems with total system capacities of 600 kBtu/h and greater must have controls that:a) automatically਍ഀ reset the hot water supply temperature, based on heating load, by at least 25% of the design supply-to-return water਍ഀ temperature difference orb) reduce pump flow by at least 50% of design flow rate by using- adjustable-speed drive(s) on਍ഀ pump(s} multiple-stage pumps allowing at least 1/2 of the total pump horsepower to be automatically turned off- control valves਍ഀ designed to modulate or step down and close as a function of load- other approved means (supporting documentation or਍ഀ calculations must be submitted).਍ഀ 15. Hot water space-heating systems with a capacity exceeding 300 kBtu/h supplying heated water to comfort conditioning਍ഀ systems must include controls that automatically reset supply water temperatures by representative building loads (including਍ഀ return water temperature) or by outside air temperature. Exceptions: - Where the supply temperature reset controls cannot be਍ഀ implemented without causing improper operation of heating, cooling, humidification, or dehumidification systems. - Hydronic਍ഀ systems that use variable flow to reduce pumping energy.਍ഀ 16. Stair and elevator shaft vents must be equipped with motorized dampers capable of being automatically closed during normal਍ഀ building operation and interlocked to open as required by fire and smoke detection systems. All gravity outdoor air supply and਍ഀ exhaust hoods, vents, and ventilators must be equipped with motorized dampers that will automatically shut when the spaces਍ഀ served are not in use. Exceptions: - Gravity (non-motorized) dampers are acceptable in buildings less than three stories in਍ഀ height above grade. - Ventilation systems serving unconditioned spaces.਍ഀ 17. Hydronic systems that use a common return system for both hot water and chilled water must not be used.਍ഀ Vail's Front Door - The Chalets at the Lodge at Vail - Garage Page 6 of 6਍ഀ Page 1 of 1਍ഀ Bob Potzer਍ഀ From: Bob Potzer਍ഀ Sent: Wednesday, April 05, 2006 10:55 AM਍ഀ To: 'Ginger Jones'; 'Stanley Turner਍ഀ Cc: Marcus Vahling; Tom Torzewski਍ഀ Attachments: M102_BIND.dwg਍ഀ Ginger/Stanley,਍ഀ Attached is the first floor drawing.਍ഀ Here is what we have for the generator so far. Exact room size and layout will change as we coordinate but at਍ഀ least you have an idea. The exterior wall louver must be a minimum of 50 square feet total area since the new਍ഀ generator is so much larger. The location of the fan SFP-2 will move north to over the ramp. We will also have to਍ഀ coordinate the intake opening for the generator room and how we route it to the west edge of the building if the਍ഀ city requires that. David Solomon was dealing with that issue.਍ഀ We need to know if we can route the tall duct as shown based on your current structural and ceiling heights.਍ഀ Call with any questions or comment.਍ഀ Robert A. Potzer, Mechanical Project Manager਍ഀ ABS Consultants, Inc.਍ഀ 1530 16th Street, Suite 400਍ഀ Denver, Colorado 80202਍ഀ .p)303.623.6200 .f)303.623.8435 e) Rpotzer ambsconsultants.com਍ഀ www.absconsultants.com਍ഀ 4/5/2006਍ഀ Vails Front Door਍ഀ HVAC Load Analysis਍ഀ for਍ഀ Vail Resorts Development Company਍ഀ I~f਍ഀ it਍ഀ 18 86M਍ഀ COMMRCIAL.਍ഀ CHVAC. i i A Loe਍ഀ Prepared By:਍ഀ ABS਍ഀ Wednesday, April 05, 2006਍ഀ Chvac - Full Commercial HVA_ Loads Calculation Pr ram T Elite Software D p nt, Inc.਍ഀ _ - -਍ഀ ABS Consultants Inc V਍ഀ ,.Denver, CQ,=30204"~1464 ans Front Door ,਍ഀ - - Page 2_f਍ഀ - -਍ഀ General Project Data Input਍ഀ neral Protect_1n~'t~rrnabon - - z਍ഀ - 1 N T਍ഀ Project file name: P:\2001-134-03WDMIN\Mech A\Elite\Residences.CHV਍ഀ Project title:਍ഀ Project date:਍ഀ Weather reference city:਍ഀ Client name:਍ഀ Company name:਍ഀ Barometric pressure:਍ഀ Altitude:਍ഀ Latitude:਍ഀ Mean daily temperature range:਍ഀ Starting & ending time for HVAC load calculations:਍ഀ Number of unique zones in this project:਍ഀ Vails Front Door਍ഀ Wednesday, October 05, 2005਍ഀ EAGLE, COLORADO, USA਍ഀ Vail Resorts Development Company਍ഀ ABS਍ഀ 23.496਍ഀ in.Hg.਍ഀ 6539਍ഀ feet਍ഀ 40਍ഀ Degrees਍ഀ 36.1਍ഀ Degrees਍ഀ lam - 12am਍ഀ 27਍ഀ Au: 1tnr~Default V&1~S w fi'r" a਍ഀ Calculations performed:਍ഀ Both heating and cooling loads਍ഀ Lighting requirements:਍ഀ 1.00਍ഀ Watts per square foot਍ഀ Equipment requirements:਍ഀ 0.50਍ഀ Watts per square foot਍ഀ People sensible load multiplier:਍ഀ 245਍ഀ Btuh per person਍ഀ People latent load multiplier:਍ഀ 155਍ഀ Btuh per person਍ഀ Zone sensible safety factor:਍ഀ 10਍ഀ ova਍ഀ Zone latent safety factor:਍ഀ 10਍ഀ %਍ഀ Zone heating safety factor:਍ഀ 20਍ഀ ova਍ഀ People diversity factor:਍ഀ 100਍ഀ %਍ഀ Lighting profile number:਍ഀ 0਍ഀ Equipment profile number:਍ഀ 0਍ഀ People profile number:਍ഀ 0਍ഀ Building default ceiling height:਍ഀ 9.00਍ഀ feet਍ഀ Building default wall height:਍ഀ 1਍ഀ 0.00਍ഀ feet਍ഀ n rnal Q rain Laadr਍ഀ A਍ഀ "4਍ഀ -਍ഀ hr hr hr hr hr਍ഀ 1 2 3 4 5਍ഀ hr਍ഀ 6਍ഀ hr਍ഀ 7਍ഀ hr਍ഀ 8਍ഀ hr਍ഀ 9਍ഀ hr਍ഀ 10਍ഀ hr਍ഀ 11਍ഀ hr਍ഀ 12਍ഀ hr਍ഀ 13਍ഀ hr਍ഀ 14਍ഀ hr਍ഀ 15਍ഀ hr਍ഀ 16਍ഀ hr਍ഀ 17਍ഀ -hr hr hr hr਍ഀ 18 19 20 21਍ഀ hr਍ഀ 22਍ഀ hr਍ഀ 23਍ഀ hr਍ഀ 24਍ഀ 1 C C C C C਍ഀ 2 C C C C c਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C c c c਍ഀ c c c C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ 3 C C C C C਍ഀ 4 C C c c C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C C C C਍ഀ c c C C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ 5 C C C C c਍ഀ 6 C C C C c਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ c਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ c਍ഀ C C C c਍ഀ c C c c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ 7 C C C c c਍ഀ 8 C C C C C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C c c c਍ഀ c C C C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ 9 C C C C C਍ഀ 10, C C C C C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ c c C C਍ഀ c C C C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ P:\2001-134-03WDMIN\Mech A\Elite\Residences.CHV Wednesday, April 05, 2006, 9:01 AM਍ഀ Chvac - Full Com rc al HVAC Loads Calcuiation Proq m਍ഀ ABS Consultants, Ina਍ഀ - - - -਍ഀ -41਍ഀ Eli Soft afe Develovment, Inca਍ഀ Vads Front Door਍ഀ Denver, CO 80202-1464਍ഀ - -਍ഀ ਍ഀ Page 3਍ഀ 3਍ഀ General Project Data Input (cont'd)਍ഀ Bukldin (.:t?v~l E2es' n Gand`ltiar`is਍ഀ -਍ഀ r਍ഀ '਍ഀ -਍ഀ Design Outdoor Out਍ഀ door਍ഀ Indoor਍ഀ Indoor਍ഀ Grains਍ഀ In/Outdoor਍ഀ Month Dry Bulb Wet Bulb਍ഀ Rel.Hum਍ഀ Dry Bulb਍ഀ Diff਍ഀ Correction਍ഀ August 86 57਍ഀ 50%਍ഀ 72਍ഀ -32.38਍ഀ -11਍ഀ Winter -20਍ഀ 75਍ഀ LMaster Rboft਍ഀ Roof ASHRAE਍ഀ Roof਍ഀ Dark਍ഀ Susp.਍ഀ No. Roof#਍ഀ U-Fac਍ഀ Color਍ഀ Ceil਍ഀ 1 10਍ഀ 0.030਍ഀ No਍ഀ No਍ഀ .਍ഀ ' x1 -਍ഀ aP7਍ഀ 1਍ഀ _਍ഀ Wa਍ഀ _਍ഀ ASHRAE਍ഀ Wall਍ഀ - Wall਍ഀ f਍ഀ No. Group਍ഀ U-Fac਍ഀ Color਍ഀ 1 G਍ഀ 0.050਍ഀ D਍ഀ k਍ഀ T਍ഀ s-G-਍ഀ Glass Summer Winter਍ഀ Glass਍ഀ Interior਍ഀ Interior਍ഀ No. U-Factor U-Factor਍ഀ Shd.Coef.਍ഀ Shading਍ഀ Shd Coef਍ഀ 1 0.450 0.450਍ഀ 0.350਍ഀ 3਍ഀ 0.000਍ഀ P:\2001-134-03\ADMIN\Mech A\Elite\Residences.CHV Wednesday, April 05, 2006, 9:01 AM਍ഀ lChV2C -Full Commercial HVAC Loads Calculation Program਍ഀ ABS Consuttants,;tnc.਍ഀ ,Denver, CO 80242-1464਍ഀ wilding Envelope Report਍ഀ Envelo e ? Re art Usin~t~mmer U-r=actors਍ഀ qy E _਍ഀ Materiel;` 'Gross, Gas NetM=:਍ഀ des Area" Area `Area਍ഀ Wall 1 10,516.0 1,709.0 8,807.0਍ഀ Tot.Wall 10,516.0 1,709.0 8,807.0਍ഀ Glass 1 1,709.0 N/A 1,709.0਍ഀ Tot.Glass 1,709.0 N/A 1,709.0਍ഀ -਍ഀ Totals 10,516.0਍ഀ . Wa 1~ Glass a i~l਍ഀ - A Area AI`ea਍ഀ Elite Software Development, Inc.਍ഀ Vails Front Door਍ഀ Page 4 ii਍ഀ s -਍ഀ ~iJ ~1Area x Average਍ഀ ;Factor -Facfor U Factor਍ഀ 0.050 440.350 0.050਍ഀ N/A 440.350 0.050਍ഀ 0.450 769.050 0.450਍ഀ N/A 769.050 0.450਍ഀ _਍ഀ 1,209.400 0.115਍ഀ Via{ vg N i A`V! G ~ s਍ഀ U-, ~a~cr _ l~Ffd~ - a਍ഀ N 2,660.0਍ഀ 247.5਍ഀ 2,412.5਍ഀ 0.050਍ഀ 0.450਍ഀ 0.350਍ഀ NE 210.0਍ഀ 84.0਍ഀ 126.0਍ഀ 0.050਍ഀ 0.450਍ഀ 0.350਍ഀ E 3,161.0਍ഀ 873.5਍ഀ 2,287.5਍ഀ 0.050਍ഀ 0.450਍ഀ 0.350਍ഀ SE 210.0਍ഀ 84.0਍ഀ 126.0਍ഀ 0.050਍ഀ 0.450਍ഀ 0.350਍ഀ S 2,280.0਍ഀ 152.5਍ഀ 2,127.5਍ഀ 0.050਍ഀ 0.450਍ഀ 0.350਍ഀ SW 70.0਍ഀ 31.0਍ഀ 39.0਍ഀ 0.050਍ഀ 0.450਍ഀ 0.350਍ഀ W 1,885.0਍ഀ 215.5਍ഀ 1,669.5਍ഀ 0.050਍ഀ 0.450਍ഀ 0.350਍ഀ NW 40.0਍ഀ - - - - -਍ഀ 21.0਍ഀ -਍ഀ 19.0਍ഀ 0.050਍ഀ 0.450਍ഀ 0.350਍ഀ Totals 10,516.0਍ഀ 1,709.0਍ഀ -਍ഀ 8,807.0਍ഀ ਍ഀ 0.050਍ഀ - -਍ഀ 0.450਍ഀ 0.350਍ഀ P:\2001-134-03WDMIN\Mech_A\Elite\Residences.CHV Wednesday, April 05, 2006, 9:01 AM਍ഀ Chvac --Fu-11 Commercial HVAC Loads Calculation Program਍ഀ ABS Consultants; Inc.਍ഀ Denver CO 80202-1464਍ഀ - -਍ഀ Building Summary Loads਍ഀ Building peaks in August at 3pm.਍ഀ EI Software Development, Inc.਍ഀ Vails Front Door਍ഀ t Dodo 5_਍ഀ -਍ഀ I Bffg Oaf Area Sen਍ഀ .%Tot਍ഀ Lat਍ഀ Seh਍ഀ - Net਍ഀ %Nef਍ഀ IDescnptlans` . .,Quart Lass _਍ഀ r਍ഀ Lost਍ഀ Gain਍ഀ trt਍ഀ Ga਍ഀ W "Gain਍ഀ Galin਍ഀ Roof 0 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 00਍ഀ Wall 8,807 50,200਍ഀ 15.24਍ഀ 0਍ഀ 12,559਍ഀ 12,559਍ഀ .਍ഀ 7.74਍ഀ Glass 1,709 87,672਍ഀ 26.62਍ഀ 0਍ഀ 41,174਍ഀ 41,174਍ഀ 25.37਍ഀ Floor Slab 0 0਍ഀ ਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Skin Loads 137,872਍ഀ 41.87਍ഀ 0਍ഀ 53,733਍ഀ 53,733਍ഀ 33.10਍ഀ Lighting 12,995 0਍ഀ 0.00਍ഀ 0਍ഀ 48,775਍ഀ 48,775਍ഀ 30.05਍ഀ Equipment 6,498 0਍ഀ 0.00਍ഀ 0਍ഀ 24,387਍ഀ 24,387਍ഀ 15.02਍ഀ People 26 0਍ഀ 0.00਍ഀ 0਍ഀ 7,004਍ഀ 7,004਍ഀ 4.32਍ഀ Partition 0 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Cool. Pret. 0 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Heat. Pret. 0 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 00਍ഀ Cool. Vent. 0 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ .਍ഀ 0਍ഀ 00਍ഀ Heat. Vent. 0 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ .਍ഀ 0਍ഀ 00਍ഀ Cool.lnfil. 1,980 0਍ഀ 0.00਍ഀ 0਍ഀ 26,338਍ഀ 26,338਍ഀ .਍ഀ 16.23਍ഀ Heat.lnfil. 1,980 191,427਍ഀ 58.13਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 00਍ഀ Draw-Thru Fan 0 0਍ഀ 0.00਍ഀ 0਍ഀ 2,082਍ഀ 2,082਍ഀ .਍ഀ 1.28਍ഀ Blow-Thru Fan 0 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 00਍ഀ Reserve Cap. 0 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ .਍ഀ 0਍ഀ 00਍ഀ Reheat Cap. 0. 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ .਍ഀ 0਍ഀ 00਍ഀ Supply Duct 0 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ .਍ഀ 0.00਍ഀ Return Duct 0 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 00਍ഀ Misc. Supply 0 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ .਍ഀ 0਍ഀ 00਍ഀ Misc...._Return 0 0਍ഀ _਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ .਍ഀ 0.00਍ഀ Building Totals 329,299 1਍ഀ -਍ഀ ਍ഀ 00.00਍ഀ ਍ഀ ਍ഀ -਍ഀ ਍ഀ 0 162,320਍ഀ ਍ഀ ਍ഀ 162,320਍ഀ - _਍ഀ 100.00਍ഀ ਍ഀ al਍ഀ Ventilation 0 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ .਍ഀ 0਍ഀ 00਍ഀ Infiltration 191,427 58.13਍ഀ 0਍ഀ 26,338਍ഀ 26,338਍ഀ .਍ഀ 16਍ഀ 23਍ഀ Pretreated Air 0 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ .਍ഀ 0਍ഀ 00਍ഀ Zone Loads 137,872 41.87਍ഀ 0਍ഀ 133,900਍ഀ 133,900਍ഀ .਍ഀ 82਍ഀ 49਍ഀ Plenum Loads 0 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ .਍ഀ 0਍ഀ 00਍ഀ Fan & Duct Loads 0 0.00਍ഀ 0਍ഀ 2,082਍ഀ 2,082਍ഀ .਍ഀ 1.28਍ഀ Building Totals 329,299 100.00਍ഀ - - -਍ഀ 0਍ഀ 162,320਍ഀ 162,320਍ഀ -਍ഀ 100.00਍ഀ Total Building Supply Air (based on a 17° TD):਍ഀ 11,067਍ഀ CFM਍ഀ ਍ഀ Total Building Vent. Air (0.00% of Supply):਍ഀ 0਍ഀ CFM਍ഀ Total Conditioned Air Space:਍ഀ 12,995਍ഀ Sq.ft਍ഀ Supply Air Per Unit Area:਍ഀ 0.8516਍ഀ CFM/Sq.ft਍ഀ Area Per Cooling Capacity:਍ഀ 960.6934਍ഀ Sq.ftlTon਍ഀ Cooling Capacity Per Area:਍ഀ 0.0010਍ഀ Tons/Sq.ft਍ഀ Heating Capacity Per Area:਍ഀ 25.34਍ഀ Btuh/Sq.ft਍ഀ Total Heating Required With Outside Air:਍ഀ 329,299਍ഀ Btuh਍ഀ Total Cooling Required With Outside Air:਍ഀ 13.53਍ഀ Tons਍ഀ r:V-UU1-1~54-U3WUMINWIech A\Elite\Residences.CHV Wednesday, April 05, 2006, 9:01 AM਍ഀ Permit #਍ഀ Permit Date਍ഀ ~J਍ഀ 2003 IECC਍ഀ COMcheck Software Version 3.1 Release 1਍ഀ Envelope Compliance਍ഀ Report Date: 04105/06਍ഀ Data filename: P:\2001-134-03WDMIN\Mech_A\Elite\Residences.cck਍ഀ Section 1: Project Information਍ഀ Project Title: Vail's Front Door - The Chalets at the Lodge at Vail਍ഀ Construction Site:਍ഀ Vail, CO਍ഀ Owner/Agent:਍ഀ Vail Resorts Development Company਍ഀ Section 2: General Information਍ഀ Building Location (for weather data): Vail, Colorado਍ഀ Climate Zone: 15਍ഀ Heating Degree Days (base 65 degrees F): 9248਍ഀ Cooling Degree Days (base 65 degrees F): 44਍ഀ Project Type: New Construction਍ഀ Glazing Area Percentage: 16%਍ഀ Building Type Floor Area਍ഀ Multifamily 8220਍ഀ Section 3: Requirements Checklist਍ഀ Certificate਍ഀ REVIEV,LL'਍ഀ COLORADO INSPECTION਍ഀ AGENCY਍ഀ Designer/Contractor:਍ഀ Jay Watson਍ഀ ABS Consultants, Inc.਍ഀ 1530 16th Street, Suite 400਍ഀ Denver, CO 80202਍ഀ 303-623-6200਍ഀ jwatson@absconsultants.com਍ഀ Envelope PASSES: Design 12% better than code.਍ഀ Climate-Specific Requirements:਍ഀ Component Name/Description Gross Area਍ഀ Cavity Cont.਍ഀ Proposed਍ഀ Budget਍ഀ or਍ഀ R-Value R-Value਍ഀ U-Factor਍ഀ U-Factor਍ഀ Perimeter਍ഀ Exterior Wall 1: Wood Frame, Any Spacing 7681਍ഀ 19.0 2.2਍ഀ 0.059਍ഀ 0.064਍ഀ Comments: See detail J on A600 for items included in continuous R-Value.਍ഀ Window 1: Wood Frame:Double Pane with Low-E, Clear, SHGC 0.29 909਍ഀ - -਍ഀ 0.450਍ഀ 0.520਍ഀ Door 1: Glass, Clear, SHGC 0.29 336਍ഀ - -਍ഀ 0.450਍ഀ 0.520਍ഀ Door 2: Solid 21਍ഀ ਍ഀ 0.200਍ഀ 0.108਍ഀ Basement Wall 1: Solid Concrete or Masonry - 8", Furring: Wood, 1600਍ഀ 13.0 10.0਍ഀ 0.051਍ഀ 0.087਍ഀ Wall Ht 10.0, Depth B.G. 10.0਍ഀ Comments: Refer to spec section 07212 2.01 A 3 for continuous insulation.਍ഀ Floor 1: Slab-On-Grade: Unheated, Horizontal 4 ft. 160਍ഀ 15.0਍ഀ ਍ഀ -਍ഀ Comments: Refer to spec section 07212 2.01 A 2 for insulation.਍ഀ (a) Budget U-factors are used for software baseline calculations ONLY, and are not code requirements.਍ഀ Air Leakage, Component Certification, and Vapor Retarder Requirements:਍ഀ ❑ 1. All joints and penetrations are caulked, gasketed, weather-stripped, or otherwise sealed.਍ഀ Vail's Front Door - The Chalets at the Lodge at Vail Page 1 of 7਍ഀ ❑ 2. Windows, doors, and skylights certified as meeting leakage requirements.਍ഀ ❑ 3. Component R-values & U-factors labeled as certified.਍ഀ ❑ 4. Stair, elevator shaft vents, and other dampers integral to the building envelope are equipped with motorized dampers.਍ഀ ❑ 5. Cargo doors and loading dock doors are weather sealed.਍ഀ ❑ 6. Recessed lighting fixtures are: (i) Type IC rated and sealed or gasketed; or (ii) installed inside an appropriate air-tight਍ഀ assembly with a 0.5 inch clearance from combustible materials and with 3 inches clearance from insulation material.਍ഀ ❑ 7. Building entrance doors have a vestibule and equipped with closing devices.਍ഀ Exceptions:਍ഀ Building entrances with revolving doors.਍ഀ Doors that open directly from a space less than 3000 sq. ft. in area.਍ഀ ❑ 8. Vapor retarder installed਍ഀ Section 4: Compliance Statement਍ഀ Compliance Statement. The proposed envelope design represented in this document is consistent with the building plans,਍ഀ specifications and other calculations submitted with this permit application. The proposed envelope system has been designed to਍ഀ meet the 2003 IECC requirements in COMcheck Version 3.1 Release 1 and to comply with the mandatory requirements in the਍ഀ Requirements Checklist. Principal P~,~/~਍ഀ Mign I~ I਍ഀ Envelope De r-N a Signature I+ Date਍ഀ Project Notes: 0CC C`਍ഀ Calculation is for Building 1 only. Buildings 2, 3, 4, 5਍ഀ & 6 are similar construction.਍ഀ `7-..-਍ഀ V਍ഀ - p਍ഀ t ARC~~਍ഀ Vail's Front Door - The Chalets at the Lodge at Vail Page 2 of 7਍ഀ Permit #਍ഀ Permit Date਍ഀ 06 COMcheck Software Version 3.1 Release 1਍ഀ Mechanical Compliance Certificate਍ഀ 2003 IECC਍ഀ Report Date: 04/05/06਍ഀ Data filename: P:\2001-134-03\ADMIN\Mech_A\Elite\Residences.cck਍ഀ Section 1: Project Information਍ഀ Project Title: Vail's Front Door - The Chalets at the Lodge at Vail਍ഀ Construction Site:਍ഀ Vail, CO਍ഀ Owner/Agent:਍ഀ Vail Resorts Development Company਍ഀ Designer/Contractor:਍ഀ Jay Watson਍ഀ ABS Consultants, Inc.਍ഀ 1530 16th Street, Suite 400਍ഀ Denver, CO 80202਍ഀ 303-623-6200਍ഀ jwatson@absconsultants.com਍ഀ Section 2: General Information਍ഀ Building Location (for weather data): Vail, Colorado਍ഀ Climate Zone: 15਍ഀ Heating Degree Days (base 65 degrees F): 9248਍ഀ Cooling Degree Days (base 65 degrees F): 44਍ഀ Project Type: New Construction਍ഀ Section 3: Mechanical Systems List਍ഀ Quantity System Type & Description਍ഀ 2 HVAC System 1: Heating: Radiant Heater, Hot Water / Cooling: Hydronic Coil, Capacity <65 kBtu/h,਍ഀ Water-Cooled Condenser / Single Zone਍ഀ 1 Plant 1: Heating: Hot Water Boiler, Capacity -600 kBtu/h, Gas / Cooling: Water Chiller, Capacity -50 - <150਍ഀ tons, Condenser Water-Cooled, Rotary Screw or Scroll Chiller, with Centrifugal Fan Cooling Tower਍ഀ 2 Storage Water Heater 1: Service Water Heater w/ Circulation Pump਍ഀ Section 4: Requirements Checklist਍ഀ Requirements Specific To: HVAC System 1 :਍ഀ ❑ 1. Balancing and pressure test connections on all hydronic terminal devices਍ഀ Requirements Specific To: Plant 1 :਍ഀ ❑ 1. Equipment minimum efficiency: Boiler Thermal Efficiency - 75% Et਍ഀ ❑ 2. Equipment minimum efficiency: Chiller: COP 4.45, IPLV 4.50਍ഀ ❑ 3. Newly purchased heating equipment meets the efficiency requirements - used equipment must meet 80% Et @ maximum਍ഀ capacity਍ഀ ❑ 4. Closed-circuit cooling tower has: a) automatic bypass valve for condenser water loop or b) dampers that shut-off air flow਍ഀ through the cooling tower਍ഀ ❑ 5. Open-circuit cooling tower has automatic bypass valve for condenser water loop਍ഀ ❑ 6. Open-circuit cooling tower with heat exchanger must have automatic shut-off controls for cooling tower਍ഀ ❑ 7. Cooling tower performance >20.0 gpm/hp਍ഀ ❑ 8. Systems with multiple boilers have automatic controls capable of sequencing boiler operation਍ഀ ❑ 9. Hydronic heating systems comprised of a single boiler and >500 kBtu/h input design capacity include either a multistaged or਍ഀ modulating bumer਍ഀ Vail's Front Door - The Chalets at the Lodge at Vail Page 3 of 7਍ഀ ❑ 10. Air cooled condenser and cooling tower fan motors > 7.5 HP equipped with multiple-speed motors or single speed motors਍ഀ and variable speed drives਍ഀ Generic Requirements: Must be met by all systems to which the requirement is applicable:਍ഀ ❑ 1. Load calculations per 1997 ASHRAE Fundamentals਍ഀ ❑ 2. Plant equipment and system capacity no greater than needed to meet loads਍ഀ - Exception: Standby equipment automatically off when primary system is operating਍ഀ - Exception: Multiple units controlled to sequence operation as a function of load਍ഀ ❑ 3. Minimum one temperature control device per system਍ഀ ❑ 4. Minimum one humidity control device per installed humidification/dehumidification system਍ഀ ❑ 5. Thermostatic controls has 5 degrees F deadband਍ഀ - Exception: Thermostats requiring manual changeover between heating and cooling਍ഀ ❑ 6. Automatic Controls: Setback to 55 degrees F (heat) and 85 degrees F (cool); 7-day clock, 2-hour occupant override, 10-hour਍ഀ backup਍ഀ - Exception: Continuously operating zones਍ഀ - Exception: 2 kW demand or less, submit calculations਍ഀ ❑ 7. Automatic shut-off dampers on exhaust systems and supply systems with airflow >3,000 cfm਍ഀ ❑ 8. Outside-air source for ventilation; system capable of reducing OSA to required minimum਍ഀ ❑ 9. R-5 supply and return air duct insulation in unconditioned spaces R-8 supply and return air duct insulation outside the਍ഀ building R-8 insulation between ducts and the building exterior when ducts are part of a building assembly਍ഀ - Exception: Ducts located within equipment਍ഀ - Exception: Ducts with interior and exterior temperature difference not exceeding 15 degrees F.਍ഀ ❑ 10. Ducts sealed - longitudinal seams on rigid ducts; transverse seams on all ducts; UL 181A or 181B tapes and mastics਍ഀ - Exception: Continuously welded and locking-type longitudinal joints and seams on ducts operating at static਍ഀ pressures less than 2 inches w.g. pressure classification਍ഀ ❑ 11. Mechanical fasteners and sealants used to connect ducts and air distribution equipment਍ഀ ❑ 12. Hot water pipe insulation: 1 in. for pipes -1.5 in. and 2 in. for pipes >1.5 in. Chilled water/refrigerant/brine pipe insulation: 1਍ഀ in. for pipes -1.5 in. and 1.5 in. for pipes >1.5 in. Steam pipe insulation: 1.5 in. for pipes -1.5 in. and 3 in. for pipes >1.5਍ഀ in.਍ഀ - Exception: Piping within HVAC equipment਍ഀ - Exception: Fluid temperatures between 55 and 105 degrees F਍ഀ - Exception: Fluid not heated or cooled਍ഀ - Exception: Runouts <4 ft in length਍ഀ ❑ 13. Operation and maintenance manual provided to building owner਍ഀ ❑ 14. Balancing devices provided in accordance with IMC 603.15਍ഀ ❑ 15. Hot water distribution systems >=600 kBtu/h must have one of the following: a) controls that reset supply water temperature਍ഀ by 25% of supply/return delta T b) mechanical or electrical adjustable-speed pump drive(s) c) two-way valves at all heating਍ഀ coils d) multiple-stage pumps e) other system controls that reduce pump flow by at least 50% based on load - calculations਍ഀ required਍ഀ ❑ 16. Chilled water distribution systems >=600 kBtu/h must have one of the following: a) controls that reset supply water਍ഀ temperature by 25% of supply/return delta T b) mechanical or electrical adjustable-speed pump drive(s) c) two-way valves at਍ഀ all heating coils d) multiple-stage pumps e) other system controls that reduce pump flow by at least 50% based on load -਍ഀ calculations required਍ഀ ❑ 17. Newly purchased service water heating equipment meets the efficiency requirements਍ഀ ❑ 18. Water heater temperature controls: 110 degrees F for dwelling units or 90 degrees F for other occupancies਍ഀ ❑ 19. Hot water distribution systems >=300 kBtu/h must have one of the following: a) controls that reset supply water temperature਍ഀ by 25% of supply/return delta T b) mechanical or electrical adjustable-speed pump drive(s) c) two-way valves at all heating਍ഀ coils d) multiple-stage pumps e) other system controls that reduce pump flow by at least 50% based on load - calculations਍ഀ required਍ഀ ❑ 20. Chilled water distribution systems >=300 kBtu/h must have one of the following: a) controls that reset supply water਍ഀ temperature by 25% of supply/return delta T b) mechanical or electrical adjustable-speed pump drive(s) c) two-way valves at਍ഀ all heating coils d) multiple-stage pumps e) other system controls that reduce pump flow by at least 50% based on load -਍ഀ calculations required਍ഀ ❑ 21. Stair and elevator shaft vents are equipped with motorized dampers਍ഀ ❑ 22. Three-pipe systems not used਍ഀ Section 5: Compliance Statement਍ഀ Compliance Statement: The proposed mechanical design represented in this document is consistent with the building plans,਍ഀ specifications and other calculations submitted with this permit application. The proposed mechanical systems have been designed਍ഀ to meet the 2003 IECC requirements in COMcheck Version 3.1 Release 1 and to comply with the mandatory requirements in the਍ഀ Requirements Checklist.਍ഀ ZdV਍ഀ Pr cniPr ipal Mechanical Designer-Name Signat a Date਍ഀ Vail's Front Door - The Chalets at the Lodge at Vail Page 4 of 7਍ഀ COMcheck Software Version 3.1 Release 1਍ഀ Mechanical Requirements਍ഀ Description਍ഀ 2003 IECC਍ഀ Report Date:਍ഀ Data filename: P:\2001-134-03\ADMIN\Mech_A\Elite\Residences.cck਍ഀ The following list provides more detailed descriptions of the requirements in Section 4 of the Mechanical Compliance Certificate.਍ഀ Requirements Specific To: HVAC System 1 :਍ഀ 1. Hydronic heating and cooling coils must be equipped with a way to pressure test connections and measure and balance water਍ഀ flow and pressure.਍ഀ Requirements Specific To: Plant 1 :਍ഀ 1. The specified heating and/or cooling equipment is covered by the ASHRAE 90.1 Code and must meet the following minimum਍ഀ efficiency: Boiler Thermal Efficiency - 75% Et਍ഀ 2. The specified heating and/or cooling equipment is covered by ASHRAE 90.1 Code and must meet the following minimum਍ഀ efficiency: Chiller: COP - 4.45, IPLV - 4.50਍ഀ 3. The specified heating equipment is covered by Federal minimum efficiency requirements. New equipment of this type can be਍ഀ assumed to meet or exceed ASHRAE 90.1 Code requirements for equipment efficiency. Used equipment must meet 80% Et਍ഀ @ maximum capacity.਍ഀ 4. Closed-circuit cooling tower has either an automatic bypass valve for condenser water loop or dampers that shut-off air flow਍ഀ through the cooling tower.਍ഀ 5. Open-circuit cooling tower has automatic bypass valve for condenser water loop.਍ഀ 6. Open-circuit cooling tower with heat exchanger must have automatic shut-off controls for cooling tower.਍ഀ 7. New equipment of this type must have a performance rating of 20.0 gpm/hp in accordance with CTI ATC-105 and CTI਍ഀ STD-201.਍ഀ 8. Systems with multiple boilers have automatic controls capable of sequencing the operation of the boilers.਍ഀ 9. Hydronic heating systems comprised of a single boiler and >500 kBtu/h input design capacity include either a multistaged or਍ഀ modulating burner.਍ഀ 10. Each fan motor of 7.5 hp or larger in a separate piece of heat rejection equipment must have the capability to operate that fan਍ഀ at two-thirds of full speed or less, and must have controls that automatically change the fan speed to control the leaving fluid਍ഀ temperature or condensing temperature/pressure of the heat rejection device.਍ഀ Generic Requirements: Must be met by all systems to which the requirement is applicable:਍ഀ 1. Design heating and cooling loads for the building must be determined using procedures equivalent to those in Chapters 27਍ഀ and 28 of the ASHRAE Handbook of Fundamentals or an approved equivalent calculation procedure.਍ഀ 2. All equipment and systems must be sized to be no greater than needed to meet calculated loads. A single piece of equipment਍ഀ providing both heating and cooling must satisfy this provision for one function with the capacity for the other function as small਍ഀ as possible, within available equipment options.਍ഀ - Exception: The equipment and/or system capacity may be greater than calculated loads for standby purposes. Standby਍ഀ equipment must be automatically controlled to be off when the primary equipment and/or system is operating.਍ഀ - Exception: Multiple units of the same equipment type whose combined capacities exceed the calculated load are allowed਍ഀ if they are provided with controls to sequence operation of the units as the load increases or decreases.਍ഀ 3. Each heating or cooling system serving a single zone must have its own temperature control device.਍ഀ 4. Each humidification system must have its own humidity control device.਍ഀ 5. Thermostats controlling both heating and cooling must be capable of maintaining a 5 degrees F deadband (a range of਍ഀ temperature where no heating or cooling is provided).਍ഀ - Exception: Deadband capability is not required if the thermostat does not have automatic changeover capability between਍ഀ heating and cooling.਍ഀ 6. The system or zone control must be a programmable thermostat or other automatic control meeting the following criteria:a)਍ഀ capable of setting back temperature to 55 degrees F during heating and setting up to 85 degrees F during coolingb) capable of਍ഀ automatically setting back or shutting down systems during unoccupied hours using 7 different day schedulesc) have an਍ഀ Vail's Front Door - The Chalets at the Lodge at Vail Page 5 of 7਍ഀ accessible 2-hour occupant overrided) have a battery back-up capable of maintaining programmed settings for at least 10਍ഀ hours without power.਍ഀ - Exception: A setback or shutoff control is not required on thermostats that control systems serving areas that operate਍ഀ continuously.਍ഀ - Exception: A setback or shutoff control is not required on systems with total energy demand of 2 kW (6,826 Btu/h) or਍ഀ less.਍ഀ 7. Outdoor-air supply systems with design airflow rates >3,000 cfm of outdoor air and all exhaust systems must have dampers਍ഀ that are automatically closed while the equipment is not operating.਍ഀ 8. The system must supply outside ventilation air as required by Chapter 4 of the International Mechanical Code. If the ventilation਍ഀ system is designed to supply outdoor-air quantities exceeding minimum required levels, the system must be capable of਍ഀ reducing outdoor-air flow to the minimum required levels.਍ഀ 9. Air ducts must be insulated to the following levels:a) Supply and return air ducts for conditioned air located in unconditioned਍ഀ spaces (spaces neither heated nor cooled) must be insulated with a minimum of R-5. Unconditioned spaces include attics,਍ഀ crawl spaces, unheated basements, and unheated garages.b) Supply and return air ducts and plenums must be insulated to a਍ഀ minimum of R-8 when located outside the building.c) When ducts are located within exterior components (e.g., floors or roofs),਍ഀ minimum R-8 insulation is required only between the duct and the building exterior.਍ഀ - Exception: Duct insulation is not required on ducts located within equipment.਍ഀ - Exception: Duct insulation is not required when the design temperature difference between the interior and exterior of the਍ഀ duct or plenum does not exceed 15 degrees F.਍ഀ 10. All joints, longitudinal and transverse seams, and connections in ductwork must be securely sealed using weldments;਍ഀ mechanical fasteners with seals, gaskets, or mastics; mesh and mastic sealing systems; or tapes. Tapes and mastics must be਍ഀ listed and labeled in accordance with UL 181A or UL 181 B.਍ഀ - Exception: Continuously welded and locking-type longitudinal joints and seams on ducts operating at static pressures਍ഀ less than 2 inches w.g. pressure classification.਍ഀ 11. Mechanical fasteners and seals, mastics, or gaskets must be used when connecting ducts to fans and other air distribution਍ഀ equipment, including multiple-zone terminal units.਍ഀ 12. All pipes serving space-conditioning systems must be insulated as follows: Hot water piping for heating systems: 1 in. for pipes਍ഀ <=1 1/2-in. nominal diameter 2 in. for pipes >1 1/2-in. nominal diameter. Chilled water, refrigerant, and brine piping systems: 1਍ഀ in. insulation for pipes <=1 1/2-in. nominal diameter 1 112 in. insulation for pipes >1 1/2-in. nominal diameter. Steam piping: 1਍ഀ 1/2 in. insulation for pipes <=1 1/2-in. nominal diameter 3 in. insulation for pipes >1 112-in. nominal diameter.਍ഀ - Exception: Pipe insulation is not required for factory-installed piping within HVAC equipment.਍ഀ - Exception: Pipe insulation is not required for piping that conveys fluids having a design operating temperature range਍ഀ between 55 degrees F and 105 degrees F.਍ഀ - Exception: Pipe insulation is not required for piping that conveys fluids that have not been heated or cooled through the਍ഀ use of fossil fuels or electric power.਍ഀ - Exception: Pipe insulation is not required for runout piping not exceeding 4 ft in length and 1 in. in diameter between the਍ഀ control valve and HVAC coil.਍ഀ 13. Operation and maintenance documentation must be provided to the owner that includes at least the following information:a)਍ഀ equipment capacity (input and output) and required maintenance actionsb) equipment operation and maintenance manualsc)਍ഀ HVAC system control maintenance and calibration information, including wiring diagrams, schematics, and control sequence਍ഀ descriptions; desired or field-determined set points must be permanently recorded on control drawings, at control devices, or,਍ഀ for digital control systems, in programming commentsd) complete narrative of how each system is intended to operate.਍ഀ 14. Each supply air outlet or diffuser and each zone terminal device (such as VAV or mixing box) must have its own balancing਍ഀ device. Acceptable balancing devices include adjustable dampers located within the ductwork, terminal devices, and supply air਍ഀ diffusers.਍ഀ 15. Hot water distribution systems with total system capacities of 600 kBtu/h and greater must have controls that:a) automatically਍ഀ reset the hot water supply temperature, based on heating load, by at least 25% of the design supply-to-retum water਍ഀ temperature difference orb) reduce pump flow by at least 50% of design flow rate by using- adjustable-speed drive(s) on਍ഀ pump(s)- multiple-stage pumps allowing at least 1/2 of the total pump horsepower to be automatically turned off- control valves਍ഀ designed to modulate or step down and close as a function of load- other approved means (supporting documentation or਍ഀ calculations must be submitted).਍ഀ 16. Chilled water distribution systems with total system capacities of 600 kBtu/h and greater must have controls that:a)਍ഀ automatically reset the chilled water supply temperature, based on cooling load, by at least 25% of the design supply-to-retum਍ഀ water temperature difference orb) reduce pump flow by at least 50% of design flow rate by using- adjustable-speed drive(s) on਍ഀ pump(sy multiple-stage pumps allowing at least 1 /2 of the total pump horsepower to be automatically turned off- control valves਍ഀ designed to modulate or step down and close as a function of load- other approved means (supporting documentation or਍ഀ calculations must be submitted).਍ഀ 17. Service water heating equipment must meet minimum Federal efficiency requirements included in the National Appliance਍ഀ Energy Conservation Act and the Energy Policy Act of 1992, which meet or exceed ASHRAE 90.1 Code. New service water਍ഀ heating equipment can be assumed to meet these requirements.਍ഀ 18. Water-heating equipment must be provided with controls that allow the user to set the water temperature to 110 degrees F for਍ഀ dwelling units and 90 degrees F for other occupancies. Controls must limit output temperatures of lavatories in public facility਍ഀ restrooms to 110 degrees F.਍ഀ 19. Hot water space-heating systems with a capacity exceeding 300 kBtu/h supplying heated water to comfort conditioning਍ഀ systems must include controls that automatically reset supply water temperatures by representative building loads (including਍ഀ return water temperature) or by outside air temperature. Exceptions: - Where the supply temperature reset controls cannot be਍ഀ implemented without causing improper operation of heating, cooling, humidification, or dehumidification systems. - Hydronic਍ഀ systems that use variable flow to reduce pumping energy.਍ഀ 20. Chilled water space-cooling systems with a capacity exceeding 300 kBtu/h supplying chilled water for comfort conditioning਍ഀ systems must include controls that automatically reset supply water temperatures by representative building loads (including਍ഀ return water temperature) or by outside air temperature. Exceptions: - Where the supply temperature reset controls cannot be਍ഀ Vail's Front Door - The Chalets at the Lodge at Vail Page 6 of 7਍ഀ implemented without causing improper operation of heating, cooling, humidification, or dehumidification systems. - Hydronic਍ഀ systems that use variable flow to reduce pumping energy.਍ഀ 21. Stair and elevator shaft vents must be equipped with motorized dampers capable of being automatically closed during normal਍ഀ building operation and interlocked to open as required by fire and smoke detection systems. All gravity outdoor air supply and਍ഀ exhaust hoods, vents, and ventilators must be equipped with motorized dampers that will automatically shut when the spaces਍ഀ served are not in use. Exceptions: - Gravity (non-motorized) dampers are acceptable in buildings less than three stories in਍ഀ height above grade. - Ventilation systems serving unconditioned spaces.਍ഀ 22. Hydronic systems that use a common return system for both hot water and chilled water must not be used.਍ഀ Vail's Front Door - The Chalets at the Lodge at Vail Page 7 of 7਍ഀ Vails Front Door਍ഀ HVAC Load Analysis਍ഀ for਍ഀ Vail Resorts Development Company਍ഀ REVIEWED BY਍ഀ JUL 10 2006਍ഀ COLORADO INSPEC710N਍ഀ AGE਍ഀ CHVAC. CpIIIC~RGIA,L,਍ഀ HVAC LOADS਍ഀ Prepared By:਍ഀ ABS਍ഀ Wednesday, April 05, 2006਍ഀ Chvac - Full too rcial HVA Loads Calcu ation Pro~Lra47਍ഀ Elite Software Development, lnc.d਍ഀ ABS Gansultants, )ems'਍ഀ Vails Front Door਍ഀ Page 2਍ഀ Denver, CO 8GK: -1464਍ഀ ਍ഀ [General Project Data Input਍ഀ -6-66 al <Pr _ eci Cnforrna#ion਍ഀ Project file name:਍ഀ P:\2001-134-03WDMIN\Mech A\Elite\Residences.CHV਍ഀ Project title:਍ഀ Vails Front Door਍ഀ Project date:਍ഀ Wednesday, October 05, 2005਍ഀ Weather reference city:਍ഀ EAGLE, COLORADO, USA਍ഀ Client name:਍ഀ Vail Resorts Development Company਍ഀ Company name:਍ഀ ABS਍ഀ Barometric pressure: 23.496 in.Hg.਍ഀ Altitude: 6539 feet਍ഀ Latitude: 40 Degrees਍ഀ Mean daily temperature range: 36.1 Degrees਍ഀ Starting & ending time for HVAC load calculations: lam - 12am਍ഀ Number of unique zones in this project: 27਍ഀ B 11 1 . l.I C~UIt V 46-e਍ഀ £਍ഀ Calculations performed:਍ഀ Both heating and cooling loads਍ഀ Lighting requirements:਍ഀ 1.00਍ഀ Watts per square foot਍ഀ Equipment requirements:਍ഀ 0.50਍ഀ Watts per square foot਍ഀ People sensible load multiplier:਍ഀ 245਍ഀ Btuh per person਍ഀ People latent load multiplier:਍ഀ 155਍ഀ Btuh per person਍ഀ Zone sensible safety factor:਍ഀ 10਍ഀ %਍ഀ Zone latent safety factor:਍ഀ 10਍ഀ %਍ഀ Zone heating safety factor:਍ഀ 20਍ഀ %਍ഀ People diversity factor:਍ഀ 100਍ഀ %਍ഀ Lighting profile number:਍ഀ 0਍ഀ Equipment profile number:਍ഀ 0਍ഀ People profile number:਍ഀ 0਍ഀ Building default ceiling height:਍ഀ 9.00਍ഀ feet਍ഀ Building default wall height:਍ഀ 10.00਍ഀ feet਍ഀ ./'145= C.[.iCiZYQ4irf/"f 1' irYal+Pr.਍ഀ we r.਍ഀ 1਍ഀ 2਍ഀ 3਍ഀ 4਍ഀ 5਍ഀ 6਍ഀ 7਍ഀ 8਍ഀ 9਍ഀ 10਍ഀ rya..,,,਍ഀ hr਍ഀ 1਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ ,਍ഀ hr਍ഀ 2਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ ਍ഀ hr਍ഀ 3਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ ਍ഀ hr਍ഀ 4਍ഀ C਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ ਍ഀ hr਍ഀ 5਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ ਍ഀ hr਍ഀ 6਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ hr਍ഀ 7਍ഀ c਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ hr਍ഀ 8਍ഀ c਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ ਍ഀ hr਍ഀ 9਍ഀ c਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ ਍ഀ hr਍ഀ 10਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ hr਍ഀ 11਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ _਍ഀ hr਍ഀ 12਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ ਍ഀ hr਍ഀ 13਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ ਍ഀ hr਍ഀ 14਍ഀ c਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ ਍ഀ hr਍ഀ 15਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ hr਍ഀ 16਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ hr਍ഀ 17਍ഀ c਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ hr਍ഀ 18਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ hr਍ഀ 19਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ c਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ hr਍ഀ 20਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ hr਍ഀ 21਍ഀ c਍ഀ c਍ഀ c਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ hr਍ഀ 22਍ഀ c਍ഀ c਍ഀ c਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ hr਍ഀ 23਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ hr਍ഀ 24਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ P:\2001-134-03\ADMIN\Mech_A\Elite\Residences.CHV Wednesday, Apni u5, zuun, a:u Hew਍ഀ Chvac -Full Commercial HVAC Loads Calculation Program਍ഀ -਍ഀ EJitie Softtivare DeveloLment Inc _਍ഀ -਍ഀ r਍ഀ ਍ഀ ASS Consultants, inc.਍ഀ -਍ഀ -਍ഀ -਍ഀ Vails Front Doo਍ഀ Page 3਍ഀ Denver, CO 80202-1464਍ഀ '਍ഀ General Project Data Input਍ഀ d)਍ഀ (cont਍ഀ ~Buildir~g-Leve# Desi~rt-Condtions -਍ഀ -਍ഀ - ~਍ഀ ਍ഀ Design Outdoor਍ഀ Outdoor਍ഀ Indoor਍ഀ Indoor਍ഀ Grains਍ഀ In/Outdoor਍ഀ Month Dry Bulb Wet Bulb਍ഀ Rel Hum਍ഀ Dry Bulb਍ഀ Diff਍ഀ Correction਍ഀ August 86਍ഀ 57਍ഀ 50%਍ഀ 72਍ഀ -32.38਍ഀ -11਍ഀ Winter -20਍ഀ 75਍ഀ -਍ഀ ~ ,=ice਍ഀ I Master Roofs਍ഀ ਍ഀ -਍ഀ _਍ഀ Roof ASHRAE਍ഀ -਍ഀ oof਍ഀ Roof਍ഀ Dark਍ഀ Susp.਍ഀ No. Roof#਍ഀ U-Fac਍ഀ Color਍ഀ Ceil਍ഀ 1 10਍ഀ 0.030਍ഀ No਍ഀ No਍ഀ Wall ASHRAE਍ഀ Wall਍ഀ Wall਍ഀ No Group਍ഀ U-Fac਍ഀ Color਍ഀ 1 G਍ഀ 0.050਍ഀ D਍ഀ Master GIaSS਍ഀ Glass Summer਍ഀ Winter਍ഀ Glass਍ഀ Interior਍ഀ Interior਍ഀ No. U -Factor਍ഀ U-Factor਍ഀ Shd Coef.਍ഀ Shading਍ഀ Shd.Coef਍ഀ 1 0.450਍ഀ 0.450਍ഀ 0.350਍ഀ 3਍ഀ 0.000਍ഀ P:\2001-134-03\ADMIN\Mech A\Elite\Residences.CHV Wednesday, April 05, 2uuES, a:ul HM਍ഀ I Chvac - Full Commercial HVAC Loads Calculation Program਍ഀ Elite Snfare Deve#opment Inc.਍ഀ ABS Consultants, Inc.਍ഀ Vails Front Door਍ഀ Denver, CO 80202-1464਍ഀ ਍ഀ -਍ഀ -਍ഀ - Page 4 j਍ഀ [Building Envelope Report _਍ഀ -਍ഀ R਍ഀ f~s਍ഀ PEnvelq e਍ഀ i Summer U-Factory਍ഀ y-਍ഀ r਍ഀ ,਍ഀ _਍ഀ ~MateriaF`: - Gross਍ഀ Types Area਍ഀ Glass਍ഀ Area,਍ഀ Net -U=਍ഀ rr - Facr_਍ഀ Area x਍ഀ Factor਍ഀ IJ_਍ഀ Average਍ഀ UFaetar਍ഀ Wall 1਍ഀ 10,516.0਍ഀ 1,709.0਍ഀ 8,807.0਍ഀ 0.050਍ഀ 440.350਍ഀ 0.050਍ഀ Tot.Wall਍ഀ 10,516.0਍ഀ 1,709.0਍ഀ 8,807.0਍ഀ N/A਍ഀ 440.350਍ഀ 0.050਍ഀ Glass 1਍ഀ 1,709.0਍ഀ N/A਍ഀ 1,709.0਍ഀ 0.450਍ഀ 769.050਍ഀ 0.450਍ഀ Tot.Glass਍ഀ 1,709.0਍ഀ N/A਍ഀ 1,709.0਍ഀ N/A਍ഀ ਍ഀ .਍ഀ ਍ഀ ਍ഀ 769.050਍ഀ ਍ഀ 0.450਍ഀ ਍ഀ Totals਍ഀ _਍ഀ ਍ഀ ਍ഀ 10,516.0਍ഀ ਍ഀ .਍ഀ ਍ഀ .਍ഀ 1,209.400਍ഀ 0.115਍ഀ 1P S, ~t V x„ ~I~ 1.........਍ഀ _ V~(ali Net਍ഀ r ~1 aJ A਍ഀ G#a5 t਍ഀ `਍ഀ s 'Au਍ഀ Difectlon਍ഀ Area਍ഀ Area . ;਍ഀ Ares਍ഀ Facttar਍ഀ -਍ഀ ter਍ഀ Sf਍ഀ N਍ഀ 2,660.0਍ഀ 247.5਍ഀ 2,412.5਍ഀ .਍ഀ 0.050਍ഀ .਍ഀ 0.450਍ഀ 0.350਍ഀ NE਍ഀ 210.0਍ഀ 84.0਍ഀ 126.0਍ഀ 0.050਍ഀ 0.450਍ഀ 0.350਍ഀ E਍ഀ 3,161.0਍ഀ 873.5਍ഀ 2,287.5਍ഀ 0.050਍ഀ 0.450਍ഀ 0.350਍ഀ SE਍ഀ 210.0਍ഀ 84.0਍ഀ 126.0਍ഀ 0.050਍ഀ 0.450਍ഀ 0.350਍ഀ S਍ഀ 2,280.0਍ഀ 152.5਍ഀ 2,127.5਍ഀ 0.050਍ഀ 0.450਍ഀ 0.350਍ഀ SW਍ഀ 70.0਍ഀ 31.0਍ഀ 39.0਍ഀ 0.050਍ഀ 0.450਍ഀ 0.350਍ഀ W਍ഀ 1,885.0਍ഀ 215.5਍ഀ 1,669.5਍ഀ 0.050਍ഀ 0.450਍ഀ 0.350਍ഀ NW਍ഀ 40.0਍ഀ 21.0਍ഀ 19.0਍ഀ 0.050਍ഀ 0.450਍ഀ 0.350਍ഀ Totals਍ഀ 10,516.0਍ഀ 1,709.0਍ഀ 8,807.0਍ഀ 0.050਍ഀ 0.450਍ഀ 0.350਍ഀ P:\2001-134-03\ADMINNech_A\Elite\Residences.CHV Wednesday, April 05, 2005, 9:U1 All਍ഀ Chvac -Full Commercial HY Loads Calculation Program਍ഀ ABS Consultants, Inc:਍ഀ I 'Denver, CO `80202-1464਍ഀ [building Summary Loads਍ഀ T਍ഀ ~_R਍ഀ Elite Software Develop ent, Inc.਍ഀ Vails Front Door਍ഀ Page 5,਍ഀ Building peaks in August at 3pm.਍ഀ ldg Load _ Area਍ഀ Sen਍ഀ %Tot਍ഀ Lat਍ഀ Sen਍ഀ ; Net਍ഀ Of. t਍ഀ .਍ഀ Descriptions: ' Q਍ഀ uan਍ഀ Loss਍ഀ hvss਍ഀ G਍ഀ Gain਍ഀ ;Gain਍ഀ -਍ഀ Gain਍ഀ ਍ഀ _਍ഀ Roof 0਍ഀ 0਍ഀ 0.00਍ഀ T਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Wall 8,807਍ഀ 50,200਍ഀ 15.24਍ഀ 0਍ഀ 12,559਍ഀ 12,559਍ഀ 7.74਍ഀ Glass 1,709਍ഀ 87,672਍ഀ 26.62਍ഀ 0਍ഀ 41,174਍ഀ 41,174਍ഀ 25.37਍ഀ Floor Slab 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Skin Loads਍ഀ 137,872਍ഀ 41.87਍ഀ 0਍ഀ 53,733਍ഀ 53,733਍ഀ 33.10਍ഀ Lighting 12,995਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 48,775਍ഀ 48,775਍ഀ 30.05਍ഀ Equipment 6,498਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 24,387਍ഀ 24,387਍ഀ 15.02਍ഀ People 26਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 7,004਍ഀ 7,004਍ഀ 4.32਍ഀ Partition 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Cool. Pret. 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Heat. Pret. 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Cool. Vent. 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Heat. Vent. 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Cool.lnfil. 1,980਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 26,338਍ഀ 26,338਍ഀ 16.23਍ഀ Heat.lnfil. 1,980਍ഀ 191,427਍ഀ 58.13਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Draw-Thru Fan 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 2,082਍ഀ 2,082਍ഀ 1.28਍ഀ Blow-Thru Fan 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Reserve Cap. 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Reheat Cap. 0.਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Supply Duct 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Return Duct 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Misc. Supply 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Misc. Return 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ _ .਍ഀ Building Totals਍ഀ ਍ഀ 329,299਍ഀ 100.00਍ഀ ਍ഀ 0਍ഀ 162,320਍ഀ . 162,320਍ഀ 100.00਍ഀ ;&n Net਍ഀ Bolding Sew਍ഀ r਍ഀ 1TV ~al਍ഀ ~F਍ഀ f਍ഀ f਍ഀ Lags਍ഀ a਍ഀ _਍ഀ ..~4f~਍ഀ arl '਍ഀ ° a਍ഀ Ventilation 0਍ഀ 0.00਍ഀ _ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Infiltration 191,427਍ഀ 58.13਍ഀ 0਍ഀ 26,338਍ഀ 26,338਍ഀ 16.23਍ഀ Pretreated Air 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Zone Loads 137,872਍ഀ 41.87਍ഀ 0਍ഀ 133,900਍ഀ 133,900਍ഀ 82.49਍ഀ Plenum Loads 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Fan & Duct Loads 0਍ഀ 0.00਍ഀ 0਍ഀ 2,082਍ഀ 2,082਍ഀ 1.28਍ഀ ਍ഀ Buildin9 Totals 329,299਍ഀ - - -਍ഀ 100.00਍ഀ .਍ഀ ਍ഀ 0਍ഀ ਍ഀ -਍ഀ 162,320਍ഀ 162,320਍ഀ 100.00਍ഀ 1/1y t ♦j 1r਍ഀ IC}~i L«਍ഀ H਍ഀ ala yt.... '§`t~' roy :W4I nt_.਍ഀ Total Building Supply Air (based on a 17° TD):਍ഀ 11,067਍ഀ CFM਍ഀ Total Building Vent. Air (0.00% of Supply):਍ഀ 0਍ഀ CFM਍ഀ Total Conditioned Air Space:਍ഀ 12,995਍ഀ Sq.ft਍ഀ Supply Air Per Unit Area:਍ഀ 0.8516਍ഀ CFM/Sq.ft਍ഀ Area Per Cooling Capacity:਍ഀ 960.6934਍ഀ Sq.ft/Ton਍ഀ Cooling Capacity Per Area:਍ഀ 0.0010਍ഀ Tons/Sq.ft਍ഀ Heating Capacity Per Area:਍ഀ 25.34਍ഀ Btuh/Sq.ft਍ഀ Total Heating Required With Outside Air:਍ഀ 329,299਍ഀ Btuh਍ഀ Total Cooling Required With Outside Air:਍ഀ 13.53਍ഀ Tons਍ഀ P:\2001-134-03\ADMIN\Mech A\Elite\Residences.CHV Wednesday, April 05, 2006, 9:01 AM਍ഀ SECTION 08710਍ഀ DOOR HARDWARE਍ഀ PART1 GENERAL਍ഀ 1.01 SECTION INCLUDES਍ഀ A. The Work includes but is not limited to the following:਍ഀ 1. Hardware for wood and hollow metal doors.਍ഀ 2. Thresholds, weatherstripping, seals and door gaskets.਍ഀ 3. Lock sets and latches (provided to suit function and anticipated degree of use).਍ഀ 4. Masterkeying capability.਍ഀ 5. It is the intention that the hardware specified shall be sufficient quantities necessary to਍ഀ complete the Work. Notify the Architect of omissions or discrepancies prior to Bid date਍ഀ for clarifications or instructions. Adjustments to the Contract Sum will not be allowed for਍ഀ omissions not clarified prior to Bid opening.਍ഀ 1.02 RELATED SECTIONS਍ഀ A. Section 08110 - Standard Steel Doors and Frames: Furnish templates for door and frame਍ഀ preparation.਍ഀ B. Section 08112 - Standard Steel Frames: Furnish templates for frame preparation.਍ഀ C. Section 08211 - Flush Wood Doors: Furnish templates for frame preparation.਍ഀ D. Section 08212 - Stile and Rail Wood Doors: Furnish templates for frame preparation.਍ഀ E. Section 08410 - Aluminum Entrances and Storefronts: Furnish templates for frame preparation.਍ഀ F. Section 09999 - Schedule: Door schedule.਍ഀ G. Division 16 - Electrical: Power Supply to electrical hardware components.਍ഀ 1.03 REFERENCES਍ഀ A਍ഀ B਍ഀ C.਍ഀ D.਍ഀ E.਍ഀ F.਍ഀ G.਍ഀ H.਍ഀ American with Disabilities Act (ADA) - Accessibility Guidelines for Buildings and Facilities.਍ഀ ANSI Al 17.1 - Specifications for Making Buildings and Facilities Accessible to and Usable by਍ഀ Physically Handicapped People.਍ഀ AWI (Architectural Woodwork Institute) - Quality Standards.਍ഀ BHMA - Builders Hardware Manufacturer's Association.਍ഀ DHI - Door and Hardware Institute.਍ഀ NAAMM - National Association of Architectural Metal Manufacturers.਍ഀ NFPA 80 - Fire Doors and Window.਍ഀ NFPA 101 - Code for Safety to Life from Fire in Buildings and Structures.਍ഀ Door Hardware 08710 - 1 Vail's Front Door - Residential਍ഀ Vail, Colorado਍ഀ 15 May 2006਍ഀ L NFPA 252 - Fire Tests of Door Assemblies.਍ഀ J. SDI - Steel Door Institute.਍ഀ K. UL I OC - Safety Fire Tests of Door Assemblies.਍ഀ L. UL 305 - Safety Panic Hardware.਍ഀ 1.04 SUBMITTALS਍ഀ A. Submit under provisions of Section 01300 - Submittals.਍ഀ B. Shop Drawings: Indicate locations and mounting heights of each type of hardware, schedules,਍ഀ name and manufacturer of each item, location of each hardware set cross referenced to indications਍ഀ on Drawings, both on floor plan and in door and frame schedule, explanation of all abbreviations,਍ഀ symbols, and codes contained in schedule, door and frame sizes and materials, maximum allowable਍ഀ degree of swing and door handing, fire-ratings, electrical characteristics and connection਍ഀ requirements.਍ഀ C. Submit Manufacturer's cut sheets, parts lists and templates.਍ഀ D. Samples: Upon request by Architect, submit one sample of each type of hardware, illustrating਍ഀ style, color and fmish.਍ഀ E. Samples may be incorporated into the Work.਍ഀ F. Manufacturer's Installation Instructions: Indicate special procedures and perimeter conditions਍ഀ requiring special attention.਍ഀ 1.05 PROJECT RECORD DOCUMENTS਍ഀ A. Submit under provisions of Section 01700 - Contract Closeout.਍ഀ B. Record actual locations of installed cylinders and their master key code.਍ഀ 1.06 OPERATION AND MAINTENANCE DATA਍ഀ A. Submit under provisions of Section 01730 - Operation and Maintenance Data.਍ഀ B. Maintenance Data: Include data on operating hardware, lubrication requirements, and inspection਍ഀ procedures related to preventative maintenance.਍ഀ 1.07 QUALITY ASSURANCE਍ഀ A. Perform Work in accordance with the following requirements:਍ഀ 1. ADA (Americans with Disabilities Act).਍ഀ 2. ANSI A117.1 - Specifications for Making Buildings and Facilities Accessible to and਍ഀ Usable by Physically Handicapped People.਍ഀ 3. NFPA 80.਍ഀ 4. NFPA 101.਍ഀ 5. NFPA 252.਍ഀ 6. UL 10C.਍ഀ 6. UL 305.਍ഀ Door Hardware 08710 - 2 Vail's Front Door - Residential਍ഀ Vail, Colorado਍ഀ 15 May 2006਍ഀ B. Single Source Responsibility: Obtain each type of hardware (latch and locksets, hinges, closers,਍ഀ etc.) from a single Manufacturer.਍ഀ 1.08 QUALIFICATIONS਍ഀ A. Manufacturer: Company specializing in manufacturing the products specified in this Section with਍ഀ minimum five (5) years experience.਍ഀ B. Hardware Supplier: All hardware to be furnished by Rob Riddle, Alpine Builders Hardware, P.O.਍ഀ Box 2404, Edwards, Colorado 81623 (970) 926-7233 who will be available to Owner, Architect਍ഀ and Contractor, at reasonable times during the course of the Work, for consultation.਍ഀ 1.09 REGULATORY REQUIREMENTS਍ഀ A. Conform to applicable Code for requirements applicable to fire-rated doors and frames.਍ഀ B. Conform to applicable sections of Chapter 5 of NFPA 101.਍ഀ C. Products Requiring Electrical Connection: Listed and classified by Underwriters' Laboratories,਍ഀ Inc. as suitable for the purpose specified and indicated.਍ഀ 1.10 DELIVERY, STORAGE, AND HANDLING਍ഀ A. Deliver, store, protect and handle products to site under provisions of Section 01600 - Material਍ഀ and Equipment.਍ഀ B. Package hardware items individually; label and identify each package with door opening code to਍ഀ match hardware schedule.਍ഀ C. Protect hardware from theft by cataloging and storing in secured area.਍ഀ D. Deliver keys with identifying tags to Owner by security shipment direct from hardware supplier.਍ഀ 1.11 COORDINATION਍ഀ A. Coordinate Work under provisions of Section 01040 - Project Contract Coordination.਍ഀ B. Coordinate Work with other directly affected Sections involving Manufacturer or fabrication of਍ഀ internal reinforcement for door hardware and recessed items.਍ഀ C. Coordinate Owner's keying requirements during course of Work.਍ഀ 1.12 WARRANTY਍ഀ A. Provide the following warranties under provisions of Section 01700 - Contract Closeout.਍ഀ 1. Ten (10) year warranty on closers.਍ഀ 2. Two (2) year warranty on remaining hardware.਍ഀ B. Warranty: Submit Manufacturer warranty and ensure forms have been completed in Owner's਍ഀ name and registered with Manufacturer. Include coverage for all hardware.਍ഀ Door Hardware 08710 - 3 Vail's Front Door - Residential਍ഀ Vail, Colorado਍ഀ 15 May 2006਍ഀ 1.13 MAINTENANCE MATERIALS਍ഀ A. Provide maintenance materials under provisions of Section 01730 - Operation and Maintenance਍ഀ Data.਍ഀ B. Provide special wrenches and tools applicable to each different or special hardware component.਍ഀ C. Provide maintenance tools and accessories supplied by hardware component Manufacturer.਍ഀ PART 2 PRODUCTS਍ഀ 2.01 ACCEPTABLE MANUFACTURERS਍ഀ A. Refer to "3.05 SCHEDULES" located at end of this Section for approved Manufacturers and਍ഀ approved substitutes listing.਍ഀ 2.02 KEYING਍ഀ A. Grouped, keyed and supplied as per Owner's direction. Hardware supplier to verify with Owner਍ഀ for keying requirements.਍ഀ B. Except as otherwise indicated, key to new master-key system.਍ഀ C. Keys.਍ഀ 1. Keys shall be made of nickel silver.਍ഀ 2. Stamp all keys to read "DO NOT DUPLICATE".਍ഀ D. Supply keys in the following quantities:਍ഀ 1. 6 master keys.਍ഀ 2. 3 grand master keys.਍ഀ 4. 15 construction keys.਍ഀ 6. 2 change keys for each lock.਍ഀ 2.03 KEY CABINET਍ഀ A. Cabinet Construction: Sheet steel construction, piano hinged door with cylinder-type lock, master਍ഀ keyed to building system.਍ഀ B. Cabinet Size: Size for Project keys plus 50 percent growth.਍ഀ C. Provide hooks for keys.਍ഀ D. Horizontal metal strips for key hook labeling with clear plastic strip cover over labels.਍ഀ E. Finish: Baked enamel; color as selected by Architect.਍ഀ F. Install in location where directed by Owner.਍ഀ 2.04 FINISHES਍ഀ A. Finishes: Identified in schedule at end of this Section.਍ഀ Door Hardware 08710 - 4 Vail's Front Door - Residential਍ഀ Vail, Colorado਍ഀ 15 May 2006਍ഀ PART 3 EXECUTION਍ഀ 3.01 EXAMINATION਍ഀ A. Verify site conditions under provisions of Section 01040 - Project Contract Coordination.਍ഀ B. Verify that doors and frames are ready to receive Work and dimensions are as instructed by the਍ഀ Manufacturer.਍ഀ C. Verify that electric power is available to power operated devices and of the correct characteristics.਍ഀ 3.02 INSTALLATION਍ഀ A. All hardware shall be installed by this supplier Rob Riddle, Alpine Builders Hardware, P.O. Box਍ഀ 2404, Edwards, Colorado 81623 (970) 926-7233.਍ഀ B.਍ഀ B. Use templates provided by hardware item Manufacturer.਍ഀ C. Conform to ANSI A117.1 and ADA Guidelines for positioning requirements for the physically਍ഀ handicapped.਍ഀ 3.03 ADJUSTING਍ഀ A. Adjust Work under provisions of Section 01700 - Contract Closeout.਍ഀ B. Adjust hardware for smooth operation.਍ഀ 3.04 PROTECTION OF FINISHED WORK਍ഀ A. Protect finished Work under provisions of Section 01500 - Construction Facilities and Temporary਍ഀ Controls.਍ഀ B. Do not permit adjacent Work to damage hardware or finish.਍ഀ 3.05 SCHEDULES਍ഀ A. Legend:਍ഀ Manufacturer਍ഀ (BYO) By others਍ഀ (HAG) Hager਍ഀ (IVE) Ives਍ഀ (LCN) LCN਍ഀ (PEM) Pemko਍ഀ (RKY Rocky Mountain Hardware਍ഀ (SCH) Schlage਍ഀ (SRB) Stone River Bronze਍ഀ (DEL) Deltana਍ഀ (VON) Von Duprin਍ഀ Door Hardware 08710 - 5 Vail's Front Door - Residential਍ഀ Vail, Colorado਍ഀ 15 May 2006਍ഀ I. Furnish all items in Stone River Bronze 70, Natural, No Patina, Nickel Bronze, Plate਍ഀ Series Chalet, Bronze Texture - Medium Texture, unless indicated otherwise.਍ഀ 2. Use two pair of butts at doors 7'- 6" and over.਍ഀ 3. At pairs of closet doors use set E18 in lieu of set E14.਍ഀ 4. At pairs of Entry Doors use set E24 in lieu of E 19਍ഀ 5. At swinging balcony and deck doors use set E27 in lieu of set E21.਍ഀ 6. At wine storage doors use set E28 in lieu of set E17.਍ഀ 7. Use hardware set E12 in lieu of set E9 if door is not fire rated.਍ഀ 8. Verify all lock functions with Owner prior to ordering.਍ഀ 9. All out-swinging doors with locksets shall be non-removable pin (NRP) hinges.਍ഀ 10. Install closers out of corridors in less public side of door.਍ഀ 11. Supplier to verify that all necessary parts for installation are ordered.਍ഀ 12. All Emtek passage sets, privacy sets, and deadbolts shall be furnished with necessary਍ഀ parts for complete installation.਍ഀ HW SET: E1਍ഀ EACH OPENING TO HAVE:਍ഀ 3਍ഀ EA਍ഀ HINGE਍ഀ BB 11914.5 X 4.5 NRP਍ഀ 1਍ഀ EA਍ഀ PANIC HARDWARE਍ഀ 98L X 17਍ഀ 1਍ഀ EA਍ഀ RIM CYLINDER਍ഀ 20-057 ICX਍ഀ 1਍ഀ EA਍ഀ CORE਍ഀ 23-030਍ഀ 1਍ഀ EA਍ഀ CLOSER/STOP਍ഀ 1461 CUSH DS਍ഀ 1਍ഀ EA਍ഀ KICK PLATE਍ഀ 8400 10" X 2" LDW਍ഀ 2਍ഀ EA਍ഀ SEALS਍ഀ 319CS @ JAMBS਍ഀ I਍ഀ EA਍ഀ SEALS਍ഀ S88D @ HEAD਍ഀ 1਍ഀ EA਍ഀ DOOR SWEEP਍ഀ 345ANB਍ഀ 1਍ഀ EA਍ഀ THRESHOLD਍ഀ 272A (OR AS DETAILED)਍ഀ VERIFY FIN਍ഀ ISH REQUIRED AT DOORS E001 a WITH ARCHITECT਍ഀ Door Hardware 08710 - 6਍ഀ 630 HAG਍ഀ 626 VON਍ഀ 626 SCH਍ഀ 626 SCH਍ഀ 689 LCN਍ഀ 630 IVE਍ഀ AL PEM਍ഀ DKB PEM਍ഀ AL PEM਍ഀ AL PEM਍ഀ Vail's Front Door - Residential਍ഀ Vail, Colorado਍ഀ 15 May 2006਍ഀ HW SET: E2਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA਍ഀ HINGE਍ഀ BB 1279 4.5 X 4.5਍ഀ 652਍ഀ HAG਍ഀ 1 EA਍ഀ STOREROOM LOCK਍ഀ ND80TD SPA਍ഀ 626਍ഀ SCH਍ഀ 1 EA਍ഀ CORE਍ഀ 23-030਍ഀ 626਍ഀ SCH਍ഀ 1 EA਍ഀ CLOSER/STOP਍ഀ 1461 CUSH DS਍ഀ 689਍ഀ LCN਍ഀ 1 EA਍ഀ KICK PLATE਍ഀ 8400 10" X 2" LDW਍ഀ 630਍ഀ IVE਍ഀ I SET਍ഀ SEALS਍ഀ S88D HEAD AND JAMBS਍ഀ DKB਍ഀ PEM਍ഀ HW SET: E3਍ഀ EACH OPENING TO HAVE:਍ഀ 3਍ഀ EA਍ഀ HINGE਍ഀ BB 1279 4.5 X 4.5਍ഀ 652਍ഀ HAG਍ഀ 1਍ഀ EA਍ഀ STOREROOM LOCK਍ഀ ND80TD SPA਍ഀ 626਍ഀ SCH਍ഀ 1਍ഀ EA਍ഀ CORE਍ഀ 23-030਍ഀ 626਍ഀ SCH਍ഀ 1਍ഀ EA਍ഀ WALL STOP਍ഀ WS407CCV਍ഀ 630਍ഀ IVE਍ഀ 1਍ഀ EA਍ഀ SILENCER਍ഀ SR64਍ഀ GRY਍ഀ IVE਍ഀ HW SET: E4਍ഀ EACH OPENING TO HAVE:਍ഀ 1 EA RIM CYLINDER 20-057 ICX 626 SCH਍ഀ 1 EA CORE 23-030 626 SCH਍ഀ BALANCE OF HARDWARE BY DOOR਍ഀ MANUFACTURER਍ഀ HARDWARE SUPPLIER TO VERIFY TYPE AND QUANTITY OF CYLINDERS REQUIRED WITH DOOR਍ഀ MANUFACTURER਍ഀ HW SET: E5਍ഀ EACH OPENING TO HAVE:਍ഀ 3਍ഀ EA਍ഀ HINGE਍ഀ 1਍ഀ EA਍ഀ FIRE EXIT HARDWARE਍ഀ 1਍ഀ EA਍ഀ RIM CYLINDER਍ഀ 1਍ഀ EA਍ഀ CORE਍ഀ 1਍ഀ EA਍ഀ SURFACE CLOSER਍ഀ 1਍ഀ EA਍ഀ KICK PLATE਍ഀ 1਍ഀ EA਍ഀ WALL STOP਍ഀ 1਍ഀ SET਍ഀ SEALS਍ഀ HW SET: E6਍ഀ SET NOT USED਍ഀ Door Hardware਍ഀ BB 1279 4.5 X 4.5਍ഀ 22NL-F਍ഀ 20-057 ICX਍ഀ 23-030਍ഀ 1461 RW/62A DS (INSTALL PARALLEL ARM)਍ഀ 8400 10" X 2" LDW਍ഀ WS407CCV਍ഀ S88D HEAD AND JAMBS਍ഀ 08710 - 7਍ഀ 652 HAG਍ഀ 689 VON਍ഀ 626 SCH਍ഀ 626 SCH਍ഀ 689 LCN਍ഀ 630 IVE਍ഀ 630 IVE਍ഀ DKB PEM਍ഀ Vail's Front Door - Residential਍ഀ Vail, Colorado਍ഀ 15 May 2006਍ഀ HW SET: E7਍ഀ EACH OPENING TO HAVE:਍ഀ 3਍ഀ EA਍ഀ HINGE਍ഀ BB 1279 4.5 X 4.5਍ഀ 652਍ഀ HAG਍ഀ 1਍ഀ EA਍ഀ STOREROOM LOCK਍ഀ ND80TD SPA਍ഀ 626਍ഀ SCH਍ഀ 1਍ഀ EA਍ഀ CORE਍ഀ 23-030਍ഀ 626਍ഀ SCH਍ഀ 1਍ഀ EA਍ഀ SURFACE CLOSER਍ഀ 1461 RW/62A DS (INSTALL REGULAR OR਍ഀ 689਍ഀ LCN਍ഀ PARALLEL ARM AS REQUIRED)਍ഀ 1਍ഀ EA਍ഀ KICK PLATE਍ഀ 8400 10" X 2" LDW਍ഀ 630਍ഀ IVE਍ഀ 1਍ഀ EA਍ഀ WALL STOP਍ഀ WS407CCV (WHERE REQUIRED)਍ഀ 630਍ഀ IVE਍ഀ 1਍ഀ SET਍ഀ SEALS਍ഀ S88D HEAD AND JAMBS਍ഀ DKB਍ഀ PEM਍ഀ HW SET: E8਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA HINGE਍ഀ BTBB1279 4.5 X 4.5਍ഀ 646 HAG਍ഀ 1 EA LOCKSET਍ഀ ENTRY EXTERIOR SET 09 MORTISE LOCK਍ഀ SRB਍ഀ ENTRANCE SGL CYL X A3010b 3" X 10"਍ഀ W/BOTTOM HUB X PK KNOB (UL LISTED)਍ഀ 1 EA SURFACE CLOSER਍ഀ 1461 RW/62A DS (INSTALL REGULAR ARM)਍ഀ RAL LCN਍ഀ 1 EA WALL STOP਍ഀ WS407CCV (WHERE REQUIRED)਍ഀ 619 IVE਍ഀ 1 SET SEALS਍ഀ S88D X HSS2000 HEAD AND JAMBS਍ഀ DKB PEM਍ഀ FINISH OF CLOSER AS SELECTED B਍ഀ Y ARCHITECT - COORDINATE SEAL WITH DOOR਍ഀ MANUFACTURER਍ഀ HW SET.• E8B਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA਍ഀ HINGE਍ഀ BTBB 1279 4.5 X 4.5਍ഀ 646਍ഀ HAG਍ഀ 1 EA਍ഀ PASSAGE SET਍ഀ AL10S NEP਍ഀ 619਍ഀ SCH਍ഀ 1 EA਍ഀ DEADBOLT਍ഀ EMTEL LOW PROFILE DEADBOLT਍ഀ 26਍ഀ EMT਍ഀ 1 EA਍ഀ SURFACE CLOSER਍ഀ 1461 RW/62A DS (INSTALL REGULAR ARM)਍ഀ RAL਍ഀ LCN਍ഀ 1 EA਍ഀ WALL STOP਍ഀ WS407CCV (WHERE REQUIRED)਍ഀ 619਍ഀ IVE਍ഀ 1 SET਍ഀ SEALS਍ഀ S88D X HSS2000 HEAD AND JAMBS਍ഀ DKB਍ഀ PEM਍ഀ FINISH OF CLOSER AS SELECTED BY ARCHITECT - COORDINATE SEAL WITH DOOR਍ഀ MANUFACT਍ഀ URER਍ഀ HW SET: E9਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA HINGE਍ഀ BTBB 1279 4.5 X 4.5਍ഀ 646 HAG਍ഀ 1 EA PASSAGE SET਍ഀ PASSAGE SET 02M MORTISE LOCK X A3010b 3"਍ഀ SRB਍ഀ X 10" W/BOTTOM HUB X PK KNOB (UL LISTED)਍ഀ 1 EA SURFACE CLOSER਍ഀ 1461 RW/62A DS (INSTALL REGULAR ARM)਍ഀ RAL LCN਍ഀ 1 EA WALL STOP਍ഀ WS407CCV (WHERE REQUIRED)਍ഀ 619 IVE਍ഀ 1 SET SEALS਍ഀ S88D X HSS2000 HEAD AND JAMBS਍ഀ DKB PEM਍ഀ FINISH OF CLOSER AS SELECTED B਍ഀ Y ARCHITECT - COORDINATE SEAL WITH DOOR਍ഀ MANUFACTURER਍ഀ Door Hardware਍ഀ 08710 - 8਍ഀ Vail's Front Door - Residential਍ഀ Vail, Colorado਍ഀ 15 May 2006਍ഀ HW SET.• E9B਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA਍ഀ HINGE਍ഀ BTBB1279 4.5 X 4.5਍ഀ 646਍ഀ HAG਍ഀ 1 EA਍ഀ PASSAGE SET਍ഀ AL10S NEP਍ഀ 619਍ഀ SCH਍ഀ 1 EA਍ഀ SURFACE CLOSER਍ഀ 1461 RW/62A DS (INSTALL REGULAR ARM)਍ഀ RAL਍ഀ LCN਍ഀ I EA਍ഀ WALL STOP਍ഀ WS407CCV (WHERE REQUIRED)਍ഀ 619਍ഀ IVE਍ഀ 1 SET਍ഀ SEALS਍ഀ S88D X HSS2000 HEAD AND JAMBS਍ഀ DKB਍ഀ PEM਍ഀ FINISH OF CLOSER AS SELECTED B਍ഀ Y ARCHITECT - COORDINATE SEAL WITH DOOR਍ഀ MANUFACT਍ഀ URER਍ഀ HW SET: E10਍ഀ EACH OPENING TO HAVE:਍ഀ 6਍ഀ EA਍ഀ HINGE਍ഀ BB 1279 4.5 X 4.5਍ഀ 652਍ഀ HAG਍ഀ 1਍ഀ EA਍ഀ DUST PROOF STRIKE਍ഀ DP2਍ഀ 626਍ഀ IVE਍ഀ 1਍ഀ PR਍ഀ AUTO FLUSH BOLT਍ഀ FB31P਍ഀ 630਍ഀ IVE਍ഀ 1਍ഀ EA਍ഀ STOREROOM LOCK਍ഀ ND80TD SPA XQ07-351 7/8" FLAT LIP਍ഀ 626਍ഀ SCH਍ഀ 1਍ഀ EA਍ഀ CORE਍ഀ 23-030਍ഀ 626਍ഀ SCH਍ഀ 1਍ഀ EA਍ഀ COORDINATOR਍ഀ COR SERIES X FILLER BAR਍ഀ 628਍ഀ IVE਍ഀ 2਍ഀ EA਍ഀ CLOSER BRACKETS਍ഀ MB1/MB2 (AS REQUIRED)਍ഀ 628਍ഀ IVE਍ഀ 1਍ഀ EA਍ഀ ASTRAGAL਍ഀ 357SP X S88D਍ഀ 600਍ഀ PEM਍ഀ 2਍ഀ EA਍ഀ SURFACE CLOSER਍ഀ 1461 RW/62A DS (INSTALL PARALLEL ARM)਍ഀ 689਍ഀ LCN਍ഀ 2਍ഀ EA਍ഀ KICK PLATE਍ഀ 8400 10" X 2" LDW਍ഀ 630਍ഀ IVE਍ഀ 2਍ഀ EA਍ഀ WALL STOP਍ഀ WS407CCV (WHERE REQUIRED)਍ഀ 630਍ഀ IVE਍ഀ 1਍ഀ SET਍ഀ SEALS਍ഀ S88D HEAD AND JAMBS਍ഀ DKB਍ഀ PEM਍ഀ HW SET: El I਍ഀ SET NOT USED਍ഀ HW SET: E12਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA HINGE BTBB 1279 4 X 4 646 HAG਍ഀ 1 EA PASSAGE SET 02555 OVAL PLATE PK KNOB O1 PASSAGE SRB਍ഀ TUBULAR LATCH਍ഀ 1 EA SURFACE CLOSER 1461 RW/62A DS (INSTALL REGULAR ARM) RAL LCN਍ഀ 1 EA DOOR STOP 61 (WHERE REQUIRED) 619 IVE਍ഀ FINISH OF CLOSER AS SELECTED BY ARCHITECT਍ഀ Door Hardware 08710 - 9 Vail's Front Door - Residential਍ഀ Vail, Colorado਍ഀ 15 May 2006਍ഀ HW SET: E12B਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA਍ഀ HINGE਍ഀ BTBB 1279 4 X 4਍ഀ 646਍ഀ HAG਍ഀ 1 EA਍ഀ PASSAGE SET਍ഀ EMTEK MILANO LEVER WITH OVAL ROSETTE਍ഀ 26਍ഀ EMT਍ഀ 1 EA਍ഀ SURFACE CLOSER਍ഀ 1461 RW/62A DS (INSTALL REGULAR ARM)਍ഀ RAL਍ഀ LCN਍ഀ 1 EA਍ഀ DOOR STOP਍ഀ 61 (WHERE REQUIRED)਍ഀ 619਍ഀ IVE਍ഀ FINISH OF CLOSER AS SELECTED B਍ഀ Y ARCHITECT਍ഀ HW SET: E13਍ഀ EACH OPENING TO HAVE:਍ഀ 3਍ഀ EA਍ഀ HINGE਍ഀ 1਍ഀ EA਍ഀ PASSAGE SET਍ഀ 1਍ഀ EA਍ഀ DOOR STOP਍ഀ 1਍ഀ SET਍ഀ SEALS਍ഀ 1਍ഀ EA਍ഀ DOOR BOTTOM਍ഀ HW SET.• E13B਍ഀ EACH OPENING TO HAVE਍ഀ 3 EA਍ഀ HINGE਍ഀ 1 EA਍ഀ PASSAGE SET਍ഀ 1 EA਍ഀ DOOR STOP਍ഀ 1 SET਍ഀ SEALS਍ഀ 1 EA਍ഀ DOOR BOTTOM਍ഀ HW SET: E14਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA HINGE਍ഀ 1 EA PASSAGE SET਍ഀ 1 EA DOOR STOP਍ഀ HW SET: E14A਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA SWING CLEAR HINGE਍ഀ I EA PASSAGE SET਍ഀ 1 EA DOOR STOP਍ഀ Door Hardware਍ഀ BTBB 1279 4 X 4਍ഀ 646਍ഀ HAG਍ഀ 02555 OVAL PLATE PK KNOB O1 PASSAGE਍ഀ SRB਍ഀ TUBULAR LATCH਍ഀ 61 (WHERE REQUIRED)਍ഀ 619਍ഀ IVE਍ഀ S88D HEAD AND JAMBS਍ഀ DKB਍ഀ PEM਍ഀ 411 ARL਍ഀ AL਍ഀ PEM਍ഀ BTBB 1279 4 X 4਍ഀ 646਍ഀ HAG਍ഀ EMTEK MILANO LEVER WITH OVAL ROSETTE਍ഀ 26਍ഀ EMT਍ഀ 61 (WHERE REQUIRED)਍ഀ 619਍ഀ IVE਍ഀ S88D HEAD AND JAMBS਍ഀ DKB਍ഀ PEM਍ഀ 411ARL਍ഀ AL਍ഀ PEM਍ഀ BTBB 1279 4 X 4਍ഀ 02555 OVAL PLATE PK KNOB 01 PASSAGE਍ഀ TUBULAR LATCH਍ഀ 61 (WHERE REQUIRED)਍ഀ 646 HAG਍ഀ SRB਍ഀ 619 IVE਍ഀ BT1260 4" 646 HAG਍ഀ EMTEK MILANO LEVER WITH OVAL ROSETTE EMT਍ഀ 61 (WHERE REQUIRED) 619 IVE਍ഀ 08710 - 10਍ഀ Vail's Front Door - Residential਍ഀ Vail, Colorado਍ഀ 15 May 2006਍ഀ HW SET: EI4B਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA HINGE਍ഀ 1 EA PASSAGE SET਍ഀ 1 EA DOORSTOP਍ഀ HW SET: E15਍ഀ EACH OPENING TO HAVE:਍ഀ 6 EA HINGE਍ഀ 2 EA SURFACE BOLT਍ഀ 1 EA ENTRY SET਍ഀ 2 EA DOORSTOP਍ഀ HW SET: E1 5B਍ഀ EACH OPENING TO HAVE:਍ഀ 6਍ഀ EA਍ഀ HINGE਍ഀ 2਍ഀ EA਍ഀ SURFACE BOLT਍ഀ 1਍ഀ EA਍ഀ PASSAGE SET਍ഀ 1਍ഀ EA਍ഀ DEADBOLT਍ഀ 2਍ഀ EA਍ഀ DOORSTOP਍ഀ HW SET: E16਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA HINGE਍ഀ I EA PRIVACY SET਍ഀ 1 EA DOORSTOP਍ഀ HW SET: El"਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA SWING CLEAR HINGE਍ഀ I EA PRIVACY SET਍ഀ 1 EA DOORSTOP਍ഀ Door Hardware਍ഀ BTBB 1279 4 X 4 646 HAG਍ഀ EMTEK MILANO LEVER WITH OVAL ROSETTE ENT਍ഀ 61 (WHERE REQUIRED) 619 IVE਍ഀ BTBB 1279 4 X 4਍ഀ SB18 12"਍ഀ 02555 OVAL PLATE PK KNOB 03 ENTRY਍ഀ TUBULAR LATCH W/ DEADBOLT SGL CYL 45਍ഀ DEADBOLT਍ഀ 61 (WHERE REQUIRED)਍ഀ 646 HAG਍ഀ SRB਍ഀ SRB਍ഀ 619 IVE਍ഀ BTBB1279 4 X 4 646 HAG਍ഀ S131812" SRB਍ഀ EMTEK MILANO LEVER WITH OVAL ROSETTE EMT਍ഀ EMTEL LOW PROFILE DEADBOLT 26 EMT਍ഀ 61 (WHERE REQUIRED) 619 IVE਍ഀ BTBB 1279 4 X 4਍ഀ 02555 OVAL PLATE PK KNOB 02 PRIVACY਍ഀ TUBULAR LATCH਍ഀ 61 (WHERE REQUIRED)਍ഀ 646 HAG਍ഀ SRB਍ഀ 619 IVE਍ഀ BT1260 4" 646 HAG਍ഀ EMTEK MILANO LEVER WITH OVAL ROSETTE EMT਍ഀ 61 (WHERE REQUIRED) 619 IVE਍ഀ 08710-11਍ഀ Vail's Front Door - Residential਍ഀ Vail, Colorado਍ഀ 15 May 2006਍ഀ HW SET: E17਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA HINGE਍ഀ 1 EA ENTRY SET਍ഀ 1 EA DOOR STOP਍ഀ HW SET: E17A਍ഀ EACH OPENING TO HAVE਍ഀ 3 EA਍ഀ SWING CLEAR HINGE਍ഀ 1 EA਍ഀ PASSAGE SET਍ഀ 1 EA਍ഀ DEADBOLT਍ഀ 1 EA਍ഀ DOOR STOP਍ഀ HW SET: E17B਍ഀ EACH OPENING TO HAVE਍ഀ 3 EA਍ഀ HINGE਍ഀ 1 EA਍ഀ PASSAGE SET਍ഀ I EA਍ഀ DEADBOLT਍ഀ 1 EA਍ഀ DOORSTOP਍ഀ HW SET: E18਍ഀ EACH OPENING TO HAVE:਍ഀ 6 EA HINGE਍ഀ 2 EA DUMMY਍ഀ 2 EA ROLLER LATCH਍ഀ 2 EA DOOR STOP਍ഀ Door Hardware਍ഀ BTBB 1279 4 X 4਍ഀ 02555 OVAL PLATE PK KNOB 03 ENTRY਍ഀ TUBULAR LATCH W/ DEADBOLT SGL CYL 45਍ഀ DEADBOLT਍ഀ 61 (WHERE REQUIRED)਍ഀ 646 HAG਍ഀ SRB਍ഀ 619 IVE਍ഀ BT1260 4" 646 HAG਍ഀ EMTEK MILANO LEVER WITH OVAL ROSETTE EMT਍ഀ EMTEL LOW PROFILE DEADBOLT 26 EMT਍ഀ 61 (WHERE REQUIRED) 619 IVE਍ഀ BTBB 1279 4 X 4 646 HAG਍ഀ EMTEK MILANO LEVER WITH OVAL ROSETTE EMT਍ഀ EMTEL LOW PROFILE DEADBOLT 26 EMT਍ഀ 61 (WHERE REQUIRED) 619 IVE਍ഀ BTBB 1279 4 X 4਍ഀ 02555 OVAL PLATE PK KNOB 06 SINGLE਍ഀ DUMMY਍ഀ RL32਍ഀ 61 (WHERE REQUIRED)਍ഀ 08710 - 12਍ഀ 646 HAG਍ഀ SRB਍ഀ 630 IVE਍ഀ 619 IVE਍ഀ Vail's Front Door - Residential਍ഀ Vail, Colorado਍ഀ 15 May 2006਍ഀ HW SET: E19਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA਍ഀ HINGE਍ഀ BTBB 1279 4 X 4 646਍ഀ HAG਍ഀ 1 EA਍ഀ LOCKSET਍ഀ EXTERIOR A3011/AG GRIP INTERIOR A2510b/PK਍ഀ SRB਍ഀ KNOB 09 MORTISE LOCK ENTRANCE SGL CYL਍ഀ EXTERIOR 3" X 11" INTERIOR 2-1/2" X 10"਍ഀ 1 EA਍ഀ DOOR STOP਍ഀ 61 (WHERE REQUIRED) 619਍ഀ IVE਍ഀ 1 SET਍ഀ KERF-IN WEATHERSTRIP਍ഀ S109D HEAD AND JAMBS DKB਍ഀ PEM਍ഀ 1 EA਍ഀ DOOR BOTTOM਍ഀ 234APK AL਍ഀ PEM਍ഀ 1 EA਍ഀ MARBLE THRESHOLD਍ഀ BY OTHERS਍ഀ BYO਍ഀ 1 EA਍ഀ DOOR BELL਍ഀ BY ELECTRICIAN਍ഀ BYO਍ഀ 1 EA਍ഀ DOOR BELL BUTTON਍ഀ DOOR BELL KET W/02555 PLATE LIGHTED਍ഀ SRB਍ഀ BUTTON਍ഀ HW SET: E20਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA਍ഀ HINGE਍ഀ BTBB 1279 4 X 4 NRP਍ഀ 646 HAG਍ഀ 1 EA਍ഀ LOCKSET਍ഀ ENTRY EXTERIOR SET 09 MORTISE LOCK਍ഀ SRB਍ഀ ENTRANCE SGL CYL X A3010b 3" X 10"਍ഀ W/BOTTOM HUB X PK KNOB਍ഀ I SET਍ഀ KERF-IN WEATHERSTRIP਍ഀ S109D HEAD AND JAMBS਍ഀ DKB PEM਍ഀ 1 EA਍ഀ DOOR BOTTOM਍ഀ 234APK਍ഀ AL PEM਍ഀ 1 EA਍ഀ WOOD THRESHOLD਍ഀ BY OTHERS਍ഀ BYO਍ഀ HW SET: E20B਍ഀ EACH OPENING TO HAVE:਍ഀ 3਍ഀ EA਍ഀ HINGE਍ഀ BTBB 1279 4 X 4 NRP਍ഀ 646਍ഀ HAG਍ഀ 1਍ഀ EA਍ഀ PASSAGE SET਍ഀ EMTEK MILANO LEVER WITH OVAL ROSETTE਍ഀ EMT਍ഀ 1਍ഀ EA਍ഀ DEADBOLT਍ഀ EMTEL LOW PROFILE DEADBOLT਍ഀ 26਍ഀ EMT਍ഀ 1਍ഀ SET਍ഀ KERF-IN WEATHERSTRIP਍ഀ S109D HEAD AND JAMBS਍ഀ DKB਍ഀ PEM਍ഀ 1਍ഀ EA਍ഀ DOOR BOTTOM਍ഀ 234APK਍ഀ AL਍ഀ PEM਍ഀ 1਍ഀ EA਍ഀ WOOD THRESHOLD਍ഀ BY OTHERS਍ഀ BYO਍ഀ HW SET: E21਍ഀ EACH OPENING TO HAVE:਍ഀ ALL HARDWARE BY SLIDING DOOR MANUFACTURER਍ഀ Door Hardware਍ഀ 08710 - 13਍ഀ Vail's Front Door - Residential਍ഀ Vail, Colorado਍ഀ 15 May 2006਍ഀ HW SET: E22਍ഀ EACH OPENING TO HAVE:਍ഀ 3਍ഀ EA਍ഀ HINGE਍ഀ BTBB 1279 4 X 4਍ഀ 646਍ഀ HAG਍ഀ 1਍ഀ EA਍ഀ LOCKSET਍ഀ ENTRY EXTERIOR SET 09 MORTISE LOCK਍ഀ SRB਍ഀ ENTRANCE SGL CYL X A3010b 3" X 10"਍ഀ W/BOTTOM HUB X PK KNOB਍ഀ 1਍ഀ EA਍ഀ DOOR STOP਍ഀ 61 (WHERE REQUIRED)਍ഀ 619਍ഀ IVE਍ഀ 1਍ഀ SET਍ഀ KERF-IN WEATHERSTRIP਍ഀ S109D HEAD AND JAMBS਍ഀ DKB਍ഀ PEM਍ഀ 1਍ഀ EA਍ഀ DOOR BOTTOM਍ഀ 234APK਍ഀ AL਍ഀ PEM਍ഀ 1਍ഀ EA਍ഀ WOOD THRESHOLD਍ഀ BY OTHERS਍ഀ BYO਍ഀ HW SET.• E22B਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA਍ഀ HINGE਍ഀ BTBB 1279 4 X 4਍ഀ 646਍ഀ HAG਍ഀ 1 EA਍ഀ PASSAGE SET਍ഀ EMTEK MILANO LEVER WITH OVAL ROSETTE਍ഀ EMT਍ഀ 1 EA਍ഀ DEADBOLT਍ഀ EMTEL LOW PROFILE DEADBOLT਍ഀ 26਍ഀ EMT਍ഀ 1 EA਍ഀ DOOR STOP਍ഀ 61 (WHERE REQUIRED)਍ഀ 619਍ഀ IVE਍ഀ 1 SET਍ഀ KERF-IN WEATHERSTRIP਍ഀ S109D HEAD AND JAMBS਍ഀ DKB਍ഀ PEM਍ഀ 1 EA਍ഀ DOOR BOTTOM਍ഀ 234APK਍ഀ AL਍ഀ PEM਍ഀ 1 EA਍ഀ WOOD THRESHOLD਍ഀ BY OTHERS਍ഀ BYO਍ഀ HW SET: E2਍ഀ 3਍ഀ EACH OPENING TO HAVE:਍ഀ 4 EA਍ഀ HINGE਍ഀ BTBB 1279 4 X 4 NRP਍ഀ 646਍ഀ HAG਍ഀ 1 EA਍ഀ SURFACE BOLT਍ഀ SB 18 CUT TO REQUIRED LENGTH਍ഀ SRB਍ഀ 1 EA਍ഀ DEADBOLT਍ഀ 45 17 FUNCTION਍ഀ SRB਍ഀ 1 EA਍ഀ LOCKSET਍ഀ ENTRY EXTERIOR SET 09 MORTISE LOCK਍ഀ SRB਍ഀ ENTRANCE SGL CYL X A3010b 3" X 10"਍ഀ W/BOTTOM HUB X PK KNOB਍ഀ 1 EA਍ഀ DOOR STOP਍ഀ 61 (WHERE REQUIRED)਍ഀ 619਍ഀ IVE਍ഀ 1 SET਍ഀ KERF-IN WEATHERSTRIP਍ഀ S109D HEAD AND JAMBS਍ഀ DKB਍ഀ PEM਍ഀ I EA਍ഀ DOOR BOTTOM਍ഀ 234APK਍ഀ AL਍ഀ PEM਍ഀ 1 EA਍ഀ WOOD THRESHOLD਍ഀ BY OTHERS਍ഀ BYO਍ഀ HW SET: E24਍ഀ EACH OPENING TO HAVE:਍ഀ 6 EA਍ഀ HINGE਍ഀ BTBB 1279 4 X 4਍ഀ 646਍ഀ HAG਍ഀ 1 EA਍ഀ DUMMY SET਍ഀ EXTERIOR A3011/AG GRIP INTERIOR A2510b/PK਍ഀ SRB਍ഀ KNOB 06F(A) EXTERIOR 3" X 11" INTERIOR 2-਍ഀ 1/2" X 10"਍ഀ 1 EA਍ഀ LOCKSET਍ഀ EXTERIOR A3011/AG GRIP INTERIOR A2510b/PK਍ഀ SRB਍ഀ KNOB 09 MORTISE LOCK ENTRANCE SGL CYL਍ഀ EXTERIOR 3" X 11" INTERIOR 2-1/2" X 10"਍ഀ 1 EA਍ഀ ASTRAGAL਍ഀ BY DOOR MANUFACTURER਍ഀ BYO਍ഀ Door Hardwa਍ഀ re਍ഀ 08710 - 14 Vail's Front Door਍ഀ - Residential਍ഀ V਍ഀ ail, Co਍ഀ lorado਍ഀ 15 May 2006਍ഀ 2਍ഀ EA਍ഀ DOOR STOP਍ഀ 61 (WHERE REQUIRED)਍ഀ 1਍ഀ SET਍ഀ KERF-IN WEATHERSTRIP਍ഀ S109D HEAD AND JAMBS਍ഀ 2਍ഀ EA਍ഀ DOOR BOTTOM਍ഀ 234APK਍ഀ 1਍ഀ EA਍ഀ MARBLE THRESHOLD਍ഀ BY OTHERS਍ഀ 1਍ഀ EA਍ഀ DOOR BELL਍ഀ BY ELECTRICIAN਍ഀ 1਍ഀ EA਍ഀ DOOR BELL BUTTON਍ഀ DOOR BELL KET W/02555 PLATE LIGHTED਍ഀ BUTTON਍ഀ HW SET: E25਍ഀ EACH OPENING TO HAVE:਍ഀ 6਍ഀ EA਍ഀ HINGE਍ഀ BTBB 1279 4 X 4 NRP਍ഀ 2਍ഀ EA਍ഀ SURFACE BOLT਍ഀ SB18 12"਍ഀ 1਍ഀ EA਍ഀ ENTRY SET਍ഀ 02555 OVAL PLATE PK KNOB 03 ENTRY਍ഀ TUBULAR LATCH W/ DEADBOLT SGL CYL 45਍ഀ DEADBOLT਍ഀ 1਍ഀ EA਍ഀ ASTRAGAL਍ഀ BY DOOR MANUFACTURER਍ഀ 2਍ഀ EA਍ഀ DOOR STOP਍ഀ 61 (WHERE REQUIRED)਍ഀ 1਍ഀ SET਍ഀ KERF-IN WEATHERSTRIP਍ഀ S109D HEAD AND JAMBS਍ഀ 2਍ഀ EA਍ഀ DOOR BOTTOM਍ഀ 234APK਍ഀ 1਍ഀ EA਍ഀ WOOD THRESHOLD਍ഀ BY OTHERS਍ഀ HW SET: E26਍ഀ EACH OPENING TO HAVE:਍ഀ 1 EA POCKET DOOR HARDWARE 9850਍ഀ 1 EA POCKET DOR LOCK DEL-SDLA325U15A਍ഀ HW SET: E27਍ഀ EACH OPENING TO HAVE:਍ഀ 1 EA LOCKSET਍ഀ HW SET: E28਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA STRAP HINGE਍ഀ I EA ENTRY SET਍ഀ 1 EA DOORSTOP਍ഀ Door Hardware਍ഀ PELLA A151 It 1-1/2" X 11" WITH TOP HUB 30਍ഀ MULTI POINT SGL CYL (LEVER AS SELECTED਍ഀ BY INTERIOR DESIGNER)਍ഀ BALANCE OF HARDWARE BY DOOR਍ഀ MANUFACTURER਍ഀ SHNG 12਍ഀ 02555 OVAL PLATE PK KNOB 03 ENTRY਍ഀ TUBULAR LATCH W/ DEADBOLT SGL CYL 45਍ഀ DEADBOLT਍ഀ 61 (WHERE REQUIRED)਍ഀ 08710 - 15਍ഀ 619 IVE਍ഀ DKB PEM਍ഀ AL PEM਍ഀ BYO਍ഀ BYO਍ഀ SRB਍ഀ 646 HAG਍ഀ SRB਍ഀ SRB਍ഀ BYO਍ഀ 619 IVE਍ഀ DKB PEM਍ഀ AL PEM਍ഀ BYO਍ഀ HAG਍ഀ 15A DEL਍ഀ SRB਍ഀ RKY਍ഀ SRB਍ഀ 619 IVE਍ഀ Vail's Front Door - Residential਍ഀ Vail, Colorado਍ഀ 15 May 2006਍ഀ HW SET: E29਍ഀ EACH OPENING TO HAVE:਍ഀ 6਍ഀ EA਍ഀ HINGE਍ഀ BTBB 1279 4 X 4਍ഀ 646 HAG਍ഀ 2਍ഀ EA਍ഀ DUMMY਍ഀ 4" RING PULL X 02555 ESCUTCHEON਍ഀ SRB਍ഀ 2਍ഀ EA਍ഀ ROLLER LATCH਍ഀ RL32਍ഀ 630 IVE਍ഀ 2਍ഀ EA਍ഀ DOOR STOP਍ഀ 61 (WHERE REQUIRED)਍ഀ 619 IVE਍ഀ HW SET: E30਍ഀ EACH OPENING TO HAVE:਍ഀ 3਍ഀ EA਍ഀ HINGE਍ഀ BB 1279 4.5 X 4.5਍ഀ 652਍ഀ HAG਍ഀ 1਍ഀ EA਍ഀ STOREROOM LOCK਍ഀ ND96TD SPA਍ഀ *਍ഀ SCH਍ഀ 1਍ഀ EA਍ഀ CORE਍ഀ 23-030਍ഀ *਍ഀ SCH਍ഀ 1਍ഀ EA਍ഀ SURFACE CLOSER਍ഀ 1461 RW/PA (INSTALL REGULAR ARM)਍ഀ 689਍ഀ LCN਍ഀ 1਍ഀ EA਍ഀ KICK PLATE਍ഀ 8400 10" X 2" LDW਍ഀ *਍ഀ IVE਍ഀ 1਍ഀ EA਍ഀ WALL STOP਍ഀ WS407CCV਍ഀ 630਍ഀ IVE਍ഀ 1਍ഀ SET਍ഀ SEALS਍ഀ 319CS HEAD & JAMBS਍ഀ AL਍ഀ PEM਍ഀ 1਍ഀ EA਍ഀ DOOR BOTTOM਍ഀ 216APK (NOTCH FOR FRAME STOP)਍ഀ AL਍ഀ PEM਍ഀ 1਍ഀ EA਍ഀ THRESHOLD਍ഀ 272A (OR AS DETAILED)਍ഀ AL਍ഀ PEM਍ഀ * VERIFY FI਍ഀ NISH REQUIRED WITH ARCHITECT਍ഀ HW SET: E31਍ഀ EACH OPENING TO HAVE:਍ഀ ALL HARDWARE BY GATE MANUFACTURER਍ഀ HW SET: E32਍ഀ EACH OPENING TO HAVE:਍ഀ 3਍ഀ EA਍ഀ HINGE਍ഀ BB1191 4.5 X 4.5 NRP਍ഀ 630਍ഀ HAG਍ഀ 1਍ഀ EA਍ഀ STOREROOM LOCK਍ഀ ND96TD SPA਍ഀ 626਍ഀ SCH਍ഀ 1਍ഀ EA਍ഀ CORE਍ഀ 23-030਍ഀ 626਍ഀ SCH਍ഀ 1਍ഀ EA਍ഀ CLOSER/STOP਍ഀ 1461 CUSH DS਍ഀ 689਍ഀ LCN਍ഀ 1਍ഀ EA਍ഀ KICK PLATE਍ഀ 8400 10" X 2" LDW਍ഀ 630਍ഀ IVE਍ഀ 2਍ഀ EA਍ഀ SEALS਍ഀ 319CS @ JAMBS਍ഀ AL਍ഀ PEM਍ഀ 1਍ഀ EA਍ഀ SEALS਍ഀ S88D @ HEAD਍ഀ DKB਍ഀ PEM਍ഀ 1਍ഀ EA਍ഀ DOOR SWEEP਍ഀ 345ANB਍ഀ AL਍ഀ PEM਍ഀ 1਍ഀ EA਍ഀ THRESHOLD਍ഀ 272A (OR AS DETAILED)਍ഀ AL਍ഀ PEM਍ഀ Door Hardware 08710 - 16 Vail's Front Door - Residential਍ഀ Vail, Colorado਍ഀ 15 May 2006਍ഀ HW SET: E33਍ഀ EACH OPENING TO HAVE:਍ഀ 3਍ഀ EA਍ഀ HINGE਍ഀ 1਍ഀ EA਍ഀ FIRE EXIT HARDWARE਍ഀ 1਍ഀ EA਍ഀ SURFACE CLOSER਍ഀ 1਍ഀ EA਍ഀ KICK PLATE਍ഀ 1਍ഀ EA਍ഀ WALL STOP਍ഀ I਍ഀ SET਍ഀ SEALS਍ഀ HW SET: E34਍ഀ BB 1279 4.5 X 4.5਍ഀ 652਍ഀ HAG਍ഀ 98L-F-BE X 996L-BE X 17਍ഀ 689਍ഀ VON਍ഀ 1461 RW/62A DS (INSTALL PARALLEL ARM)਍ഀ 689਍ഀ LCN਍ഀ 8400 10" X 2" LDW਍ഀ 630਍ഀ IVE਍ഀ WS407CCV਍ഀ 630਍ഀ IVE਍ഀ S88D HEAD AND JAMBS਍ഀ DKB਍ഀ PEM਍ഀ EACH OPENING TO HAVE:਍ഀ 2 EA HINGE਍ഀ 1 EA DUMMY਍ഀ 1 EA ROLLER LATCH਍ഀ BTBB 1279 4 X 4਍ഀ 4" RING PULL X 02555 ESCUTCHEON਍ഀ RL32਍ഀ 646 HAG਍ഀ SRB਍ഀ 630 IVE਍ഀ HW SET: E35਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA HINGE BTBB1279 4 X 4 NRP਍ഀ 1 EA ENTRY SET 02555 OVAL PLATE PK KNOB 03 ENTRY਍ഀ TUBULAR LATCH W/ DEADBOLT SGL CYL 45਍ഀ DEADBOLT਍ഀ I EA DOOR STOP 61 (WHERE REQUIRED)਍ഀ I SET KERF-IN WEATHERSTRIP S109D HEAD AND JAMBS਍ഀ I EA DOOR BOTTOM 234APK਍ഀ 1 EA WOOD THRESHOLD BY OTHERS਍ഀ HW SET: E37਍ഀ EACH OPENING TO HAVE:਍ഀ 3 EA HINGE਍ഀ 1 EA ENTRY SET਍ഀ 1 EA DOORSTOP਍ഀ 1 SET SEALS਍ഀ 1 EA DOOR BOTTOM਍ഀ Door Hardware਍ഀ BTBB 1279 4 X 4਍ഀ 02555 OVAL PLATE PK KNOB 03 ENTRY਍ഀ TUBULAR LATCH W/ DEADBOLT SGL CYL 45਍ഀ DEADBOLT਍ഀ 61 (WHERE REQUIRED)਍ഀ S88D HEAD AND JAMBS਍ഀ 411 ARL਍ഀ END OF SECTION਍ഀ 646 HAG਍ഀ SRB਍ഀ 619 IVE਍ഀ DKB PEM਍ഀ AL PEM਍ഀ BYO਍ഀ 646 HAG਍ഀ SRB਍ഀ 619 IVE਍ഀ DKB PEM਍ഀ AL PEM਍ഀ 08710 - 17 Vail's Front Door - Residential਍ഀ Vail, Colorado਍ഀ 15 May 2006਍ഀ OAF਍ഀ CONSUApril 5਍ഀ , 2006਍ഀ Building Safety & Inspection Services਍ഀ Town of Vail਍ഀ Vail, Colorado਍ഀ Attn: Electrical Plan Reviewer਍ഀ REVIEWED BY਍ഀ U L 10 2006਍ഀ COLORADO INSPECTION਍ഀ AGENCY਍ഀ ~°0~਍ഀ Re: Vail's Front Door - Buildings A, C & D - Garage, Ski Club & Skier Services਍ഀ Subj: IECC Lighting Compliance਍ഀ To whom it may concern:਍ഀ Buildings A, C and D are all served from a common electrical service. The IECC Lighting Compliance਍ഀ calculations for these buildings were prepared in three parts to allow for a streamlined review process.਍ഀ Please see the attached sets of calculations for details of each building.਍ഀ Buildings A and D are shown to be in compliance. Building C is shown as not in compliance. When all਍ഀ three buildings are looked at together they comply:਍ഀ Building Allowed Watts Actual Watts਍ഀ "A" 17,461਍ഀ 16,702਍ഀ "C" 15,821਍ഀ 16,963਍ഀ "D" 34,940਍ഀ 32,817਍ഀ Total 68,222਍ഀ 66,482਍ഀ Lighting design for this electrical service Complies with IECC 805, +2.6%.਍ഀ Should there be any questions, please contact us.਍ഀ S਍ഀ TonE. Co sultants, Inc.਍ഀ Bou ult, P.E.਍ഀ Partner਍ഀ [REB/mwr]਍ഀ P{ ~ r਍ഀ P:\2001-134-03\ADMIN\Elec A\Corr\Mwr-Ltr-2006-4-5 Bldg A-C-D IECC Compliance Letter.Doc਍ഀ 1530 16TH STREET, SUITE 400਍ഀ DENVER, COLORADO 80202਍ഀ 303-623-6200 FAX 623-8435਍ഀ APP 0 7 2006 0,਍ഀ TOWN OF VAIL !਍ഀ Permit #਍ഀ Permit Date਍ഀ COMcheck Software Version 3.1 Release 1਍ഀ Lighting Compliance Certificate਍ഀ 2003 IECC਍ഀ Report Date: 04/05/06਍ഀ Data filename: P:\2001-134-03\ADMIN\Elec_A\Schedules\Building C - Ski Club\Bldg-C-SkiClub.cck਍ഀ Section 1: Project Information਍ഀ Project Title: Vail's Front Door - Building C - Ski Club਍ഀ Construction Site: Owner/Agent:਍ഀ Section 2: General Information਍ഀ Building Use Description by: Activity Type਍ഀ Project Type: New Construction਍ഀ Activity Tvoefsl਍ഀ Corridor, Restroom, Support Area਍ഀ Storage, Industrial and Commercial਍ഀ Kitchen਍ഀ Lobby - Other਍ഀ Convention, Conference or Meeting Center਍ഀ Office਍ഀ Exercise Center਍ഀ Section 3: Requirements Checklist਍ഀ Designer/Contractor:਍ഀ `,~1~\\\'strri~~ll! S f5i 11 /I[1~f1/!/~y਍ഀ Floor Area਍ഀ +ca CA਍ഀ 2863 e਍ഀ 3599਍ഀ 2447਍ഀ r +਍ഀ 9਍ഀ 180਍ഀ 1087਍ഀ `•'+ti.਍ഀ y% tf ~'••••.•'*i਍ഀ 1999਍ഀ N਍ഀ 235਍ഀ 3953਍ഀ APR 0 3 10016਍ഀ Interior Lighting:਍ഀ ❑ 1. Total actual watts must be less than or equal to total allowed watts.਍ഀ Allowed Watts Actual Watts Complies਍ഀ 15821 16963 NO਍ഀ ❑ 2. Exit signs 5 Watts or less per side.਍ഀ Exterior Lighting:਍ഀ ❑ 3. Efficacy greater than 45 lumens/W.਍ഀ Exceptions:਍ഀ Specialized lighting highlighting features of historic buildings; signage; safety or security lighting; low-voltage landscape਍ഀ lighting.਍ഀ Controls, Switching, and Wiring:਍ഀ ❑ 4. Independent controls for each space (switch/occupancy sensor).਍ഀ Exceptions:਍ഀ Areas that must be continuously illuminated.਍ഀ ❑ 5. Master switch at entry to hotel/motel guest room.਍ഀ ❑ 6. Individual dwelling units separately metered.਍ഀ ❑ 7. Each space provided with a manual control to provide uniform light reduction by at least 50%.਍ഀ Exceptions:਍ഀ Only one luminaire in space;਍ഀ An occupant-sensing device controls the area;਍ഀ Page 1 of 4਍ഀ e The area is a corridor, storeroom, restroom, public lobby or guest room;਍ഀ Areas that must be continuously illuminated;਍ഀ Areas that use less than 0.6 Watts/sq.ft.਍ഀ ❑ 8. Automatic lighting shutoff control in buildings larger than 5,000 sq.ft.਍ഀ ❑ 9. Photocell/astronomical time switch on exterior lights.਍ഀ Exceptions:਍ഀ Lighting intended for 24 hour use.਍ഀ ❑ 10. Tandem wired one-lamp and three-lamp ballasted luminaires (No single-lamp ballasts).਍ഀ Exceptions:਍ഀ Electronic high-frequency ballasts; Luminaires on emergency circuits or with no available pair.਍ഀ Page 2 of 4਍ഀ a਍ഀ Permit #਍ഀ Permit Date਍ഀ COMcheck Software Version 3.1 Release 1਍ഀ Lighting Application Worksheet਍ഀ 2003 IECC਍ഀ Report Date:਍ഀ Data filename: P:\2001-134-03\ADMIN\Elec A\Schedules\Building C - Ski Club\Bldg-C-SkiClub.cck਍ഀ Section 1: Allowed Lighting Power Calculation਍ഀ A਍ഀ B਍ഀ C਍ഀ D਍ഀ Area Category਍ഀ Floor Area਍ഀ Allowed਍ഀ Allowed Watts਍ഀ (ft2)਍ഀ Watts / ft2਍ഀ (B x C)਍ഀ Corridor, Restroom, Support Area਍ഀ 3599਍ഀ 0.9਍ഀ 3239਍ഀ Storage, Industrial and Commercial਍ഀ 2447਍ഀ 0.8਍ഀ 1958਍ഀ Kitchen਍ഀ 180਍ഀ 1.2਍ഀ 216਍ഀ Lobby - Other਍ഀ 1087਍ഀ 1.3਍ഀ 1413਍ഀ Allowance: Decorative / Fix. ID: LTG9਍ഀ 52(a)਍ഀ 1਍ഀ 52(b)਍ഀ Allowance: Decorative / Fix. ID: LTG5਍ഀ 240(a)਍ഀ 1਍ഀ 240(b)਍ഀ Allowance: Decorative / Fix. ID: LTG4਍ഀ 795(a)਍ഀ 1਍ഀ 480(b)਍ഀ Convention, Conference or Meeting Center਍ഀ 1999਍ഀ 1.3਍ഀ 2599਍ഀ Allowance: Decorative / Fix. ID: LTG3਍ഀ 200(a)਍ഀ 1਍ഀ 200(b)਍ഀ Allowance: Decorative / Fix. ID: LTG2਍ഀ 108(a)਍ഀ 1਍ഀ 108(b)਍ഀ Allowance: Decorative / Fix. ID: LTG1਍ഀ 1684(a)਍ഀ 1਍ഀ 1500(b)਍ഀ Office਍ഀ 235਍ഀ 1.1਍ഀ 258਍ഀ Exercise Center਍ഀ 3953਍ഀ 0.9਍ഀ 3558਍ഀ Total Allowed Watts =਍ഀ (a) Area claimed must not exceed the illuminated area permitted for this allowance type.਍ഀ (b) Allowance is (B x C) or the actual wattage of the fixtures given in Section 2, whichever is less.਍ഀ Section 2: Actual Lighting Power Calculation਍ഀ A B C਍ഀ Fixture ID : Description / Lamp / Wattage Per Lamp / Ballast Lamps/ # of਍ഀ Fixture Fixtures਍ഀ 15821਍ഀ D਍ഀ Fixture਍ഀ Watt.਍ഀ E਍ഀ (C X D)਍ഀ Compact Fluorescent 1: Al: 6" DOWNLIGHT / Triple 4-pin 42W / Electronic਍ഀ 1਍ഀ 37਍ഀ 35਍ഀ 1295਍ഀ Compact Fluorescent 2: A4: 4" DOWNLIGHT / Triple 4-pin 18W / Electronic਍ഀ 1਍ഀ 4਍ഀ 18਍ഀ 72਍ഀ Compact Fluorescent 3: A5: 7" DOWNLIGHT / Triple 4-pin 42W / Electronic਍ഀ 1਍ഀ 3਍ഀ 37਍ഀ 111਍ഀ HID 1: A6: HID FLOODLIGHT/ Metal Halide 70W / Electronic਍ഀ 1਍ഀ 14਍ഀ 45਍ഀ 630਍ഀ Incandescent 2: A7: MR16 LOW VOLTAGE / 37W MR16਍ഀ 1਍ഀ 54਍ഀ 32਍ഀ 1728਍ഀ Incandescent 3: A8: 4" APERATURE MR16 / 37W MR16਍ഀ 1਍ഀ 15਍ഀ 37਍ഀ 555਍ഀ Compact Fluorescent 4: A9: 6" WALL WASHER / Triple 4-pin 32W / Electronic਍ഀ 1਍ഀ 8਍ഀ 35਍ഀ 280਍ഀ Compact Fluorescent 5: A10: CF CYLINDER / Triple 4-pin 32W / Electronic਍ഀ 1਍ഀ 6਍ഀ 35਍ഀ 210਍ഀ Compact Fluorescent 6: 131: 6" SHOWERLIGHT / Twin Tube 24/26/27W /਍ഀ 1਍ഀ 2਍ഀ 30਍ഀ 60਍ഀ Electronic਍ഀ Incandescent 4: D1: 6" IND WALL WASHER / Incandescent 75W਍ഀ 1਍ഀ 8਍ഀ 35਍ഀ 280਍ഀ T8 / T12 Fluorescent 1: F1: 4' UPLIGHT / 48" T8 28W (Super T8) / Electronic਍ഀ 1਍ഀ 1਍ഀ 28਍ഀ 28਍ഀ T8 / T12 Fluorescent 2: F2: 3' UPLIGHT / 36" T8 25W / Electronic਍ഀ 1਍ഀ 2਍ഀ 25਍ഀ 50਍ഀ T8 / T12 Fluorescent 3: F3: 2x4 TROFFER / 48" T8 28W (Super T8) / Electronic਍ഀ 3਍ഀ 3਍ഀ 84਍ഀ 252਍ഀ T8 / T12 Fluorescent 4: F4: 4' STRIP / 48" T8 28W (Super T8) / Electronic਍ഀ 2਍ഀ 17਍ഀ 56਍ഀ 952਍ഀ T8 / T12 Fluorescent 5: F8: 8' TANDEM STRIP / 48" T8 28W (Super T8) /਍ഀ 4਍ഀ 2਍ഀ 112਍ഀ 224਍ഀ Electronic਍ഀ T8 / T12 Fluorescent 6: G: 4' WRAP / 48" T8 28W (Super T8) / Electronic਍ഀ 2਍ഀ 33਍ഀ 56਍ഀ 1848਍ഀ T8 / T12 Fluorescent 7: L: LOCKER UPLIGHT / 48" T8 28W (Super T8) /਍ഀ 1਍ഀ 149਍ഀ 28਍ഀ 4172਍ഀ Electronic਍ഀ T8 / T12 Fluorescent 8: L1: LOCKER UPLIGHT / 36" T8 25W / Electronic਍ഀ 1਍ഀ 22਍ഀ 25਍ഀ 550਍ഀ Page 3 of 4਍ഀ s Incandescent 7: LTG1: 20 LAMP - 25W IND DECO FIXTURE / Incandescent 25W਍ഀ 1਍ഀ 3਍ഀ 500਍ഀ 1500਍ഀ Compact Fluorescent 7: LTG2: BAR PENDANT / Quad 2-pin 18W / Electronic਍ഀ 1਍ഀ 6਍ഀ 18਍ഀ 108਍ഀ Incandescent 9: LTG3: GREAT DECO FIXTURE / Incandescent 25W਍ഀ 2਍ഀ 8਍ഀ 50਍ഀ 400਍ഀ Incandescent 10: LTG4: 6 LAMP - 40W IND DECO FIXTURE / Incandescent 40W਍ഀ 6਍ഀ 2਍ഀ 240਍ഀ 480਍ഀ Incandescent 11: LTG5: ELEVATOR LOBBY / Incandescent 40W਍ഀ 3਍ഀ 2਍ഀ 120਍ഀ 240਍ഀ Compact Fluorescent 8: LTG6: DECOR RR SCONCE / Quad 2-pin 13W /਍ഀ 1਍ഀ 6਍ഀ 13਍ഀ 78਍ഀ Electronic਍ഀ Compact Fluorescent 9: LTG7: LOCKER RR SCONCE / Quad 2-pin 13W /਍ഀ 2਍ഀ 2਍ഀ 26਍ഀ 52਍ഀ Electronic਍ഀ Compact Fluorescent 10: LTG9: CORRIDOR WALL SCONCE / Quad 2-pin 13W /਍ഀ 1਍ഀ 4਍ഀ 13਍ഀ 52਍ഀ Electronic਍ഀ Incandescent 17: S1: VANITY WALL SCONCE / Incandescent 60W਍ഀ 2਍ഀ 2਍ഀ 120਍ഀ 240਍ഀ T8 / T12 Fluorescent 9: S2: STAIR LANDING SCONCE / 48" T8 28W (Super T8) /਍ഀ 2਍ഀ 6਍ഀ 56਍ഀ 336਍ഀ Electronic਍ഀ Incandescent 18: S3: ELEVATOR PIT / Incandescent 60W਍ഀ 1਍ഀ 3਍ഀ 60਍ഀ 180਍ഀ Total Actual Watts =਍ഀ 16963਍ഀ Section 3: Compliance Calculation਍ഀ If the Total Allowed Watts minus the Total Actual Watts is greater than or equal to zero, the building complies.਍ഀ Total Allowed Watts = 15821਍ഀ Total Actual Watts = 16963਍ഀ Project Compliance = -1142਍ഀ Page 4 of 4਍ഀ 2003 IECC਍ഀ REVIEWED BY਍ഀ J U L 10 2006਍ഀ COLORADO INSPECTION਍ഀ AGENCY਍ഀ COMcheck Software Version 3.1 Release 1਍ഀ Permit #਍ഀ Permit Date਍ഀ Envelope Compliance Certificate਍ഀ Report Date: 04/05/06਍ഀ Data filename: P:\2001-134-03\ADMIN\Mech_A\Elite\Garage-DockOffice.cck਍ഀ Section 1: Project Information਍ഀ Project Title: Vail's Front Door - Bldg. A (Garage) - Dock Office਍ഀ Construction Site:਍ഀ Vail, CO਍ഀ Owner/Agent:਍ഀ Vail Resorts Development Company਍ഀ Section 2: General Information਍ഀ Building Location (for weather data): Vail, Colorado਍ഀ Climate Zone: 15਍ഀ Heating Degree Days (base 65 degrees F): 9248਍ഀ Cooling Degree Days (base 65 degrees F): 44਍ഀ Project Type: New Construction਍ഀ Glazing Area Percentage: 7%਍ഀ Building Type Floor Area਍ഀ Office 340਍ഀ Section 3: Requirements Checklist਍ഀ Climate-Specific Requirements:਍ഀ Designer/Contractor:਍ഀ Jay Watson਍ഀ ABS Consultants, Inc.਍ഀ 1530 16th Street, Suite 400਍ഀ Denver, CO 80202਍ഀ 303-623-6200਍ഀ jwatson@absconsultants.com਍ഀ Component Name/Description਍ഀ Gross Area Cavity਍ഀ Cont.਍ഀ Proposed਍ഀ Budget਍ഀ or R-Value਍ഀ R-Value਍ഀ U-Factor਍ഀ U-Factor਍ഀ Perimeter਍ഀ Roof 1: Structural Slab਍ഀ 340 -਍ഀ 10.0਍ഀ 0.089਍ഀ 0.045਍ഀ Exterior Wall 1: Solid Concrete or Masonry 8", Furring: None਍ഀ 710਍ഀ 13.0਍ഀ 0.067਍ഀ 0.064਍ഀ Window 1: Wood Frame:Double Pane with Low-E, Clear, SHGC 1.00਍ഀ 48਍ഀ ਍ഀ 1.100਍ഀ 0.520਍ഀ Floor 1: Slab-On-Grade: Unheated਍ഀ 71਍ഀ ਍ഀ -਍ഀ ਍ഀ (a) Budget U-factors are used for software baseline calculations ONLY, and are not code requirements਍ഀ Air Leakage, Component Certification, and Vapor Retarder Requirements:਍ഀ ❑ 1. All joints and penetrations are caulked, gasketed, weather-stripped, or otherwise sealed.਍ഀ ❑ 2. Windows, doors, and skylights certified as meeting leakage requirements.਍ഀ ❑ 3. Component R-values & U-factors labeled as certified.਍ഀ ❑ 4. Stair, elevator shaft vents, and other dampers integral to the building envelope are equipped with motorized dampers.਍ഀ ❑ 5. Cargo doors and loading dock doors are weather sealed.਍ഀ ❑ 6. Recessed lighting fixtures are: (i) Type IC rated and sealed or gasketed; or (ii) installed inside an appropriate air-tight਍ഀ Vail's Front Door - Bldg. A (Garage) - Dock Office Page 1 of 6਍ഀ assembly with a 0.5 inch clearance from combustible materials and with 3 inches clearance from insulation material.਍ഀ ❑ 7. Building entrance doors have a vestibule and equipped with closing devices.਍ഀ Exceptions:਍ഀ Building entrances with revolving doors.਍ഀ Doors that open directly from a space less than 3000 sq. ft. in area.਍ഀ ❑ 8. Vapor retarder installed.਍ഀ Section 4: Compliance Statement਍ഀ Compliance Statement: The proposed envelope design represented in this document is consistent with the building plans,਍ഀ specifications and other calculations submitted with this permit application. The proposed envelope system has been designed to਍ഀ meet the 2003 IECC requirements in COMcheck Version 3.1 Release 1 and to comply with the mandatory requirements in the਍ഀ Requirements Checklist.਍ഀ rincipal Envelope Det igrier-4Ame Signature Date਍ഀ Project Notes:਍ഀ Energy Calc is for Dock Office only.਍ഀ Vail's Front Door - Bldg. A (Garage) - Dock Office Page 2 of 6਍ഀ Permit #਍ഀ Permit Date਍ഀ COMcheck Software Version 3.1 Release 1਍ഀ Mechanical Compliance Certificate਍ഀ 2003 IECC਍ഀ Report Date: 04/05/06਍ഀ Data filename: P:\2001-134-03\ADMIN\Mech_A\Elite\Garage-DockOffice.cck਍ഀ Section 1: Project Information਍ഀ Project Title: Vail's Front Door - Bldg. A (Garage) - Dock Office਍ഀ Construction Site: Owner/Agent: Designer/Contractor:਍ഀ Vail, CO Vail Resorts Development Company Jay Watson਍ഀ ABS Consultants, Inc.਍ഀ 1530 16th Street, Suite 400਍ഀ Denver, CO 80202਍ഀ 303-623-6200਍ഀ jwatson@absconsultants.com਍ഀ Section 2: General Information਍ഀ Building Location (for weather data): Vail, Colorado਍ഀ Climate Zone: 15਍ഀ Heating Degree Days (base 65 degrees F): 9248਍ഀ Cooling Degree Days (base 65 degrees F): 44਍ഀ Project Type: New Construction਍ഀ Section 3: Mechanical Systems List਍ഀ Quantity System Type & Description਍ഀ 1 HVAC System 1: Heating: Other, Electric / Single Zone਍ഀ Section 4: Requirements Checklist਍ഀ Requirements Specific To: HVAC System 1 :਍ഀ Generic Requirements: Must be met by all systems to which the requirement is applicable:਍ഀ ❑ 1. Load calculations per 1997 ASHRAE Fundamentals਍ഀ ❑ 2. Plant equipment and system capacity no greater than needed to meet loads਍ഀ - Exception: Standby equipment automatically off when primary system is operating਍ഀ - Exception: Multiple units controlled to sequence operation as a function of load਍ഀ ❑ 3. Minimum one temperature control device per system਍ഀ ❑ 4. Minimum one humidity control device per installed humidification/dehumidification system਍ഀ ❑ 5. Automatic Controls: Setback to 55 degrees F (heat) and 85 degrees F (cool); 7-day clock, 2-hour occupant override, 10-hour਍ഀ backup਍ഀ - Exception: Continuously operating zones਍ഀ - Exception: 2 kW demand or less, submit calculations਍ഀ ❑ 6. Automatic shut-off dampers on exhaust systems and supply systems with airflow >3,000 cfm਍ഀ ❑ 7. Outside-air source for ventilation; system capable of reducing OSA to required minimum਍ഀ ❑ 8. R-5 supply and return air duct insulation in unconditioned spaces R-8 supply and return air duct insulation outside the਍ഀ building R-8 insulation between ducts and the building exterior when ducts are part of a building assembly਍ഀ - Exception: Ducts located within equipment਍ഀ - Exception: Ducts with interior and exterior temperature difference not exceeding 15 degrees F.਍ഀ ❑ 9. Ducts sealed - longitudinal seams on rigid ducts; transverse seams on all ducts; UL 181A or 181B tapes and mastics਍ഀ Vail's Front Door - Bldg. A (Garage) - Dock Office Page 3 of 6਍ഀ - Exception: Continuously welded and locking-type longitudinal joints and seams on ducts operating at static਍ഀ pressures less than 2 inches w.g. pressure classification਍ഀ ❑ 10. Mechanical fasteners and sealants used to connect ducts and air distribution equipment਍ഀ ❑ 11. Operation and maintenance manual provided to building owner਍ഀ ❑ 12. Balancing devices provided in accordance with IMC 603.15਍ഀ ❑ 13. Stair and elevator shaft vents are equipped with motorized dampers਍ഀ Section 5: Compliance Statement਍ഀ Compliance Statement: The proposed mechanical design represented in this document is consistent with the building plans,਍ഀ specifications and other calculations submitted with this permit application. The proposed mechanical systems have been designed਍ഀ to meet the 2003 IECC requirements in COMcheck Version 3.1 Release 1 and to comply with the mandatory requirements in the਍ഀ Requirements Checklist.਍ഀ TAX਍ഀ Principal Me hanical Designer-Name Signature Date਍ഀ Vail's Front Door - Bldg. A (Garage) - Dock Office Page 4 of 6਍ഀ COMcheck Software Version 3.1 Release 1਍ഀ Mechanical Requirements਍ഀ Description਍ഀ 2003 IECC਍ഀ Report Date:਍ഀ Data filename: P:\2001-134-03\ADMIN\Mech_A\Elite\Garage-DockOffice.cck਍ഀ The following list provides more detailed descriptions of the requirements in Section 4 of the Mechanical Compliance Certificate.਍ഀ Requirements Specific To: HVAC System 1 :਍ഀ Generic Requirements: Must be met by all systems to which the requirement is applicable:਍ഀ 1. Design heating and cooling loads for the building must be determined using procedures equivalent to those in Chapters 27਍ഀ and 28 of the ASHRAE Handbook of Fundamentals or an approved equivalent calculation procedure.਍ഀ 2. All equipment and systems must be sized to be no greater than needed to meet calculated loads. A single piece of equipment਍ഀ providing both heating and cooling must satisfy this provision for one function with the capacity for the other function as small਍ഀ as possible, within available equipment options.਍ഀ - Exception: The equipment and/or system capacity may be greater than calculated loads for standby purposes. Standby਍ഀ equipment must be automatically controlled to be off when the primary equipment and/or system is operating.਍ഀ - Exception: Multiple units of the same equipment type whose combined capacities exceed the calculated load are allowed਍ഀ if they are provided with controls to sequence operation of the units as the load increases or decreases.਍ഀ 3. Each heating or cooling system serving a single zone must have its own temperature control device.਍ഀ 4. Each humidification system must have its own humidity control device.਍ഀ 5. The system or zone control must be a programmable thermostat or other automatic control meeting the following criteria:a)਍ഀ capable of setting back temperature to 55 degrees F during heating and setting up to 85 degrees F during coolingb) capable of਍ഀ automatically setting back or shutting down systems during unoccupied hours using 7 different day schedulesc) have an਍ഀ accessible 2-hour occupant overrided) have a battery back-up capable of maintaining programmed settings for at least 10਍ഀ hours without power.਍ഀ - Exception: A setback or shutoff control is not required on thermostats that control systems serving areas that operate਍ഀ continuously.਍ഀ - Exception: A setback or shutoff control is not required on systems with total energy demand of 2 kW (6,826 Btu/h) or਍ഀ less.਍ഀ 6. Outdoor-air supply systems with design airflow rates >3,000 cfm of outdoor air and all exhaust systems must have dampers਍ഀ that are automatically closed while the equipment is not operating.਍ഀ 7. The system must supply outside ventilation air as required by Chapter 4 of the International Mechanical Code. If the ventilation਍ഀ system is designed to supply outdoor-air quantities exceeding minimum required levels, the system must be capable of਍ഀ reducing outdoor-air flow to the minimum required levels.਍ഀ 8. Air ducts must be insulated to the following levels:a) Supply and return air ducts for conditioned air located in unconditioned਍ഀ spaces (spaces neither heated nor cooled) must be insulated with a minimum of R-5. Unconditioned spaces include attics,਍ഀ crawl spaces, unheated basements, and unheated garages.b) Supply and return air ducts and plenums must be insulated to a਍ഀ minimum of R-8 when located outside the building.c) When ducts are located within exterior components (e.g., floors or roofs),਍ഀ minimum R-8 insulation is required only between the duct and the building exterior.਍ഀ - Exception: Duct insulation is not required on ducts located within equipment.਍ഀ - Exception: Duct insulation is not required when the design temperature difference between the interior and exterior of the਍ഀ duct or plenum does not exceed 15 degrees F.਍ഀ 9. All joints, longitudinal and transverse seams, and connections in ductwork must be securely sealed using weldments;਍ഀ mechanical fasteners with seals, gaskets, or mastics; mesh and mastic sealing systems; or tapes. Tapes and mastics must be਍ഀ listed and labeled in accordance with UL 181A or UL 181 B.਍ഀ - Exception: Continuously welded and locking-type longitudinal joints and seams on ducts operating at static pressures਍ഀ less than 2 inches w.g. pressure classification.਍ഀ 10. Mechanical fasteners and seals, mastics, or gaskets must be used when connecting ducts to fans and other air distribution਍ഀ equipment, including multiple-zone terminal units.਍ഀ 11. Operation and maintenance documentation must be provided to the owner that includes at least the following information:a)਍ഀ equipment capacity (input and output) and required maintenance actionsb) equipment operation and maintenance manualsc)਍ഀ HVAC system control maintenance and calibration information, including wiring diagrams, schematics, and control sequence਍ഀ Vail's Front Door - Bldg. A (Garage) - Dock Office Page 5 of 6਍ഀ descriptions; desired or field-determined set points must be permanently recorded on control drawings, at control devices, or,਍ഀ for digital control systems, in programming commentsd) complete narrative of how each system is intended to operate.਍ഀ 12. Each supply air outlet or diffuser and each zone terminal device (such as VAV or mixing box) must have its own balancing਍ഀ device. Acceptable balancing devices include adjustable dampers located within the ductwork, terminal devices, and supply air਍ഀ diffusers.਍ഀ 13. Stair and elevator shaft vents must be equipped with motorized dampers capable of being automatically closed during normal਍ഀ building operation and interlocked to open as required by fire and smoke detection systems. All gravity outdoor air supply and਍ഀ exhaust hoods, vents, and ventilators must be equipped with motorized dampers that will automatically shut when the spaces਍ഀ served are not in use. Exceptions: - Gravity (non-motorized) dampers are acceptable in buildings less than three stories in਍ഀ height above grade. - Ventilation systems serving unconditioned spaces.਍ഀ Vail's Front Door - Bldg. A (Garage) - Dock Office Page 6 of 6਍ഀ r਍ഀ mme Elite Develop D਍ഀ Consultants 80202 1 464 rcial Loads Calculation Program Vails F osoD areGarage Dment, Inc.਍ഀ A, Inc. BS਍ഀ nver, CO -e਍ഀ Pa i 2਍ഀ - - - - g -਍ഀ General Project Data Input਍ഀ General Project Information਍ഀ Project file name: P:\2001-134-03WDMIN\Mech_A\Elite\Garage-DockOffice.CHV਍ഀ Project title: Vails Front Door - Garage Dock Office਍ഀ Project date: Wednesday, October 05, 2005਍ഀ Weather reference city: EAGLE, COLORADO, USA਍ഀ Client name: Vail Resorts Development Company਍ഀ Company name: ABS਍ഀ Barometric pressure: 23.496 in.Hg.਍ഀ Altitude: 6539 feet਍ഀ Latitude: 40 Degrees਍ഀ Mean daily temperature range: 36.1 Degrees਍ഀ Starting & ending time for HVAC load calculations: lam - 12am਍ഀ Number of unique zones in this project: 1਍ഀ Buildin Default Values਍ഀ Calculations performed:਍ഀ Heating loads only਍ഀ Lighting requirements:਍ഀ 2.00਍ഀ Watts per square foot਍ഀ Equipment requirements:਍ഀ 1.00਍ഀ Watts per square foot਍ഀ People sensible load multiplier:਍ഀ 245਍ഀ Btuh per person਍ഀ People latent load multiplier:਍ഀ 155਍ഀ Btuh per person਍ഀ Zone sensible safety factor:਍ഀ 10਍ഀ %਍ഀ Zone latent safety factor:਍ഀ 10਍ഀ %਍ഀ Zone heating safety factor:਍ഀ 20਍ഀ %਍ഀ People diversity factor:਍ഀ 100਍ഀ %਍ഀ Lighting profile number:਍ഀ 0਍ഀ Equipment profile number:਍ഀ 0਍ഀ People profile number:਍ഀ 0਍ഀ Building default ceiling height:਍ഀ 9.00਍ഀ feet਍ഀ Building default wall height:਍ഀ 10.00਍ഀ feet਍ഀ Internal O ratin Load Profiles C = 100਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ hr਍ഀ 1਍ഀ 2਍ഀ 3਍ഀ 4਍ഀ 5਍ഀ 6਍ഀ 7਍ഀ 8਍ഀ 9਍ഀ 10਍ഀ 11਍ഀ 12਍ഀ 13਍ഀ 14਍ഀ 15਍ഀ 16਍ഀ 17਍ഀ 18਍ഀ 19਍ഀ 20਍ഀ 21਍ഀ 22਍ഀ 23਍ഀ 24਍ഀ 1਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ 2਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ 3਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ 4਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ 5਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ 6਍ഀ C਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ 7਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ c਍ഀ c਍ഀ c਍ഀ c਍ഀ c਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ 6਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ 9਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ 10,਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ C਍ഀ c਍ഀ c਍ഀ C਍ഀ C਍ഀ P:\2001-134-03WDMIN\Mech_A\Elite\Garage-DockOffice.CHV Wednesday, March 29, 2006, 3:53 PM਍ഀ Chvac - Full Commercial HVAC Loads Calculation Program਍ഀ Elite Software Development, Inc.਍ഀ ABS Consultants, Inc.਍ഀ A਍ഀ Vails Front Door Garage Dock Office਍ഀ Denver. CO 80202-1464਍ഀ -਍ഀ - -਍ഀ - - -਍ഀ - -਍ഀ Page 3਍ഀ General Project Data Input (cont'd)-਍ഀ Building-Level Design_Conditions਍ഀ Design Outdoor Outdoor਍ഀ Indoor਍ഀ Indoor਍ഀ Grains਍ഀ In/Outdoor਍ഀ Month Dry Bulb Wet Bulb਍ഀ Rel.Hum਍ഀ D਍ഀ ry Bulb਍ഀ Diff਍ഀ Correction਍ഀ August 86 57਍ഀ 50%਍ഀ 72਍ഀ -32.38਍ഀ -11਍ഀ Winter -20਍ഀ 75਍ഀ Master Roofs਍ഀ Roof ASH RAE਍ഀ Roof਍ഀ Dark਍ഀ S usp.਍ഀ No. Roof#਍ഀ U-Fac਍ഀ Color਍ഀ Ceil਍ഀ 1 12਍ഀ 0.100਍ഀ No਍ഀ Yes਍ഀ Master Walls਍ഀ Wall ASHRAE਍ഀ Wall਍ഀ Wall਍ഀ No. Group਍ഀ U-Fac਍ഀ Color਍ഀ 1 D਍ഀ 0.067਍ഀ M਍ഀ 'Master Glass਍ഀ Glass Summer Winter਍ഀ Glass਍ഀ Interior਍ഀ Interior਍ഀ No. U-Factor U-Factor਍ഀ Shd.Coef.਍ഀ Shading਍ഀ Shd.Coef਍ഀ 1 1.100 1.100਍ഀ 1.000਍ഀ 3਍ഀ 0.000਍ഀ Master Shading Devices਍ഀ _਍ഀ Dist Dist Dist Dist਍ഀ Dist਍ഀ Dist਍ഀ Ht਍ഀ Dist Dist਍ഀ Ht਍ഀ Horiz Beyond Beyond Overh਍ഀ Right਍ഀ R-Fin਍ഀ Of਍ഀ Left L-Fin਍ഀ Of਍ഀ Shade Overh Right Left Above਍ഀ Fin਍ഀ Beyond਍ഀ Right਍ഀ Fin Beyond਍ഀ Left਍ഀ No. Projects W.Edge W.Edge Wind਍ഀ Proj਍ഀ W.Edge਍ഀ Fin਍ഀ Proj W.Edge਍ഀ Fin਍ഀ 1 20.00 20.00 20.00 1.00਍ഀ 0.00਍ഀ 0.00਍ഀ 0.00਍ഀ 0.00 0.00਍ഀ 0.00਍ഀ P:\2001-134-03\ADMIN\Mech_A\Elite\Garage-DockOffice.CHV Wednesday, March 29, 2006, 3:53 PM਍ഀ CO 80 02 1464, HVAC Loads Calcutatian Program-਍ഀ ulta nts, S eons਍ഀ -਍ഀ VaiEIF ost Door - Garage oDock O~ffi e਍ഀ Building Summary Loads਍ഀ Bldg Load Area਍ഀ Sen਍ഀ %Tot਍ഀ Lat਍ഀ Sen਍ഀ Net਍ഀ %Net਍ഀ Descriptions Quan਍ഀ Loss਍ഀ Loss਍ഀ Gain਍ഀ Gain਍ഀ Gain਍ഀ Gain਍ഀ Roof 340਍ഀ 3,876਍ഀ 24.15਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Wall 662਍ഀ 5,056਍ഀ 31.51਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Glass 48਍ഀ 6,019਍ഀ 37.51਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Floor Slab 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Skin Loads਍ഀ 14,952਍ഀ 93.17਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Lighting਍ഀ 680਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Equipment਍ഀ 340਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ People਍ഀ 1਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Partition਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Cool. Pret.਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Heat. Pret.਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Cool. Vent.਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Heat. Vent.਍ഀ 14਍ഀ 1,096਍ഀ 6.83਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Cool.lnfil.਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Heat.lnfil.਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Draw-Thru Fan਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Blow-Thru Fan਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Reserve Cap.਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Reheat Cap.਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Supply Duct਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Return Duct਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Misc. Supply਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Misc. Return਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Building Totals਍ഀ 16,047਍ഀ 100.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ Building਍ഀ S rnary - -਍ഀ Sen਍ഀ Lass਍ഀ %Tot਍ഀ Loss਍ഀ Ventilation਍ഀ 1,096਍ഀ 6.83਍ഀ Infiltration਍ഀ 0਍ഀ 0.00਍ഀ Pretreated Air਍ഀ 0਍ഀ 0.00਍ഀ Zone Loads਍ഀ 14,952਍ഀ 93.17਍ഀ Plenum Loads਍ഀ 0਍ഀ 0.00਍ഀ Fan & Duct Loads਍ഀ 0਍ഀ 0.00਍ഀ Building Totals਍ഀ 16,047 100.00਍ഀ Lat਍ഀ Sen਍ഀ Net T਍ഀ %oNetl਍ഀ Gain਍ഀ Gain਍ഀ Gain਍ഀ Gain i਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0਍ഀ 0਍ഀ 0਍ഀ 0.00਍ഀ 0 0 0 0.00਍ഀ Check Figures਍ഀ Total Building Supply Air (based on a 15° TD): 1,175 CFM਍ഀ Total Building Vent. Air (1.16% of Supply): 14 CFM਍ഀ Total Conditioned Air Space:਍ഀ 340਍ഀ Sq.ft਍ഀ Supply Air Per Unit Area:਍ഀ 3.4569਍ഀ CFM/Sq.ft਍ഀ Area Per Cooling Capacity:਍ഀ 0.0000਍ഀ Sq.ft/Ton਍ഀ Cooling Capacity Per Area:਍ഀ 0.0000਍ഀ Tons/Sq.ft਍ഀ Heating Capacity Per Area:਍ഀ 47.20਍ഀ Btuh/Sq.ft਍ഀ Total Heating Required With Outside Air:਍ഀ 16,047਍ഀ Btuh਍ഀ Total Cooling Required With Outside Air:਍ഀ 0.00਍ഀ Tons਍ഀ P:\2001-134-03WDMIN\Mech_A\Elite\Garage-DockOffice.CHV Wednesday, March 29, 2006, 3:53 PM਍ഀ vah c - Full Commercial HVAC Loads Calculation Program਍ഀ Elite Software Development, Inc.਍ഀ BS Consultants. Inc.਍ഀ ਍ഀ Vails Front Door - Ga਍ഀ rage Dock Office਍ഀ CO 80202-1464਍ഀ Denver,਍ഀ Page 4਍ഀ Building Envelope Report਍ഀ Envelope Report Using Summer U-Factors਍ഀ I Material਍ഀ Gross਍ഀ Glass਍ഀ Net਍ഀ -U-਍ഀ Area x਍ഀ Average਍ഀ Types਍ഀ Area਍ഀ Area਍ഀ Area਍ഀ Factor਍ഀ -Factor਍ഀ U਍ഀ U-Factor਍ഀ Roof 1਍ഀ 340.0਍ഀ 0.0਍ഀ 340.0਍ഀ 0.100਍ഀ _਍ഀ 34.000਍ഀ 0.100਍ഀ Tot. Roof਍ഀ 340.0਍ഀ 0.0਍ഀ 340.0਍ഀ N/A਍ഀ 34.000਍ഀ 0.100਍ഀ Wall 1਍ഀ 710.0਍ഀ 48.0਍ഀ 662.0਍ഀ 0.067਍ഀ 44.354਍ഀ 0.067਍ഀ Tot.Wall਍ഀ 710.0਍ഀ 48.0਍ഀ 662.0਍ഀ N/A਍ഀ 44.354਍ഀ 0.067਍ഀ Glass 1਍ഀ 48.0਍ഀ N/A਍ഀ 48.0਍ഀ 1.100਍ഀ 52.800਍ഀ 1.100਍ഀ Tot.Glass਍ഀ 48.0਍ഀ N/A਍ഀ 48.0਍ഀ N/A਍ഀ 52.800਍ഀ 1.100਍ഀ Totals਍ഀ 1,050.0਍ഀ 131.154਍ഀ 0.125਍ഀ Wall਍ഀ Wall਍ഀ Glass਍ഀ Wall Net਍ഀ Wall Avg਍ഀ Glass Avg -਍ഀ Glass Avg਍ഀ Direction਍ഀ Area਍ഀ Area਍ഀ Area਍ഀ U-Factor਍ഀ U-Factor਍ഀ Shd.Coef਍ഀ N਍ഀ 710.0਍ഀ 48.0਍ഀ 662.0਍ഀ 0.067਍ഀ 1.100਍ഀ 1.000਍ഀ NE਍ഀ 0.0਍ഀ 0.0਍ഀ 0.0਍ഀ 0.000਍ഀ 0.000਍ഀ 0.000਍ഀ E਍ഀ 0.0਍ഀ 0.0਍ഀ 0.0਍ഀ 0.000਍ഀ 0.000਍ഀ 0.000਍ഀ SE਍ഀ 0.0਍ഀ 0.0਍ഀ 0.0਍ഀ 0.000਍ഀ 0.000਍ഀ 0.000਍ഀ S਍ഀ 0.0਍ഀ 0.0਍ഀ 0.0਍ഀ 0.000਍ഀ 0.000਍ഀ 0.000਍ഀ SW਍ഀ 0.0਍ഀ 0.0਍ഀ 0.0਍ഀ 0.000਍ഀ 0.000਍ഀ 0.000਍ഀ W਍ഀ 0.0਍ഀ 0.0਍ഀ 0.0਍ഀ 0.000਍ഀ 0.000਍ഀ 0.000਍ഀ NW਍ഀ 0.0਍ഀ 0.0਍ഀ 0.0਍ഀ 0.000਍ഀ 0.000਍ഀ 0.000਍ഀ Totals਍ഀ 710.0਍ഀ 48.0਍ഀ 662.0਍ഀ 0.067਍ഀ 1.100਍ഀ 1.000਍ഀ P:\2001-134-03\ADMIN\Mech_A\Elite\Garage-DockOffice.CHV Wednesday, March 29, 2006, 3:53 PM਍ഀ COMcheck Software Version 3.2.0਍ഀ 2003 IECC਍ഀ REVIEWED BY਍ഀ J U L 1 0 2006਍ഀ COLORADO INSPECTION਍ഀ AGENCY਍ഀ Permit #਍ഀ Permit Date਍ഀ Lighting Compliance Certificate਍ഀ Report Date: 04/05/06਍ഀ Data filename: P:\2001-134-03\ADMIN\Elec_A\Schedules\Building A - Garage\Bldg-A-Parking-mtv.cck਍ഀ Section 1: Project Information਍ഀ Project Title: Vail,s Front Door Building A - Parking਍ഀ Construction Site: Owner/Agent:਍ഀ Section 2: General Information਍ഀ Building Use Description by:਍ഀ Project Type: New Construction਍ഀ Building Type Floor Area਍ഀ Parking Garage 92279਍ഀ Section 3: Requirements Checklist਍ഀ Interior Lighting:਍ഀ ❑ 1. Total actual watts must be less than or equal to total allowed watts.਍ഀ Allowed Watts Actual Watts Complies਍ഀ 27684 27624 YES਍ഀ ❑ 2. Exit signs 5 Watts or less per side.਍ഀ Exterior Lighting:਍ഀ Designer/Contractor:਍ഀ Marcus Vahling਍ഀ ABS Consultants Inc.਍ഀ ❑ 3. Efficacy greater than 45 lumens/W.਍ഀ Exceptions:਍ഀ Specialized lighting highlighting features of historic buildings; signage; safety or security lighting; low-voltage landscape਍ഀ lighting.਍ഀ Controls, Switching, and Wiring:਍ഀ ❑ 4. Independent controls for each space (switch/occupancy sensor).਍ഀ Exceptions:਍ഀ Areas designated as security or emergency areas that must be continuously illuminated.਍ഀ Lighting in stairways or corridors that are elements of the means of egress.਍ഀ ❑ 5. Master switch at entry to hotel/motel guest room.਍ഀ ❑ 6. Individual dwelling units separately metered.਍ഀ ❑ 7. Each space provided with a manual control to provide uniform light reduction by at least 50%.਍ഀ Exceptions:਍ഀ Only one luminaire in space;਍ഀ An occupant-sensing device controls the area;਍ഀ The area is a corridor, storeroom, restroom, public lobby or guest room;਍ഀ Areas that use less than 0.6 Watts/sq.ft.਍ഀ Page 1 of 3਍ഀ APR. 0 3 2006਍ഀ ❑ 8. Automatic lighting shutoff control in buildings larger than 5,000 sq.ft.਍ഀ ❑ 9. Photocell/astronomical time switch on exterior lights.਍ഀ Exceptions:਍ഀ Lighting intended for 24 hour use.਍ഀ ❑ 10. Tandem wired one-lamp and three-lamp ballasted luminaires (No single-lamp ballasts).਍ഀ Exceptions:਍ഀ Electronic high-frequency ballasts; Luminaires on emergency circuits or with no available pair.਍ഀ Section 4: Compliance Statement਍ഀ Compliance Statement The proposed lighting design represented in this document is consistent with the building plans,਍ഀ specifications and other calculations submitted with this permit application. The proposed lighting system has been designed to਍ഀ meet the 2003 IECC, Chapter 8, requirements in COMcheck Version 3.2.0 and to comply with the mandatory requirements in the਍ഀ Re uirements Ch Vckst.਍ഀ p~~jj਍ഀ Principal Lighting Designer-Name Sign - Date਍ഀ Page 2 of 3਍ഀ Permit #਍ഀ Permit Date਍ഀ COMcheck Software Version 3.2.0਍ഀ Lighting Application Worksheet਍ഀ 2003 IECC਍ഀ Report Date:਍ഀ Data filename: P:\2001-134-03\ADMIN\Elec_A\Schedules\Building A - Garage\Bldg-A-Parkin g-mtv.cck਍ഀ Section 1: Allowed Lighting Power Calculation਍ഀ A B C D਍ഀ Floor Area Allowed Allowed Watts਍ഀ Watts / ft2਍ഀ Parking Garage 92279 0.3 27684਍ഀ Total Allowed Watts = 27684਍ഀ Section 2: Actual Lighting Power Calculation਍ഀ A਍ഀ Fixture ID : Description / Lamp / Wattage Per Lamp / Ballast਍ഀ B਍ഀ Lamps/਍ഀ Fixture਍ഀ C਍ഀ # of਍ഀ Fixtures਍ഀ D਍ഀ Fixture਍ഀ Watt.਍ഀ E਍ഀ (C X D)਍ഀ HID 1: A: GARAGE FIXTURE/ Metal Halide 15OW / Electronic਍ഀ 1਍ഀ 49਍ഀ 170਍ഀ 8330਍ഀ HID 2: B: GARAGE CUT OFF / Metal Halide 15OW / Electronic਍ഀ 1਍ഀ 37਍ഀ 170਍ഀ 6290਍ഀ HID 3: C: LOADING / Metal Halide 175W / Electronic਍ഀ 1਍ഀ 29਍ഀ 232਍ഀ 6728਍ഀ HID 4: D: LOADING / Metal Halide 175W / Electronic਍ഀ 1਍ഀ 4਍ഀ 232਍ഀ 928਍ഀ HID 5: E: TUNNEL / Metal Halide 150W / Electronic਍ഀ 1਍ഀ 26਍ഀ 170਍ഀ 4420਍ഀ HID 6: WP: TUNNEL / Metal Halide 175W / Electronic਍ഀ 1਍ഀ 4਍ഀ 232਍ഀ 928਍ഀ Total Actual Watts =਍ഀ 27624਍ഀ Section 3: Compliance Calculation਍ഀ If the Total Allowed Watts minus the Total Actual Watts is greater than or equal to zero, the building complies.਍ഀ Total Allowed Watts = 27684਍ഀ Total Actual Watts = 27624਍ഀ Project Compliance = 59.7਍ഀ Page 3 of 3਍ഀ