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HomeMy WebLinkAbout1013 ROBINHOOD DR_BLD20077608_2026 CITY OF ARLINGTON 238 N.OLYMPIC AVE,-ARLINGTON,WA.98223 o PHONE:(360)403-3421 BUILDING PERMIT Permit#: BLD20077608 Project Address: 1013 ROBINHOOD DR, ARLINGTON Parcel No: 00398800001500 PROPERTV OWNER APPLICANT CONTRACTOR DOUGLAS GORDON NORTHWEST PERMIT INC WESCO 1013 E ROBINHOOD DR 1345 GULF RD 2800 THORNDYKE AVE W ARLINGTON,WA 98223 POINT ROBERTS,WA 98281 SEATTLE,WA 98199 Phone:360.403.7439 Phone:360.945.2787 LICENSE#:WASHIES971 OB EXP:9/2/2007 Email: Email:naidgAnMMrmits.corn PLUMBING . MECHANICAL CONTRACTOR Lic#: Ex v Lic#: Ex DESCRIPTIONJOB Replace a gas to gas Bryant 70k btu furnace and Bryant 2 ton heat pump VALUATION: $3,500 PERMIT TYPE:Residential PERMIT GROUP.Mechanical/Solar NUMBER OF STORIES:0 TYPE OF CONSTRUCTION: NUMBER OF DWELLING UNITS:0 OCCUPANT GROUP: CODE:2006 OCCUPANT LOAD: PROPOSEDEXwrINGAREA AREA BASEMENT:0 1 ST FLOOR:0 2ND FLOOR:0 1 BASEMENT:0 1 ST FLOOR:0 2ND FLOOR:0 3RD FLOOR:0 GARAGE:0 DECK:0 OTHER:0 13RD FLOOR:0 GARAGE:0 DECK:0 OTHER:0 FRONTSETBACK SIDEREAR SETBACK REQUIRED: PROPOSED: I REQUIRED: PROPOSED: RE UIRED: PROPOSED: HEIGHT ALLOWED:O PROPOSED:O REQUIRED: PROPOSED: SETBACK NOTES: PERMITAPPROVAL I AGREE TO COMPLY WITH CITY AND STATE LAWS REGULATING CONSTRUCTION AND IN DOING THE WORK AUTHORIZED THEREBY,NO PERSON WILL BE EMPLOYED IN VIOLATION OF THE LABOR CODE OF THE STATE OF WASHINGTON RELATING TO WORKMEN'S COMPENSATION INSURANCE AND RCW 18:27. THIS APPLICATION IS NOT A PERMIT UNTIL SIGNED BY THE BUILDING OFFICIAL OR HIS/HER DEPUTY AND ALL FEES ARE PAID. g ature Print Name -' Date Release / y Date 11 / ID DA /TE TION IT IS UNLAWFUL TO USE OR OCCUPY A BUILDING OR STRUCTURE UNTIL A FINAL INSPECTION HAS BEEN MADE AND APPROVAL OR A CERTIFICATE OF OCCUPANCY HAS BEEN GRANTED.UBC109/IBCI 10/IRC110. J(0 ARCHIVE APPLICANT ASSESSOR OTHER BLD20077608 CONDITIONS • None PERMIT FEES Description Fee mount Paid Balance [Me C-Plumbing Permit Fee $0.00 $0.00 $0.00 C-Mechanical Permit Fee $50.00 $0.00 $50.00 Total Due: $50.00 $0.00 $50.00 INSPECTIONS THIS PERMIT AUTHORIZES ONLY THE WORK NOTED.THIS PERMIT COVERS WORK TO BE DONE ON PRIVATE PROPERTY ONLY.ANY CONSTRUCTION ON THE PUBLIC DOMAIN(CURBS,SIDEWALKS,DRIVEWAYS,MARQUEES,ETC.)WILL REQUIRE SEPARATE PERMISSION. CALL FOR INSPECTIONS BUILDING/ENGINEERING/PARKS/UTILITIES/FINAL(360)435-0674 FIRE(360)403-3607 When calling for an inspection please leave the following information: Permit Number,Job Site Address,Type of Inspection being requested,Contact Name and Phone Number,Date Prefereed,and whether,you prefer morning or afternoon. None G`�Y °r RESIDENTIAL MECHANICAL ;� o PERMIT APPLICATION <t!V G� Department of Community Development City of Arlington • 238 N Olympic Ave. •Arlington,WA 98223 • Phone (360)403 3431 • FAX(360)403 3447 THIS APPLICATION TO BE USED FOR ONE AND TWO DWELLING UNITS RESIDENTIAL STRUCTURES. THIS APPLICATION MUST BE ACCOMPANIED BY TWO(2) SETS OF CONSTRUCTION DRAWINGS, AND TWO(2) SETS OF WASHINGTON STATE ENERGY CODE APPLICATIONS. I Type of Permit: (✓) Residential ( ) Commercial Project Address: 1013 E ROBINHOOD DR Parcel ID#: 00398800001500 ' Lot#: Subdivision: ; Replacing a gas to gas Bryant 70K btu furnace and a Bryant 2 ton heat Dumb ; Project Description: DOUGLAS GORDON Phone Number: 360-403-7439 Owner: 98223 Address: 1013 E ROBINHOOD DR city: Arlington State: WA Zip Code: Contact Person: Naida Khan/Northwest Permit Inc. Phone Number: 360-945-2787 Cell Phone: Fax: E-mail: nalda p@nWpermlt.Com Address: 1345 Gulf Rd city: Point Roberts State: WA Zip code: 98281 Please List quantity of fixtures Below: CLOTHES DRYER FURNACE UP TO 100K BTU GAS OUTLETS FURNACE OVER 100K FLR FURN INSTALLIRELOCATE SUSPENDED HTR/UNIT HTR\ APPL VENT/OTHER APPLIANCE REPAIR BOILER UP TO 3 HP BOILER UP TO 4-15 HP BOLIER UP TO 16-30 HP BOILER UP TO 31-50 HP BOILER 51 HP AND UP AIR AHNDLING UP TO 1 OK CFM AIRHANDLING OVER 1 OK CFM EVAL COOLER VENTILATION FANS OTHER VENTILATION SYSTEM VENT HOOD DOMESTIC INCINERATOR COM/IND INCINERATOR ALL OTHER UNITS FREESTANDING STOVE FIREPLACE INSERT Contractor: WESCO Phone Number: 206-378-6649 2800 Thorndyke Ave W Seattle State: WA Zip Code: 98199 Address: City: WASHIES971 OB —Expiration: 09/02/07 Contractor's License Number: p I hereby certify that the above information is correct and that the construction on, and the occupancy and the use of the above- described property will be in accordance with the laws,rules and regulation of the State of Washington. Applicants Signature Date Naida Khan/Northwest Permit Inc. Print Applicants Name Forms/MECH-1 zu^ '9�00 -103 w lvIvoieuuf KVb IZ: It FAX 206 37$ 6600 wsshington Energy Svcs. 2002l002 ,property Owners Name A sessor's pareel_M,;�3990oo0 l5 Legend: Site Address: _--- property lnw Building pcmwur Man Rmle-1"fin)=Wf ) Site Plan North g0 i SA V03(67 L s64vD H-eO - T Tamer r.� O �v c r� r NOV 16 zoos 1 Variable-Speed • • • - • Combustion Furnace1=a Sizes 14 Series C Product Data For even greater comfort and convenience, match the Plus 80V e,Aect/1. furnace with a two-speed Puron air conditioner or heat pump. 4 df This will create a fully communicating system, requiring only 4 EVOLUTION ' � thermostat wires between system components, and trouble- shooting can even be done from the outdoor unit without enter- ing the home. Ct Optional remote access through telephone or Internet is also available when combined with a remote connectivity kit. STANDARD FEATURES • Evolution TM System-match with the Evolution TM Control for Evo- i ©� lution TM System benefits '!!!!� F • Perfect Heat, Perfect HumidityTM operation eftJ f— Including Super dehumidify mode for maximum humidity control Two-stage heating even with single-stage thermostat-patented © Adaptive Control Technology Reduced operating sound through low-stage operation and sound elimination combustion system • Noise elimination combustion system �� •Variable-speed blower motor n Super-low electrical use,up to 80 percent less than standard �I models `N Increased SEER ratings for A/C and H/P systems Matches CFM to cooling system over a wide range of static points t ( ft • SmartEvapTM can lower the humidity level in the home by nearly ` 10 percent • Four-position furnace:Upflow,Horizontal Right,Horizontal Left, Downflow Thirteen different vent options •Compact design only 33-1/3 in.tall • High-Efficiency Media Filtration Cabinet included •Washable filter included • Microprocessor based"smart'control center The Plus 80V Variable-Speed 4-Way Multipoise Gas Fur- Fan on Plu§rm -Continuous Fan speed adjustable from nace offers outstanding comfort and electrical efficiency thermostat in an 80%AFUE furnace.You get all of the benefits of Perfect Adjustable heating air temperature rise HeatTm and Perfect HumidityTM:reduced drafts,reduced sound Adapts heating stages to meet demand levels, longer, more gentle cycles,and less temperature differ- Up to 12 cooling airflow selections with a wide range of capability ences between rooms.Also,it improves indoor air quality,plus Dehumidify mode provides outstanding electrical efficiency all year long: Home- LED diagnostics, non-volatile fault code memory,and self-test owners can now economically run constant fan to help elimi- feature nate temperature differences throughout the house and to get On-board fuse for transformer protection better indoor air quality.This Perfect Humidity furnace also in- . Patented blocked vent safeguard to ensure proper furnace creases comfort in the summer by wringing out extra humidity. venting The 315AAV/JAV furnaces are approved for use with natural or . Insulated blower compartment propane gas,and the 315JAV is approved for use in Low NOx • Hybrid HeatTM compatible Air Management Districts. •All models are chimney friendly when used with accessory vent Bryant Evolution®System When this Plus 80V gas furnace kit is matched with the Evolution Control and an air conditioner or . Perfect LightTM Igniter heat pump,you will experience the ultimate in Perfect Heat and • Residential installations eligible for consumer financing Perfect Humidity through unmatched control of temperature, through the Comfort Credit Program humidity, indoor air quality, and zoning. The Bryant Evolution System also allows for worry-free operation through on-screen, LIMITED WARRANTY text-based service reminders and equipment malfunction •20-year warranty on"Super STM"heat exchanger alerts. •5-year parts warranty on all other compoge.nts 7 ■ ■ - X - 1 � Olin T0 V.W. . r . = rI j : . .:r ti74 • 4 � r . r I • I 28A.7/8• -Ivorawl 25-1/4' A 22-9/16" A AIRFLOW 2-9/18" JUNCTION BOX —13/IB' LOCATION D 13116" 4 13F::� /16" OUTL18'ET F 718'D1A— t t ACCESSORY 1-1/2•DIA. 11f18' 1/2"DIA THERMOSTAT RIGHT HAND WIRE ENTRY GAS ENTRY 3-15/16" I'MIN 1/2'DIA.THERMOSTAT WIREENTRY LEFT HAND GAS 1-7/1A* ENTRY ALTERNATE 33-N16' P 24-7/8" JUNCTION BOX Q LOCATION(TYP) VENT OUTLET 5 PLACES(TYP) 14-7/8° 7/8"DIA.ACCESSORY _ 3-3/4' 7/8'DIA-ACCESSORY r 11/16' S-1/2" C 11/1s^ 1.1/4' 21-5/8° 1-11116" C BOTTOM INLET 24" 22-1/16° 1" (CASING) 3IDEINLET A03060 NOTES: 1. Two additional 7/8-in.dia knockouts are located in the fop plate. 2. Minimum return-air openings at furnace,based on metal duct.If flex duct is used,see flex duct manufacturers recommendations for equivalent diameters. 3. Minimum return-air opening at furnace: a. For 800 CFM-16-in.round or 14-1/2 x 12-in.rectangle. b For 1200 CFM-20-in.round or 14-1/2 x 19412-in.rectangle. c. For 1600 CFM-22-in.round or 14-1/2 x 22-1/16-in.rectangle. d. For airflow requirements above 1800 CFM,see Air Delivery table in Product Data literature for specific use of single side inlets. The use of both side inlets,a combination of 1 side and the bottom,or the bottom only will ensure adequate return air openings for airflow requirements above 1800 CFM. A D E F VENT SHIPPING MEDIA 315AAV/315JAV BOTTOM C.L.TOP& CONNECTION CABINET UNIT SIZE CABINET SUPPLY RETURN BOTTOM VENT SIZE(IN.) WEIGHT SIZE WIDTH(IN.) WIDTH(IN.) WIDTH(IN.) OUTLET(IN.) (see notes 1 &2) (LBS) (IN.) 036070 14-3/16 12-9/16 12-11/16 9-5/16 4 127 16 048090 17-1/2 15-7/8 16-1/8 11-9/16 4 151 16 060110 21 19-3/8 19-1/2 13-5/16 4 162 20 066135 24-1/2 22-7/8 23 15-1/16 4(note 1) 177 24 066155 24-1/2 22-7/8 23 15-1/16 4(note 1) 183 24 1)135 and 155 size furnaces require five-inch vents.Use a 4-5 in.vent adapter between furnace and vent stack. 2)See Installation Instructions for complete installation requirements. 25" - ► � 2S• ~ Opening w Flml---Ben~I • 221" I 1 I 1 I I I I I I � A I I I I 1 1 1 I I I 1 I Furnace side I Duct slide I � 23�k" 10- Centerline Screw Slots 5 6,"� Media/ Cabinet Size A B 16 17" 16" 20 21" 20" 24 25" 24" —2— I INSTALLATION MINIMUM INCHES CLEARANCE TO COMBUSTIBLE CONSTRUCTION DISTANCE MINIMALE EN POUCES AUX CONSTRUCTIONS COMBUSTIBLES This forced air furnace is equipped for use with This furnace is approved for UPFLOW,DOWNFLOW,and natural gas at altihides 0-10,000 ft(03,050m). HORIZONTAL installations. An accessory kit, supplied by the G.NteGxmraiise est appadepourllnsrakibonHORIZONTALE manufacturer,shall be used to convert to propane d to orndation d'air VERS LE Hntff et VERS LE BAS. gas use or may be required for some natural gas applications. Clearance arrows 1. Les Itches dedEgagenxxu This furnace is for indoor installation in a do not change with e re urge P-aver building constructed on site. furnace orientation. I'aientabon founw5o This fumace may be installed on combustible flooring in alcove or closet at minimum clearance as indicated by the diagram from combusitble 0' 0" material n This furnace may be used with a Type B-1 Vent a BACK ppz and may be vented in common with other gas ne -.1%p�9`` fired appliances Foo�"T t Cette foumaise,$air pulsE est E quipEe nature] at attitudes 1h1 5compd2r a trOUSSe de conversi�onwfoum'le par O` A,AN T EN*pFir EN 24' Is fabricant,pour passer au gaz propane ou pour *or. T 3^ certaines installations au gaz nature]. y Cetie foumaise est prEvue pour Itre instalte clans un b,timent construit sur place. Cefte foumaise peal Itre installte Sur Clearance in inches un Blancher combustible dare une a]cOve ou �$ DEgagement(po). ch clans un garde-mbe an respedant Is mulinxum d'espace Rare des melEdeux oormbustibles,Iel Vent Clearance to combustibles: qu*6qu8 sur to diagrarm e. For Single Wall vents 6 inches(6 po). Cette foumaise peal The u0ste aver un For Type B-1 vent type 1 ir&(t po). aartduitclvEuawatimdeTypeB-1oucorarredEe Degagemenldefvtventavecoombushbles: Pour cordst Vtvawabon j pares siny>te 6 po(6 inches). au conduit ommun d'autres apparei]s$gaz. Pour owdLA d4vacuation do Type B-1 1 I inch). MINIMUM INCHES CLEARANCE TO COMBUSTIBLE CONSTRUCTION DOWNFLOW POSITIONS: U Installation on non-ccmbusibib]e floors any. For Installation on Combustible flooring only when installed on special base,Part No.KGASBO201ALL, Coil Assembly,Part No.CD5 or CK5,or Coil Casing,Part No.KCAKC. y 18 inches front clearance required Tor alcove * Indicates supply or return sides when fumace is in the horizontal position. Line contact only permissible between lines formed by intersections of the Top and two Sides of the furnace jacket,and building joists, studs or framing. D...GAGEMENT MINIMUM EN POUCES AVEC...L...MENTS DE CONSTRUCTION COMBUSTIBLES POUR LA POSITION COURANT DESCENDANT: U Pour prinstallation sur plancher non combustible seulement. Pour Ivinstallation sur un p]ancher combustible seulement quand on utilise la base spEciale,piEce rif KGAS60201ALL, Wensemble serpendn,piEce nj CD5 ou CK5,ou le Carter de serpentin,piEce nJ KCAKC. y Dans une aWve,on doit maintenir un dEgagement$Ivavant de 18 po(450mm). * La pdstion incliquEe conceme le COIL dvenbte ou de relour quand la foumaise est clans Is position horizonta]e. Le contact nvest perms quventre Ies lignes formEes par Ies intersections du dessus at des deux cOtEs de Is chemise de Is fouma]se at les solives,monlant sous cadre de charpente. 327590-101 REV. C —3— II SPECIFICATIONS UNIT SIZE 036070 048090 060110 066135 1 066155 RATINGS AND PERFORMANCE 315JAV Upflow;all 315AAV High 66,000 88,000 110,000 132,000 154,000 Input Btuh' Low 43,500 58,000 72,500 87,000 101,500 Nonweatherized ICS 315JAVDownflow/Horizontal High 63.000 84,000 105,000 126,000 147,000 Low 43,500 58,000 72,500 87,000 101,500 315JAV Upflow;all 315AAV High 54,000 71,000 89,000 107,000 125.000 Output Capacity(Btuh)t Low 35,000 47,000 59,000 70,000 82,000 Nonweatherized ICS 315JAVDownflow/Horizontal High 51,000 68,000 85,000 102,000 119,000 Low 35.000 47,000 59.000 70,000 82,000 AFUEt 80.0 80.0 80.0 80.0 80.0 Certified Temperature Rise Range IF High 30-60 40-70 40-70 40-70 45-75 Low 30-60 30-60 25-55 25-55 30-60 Certified External Static Pressure Heat/Cool 0.12/0.50 0.15/0.50 0.20/0.50 0.20/0.50 0.20/0.50 Airflow CFM$ Heating HighlLow 1060/615 1090/825 1330/1110 1725/1430 1775/1440 Cooling 1225 1400 2095 2100 2095 ELECTRICAL Unit Volts-Hertz-Phase 115-60-1 Operating Voltage Range Min-Max 104-127 Maximum Unit Amps 9.0 9.6 15.1 14.9 15.0 Maximum Wire Length(Measure 1 Way in Ft) 30 29 29 30 29 Minimum Wire Size 14 12 Maximum Fuse or Ckt Bkr Size(Amps)" 15 20 Transformer(24v) 40va External Control Heating 12va Power Available Cooling 35va Air Conditioning Blower Relay Standard CONTROLS Limit Control SPST Heating Blower Control Solid-State Time Operation Burners(Monoport) 3 4 5 6 7 Gas Connection Size 1/2-in.NPT GAS CONTROLS Gas Valve(Redundant) Mfr. White Rodgers Min Inlet Pressure(In.wc) 4.5(Natural Gas) Max Inlet Pressure(In.wc) 13.6(Natural Gas) Ignition Device Hot Surface Factory-installed orifice Size 43 BLOWERDATA Direct-Drive Motor HP(PSC) 1/2 1/2 1 1 1 Motor Full Load Amps 7.7 7.7 12.8 12.8 12.8 RPM(Nominal)-Speeds 300-1300 300-1300 300-1300 300-1300 300-1300 Blower Wheel Diameter x Width(in.) 10 x 6 10 x 8 11 x 10 11 x 11 11 x 11 Gas input ratings are certified for elevations to 2000 ft.For elevations above 2000 ft,reduce ratings 4 percent for each 1000 ft above sea level.Refer to National Fuel Gas Code Table F4 or furnace installation instructions.In Canada,derate the unit 10 percent for elevations 2000 ft to 4500 ft above sea level. t Capacity in accordance with U.S.Government DOE test procedures. $ Airflow shown is for bottom only return-air supply in comfort mode(as-shipped).For air delivery above 1800 CFM,See Air Delivery table for other options.A filter is required for each return-air supply.An airflow reduction of up to 7 percent may occur when using the factory-specified 4-5/16 in.wide,high efficiency media filter. " Time-delay type is recommended ICS Isolated Combustion System ISO 9001:2000 DEsic MEETS DOE RESIDENTIAL CONSERVATION MI EFF1 SERVICES PROGRAM STANDARDS. SPI CERTIFIED cF rt� CERTIFIED arcIsrERe° Gama Before purchasing this appliance,read important H T I F� ® ® energy cost and efficiency information available from your retailer. -4- ■ = ■ 71 ` ■ .IN7 1 ■ i 1 . 1 mil. AM j"F■ M' 1 i 1 MEN1 ■- No11 1% . ■ JT ■ ■ ■ ■ ME b` - f !.� 1WM11MIm NN f MlFrrIM r ` .� ■ � I � 1 ■ 1 ■ ACCESSORIES DESCRIPTION PART NO. 036070 042090 060110 066135 066155 FILBBCAR0016 X X Cartridge Media Filter FILBBCAR0020 X FILBBCAR0024 X X EXPXXUNVO016 X X EZ Flex Media Filter with End Caps EXPXXUNVO020 X EXPXXUNVO024 X X EXPXXFIL0016 X X Replacement EZ Flex Filter Media EXPXXFIL0020 X EXPXXFIL0024 X X KBAFR0401B14 X KGAFR0501B17 X External Bottom Return Filter Rack KGAFR0601 B21 X KGAFR0701 B24 X X External Side Return Filter Rack KGAFRO801 SRE X X X X X KGAWF1306UFR X X St St St Unframed Filter 1-in. KGAWF1406UFR X KGAWF1506UFR X X Flue Extension KGAFE0112UPH X X X X X Combustible Floor Base KGASB0201ALL X X X X X Downflow Vent Guard KGAVG0101 DFG X X X X X Vent Extension Kit KGAVE0101 DNH X X X X X Chimney Adapter Kit KGACA02014FC X X X Chimney Adapter Kit KGACA02015FC X X Natural-to-Propane Conversion Kit* KGANP4001ALL X X X X X Propane-to-Natural Conversion Kit KGAPN3301ALL X X X X X Label Kit KGALB0101KIT X X X X X Air Leakage Kit(Qty 10) KGBAC011ODGK X X X X X ECM Motor Simulator KGASD0201FMS X X X X X Advanced Product Monitor KGAFP0201APM X X X X X KGAHAO15ON42 KGAHA025ON43 (factory supplied) KGAHA035ON44 KGAHA045ON45 Gas Orifice Kit(Qty 50) KGAHA055ON46 See Installation Instructions for model, KGAHA155ON47 altitude, and heat value usages. KGAHA1650N48 KGAHA065OP54 KGAHA075OP55 UV Lights Model UVL Heat/Energy Recovery Ventilator Models HRV or ERV Humidifier Model HUM Electronic or Mechanical Air Cleaner Model EACA,EZXCAB " Factory-authorized,field installed.Fuel conversion kits are AGA/CGA recognized. t Suitable for side return —5— .� I I CONTROLS-THERMOSTAT AND ZONING DESCRIPTION PART NO. NON-PROGRAMMABLE For use with 1-speed Air Conditioner-deg.F/C,Auto Changeover TSTATBBNAC01-B For use with 1-speed Air Conditioner-deg.F/C,Auto Changeover TSTATBBNHP01-B* For use with 2-speed Air Conditioner-deg.F/C,Auto Changeover TSTATBBN2S01-B* For use with multi-use/stage configurations-deg.F/C,Auto Changeover/Temperature and Humidity Control TSTATBBPRH01-Bt PROGRAMMABLE • SELECTION For use with 1-speed Air Conditioner-deg.F/C,Auto Changeover,7-Day Programmable TSTATBBPAC01-B For use with 1 speed Air Conditioner-deg.F/C,Auto Changeover,7-Day Programmable TSTATBBPHP01-B* For use with 2 speed Air Conditioner-deg.F/C,Auto Changeover,7-Day Programmable TSTATBBP2S01-B* For use with 1-speed Air Conditioner-deg.F/C,5-2 Day Programmable TSTATBBSAC01 For use with multi-stage applications-deg.F/C,Auto Changeover,7-Day Programmable TSTATBBPDF01-B$ For multi-use/stage configurations-deg.F/C,Auto Changeover,7-Day Programmable/Temperature and Humidity Control TSTATBBPRH01-Bt ZONING • -• SELECTION Zone Perfect 2-Zone kit ZONEKIT2ZBDP Zone Perfect Plus 2-Zone kit/Temperature and Humidity Control ZONEBB2KIT01-B Zone Perfect Plus 4-Zone kit/Temperature and Humidity Control ZONEBB4KIT01-B Zone Perfect Plus 8-Zone kit/Temperature and Humidity Control ZONEBB8KIT01-B • •Ntm-CONTROLS Evolution TM Control Deluxe 7-Day Programmable(Wall-mounted system control.) SYSTXBBUID01 Evolution TM Control Deluxe Zoning 7-Day Programmable(Wall-mounted control for a multi-zone system.) SYSTXBBUIZ01 EvolutionTm 4-Zone Damper Control Module(Wall-mounted control for a four-zone system.) SYSTXBB4ZCO2 Evolution TM Smart Sensor(Optional wall control used to monitor temperature and/or fan control in an individual zone.) SYSTXBBSMS01 EvolutionTm Remote Room Sensor(Monitors temperature in an individual zone.) SYSTXBBRRS01 Evolution TM System Access Module(Hardware for wireless access and control via phone or internet.) SYSTXBBSAM01 EvolutionTm Network Interface Module(Connects Heat Recovery and Energy Recovery Ventilators or older two-speed outdoor SYSTBBNIM01tt models to system.) Decorative Back Plate for Evolution TM Control(Decorative wall plate.) SYSTXXXBPU01 * Model HP and 2S thermostat must be field converted to air conditioner operation. t Thermidistat Control can be configured for multiple use and staging,it must be configured for each specific application. t Dual Fuel thermostat is used with furnace and heat pump application. ** When applied with Bryant's Perfect HumidityTM series 355MAV,315AAV,JAV and FE Indoor Models tt Must be installed in Dual-Fuel Evolution system applications. -6- � I I " i l .a .n. SEE NOTES:1,2,4,7,8,9 SEE NOTES:1,2,3,4,7,8,9 SEE NOTES:1,2,4,5,7,8,9 UPFLOW UPFLOW DOWNFLOW A02058 A02059 A02061 1 .. 01 0 -n- -M _ -.1 _ SEE NOTES:1,2,3,4,5,7,8,9 SEE NOTES:1,2,3,4,5,7,8,9 SEE NOTES:1,2,4,5,6,7,8,9 DOWNFLOW DOWNFLOW DOWNFLOW A02060 A02063 A02062 Venting Notes 1. For common vent,vent connector sizing and vent material:United States, latest edition of the National Fuel Gas Code(NFGC),ANSI Z223.1/NFPA 54. In Canada,latest edition of the National Standards of Canada, Natural Gas and Propane Installation Code(NSCNGPIC),CSA B149.1-00. 2. Immediately increase to 5-in.vent connector outside furnace casing when 5-in.vent connector required, refer to Note 1. 3.Side outlet vent for upflow and downflow installations must use Type B vent immediately after exiting the furnace, except when KGAVG0101 DFG is used in downflow position. 4.Type B vent where required,refer to Note 1. 5.4-in.single wall vent must be used inside furnace casing and the KGAVG0101 DFG Downflow Vent Guard Kit. 6.Accessory Downflow Vent Guard Kit, KGAVG0101 DFG required in downflow installations with bottom vent configuration. 7.Chimney Adapter Kit required for exterior masonry chimney applications. Refer to Chimney Adapter Kit, KGACA02014FC and KGACA02015FC for sizing and complete application details. 8.Secure vent connector to furnace elbow with(2)corrosion-resistant sheet metal screws,space approximately 1800 apart. 9.Secure all other single wall vent connector joints with(3)corrosion-resistant screws spaced approximately 1200 apart. Secure Type B vent connectors per vent connector manufacturer's recommendations. —7— � ° o SEE NOTES:1,2,4,5,7,8,9 HORIZONTAL RIGHT SEE NOTES:1,2,4,5,7,8,9 HORIZONTAL RIGHT A02068 A02070 SEE NOTES:1,2,4,7,8,9 HORIZONTAL RIGHT A02069 1 a o O O I SEE NOTES:1,2,4,7,8,9 HORIZONTAL LEFT SEE NOTES:1,2,4,5, A02064 HORIZONTAL LEFT A02065 � I o a SEE NOTES:1,2,4,5,7,8,9 SEE NOTES:1,2,4,5,7,8,9 HORIZONTAL LEFT HORIZONTAL LEFT A02067 A02066 —8— AIR DELIVERY-CFM (Bottom Return With Filter)* Unit Operating Mode CFM Airflow External Static External Static Pressure ESP Size SettingPressure Flange* 0.1 0.2 0.3 0.4 0.5 0.6 .7 0 0.8 1 0.9 1 1.0 036070 AIRFLOW CFM If Low Heat 735 615 0-0.50 735 735 735 735 725 High Heat 1180 (1060)t 0-1.0 1160 1165 1175 1180 1180 1180 1180 1 180111801 1175 tt 1-1/2 Ton Cooling 525 0-0.50t 525 525 525 525 510 tt 2-Ton A/C Cooling 700 0-0.50t 700 700 700 695 685 2-1/2-Ton A/C Cooling 875 0-1.0t 875 875 875 875 875 875 865 855 845 840 3-Ton A/C Cooling 1050 0-1.0t 1050 1050 1050 1050 1050 1050 1050 1050 1045 1035 3-1/2 Ton A/C Cooling 1225 0.1.0 1205 1215 1225 1225 1225 1225 1225 12251 12251 1210 Maximum 1400 0-1.0 1395 1400 1400 1400 1400 1400 1400 13851 13601 1310 048090 Low Heat 985 (825)1 0-1.0 950 970 985 985 985 985 985 985 985 980 High Heat 1210 1090 0-1.0 1190 1205 1210 1210 1210 1210 1210 12101 12101 1200 it 1-1/2 Ton A/C Cooling 525 0-0.50$ 525 525 525 525 500 tt 2-Ton A/C Cooling 700 0-0.50t 690 695 700 700 690 2-1/2 Ton A/C Cooling 875 0-1.0t 830 855 875 875 875 8751 870 865 850 820 3-Ton A/C Cooling 1050 0-1.0t 1005 1025 1040 1050 1050 1050 1050 1050 1050 1050 3-1/2 Ton A/C Cooling 1225 0-1.0 1205 1220 1215 1225 1225 1225 1225 1225 1225 1220 4-Ton A/C Cooling 1400 0-1.0 1370 1385 1395 1400 1400 1400 1400 1400 1400 1380 Maximum 1600 0-1.0 1565 1580 1585 1595 1600 1600 1560 1520 1480 1430 060110"" Low Heat 1320 1110 0-1.0 1275 1295 1315 1320 1320 1320 1320113201 13201 1315 High Heat 1475 (1330)t 0-1.0 1460 1465 1475 1475 1475 1475 14 75114751 14651 1465 tt 2-Ton A/C Cooling 700 0-0.5 700 700 700 685 660 t1 2-1/2 Ton A/C Cooling 875 0-0.50$ 860 875 865 855 840 11 3-Ton A/C Cooling 1050 0-0.501 1050 1050 1045 1 050 1050 3-1/2 Ton A/C Cooling 1225 0-1.0$ 1185 1195 1215 1225 1225 1225 1225 1225 12251 1225 4-Ton A/C Cooling 1400 0-1-Ot 1385 1395 1400 1400 1400 1400 1400114001 14001 1400 5-Ton A/C Cooling 1750 0-1.0t 1710 1730 1735 1745 1750 1750 1750 1750 1745 1740 6-Ton A/C Cooling2100 0-1.0 2090 2100 2100 210 2095 2085 2065 2045 2020 1990 Maximum 2200 0-1.0 2200 2200 2200 2190 2185 2175 2155 2130 2065 2015 66135 Low Heat 1700 1430 0-1.0 1700 1700 1700 1700 1700 1695 1700 1695 1685 1670 High Heat 1915 (1725t 0-1.0 1900 1905 1915 1915 1915 191511915119151 19151 1915 tt 2-Ton A/C Coolin 700 0-0.501 700 700 700 700 665 tt 2-1/2 Ton A/C Cooling 875 0-0.50* 870 870 665 865 865 tt 3-Ton A/C Cooling 1050 0-0.50T 1010 1030 1050 1050 1050 3-1/2 Ton A/C Cooling 1225 0-1.0$ 1155 1180 1200 1210 1220 1225 1225 1225 1225 1225 4-Ton A/C Coolina 1400 0-1.0t 1395 1400 1400 1400 1400 1400 1400 1390 13 5 1355 5-Ton A/C Cooling1750 0-1.0t 1740 1750 1750 1750�21 35 1740 1735 1730�2140 15 1700 6-Ton A/C Cooling2100 0-1.0 2075 2085 2090 2100 00 2100 2 990 208055 2025 Maximum 2200 0-1.0 2180 2195 2200 2200 00 2200 2185 2165 2095 066155 Low H at 171 1440)t 0-1.0 1715 1715 1715 1715 1715 1705117101 i 7051 170 1695 High Heat 1970 (1775)t 0-1.0 1955 1965 1965 1970 1970 1970 1970 1970 1970 1960 1I 2-Ton A/ Coolin 700 700 700 7 _700 680 11 2-1/2 Ton A/C Cooling 875 0-0.50t 865 875 875 865 865 tt 3-Ton A/C Coolin 1050 0-0.50t 1015 1020 1035 1045 1050 3-1/2 Ton A/C Cooling 1225 0-1.0t 1160 1185 1215 1225 1225 1225 1225 1225 1225 1225 4-Ton A/C Coolin 1400 Q-1.0t5 1400 1400 1400 1400 1400 1 9 1395 1380 1360 5-Ton A/C Coolina 1750 0-1.0 1745 1750 1750 1750 1745 1740 1745 1745 1740 1735 6-Ton A/C Cooling2100 -1.0 2 2 70 2 2085 2095 2100 210 2100 2090 2065 Maximum 2200 0-1.0 2175 2190 2200 2200 2200 2200 2200 22001 21801 2160 ' Actual external static pressure(ESP)can be determined by using the fan laws(CFM2 proportional to ESP);such as,a system with 1180 CFM at 0.5 ESP would operate at cooling airflow of 1050 CFM at 0.4 ESP and low-heating airflow of 735 CFM at 0.19 ESP. t Low heat CFM when low-heat rise adjustment switch(SW1-3)and comfort/efficiency adjustment switch(SW1-4)on control center are OFF. $ Ductwork must be sized for high-heating CFM within the operational range of ESP. - Wattage data provided is for the circulating blower with bottom return and does not include draft inducer,accessories,or gas controls. tt Operation within the blank areas of the chart is not recommended because high-heat operation will be above 1.0 ESP. All airflows on 110 size furnace are 5 percent less on side return only installations. -9- - - V AIR DELIVERY- POWER DRAW(WATTS)" Unit Operating Mode CFM Airflow External Static External Static Pressure (ESP Size SettingPressure Range* 0.1 0.2 0.3 0.4 0,5 0.6 0.7 0.8 0.9 1.0 036070 POWER DRAW WATTS)" If Low Heat 735 615 0-0.50 84 100 119 133 148 High Heat 1180 (1060)t 0-1.0 227 256 287 318 347 3811 4071 4351 4621 485 if 1-112 Ton Coolin 525 0-0.50t 48 63 74 86 98 tt 2-Ton A/C Coolin 700 0-0.50# 75 90 108 121 135 71/2 Ton A/C Coolin 875 0-1.0t 123 145 163 183 202 221 238 257 275 297 3-Ton A/C Cooling 1050 0-1.0# 181 205 226 253 278 302 326 350 371 392 3-1/2 Ton A/C Cooling 1225 0-1.0 2541 289 320 355 3841 416 444 472 495 515 Maximum 1400 0-1.0 381 413 462 490 527 556 586 607 616 608 0.48090 Low Heat 985 (825)t 0-1.0 115 144 170 197 224 251 279 308 334 359 High Heat 1210 1090 0-1.0 187 216 245 280 314 343 355 407 435 463 1t 1-1/2 Ton A/C Coolin 525 0-0.50t 45 61 77 93 107 ti 2-Ton A/C Coolin 700 0-0.504 61 78 96 118 138 2-1/2 Ton A/C Coolin 875 0-1.0t 87 110 136 159 183 2071 2291 2541 2831 304 3-Ton A/C Cooling 1050 0-1.0t 127 159 185 214 242 2711 3011 3291 3561 384 3-1/2 Ton A/C Cooling 1225 0-1.0 191 223 246 283 312 349 378 412 441 469 4-Ton A/C Coolin 1400 0-1.0 267 304 342 382 4241 24 463 495 531 558 587 Maximum 1600 0-1.0 3901 4341 4831 5261 5681 6081 6171 6231 6301 625 06011 0 Low Heat 1320 1110 0-1.0 188 237 277 332 376 419 4661 507 549 589 High Heat 1475 (1330)t 0-1.0 264 311 357 407 453 5011 5471 5971 6331 683 tt 2-Ton A/C Coolin 70 0-0-501 65 86 113 135 159 if 2-1/2 Ton A/C Cooling 875 0-0.50t 84 117 143 171 202 tf 3-Ton A/C Cooling 1050 0-0.501 126 159 190 220 269 3-1/2 Ton A/C Coolin 1225 0-1.0t 161 197 247 288 335 3731 415 465 505 545 4-Ton A/C Cooling 1400 0-1.0t 228 270 316 371 415 456 503 554 589 635 5-Ton A/C Cooling 1750 0-1.0f 373 4431 504 555 614 670 727 779 830 888 6-Ton A/C Coolina 2100 -1.0 663 7321 8031 8601 922 978 1027 1069 1111 1146 Maximum 2200 0-1.0 7781 8401 9071 958 1022 1079 1133 1168 1191 1175 066135 Low Heat 1700 1430 -1.0 321 371 430 469 509 562 608 666 706 757 High Heat 1915 (1725)t 0-1.0 429 476 542 601 658 7301 7781 8321 9021 944 tt 2-Ton A/C Coolin 700 0-0.50t 61 83 107 128 149 tf 2-1/2 Ton A/C Coolin 875 0-0.50t 76 107 134 160 187 tt 3-Ton A/C Cooling 1050 0-0.50t 103 135 174 208 240 3-1/2 Ton A/C Coolina 1225 0-1.0# 131 174 210 253 289 3361 374 423 459 511 4-Ton A/C Coolina 1400 0-1.0t 201 250 283 330 376 410 453 49 533 565 5-Ton A/C Cooling 1750 0-1.0t 3431 T001 4501 4911 5351 584 630 681 730 779 6-Ton A/C Cooling 2100 0-1.0 5731 6311 7051 7621 8271 890 943 998 1044 1091 Maximum 2200 0.1.0 6561 7251 8031 8631 9281 984 1047 1087 1126 1142 066155 Low Heat 1715 1440 0-1.0 310 366 402 443 486 5251 5801 6211668 719 High Heat 1970 (1775)t 0.1.0 442 493 547 604 655 7201 7701 8261 8791 932 tt 2-T n A/C Copljna 700 0-0.50t 60 79 105 126 147 t1 2-1/2 Ton A/C Coolin 875 0-0.50# 73 97 128 154 178 tt 3-Ton A/C Cooling 1050 0-0.501 96 122 153 196 226 3-1/2 Ton A/C Cooling 1225 0-1.0# 121 166 201 244 277 314 358 400 441 491 4-Ton A/ oolin 1400 0-1.0 18 22 6 299 4 42 4 2 49 4 5-Ton A/C Coolin 1750 0-1.0# 322 367 422 466 498 546 598 653 693 740 Ton A/C Cooling 2100 0-1.0 5 557 20 691 743 814 4 9. 98 1027 Maximum 2200 0-1.0 592 673 746 811 885 935 994 1026 1102 1129 * Actual external static pressure(ESP)can be determined by using the fan laws(CFM2 proportional to ESP);such as,a system with 1180 CFM at 0.5 ESP would operate at cooling airflow of 1050 CFM at 0.4 ESP and low-heating airflow of 735 CFM at 0.19 ESP. t Low heat CFM when low-heat rise adjustment switch(SW1-3)and comfort/efficiency adjustment switch(SW1-4)on control center are OFF. $ Ductwork must be sized for high-heating CFM within the operational range of ESP. ** Wattage data provided is for the circulating blower with bottom return and does not include draft inducer,accessories,or gas controls. tt Operation within the blank areas of the chart is not recommended because high-heat operation will be above 1.0 ESP. *** All airflows on 110 size furnace are 5 percent less on side return only installations. -10- I r -11- 1 1 ' � :. I GUIDE SPECIFICATIONS Gas Furnace Casina 315AAV/JAV Casing shall be of.030 in.thickness minimum,pre-painted gal- General vanized steel. SYSTEM DESCRIPTION Two-Speed Inducer Motor Furnish a Variable Speed gas-fired two Two-Speed Inducer motor shall be of two-speed design being stage furnace for use with natural gas or propane(factory autho- soft mounted to assembly to reduce vibration transmission. rized conversion kit required for propane);furnish cold air return Flame Rollout Switch Flame Rollout Switch shall be factory installed near burner plenum; furnish external medial cabinet for use with accessory media filter or standard filter. area to further reduce th possibility of a stuck gas valve or failed QUALITY ASSURANCE inducer motor. Unit will be designed, tested and constructed to the current Heat Exchangers ANSI Z 21.47/CSA 2.3 design standard for gas-fired central fur- Primary Heat exchangers shall be 4-Pass 20 gage corrosion naces. Unit will be 3rd party certified by CSA to the current ANSI resistant aluminized steel of fold-and-crimp sectional design when Z 21.47/CSA 2.3 design standard for gas-fired central furnaces. applied operating under negative pressure.Controls Unit will carry the CSA Blue Star@ and Blue Flame@ labels. Controls shall include a micro processor based integrated elec- tronic efficiency testing will be performed per the current DOE tronic control board with at least 11 service troubleshooting codes test procedure as listed in the Federal Register. displayed via diagnostic flashing LED light on the control,a self-test Unit will be certified for capacity and efficiency and listed in feature that checks all major functions of the furnace,and a re- the latest LAMA Consumer's Directory of Certified Efficiency placeable automotive-type circuit protection fuse.Multiple opera- Ratings. tional settings available with the EZ-SELECT fan control,including, Unit will carry the current Federal Trade Commission Energy separate blower speeds for low heat,high heat,low cooling,high Guide efficiency label. cooling and continuous fan.Continuous fan speed may be adjusted DELIVERY,STORAGE AND HANDLING from the thermostat.Cooling airflow will be selectable between 350 Unit shall be shipped single package only and is stored or 400 CFM per ton of air conditioning.Features will also include and handled per unit manufacturer's recommendations. temporary reduced airflow in the cooling mode for improved dehu- midification when an Evolution Control orThermidistat®is selected U.S. and Canada only. Warranty certificate available upon as the thermostat. request. Products Operating Characteristics EQUIPMENT Heating Capacity shall be Btuh input; Components shall include:slow-opening two-stage dual fuel Btuh output capacity. gas valve to reduce ignition noise,regulate gas flow,with electric Fuel Gas Efficiency shall be 80%AFUE. switch gas shut-off;flame proving sensor,hot surface igniter,dual Air delivery shall be cfm minimum at 0.50 in.wgexternal static pressure. pressure switch assembly,flame rollout switch, ICM blower and Dimensions shall be:depth_ in.;width two speed inducer assembly,40va transformer; low-voltage in;height in.(casing only). Height shall (heating)(heating/cooling)thermostat. be in.with A/C coil and in.overall with Blower Wheel and ECM Blower Motor Galvanized blower wheel shall be centrifugal type,statically plenum. Electrical Requirements and dynamically balanced. Blower motor of ECM type shall be Electrical supply shall be 115 volts,60 Hz,single-phase(nom permanently lubricated with sealed ball bearings,of hp, final).Minimum wire size shall be AWG;maximum fuse and supplies delivers requested airflow CFM as defined by sig- size or HACK-type designated circuit breaker shall be nals received from EZ-SELECT airflow control when 24VAC mo Amps. for inputs are provided.Blower motor shall be direct drive and soft Special Features mounted to the blower scroll to reduce vibration transmission.Filters Refer to section of the product data sheet identifying accesso- Furnace shall have reusable-type filters. Filter shall be ries and descriptions for specific features and available in(x) in.An accessory high efficiency Media Fil- enhancements. ter is available as an option. __ Media Filter- ©Bryant Heating&Cooling Systems 7310 W.Morris St Indianapolis,IN 46231 Printed in U.S.A. edition date:1/06 Catalog No.PDS 315A.45.5 Manufacturer reserves the right to change,at any time,specifications or designs without notice and obligations Replaces:PDS 315A.45.4 —12— 2 I s 1/. 1-1/2 To 5 Nominal Tons j odue Data °I'N WRY LEADING FEATURES/BENEFITS Efficiency • 13 SEER/10.1 -10.8 EER/7.7-8.3 HSPF(nominal) • Microtube Technology'" refrigeration system • Indoor air quality accessories available Sound • Sound level as low as 74 dBA Comfort • System supports Thermidistat' or standard thermostat controls Rellability �. P:uron® refrigerant - environmentally sound, won't deplete the ozone layer and low lifetime service cost. • Front-seating service valves Scroll compressor :a • Internal pmssuT relief valve y ; . • lntemal thermal overload •.. :.•, • High pressure switch _ ,�,Je���ixw,. � ,. • .,I%OS$afehargeswitch 'Pool - ? T" • Filter drter .� •++, .a,.w... Balanced refrigeration system for maximum reliability Bryant's beat pumps,with Ptrranm;.re(rigemot.prgvide a:Itectlon Durability of features unmatched by any other family of equipment. The DuraGuaid protection package: 223A has been designed utilizing Bryant's Puron refrigerant.The a Solid,durable sheet metal construction environmentally sound refrigerant allows consumers to make a responsible decision is the protection of the earth's ozone layer. 8 Steel louver coil guard As an Energy Stare Partner;Bryant Heating&Cooling Systems • Ceramic ooated cabinet screws has determined that this product meets the Energy Stare • Baked-on,complete coverage, powder paint guidelines for energy efficiency. Refer to the combination ratings in the Product Data for system combinations that meet Energy Applications Stare guidelines. • Longline-up to 250 ft.total equivalent length,up to 200-ft:condenser'above*evaporator, or•up tor 80'ft. evaporator above condenser(See Longline Guide for more information.) • Low ambient(down to-20°F)with accessory kit Warranty Sinele-Phase • 10 year limited compressor warranty • 5 year limited parts warranty Three-Pbase • 5 year limited compressor warranty • 1 year limited parts warranty NOV 16 LLD N '+ ' r■ Mir � ' 171or 1 ■ 1■ 1 • ME ME ME 1 • • 1 1 mm ' 1 NONE ME ■, ■ ■ oME ■ l� ■ MODEL NUMBER NOMENCLATURE 1 2 3 4 5 a 7 8 9 10 11 12 14 N N N A AIN N N N N AN AIN N A 2 2 3 A N A 0 3 B 0 0 0 A Prod- Tier SEER Maloi-Se- Voltage Variations Cooling Capacity Open Open Open Series uet ries Family 2-HP 2= 3-13 SEER A-Puron N-208-230-1 A=Standard O-Not O=Not O-Not De- A= Legacy or 2081230-1 Defined Defined fined Original Serias P=2081230-3 Series E-460-3 lso"or=oo Puron� t c uL us aw.Miamnww.a�a.ay..+ eo aastiiana�txn� This product hak` tioLn ;ddcipnM and manowwoo to rnoev6jitrgy'Si"tritons for one,rgy,.efritidtwy: -when:- matched %ith Coll Ho"Vm, re(n rorwto�alQOhelCtf'Qp(dM eirR Ware Prui11Ca1 to. achieve, ma capacity end af1c;[enq. InstaltadoA of ft;rptodua ssf!iould follow nil manufacturingp ief0g,ewCeha!glnfl ana air flow inetructlona. ie t000narm proper charge, And air flow,Ww may rodu co enoryy onkieney and shorten equipment life. STANDARD FEATURES Feature 18 24 30 36 42 48 60 R.Urid-6 Refrigerarit X X, X X X X X 13.SEER X X X X X X semilbompressor X. �C::. ,c,-. j� j� X: X, Couvered'Coi[Guard X X X X X X X Field Installed Filter Drier X X X X X X X FionfSeatingSeivlce,Valves X X X X X X: X Internal Pressure Relief Valve X X X X X X X Internal Thermal Overload X X X X X X X It_ong Line capability X X X X X X X IIAw Ambient capability with Kit X X X X X X X Suction Line Accumulator X X X X X X X High,Presstlrq Switch: X. X X X X X X Loss of Charge Switch X X X X X X_j X z PHYSICAL DATA UNIT SIZE SERIES 018-8 024-A 030-0 030-B 036-B Q42-A 048-A 060-A (N) (N) (N) (P) Mom MAE) MAE) KRE) Operating Wei ht:lb) 1174 133 2Q0 226 203 263 283 299 Shitipin Weight(lb) 20.1 210 229 258 241 295 313 331 CorribremrTypf Scroll Refrigerant Purona(R-410A Control TXV Puron Hlard:Shutof Charge(lb) 6.4 6.9 8.2 7:6 1 -.7:4 8:4 11.75 12.35 Cond:Fan _ Propeller Type,Direct Drive Air.•Discharae Vertical Air City(CFM) 2614 2814 2614 2614 3472 3810 4048 4048 Motor HP 1/to 1/10 1110 1110 1/0 115 1`14 114 Motor:RPM 800 800 600 800 800 Boo 800 600 Coma coil: _ Face Area Sp ft) 16.09 16.09 21.56 25.87 20.12 25.15 20.12 22:63 Fins per tn. 20 20 20 20 20 20 20 20 Rows _ 1 1 1 1 1 1 2 2 Circuits 5 5 56 6 6 _ 8 8 i VeIVe:Gonnecl In. ID Vapor SIB 51.8 3/4 314 314 7/8 718 718 Uquld 318 t Refflijerant Tubes*(in.)01) Vapor 0-80 Ft Tube-Length) 518 F518 3/4 3/4 1 34 713 I:iquid(0-80 Ft Tube.Length) 3/8 Foriubfng sets between 60 and 200 ft.(24.38 and 60.96 m)horizontal or 2011.(BA9 m)vertical differential,consult the Lon01(ne Guideline. Note: See untl Installation Instnrcifon for propor installation. VAPOR LINE SIZING AND COOLING CAPACITY LOSS PURON I-STAGE HEAT PUMP APPLICATIONS LONG LINE APPLICATION: An application is considered separation is 200 ft.(60.96 m)when outdoor unit is above indoor unit, and 80 ft.(24.38 m)when the outdoor unit its below the ft (24.38 m)or when there is more than 20 ft.(6.09 m)vertical indoor unit. Refer to Accessory. Usage Guideline below for separation between indoor and outdoor units.These applications required accessories. See Longline Application Guideline for require additional accessories and system modifications for ;eq sited piping and system modifications.Also,refer to the table reliable system operation. The maM'mum allowable total below for the acceptable vapor tube diameters based on the total equivalent length is:250'ft. (76.2 m). The maximum vertical Icngt)i to minimize tiie cooling capacity loss. Accepteple Total Equivalent Una Lengthit.(m) 14pit Nominal Size Vapor Line St ndard A Ilcatlon Cong Lane Ap licatian-Re uires:Accbssortes {egrh) Diameters _—f'1t on.)Ap 25 50. so BO+ 100 125 150 175 '20Q 225 250 (7.62) (16.24) (24.39) (24 384, j(itQ+g6) (45.72). .(53,*i,.(W610W.t((Itl BIhA,,.•(78 2) 18,000 1/2 1 2 3 1-Stage Puron HP 5/8 0 0 1 24,000 5/8 0 1 1 1-Stage Puron - HP 3/4 0 0 0 30.000 6/8 1 2 3 1-Stage Puron 314 0 0 1 HP 7/8 0 0 0 36.000 5/6 1 2 4 1-Stage,,Puron ,3/4 _ 0 10 1 HP 7/6 0 0 0 42,000 3/4 0 1 2 i-Stage Puron HP 7/8 0 0 1 48,000 3/4 0 1 2 1-Stage Puron HP 7/8 0 0 1 60,000 3/4 1 2 - 4 1-Stage Puron 7/8 0 1 2 HP 1-1/8 0 0 0 Standard n th— m or ess o equ on 3 ■ ■ . ■ ' , ■Imm ME, ■ ME 1 1 ME ME 0 IN - ■No T ■ •■ MEME 0 ■ - 0 PENN ■ rl NoNoI■ 1••ti r I ACCESSORIES ORDER 03 030 Ole-13 024—A 030—a —0 6—B D36-0 036-6 042—A 042-A 048—A 00—A Doe—A DOe—A D60—A 060—A D60—A NUMBER DESCRIPTION (M (N) N (P)1 N (P) (e) (N) (P) (E) (N) (P) (E) (N) (P) (a) KAACH1201AAA CRANKCASE HTR _ _ x X S S _ S $ IKAACH1301AAA CRANKCASE HTR+r X -S S_ KAAC111401AAA CRANKCASE HTR X x x X X X KAACHIS01AAA CRANKCASE HTR _ x KAAFT0101AAA IFREEZ_ETHERMOSTAT X X X X X X X X X x X X X x x X KSAH81701AAA HARD START X x X X x X X KHAIR0101AAA ISOLAT(ONRELAY _X X x x x X X X x x x X X X x X KSALA0301410 LOwAMBIENTPSW x` X X x x x x X X X x x X X x x MOTOR FAN HC34G£239 BALL BEARING x HC34GE242 MOTOR FAN BALL GEARING X X x MOTOR FAN HC36GE228 (BALL BEARING x X MOTOR FAN f HC40GE228 BALLBEARING X X x X X X KSALA0001AAA AAOTORIAASTER-230V X X x x X X x x X X X x KSAIAO701AAA MOTORMASTER460V X: X X x KHAOT0201SEC OUTDOOR AT x x X X X X X X X X X X x X x x KHAOTre301FST OUMOOR X X X X X x X X X X X X X x X x THERMOSTAT KHALS0401L1S SOLENOID-VALVE x� x x X x x x X x _X x X X X x x IKHASS060AAA SNOWSTAND x X x X X X X X X X X X X X X X IKAACS0201PTC STARTASSISTPTC x x X X X x X KSASF0101AAA SUPPORT FEET X X X X X X x x X X X X x X x X KAATA04d1TDR TIME DELAY X x X X X X x X X X X X X X X x KSATX0201 PQ.R: TXV PURON HSO X x x x KSATx09o1P1jR rxvPURON HBO x X X X X X KSATX0401 PUR TXV PURON HSO _ x KSATX0601PVR7 TXV PURON HSO X x x x=Accessory 8­SEatidard Sold in a pack gaurikos. Available through RCD. ACCESSORY THERMOSTATS THERMOSTAT/SUBBASE PKG. _ DESCRIPTION Thormidistat'°Control—Non-Programmable(Progmrnmable Thermostat with Humidity TSTATBBPRH01-B* Control(For use In Dual Fuel,AC,HP,and 2S applications,Includes Outdoor Air Temper- ature Sensor.) TSTATSBPHH01-0* HybridHeat` (Dual Fuel)Thermostat—Auto Changeover,7-Day Programmable, °FPC,Includes Outdoor Sensor gf jTATXXSENOI-B) TSTATBBPHP01-8 Thermostat—Auto Changeover,7-Day Programmable,•FI°C,2-Stage Heat,1-Stage, Cool TSTATBBNHP01-C Thermostat—Auto Changeover,Non-Programmable,"F/°C,2-Stage Heat,1-Stage Cool TSTATBBSHP01 Standard Programmable Thermostat--Manual Changeover,5-2 Day.Programmable, °FJ°C,1-Stage Heat/1-Staflo Cool TSTATBBBHPOI*-B Builder's Thermostat—Heat Pump,Non-Programmable,°F/*C,2-Stage Heat, 1-Ste a Cool,Manual Changeover TSTATXXSEN01-B"" Outdoor Air Temperature Sensor TSTATXXNBPOt Backdate for Non-Programmable Thermostat TSTATXXPBP01 Backpate for Programmable Thermostat and Thermidislat"Control TSTATXXSBP01 Backdate for Standard Programmable Thermostat TSTATXXB8P01 Backdate for Builder's Thermostat TSTATXXCNVIO'1 Thermostat Conversion Kit(4 to 5 Wire)—10 Pack T2-PHP-01 Legacy Series Programmable HP Stat T2-NHP-01 Legacy Series Non-programmable HP Stat Co not use in zoning heat pump applications. ••Outdoor temperature sensor is an accessory for all Bryant electronic thermostats,except the non-programmable air conditioner version and builders lhormostats.It allows the temperature at a remote location(outdoors)to be displayed on the thermostat.Thu outdoor air temperature sensor must be used with the HybddHeat"(dual fuel)thermostat. t Thermostat conversion kit Is a 24-vac accessory that can turn a 4-wire Thermostat application into a 5-wire applcadon,This kh can also be used to replace a broken thermostat wire,or add an extra wire when needed. The outdoor air temperature sensor Is included with the Thermldbtat Control and HybrldHeat'(duel fuel}thermostat 4 1 ACCESSORY USAGE GUIDELINE REQUIRED FOR REQUIRED FOR REQUIRED FOR ACCESSORY LOw-AMBIENT CQOtJNG LONG L(NE SEA COAST APPLICATIONS APPLICATIONS" APPLICATIONS (Beloit 5SiNux-C) Over eo Ft./24.38 m) ithint2 tulles/3.22 km) Accumulator Standard Standard Standard Ball'Beariog Fan Motor YeO No No Compressor Start Assist Capacitor and Relay test Yes No Crankcase Heater Yest Yes No Evaporairpt:Freeze Thermostat Yest No No Igolatlb Relay Mist No No Uquid1fne Solgnold Valve or Hard Shut-Off See Long-Line TXV Yest Application Guldellne Yes motorMtis low-an lteentpreCostilrolsureorSwitch Yeah No No Suppon-Feet Recommended No Recommended • *For tubing Ilse sets between 80 and 200 ft.(24.38 and 60.98 m) aodlor 20 ft.(8.00 m)vortical differential,refer to Residentlal Spilt-System Lonpttne Apptketlon GuldeUne. t Required for Low-Ambient Controller MotorMasters Control only. Hard Shut-Off TXV is standard on new Bryant evaporator coils and fan calls. Accessory Description and Usage.(Listed Alphabetically) I.Ball-Bearing Fan Motor 6. Isolation Relay E A fan.motor with ball beatings which permits speed reduction An SPDT relay which switches the low-ambicat controller out of while maintaining bearing lubrication. the outdoor fan motor circuit when the heat pump switches to. Usage Guideline: heating:mode. Required an all units when using MotorMasterm Usage Guideline: 2.Compressor Start Assist-'Capacitor and=Relay Required in all heat pumps where low ambient kit has been added. motor at each start up. 7:Gqufdv-Lirte:Solenoid Valve(LLS) Usage Guideline: An electrically operated shutoff valve which stops and starts Required for reciprocating compressors in the refrigerant liquid Row in response to compressor operation.It is following to be installed at the outdoor unit to control refrigerant off cycle applications: migration in the Ifeatiag'rhode. Long line Usage Guideline: Low ambient cycling An LLS rs required rn-all long line heal pump Y applrcattons to contrgl refrigerant 4lTcycle migration in Hard shut off expansion valve on indoor'coi[ the heating made.See Long Line Guideline. Liquid line solenoid on indoor coil g,Low=AmbientRresigve Switch Kit Required #p.single-phase scroll compressors in the A long life pressure switch which is mounted to outdoor unit foilowingapplicalions: service valve:It is designed to cycle the outdoor fan motor in Long line order to maintain head pressure within normal operating limits. Low ambient cooling The control will maintain working head pressure at low-ambient Suggested for all oompressors in areas with a history of temperatures down to 0°F when properly installed. low voltage problems. Usage Guideline: 3.Compressor Start Assist—PTC Type A Low-Ambient Pressure Switch or MotorMasterO Low-Ambient Controller roust be used when cooling compressor at each star.-up. operation is used at outdoor temperatures below55°F Usage Guideline: (12.8-C), Suggested io installationsvith marginal power.supply, 9.MotorMaster®Low-Ambient Controller 4.Crankcase Heater A fan-speed control device activated by a temperature sensor, An electric resistance heater which mounts to the base of the designed to control condenser fan motor speed in response to the compressor to keep the lubricant warm during off cycles. saturated, condensing temperature during operation (- cooling mode only.For outdoor temperatures down to-20 F(-..'8.9'C), improves compressor lubrication on restart and minimizes the it maintains condensing temperature at 100'F±10T(37.8°C s chance of liquid slugging. 6.5°C). Usage Guideline: Usage Guideline: Required in low ambient cooling applications. A MotorMasterm Low Ambient Controller or Required in long line applications. Low-Ambient Pressure Switch must be used when Suggested in all commercial applications. cooling operation is used at outdoor temperatures S.Evaporator Freeze Thermostat below 55°F(12.80C). An SPST temperature-actuated switch that stops unit operation Suggested for all commercial applications. when evaporator reaches freeze-up Conditions. Usage Guideline: Required when low ambient kit has been added. 5 i Accessory Description and Usage(Listed Alphabetically) -CONTINUED 10.Outdoor Air Temperature Sensor 14.Sound Hood Designed for use with Bryant Thermostats listed in this Wraparound sound reducing cover for the compressor. Reduces publication. This device enables the thermostat to display the the sound level by about 2 dBA. outdoor temperature, This device also is required to enable Usage Guideline: special thermostat features such as auxiliary heat lock out. Suggested when unit is installed closer than 15 ft. Usage Guideline: (4.577 m)to quiet areas,bedrooms,etc. Suggested for all Bryant thermostats listed in this Suggested when unit is installed between two houses publication. less thaa.10 ft.(3.05 m) apart. 11:O'utdoor Ftterertostat 15.Thermostatic Expansion Valve(MV)Bi-Flow An SPDT temperature-actuated switch which turns an A modulating flow-control valve which meters refrigerant liquid supplemental electric heaters when outdoor air temperature drops flow rate into the.evaporaror in response to the superheat of the below a user-selected set point. refrigerant gas leaving the evaporator. Usage Guideline: Usage Guideline: Electric supplemental beat applications in non-variable Acce3sory requited to meet AEU rating and system reliability,where indoor not equipped. speed indoor units when electric heat staging is desired. Required in all.heat pump applications designed with 12:Secondary.Outdoor Thermostat Puton refrigeraat. An SPDT temperatute-actuated switch which turns on 16.Time-Delay Relay tbird-stage of supplementil electric beaters when outdoor air � temperature drops below the second-stage set point. An SPST decay relay which.briefly continues operation of indoor blower motor to provide additional cooling after the compressor Usage Guideline: cycles off.. Outdoor thermostat applications where electric heater is Note: Most indoor unit controls include this feature.For those that do not,use the guideline below. capable of -stage operation. 13.Snow Stand Usage Guideline: Accessory required to meet ARl rating,where indoor Coated wire rack which supports unit 16 in.(457.2 mm)above not equipped. mounting pad to allow for drainage from unit base. Usage Guideline: Suggested in,the followiag.applications: Heat pump installations in heavy snowfall areas. Hpat.pumli installations in snow drift locations. Heat pump;igstallatigns in,areas•of prglobgned subfreezing temperatures: All:commercial.installations. 6 I ELECTRICAL DATA MIN MINMAX MAX MAX OPER VOLTS" COMPR FAN WIRE WIRE LENGTH LENGTH FUSE" UNITSIZE V/P" MCA or BRK MAX MIN R48 RL•A RA 60 C 75 5 f: 7d'C AMPS 018-9(N) 9.0 O:ib 12 14 14 68 62 20 __4--'N' 12.8 0:7 i6.7 14 4 47 45 25030-8 N) 16:0 0.75 20.8 12 12 60 57 30 036- 2081230/1 253 197 17A 0:9 22: 12 12 56 63 35 042-A j 19:$ 1-2 26 1010 77 73 a0 048- .+ � 27:3 '12 35.4 8 8 88 84 50 080- 134 26:3 1.2 39.1 e $ 91 87 5D 030-s:R 7.1•' '.10.8 0:7 14:2- 14 14- 64 61 2D 036-B'(P 73 11.5 02 18.3 12 12 94 90 25 042'�Ai(Pl- 208/230/3 263 197 88 13.5 1.2 18:0 10 10 128 122 30 048�-A P) 83:1 .17.2 i.2 22'.7 8 10 158 07 35 '0 _ 110. ''170 4t2. 225 8 16 160 98 35 030-8'(E) 38- 5:2 0.5 7.0 114 14 280 247 10 042--A(E) 46 7A 0.5 9:3 14 14 1 66 fee 15 46013 508 414 41 7.5 0.6, 10.0 14 14 182 173 15, ow-x(e) 52 7.8 0.6 163 14 14 177 168 ib • Permissible lknits of the voltage range at which a un t will operate satisfactorily t H wire is applied at ambient greater than 30°C,consult table 310r18 of the NEC(ANSI/NFPA 70).The ampacity of non-metallic-sheathed cable(NM), trade name ROMEX,shall be that of 60°C Conditions,per the NEC(ANSI!NFPA 70)Article 336-26.M:other than uncoated(no-plated),60 or 75'C insulation,copper wite,(solld wire for 10 AWG or smaller.strantlGolmire fGr,larger than 10 AW.G)is used.consult applicable tablesofthe NEC(ANSI/NFPA 70). i t Length shown is as measured 1 way along wire path between unit and service:panel for voltage drop not to exceed 2%. •• TimerDaluy-fuse. 1 FL A Full Load Amps LRA - Loomd Rotot Amps MCA- Minimum Circuit Amps RLA - Rated Load Amps N(M:Control Orcull Is 24-V on all units and requires external power source. Copper wire must be used from service disconnect to unit All-motore/comprossore contain internal overload protection. Comp)IasliA1h2001 requirements of ASHRAE Standards 00.1 SOUND POWER STANDARD. 7YPICAI-O.CTAVE•BAND SPECTRUM(d%vithoulltone adjustment) UNIT-SIZE RA71NG (4BA) 125 250 500 1000 2600 4000 8000 777;bi6.=6:(N. 73' 5B;5,`'w:'62.5 67.'0' f3Tt5: 65:5 162.5 515 Lxr�024'-A(N 72-.. 6451. 63.0- BBnv- 60jo' &RO- 03fl.-Bf N 73 57.0 63:5 68:0 69:0 65i0 610 52:5 030^I3 P• 7.2 53:0 60:5 66l0 67.5 64.5 61{5 53.0 03 ;=W N 70 54.6 62.0 63.5 64.5 63.0 60.0 51.5 03&.-13(PE) 73 67-.0: 63.5 60;0-• 69:0 65A 61:0 52:5 042-A. ' 73 55.0 60.0 64.0 67.5 _ 61.5 60.0 55.0 042-A(PE) 73 65.0 60.0 64.0 67.5 61.5 60.0 55.0 048-A(N;PE 74 57.5 64.5 67.5 69.5 66.5 61.0 63.0 060-A(N.P,E) 74 53.5 63.0 67.5 70.0 63.6 60.0 55.6 CHARGING SUBCOOUNG(TXV-TYPE EXPANSION DEVICE) UNITSIZE-SERIES REQUIRED SUBCOOLING ff) HEATING PISTON SIZE 018-B N) 10(6.0) 42 024-A-(N) _ 12(6.7) _ 46 ::,;030-�B•(N) i2(B.7)- 55 030-B(P) --- 11 (6.1) 55 036-B(N,P,E) 10(6.6) 57 042-A(N;P,E) 11 Kill 61 048-A(N,PE) 61 _ 060-A(N,PE) 12(0.7) 76 7 1 I fn Woo.MM Lt-- O ap^ry4 b r • O ONK N 3 _ $ •lam`,nT','�R P'>� s og c N N Nz 4 J"i i :. d Z. A=�= �f x _H �n A A H•� w _— �l a J NON r tiNN i �'7 Z.it m r 4 O 9 Z � w w .� P�aa T N N N N - H N M•�N - __ -- • • • mM A M A W w M A pj v H 4 M li O O O O w O K K K M A VMOI4C'�lMW ft o qf ` �gjy* q o 0 0 o e q Vi iWiI V\tiV V 4� A 8 1 1 1 ' Irr ■ • '■ ■ . . 1 ■ . r• � • ■ 1 . r • 1 _ .qrrl 1 M)! d co oo rn rn o r N N +r- Yr- CO In CV O CC) N 00 4 o zU ;• QtUL z �vNO ; -aQ -�Q� - r •- w10, 05 - r .1. J _ J_ _1. L .1 1_ J _f _•. J J_L_ 1_ J_L _ I. _ _I_ _ 9••Z• 1 CD F0 ` . Y -, - - - ,-r - n -• - y r-,- r , 0 CD IX P .W O 1 1 1 I `1 , , - -'- L - I • r` +I I 1 1 , 1 I I 1 1 1 1 1. 1- • • , , 1 , . , , I • 1 1 1 IrrI��� -� -t- T : l �- I I I , 1 , 1 1 I , 1 1 1 1 • • r� - -- - N J _L_ _ N 1 � 1 t•1• O1 I 1 1 I 1 1 1 1 1 I 1 Q 1 1 I J-t -' - N 1 1 1 1 1" w o W � co 0 co U miew `Amovdv3 ONI"3H a3JLVU031Nt_11Nfl `SSO'] iV3H ONia li s M N 9 I 1 ' � � COMBINATION RATINGS ARI Standard Ratings UnitS►ze- Cooling - Cooling - Heating Series indoor Model CapacRy Factory Standard SEER EER High Tamp E Low Tomp HSPF Furnace Model Er1hal+ce Ratrng R GapaORy COP Capae(ty .COP *FFmAP1F018 17,100 TAR&TXV 13.00 10.50 18.000 136 10;900 2:24 7.7 FE4ANF002 17;700 TOR&TXV 14:50 12.00 17.200 364 10;500 -.2:48 6.2- FFIENP0.18 171100 TDR&TXV 13.00 _ 10.50: 18,000 3:38 10.900 :2.2.6` 7.7 FF1ENP.024 17.400 TDRBTXV_ 13,20 10.70 17,900 3.44 10,900 2.28 7.7 FV4BNF002 17;700- TDR&TXV 14:60. '12.00 17,200 3.64 . 16.5Q0 2.48 8.2 FX4CNF018 17;500 "IDR&TXV 14AO 11.70 17600' 380 $0500 2`36 8.0 F7(9CNF-.024 t7,700 7Di�&TXV 16.00 12,00 17,400 3.W 10 500 '2.42 8.1 FYONF.094 17200 TpR&7XV 13,00 10.50 17,900 3.38 11t000 226 7.7 f CAP•"11i14A`R'' 11- TAR&TXV 14:50 111.76 17,106 3,34. : 10;200 = ZW- :'.7:7 316 A; AV038070 CAP'*1814A"" 17.4000 7XV, 13.00 10.50'1 18.000 �T,32' 16.tw0 2.24 '7.7 CAP•"24J'4A?'• 17;300' TDR&TXV 14.50 11.70 17;300 3:60 10;300` 2:36 7.8 3I5(A,J)AV036070 CAP'!24i0!' 17;400_ E TXVV 13,00 .10.80 ,10,000� 3:40_ 11;.QW : '2,30 7.7 CAP"*24.17A"' 17;406 -TbR 00 42.00 ' d7;200 3.54 10,300 '2i38 7;8 315(A;J)AV046090 CAP••24174" 17,300 TDR&TXV1' ". 1$'50: 19.Z0"17300 3:52' 10,300 ?„36: 7.9 355AAV047M ..CAP."!2417A"` 1'7.400s i TXV .. 10.00 ',M80,.. 18i000 348 14;000 2.30`- GNPF"24i8A- `17.400 •10:80 'isbo0 3:54 v111000' -.2.30 r 1� 018-B CNPH'2417A"" -17:300 'TDR&TXV:' ':i..' fI.76 1T200 3;59'' 10,30 2,38` 7.8`• '515(A',J)AV036070 CNT?H*241.7A"" 17 RA T•XV '14.50 11-70 1:7260 3.58- %300 2:38 7;9 1 3159; AV048090 CNPH*2417A'! 17;300 TDR&T?(V' 14:50 11:70' 17^300 8,56 10,300 2:36' 7;9 35SAAV042040• C.NPH"2417A** 17.300: TDR&TXV. 14:W 11:70' 17•300` 3,56; 10;300 2:38 7:.9 355AAV042080 CNPI•112417A•• 17AOO 1D &TXV "14i60 11170 17.300 3158- 10;300 2.38 7.9 WSAAV042080 CNPH•2417A" ,7.4 66TXV' 13,,00 : 16.80 1%000 3.54 11,000 2;30 7:8 CNPV*1814A"" 17,(m TOR&TXV 14.50 11.70 1Z:100=` 3:48 10,300 2:34 7.7 315(A,J)AV036070 CNPV!1814A`•- 17,000 1 13.00 10.60- 18,000 3.46 10;000 2.28 7;7 CNPV•2414A•• 17,300 TDR&M 14,50 11.70 17.300 3.54 10,300' ?..38 7.0 315(A,J)AV036070 CNPV'2414A!! _ 17,400 TXV, 13:00 10.80 18,000' f ` CNP}I!2417Af.c.' .:17;400 T R A4:60: .t �� ,.'1170' ,17.;20D` 60 1A300`'t::2,38. 7i4 315(AIJ)'AVOQGOO. GNP.V•"2417A*! iT�00. 7DR&TXV :'i450' A,1:7 '' 17;300:' 3:66 10,300' :2:38 "7:9 355AAV042000 CNP:.2417A"t- 47,400 TXV 1 :¢ 1811000 3:54 713;000 2!30 ."7;8 CSPH"2412A•" 17,300 TOR TXV 14:50 Y4.T0: 17,200 3.58 10;300 2;38 7.9 315(A.J)A 036070 GSPH`241 ., iw400 TDR&TXV :.'AM0.0 ': 12.t>D' 1.7:200:. •3:68- 10.300 '2:38 -`R) 315(A:J)AV0480p0 CSPH!2412A•*. 17;300: -DR& V 14.60 ii,70 17.300 3.58.. 10;3Q0• .Z38- 7.9 3SSAA 042040 GsFA*2412A"• MWO TDR&TXV 15.00 12.00 17,300 3.68 10.300 2:38 7.9 355AAV------ CSPH"24IW ,7.300 1uR -DV 14.50 11.70 17,300 3.58 10.400 2.36 7.9 355AAV042080 C81?H*.2412A`• 17AOD 1rV: 13.00 10.80 17,800 3:50 11,000 232 7.8 •FY4ANF024 22.600 TOR&T-XV 13.00 1015 24,000 3.a 16,000 2.48 8.2 FE4ANF002 23.200 TDR&TXV 14.50 11.70 23,200 3.78 14:300 ' 2.04 6.5 FE4ANF003 23;400 TOR&TXV 15.00 12.00 23,000 3.78 14.200 2.68 1 8.5 FFIEN-PO24 22;800 TDR&TXV 13.00 10.70 24,000 3.56 15.200 2.48 6.2 FFiENP030 22;800' TDR&TXV 13.00 10.40 24,200 3.58 16.10b 2.48 &0 FV4BNF002 23.200 TOR&TXV 14.50 11.70 23,200 3,80 14,400 2.06 6.5 FV48NFODS 23,400 TAR&TXV 14.50 12.00, 23,000 3.78 14.300 2.66 8.6 FX4C•'NF024 23:000-" fiUR&TXV 14iOV 1-11.40 23;800 '312' 14;800 2i60 8:3 1 1(4CNF030 23.400 TAR&TXV 14.50 11.70 23 800 3.84 14,600 2.68 6,5 FWANF030 23.000 TDR&TXV 1320 10.60 24,000 3.64 15.100 2;52 8.4 MR M-0110-W-4 CAP'"2414A** 22.600 TDR&TXV 14.00 1140 23,400 3.62 14.300 2.68 8.3 315(A,J)AV036070 024-A CAPI.*2414A*• 22,800 TXV 13.00 10.50 24,400 3.60 15.100 2.50 8.3 CAP""2417A`• 22,800 TOR&TXV 14.50 11.70 23,400 3.66 1 14,300 2.60 ` 8.4 315(A,J)AV048090 CAPi*2417A'* 22.-- TOR&TXV 14.50 ii.70 23400 3.04 1 14,300 2.58 8.4 366AAV042060 CAP•"2417A"• 22,800 TXV 13.00 10.60 24,400 3.60 1 15,100 2.50 8.3 � CAP"3014A- 23.000 TOR&T)(V 1 14.50 11.70 23,000 3.64 14.400 1 2.60 8.4 315(A, A_V038070 CAP•"3014A• 23,000 TXV 13.00 10.60 23,400 3.66 16,200 2.52 83 a scT t CAP""3017A•• 1 23,000 TDR&TXV 14.60 1 111.70123,000 1 3.68 1 14,3M 0652' 8.5 315 A, AV048090 APhASOM" 23,000 MFI&TXV 14.60 - 11.70 23,000 3.68 1 14,300 2.62 8.5 35SAAV042060 CAP"3017A•" 23.000 TXV 13.00 10.00 23,400 ass 16,200 2.52 8.3 CNPF-2418A•- 22,800 1 TXV 1 13.00 110.50 1 24.400 , 3.68 j 15,200 2.62 8.6 notes on pg. 10 ■ _ _ _ ■ • . _ A r. .` _ M 06— �mE T' 1 MME M J L . -m-m LOM MEm". 1 _ ■ ' ' fm9wL . mINImm : !LI ' _ _ . . - .--� ■ z�r • • IL .0 zr�- `i .z * ME No 0 lem M� m ME 4 r ol m 0 0 0 ME a .10 0 0 0 ' 0 ■ ■ • r ME ■ ■ _ T LEE4 1 ■ ■ On It om fr EL •im:blmmm dpp6g. 1 r 1 0 1 k ■ qFT J ME i ri ice■ ■ 1 ■7 9" ■ ■ IIIE _ LL■ , T ' 76r-Im J ■ EMEME' ■ i • ..Z MW . M.0; • p6mm•mm i• r Y 01 00 0 Amc_■r COMBINATION RATINGS CONTINUED ARI Standard Ratings _ Unit Slze- Cooling Cooling Heating SeHes )rtd00rModel CePaclly Factory En• SlarldarG SEER High Temp Low Temp Furnace Model hence Rating MR EER E E H TH HSPF _ Cap" COP CapasNy COP iffi CNPH'2417A•• 22,800 TOR TXV 14.00 11.60 23.400 3.68 14.400 2.58 8.4 315( .J)A 036070 C HM417 '• 221800 TUR&IXv 14.50 0.60 2a.400 3.72 M.400 2:62 .5 ai5(A,J)A164a090 N. `24/7 •• 22;aw mot-WiV 14.00 111.60 23.400 3.70 14:400 2.60 8.5 1 315(&J)AV0601.10 CNPH• 417•• 22;600 T'um rttV t4,t>ti 1i,-so 23,400 3.70 14.400 2.60 8.6 1 315(A;J)AV066135 CNPH•241TA'" 22;600 i4.00 1i:5.0 23,400 3.72 14.4w 2.60 6:5 3l5(A,J)7+V050106 N H'2417A•• 22. - TUR&r V 14.00 11,60 23,400 3.70 14.400 2.60 a.5 35SAAV042040 CNPH'2417A"• 22.800 luR&Tiiv 14;00 11.50 23,400 3.7 14.40D 2.6D 8.6 35SAAV042000 C P •2417A'• 22 B00 TUR&1)iV )4,D0 11.50 2s;40o 3,70 74;a00 2.00. 8.5 355AAV042080 •2417A•• 22;a0o TOR&Av i4.00 11.50 23:4u0 :70 14.400 Zoo 8,5 35SAAV0500a0 C P,.H'241TA1' 22;8p0 IOURJi1'AV K00- 1i:50 23;400 3.72 114.400 2.80 8.5 355AAV0oui .2417A•• 22:800 MR&(V 14.00 11.60 23;400 '3.66 14,4.00 2.58 0:4 35SAAVOW120 P !2417A" 22.800 TXV 33.00 10.60 24,400 3.68. 16,200 152 a.5 i CNPH•3017 •• 23,000 TUR&TXV' 14.50 11.70 23,000 160 14.3W 2;60 8;5 315(A.J)AV036070 CNPH'3017 • 2%00D TORATXV, 14.50 11.70 23,000 3.70 14,300 2.62 8.5 31 A;J AV04 CN H"3017A'• 23.000. TUR TXV i4:50 11.70 23.000 3:70 14;40U; 2,62 8.5 315(A;J)AVQS0110 CN '3017 '• 23,200 i4:. 1:70 23,000 3./ 1'1,400, 2,62 0;5 315(A:J)A ,35 C 3017 2320p TD TXV 14`50 11i70i 23:000 370:: 14;30p 2:84 0.5 31 ,U)AV068155 CN�H'3017 ! 2'a080 14;50- 11.70 23.000" 3.88. 14,400 2;62 &B 042Q40 CNPHl3017A" 23,000 TOR&TXV 14.50` -11.70 23.000 3.687 14;300 2.62 0.5 355MV042060 CNPH•3017A'• 3000 TpR&TXV 14.5D 14-70 2%0W'. 3:88 14.400 262 8.7 36SPAV0420SO P.H!3017A•• 23,000 TOR TXV 44.50 11-.70 23;000 3,a0= 14.400 Z62 8:6 3WAAVOWM CNPH'3017 • 2 200 .TDH&TXV 1.4:50, 11.70 23,0W 3.70 147400 2.62 •.8.S 35SAAVDWIOU CNP,H•3017A 23;000- :TDRATXV 14.50 11.70 21000. 3166 14,300 2:60 0.5 36S 12 C 2;000 i3.o0-. i .6u 3.5t1 13.00- 1% 6.3 CNPV4 , J2414A"• 22,800 MR&TXV 14:00. 17:50 315(A,J)AV036070 V'!2414A'" 22;000 13:09 10;50' 3.W 15,20D Z.52 .13.5 � CN. .",2417A"• 22;800 WR&TXV 14.60 Ll; 2%, 3:72:- 14,400 2.62 8,5 315(A,J)AV048090 NPV"2417A•" 22:600 14.00- l:- 23-- 3.70 14;400 2.60 0.5 35SAAV04206'0 024-A CNPV•2417A•' 22, 13.00 10.50. 24,40p 3.0 - i6;200 2.52 6.5 4119 . -NPV'3014A'• -23; iD 14.50: 11.70. '23,OW 3.60.- HK400- 814 315 A,J)AV036070CNPV•3014A•• 23,000 Moo 1Q.00 23;400 3.50 0.3 Nowsplum vCNPVl3017A•• 23,000 TOR&TXV 14:50 11JO 23,0D0, 3,70 8.5' 315(A.J)AV0?8090 .6NPV+3017A•• )23;tu0 TDR&TXV, 1a:30 '.!�1.1�70 . 23: 3.68 0.6CNPV13017A•• 23,000 TXV 13.00 -10.60 23.400 '.45 0.3 Mom wommm CSPH!2412A'• 22,800 MR& 14.50 11:80 23,400 3:70 14.400 2.60 0.5 316(A,J)RV036070 CS )412412A•' 4 BW TUR&TXV 14.50 11.70 23,400 3.74 1.4i40U 2.62 016 315(A AV048090 P "241 22:80(1 iuR8rj)V 14.00 11.150- 23;400 3.72 1415(m 2:60 8.6 3i5(A;J)AV0W11-u- PH"2412A" 22,800 lukvl)cv 14:50 11:70 23.400 3.74 14,SDO 2.60 0.6 336tA J)AV066l36 SPH'2412A•' 22,6u1 TO 14.50 11.70 23.400 3.74 14,400 .b 3AjK-3AV-0&f CSPH'2412A'* 22.8W iuA&TXV 14.00 11.50 23,4W 3.72 14;500 2.60 8.6 355AAV042040 -dPH•2412A' 22.800 IUR&TXV 14.50 __ 11.70 23,400 3.72 14:400 2.60 8.5 357hhvun2060 CSPH'2412A•' 22,800 TDR&TXV 14.00 11.50 23,400 3;74 14,500 2.0U n.5 355AAVud2080 '2412A•• 22,80o MR2fiTxV 14.50 11.00 23.400 3.72 T4,400 2.60 b.5 355AAV06uw0 PH'2412A" 22.60o IuR&TXv 14.50 _11.7_D 23.400 3.74 14,500 2.82 8.6 355AAV060i0o CSPH•2412A•' 22.8w TURalXv 14.00 11.50 23.400 3.7o i4, 2 Sb 0.5 356AAV0o01120 CSPH'2412A'• 22,800 IXV 13.00 10.00 24,2W 3.68 15,2(10 2.64 8.5 \ . GSP1413012A" 23.000 TDR&TXV 14.50 11.70 22.800 3.64 14:400 2.00 8.4 31S(A J)AV030070 P)1'301-_'" 23,000. -TUR&TXv 14.50, 11.70 22,800 3.68 14,400 2.. , .8.5 3l,5 )AV048080 CSPH•3012A'! 23.000 TUR&TXv 14.60 11.70 22,000 a06 14,400 2.62 1 e.5 3l5(A,J)AVu60110 CSPH`3012A'• 23.000 TUR&TXV 14.50 11.70 22,800 3.68 14,400 2,G1 0.5 316(A 1 AV06Ti135 CS 3012A•• 23,000 IUR&TXV 14.50 11.70 22. 3786 14,400 .62 0.5 316(A:J)AV066155 CSPH13012A•• 23,000 IuF-1W 14.50 71.70 22, a66 14.400 2.60 0.6 SSSAKV042040 CSP •3012 •' 23,01110 TOR&TXV 14.50 11.70 22, 1466 14AW 260 6.5 355AA;Vo42txa1 P •3012 23,000 -7D-R&IXV 14.60 11.70 22,800 a66 14,400 2.so 8.5 355ARV042060 CSPH"3012A'• 23.000 TUR&TXV 14.50 11.70 22,800 3.66 14,400 2.60 0.5 35 AAVQWOW H'301 23700o R TXV 14.50 11.70 2200 3,68 14.400 2.02 0,5 35BAAV060100 CSPH• 12A'• 23,000 TDR&TXV 14.50 11.70 22.IWo 3.04 14,400 2.60 0.4 365AAVOW120 PH'3012A•• 23.000 TXV 13.00 10.50 23,200 3.56 15,200 2.52 0.3 •FY4PlIVF030 30,000 TDfl&TXV 13,00 i V.8 30,000 3.46 10,700 2.38 6.0 Ft4AN(8,h)0D3 30,000 IUH&1XV 14.00 12.00 201800 3,56 17,1300 2.48 8.2 f 4ANF002 3G,0ix) IUfl&IXV 4. 0 11.` R 3,50 1 2.4a 6.2 YF>iIW30 _ Tu,S-W H&TXv 13.00 10.30 30.000 .5.40 16,000 2.36 7.7 030-8 7F1ENP03a 30,000 l0A&TXV 1a0D 10.80 30,000 3.48 18,700 2.36 b.0 FV48N(9 30,000 TDR&TXV 14.00 12.00 29,000 3.55 17,8W 2.48 8.2 FV48NFOD2 30,000 DR&TXV 14.00 11.50 30,000 3,56 10,000 2.48 8.2 FX4CN(8,F)038 30,000 Tr)R&1XV 13.50 11.20 30,000 3. 16, 9.46 0.2 FX4CNF030 30,000 TUti TXV 14,00 _ 11.50 30,000 3.60 Io00 t40 ,- 0.2 FY4AN 30.000 13.00 10.70 30,000 3.46 WOO 1 2.38 0.0 eo notes on og.17 11 COMBINATION RATINGS CONTINUED AR[Slandard Ratings Unit Size- Cooling cooling Heating Series lndool'Model Capac(ty Factory En• Standard SEER Hfah Temp Low Temp Furnace Model haneo Raling TDR EER RE E H. H:. HSPF Capacity .COP- Capacity: COP CAP'•3014A" 30,000 TDR&TxV 14.00 " 11. "30:000 3.44 18,000 2.42 &0 315(A,J)AV036070 CAP'•3014A'• 30.000 TXV, i3.00 . MAO 3%000 3.46 ;:18600 2.38 0.0 V CAP!'SOt7A•^ 30,000 TDR&TXV 14:00 1150" 28:800 3.48 17,800 2.44 8:0 1 315(A,J)AV048090 A •W17-•' 30;000 TDR&TXV 14:00,. 7 I.i,50 20,8W 3.44. 17,gW,, 2.42 8.0 355APV042060 CAP'•3017A" 30:000 TOR&7'Xv i4:00 1-1.50 29.000 3.44 1719W 242 'J.9 300HVO4e0(iu CA.•"3017,•' 30,000 TXV 13,00- JOAO. 30,000 3.46 18,600 2.38 8.0 .1.. a 1' }iZ4•.' •CAP.•."3614A"' '30.000: TDR-TXV 14.00 "- 11.50. 30,000: ' 3.48 v 16... - •2.42 0.0-^ 315(NJ)AV036070 CAP.""36t4A•• 30,0,00 - 1 : <10.60 - 30.000 :3:1a0` 1&_ ! .0 8.0 CAP••3617A" 3,000. 14.'W 11;50 .29;800 3i50 17.W •246. 8.0." 315(A.J)AV048090 CAP!!3617Ai` 30.W0' TD.T : 14;00 . 11.50 29;800 3.45 mom 244 8,0 356AAM2060 17A- Wr TOR 14.00 1);60.;. _._;8__, .: 3:46' 17_,9.W .2 44- - &,0 355©AV042080 CAP'f3817A'" 30: t . 30.QW 3150 ..-1 8:0 CAP'.3621A"" a700 T09TXV 14.00 11i 3,52'1 11. 3 1 S(NJ)AV060110 QAP"3621'A=1- '30f1400 TpA TXV 1.4:00 11.50.- 3Q.OD0` 3.50' 17;-. : %2:48 8 O .sa7_-'v04208p C 3621A 30 11-.50 29.8W 3:48 17,900 2A4 a.0 355MVOWM CAP•'=1A** 30 TDR&TXV. 14 11:50 29,800 &60 17;900 2.46 6.0 355AAV060100 CAI?'-'3621A"-" .:30:000 TOR...1XV 1'$,OD. 1�,50 30,000- 3,60 f77o00 2.48; 8.0 3558AV,042080 GAF" lA?' ;000 TD)i&,TXV 14:00: 11:60 29.800 &48 47;900 2.44- :8:0 3658AV060000 AP"362J.."" 3%om TDji&TxV 1 (t10 11.60 .50 i7: 2.48 S.W 3550AV080100 CAP-'3621 . 30.QAQ:. ;TXV 13.00 10.80 30,000 3.60 18,8W 2.40 I B.0 C,NP •3618A'•' 301 1100 10.801 30.000 7 48 10,W0 2.38 8:0 x iM rr , CNPH•301%A"" 000 'TDR&TXV 14:00 11.50 30,000 3:46 18,000 2.42 0.0 315(A.J)AV036070 f(.4PW3017 "'.' 30;f1(19 D- 14:W 41:60 29;8ix? 3,4a i7,ii00 2.44 6:0� 315(A;J)AV040099 C NPH 3017A'" 30,. _ fT 1707 i4W /1.60 29.800- 3.48 1i;9W 2.44 8.0 315(0. AV080110 6NPHi`3017A•' 3tr;000 �.. 14•W i :5b 29;8u0 -3:48 ii;eW 2-46 6:0 315.(A,).YWFi135 UNI+H*3017A"• 30,Wp0` iD,H&" 14.W i160 29.800 3;50 i7,9.00 2,48 6.0 315(A;J)AV068155 CNPH,•3017A•• 30;W0- :::TDj{${TStV- _14:W 11.60 . 30.000 &44: 17:9W -26"42 _M0 355AkV04204,0, CNPH'3017A"_ 30;000- TOFt&,rxv 14.00 11.60 29AW 3.44 i7,900 2.42 8:0 35SAAV042060 i:ivPH*301TA•" 39,oW &2cV i4,00 1-.50 3W,WW 3.48 18,000 2.44 8,0 36.5mVu42Qe0 CNPH!3017A•• =,{1p(100, TGR&TXV tA. 11.50 30.Ou0:' .3i48 17L800 2;52•. A.O. i 365AAVWWOBOF- . 0.i0-B CNB►i,. )7 80;0W0:' TDR.,T�1/ 14i_: 11.80` :29,800 S:4H 17:_- 2 44.: 80 T 355AAV010t00 CNRH. 17A•" , T i s;11150 '2E7;800 :n.4o I s3�0' 2:44� B 0 izG•' CN.H•3017A,• 13.00 .10:8o 30, 348. 1000, .2.38 iCNPH•3617A•• 30,000 TDH&TXV 1a.00 11.50 30,000 3.48 16,000 2.42 8:0 310 0.41W036070 CNPH'3817A"• 30,000 1uK&TXV •:14.00 11.50 29;800' 3:18 17}900 2.44 8.0' 3160.JAV048090 CNP 17A-- 30;0W: N;Sr :W 11:5W 20 3:48 17-W0 2.44: 80 •315(A ijAVuS()1i0 CNPH•3617A•' 30;000 TOR&DAV 11.60 25:8W0' &48 i ;iiu0 :46 80 3i5(0.1}. _ i a.4 CNP •3617A 0W is:W ii.5u �6:800 3.00 5i,500 s 0.0 3i5 j i85 30. CNPH•3817A• 3o,Wu TDR&Tx ' i4,uu 11.50 3u.000 3,44 17.000 2.42 8:0 353AAV042040 CNPH•3617A"• 30,W0 'Tuq&rxlr i4.tXi i1.50 29.8W 344 17,900 r 2. 22 &0 355MV042060 CNPH'3817A'" 30,0W DR&TXV 14.W 11.50 30:000 3.46 18,000 2.44 8.0 3WAAW42050 CNPH'3617A•• 30.00 TDR&iXV 14.00 11.60 $0.000 3,46 17.900 2.42 8.0 35SAAV060080 CNPH'3617A'• 30,uW T➢R&1XV 14.00 i 1.50 29,6W 3.48 17.9W 2.44 8.0 355AAV060100 CNPH'3817A"" 30,00 1Mtk1XV i4:00 11,50 29:800 3,46 17,9W 2.44 355AAV0W120 CNPH•3817A•• 30.000 MN 13.00 iu.tu. 30,000 a48 18,800 2.39 5.0 CNPV•3014A"• 30;000 TDR&TXV 13.50 11.20 30.000 3.44 18000 2;42 8:0 315(A:J)AV035070 cMPV,•3014A••: _ 13.W W-00 30,Q00- �.a8, ..16,6gp: 2.38 0.0. CNPV"3017A•• 30,0 1Dq&TXV 14:00 00 11.50 29,800 3,48 17,8 2.44 6.0 •315(A,J)AV04 00 CNPV•3017A" 30,000 TDR&1XV 74.00 11.50 20.800 3.44 17.00 2A2 1 5.0 1 356MV04VUM CNPV•3017A•' ;iW;Wu Tuq&iXV 14.W 11.50 29:8W 3.44 17,900 2.42 8.0 355 Vu42060 6NPV'30t7A•• 30,000 13.u0 10.60 •zA WO 9,48 18.800 2.5T 8.0 CNPV'3617A•• 30.000 TDR&TXV 14.00 11,50 29,6W &48 17,900 2.44 8.0 315(A,J)AV040090 NPV'3817A•' 30.000 & 14.00 11.60 29,800 5,44 17,8W 2.42 0.0 MSAAV042060 •3817A•• 30,000 II7HGIXV 14.W 11.60 29,(SW 3.44 W.9W0 2,42 8.0 3s5eAV0420W NPV•3617A•• 37 - 1XV law 10.80 30,00u 3.48 18.800 2.30 6.0 �w C tA'• 30.000 TDR&TXV 14.00 11.50 29.8W 3,48 17,900 u2.44 0.0 315(AJ)AV000110 CNPV'3621A•• 3W,000 v-K&1XV 14-W 11.60 30,0uW 3,46 15,000 2.44 0.0 355AAvu41080 C 3621 •' 3U.00U TUR&FXV 14.00 11.50 29.6u0 3.48 17,9W 2.44 5.0 355AAVW-Vuu PV•3621A- W.mu TOR&TXV 14.00 11.5u 29,8W 3.45 17,9W 2.44 8.0 365AAV060fiTu CNPV'3621A•• 3W,WW TDR&TXV 14.W mso X000 3.46 18,000 2.44 0.0 355CSAV6420tlW CNPV'3521A"' 30.OW f-UP&TXV 14.00 11.60 29,8W 3,48 )7,90U 2.44 8,0 35515A11U5URSW (,NPV*3Fft1,A" 3u,Ix10 TDR&TXV i4.00 f 1.bi1 29.8W 3.45 17,900 2.44 8.0 6-69 060900 CNPV•3821A•* 3W;WW lxv t3.W W.8u I W.OW0 3.48 10.500 2.38 8.0 notes on pg.17 12 COMBINATION RATINGS CONTINUED AR Standard Ratings --- Caoitng Heating Unit Size- Cooling Series Indoor Mode( Capac(ty Factory En- � SEER E Hfgh Temp, Low Temp HSPF Nmace Model EA 11 H harSce Rating TDR CsPwty E COP Cap H.acity COP PH430i2A'• 30,000 TUnaTJC 14.00 11.60 30.000 :§46 18;000 2;42 8.0 315(A.J)AVD=70 CSPH'3p12A'• 30;000• TOR&TXV 14.00 1140 29.600 148 17.900 2:44 8,0 316(A;J)AV046090 GSPH'3012A'• 30;000 TpR&TI(V 14.00 11;60 30.000 a5D i8,O00 2A4 0.0 315(A.J),4V.OGU110 CSPH"3012A" ODD TDFt&TXV 14:00.. 11.60 30,oU,0 3.60 17,WD 2.40 8.0 1 315(A,4)AV066135 CSPH13012A'." 30,000� TOR&'TXV 14:00 11.50 3D.000 3.f0: i7:9Db 2.46 8,0 1 3t5(A.J)AWW155 r.H'3Oi2A?.: 30;000 1uAaTTv 14;0 1.1. ;000 3,40 10.ODO 2.42 B4O AAV042040 aPH`3012A•" 30,000 TDR&TXV 14.00 T,730 30.000 8. -254T 6.6 355AA 042060 Fi'i3.-PH'3012A-• 30,01g7 TO 14.00 1. .6t5(1 3.48 16.000 .42 8.0 =-AAV042040 CSPN`3012A-' 30,000 TDR$iTXV 14;00 1i:60 30.000 3;46 iB;uuO 2.44 80 355MV060OW 3Di2A'.' 3000D TORT 14.00 1i' 30.000- -16, 2.4' 8.0 35 V060100 SRH!3012A•' 30.000 TOR&TXV t4. 71.50 T4-6 i7swo 2.4a" _B.0 365AAV06012Ti' CSp •301 . 30.p110' I�(V_: 73.00 1 .80 60- 78,800 2:40 0.0 030-B =30.000.: TDR&T)(V:_ 14:00 11. 30; 16,1 2:48 82 315(A,J)AV036070 QW.1-113612A".7 30.000 TOARATW 1-4.00 42.88. 30,008: 3:ire 1 cf.tx1u 2.50 B,2 315(A,J)A 048W '9612A!; 30,000 TOR TKV 14:00 12.00 30.E 3:84 18.000. 2.50 02 316(.J)AV0mt0 CS_H,"3 T-.+ 30.000 TDR KOO 12,00 30,OOb 3,94 1 .1B;000 2,50 @2. 315((A,J))AV066135 CSPH•.3612A•- 30:000 MR84TW 14.00 12.00' 30,009 164 1 17.900 2:52 8;2. 3t6(A:4AV066155 + Pti'38t2A- 30,000 TOR&TXV 14:00 1;1:50 30:000 ISO. 18:000 2.40 6.2- WAAAV012040 C5PH!'...2AS't 30,000,- TUH.'f... 1:4:00:: 1 :50 38'000 &68 JO.ODC) 2:48 82 355AAv042u60 PHS3612A•• 3(i,000: TU....irncv i4:00 i1,5O 30. 3. 18,100 2i48 - &2 355AAV042080 3812A!- 3A:oyo Xv 14. 11:50 30:000 3.80 iB 000 .2:41I: 8.2 3ti6AAV ) -dTP '38t2A•• 9p,000 .H±'ix 74:00 12:00 30.006. 3:B2 18:000 2:60 8:2 3ssAAv08070D CSP.H!3612A•• 30.00 TDR&T•XV i4.O0 12.00 30.000 3,68 1B;ODD 2.48 C2 365AAVM120 CS Hl3612A• 30.000 Txv: I&OC) MAO 30;u00 3.64 18;900 2.44 8.2 •FY4ANF030 33,800 TURCIAV moo 10:6 35;600 -3.54 21:600 2.44 7.9 4AN( 003 31�00 TOR 14(64 11S70 34,400 3:88 20;B00 2.58 8.1 F1;4ANF002 33;80o TUUH&Txv t4:00 11.00 34;6uu 3:64- 21.000 2.54 8.0 F t 6 33.800 -TCR&TXV MOD 70.50 35.400 3.52 21.800 2A4 Us 34,200 R&tXv 14:50 ti.7b 34:40u 3:68 20,80D 2:69 8.1 FV4&NF0o2 33:aoo TDR TXV 14.00 U.50 34,600 3:64 21.00.0 2.54 -8;0 FX4CNB,F)036 34400' R&TXV 14!OO 1TEO 35:ODO 3:72 210.0' 2.58 8'.2 FX4CN 9:F)042 35.000 TDR&TXV 14:00 11,SO NAN 3.7.6 21'40.0 2A :8:3 F.Y9ANF042- ` ._34:400 & '13:00, ,40.80 ' 34,800 `3:60:'. 2:60 &0 "•36t4A•• 33,600 'TD 13,60 11.20 34,600 3:54 21,000 12.50 7:9 316(A.J)AV036070 C11P-3614A"• 33;*,W,, ; 't; 13.00 : 10.80.r 35,200' i3.52-,',21;000 2:48.: CAP.•-"3@S7A. 33; TD & 14i00: aff 41:400 3i80" '20:t100'- •'2'.64.'`•&0&'11"W5 A, AV048090 3817A' i-: 11 .400 3. 20:800 2:62 '79: 365AAV042060 CAQ!S38 7A*•:. - 33i800 I &t 14.00:: 11160 39.400., 368:::-'-W.W-0 2.52 35 AVO.42ub0 5AP-•3817A"" 33,800 43.Ot1 ;10.80 1735,40.0 3.F8'' 216WO 2.46 . 7.9' CAP113621A- 34,000 & 14.00 t1.80 34,400 •3.64 20:800 2.Stl 8.0' 3i5(A,J)AV060=10 CA -W2iA-- 33,600 TDR&TXV 14.00 11.50 94:400 3.50 20.800 2.60 17.it 355AAV042080 GAPi°362iA"* 33.600 TD 14.00 4i.50 34.400 3.60 20,800 2.54 8.0 363AAV060080 CAP•-3621A-- 33,800 TDR& 14.00 11.50 34.100 3.60 20.800 2.54 8.0 356AAV060100 CAPF13MA" 33.600 TDR&DW 14.80 11.50 34.400 3.66 20,800 2,50 7.9 3% AVO42080 CAP'•362iA^1 _ 33.800 TDFATXV 14.00 11.50 34.400 3:60 20.800 2.54 8.0 356EAVOSWBO AP••3&21A?- 33.800 tUH&IRV 14.00 11.50 34,401) 3.60 20,8CO 2.54 8.0 amaRvowiou 030-8 CAP••3621A'• 33,800 TXV i3.00 10.60 35,400 3,56 21,800 2.46 7.0 CAP••4221A-- 34;200' TDR&TXV 14:00 41.50 34;400 3.66 20.800 2.58 8.1 315 A'.J)AV080110 CAP•'422iA" 33,800 . T-uR&TiCV 114.00 •11.50 34.400 3.60 21.000 2.52 8.0 35WV042050 "4221A•• 34;080 iuR&Txv 14.00 11.50 34.401) 3.04 20.800_ 2.66 8.1 355 AV060080 A !•4221A,,. 34. iuR3TXv in:00 1.-:1,1:60 34ADD 3.66 20.BW 2$8.. :8: - 356AA:v.OW!00 GIiP^'422i `• 1UR&-IA 44:uu 11.50 34.400 3.00 21,000 2,62 8.0 3MAV042030 5iP-422iA'" 34,000 iUR&IXY 14.00 11:50 $4.400 3,64 20,000 _2.58 8.1 3550AV0800B0 AP4"4221A; 34,000 u1 H&Tity 14.00 11.50 34.400 9.86 20.800 2.60 SA 3568AVu80iuu C4 4221A-` 34,200 TXV 1 13.O0 10.80 35,400 3.60 21,BO0 2.4B 8.0 CAP-'4224A-- 34,200 TDR&TXV 14,50 11.70 34,200_ 320 20,600 2,58 8.2 316(A,J)AV066135 CAP-•4224A• 34,200 TOR&Txv 14_.50 11.70 $4,200 3.7E 20,600 2.60 8.2 316(A.J)AV068155 CAP"."4224A"' 34,00 R&T 0 TD 10.00 11.50 34.400 1 3.62 20,WO 2.54 8.0 ;J55 042040 A •-4224A- 34,000 i4.00 11.50 34.200 9.66 20,800 2.66 8A 36SAAV060i20 IAP-4224A•` 3000 IUR IX 14.00 11.50 34.200 3.68 20.800 2.56 ETA 3558AVu6bi2-0 CAP•-42201• 34,200 TXV _ i3.00 10.80 35,400 3.80 211w 2.40 8.0 CNPF'3818A" 33.800 TXV 13.00. 10.80 36,400 3.56. 2.46 7.9 CNPH•3617A"' 33, TDR TXV 13.50 11.20• 34.400 3.52 21,000 2.50 7.8 31 A. AV036070 -dTPH`38t7A•• 33.800 iuFisTxv _i4.00 ii.50 34,400 3.55 2D,800 2.52 7.9 3i6(A,J)AV048090 CNPH•3817A-• 33,600 TDR&TXV 14.00 11.60 34,400 3:58 20,800 2,52 7.9 316(A,J)AV080110 C"PH*3617 33,800 TuR&TXv i 4.v0 i i.60 34.400 3.53 20,800 2.54 7.0 315(A,J)AV088135 PH"3677A'• 33.800 iuR&TXV 14.00 11.50 34.200 3.60 20.800 2.54 8.0 315(A,J)AV088t65 CNPH•3817A-" 33,800 i-R Txv iNO 11.20 34.400 3.50 21.000 2,48 7.8 355AAV042040 ee noes on pg.N--- 13 •■ 1 ` No ■ ` J I 1 J6M1 JN mom ' 1 ■ E . NoT I0n ' _ _ ■No 0 No ' ■ ' . 1 ' ■ ■ M ■ _ ■ . ■ ■ _ 0 oLr, _ _ 1 ■ ■ ■ 1_ . • ■ r J ■ • _ _ • ■ ■ 1` . ■ V i . r: .1 • I ` WIN1• - .- . . NJ 0 L No mo olom: -i ME 1p " . 1 1 : I"1 r : r1 . i • T :. • 1 _ C .WE 00 _ ■ . . • - . L : _ 1 1 :: • • • No . . 7 1 _ - _ I ■ ■ , 1 • ■ ` 1.1 ` r j ; I No •■ NEE ■ _ . 1I • 00 No 1 0 -q4+ ol No Z — : 1 1 • 7T1 _ _ ' Y•■ • JNo 7 1 oroft"No ` .4 I - • -- ■ EL■ 1 Zr J No ■ T ■ Mol ■ • ■ ■ . 1 1 1 � 1:ll. 0 0 0 ME ME • mg r . ■ . ■ ■ • 1 • IL NEI • 1n ME PIE1 _ _ 1 COMBINATION RATINGS CONTINUED ARI standard Rngngs Coolln-I ---- _ H*Min Untt Sizc- Cooling series Indoor Model C ac" Stan- Hlgh Tomp 4ownpd aP 1tY Factory En- lord SEER EER HSPF Furnace Model hance Haring 7DR C ..E': E H apaclW C.uP Capacit CNP *3617 33.800 R&TXV 14:OD 11'.50 34;400 3.54 20;BaO: 2.52 1 7.9 1 356MV042060 D 1360 i. 34A00' 3.50 210 24 7.835AiCN 361 A" ,400 & 0420BO CNPR"3_617 •* 33;60o TDR&TXV um 14:50 34,400 SZ4 20,800 2150 7.9 355AAV060080 7NPH•3617A'* 33;500 TDR&TXV 14.00 11:60 34.400 3.50 20,800 2m 7.9 355MVODO180 P '3817A" 600 iJR&-[XV 14:00 1150 34 3.�k 20ttig0 2:52 7.9 MMV000120 CNW,,3@17A!-- . 33:800 TXV 13.00 10,80 38;400 .3i59 21;800;.. 2.40 9 , 27 f CN. *4221A�"' 34; UR&7XV 14.00 11:50 34600 3:6.4' 21-,000' 2.54 8.0 315(AAAV036070 *4221A•` 34;200 TDR&TXV 14.00 f1iso 34:400 3.68 20800r 2.66 8.t 315 A' AV048090 P.H,4221. .•34-.200 R 1 V. . _1A.00 1:1:50. 34:400: .,3 800' 2:58'' '81 - .315 A;J 0601 10 NP 1'4221 9,200 14:00 1-1 W .34:40D`• US' 20,800: .2 68 81 316 086136 4221A 3d200 IDrt&rxV 14:58 11:70 34:400 3; 20.800' 2:80 82 318A;J)AV08Bi55 CNPH'4221A -34;000 TDR&TXV 14.00- 11.60 =3A;80O: 162 21:000 2.52 8.0 35SAA 042M N P4221A' 34000 TDR& 14.00 11.50 34:400 3.64 20800 2:68 8:1 356AAV0420B0 CNP'"4221A•` 31800 TDR&TXV' 14.-00 14.50 34,800 3:60 21:000 2AP 8.0 355AAV042080_ZW _ P.H-4221A` 34.000 TDR TXV 14:00 .11.50 :34,4QO 3.04 21io00 2b4 8.1 356AA 080080 CNP .4 1', 9.000; T-DR&&&i'n(V U.00- 11.5V 34400 = UN) 20AW 2: : "8:1 355AAV.060100. CN C4221A•• 34:060: iw &TXV i4:Q0 11:50 39:400: 3:80, 29.600 2:58 8.1 356AAV060120 !4 1. 34:200 i.3:001- :10.- 35,400 3.62: :21.800 ,2:60 "3817A`• 33,600 TDR&TXV' 14.00 1,J.W. '34.400 3,56 20;800 2.62 70 31SA; AY048090 CNPV•3617A!' 33;800: TOR&TXV 14:00: 11;50. '39;400 3.54 20;800 2:62' 7.9: 366 042080 GNPV"3817A" 33;00ti' 'TDR&TXV 14:00 - ::11.50 34:400 3:G4 -NOV!`.2.62 7.9 3555AV042WO C , ' 17.' 33;600 i3.0o :.1,0;80 35,400" 3.66- 2iW,, 20:4Q -7.8 3o2T w 33.000 1 TDRATXV 14.00 Il.50 -34.400' 3:58- 20:800' 2:64 7;8 315( :J)AY000110 PV 31121 i 331400 TO &TXV 13.50. 41.20- 34.400' 3.50.• 21:U00: 2:48 7.8 V042060 CN F '3621A,r'' 33i600 TDR&TXV 14:00 11.50 34;400 3.84 .20:800 $:52 7,9 356AAV060080 3621 "• 33mo TDR&TXV 14.Qa 11.50 34;400 3:58 20:800: 2.62 7.9 35SAAV000IOD PV"3021A'7 33,400 TDR&TXV' 13:50 1T.20 34,400- 340 21:000 2.48 TO ;35OXV042080 .W3621'A`• 33,600 TDR&TXV 14:00 11:50 34;400 9 20, 2,52 7,9 356SA OMMO FV'3621A•' 33800 FDF1&TXV 14;00 11: J. 34;400 :5 257sw0 -2.52' 7;9 35bmVoov100 "392tA" 33;800 i3.00 i0:80: 35,400 .:3:58• 21AW .2:48: 719, IMTR_ 14. y 038_8 CNPV'4WA'* 34:200 TDR 14.00 1T.50' 34;400 SAS 20,60D •2.68 81 315(A; A 060110 0NPVMKlA­ 33.800 TDR&TXV 14.00. 11.60 i4 OW :.3.80 21000 2.52 8.0 355AAV0420,W CN,V"4221A*„ 34;000 R l_QOr. 11050 34:000 i 3.64' '21000, '2.54' ,.;Sa . 355AA 080080 P.V.'42Z1A'• 34;000 1 ` 1 50. 3,4;400 ,.3.88'.-;:20 _2;W,%8;1._,_.356AAVQ60,100 AR• 33;800` TD. 1XV U 00` 11:50' 34:600 ''Tw 2' 2 62: :8.0 3558AVQ42080 !422iA""' 34:000 fDR&TXV 4 =' 11.50 34;600 3.84 21000 2:54 8.1 355 A 060080 CTPV*4221AW'* - ' 3a000 TDR& 14.00' -41.50 3440P +3:68F 20.800 :,2E58 ,.6.1 3s5tswvo80io0 P. 4221A** '34,200. TXV 13.00 10:80 400` 3:62 21;800' 2:SD•' 8.0 CSP •3812A 34AW• 14.00 8.0 21.000 2:58 8.2 3t6(XJ)AV036070 381 H' 2A'• 34;eDo F& 14.50 11.70 34.400 374 21:000 2:60 8?_ 315(A,J)AV048090 00 CSPHk38l2A*l 34,8 TDR 14,50 11.70 34,4QQ 3.76 21.D00 2:60 8.3 315(A,J)AVo601i0 P 3612A•* 34,800 TDR& 11.14.50 70 34,400 3.76 20.6w 2.60 B.3 316(A, AV060135 60 PH13OM- 34, 0 TDR�TXV 14,60 11.70 34;200 3.78 20,800 2.62 8.3 315(A, A 155 381 •' 34,400 MAIWV 14.00 11.50 34,600 3.68 21.000 256 8.1 355AAV042040 CSP •361 •• 34,400 TDR&1 14.00 11.50 34,400 3.72 21:000 2.58 8.2 355AAV042060 CSPH 36 2A ' 34.400 TDR&TXV 14.00 11.60 34,600 3.68 2i.000 2.50 8.1 355i1A1iU42080 PH•361 • 34.400 R&TXV 14.00 11.50 $4,400 3.72 21.000 2-5S 82 _ 355AAV06OGBO P •3612A• 34,800 MR"TV 14.00 11.50 3,72 21A00 2.58 0.2 �355A V1 0�1017 3d1 •' 34.400 TDR&TXV 14:00 11.60 34.400 3.72 21.000 2.58 _8.2 355AAV060120 C P1 '3612A" 34,800 TXV 13,20 11.00 35,200 3.68; 22,ODO 2.52: 6.1 CSPH*4212A** 34.000 TDR&TXV 14.00 - 11.60 34.400 3:74 •f'21-.D00 2.68 82 1 315(A, AV036070 CS. *421 "• 34,800 TDR&TXV 14.50 11.70 34,200 's,78 21:000 2.62 8.3 3f5(A,JjAY0480ii0 P 4212A-* 34:8w TDR&TXV 14.50 11.70 34.200 3.80 2t.O0a 2.62 8.3 315(AAAV080i.10 '4212A 3W000 TDR TXV 14. 11.10 34,200 3.80 21,D00 2.62 8.4 315 A 060135 OSPH*4212A** 35.00o TDR&TXV 14.60 11.70 34,000 3.82 20,800 2.64 5.4 315 A, AV06615.4 CSPH•4212A"• 34,800 TDR&TXV 14,00 11.50 34.400 3.72 21.000 2.58 8.2 355AAV042040 CS H*42f *• 34,BW TDR&TXV 14.50 11.70 34,200 3.76 21.000 260 0.3 355AAV042W CSPH•4212A * 34.600 TDR&TXV 14.00 11.50 34,400 3.70 21,00 2.58 82 355AAV042080 CS •4212A•• 34,800 TDR&TXV 14.00 11.50 34,200 3.74 21.OD0 2.60 8.3 355AAV060080 CSPH*4219" 34,800 TDR&TXV 14.50 f 1.70 34,200 3.78 21.000 2.60 8.3 355AAV080100 CSP *4212A`• 34.600 TDR&TXV 14.50 11.70 34.200 3.70 21.000 2.60 8.3 355AAV060120 d§AH'4212A"* 34.800 TXV 1320 11.00 34.800 3.70 22,000 2.54 8.2 "FY4ANF042 40,S00 TDR&TXV 13.00 10.40 42,000 3.54 26,400 2.46 8.1 FE4ANB008 42,500 TDR&TXV 15,00 12.40 39,500 3.68 26,800 2.58 8.4 042-A FE4ANF003 40,000 TDR&TXV 14.00 11.50 41,000 3.42 25,600 2.40 7.9 FE4ANF005 42,000 TDR&TXV 14-50 12.10 40.500 3.64 25,800 2.50 8.3 _ FV4BN8006 42.500 TDR&TXV MOO 12.40 ... 3,68 I,800 2.56 8:4 FV4BNF003 40.000 TDR&TXV 14.00 11.50 41,000 1 3.42 25,600 1 2.40 1 7.9 'Sie ni5tes on pg. 14 ■ ■ 79Mr- 1 -7 . . 1 • i `•■71 No 0 ME 1 - ' !■ ■ NE . •� J.1 ti ■ No 1 r . I . NE ■ ■ • NE 0 ■ 1 11 ■, } 1 10 , . Pi r 1 1 :1 : . . 1 0 or NE F f L• ' - - � I I I - No ■ 0 im 090 0 0 No 1 1 , I ' 1 • • I . Ed ' • , ■ . . ■ • ■ : . f . -EIFOAME ' No . ■ ' ANEW J 1 & � ' ■ 1 Al it 1 0 —1� ■ or. a 'AN : : %. ■ f . � 1:- 1 • :• r 1 F . . . . ' i . 1 " ME NE COMBINATION RATINGS CONTINUED -- - - ARI Standard Ratings UnkSlza- Coaling Cooling Heating Series lndoorModel C a H)ghTemp _ Low Temp aNY Factory Standard SEER Furnace Model F�ihanca Rating TDR HER .E E H F1 HSPF C acUi6 COP Capacity COP. FV4BNFOOS 42.000 TDR&TX1i 14.50 12:10 40:SOO 3X4- 25,800 2.50 8.3 FX4CN B,F)042 41;500 TDR&TXV 1400 11,10 , 42.000 S,70 25.600 2.56 8:4 FX4CN(B,F)048 42,500 TDR&TXV 14:50 770. 40;000 3,78 '25;800 2.66 8.7 FY4ANF048 41.50D TDR&TXV 13i20 10:80 41,000- 3.58 26,660 250 8.2 {1 'CAP"•422W* d0,00D' TOR&TXV i4.00 11t20 411000 0.50' 25,'M 2.52 8A 315 A'iJ)AV08p110 CAP'*4221A•* 391500 TDFATXV 13.50 104,0 41;6DO 3;42 26.400 2.46 7.9 355AAV042080 CAP*•4221A•^ 40;OD0 TDR&TXV 13'.W 11.00' 41.6DO 3Aa 25;200 :2:48 8,0 355AAV080080 CAP!!4221A!! 40,000 •TOR&TXV 1150 1:1= .'41;000: 3748 f 26,200 .2'60 8.0 355AAWYM00' CAP<!-427.1 ** 40;, UDD 10:40 42600 3.50- ::280.> '2.48 8.0 R22M 40,000 TDR&TXV 14.00 1 11.40 41:000 '3:54 2510DD '2.64 8.2 316(A,J)'A 066135 CAP"4224A** 40;000 1r7RU V, 14:00 1 11.50'• 41;00D 3:52< 25.000 24.4 8.2 315(A;J) 088165 AP!.14224A'*_ 39:5-00 TDit&ixy 13.50 11.00 '41,000 3.44 26:200 :48 -YO 042040 CAP**4224A"" 40:000 TDR&TXV 14:00_ 11:20 • 4.1;000 3;48= 25:200, '2:60 8.0 365AA 080120 '14224A'.*. 40,000: TXV 13.00 1030;. 42:500 3.50 26.200 2.46 8A f S7, F1JF4817A".* 40;000. TOR&TXV, 14,0D 11s40 '39,500: . US 25;400 2.58- 8A . 31 A;J►AV044090 � y "'4817A!• 40,000 TDR&TXV 14.00 11:30 39,500 3.64 25i600 :2:56' 8.4 356AA 2080' _!•-.4817 *' 40.500 TXV' 13;00, 10.70 140.000 3.04 ?.8:400- 2'64. 6A •*4821Ar"' 4y:000' 'TDR 14:00 11.40 41;OD0 '3;d5. 26;400 '2.68' 8:4: mom Y4821 - 40:500 VDR&TXV 1350 11.40 41,,W0 3.68 25;800 2i52:7 82' '355AAV042080 •44821 *' 40.600- R 13,50 11'.20: 4.1;000 3,8E 26.400 '2,54' .8 3- !!4821A," 40.500 :TUFI& 14,00 11:30• 41{000 344 :26400• '2.68 0.4 355AAV060100 21 < 411.00.0 . TXV 13.00 10.60; '42,000 3.62 28;400 Z62 8.3 • 41;000. DR 'IXV' 14:50 11.60 41.000 3.70 26,200 '2.80 "8.5 1 315(A:J)A 066135 ".104M 41.000 R& 14.50 11.00 4110DO 3.70 EBi200 2:BU b.5 '315(AiJ AV066155- CAP"'48?AA" 40,800 1DR&TXV 13.50 11.10 41;000 .3.60 25,400 :2.52 8;3. 355AAV042D40 0APtt4a24A** 40500 VVR&TXV 14.00 11.40 41;000 3.64 " 25200 2.56 OW 355AAV050120 CAe!!Q24A1* 411000 TXV 13.00 10.60 42.000 3.62 28,400 2.52 .:b, GNPF!4616A**., 40,500 TXV 13.00 10:50 42,000 3:58 20A00 2:98 &2 CNP '4221A.• 4Q000 :T R& 1.3:50' ' "?41,10: 411,W, 3.'48, . 25.200 ';2(60 8A.'r9i5 A;' AV036070 C4A.1'422tA-: 7PA&TXV 14, 8 " Q480 .1 6 6 •11t50,00 3:1;C ' 8823 '00010042 ACNP 4221 AA CNP.H24221A' 40:000 -M-F&W 14.50 11.60 41;ODO -3.58 25.000 2:68. 82 315A,1A 085135 CNPH*4221A'*. 40,000 &TXV- AN :11.00'. "41:000:CN :3:58 .24:800 158 82 "3.15(A:JAV0561,55 PH•4221A* 39 00 TD.6 & 13.50 1120 41, US 25[20D 2:50 8,0 042040. 0NPW4221 ** 39,500 T ice& 14.00 11.30 4i,000- 3:50 26.2DD 2.52 .1 35,;AAV042000 "21A "* 3s;500 TDR& i5:50 li.i0` 41;000' 348' 25,200 2:5D 6.0; 365AA 042080' A• 40,000 TOR&TXV 14.00 1120 41;00U 350 25:200 2:52 Bt1 S65AAV060080 A•* 40,000 TDR TXV 14:00 11.40 di 000 3.54 26,000 2:54 8.2 355AAV06D100 A'^ 40;000 TDR&TXV 14.00 it.40 4i.000 3.6e 25,u00 2.54 8.2 355AAV060t20 •• 40.000 TXV 13.00 10.40' 42.600 3,50.- 26200 2.46 8.0 " 40,500 TDR&TXV 13:50 11:10 41,000 3:60 '25.BD0 2:52 6.3 315 A,J)AV036070 ** 41,000 TDR&TXV 14.00 11.40 41,000 3.68 2BA00 2.58 8.4 31 A;J AV046090 CNPH*4821A•" 41;000 R& 14.OD 11.50 41000 3.68 26,400 2.68 8.4 315(A.J)AV060110 CNPH•4821A** 41,000 TDR&TXV 14.60 11:60 41,000 3.70- 26200 2.60 8.5 315(A. AV068135 CNPH,4621A*k 41;000 TDR&TXV 14.60 11.70 41,000 3.70 25,200 2.60 8.5 315 A, AV068t66 CNPH'4821A** 40.600 MR&TXV 1&50 11.20 41.600 3.60 25.400 2.62 8.2 355AAV042040 CNPH'482IA** 40;500 TDR&TW- 14:00 11,30 41,500 3.82.- ..2Ci400 2-IW;. &a% 35SAAV042M... -UWH•4821A* 4o,500 TD &TXV 13.60 11.10 41,500 3.58 26.400 2.52 8.2 355AA 042080 CN P *4821 40.800 TD & 14.00 11.20 41,000 3.62 25,400 2.64 b.3 355AAV060080 _PH•4821A** 41,000 10 R&TXV 14.00 11.40 41.000 3.68 25;400 2.56, 8.4 335A{1V080100 CNPH'4821A•' 40,500 TDR&1XV 14.DO 11.40 41,000 354 25.200 2.56 0.3 355AA 000120 CNPH*4821A'* 41,000 TX 13,00 10.60 42,DDO 3.64 28,400 2.52 8.3 1 PV•4221A*• 40,000 TD VXV 14.60 11.501 41,OD0 3.58 1 25,000 2.56 8.2 315(A,J)AV060110 CNPV*4Z9lA** 39,600 13.50 IIJO 41,000 3,48 26.200 2.50 8.0 355AAV042080 CNPV•4221A1• 40,000 VUR&TXV 14.00 11.20 41.000 3.50 25,200 2.62 SJ 35WVOBOOBO PV•422iA`• 1 40,000 & 14,00 11.40 41.000 3.64 25,000 2.64 SA 355AAV060100 CNPV*4221A*e i 4am 13.00 10.40 42500 3.50 28200 2.46 8.0 C P •4821 ** 41.000 14.00 1 11.50 41.000 3.08 25,400 2.58 8.4 315 A, A 000110 CNPV'4821A*• 40,600 TDR&TXV 13.50 1 11.10 41.600 3.58 25.400 2.62 8.2 3WAAV042080 CNPV•4821A• 40.500 TUR&TXV 14.00 11.20 41,000 3.62 26.400 8.3 356AAV060080 PV• 1A•• 40,500 R 14.00 11.40 41.000 3.60 25,400 2.56 0.4 355AAV060100 CNPV•4821A'• 41.000 TXV 13.00 10.80 42,000 3.64 26,4010 2.52 8.3 A CNPV'4824A*• 41.000 TDR&TXV 14.60 j 11.60 41.000 3.70 25.200 2.60 8.8 316 A. A 066135, CNPV*4624A*• 41,000 TDR&TXV 14.50 111.001 41,000 1 3.70 1 25,200 260 8.5 1 316 A, AV088156 notes on pg.17 15 i ,, I COMBINATION RATINGS CONTINUED ARI Standard RaBn s Unit Size- Cooling Coolln9 I Heatin Indoor Model High Temp Low Temp Sables Capacity Papery Standard SEER EER FumaceModel Enhance Rating 1D14 H HSPF C �apacity COP Capacity COP CNPV'4824A*" 40.500 TDR&TXV 13.50 11.20 41,000 3.60 26.2. 355AAV042040 CNPV*48249*' 4%W0 TDR&TXV 14:00 11.40 41;ODO 3.64 ��,4002.52 8.3 335AAV060120 C'N `4824 ^ 41,000 TXV 13.00 1U,63 . 42,000 3164 8,8 JI It CSPH-•4212A^ 39,500 TD &TXV 13.50: h 11.10; 4t.SDO 3.60 25.600 2:62 621 315(A,J)AV036070 "4212A*' 40,000. $ 14.00 11.40 41.DD0 -3.66 2b.400 2,50 8:4 310(A; AV048Q90.. C$PH°p212A'* 40,000 TDj9&6X1/ 14.06 1A.40 4i;000 3.60 25.400 2.58 8.4 315'A, AV0617ii0 CS 421 40.000 R 14.50 1 .50 41;000 3.70 25,200 2.60.. 8.4 31b A;J)AV0$$135 4sPH`'4212A"* 40,U�i0 Tl]RiE V 14:50 11'.80 41;000 3168 25;200 240 8:4 31bd, AV066165 CSPH"4212A*• 39.500 TDR&TXV 13:50 11.10 4i;5D0 858 25'800' 2:52 6•.2' -355AAV042040 CSPH,4212A•• 40,Q00 T0R&TXV i:4;00 11.30 41;G00' 3:02 26:400 M64. 813 355..V042000 ESFi:i*.42i2A!* 39,bt10 TDR&TXV 1 :SO I 11.i0 41;500 3:58 257600 2.62 82 Ai4V042060 CSP1'421 " 40,000 MR&TXV 14.00 11.20 1;600 s:62 26:600 1:54 8.3 3 060080 P,H''4212V*► 40,000 TDR& 14:00 ii;30 41 3:84 25.400. .2;66 8.3 060100 PH"4212/1*' 40,000. 7DR&TXV 14.00 1i:40 41 000 3"2 25:400 2.58 8.3. 355" 0fi17i20 042^A CSPhN4212A•" 40,000 TXV 13,00 1..70- 42i800 3;88 28.400, 2.52 0.3 M1 �: CSPH"4812A?• 40,500 TDR&TXV 13.50- d1.10 41; 3.14 - 2S;tm `2.54 8:3 3i5AJ)AV038070 CSPWH 812A'" 40500; TDR&TXV 14;60 *11.40, --41;6 ..3i70 26;400; 2:b9 8:9 31:5 A;J AV,048090 CSPHf4$12A** 41.00-0 :TDR&TXV 14.00 11-.40. 41.000' 3i10- 25;400 "2S8 8;5 31S(A:J)AV080110 CSP.W4812A" 41i000' TDR&'1XV' i4:50 11AG.. 41,000' 17_4 26;400 2:80 SE5 315(A!)AV080135 C8RH%812A** 41;000 TOR&-l" 14.50 11:60 .41,000 3.72 25200 2.60 9.5 31bA.J)AV066165 CSPH*4812A** 40,600 TDR&TXV 1150 11.20 41;500 3;62 25;800 2.52 813 355AAV042040 CSPH*4812M'r 40,500 TDR&TXV 14:00. 1:1.30 41.000 3:66 28:400 2.56 8.4 365MV042M CSPH`4812A'* 40 500 -TDR&TXV- 13.50 11.10• 41:600 3.02 25;800 2:52 8:3 3SSMV042080 C8PH"4812Al* 40;600 TDR&TXV 1400 41:30 41:000 3:68 25;600 2.56 . 8.4'. 35SAAVOWM CSPH"4812A"" 40 W6 TDR&TXV 14.00 f1.30. 41.000 3.85 28,400 2:56 8.4 35WV080100 CSPH*4812A** 40,500 TDR&TXV 1440 11.40 41:000 3.68 25.400 2.56 0A 355AAV060120 CSPH*4812A** 41,000 TXV 13.00 10.70 41'.000 3.68 20:400 2.52 8.4 'tY .F048 46;500 TDR&TXV- 13.00 10.8 -4&600 3.60 30;800 2.58. 8;3' FE4AN8006 48:o00 TDR&TXV 15.60 12.60 40.000 3.88 29;400 12.78 8.8 FE4ANF005- 47.000' TDR&TXV 15.00 12.90 47;500 3,78 ]30,000 00 2.7.2 8;6' V4E-B 48; TDR 15 - 12.00 ;000 3;86 00 2.78 8.8 4 N.005 47,000 TDR&TXV 16.00 12.20 47,500 s.78 00 2.72 8.6 FX 4_'_,048 47,600 TDR&' 14.60, 11.70 47.600 3.78 ' 230; :8.6: 9.' B:.080 `a48;Q00' TDR ' 15700 12.00 :i:44000. alk 00 2178' .81.75"):-' :47GOD; TDEj&T1N;: .:•13�60,: 1,100 :.4b;000:- ;:3,62 00 %2;82i- :84 T, l e� !4817A*" 46,000 TDR&TXV' 14:00 11.60 47.600 3.Z0 29.600 2.62 0.4 316(A',!)AV048090 AP*44617A••, 45.000 TXV' 1300." 10.80 48000 3.68 30;200 2.80 8:4 _ 3t "'4821A*` -45,500 TDR&TXV- 14:00 .11.50 '48EOOD'...,.;3 68 29,800 2.82Y1 8.4 1 315(A,J)AV060-110 ."4821A'-' 45;500 -TDH&TXV 14.00 11.60 4$,500- 3:62 29;800 2.58 8:3 355AAV08WlfQ CAP"•4821A** 46:600 TDR&TXV 14.00 11;601 48,000 3:84 29:800 2.00. 1 DO 355AAV060i00 CA 482iA.":` 40,000 TXV 13.00 10.80 49,000 3.a0 30,400 2:80 8,4 4824A*" 46,500 TD & v 14.50 11.70 48,000' 3.70 1 29,400� 2.64 1 88 315(A,J)AV068135 GAP`4824A" 46,000 TDR&TXV 14.50 11.50 - 48;000 3.74 1 29.400 2.68 0.5 3i5(A,J)AV056165 CAP.'.'4824A". 45.500 TDH&TXV 14.00 11.50 48,000 3.64 1 29.800 2.00 3.3 355AA050120 -TO"*4824 `* 46,000 iXl/ 13.00 10.60 49.000 3168 1 30,400 2.60 8.4 WMIM e �.ts3. o:,.z,•s 048-A CAP**6021AOI 413XW TDR&TXV 14:50 11.70 46,500 3.68 1 20.600 2.66 8.5 I 315(A,J)AV050110 UAP"*8021A"* 48, V 14.50 --- - 11.70 47.000 3.64 29,800 2.62 8.4 V060080 CAR'"6D21A** 48, i R+a-i�tXV_ 14.50 11.70 47,000 3.68 29.000 2,64 8.4 35wVOW100 0AP'"6021'A" 47;- 13.00 ''10.80 44; 3.50 30;600 2:62' 83 7IIb- CAP**6024A** 47,000 TDR&TXV 14:50 11.70 47,000 f 3._70 29.600 2.88 0.5 315 A,J►AV066135 CAP"6024A** 47,000 TDR&TXV 15.00 12.00 46,600 3.72 29,400 2.68 8.8 318(A,.i AV066i55 6AP`"6024A•" 46,800_ TDR&TXV 14.60 11.70 47.000 3.64 29.600 2.64 8.4 356AAv050120 CAP*"6024A** 47,000 TXV -- 13.00 iQ.80 45,000 3.52 30.400 2.66 8.3 }P i C PF•4818A*• 45,000 TXV 1 48,500 H350 30,ODOG 2,54 8.1 CNPH•4621A*• 45,500 TDR&TXV 14.00 11.50 48,000 3.62 29,600 2.60 8.3 315 A,J)AV048000 dPH`4821A"' 45,600 TDR&TXV 14.00 11.50 48,000 3.64 29.600 2.62 8.4 1 315A,J)AV0601i0 CNPH•4821A"" 48,000 I „&i7iV 14.50 11.70 48,000 3.68 20.400 2.04 8.4 1 315(A,J)AV068135 CNPH•482iA- 46,000 TDR&TXV 14.50 11.70 467600 3.70 20,400 2,68 _8.6 315 A,J)A 068155 NPFI'4821A"' 45,50Q TDrs&i7id. 14.Oo 11.50 48,50Q 3.60 29.600 2.80 8.3 365AAV060080 CNPH*4821A"" 45,500 TDR&TXV 14.o0 _ 11.50 48,000 3.&t 29,600 2.60 0.3 355iiAV060i00 H•41121A'• 45,500 TDR&TXV 14.00 T 11.50 46,000 3.02 1 29,000 2.60 8.3 35� 080120 CNPH"4a21A'" 48,000 17sv 13,00 10.80 49,Go0 3.M 30,400 2.00 8.4 CNPH*6024A** 40.500LL TDR&TXV1 14:50 111.701 47,000 1 3.68 1 29.600 2.64 8,4 315(A,J)AV046090 CNPH'6024A•' 48,500 TO &TXV 14-500 111.701 47.000 1 3.70 1 29.600 2.66 8.5 315 A,JjAV060i 10 ee notes on pg.11 16 ,T : .T . . ` . . Z . I Irm . . NE - _ ON LE . 1 ■ _ - MEN NE . . . . . � _ , - . , I ■ ' Ole ' Ir 1 r - A ■ 1 NO J . , 1 . 1 . NO MEE IN . . . - No 0 . . _ . . _ ' .: ME 1 r 1RE . . . . E 0 ME • t - -,.■.r •. • _ ■ NONo , , NO ■ - NO ME ' — 1 ` . Imo ' r4i JR -. COMBINATION RATINGS CONTINUED _ ARI Standard Ratings Und`Size- Cooling cooling I eating Series IndoorModei Capnalty Factory Staridazd SEER High Tamp Low Temp Furnace Model Enhance Rating TDR EER E' E H n HSPF Cgpdcity GOP Capacity. COB CNPH*6024A*• 48,500 TUR&TXV 16.00 12:00 47;0.00 3.74 29,400 2.BB 8.6 315(A, AV066135 CNP:H*0024A:* 47;000' TOR& 16.00 i2.00 46t500 3:78 2%,Ift 2:68 8.6 315(A;J)AV060155 1PH1,1102,4,4'�024A145�,-RW 6500 T`D€i&�( 14.00 1i.50 47i000 3.8a 29.800 :2,b1 8.4 356AAV060080 024A6;500 TDR&TXV 14:60 ii.0 47:000 .3:e8 W.800 2:64 8A 355AAVOWIOO 024A .5W' TDR& 14t6e li.10 47;000' 9.00 28:800i .2,84 °8:4 355AAVOe0120 g24A7,000 13;00s-.J0.80 45.000 3,66 30.800 :2:82. 8.582/A .StX1 14:00' 14',50: 48;000' 0.04 29,600 2:62 8A 31b A,J AV060110 821A ;600 Ti4:O0 iT,50.' 48:500 3.60' 2a:800 2:80 8:3• 365AAV060080 821A500 i4M.. 1t:50: 48,000 3.02 20,U00 2:a0;. 8:3 35SMV060100821A ,000 A.3.00 10.80 . 99;000 ' 3:68 30,400 2:00 e.4 MGM 000 TDR&TXV 14:W il'.70- -48;000 3, 20;400 2:04 8.4 315A' AV066135 124Ae:000 TDR& 14:so i.t,50 40:000, 3.70 29,400 2.66- 8.5 315(AJ)A 6155824A5.600 TDR& 14.00 11.50 40.000 3.62 29:600 zoo. 8.3 3s5AAV060120!824 :000' 13.00 70.80 49,000 3e8 3p;400. 2:e0' 8:4i((Po¢4A 1500' TOR&?XV� i6A0 12.00 4Z,OA0 374 "20,400 2i88. 8:5 316(A-AA\/056135 CNP,V'0024M :47(000 :TOgstT?N 15.00. 12.00 40WO V.0 29,400: 0e8 .-6;6 315(A,J)AV066155 CN W!8024A'! ` .46;609 T17f3 3N 14.50 11 i70" 47.000, 3 88 5400254 ` 8:4` 355AAV0E30120 040-A Ltli�C*00R4A---. 4T000,. -'DW,, 13.00 10.60: A&00� 3.86 30:b00: 2.e2 8:5 Y BM CSB -48t2A"• 4S600 TO(m", 14,W 11,50. 3Q8 ".Ito 2:82 9:4 315 A,J AV048090 CSPH%812A*` 4KSQo TDR&T1tV : 14.00 11.50. 48000 3,10- 29.,Wo -2:02 8:4 315(AAAV060110 CSPH*4812A•• 45;$00 TOROAN 14:50. Ti!70: 48;000 3:72 29:600 2:64 8:5 316(A;J)AV0661.35 CSPH*.4812A*' 45;S00. TDR&TXV. 14:60 '.11.70 48;00 3.78 '20,400 2:08. 8.6 315(A J)AV066155 CSP.H14812A`* 45;600 TDR&TXV 14.00' 11.50 48 iW 5.66 -29,Sr1,0 .2:60 8:4 355AAV060080 CSPR"4812A** 45 600 TORMT. 14.00. A1.60 48,000- 3.68 29(:800 2.62 &4 35WVOWIOO CSPH[4812A*' 45,500 TDR&TXV 14.00 11.50 48400 &W 29,600 2:62 8.4: 355AAV080120 C.6F""9412A",' 4FOO-0 TXV ]3:09':;.'.jo.": 49.00. •.3jo 39.6t)0 LZii 8,5 _CSPHtWl2Ar" !Soo 504, 'M &TXV: _t4:50 TWO,�0000•. &74 $t►:t100 2.66 &5 .315(A, AV048OW GSPH'.8012MI, RDR&TXV: 14:50 11.70 4e;500 3.78 29:600 ZOO' &0 315 A:' AV000110- CSPH!e012A•• 48;S0o TDR&TXV 15.00 12.00 48.600 3,78 20,000 2.70 0.0 315(A, AV086M CSRt{fBQ.(2A*," 48:600 TU.&TXV 15tX!'• 12.00 49;$OOi- 3.$0 29;t100: : s2i70 8.7: 318(A'.JAVQ68155` &TXV tA50 11,7Q- 47,GO�Q,. 37P_. -29800 `.284 8..5.._ 956MV.Q80A80, c t-SRH'6012A`�` 48. 1UR&TXV 1'A.50 11.70 47, 3.72 28. .. 2.08 '`8:5 355AAV060100 GSPH*60t?A•• 48;500 TllR&TXV 1450 11.70 47, 3:72 29'400 2A15 .-8:5 35WV060120 CSPH!6012A"' 47.W TXV" 13:00 10;80 45;000' 3.68 30.600 2.64: '8:5' *6Y,4AN 0e0 59, TL R&.XV- 13.00 _ 10,80 60,000 3.62 3$;500 2.58 8.0 FFgAN8009,: @0;000. TO &TXV 14.00: TA:60. 58;500 3.7.4, 38,200' 2,W- 82: EMISIO008: 60;000- .TDR&TXV 14.00: 11:50 58i5oo 3.74 30200 2:68- 82 FX4CN(B,F)060 60;00o TDR&TXV- 14.00 12.00 - 5%500 1 3.74 35.200 2'68- 8.3 C '"t021A�• 66:000r'15DRBr 13:60 11201 59600. 3.40 30,000 2:62 7.8 315 ,JAVO60110 '6021 " 59 =:TXV 13.00 10.60 Q8, 3.48 3e,400 2i52' 7.9 h 101•802111 69,000 TDR&TXV 13:60 i1;60 67500 3.60 36,800 2:54 7.8 1 316(A,J)AV066135 CAP"*6024A*• 59,000 7DI&.... 1d.00 11.50 5T,600 3.64 35,600 2.50 7.9 316A,J)AV068165 CAP"6024A•` 00,000 TXV 13,00 10.80. 50,000 3.80 37,000 2.64 8,0 060-A ^CNPH'6024A'" 58,500 TDR&TXV 13.50 1120 57:500 3.46 38,000 2,52 7.7 316 A, A 06011 CNPH`6024A** 58,500 TDR&1XV 13:50 it.20 57,000 3,48 36:e00 2.54 7.8 315 ,J 135 r:Npri•Rr»-.. ;000' TDR&T-)N 14.00 11i50 57:000 `"3,52' 35,800. 2.56 7;81° 315 A: AV066165 CNPH*6024A*l 59,500 TXV 13.00 T0,8 00 v 56;5 3.54 37.000 2.60 5.0 02 5 n CNPV•64A'• 68.600 TOR&TXV 13.bO i 11.20 57.000 3.48 3S,800 2.54 7.8 315(A.J)AV066135 CNRV"8024A** 69.000. TDR&TXV 114.00 11.50 57,0110 3.62 35,800 2.66 7.6 315(A,J)AV060155 tiN'rV"evMA" 59,600 TXV 13.00 t0.80 58.500 3.54 38,800 2.54 7.9 r :. �SPH•6012A•• 59,000 -MR&TXV 3.52 38,000 2.54 7.8 319 A, 060110 CSPH*6012A:" 59.000 TDR&7XV Ya.00 ii.e0 57,500 3.58 35,800 2.68 i.9 31 A•JIAV066135 CSPH*e012A.. 59.000 TDR&TXV 14.00 ii.60 67,500 3.58 1 35,800 2.58 7.9 316 A, AV088t55 GSPH'60i2A"' e0,uu0 77tV 13.00 i0.80 59,OOD 3.62 37,000 2.68 6.0 •Raengs are net ues reflecting e o acts of c rculaung eat upp ememal eteclnc heat is not included.Ratings are oased on: Coo1 rn9 Standard;80*F(27*C)db 67*F(19*C)wb indoor entering air temperature and 9S•F(35*C)db air entering outdoor unh. Hlgh-Temp Heating Standard:70*F(21*C)db Indoor entering air tomperature and 47*F(8*C)db 43'F(6*C)wb air entering outdoor unit. Low-Temp Heating Standard:70*F(21*C)db Indoor entering air temperature and 17•F(*VC)db 16'F(slO*C)wb air entering outdoor unit SEER- COP-Coefficient of Performance TDR- HSPF-Heating Seasonal Performance Factor EER- 17 qq g N N N N -q N N N y pj N N N N N M N N N. N N iV N 1 pp�- �p m pp��qq q� yy N C C QD ® P 10 Ir O O� lj m C V N � rj �(f• ! ' cI N i�l ri uI M N ri rj a mos688S88B.oq Y1 N W lV N N N N N N N I 88 V a.000 o o p 99 Q ig W �p �Ol �• V p� v Y C N» 8 Q> 4 Q a S swa _ �:. lV jjryry vv t�p ((yy �y »» y d ._ _ �8�� M � � 'D m � G) ry g N N (�CJ t� c�� C') M c~•� M lR �j. ��. (.Inav � naDv as � ie �daivi 6 — d 2 0 0 0'o 0 o a o d d o a o d o 0 0 �y V to U r r ai ui vi m n vi e d a; n ou 6. •�.� � -c �:�<n n c�+d- c�. n n �n c� TlpVo Q~Q m K V V V P J r C C O M P a.Y T r/Z�qq6 z I/IL a r?a��cZ yayk� I'yX U a CC ci r� O:`� �F oSfymw''ao fV YI'III U N w CV m q. W � a u mFdln� n '��I$iaor6� FJa'ern n I_ wrap tnN ----cd o Nmn m - rim _ N N N Al CZ U N S Q S v C O O O a . 66. 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E �S � �. .�aS alY W h S. 8 e1 vi vi L � � bNY3U (1 Yj �N O �. • $ � $. � �, p. 0. p 8 ah`a ay N N N E N N }� V � 01 � Ol Cbi W n gi n t9i W C TJO v 8 c 11 1 0 4 o 1 c J � O Y�gt CJ k k Ra p p m p g W p > � W. oo occoco c.ton (y@y� '8• 'a yak V .N N g N A N N N N 91 /QgN .c�at FM Q U $ •1 �v � aL '� � F � a oo S 6 a Q �S 7 � orr`FE ui W 31 GUIDE SPECIFICATIONS AIR-COOLED,SPLIT-SYSTEM BEAT PUMP 223A GENERAL 1-I/2 TO 5 NOMINAL TONS System Description Fans Outdoor-mounted, air-cooled, split-system heat pump unit suitable for ground or rooftop installation. Unit consists of a discharging air upward. hermetic compressor, an air-cooled coil, propeller-type condenser fan,and a control box.Unit will discharge supply air type with class B insulation and permanently lubricated upward as shown on contract drawings_Unit will be used in a bearings. refrigeration circuit to match up to a padtaged fan coil or coil unit, Quality Assurance wire safety guards. of AM Standard 240. Compressor l listed in the latest ARI directory. ANSI/ASHRAE and with NEC. isolators. " 1 Condenser Coil standards and will carry the UL label of approval.Unit will`have C-UL approval. h bonded to copper tubes which are then cleaned, Test Method Standard No.141(Method 6061)-500-br dehydrated,and sealed. salt spray test. Refrigeration Components outdoor unit is leak tested. liquid-line shutoff valve with sweat connections, ility vapor-line shutoff valve with sweat connections, Delivery,Storage, and Handling system charge of Purona (R-410A) refrigerant, POE compressor oil,accumulator,and reversing valve. stored and- handled per unit manufacturer's Operating Characteristics recommendations. Warra>Ddty(for inclusion by specifying engineer) Btuh at a suction temperature of °F/°C.The power consumption at full load will not exceed PRODUCY's Equipment unit will have a total net cooling capacity of Btuh or greater at conditions of CFM entering unit.Contained within the unit enclosure is all factory airtemperat°ureat the evaporator at °F wet bulb wiring,piping,controls,compressor,refrigerant charge and F/ C dry bulb,and air catering the unit at Puronm (R-410A), and special features required prior °FPC. to field start-up. Unit Cabinet greater at DOE conditions. Electrical Requirements bonderilzed,and coated with a powder coat paint. single phase, 60 hz. The unit will be capable of satisfactory operation within voltage limits of v to v, three phase, 60 hz, The unit will be capable of s3lisiactory operation within voltage limits of v to V. Special Features and descriptions for specific features and available enhancements. o&Yant11oa8ngdcoorngsyslom3 7310W.Morr(a St. lndlan"119,IN 46231 Prtntod in USA Edr6on Dala:09107 Catalog No.PDS223A-18-3 enu° ear ro ewes o nhl to discontinue.or Manse at any umv,4MMAMR2 or larAgR3 vlmt no co ana mmoin mew um obligavons Jqp4aoo5: PDS223A 1 a 2 32