Split System Cooling Product & Performance Data

Transcription

1 SS-PRC022-EN Split System Product & Performance Data XB 13 2TTB ½ 5 Tons PUB. NO (EN)

2 Features and Benefits Climatuff compressor Efficiency up to SEER All aluminum Spine Fin coil DuraTuff base, fast complete drain, weather proof WeatherGuard fasteners Polyslate gray cabinet with anthracite gray badge and cap Quick-Sess cabinet, easy service access and refrigerant connections with full coil protection Glossy corrosion resistant finish Internal high/low pressure & temperature protection 018, 024, 030, 042, 048 & 060 ship with start kit Liquid line filter-drier Easy top & fan removal Full length control cover R-22 refrigerant 5 year limited warranty on compressor, coil, 5 years internal functional parts (Residential use) Extended warranties available 100% line run test Low ambient cooling to 55 F as shipped Low ambient cooling to 40 F with EDC accessory AY28X079 Low ambient cooling to 30 F with EDC accessory AY28X079 and TXV 2005 American Standard Inc. All Rights Reserved (EN)

3 Contents Features and Benefits 2 General Data 4 Product Specifications 4 A-weighted Sound Power Level [db(a)] 4 Accessory Description and Usage 5 ARI Standard Capacity Rating Conditions 5 Model Nomenclature 6 System Ratings 7 2TTB3018A1 7 2TTB3024A1 8 2TTB3030A1 10 2TTB3036A1 12 2TTB3042A1 15 2TTB3048A1 17 2TTB3060A1 19 Performance Data 20 2TTB3018A1 20 2TTB3024A1 22 2TTB3030A1 27 2TTB3036A1 34 2TTB3042A1 40 2TTB3048A1 45 2TTB3060A1 49 Electrical Data 51 Dimensions 54 Mechanical Specification Options (EN) 3

4 General Data Product Specifications Model No. 1 2TTB3018A1 2TTB3024A1 2TTB3030A1 2TTB3036A1 Electrical Data V/Ph/Hz 2 200/230/1/60 200/230/1/60 200/230/1/60 208/230/1/60 Min Cir Ampacity Max Fuse Size (Amps) Compressor CLIMATUFF CLIMATUFF CLIMATUFF CLIMATUFF - SCROLL RL Amps - LR Amps Outdoor Fan FL Amps Fan HP 1/15 1/8 1/8 1/6 Fan Dia (inches) Coil Spine Fin Spine Fin Spine Fin Spine Fin Refrigerant R-22 4/00-LB/OZ 5/02-LB/OZ 5/08-LB/OZ 6/05-LB/OZ Line Size - (in.) O.D. Gas 3 5/8 3/4 3/4 7/8 Line Size - (in.) O.D. Liquid 3 1/4 5/16 5/16 3/8 Dimensions H x W x D (Crated) 30.1 x 26.7 x x 26.7 x x 30.1 x x 30.1 x 33 Weight - Shipping Weight - Net Start Components YES YES YES NO Sound Enclosure NO NO NO NO Compressor Sump Heat NO NO NO NO Optional Accessories: 4 Anti-short Cycle Timer TAYASCT501A TAYASCT501A TAYASCT501A TAYASCT501A Evaporator Defrost Control A/C AY28X079 AY28X079 AY28X079 AY28X079 Rubber Isolator Kit BAYISLT101 BAYISLT101 BAYISLT101 BAYISLT101 Crank Case Heater Kit BAYCCHT300 BAYCCHT300 BAYCCHT300 BAYCCHT301 Hard Start Kit Scroll BAYKSKT260 Extreme Condition Mounting Kit BAYECMT001 BAYECMT001 BAYECMT001 BAYECMT001 Refrigerant Lineset 5 TAYREFLN1* TAYREFLN2* TAYREFLN2* TAYREFLN3* 1 Certified in accordance with the Unitary Air-Conditioner equipment certification program which is based on ARI Standard 210/ Calculated in accordance with N.E.C. Use only HACR circuit breakes or fuses. 3 Standard line lengths - 60'. Standard lift - 60' Suction and Liquid line. For Greater lengths and lifts refer to refrigerant piping software Pub# ( denotes latest revision) 4 For accessory description and usage, see page 5. 5 * = 15, 20, 25, 30, 40 and 50 foot lineset available. A-weighted Sound Power Level [db(a)] SOUND POWER A-WEIGHTED FULL OCTAVE SOUND POWER LEVEL db - [db(a)] MODEL LEVEL [db(a)] TTB3018A TTB3024A TTB3030A TTB3036A TTB3042A TTB3048A TTB3060A Note: Tested in accordance with ARI Standard (Not listed with ARI) (EN)

5 General Data Product Specifications Model No. 1 2TTB3042A1 2TTB3048A1 2TTB3060A1 Electrical Data V/Ph/Hz 2 200/230/1/60 200/230/1/60 200/230/1/60 Min Cir Ampacity Max Fuse Size (Amps) Compressor CLIMATUFF CLIMATUFF CLIMATUFF - SCROLL RL Amps - LR Amps Outdoor Fan FL Amps Fan HP 1/6 1/6 1/5 Fan Dia (inches) Coil Spine Fin Spine Fin Spine Fin Refrigerant R-22 6/13-LB/OZ 8/14-LB/OZ 8/11-LB/OZ Line Size - (in.) O.D. Gas 3 7/8 1-1/8 1-1/8 Line Size - (in.) O.D. Liquid 3 3/8 3/8 3/8 Dimensions H x W x D (Crated) 38.4 x 35.1 x x 35.1 x x 35.1 x 38.7 Weight - Shipping Weight - Net Start Components YES YES YES Sound Enclosure YES YES NO Compressor Sump Heat NO NO YES Optional Accessories: 4 Anti-short Cycle Timer TAYASCT501A TAYASCT501A TAYASCT501A Evaporator Defrost Control A/C AY28X079 AY28X079 AY28X079 Rubber Isolator Kit BAYISLT101 BAYISLT101 BAYISLT101 Crank Case Heater Kit BAYCCHT300 BAYCCHT300 Hard Start Kit Scroll Extreme Condition Mounting Kit BAYECMT001 BAYECMT001 BAYECMT001 Refrigerant Lineset 5 TAYREFLN3* TAYREFLN4* TAYREFLN4* Accessory Description and Usage Anti-Short Cycle Timer Solid state timing device that prevents compressor recycling until 5 minutes have elapsed after satisfying call or power interruptions. Use in area with questionable power delivery, commercial applications, long lineset, etc. Evaporator Defrost Control SPST Temperature actuated switch that cycles the condenser off as indoor coil reaches freeze-up conditions. Used for low ambient cooling to 30 F with TXV. Rubber Isolators 5 large rubber donuts to isolate condensing unit from transmitting energy into mounting frame or pad. Use on any application where sound transmission needs to be minimized. Hard Start kit Start capacitor and relay to assist compressor motor startup. Use in areas with marginal power supply, on long linesets, low ambient conditions, etc. Extreme Condition Mount Kit Bracket kits to securely mount condensing unit to a frame or pad without removing any panels. Use in areas with high winds, or on commercial roof tops, etc. ARI Standard Capacity Rating Conditions ARI STANDARD 210/240 RATING CONDITIONS (A) 80 F DB, 67 F WB air entering indoor coil, 95 F DB air entering outdoor coil. (B) High Temperature Heating 47 F DB, 43 F WB air entering outdoor coil, 70 F DB air entering indoor coil. (C) Low Temperature Heating 17 F DB, 15 F WB air entering outdoor coil, 70 F DB air entering indoor coil. (D) Rated indoor airflow for heating is the same as for cooling. ARI STANDARD 270 RATING CONDITIONS (Noise rating numbers are determined with the unit in cooling operation.) Standard Noise Rating number is at 95 F outdoor air. SPLIT SYSTEM (EN) 5

6 Model Nomenclature Outdoor Units 2 T T B A A A High Efficiency Furnaces T U D 1 B A 9 H 3 1 A A Refrigerant Type 2 = R-22 4 = R-410A TRANE Product Type W = Split Heat Pump T = Split Product Family Z = Leadership Two Stage X = Leadership R = Replacement/Retail B = Basic A = Light Commercial Family SEER 0 = 10 3 = 13 6 = 16 1 = 11 4 = 14 8 = 18 2 = 12 5 = 15 9 = 19 Split System Connections 1-6 Tons 0 = Brazed Nominal Capacity in 000s of BTUs Major Design Modifications Power Supply 1 = /1/60 or /1/60 3 = /3/60 4 = 460/3/60 Secondary Function Minor Design Modifications Unit Parts Identifier Furnace Configuration TU = Upflow / Horizontal TD = Downflow / Horizontal Type D = 80% Premium X = 90% Premium Number of Heating Stages 1 = Single Stage 2 = Two Stage 3 = Three Stage Cabinet Width A = 14.5" Cabinet Width B = 17.5" Cabinet Width C = 21.0" Cabinet Width D = 24.5" Cabinet Width Heating Input 080 = 80,000 BTUH Major Design Change Power Supply / Fuel 9 = 115 Volts / Natural Gas F = 115 Volts / Natural Gas with Integrated ifd Filter Airflow Capacity for 36 = 3 Ton Standard PSC Motor H3 = 3 Ton High Efficiency Motor V3 = 3 Ton Variable Speed Motor Draft Inducer Speeds 1 = Single Speed 2 = Two Speed V = Variable Speed Minor Design Change Service Digit Not Orderable Air Handlers Residential 4 T E E 3 F 3 6 A A A Heat Pump / Coils 2 T X C B A C 3 H C A A Refrigerant Type 4 = R-410A 2 = R-22 Application TE = Fully Convertible TG = Semi Convertible TF = Front Return TV = Vertical Product Family E = Leadership Variable Speed P = Leadership C = Replacement/Retail B = Basic Flow Control 3 = Nonbleed TXV 4 = FCCV* Feature Identifier 0 = Standard Unit F = Air-Tite Nominal Capacity in 000s of BTUs Major Design Modifications Power Supply 1 = Single Phase Electrical Connection 0 = Pig Tails B = Circuit Breaker D = Pull Disconnect Future Option Factory Installed Heater Nominal KW Value Minor Design Modifications Unit Parts Identifier NOTE: There will be a phase-in of new model numbers for new air handlers over next 2 years. *Shipped with R-22 FCCV Refrigerant Type 2 = R-22 4 = R-410A Product Family T = Premium (Heat Pump or Convertible Coil) C = Standard ( Only) Coil Design X = Direct Expansion Evaporator Coil Product Family C = Cased A Coil A = Uncased A Coil F = Cased Horizontal Flat Coil Coil Width (Cased / Uncased) A = 14.5" / 13.3" C = 21.0" / 19.8" H = 10.5" B = 17.5" / 16.3" D = 24.5" / 23.3" Refrigerant Line Coupling 0 = Brazed Nominal Capacity in 000s of BTUs Major Design Change Efficiency C = Standard S = Hi Efficiency Refrigerant Control 3 = TXV Non-Bleed Coil Circuitry H = Heat Pump C = Only Airflow Configuration A = Upflow Only U = Upflow / Downflow H = Horizontal Only C = Convertible Upflow, Downflow, Left Airflow M = Convertible Upflow, Downflow, Left or Right Airflow Minor Design Change Unit Parts Identifier (EN)

7 System Ratings 2TTB3018A1 CONDENSING UNIT WITH COOLING COILS 2CXAA018AC CXAA024AC CXAB025AC CXCA018AC CXCA024AC CXCB025AC TXCA018AC3[T] TXCA024AC TXCB025AC TXCB025AS TXCB031AS TXFH018AS TXA025C4+TAYTXV TXA030C4+TAYTXV TXA031C4+TAYTXV TXC025C4+TAYTXV TXC025D4+TAYTXV TXC030C4+TAYTXV TXC030D4+TAYTXV TXC031C4+TAYTXV TXC031D4+TAYTXV TXC031S TXH033A4+TAYTXV CONDENSING UNIT WITH AIR HANDLERS 2TEC3F18A TEC3F24A TFB3F18B TFE3025A TFE3F25B TGB3F18A TGB3F25A TWE018P TWE024P TWE031E CONDENSING UNIT WITH FURNACE AND COILS 2CXAB025AC3+*DD060R9V CXAB025AC3+*DD080R9V CXAB025AC3+*DY060R9V CXAB025AC3+*UD060R9V CXAB025AC3+*UD100R9V CXAB025AC3+*UY060R9V CXCB025AC3+*DD060R9V CXCB025AC3+*DD080R9V CXCB025AC3+*DY060R9V CXCB025AC3+*UD060R9V CXCB025AC3+*UD100R9V CXCB025AC3+*UY060R9V TXCB025AC3+*DD060R9V TXCB025AC3+*DD080R9V TXCB025AC3+*DY060R9V TXCB025AC3+*UD060R9V TXCB025AC3+*UD100R9V TXCB025AC3+*UY060R9V TXCB025AS3+*DD060R9V TXCB025AS3+*DD080R9V TXCB025AS3+*DY060R9V TXCB025AS3+*UD060R9V TXCB025AS3+*UD100R9V TXCB025AS3+*UY060R9V TXCB031AS3+*DD060R9V TXCB031AS3+*DD080R9V TXCB031AS3+*DY060R9V TXCB031AS3+*UD060R9V TXCB031AS3+*UD100R9V TXCB031AS3+*UY060R9V TXFH018AS3+*DD060R9V TXFH018AS3+*DY060R9V TXFH018AS3+*UD060R9V TXFH018AS3+*UD100R9V TXFH018AS3+*UY060R9V TXC031S3+*DD060R9V TXC031S3+*DD080R9V TXC031S3+*DY060R9V TXC031S3+*UD060R9V TXC031S3+*UD100R9V TXC031S3+*UY060R9V TXH033A4+TAYTXV-3+*UD100R9V (EN) 7

8 System Ratings 2TTB3024A1 CONDENSING UNIT WITH COOLING COILS 2CXAA024AC CXAB025AC CXAB031AC CXAB036AC CXCA024AC CXCB025AC CXCB031AC CXCB036AC TXCA024AC3[T] TXCB025AC TXCB025AS TXCB031AC TXCB031AS TXCB036AC TXCB036AS TXCC037AS TXFH033AS TXA025C4+TAYTXV TXA030C4+TAYTXV TXA031C4+TAYTXV TXA035C4+TAYTXV TXC025C4+TAYTXV TXC025D4+TAYTXV TXC030C4+TAYTXV TXC030D4+TAYTXV TXC031C4+TAYTXV TXC031D4+TAYTXV TXC031S TXC035C4+TAYTXV TXC035D4+TAYTXV TXC036S TXC037S TXH033A4+TAYTXV CONDENSING UNIT WITH AIR HANDLERS 2TEC3F24A TEC3F30A TFB3F24B TFB3F30B TFE3F25B TGB3F25A TGB3F30A TWE018P TWE024P TWE030C14+TAYTXV TWE030P TWE031E TWE037E TWE040E CONDENSING UNIT WITH FURNACE AND COILS 2CXAB025AC3+*DD060R9V CXAB025AC3+*DD080R9V CXAB025AC3+*DY060R9V CXAB025AC3+*DY080R9V CXAB025AC3+*UD060R9V CXAB025AC3+*UD080R9V CXAB025AC3+*UD100R9V CXAB025AC3+*UY060R9V CXAB025AC3+*UY080R9V CXAB031AC3+*DD060R9V CXAB031AC3+*DD080R9V CXAB031AC3+*DY060R9V CXAB031AC3+*DY080R9V CXAB031AC3+*UD060R9V CXAB031AC3+*UD080R9V CXAB031AC3+*UD100R9V CXAB031AC3+*UY060R9V CXAB031AC3+*UY080R9V CXAB036AC3+*DD060R9V CXAB036AC3+*DD080R9V CXAB036AC3+*DY060R9V CXAB036AC3+*DY080R9V CXAB036AC3+*UD060R9V CXAB036AC3+*UD080R9V CXAB036AC3+*UD100R9V CXAB036AC3+*UY060R9V CXAB036AC3+*UY080R9V CXCB025AC3+*DD060R9V CXCB025AC3+*DD080R9V CXCB025AC3+*DY060R9V CXCB025AC3+*DY080R9V CXCB025AC3+*UD060R9V CXCB025AC3+*UD080R9V CXCB025AC3+*UD100R9V CXCB025AC3+*UY060R9V CXCB025AC3+*UY080R9V CXCB031AC3+*DD060R9V CXCB031AC3+*DD080R9V CXCB031AC3+*DY060R9V CXCB031AC3+*DY080R9V CXCB031AC3+*UD060R9V CXCB031AC3+*UD080R9V CXCB031AC3+*UD100R9V CXCB031AC3+*UY060R9V CXCB031AC3+*UY080R9V CXCB036AC3+*DD060R9V CXCB036AC3+*DD080R9V CXCB036AC3+*DY060R9V CXCB036AC3+*DY080R9V CXCB036AC3+*UD060R9V (EN)

9 System Ratings 2TTB3024A1 CONDENSING UNIT WITH FURNACE AND COILS 2CXCB036AC3+*UD080R9V CXCB036AC3+*UD100R9V CXCB036AC3+*UY060R9V CXCB036AC3+*UY080R9V TXCB025AC3+*DD060R9V TXCB025AC3+*DD080R9V TXCB025AC3+*DY060R9V TXCB025AC3+*DY080R9V TXCB025AC3+*UD060R9V TXCB025AC3+*UD080R9V TXCB025AC3+*UD100R9V TXCB025AC3+*UY060R9V TXCB025AC3+*UY080R9V TXCB025AS3+*DD060R9V TXCB025AS3+*DD080R9V TXCB025AS3+*DY060R9V TXCB025AS3+*DY080R9V TXCB025AS3+*UD060R9V TXCB025AS3+*UD080R9V TXCB025AS3+*UD100R9V TXCB025AS3+*UY060R9V TXCB025AS3+*UY080R9V TXCB031AC3+*DD060R9V TXCB031AC3+*DD080R9V TXCB031AC3+*DY060R9V TXCB031AC3+*DY080R9V TXCB031AC3+*UD060R9V TXCB031AC3+*UD080R9V TXCB031AC3+*UD100R9V TXCB031AC3+*UY060R9V TXCB031AC3+*UY080R9V TXCB031AS3+*DD060R9V TXCB031AS3+*DD080R9V TXCB031AS3+*DY060R9V TXCB031AS3+*DY080R9V TXCB031AS3+*UD060R9V TXCB031AS3+*UD080R9V TXCB031AS3+*UD100R9V TXCB031AS3+*UY060R9V TXCB031AS3+*UY080R9V TXCB036AC3+*DD060R9V TXCB036AC3+*DD080R9V TXCB036AC3+*DY060R9V TXCB036AC3+*DY080R9V TXCB036AC3+*UD060R9V TXCB036AC3+*UD080R9V TXCB036AC3+*UD100R9V TXCB036AC3+*UY060R9V TXCB036AC3+*UY080R9V TXCB036AS3+*DD060R9V TXCB036AS3+*DD080R9V CONDENSING UNIT WITH FURNACE AND COILS 2TXCB036AS3+*DY060R9V TXCB036AS3+*DY080R9V TXCB036AS3+*UD060R9V TXCB036AS3+*UD080R9V TXCB036AS3+*UD100R9V TXCB036AS3+*UY060R9V TXCB036AS3+*UY080R9V TXFH018AS3+*DD060R9V TXFH018AS3+*DD080R9V TXFH018AS3+*DY060R9V TXFH018AS3+*DY080R9V TXFH018AS3+*UD080R9V TXFH018AS3+*UD100R9V TXFH018AS3+*UY060R9V TXFH018AS3+*UY080R9V TXFH033AS3+*DD060R9V TXFH033AS3+*DD080R9V TXFH033AS3+*DY060R9V TXFH033AS3+*DY080R9V TXFH033AS3+*UD060R9V TXFH033AS3+*UD080R9V TXFH033AS3+*UD100R9V TXFH033AS3+*UY060R9V TXFH033AS3+*UY080R9V TXC031S3+*DD060R9V TXC031S3+*DD080R9V TXC031S3+*DY060R9V TXC031S3+*DY080R9V TXC031S3+*UD060R9V TXC031S3+*UD080R9V TXC031S3+*UD100R9V TXC031S3+*UY060R9V TXC031S3+*UY080R9V TXC036S3+*DD060R9V TXC036S3+*DD080R9V TXC036S3+*DY060R9V TXC036S3+*DY080R9V TXC036S3+*UD060R9V TXC036S3+*UD080R9V TXC036S3+*UD100R9V TXC036S3+*UY060R9V TXC036S3+*UY080R9V TXH033A4+TAYTXV-3+*DD060R9V TXH033A4+TAYTXV-3+*DD080R9V TXH033A4+TAYTXV-3+*DY060R9V TXH033A4+TAYTXV-3+*DY080R9V TXH033A4+TAYTXV-3+*UD060R9V TXH033A4+TAYTXV-3+*UD080R9V TXH033A4+TAYTXV-3+*UD100R9V TXH033A4+TAYTXV-3+*UY060R9V TXH033A4+TAYTXV-3+*UY080R9V (EN) 9

10 System Ratings 2TTB3030A1 CONDENSING UNIT WITH COOLING COILS 2CXAB031AC CXAB036AC CXAB042AC CXAC037AC CXCB031AC CXCB036AC CXCB042AC CXCC037AC TXCB025AS TXCB031AC3[T] TXCB031AS TXCB036AC TXCB036AS TXCB042AC TXCC037AC TXCC037AS TXFH033AS TXFH041AS TXA030C4+TAYTXV TXA031C4+TAYTXV TXA035C4+TAYTXV TXA036C4+TAYTXV TXC030C4+TAYTXV TXC030D4+TAYTXV TXC031C4+TAYTXV TXC031D4+TAYTXV TXC031S TXC035C4+TAYTXV TXC035D4+TAYTXV TXC036C4+TAYTXV TXC036D4+TAYTXV TXC036S TXC037S TXH033A4+TAYTXV TXH041A4+TAYTXV CONDENSING UNIT WITH AIR HANDLERS 2TEC3F30A TEC3F36A TEC3F42A TFB3F30B TFE3F25B TGB3F30A TGB3F36A TWE024P TWE030C14+TAYTXV TWE030P TWE031E TWE036C14+TAYTXV CONDENSING UNIT WITH AIR HANDLERS TWE036P TWE037E TWE040E TWE042C14+TAYTXV TWG036A14+TAYTXV TWG037A14+TAYTXV CONDENSING UNIT WITH FURNACE AND COILS 2CXAB031AC3+*DD060R9V CXAB031AC3+*DD080R9V CXAB031AC3+*DY060R9V CXAB031AC3+*DY080R9V CXAB031AC3+*UD060R9V CXAB031AC3+*UD080R9V CXAB031AC3+*UD080R9V CXAB031AC3+*UD100R9V CXAB031AC3+*UY060R9V CXAB031AC3+*UY080R9V CXAB036AC3+*DD060R9V CXAB036AC3+*DD080R9V CXAB036AC3+*DY060R9V CXAB036AC3+*DY080R9V CXAB036AC3+*UD060R9V CXAB036AC3+*UD080R9V CXAB036AC3+*UD080R9V CXAB036AC3+*UD100R9V CXAB036AC3+*UY060R9V CXAB036AC3+*UY080R9V CXAB042AC3+*DD060R9V CXAB042AC3+*DD080R9V CXAB042AC3+*DY060R9V CXAB042AC3+*DY080R9V CXAB042AC3+*UD060R9V CXAB042AC3+*UD080R9V CXAB042AC3+*UD080R9V CXAB042AC3+*UD100R9V CXAB042AC3+*UY060R9V CXAB042AC3+*UY080R9V CXAC037AC3+*DY100R9V CXAC037AC3+*UY100R9V CXCB031AC3+*DD060R9V CXCB031AC3+*DD080R9V CXCB031AC3+*DY060R9V CXCB031AC3+*DY080R9V CXCB031AC3+*UD060R9V CXCB031AC3+*UD080R9V CXCB031AC3+*UD080R9V CXCB031AC3+*UD100R9V CXCB031AC3+*UY060R9V (EN)

11 System Ratings 2TTB3030A1 CONDENSING UNIT WITH FURNACE AND COILS 2CXCB031AC3+*UY080R9V CXCB036AC3+*DD060R9V CXCB036AC3+*DD080R9V CXCB036AC3+*DY060R9V CXCB036AC3+*DY080R9V CXCB036AC3+*UD060R9V CXCB036AC3+*UD080R9V CXCB036AC3+*UD080R9V CXCB036AC3+*UD100R9V CXCB036AC3+*UY060R9V CXCB036AC3+*UY080R9V CXCB042AC3+*DD060R9V CXCB042AC3+*DD080R9V CXCB042AC3+*DY060R9V CXCB042AC3+*DY080R9V CXCB042AC3+*UD060R9V CXCB042AC3+*UD080R9V CXCB042AC3+*UD080R9V CXCB042AC3+*UD100R9V CXCB042AC3+*UY060R9V CXCB042AC3+*UY080R9V CXCC037AC3+*DY100R9V CXCC037AC3+*UY100R9V TXCB025AS3+*DD060R9V TXCB025AS3+*DD080R9V TXCB025AS3+*DY060R9V TXCB025AS3+*DY080R9V TXCB025AS3+*UD060R9V TXCB025AS3+*UD080R9V TXCB025AS3+*UD080R9V TXCB025AS3+*UY060R9V TXCB025AS3+*UY080R9V TXCB031AC3+*DD060R9V TXCB031AC3+*DD080R9V TXCB031AC3+*DY060R9V TXCB031AC3+*DY080R9V TXCB031AC3+*UD060R9V TXCB031AC3+*UD080R9V TXCB031AC3+*UD080R9V TXCB031AC3+*UD100R9V TXCB031AC3+*UY060R9V TXCB031AC3+*UY080R9V TXCB031AS3+*DD060R9V TXCB031AS3+*DD080R9V TXCB031AS3+*DY060R9V TXCB031AS3+*DY080R9V TXCB031AS3+*UD060R9V TXCB031AS3+*UD080R9V TXCB031AS3+*UD080R9V TXCB031AS3+*UD100R9V CONDENSING UNIT WITH FURNACE AND COILS 2TXCB031AS3+*UY060R9V TXCB031AS3+*UY080R9V TXCB036AC3+*DD060R9V TXCB036AC3+*DD080R9V TXCB036AC3+*DY060R9V TXCB036AC3+*DY080R9V TXCB036AC3+*UD060R9V TXCB036AC3+*UD080R9V TXCB036AC3+*UD080R9V TXCB036AC3+*UD100R9V TXCB036AC3+*UY060R9V TXCB036AC3+*UY080R9V TXCB036AS3+*DD060R9V TXCB036AS3+*DD080R9V TXCB036AS3+*DY060R9V TXCB036AS3+*DY080R9V TXCB036AS3+*UD060R9V TXCB036AS3+*UD080R9V TXCB036AS3+*UD080R9V TXCB036AS3+*UD100R9V TXCB036AS3+*UY060R9V TXCB036AS3+*UY080R9V TXCB042AC3+*DD060R9V TXCB042AC3+*DD080R9V TXCB042AC3+*DY060R9V TXCB042AC3+*DY080R9V TXCB042AC3+*UD060R9V TXCB042AC3+*UD080R9V TXCB042AC3+*UD080R9V TXCB042AC3+*UD100R9V TXCB042AC3+*UY060R9V TXCB042AC3+*UY080R9V TXCC037AC3+*DY100R9V TXCC037AC3+*UY100R9V TXCC037AS3+*DY100R9V TXCC037AS3+*UY100R9V TXFH033AS3+*DD060R9V TXFH033AS3+*DD080R9V TXFH033AS3+*DY060R9V TXFH033AS3+*DY080R9V TXFH033AS3+*UD060R9V TXFH033AS3+*UD080R9V TXFH033AS3+*UD080R9V TXFH033AS3+*UD100R9V TXFH033AS3+*UY060R9V TXFH033AS3+*UY080R9V TXFH041AS3+*DD060R9V TXFH041AS3+*DD080R9V TXFH041AS3+*DY060R9V TXFH041AS3+*DY080R9V (EN) 11

12 System Ratings 2TTB3030A1 CONDENSING UNIT WITH FURNACE AND COILS 2TXFH041AS3+*DY100R9V TXFH041AS3+*UD060R9V TXFH041AS3+*UD080R9V TXFH041AS3+*UD080R9V TXFH041AS3+*UD100R9V TXFH041AS3+*UY060R9V TXFH041AS3+*UY080R9V TXFH041AS3+*UY100R9V TXC031S3+*DD060R9V TXC031S3+*DD080R9V TXC031S3+*DY060R9V TXC031S3+*DY080R9V TXC031S3+*UD060R9V TXC031S3+*UD080R9V TXC031S3+*UD080R9V TXC031S3+*UD100R9V TXC031S3+*UY060R9V TXC031S3+*UY080R9V TXC036S3+*DD060R9V TXC036S3+*DD080R9V TXC036S3+*DY060R9V TXC036S3+*DY080R9V TXC036S3+*UD060R9V TXC036S3+*UD080R9V CONDENSING UNIT WITH FURNACE AND COILS TXC036S3+*UD080R9V TXC036S3+*UD100R9V TXC036S3+*UY060R9V TXC036S3+*UY080R9V TXC037S3+*DY100R9V TXC037S3+*UY100R9V TXH033A4+TAYTXV-3+*DD060R9V TXH033A4+TAYTXV-3+*DD080R9V TXH033A4+TAYTXV-3+*DY060R9V TXH033A4+TAYTXV-3+*UD060R9V TXH033A4+TAYTXV-3+*UD080R9V TXH033A4+TAYTXV-3+*UD080R9V TXH033A4+TAYTXV-3+*UD100R9V TXH033A4+TAYTXV-3+*UY060R9V TXH041A4+TAYTXV-3+*DD060R9V TXH041A4+TAYTXV-3+*DD080R9V TXH041A4+TAYTXV-3+*DY060R9V TXH041A4+TAYTXV-3+*DY080R9V TXH041A4+TAYTXV-3+*UD060R9V TXH041A4+TAYTXV-3+*UD080R9V TXH041A4+TAYTXV-3+*UD080R9V TXH041A4+TAYTXV-3+*UD100R9V TXH041A4+TAYTXV-3+*UY060R9V TXH041A4+TAYTXV-3+*UY080R9V TTB3036A1 CONDENSING UNIT WITH COOLING COILS 2CXAB036AC CXAB042AC CXAB048AC CXAC037AC CXAC043AC CXCB036AC CXCB042AC CXCB048AC CXCC037AC CXCC043AC TXCB036AC3[T] TXCB036AS TXCB042AC TXCB048AC TXCC037AC TXCC037AS TXCC043AC TXCC054AS CONDENSING UNIT WITH COOLING COILS 2TXFH033AS TXFH041AS TXA036C4+TAYTXV TXA037C4+TAYTXV TXA042C4+TAYTXV TXA043C4+TAYTXV TXC031C4+TAYTXV TXC031D4+TAYTXV TXC036C4+TAYTXV TXC036D4+TAYTXV TXC036S TXC037C4+TAYTXV TXC037S TXC042C4+TAYTXV TXC043C4+TAYTXV TXC054S TXH033A4+TAYTXV TXH041A4+TAYTXV (EN)

13 System Ratings 2TTB3036A1 CONDENSING UNIT WITH AIR HANDLERS 2TEC3F36A TEC3F42A TEC3F48A TFE3F25B TGB3F36A TGB3F42A TGB3F48A TWE030P TWE031E TWE036C14+TAYTXV TWE036P TWE037E TWE040E TWE042C14+TAYTXV TWE042P TWE049E TWG042A14+TAYTXV CONDENSING UNIT WITH FURNACE AND COILS 2CXAB036AC3+*DD060R9V CXAB036AC3+*DD080R9V CXAB036AC3+*DY060R9V CXAB036AC3+*DY080R9V CXAB036AC3+*UD060R9V CXAB036AC3+*UD080R9V CXAB036AC3+*UD080R9V CXAB036AC3+*UD100R9V CXAB036AC3+*UY060R9V CXAB036AC3+*UY080R9V CXAB042AC3+*DD060R9V CXAB042AC3+*DD080R9V CXAB042AC3+*DY060R9V CXAB042AC3+*DY080R9V CXAB042AC3+*UD060R9V CXAB042AC3+*UD080R9V CXAB042AC3+*UD080R9V CXAB042AC3+*UD100R9V CXAB042AC3+*UY060R9V CXAB042AC3+*UY080R9V CXAB048AC3+*DD060R9V CXAB048AC3+*DD080R9V CXAB048AC3+*DY060R9V CXAB048AC3+*DY080R9V CXAB048AC3+*UD060R9V CXAB048AC3+*UD080R9V CXAB048AC3+*UD080R9V CXAB048AC3+*UD100R9V CXAB048AC3+*UY060R9V CXAB048AC3+*UY080R9V CONDENSING UNIT WITH FURNACE AND COILS 2CXAC037AC3+*DY100R9V CXAC037AC3+*UY100R9V CXAC043AC3+*DY100R9V CXAC043AC3+*UY100R9V CXCB036AC3+*DD060R9V CXCB036AC3+*DD080R9V CXCB036AC3+*DY060R9V CXCB036AC3+*DY080R9V CXCB036AC3+*UD060R9V CXCB036AC3+*UD080R9V CXCB036AC3+*UD080R9V CXCB036AC3+*UD100R9V CXCB036AC3+*UY060R9V CXCB036AC3+*UY080R9V CXCB042AC3+*DD060R9V CXCB042AC3+*DD080R9V CXCB042AC3+*DY060R9V CXCB042AC3+*DY080R9V CXCB042AC3+*UD060R9V CXCB042AC3+*UD080R9V CXCB042AC3+*UD080R9V CXCB042AC3+*UD100R9V CXCB042AC3+*UY060R9V CXCB042AC3+*UY080R9V CXCB048AC3+*DD060R9V CXCB048AC3+*DD080R9V CXCB048AC3+*DY060R9V CXCB048AC3+*DY080R9V CXCB048AC3+*UD060R9V CXCB048AC3+*UD080R9V CXCB048AC3+*UD080R9V CXCB048AC3+*UD100R9V CXCB048AC3+*UY060R9V CXCB048AC3+*UY080R9V CXCC037AC3+*DY100R9V CXCC037AC3+*UY100R9V CXCC043AC3+*DY100R9V CXCC043AC3+*UY100R9V TXCB036AC3+*DD060R9V TXCB036AC3+*DD080R9V TXCB036AC3+*DY060R9V TXCB036AC3+*DY080R9V TXCB036AC3+*UD060R9V TXCB036AC3+*UD080R9V TXCB036AC3+*UD080R9V TXCB036AC3+*UD100R9V TXCB036AC3+*UY060R9V TXCB036AC3+*UY080R9V TXCB036AS3+*DD060R9V TXCB036AS3+*DD080R9V (EN) 13

14 System Ratings 2TTB3036A1 CONDENSING UNIT WITH FURNACE AND COILS 2TXCB036AS3+*DY060R9V TXCB036AS3+*DY080R9V TXCB036AS3+*UD060R9V TXCB036AS3+*UD080R9V TXCB036AS3+*UD080R9V TXCB036AS3+*UD100R9V TXCB036AS3+*UY060R9V TXCB036AS3+*UY080R9V TXCB042AC3+*DD060R9V TXCB042AC3+*DD080R9V TXCB042AC3+*DY060R9V TXCB042AC3+*DY080R9V TXCB042AC3+*UD060R9V TXCB042AC3+*UD080R9V TXCB042AC3+*UD080R9V TXCB042AC3+*UD100R9V TXCB042AC3+*UY060R9V TXCB042AC3+*UY080R9V TXCB048AC3+*DD060R9V TXCB048AC3+*DD080R9V TXCB048AC3+*DY060R9V TXCB048AC3+*DY080R9V TXCB048AC3+*UD060R9V TXCB048AC3+*UD080R9V TXCB048AC3+*UD080R9V TXCB048AC3+*UD100R9V TXCB048AC3+*UY060R9V TXCB048AC3+*UY080R9V TXCC037AC3+*DY100R9V TXCC037AC3+*UY100R9V TXCC037AS3+*DY100R9V TXCC043AC3+*DY100R9V TXCC054AS3+*DY100R9V TXFH033AS3+*DD060R9V TXFH033AS3+*DD080R9V TXFH033AS3+*DY060R9V TXFH033AS3+*DY080R9V TXFH033AS3+*DY100R9V TXFH033AS3+*UD060R9V TXFH033AS3+*UD080R9V TXFH033AS3+*UD080R9V TXFH033AS3+*UY060R9V TXFH033AS3+*UY080R9V TXFH041AS3+*DD060R9V TXFH041AS3+*DD080R9V TXFH041AS3+*DY060R9V CONDENSING UNIT WITH FURNACE AND COILS 2TXFH041AS3+*DY080R9V TXFH041AS3+*DY100R9V TXFH041AS3+*UD060R9V TXFH041AS3+*UD080R9V TXFH041AS3+*UD080R9V TXFH041AS3+*UD100R9V TXFH041AS3+*UY060R9V TXFH041AS3+*UY080R9V TXC036S3+*DD060R9V TXC036S3+*DD080R9V TXC036S3+*DY060R9V TXC036S3+*DY080R9V TXC036S3+*UD060R9V TXC036S3+*UD080R9V TXC036S3+*UD080R9V TXC036S3+*UD100R9V TXC036S3+*UY060R9V TXC036S3+*UY080R9V TXC037S3+*DY100R9V TXC054S3+*DY100R9V TXH033A4+TAYTXV-3+*DD060R9V TXH033A4+TAYTXV-3+*DD080R9V TXH033A4+TAYTXV-3+*DD100R9V TXH033A4+TAYTXV-3+*DY060R9V TXH033A4+TAYTXV-3+*DY080R9V TXH033A4+TAYTXV-3+*DY100R9V TXH033A4+TAYTXV-3+*UD060R9V TXH033A4+TAYTXV-3+*UD080R9V TXH033A4+TAYTXV-3+*UD080R9V TXH033A4+TAYTXV-3+*UD100R9V TXH033A4+TAYTXV-3+*UY060R9V TXH033A4+TAYTXV-3+*UY080R9V TXH041A4+TAYTXV-3+*DD060R9V TXH041A4+TAYTXV-3+*DD080R9V TXH041A4+TAYTXV-3+*DD100R9V TXH041A4+TAYTXV-3+*DY060R9V TXH041A4+TAYTXV-3+*DY080R9V TXH041A4+TAYTXV-3+*DY100R9V TXH041A4+TAYTXV-3+*UD060R9V TXH041A4+TAYTXV-3+*UD080R9V TXH041A4+TAYTXV-3+*UD080R9V TXH041A4+TAYTXV-3+*UD100R9V TXH041A4+TAYTXV-3+*UD100R9V TXH041A4+TAYTXV-3+*UY060R9V TXH041A4+TAYTXV-3+*UY080R9V (EN)