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Home My WebLink AboutDRB140461 Plans Revokedwrollow"9113 S ITE AN NORTH -ADMINISTRATIVE INFO. PHYSICAL ADDRESS OF PROPERTY: 110ONORTH FRONTAGE ROAD /VA|L,CO81657 PARCEL NUMBER: 2103-121-1300-1 ZONING: 8DO#5 OCCUPANCY R-2 CONSTRUCTION TYPE: |'B STORIES: 6 OWNER S|KX8ARUN CONDO ASSOCIATION STRUCTURAL ENGINEER: MARTIN/MARTIN FARROW HITT SEAN MOLLOY 11UON.FRONTAGE ROAD 225MAIN ST, #101 VA|L.COLORADO 81Sb7 E0WARD8'CO81892 P: 970.476.0344 X3009 P: 970-926-6007 F: F: E: H[TT@8|KXBARUN.00W1 E: SK8OLLOY@MART|NMART|N4ATN.ODKX ARCHITECT: PIERCE ARCHITECTS BILL PIERCE, PRINCIPAL |NCHARGE 1850PALLR|D8E,C1 VNLCOLORADO D1G57 P: 970.476.6842 F: 970478.4901 E: B}LW@VA1LARCH|TECTS.00K4 CONTRACTOR: RA NELSON BARRYK4ONROE 51 EAGLE ROAD #2 PODRAWER G4UO/AVON, COO1G2O P: 070.849.5152 F: E: KCOOPER@RANELSON.COM INSTALL ALL NEW MATERIALS IN ACCORDACE WITH MANUFACTURERS' INSTALLATION U UCTIONS LIST OF MATERIALS IN THIS SCOPE OF WORK 1 . ANY DUCT PENETRATIONS OF THE EXTERIO MECHANICAL ENGINEER: LANDSCAPE ARCHITECT: SHEET# I SHEET NAME SHEET BY AO.00 ICOVER PIERCE ARCHITECTS AO.01 EXISTING SITE PLAN PIERCE ARCHITECTS AO.02 PROPOSED SIT PLAN P-l—ERCE ARCHITECTS ui M20 MECHANICAL PLANS Ik&_HMECHANICAL M30 MECHANICAL CONSTRUCTION DETAILS & NATURAL GAS PLAN R&H MECHANICAL E1.0 --ELECTRICAL PLANS R&H MECHANICAL R&HMECHANICAL BRENTVV 825ACHAMBERS AVENUE EAGLE, UO81831 P: 970-328-2699 F: E: BRENTW@RANDHMECHANICAL COMPANY CONTACT PERSON ADDRESS ADDRESS P: F: il 74" vmo;o_FvAtl STAFF APPROVAL ui :.5 0 m Ui !`�_ Lo z 0 0 0 0 z Z> a. CD rr uj 2 3D VIEW - EXISTING / KALWALL ROOF TEM ABOVE POOL SITE PLAN - EXISTING 1/8" = V-0. JE 1EMAIN -rr'OF -VA�L DESIGN RE-7V1FFVw 8"?r-AFF APPROVAL z W c%j 0 cr. CL (0 3: T- CID < 00 E z 5 4) m > CL C) 1650 Fallridge Road, Suite C-1 Vail, Colorado 81657 f.(970) 476-4901 p.(970)476-6342 I— --- — — SITE PLAN EXISTING NEW GATE.----\ �MVIEW 1 - PROPOSED : il FIT11 MCI 6!144 vi&3 1: 4 Al m w NEW STUCCO WALL, NOT TO EXCEED 61-011 FROM FINISH GRADE, TYP. A A WVINN 1 a Al MIA 1 00 Is 31M =i =-N TO STOP 18" OF WALL SITE PLAN - PROPOSED 1/811 Fjl-�: PSIGN REV61PIP4 BTEATF APPRMMV, 1. L4 1-90 frorelmll z w rr (0 C14 < c )0 00 E m z CD 1650 Fallridge Road, Suite C-1 Vail, Colorado 81657 f.(970) 476-4901 p.(970)476-6342 SITE PLAN PROPOSED General These drawings are intended to provide the general scope of work and materials of the project. Mechanical Contractor (MC) shall provide the management, labor, equipment and accoutrements for a safe, functioning and complete system. Tendering of a proposal shall be confirmation the contractor has made a thorough analysis of the job site, existing conditions and construction documents to deliver the described mechanical design and system. Change orders and modifications submitted by the contractor shall not be honored without the express written approval by the architect, general contractor (GC) and/or engineer of record. Codes and Standards Contractor to obtain all necessary certificates of permit and inspection. The heating, ventilating, and air conditioning system shall be installed in accordance with the following codes, standards and permitting requirements under the authority having jurisdiction: 1. Local ordinances as interpreted by the Town of Vail Building Department. 2. 2012 International Mechanical Code (IMC). 3. 2012 International Building Code (IBC). 4. 2012 International Energy Conservation Cade (IECC). 5. American Society of Heating, Refrigeration, and Air Conditioning Engineers (ASHRAE). 6. National Fire Protection Association (NFPA). 7. Sheet Metal and Air Conditioning Contractors National Association, inc. (SMACNA). Warranty, Materials and Workmanship Manufacturer trade names and catalog numbers stated herein are intended to indicate the quality of equipment or materials desired. All manufacturers not specifically listed or scheduled require prior review before installation. All materials and equipment shall be of the highest quality and performance. If a modification to the specified equipment is desired, the contractor shall provide a written request to the engineer of record for review and six (6) copies of submittals describing make, model and all the necessary metrics for adequate review The installation shall perform according to the design intent and be free of any defects for a period of one year upon acceptance by the owner. Contractor shall have current licensing and all necessary general and liability insurance applicable to the area of installation. All materials and equipment shall be installed in a neat and workmanlike manner by competent specialists of each trade to meet the described and specified standards. All areas requiring cutting and patching shall be coordinated with the project superintendent and/or general contractor. Locate any utilities prior to excavating. X-ray concrete walls and/or slabs prior to coring. Coordinate all roof and exterior wall penetrations with the appropriate trades. All equipment installed under this contract shall follow the respective manufacturer installation, maintenance and operation instructions. Provide adequate clearances and access panels to service, maintain and remove equipment and accessories - valves, actuators, compressors, filters and blower assemblies. GC to provide carbon monoxide detectors in any room with natural gas burning appliances. Provide detectors per local code and authority having jurisdiction. Cleanup The contractor shall leave the workspace and equipment in an orderly and unsoiled condition during and upon completion of work. Contractor is responsible for removing own debris, trash, and remaining material. Electrical Motors, starters, overloads, sensors, relays, solenoid valves, transformers and variable frequency drives shall be provided by MC unless otherwise indicated on plans. Electrical contractor to provide necessary high voltage wiring, disconnects, and conduit unless provided with the packaged mechanical equipment. Contractor to coordinate and verify all voltage and phase requirements to the specified motor and equipment with GC and EC. Provide phase loss protection and soft start motors. No piping or ductwork shall be installed above electrical switchgear, electrical panels and within any elevator shaft. Equipment identification All equipment shall have a legible nameplate delineating make, model and the metrics necessary for servicing and maintenance. Any painting or customization shall not inhibit reading the label. Provide pipe and valve markers as necessary. Low Pressure Ductwork Low pressure ductwork shall comply and be fabricated according to current SMACNA Duct Construction Standards - Metal and Flexible, and chapter 6 of the IMC. Ductwork shall be adequately supported to prevent sagging, bellowing or vibration. Low pressure ducts shall be sized at 0.08" of water loss per 100 feet of supply and returns. Any ductwork sized with aspect ratios greater than a 3:1 shall be reinforced with cross bracing to prevent bellowing, sound transmission and vibration. Drawing ductwork sizes represent the outside to outside dimensions and include allowance for any insulation. All ductwork transverse joints, seams and connections shall be sealed by UL listed tapes, gaskets, liquid sealants or other approved closure system. '•i � i HEATING WATER SUPPLY It HEATING WATER RETURN • CONDENSATE LINE � _ iii ® -- LIQ -- � �� -SUC- SUCTION REFRIGERANT LINE -RFS- RADIANT FLOOR SUPPLY -RFR-- Type I ducts shall be constructed of 16 gauge welded black steel. Provide cleanouts every 20' and any change of direction. Clothes dryer ductwork shall be aluminum and not penetrated by screws and fasteners -provide UL listed backdraft dampers and terminations without screening as required by code. Where dryer ductwork leaves the room, contractor to provide permanent wall mounted nameplate specifying the final length and number of elbows. Flexible ductwork shall be insulated, UL listed and labeled Class 0 or 1, not to exceed 5 feet in length and not penetrate any wall, floor or ceiling. Provide means to prevent outdoor air flow leakage into building supply and exhausts upon equipment shutdown. All rectangular 90 degree changes of direction shall have single bladed turning vanes or be long radius elbow. Provide UL listed and labeled fire and/or smoke dampers at any fire rated assembly. Verify fire ratings with architect and/or general contractor. Insulation shall not conceal access panels, fire dampers and other openings into ductwork. Provide UL listed and labeled filters as required on return/intakes into air handling units. Pressure drop shall not exceed 0.10" water loss unless otherwise specified. Ductwork, linings, insulation, vibration isolators and connectors installed outdoors or in locations where they may suffer damage shall be protected from the exposure elements. Underground ductwork shall protected from corrosion and deterioration and be approved for underground installation or encased in a minimum of 2 inches in concrete. In air handlers with supply air of 2000 to 18000 cfm provide smoke detector in return air stream. Any air flow greater than 18000 CFM shall also require a smoke sensor on the supply side of the blower. Ductwork Insulation Commercial: Ductwork shall be insulated and sealed according to IECC section C403.2.7 and iMC Section 604. Lining insulation shall not impede the operation of fire dampers. All supply and return air ducts and plenums shall be insulated to a minimum of R6 where located in unconditioned spaces, unvented crawlspaces, attics, exposed shafts and ductwork below grade; and a minimum of R8 insulation when located outside the building. Outdoor insulation shall be protected from the elements with a UV and weather resistant barrier. Exhaust air ducts in conditioned areas that may condense shall be wrapped to R6 with a vapor barrier to prevent condensation. Supply and return rectangular ductwork shall be lined, and supply and return round ductwork shall be wrapped or sleeved for sound attenuation in areas of sensitivity. Duct insulation, coverings, linings and adhesives shall have a flame spread index not more than 25 and smoke -developed index not more than 50. Pipe material, connectors, valves, fittings, expansion and vibration controls shall be approved and rated for the operating temperature and pressure of the hydronic system, and conform to the standards listed in Table 1202.4 of the IMC or an approved equivalent. Piping shall be sized for no more than 3.5' of head loss per 100 feet of pipe and a maximum velocity of 4 feet per second. Provide corrosion protection when joining piping of different materials. Where copper is utilized, any piping 2-1/2" and smaller shall be type "L" and soldered or brazed. Joining surfaces shall be cleaned, and fluxed prior to completing the joint. Any copper piping 3" or larger shall be silver soldered. Iron pipe shall be schedule 40 black steel flanged, grooved, pressed, flared, welded or by other approved means and material. Provide solder compatible to material and approved for application. Valves shall not have a Cv rating with a pressure loss greater than 2 psi. Provide isolation valves on both the supply and return side of any boiler, pressure vessel, heat exchanger, pump, and pressure reducing device. Hydronic Pipe Insulation Pipe insulation shall be required on any heating and cooling piping and shall conform to section 0403.2.8 and thickness Table C403.2.8 of the IECC and 1204.1 of the IMC. Pipe insulation shall be fiberglass and have a conductivity of R3.7/inch. Outdoor pipe insulation exposed to weather shall be protected from damage due to sunlight moisture, equipment maintenance, wind and shielded from solar radiation. Adhesive tapes shall not be permitted. Heating water piping up to 1" shall require 1-1/2" of insulation, any size larger shall require 2." Chilled water piping up to 1" shall require 1/2" of insulation, any size larger shall require 1" and have a vapor barrier. Any underground piping shall be insulated type "W' to the appropriate thickness and protected from corrosion and degradation with no fittings. Direction changes shall be accomplished with long radius elbows. Refrigerant Piping Refrigerant piping shall not be located in any eI vat r, dumbwaiter or shaft containing a moving object within has openings into living quarters, or to means of egress. Refrigerant piping shall be Type ACR copper or an approved equivalent, conform to ASTM B 280, listed in chapter 11 of the EMC, assembled in accordance with ASTM B 88, and appropriate for the particular application. Provide linesets and insulated suction lines per manufacturer specifications and equipment. MC shall be responsible for final refrigerant piping sizing, as per the equipment manufacturer's installation and field sizing requirements. Underground piping shall be sleeved and insulated per manufacturer recommendations. Provide accumulator and insulation per the IECC and IMC. Lines shall be vacuum and/or pressure tested with nitrogen or other approved inert gas prior to releasing refrigerant into the linesets. All refrigerant piping shall be supported per ANSI requirements. Condensate Drain Piping Provide trapped and vented condensate piping to nearest waste line receptacle. Piping may be Type M hard drawn copper with soldered joints, schedule 40 PVC or other approved material. Where condensate may be acidic, in high efficiency (greater than 90%) boiler and furnace applications, condensate shall be piped through an 18" long x 2-1/2" dia. schedule 40 PVC inline filter, packed with limestone chips, or other approved solid to neutralize the fluid. Natural Gas Piping Natural gas piping shall be schedule 40 black steel. Sizes up to 4" shall be threaded. Anything larger shall be welded. Gas piping shall pressure tested and hold pressure at least 24 hours, and be inspected by the authority having jurisdiction prior to meter connection. Any gas piping penetrating or encased in concrete shall be sleeved to prevent corrosion. Equipment, Hangers and Supports Adequate structural support shall be provided and according to IMC requirements - vibration isolators, neoprene pads and insulation saddles shall be required to support any piping, equipment and ductwork from structure without noise propagation and damage to integrity and operation. Contractor to provide temporary heat, outdoor pads, drain pans, sensors, water detectors, alarms, drains and any other appurtenance necessary for a functional mechanical system. Air Intakes, Venting and Exhaust Contractor to provide venting and combustion air intake to the outdoors with manufacturer approved materials. Size, elbows and length shall be determined by manufacturer installation guidelines and/or engineer. Any variation in routing and sizing shall be approved by the engineer of record. Intake openings shall be located at least 10' away from any property line or contaminant, or with at least 25' of vertical separation. intakes shall be located not less than 3' below contaminant sources located within 10' of the source, Exhaust shall be discharged outdoors at a point where it will not cause a nuisance or reintroduce the exhaust air back into the building, and not directed onto walkways. For environmental exhaust, maintain at least 3' between any exhaust termination and openings into the building, and property lines. Maintain at least 10' between any mechanical intake and any environmental exhaust. Product conveying outlets shall be 10' away from property lines, operable openings and above grade. Product exhaust shall be at least 3 feet from exterior walls and roofs. Outdoor air terminations shall be protected from the outdoors with corrosion, animal and weather resistant 1/4" to 1/2" screening. Heating and Chilled Water System Any boiler, heating water, or water based chiller working fluid, and piping shall be filled with 30% propylene glycol and 70% distilled water if all piping is within the conditioned envelope. Any heating or chilled water outdoor piping system shall be filled with 50% propylene glycol and 50% distilled water. Contractor to provide the appropriate freeze protection and corrosion inhibitor appropriate to match the installed boiler or chiller heat exchanger and material type, Verify fill requirements with manufacturer and installation manual. All heating and chilled water systems shall be cleaned and flushed prior to energizing boiler or chiller -contractor to provide Wye strainer, expansion tank and air separator to protect piping and equipment. Hydronic and Airside Balancing Any water and airside flows shall be tested and recorded by a licensed and qualified test and balance contractor. Provide (6) copies of report to the mechanical engineer of record for review. Balance contractor to provide the necessary adjustments to motors, belts, balancing valves, quadrants and pumps to meet the specified flow rates +/-10%. MC to provide all necessary pressure and temperature ports, balancing valves, dampers, and other measuring access points and devices to complete the required balancing. Upon completion of any balance, damper position shall be visibly marked and labeled and all final positions of all balancing cocks, valves, and operators shall be marked with a center punch. Thermostats Contractor to provide a seven day programmable thermostat as located on plan at 54" above the floor. The thermostat shall provide readings in Fahrenheit and have a range from 55 to 85 degrees. Thermostat shall have a deadband of at least two degrees and the capability of switching from heating to cooling automatically. Final Job Closeout, Operations and Maintenance Manuals The contractor shall provide all equipment operations and maintenance manuals upon completion of work, to the owner. The manual shall be of the three ring binder type, entitled "Operations and Maintenance Manual with the contact information of project manager, Job name and year of completion. The manual shall include, as a minimum: Maintenance instructions for all e equipment, including lubrication and filter requirements.'r men ts. Equipment suppliers names, addresses, and telephone numbers. Equipment catalog submittals, cuts and ratings tables. Parts numbers for all replaceable parts. As built drawings. Air and/or waters stems balance / y report as specified. Control diagram or drawing and operation sequences. A detailed list of all design criteria including but not limited to: building heat loss; gain; thermal conductivity values for roof, walls, windows, doors; water heating load; equipment capacities; and any other relevant loads and metrics of the project. Valve tagging chart as hereinbefore specified. Guarantee and warranty letter. OA OUTDOOR AIR RA RETURN AIR SA SUPPLY AIR EA EXHAUST AIR RAD RETURN AiR DAMPER SAD SUPPLY AIR DAMPER (E) EXISTING CFM CUBIC FEET PER MINUTE TG TRANSFER GRILLE SD SUPPLY DIFFUSER RD RETURN DIFFUSER TD TRANSFER DIFFUSER THERMOSTAT CP CONTROL PANEL FIRE/SMOKE DAMPER FIRE DAMPER Oil a ail �,i MOTOR OPERATED DAMPER (MOD) MANUAL BALANCING DAMPER _ CHANGE OF ELEVATION 13 Ir (D) DROP (R) RISE r FLEXIBLE DUCT CONNECTION TURNING VANES IN 90° ELBOW r DUCT SIZES ARE NET FREE AREA ??x?. 1ST NO. IS DUCT WIDTH. 2ND NO. iS DUCT DEPTH. SECTION THRU ROUND DUCT SECTION THRU SUPPLY AIR DUCT SECTION THRU RETURN/EXHAUST DUCT ROUND DUCT TURN DOWN r_----' SUPPLY DUCT TURN DOWN D RETURNIEXHAUST DUCT TURN DOWN CFM -S/-\ SUPPLY REGISTER/DIFFUSER/LOUVER NECK SIZE\./ cFM-R RETURN REGISTER/DiFFUSER/LOUVER NECK SIZE CFM-O.A. OUTSIDE AIR REGISTER/DIFFUSER/LOUVER NECK SIZE CFW EXHAUST REGISTER/DIFFUSER/LOUVER NECK SIZE -�-- CFM DOOR UNDERCUT A (A) SECTION CUT LINE s (B) SHEET SHOWN ON NOTE: NOT ALL THE SYMBOLS SHOWN ON LEGEND ARE USED ON THIS PROJECT. -HWS- HEATING WATER SUPPLY •!* HEATING WATER RETURN - C - CONDENSATE LINE � _ iii ® -- LIQ -- � �� -SUC- SUCTION REFRIGERANT LINE -RFS- RADIANT FLOOR SUPPLY -RFR-- -G- GAS - MG - MEDIUM PRESSURE NATURAL GAS ---{J PIPE RISER O PiPE DROP EWB (°F) PIPE TAKEOFF (FROM BOTTOM OF MAIN) --C?- PIPE TAKEOFF (FROM TOP OF MAIN) LDB (*F) TYPE PIPE END CAP ----� PIPE CONTINUATION _ PIPE EXPANSION GUiDE ---i�i-- PIPE UNION ------ PIPE ANCHOR 8„200 FLEXIBLE PIPE CONNECTION -Ca=F- PIPE EXPANSION JOINT Q POINT OF NEW CONNECTION -iF-^ PLUG VALVE --1�'1-- CHECK VALVE --�}- BALL VALVE ---{�,{--- BALANCING VALVE -f- FLOW REGULATOR VALVE --^i�F-- • :i Type I ducts shall be constructed of 16 gauge welded black steel. Provide cleanouts every 20' and any change of direction. Clothes dryer ductwork shall be aluminum and not penetrated by screws and fasteners -provide UL listed backdraft dampers and terminations without screening as required by code. Where dryer ductwork leaves the room, contractor to provide permanent wall mounted nameplate specifying the final length and number of elbows. Flexible ductwork shall be insulated, UL listed and labeled Class 0 or 1, not to exceed 5 feet in length and not penetrate any wall, floor or ceiling. Provide means to prevent outdoor air flow leakage into building supply and exhausts upon equipment shutdown. All rectangular 90 degree changes of direction shall have single bladed turning vanes or be long radius elbow. Provide UL listed and labeled fire and/or smoke dampers at any fire rated assembly. Verify fire ratings with architect and/or general contractor. Insulation shall not conceal access panels, fire dampers and other openings into ductwork. Provide UL listed and labeled filters as required on return/intakes into air handling units. Pressure drop shall not exceed 0.10" water loss unless otherwise specified. Ductwork, linings, insulation, vibration isolators and connectors installed outdoors or in locations where they may suffer damage shall be protected from the exposure elements. Underground ductwork shall protected from corrosion and deterioration and be approved for underground installation or encased in a minimum of 2 inches in concrete. In air handlers with supply air of 2000 to 18000 cfm provide smoke detector in return air stream. Any air flow greater than 18000 CFM shall also require a smoke sensor on the supply side of the blower. Ductwork Insulation Commercial: Ductwork shall be insulated and sealed according to IECC section C403.2.7 and iMC Section 604. Lining insulation shall not impede the operation of fire dampers. All supply and return air ducts and plenums shall be insulated to a minimum of R6 where located in unconditioned spaces, unvented crawlspaces, attics, exposed shafts and ductwork below grade; and a minimum of R8 insulation when located outside the building. Outdoor insulation shall be protected from the elements with a UV and weather resistant barrier. Exhaust air ducts in conditioned areas that may condense shall be wrapped to R6 with a vapor barrier to prevent condensation. Supply and return rectangular ductwork shall be lined, and supply and return round ductwork shall be wrapped or sleeved for sound attenuation in areas of sensitivity. Duct insulation, coverings, linings and adhesives shall have a flame spread index not more than 25 and smoke -developed index not more than 50. Pipe material, connectors, valves, fittings, expansion and vibration controls shall be approved and rated for the operating temperature and pressure of the hydronic system, and conform to the standards listed in Table 1202.4 of the IMC or an approved equivalent. Piping shall be sized for no more than 3.5' of head loss per 100 feet of pipe and a maximum velocity of 4 feet per second. Provide corrosion protection when joining piping of different materials. Where copper is utilized, any piping 2-1/2" and smaller shall be type "L" and soldered or brazed. Joining surfaces shall be cleaned, and fluxed prior to completing the joint. Any copper piping 3" or larger shall be silver soldered. Iron pipe shall be schedule 40 black steel flanged, grooved, pressed, flared, welded or by other approved means and material. Provide solder compatible to material and approved for application. Valves shall not have a Cv rating with a pressure loss greater than 2 psi. Provide isolation valves on both the supply and return side of any boiler, pressure vessel, heat exchanger, pump, and pressure reducing device. Hydronic Pipe Insulation Pipe insulation shall be required on any heating and cooling piping and shall conform to section 0403.2.8 and thickness Table C403.2.8 of the IECC and 1204.1 of the IMC. Pipe insulation shall be fiberglass and have a conductivity of R3.7/inch. Outdoor pipe insulation exposed to weather shall be protected from damage due to sunlight moisture, equipment maintenance, wind and shielded from solar radiation. Adhesive tapes shall not be permitted. Heating water piping up to 1" shall require 1-1/2" of insulation, any size larger shall require 2." Chilled water piping up to 1" shall require 1/2" of insulation, any size larger shall require 1" and have a vapor barrier. Any underground piping shall be insulated type "W' to the appropriate thickness and protected from corrosion and degradation with no fittings. Direction changes shall be accomplished with long radius elbows. Refrigerant Piping Refrigerant piping shall not be located in any eI vat r, dumbwaiter or shaft containing a moving object within has openings into living quarters, or to means of egress. Refrigerant piping shall be Type ACR copper or an approved equivalent, conform to ASTM B 280, listed in chapter 11 of the EMC, assembled in accordance with ASTM B 88, and appropriate for the particular application. Provide linesets and insulated suction lines per manufacturer specifications and equipment. MC shall be responsible for final refrigerant piping sizing, as per the equipment manufacturer's installation and field sizing requirements. Underground piping shall be sleeved and insulated per manufacturer recommendations. Provide accumulator and insulation per the IECC and IMC. Lines shall be vacuum and/or pressure tested with nitrogen or other approved inert gas prior to releasing refrigerant into the linesets. All refrigerant piping shall be supported per ANSI requirements. Condensate Drain Piping Provide trapped and vented condensate piping to nearest waste line receptacle. Piping may be Type M hard drawn copper with soldered joints, schedule 40 PVC or other approved material. Where condensate may be acidic, in high efficiency (greater than 90%) boiler and furnace applications, condensate shall be piped through an 18" long x 2-1/2" dia. schedule 40 PVC inline filter, packed with limestone chips, or other approved solid to neutralize the fluid. Natural Gas Piping Natural gas piping shall be schedule 40 black steel. Sizes up to 4" shall be threaded. Anything larger shall be welded. Gas piping shall pressure tested and hold pressure at least 24 hours, and be inspected by the authority having jurisdiction prior to meter connection. Any gas piping penetrating or encased in concrete shall be sleeved to prevent corrosion. Equipment, Hangers and Supports Adequate structural support shall be provided and according to IMC requirements - vibration isolators, neoprene pads and insulation saddles shall be required to support any piping, equipment and ductwork from structure without noise propagation and damage to integrity and operation. Contractor to provide temporary heat, outdoor pads, drain pans, sensors, water detectors, alarms, drains and any other appurtenance necessary for a functional mechanical system. Air Intakes, Venting and Exhaust Contractor to provide venting and combustion air intake to the outdoors with manufacturer approved materials. Size, elbows and length shall be determined by manufacturer installation guidelines and/or engineer. Any variation in routing and sizing shall be approved by the engineer of record. Intake openings shall be located at least 10' away from any property line or contaminant, or with at least 25' of vertical separation. intakes shall be located not less than 3' below contaminant sources located within 10' of the source, Exhaust shall be discharged outdoors at a point where it will not cause a nuisance or reintroduce the exhaust air back into the building, and not directed onto walkways. For environmental exhaust, maintain at least 3' between any exhaust termination and openings into the building, and property lines. Maintain at least 10' between any mechanical intake and any environmental exhaust. Product conveying outlets shall be 10' away from property lines, operable openings and above grade. Product exhaust shall be at least 3 feet from exterior walls and roofs. Outdoor air terminations shall be protected from the outdoors with corrosion, animal and weather resistant 1/4" to 1/2" screening. Heating and Chilled Water System Any boiler, heating water, or water based chiller working fluid, and piping shall be filled with 30% propylene glycol and 70% distilled water if all piping is within the conditioned envelope. Any heating or chilled water outdoor piping system shall be filled with 50% propylene glycol and 50% distilled water. Contractor to provide the appropriate freeze protection and corrosion inhibitor appropriate to match the installed boiler or chiller heat exchanger and material type, Verify fill requirements with manufacturer and installation manual. All heating and chilled water systems shall be cleaned and flushed prior to energizing boiler or chiller -contractor to provide Wye strainer, expansion tank and air separator to protect piping and equipment. Hydronic and Airside Balancing Any water and airside flows shall be tested and recorded by a licensed and qualified test and balance contractor. Provide (6) copies of report to the mechanical engineer of record for review. Balance contractor to provide the necessary adjustments to motors, belts, balancing valves, quadrants and pumps to meet the specified flow rates +/-10%. MC to provide all necessary pressure and temperature ports, balancing valves, dampers, and other measuring access points and devices to complete the required balancing. Upon completion of any balance, damper position shall be visibly marked and labeled and all final positions of all balancing cocks, valves, and operators shall be marked with a center punch. Thermostats Contractor to provide a seven day programmable thermostat as located on plan at 54" above the floor. The thermostat shall provide readings in Fahrenheit and have a range from 55 to 85 degrees. Thermostat shall have a deadband of at least two degrees and the capability of switching from heating to cooling automatically. Final Job Closeout, Operations and Maintenance Manuals The contractor shall provide all equipment operations and maintenance manuals upon completion of work, to the owner. The manual shall be of the three ring binder type, entitled "Operations and Maintenance Manual with the contact information of project manager, Job name and year of completion. The manual shall include, as a minimum: Maintenance instructions for all e equipment, including lubrication and filter requirements.'r men ts. Equipment suppliers names, addresses, and telephone numbers. Equipment catalog submittals, cuts and ratings tables. Parts numbers for all replaceable parts. As built drawings. Air and/or waters stems balance / y report as specified. Control diagram or drawing and operation sequences. A detailed list of all design criteria including but not limited to: building heat loss; gain; thermal conductivity values for roof, walls, windows, doors; water heating load; equipment capacities; and any other relevant loads and metrics of the project. Valve tagging chart as hereinbefore specified. Guarantee and warranty letter. OA OUTDOOR AIR RA RETURN AIR SA SUPPLY AIR EA EXHAUST AIR RAD RETURN AiR DAMPER SAD SUPPLY AIR DAMPER (E) EXISTING CFM CUBIC FEET PER MINUTE TG TRANSFER GRILLE SD SUPPLY DIFFUSER RD RETURN DIFFUSER TD TRANSFER DIFFUSER THERMOSTAT CP CONTROL PANEL FIRE/SMOKE DAMPER FIRE DAMPER Oil a ail �,i MOTOR OPERATED DAMPER (MOD) MANUAL BALANCING DAMPER _ CHANGE OF ELEVATION 13 Ir (D) DROP (R) RISE r FLEXIBLE DUCT CONNECTION TURNING VANES IN 90° ELBOW r DUCT SIZES ARE NET FREE AREA ??x?. 1ST NO. IS DUCT WIDTH. 2ND NO. iS DUCT DEPTH. SECTION THRU ROUND DUCT SECTION THRU SUPPLY AIR DUCT SECTION THRU RETURN/EXHAUST DUCT ROUND DUCT TURN DOWN r_----' SUPPLY DUCT TURN DOWN D RETURNIEXHAUST DUCT TURN DOWN CFM -S/-\ SUPPLY REGISTER/DIFFUSER/LOUVER NECK SIZE\./ cFM-R RETURN REGISTER/DiFFUSER/LOUVER NECK SIZE CFM-O.A. OUTSIDE AIR REGISTER/DIFFUSER/LOUVER NECK SIZE CFW EXHAUST REGISTER/DIFFUSER/LOUVER NECK SIZE -�-- CFM DOOR UNDERCUT A (A) SECTION CUT LINE s (B) SHEET SHOWN ON NOTE: NOT ALL THE SYMBOLS SHOWN ON LEGEND ARE USED ON THIS PROJECT. -HWS- HEATING WATER SUPPLY -HWR- HEATING WATER RETURN - C - CONDENSATE LINE --CWR- CHILLED WATER RETURN -- LIQ -- REFRIGERANT LIQUID LINE -SUC- SUCTION REFRIGERANT LINE -RFS- RADIANT FLOOR SUPPLY -RFR-- RADIANT FLOOR RETURN -G- GAS - MG - MEDIUM PRESSURE NATURAL GAS ---{J PIPE RISER O PiPE DROP EWB (°F) PIPE TAKEOFF (FROM BOTTOM OF MAIN) --C?- PIPE TAKEOFF (FROM TOP OF MAIN) LDB (*F) TYPE PIPE END CAP ----� PIPE CONTINUATION _ PIPE EXPANSION GUiDE ---i�i-- PIPE UNION ------ PIPE ANCHOR 8„200 FLEXIBLE PIPE CONNECTION -Ca=F- PIPE EXPANSION JOINT Q POINT OF NEW CONNECTION -iF-^ PLUG VALVE --1�'1-- CHECK VALVE --�}- BALL VALVE ---{�,{--- BALANCING VALVE -f- FLOW REGULATOR VALVE --^i�F-- BUTTERFLY VALVE 125 PRESSURE REDUCING VALVE ---{�'}- - 2 -WAY CONTROL VALVE - 3 -WAY CONTROL VALVE 13.5 4 -WAY CONTROL VALVE 15 DIFFERENTIAL BYPASS VALVE 480 LxWxH = 127x49x55 PROVIDE HEAT TRACED CONDENSATE DRAIN, DISCONNECT AND CONCRETE PAD STRAINER MECHANICAL NATURAL GAS PRESSURE REGULATOR --{ AIR VENT PRESSURE - TEMP. TAP M10 MECHANICAL SPECS, LEGEND, DETAILS & SEQUENCE OF OPERATION M11 MECHANICAL SPECIFICATIONS M20 MECHANICAL PLANS M30 CONSTRUCTION DETAILS & NATURAL GAS PLAN & SCHEDULE DH -1 CU -1: A new wall mounted dehumidifier control panel shall enable the new pool room comfort heating and cooling system. During occupied periods the outside air damper shall open bringing 1900 cubic feet per minute of code required ventilation, and exhaust 1900 cfm at the unit. During unoccupied periods the outside air damper shall closeSupply blower shall run continuously and compressor shall start upon a call for heating, dehumidification or cooling with input from the panel, temperature and humidity sensors. Target humidity level Is 55/, pool room set point shall be 84* Fahrenheit and pool water temperature shall be 82° F. Heat shall be rejected either to the space, pool water or the remote condensing unit based on the following priority. Upon a call for heat from the return duct mounted sensor, the refrigerant shall be directed through the outdoor dehumidification unit hot gas reheat coil. If pool room space temperature is satisfied and the pool water is not, the refrigerant valve shall re -direct flow to the condenser and heat shall be rejected to the pool water, and the pool heating pump shall be energized. If there is no call for heat for pool water or room comfort, the refrigerant shall be directed to the remote outdoor condensing unit. Upon a call for supplemental heating, the duct furnace shall energize, prove air flow, open the gas valve and provide heating until the room set point has been met. E AHU-1: The existing air handler shall be recomissioned and rebalanced. During occupied periods the outside air damper shall open to provide 1400 cfm code required ventilation. During unoccupied periods the outside air damper shall close. Target supply and return air flow is 5000 cfm. With input from the existing discharge air temperature sensors and each comfort zone thermostat either the evaporative section shall energize in cooling, and each zones electric duct coils shall deliver heat, OUTDOOR DEHUMIDIFICATION UNIT SCHEDULE PRESSURE GAUGE PSI POUNDS PER SQUARE INCH PC PLUMBING CONTRACTOR MC MECHANICAL CONTRACTOR Ec ELECTRICAL CONTRACTOR VCIF VERIFY CONDITIONS IN FIELD M10 MECHANICAL SPECS, LEGEND, DETAILS & SEQUENCE OF OPERATION M11 MECHANICAL SPECIFICATIONS M20 MECHANICAL PLANS M30 CONSTRUCTION DETAILS & NATURAL GAS PLAN & SCHEDULE DH -1 CU -1: A new wall mounted dehumidifier control panel shall enable the new pool room comfort heating and cooling system. During occupied periods the outside air damper shall open bringing 1900 cubic feet per minute of code required ventilation, and exhaust 1900 cfm at the unit. During unoccupied periods the outside air damper shall closeSupply blower shall run continuously and compressor shall start upon a call for heating, dehumidification or cooling with input from the panel, temperature and humidity sensors. Target humidity level Is 55/, pool room set point shall be 84* Fahrenheit and pool water temperature shall be 82° F. Heat shall be rejected either to the space, pool water or the remote condensing unit based on the following priority. Upon a call for heat from the return duct mounted sensor, the refrigerant shall be directed through the outdoor dehumidification unit hot gas reheat coil. If pool room space temperature is satisfied and the pool water is not, the refrigerant valve shall re -direct flow to the condenser and heat shall be rejected to the pool water, and the pool heating pump shall be energized. If there is no call for heat for pool water or room comfort, the refrigerant shall be directed to the remote outdoor condensing unit. Upon a call for supplemental heating, the duct furnace shall energize, prove air flow, open the gas valve and provide heating until the room set point has been met. E AHU-1: The existing air handler shall be recomissioned and rebalanced. During occupied periods the outside air damper shall open to provide 1400 cfm code required ventilation. During unoccupied periods the outside air damper shall close. Target supply and return air flow is 5000 cfm. With input from the existing discharge air temperature sensors and each comfort zone thermostat either the evaporative section shall energize in cooling, and each zones electric duct coils shall deliver heat, OUTDOOR DEHUMIDIFICATION UNIT SCHEDULE UNIT MANUFACTURER & TAG MODEL NO. SERVICE LOCATION EX & OA (2) FANS HP DX COOLING COIL DATA DUCT HEATING DATA ELECTRICAL DATA DIMENSIONS OPER. WT, (LDS) REMARKS TOTAL CFM Q A. CFM ESP (IN) SUPPLY FAN EX FAN CAPACITY (MBH) AIR SIDE COP TOTAL MBH AIR SIDE GAS FIRED SENSIBLE TOTAL EDB (°F) EWB (°F) LDB (REHEAT) LWD (REHEAT) EDB ('F) LDB (*F) TYPE INPUT OUTPUT V / PH / Hz MFS MCA L(IN) H(IN) W(IN) DH -1 'DESERT I POOLROOM SEE PLANS 8„200 1,750 1.5 10.0 2 138.5 250.6 42.0 35.0 90.0 77.0 3.2 318.0 60.0 48.0 NG 400.0 217.6 208/3/60 142 125 206 77 82 7,500 1) 11L/um mountea temp numlalty sensor, Supply air ana exhaust tans, vutslae ana exhaust air system, electro -tin coatea Coll protection, pool water heating condenser, dual scroll compressor, remote air cooled condenser, Digital control panel, Supplemental duct heater OUTDOOR REMOTE CONDENSING UNIT UNIT MANUFACTURER & Liu (a UU "PEOPLE & PRODUCTS YOU CAN COUNT ON" PO BOX 810 825A CHAMBERS AVENUE EAGLE, CO 81631 800.543.9365 www.randhmechanical.com COMPRESSOR DATA ELECTRICAL DATA MAX OPER. NOM. TOTAL SENSIBLE COMPR. SEER REFRIG. AMB. S.S.T. ENT S.S.T. LVG V l PH 1 Hz FLA MCA FUSE TAG MODEL NO. SERVICE LOCATION SOUND REMARKS WT. (LBS) TONS CAP(MBH) CAP(MBH) TYPE TYPE TEMP COMP COMP 3 LEVEL 07/31/14 CU -1 DESERT AIRE RC5S099C REJECTED HEAT OUTDOORS 20.5 250.6 138.5 ISSUANCE - 410 - - 20$- 13.5 16 15 65 480 LxWxH = 127x49x55 PROVIDE HEAT TRACED CONDENSATE DRAIN, DISCONNECT AND CONCRETE PAD SHEET TITLE: MECHANICAL SPECIFICATIONS & SCHEDULES PROJECT NUMBER: 36207 PROJECT MANAGER: BW DRAWN BY: BW CHECKED BY: BE SCALE: 6Q0131 SHEET NUMBER: M10 1 of 3 i 7, PFN IG �N �S1 r F APPROVANt, SEAL: f 42 1 Liu (a UU "PEOPLE & PRODUCTS YOU CAN COUNT ON" PO BOX 810 825A CHAMBERS AVENUE EAGLE, CO 81631 800.543.9365 www.randhmechanical.com NO. DATE 3 CONSTRUCTION DRAWINGS 07/31/14 2 NATURAL GAS CLARIFICATIONS 05102/14 1 PERMIT DRAWINGS 04/30/14 NO. ISSUANCE DATE *44 fik No i`ir ••r!► 0 V SHEET TITLE: MECHANICAL SPECIFICATIONS & SCHEDULES PROJECT NUMBER: 36207 PROJECT MANAGER: BW DRAWN BY: BW CHECKED BY: BE SCALE: 1/4"= 1' SHEET NUMBER: M10 1 of 3 INSTALLATION OPTIONS: 1. REMOVE EXISTING POOL RETURN, CAP DUCT INTO EXISTING AIR HANDLER & & CAP EXISTING POOL SUPPLY. MC TO PROVIDE NEW AIR BALANCE TO PROVIDE 1400 CFM OA AND TO ACCOMMODATE EXISTING AIR HANDLER SUPPLY TARGET = 5000 CFM - REFERENCE VENTILATION SCHEDULE. PROVIDE NEW ACTUATORS, DAMPERS & CONTROLS AS NECESSARY. IF AIR BALANCE CANNOT BE MET WITHIN 10% OF VENTILATION LIMITS, PROVIDE NEW INVERTER RATED MOTORS TO AHU SUPPLY & RETURN FANS & VARIABLE FREQUENCY DRIVES. MC TO PROVIDE NEW DEHUMIDIFICATION UNIT, REMOTE CONDENSER, AND DUCT HEATER. EC TO PROVIDE NEW POWER & DISCONNECT TO DHA, CU -1, LOW VOLTAGE WIRING & POWER TO ANY NEW ACTUATORS, DAMPERS, HEAT TAPE AND/OR MOTORS & VFDs. GENERAL PLAN NOTES: 1 DIFFUSERS SIZED FOR LESS THAN 0.05" LOSS & A NOISE CRITERIA LESS THAN 25. SUPPLY DIFFUSER SIZES ARE THE NECK SIZES. MATCH NECK TO MODULE SIZE ACCORDING TO MANUFACTURER INSTALLATION INSTRUCTION. 2. DUCTWORK DIMENSIONS REPRESENT OUT TO OUT- ANY INSULATION HAS BEEN ACCOUNTED FOR IN THE DIMENSION. 3. DUCTWORK SIZED FOR A MAXIMUM OF 0.08" PER 100.' 4. ALL RECTANGULAR 90 DEGREE TURNS TO BE VANED ALL SPIRAL OR ROUND SHALL BE LONG RADIUS ELBOWS. 5. PROVIDE DAMPERS ON ALL TAKE -OFFS FOR BALANCING. 6. MAINTAIN T BETWEEN ANY EXHAUST & OPENING INTO BUILDING & 10' TO ANY TO ANY MECHANICAL INTAKE. \.:,/ (E) 24" OPOOL BOILER FLUE & CAI TO REMAIN. 70x40 TRANSITION TO 30x30 CONTINUED - VERIFY CONDITIONS IN FIELD. ROUTE DUCTWORK SO FLUE GASSES DO NOT DAMAGE OUTDOOR DUCT & INSULATION. 23x23 TRANSITION TO 22x21 CONNECTION TO DUCT HEATER. 22x21 TRANSITION TO 30x30. 5 RETURN TO BE MOUNTED AS LOW AS POSSIBLE AT OUTSIDE WALL. VERIFY CONDITIONS IN FIELD & AESTHETICS WITH OWNER & GC. PROVIDE CONDENSATE DRAIN & NATURAL GAS LINE FOR NEW 400,000 BTU/HR DUCT HEATER. INSTALL PER MANUFACTURER SPECIFICATIONS. VERIFY EXISTING METER CAPACITY IN FIELD & UPSIZE AS NECESSARY. GENERAL CONTRACTOR TO SUPPLY CONCRETE PAD FOR DH -1 & CU -1 SIZED FOR EQUIPMENT FOOTPRINT AND WORKING CLEARANCES. VERIFY CONDITIONS IN FIELD. PROVIDE HEAT TRACE FOR CONDENSATE DRAIN. CAP (E) POOL SUPPLY, POOL RETURN & GARAGE SUPPLY OF (E) AHU. PROVIDE NEW AIR BALANCE ACCORDING TO OPTION 1 AHU VENTILATION SCHEDULE. TARGET SUPPLY VOLUME IS 5000 CFM. PROVIDE NEW 1-1/2" G TO NEW DUCT FURNACE. VERIFY NEW POINT OF CONNECTION UPSIZE GAS PRESSURE AS REQUIRED - SEE M30 FOR GAS SIZING AND GAS PLAN. VERIFY CONDITIONS IN FIELD. 11 MOUNT GRILLE AND DAMPER ASSEMBLY HORIZONTALLY (0 DEGREE DEFLECTION io UP OR DOWN) ON THE SIDE OF THE DUCT AT THIS LOCATION. DO NOT ANGLE AIRFLOW DOWNWARD TOWARD THE POOL SURFACE. 12 MOUNT GRILLE AND DAMPER ASSEMBLY WITH A 45 DEGREE DOWN ANGLE (SIMILAR TO EXPOSED SPIRAL DUCT DETAIL ON SHEET M3.0) TO WASH THE WINDOWS WITH AIR. f 13 ROUTE NEW 24" DIA. SPIRAL SHEET METAL DUCT DOWN THROUGH EXISTING FLOOR AND CONNECT TO EXISTING SUPPLY DUCTWORK BELOW SLAB. COORDINATE CONNECTION WITH ENGINEER TO ENSURE A LOW -TURBULENCE CONNECTION. USE 45 DEGREE DOWN ANGLE CONNECTION. COORDINATE EXACT LOCATION OF FLOOR PENETRATION WITH OWNER. 14 PROVIDE BUTTERFLY BALANCING DAMPER, FOR REDISTRIBUTION OF 3520 CFM TO TO EXISTING BELOW SLAB SUPPLY DUCT SYSTEM. 15 MAINTAIN MANUFACTURER'S RECOMMENDED CLEARANCE REQUIREMENTS FOR OUTDOOR CONDENSING UNIT CU -1. ROUTE NEW LIQUID AND SUCTION REFRIGERANT LINES ABOVE GROUND FROM DH -1 TO CU -1. !` 10 PROVIDE NEW UNDERGROUND HEAT TAPED CONDENSATE DRAIN, HWS/R TO BOILER ROOM. VC1F. PROVIDE NWS/R PUMP IF NECESSARY. SEE SITE/ROOF PLAN DH (3520 CFM) 10 xr----------- --_-- --------------7----t------ ;------------- ; SPA :' 'JJ \ ■; SEE SITE/ROOF PLAN � J i Jt IJ` • ' + t .1 ............ SSY................ ?............. r.=..n............ jr......... yr..•. �.............. Pr r.... v::y... J f JJJ CEJ? ' X �Jf f� O i ■ : ' J J`s i i' `s (*) nr (E) AHU RETURN TO BE REMOVED & CAPPED (E) 48x12 3600 CFM 8000-R (E) AIR POOL 48x48 B HANDLER ROOM MECHANICAL r ROOM ,, 14 14 ■ SZ POOL MECHANICAL PLAN '/B -'-o NORTH z /7N 48X48 B 5kr .S FF APPRO w S � �ITE ROOF MECHANICAL PLAN. 4 • NORTH SEAL: "PEOPLE & PRODUCTS YOU CAN COUNT ON" PO BOX 810 825A CHAMBERS AVENUE EAGLE, CO 81631 800.543.9365 www.randhmechanical.com NO. DATE 3 CONSTRUCTION DRAWINGS 07131114 2 NATURAL GAS CLARIFICATIONS 05/02114 1 PERMIT DRAWINGS 04130/14 NO, ISSUANCE DATE tot > Z Z V V SHEET TITLE: MECHANICAL PLANS PROJECT NUMBER: 36207 PROJECT MANAGER: BW DRAWN BY: BW CHECKED BY: BE SCALE: 1/4"= V SHEET NUMBER: M20 2 of 3 •, , ,IrMIL k NNOWN GENERAL CONTRACTOR TO VERIFY METER CAN SUPPLY 3900 CUBIC FEET PER HOUR. GAS PROVIDED BY EXCEL ENERGY. INCREASE EXISTING NATURAL GAS SUPPLY PRESSURE TO 5 PSI. 2 PROVIDE (2) NEW 5 PSI TO 2 PSI NATURAL GAS REGULATORS. VERIFY CONDITIONS IN FIELD. STREET PRESSURE (E) METER 1 GARAGE DOOR i 1 1 1 1 1 tZ LO N T r i 1 1 i 1 1 1 1 i 1 1 1 1 1 1 i i 1 1 1 1 1 1 1 1 1 1 1 FOURTH LEVEL PARKING GARAGE 1 1 1 1 1 1 i 1 1 i i i 1 1 1 1 1 1 1 1 1 1 1 1 1 1 ` 2 � - --2 PSI G----- j TO (E) AHU & WATER HEATERS UPPER DECK L-41Arre Imo.. TO BUILDING 2 4 ---------------------- li WATER HEATERS 1 TO POOL BOILERS & FIREPLACE 1/16" = V -V~ SHUT OFF VALVE FULL SIZE ALUMINUM VENT TO ATMOSPHERE. \ SEE PLANS FOR REGULATOR PRESSURES MEDIUM PRESSURE GAS LINE r � � r � • r CONNECTION DETAIL NO SCALE r - • r••r r r • • r - - r • GAS SHUT OFF VALVE TYP. LOW PRESSURE GAS LINE u MECHANICAL 6" MIN. DRIP LEG EQUIPMENT TYPICAL LOW PRESSURE GAS CONNECTION DETAIL NO SCALE BOLT WITH WASHER TO TOP OF ANGLE %4" THREADED ROD SHEET METAL STRAP r MAXIMUM MOUNTING HEIGHT OF ALL EXPOSED ROUND SUPPLY AIR DIFFUSERS IS 6-6" AFF i. ANCHOR BOOT TO ROUND DUCT WITH AIR TIGHT SEALER BALANCING DAMPER EXPOSED SPIRAL DUCT SECTION NO SCALE STEEL SUPPORT ANGLE FROM JOIST TO JOIST AS REQUIRED THREADED EYE HOOK WITH COUPLING GRINNEL 110-R OR EQUAL PAINT LOCK TYPE SPIRAL DUCT TYPICAL COORDINATE COLOR WITH ARCHITECT ln• �o• Iy SEAL: GAS SIZING SCHEDULE F. -� r 2812 (til~ lPiPRODUCTS "PEOPLE & YOU CAN COUNT ON" PO BOX 810 JOB NAME: SIMBA RUN PROJECT ELEVATION: 8150 A.S.L. JOB NUMBER: _ 36207 GAS VALUE: 800' BTU/CF DATE: 5/1/2.014 GAS COMPANY: Excel Energy PREPARED BY: µ Brent Wilson MAX. PIPE RUN: 140 feet L.P. 460 feet M.P. QUANTITY DESCRIPTION BTUH TABLE CFH SIZE (4) existing House Water Heaters 912,000.00 1140 07/31114 (2) existing Buliding 2 Water Heaters 600,000.00 750 PERMIT DRAWINGS (1) existing Lobby Fireplace 38,000.00 48 (2) existing Indoor Pool Boilers 611,000.00 764 (1) existing Cutdoor Spa Boiler 350,000.00 438 (1) existing Trane Air Handler 189,000.00 236 (1) new Dehumidifier 400,000.00 S00 MAIN -TOTAL 3#100,000 3,875 Capacity 135% NOTE: 5 PSI AT METER 5,250 1-1/2" SHUT OFF VALVE FULL SIZE ALUMINUM VENT TO ATMOSPHERE. \ SEE PLANS FOR REGULATOR PRESSURES MEDIUM PRESSURE GAS LINE r � � r � • r CONNECTION DETAIL NO SCALE r - • r••r r r • • r - - r • GAS SHUT OFF VALVE TYP. LOW PRESSURE GAS LINE u MECHANICAL 6" MIN. DRIP LEG EQUIPMENT TYPICAL LOW PRESSURE GAS CONNECTION DETAIL NO SCALE BOLT WITH WASHER TO TOP OF ANGLE %4" THREADED ROD SHEET METAL STRAP r MAXIMUM MOUNTING HEIGHT OF ALL EXPOSED ROUND SUPPLY AIR DIFFUSERS IS 6-6" AFF i. ANCHOR BOOT TO ROUND DUCT WITH AIR TIGHT SEALER BALANCING DAMPER EXPOSED SPIRAL DUCT SECTION NO SCALE STEEL SUPPORT ANGLE FROM JOIST TO JOIST AS REQUIRED THREADED EYE HOOK WITH COUPLING GRINNEL 110-R OR EQUAL PAINT LOCK TYPE SPIRAL DUCT TYPICAL COORDINATE COLOR WITH ARCHITECT ln• �o• Iy SEAL: F. -� r 2812 (til~ lPiPRODUCTS "PEOPLE & YOU CAN COUNT ON" PO BOX 810 825A CHAMBERS AVENUE EAGLE, CO 81631 800.543.9365 www.randhmechanical.com NO. DATE 3 CONSTRUCTION DRAWINGS 07/31114 2 NATURAL GAS CLARIFICATIONS 05/02/14 1 PERMIT DRAWINGS 04/30/14 NO. ISSUANCE DATE *406 fir SHEET TITLE: MECHANICAL CONSTRUCTION DETAILS & NATURAL GAS PLAN PROJECT NUMBER: 36207 PROJECT MANAGER: BW DRAWN BY: BW CHECKED BY: BE SCALE: 1/4"= V SHEET NUMBER: M30 3 of 3 � EXISTING 4OOADISCONNECT, THE CONTRACTOR SHALL REMOVE THE EXISTING -- DUCT HEATER FEEDER AND REUSE THE CONDUCTORS TDFEED THE NEW BRANCH P8NELBOARD. NEW BRANCH PANELBDARD NEW 4OOAFEEDER, THE CONTARCTORSHALL REUSE THE EXISTING CONDUCTORS |NA -- CONDUIT. \y/ NEW FEEDER TOEXTERIOR CONDUNIT \�) NEW ` /| ( a ) NEW VVPDISCONNECT ATUNIT MECHANICAL ' POOL ELECTRICAL PLAN ° �� PROJECT: PROJECT": MOUNTING: SURFACE TYPE: PER SPECIFICATIONS Furnish all materials and labor required to execute work 11. CONDUIT AND WIRE: aaindicated ondrawings, mospecified, and annecessary tucomplete the & CONDUCTOR SIZES AND TYPES: Use only copper wire, 8N)volt PANEL A Electrical work shall include, but not helimited to, these major ENGINEER: VOLTAGE: MAINS: AIC: items: '120/208V,3P, 4W 400A MLO 22K amaUoc Control wiring shall be#14.stranded. |nsizes #1 and EAGLE, CO $1631 PHASE mmm|la[use types TVV THHNorTHVK |nsizes larger than #1.use 1� Comp!�e*ihnQsyohemfornewnn�mwmrkedpowerooyhn�n. THYVorXHMVK Use oTHHNhsrmireumnbahnAo,pumm�nQ NO, DATE indudingnexvpmna|bno^da.new conduits, nevvwires, new v�rin8 �hmugh8uomscnn(|ig-'iogfixtures. PHASE B. &ACcable permitted per local codes, A. Complete foodeKs)installation asrequired for new and/or existing electrical apparatus mmshown onone-line diagram 12. ELECTRICAL DEVICES and plans, A. Convenience receptacles will he20amp, commercial grade 2. Fire alarm system imNIC. All fire alarm requirements shall be deunrastyle. Finish per owner orarchitect. 05102/14 designed/provided hyothers, B� All mounting heights will conform xzADA guidelines. Typical receptacle 04/30114 740- heights will he+18'Y\PFand switch heights will be+40'Y\FF 3. Complete connection ofHVAC/P|umbingmo<or(«).water heaher(n)' unless noted otherwise. equipment, etc. furnish bymechanical - refer \oboth electrical and C. Provide GF|type receptacles stkitchens, bathrooms, andmochmniva|dmwingforuonpeandwmrkandaddiUna|infor- garages, exterior etc. msrequired bycode. mation. DH -1 10700 Provide grounding and bonding facilities anrequired. A. Support all electrical equipment independent o[accessible ceilings mo 125 3 1 2 3 20 1400 14. ELECTRICAL BOXES 6. CU -1 A. /Nfire rated wall space electrical boxes onopposite sides ofowall 10700 shall balocated nuless than 24'horizontal distance. ELECTRICAL and contractor shall have written approvals from building owner prior PROJECT NUMBER: 36207 tostart ofany work. BW 7, 1400 CHECKED BY, 8. Provide operating, maintenance, and identification instruction manuals, if SHEET NUMBER. any. I of I 9. PERMITS AND FEES: Obtain and pay for all necessary permits, inspeo- R tions,examinations F"T"�� comp|ehnnmfelaotdou|work. v�."""" �y mom�'#%� 10 � REGULATIONS CDOE8� � A. Applicable codes: National Electric Code (2008} Conform tnthe prevailing edition and amendments thereto ofthe local electrical code, pertinent NFPApublications, —W ---------- and tothe requirements of federal, state, orother city agencies having jurisdiction. 0 11 12 0 0 13 14 0 17 118 0 0 21 22 0 0 23 24 0 0 25 26 0 0 27 28 0 1200 29 30 0 0 31 32 0 0 33 0 41 42 LOAD CALCULATION SUMMARY NOTE: Provide fee -a thru Lugs CALCULATED POWER FACTOR: 0.85 MECHANICAL 36300 118 TOTAL 36300 118 44325 144 44325 144 SCOPE: Furnish all materials and labor required to execute work 11. CONDUIT AND WIRE: aaindicated ondrawings, mospecified, and annecessary tucomplete the & CONDUCTOR SIZES AND TYPES: Use only copper wire, 8N)volt contract, Electrical work shall include, but not helimited to, these major insulation, stranded |nsizes #0and larger, solid insizes #1Oand items: PO BOX 810 amaUoc Control wiring shall be#14.stranded. |nsizes #1 and EAGLE, CO $1631 800,543.9365 mmm|la[use types TVV THHNorTHVK |nsizes larger than #1.use 1� Comp!�e*ihnQsyohemfornewnn�mwmrkedpowerooyhn�n. THYVorXHMVK Use oTHHNhsrmireumnbahnAo,pumm�nQ NO, DATE indudingnexvpmna|bno^da.new conduits, nevvwires, new v�rin8 �hmugh8uomscnn(|ig-'iogfixtures. devices, new control devices, etc. /n/ooump|e��aymhmm� B. &ACcable permitted per local codes, A. Complete foodeKs)installation asrequired for new and/or existing electrical apparatus mmshown onone-line diagram 12. ELECTRICAL DEVICES and plans, A. Convenience receptacles will he20amp, commercial grade 2. Fire alarm system imNIC. All fire alarm requirements shall be deunrastyle. Finish per owner orarchitect. 05102/14 designed/provided hyothers, B� All mounting heights will conform xzADA guidelines. Typical receptacle 04/30114 740- heights will he+18'Y\PFand switch heights will be+40'Y\FF 3. Complete connection ofHVAC/P|umbingmo<or(«).water heaher(n)' unless noted otherwise. equipment, etc. furnish bymechanical - refer \oboth electrical and C. Provide GF|type receptacles stkitchens, bathrooms, andmochmniva|dmwingforuonpeandwmrkandaddiUna|infor- garages, exterior etc. msrequired bycode. mation. 13. SUPPORT 4. Provide grounding and bonding facilities anrequired. A. Support all electrical equipment independent o[accessible ceilings mo LIJ required byNEC. 5. Complete any electrical demolition required. 14. ELECTRICAL BOXES 6. Core drilling and patching nfexisting building structure required for A. /Nfire rated wall space electrical boxes onopposite sides ofowall electrical work. Core drilling shall follow Building Standard procedures shall balocated nuless than 24'horizontal distance. ELECTRICAL and contractor shall have written approvals from building owner prior PROJECT NUMBER: 36207 tostart ofany work. BW 7, Test entire system toverify completion. CHECKED BY, 8. Provide operating, maintenance, and identification instruction manuals, if SHEET NUMBER. any. I of I 9. PERMITS AND FEES: Obtain and pay for all necessary permits, inspeo- R tions,examinations F"T"�� comp|ehnnmfelaotdou|work. v�."""" �y mom�'#%� 10 � REGULATIONS CDOE8� � A. Applicable codes: National Electric Code (2008} Conform tnthe prevailing edition and amendments thereto ofthe local electrical code, pertinent NFPApublications, —W ---------- and tothe requirements of federal, state, orother city agencies having jurisdiction. 42812 "PEOPLE & PRODUCTS YOU CAN COUNT ON" PO BOX 810 825A CHAMBERS AVENUE EAGLE, CO $1631 800,543.9365 NO, DATE 2 NATURAL GAS CLARIFICATIONS 05102/14 I PERMIT DRAWINGS 04/30114 740- -ISSUANCE _DATE E-4 . .... 0 < c U LIJ SHEET TITLE: ELECTRICAL PLANS PROJECT NUMBER: 36207 PROJECT MANAGER: BW DRAWN BY� MH CHECKED BY, BE SHEET NUMBER. E1.0 I of I