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Product
Data

 

Performance™ 14

38TSA (60 Hz)

Air Conditioner

with Puron

 

®

 

 Refrigerant

 

Sizes 024 thru 060

 

Copyright 2004 Carrier Corporation

Form 38TSA-8PD

 

Carrier’s Performance™ 14 Air 
Conditioners with Puron® refrigerant 
provide a collection of features unmatched 
by any other family of equipment. The 
38TSA family has been designed utilizing 
Carrier’s Puron refrigerant. The 
environmentally sound refrigerant allows 
you to make a responsible decision in the 
protection of the earth’s ozone layer. 
Carrier’s Performance 14 systems with 
Puron refrigerant meet the Energy Star® 
guidelines for energy efficiency.

 

FEATURES

 

Puron® Environmentally Sound 
Refrigerant

 

— Is Carrier’s unique 

refrigerant designed to help protect the 
environment. Puron is an HFC refrigerant 
that does not contain chlorine which is 
damaging to the ozone layer. The most 
important advantage of Puron refrigerant is 
that it has not been banned in future air 
conditioning systems as the traditional 
refrigerant R-22 has been. Puron 
refrigerant is in service in thousands of 
systems providing highly reliable, 
environmentally sound performance. For 
specific R-22 phase out information see 
your Carrier distributor.

 

Carrier’s Infinity® Controls

 

 — These 

industry-leading controls, when installed 
with Carrier’s Ideal Humidity™ variable-
speed furnaces or fan coils, provide the 
homeowner with:
–unparalleled control of temperature, 
humidity, indoor air quality, and zoning
–unprecedented ease of use
–simple operation through on-screen, text-
based service reminders
Optional remote access through telephone 
or Internet is also available when combined 
with a remote connectivity kit.

 

WeatherArmor™ III Protection 
Package 

 

— This three-part protection 

system begins with the galvanized steel 
cabinet. Once coated with a layer of zinc 
phosphate, a modified polyester powder 
coating is then applied and baked on, 
providing each unit with a hard, smooth 
finish that will last for many years. 
Additionally, the coil protector, made of a 
coated steel wire grid with vertical 3/8 in. 
spacing, is designed to help protect the coil 
from inclement weather, vandalism and 
incidental damage. It provides protection 

 

Summary of Contents for Performance 38TSA024-34

Page 1: ...ant R 22 has been Puron refrigerant is in service in thousands of systems providing highly reliable environmentally sound performance For specific R 22 phase out information see your Carrier distributor Carrier s Infinity Controls These industry leading controls when installed with Carrier s Ideal Humidity variable speed furnaces or fan coils provide the homeowner with unparalleled control of temp...

Page 2: ...enclosure surrounding the compressor and an exclusive laminated plate beneath the compressor to eliminate sound transmission to the rest of the system Application Versatility Carrier s systems utilizing Puron refrigerant have the same application guidelines as other systems Applications which include long line sets 50 to 175 ft or applications which require the system to operate at low outdoor tem...

Page 3: ...3 9 66 12 00 15 00 COND FAN Propeller Type Direct Drive Air Discharge Vertical Air Qty CFM 2400 2400 2800 2800 2800 3800 Motor HP 1 8 1 8 1 5 1 5 1 15 1 5 Motor RPM 825 825 825 825 825 825 COND COIL Copper Tube Aluminum Plate Fin Face Area Sq ft 15 2 18 25 18 25 18 25 18 3 24 5 Fins per In 20 20 20 20 20 20 Rows 2 2 2 2 2 2 Circuits 4 4 4 4 4 6 VALVE CONNECT In ID Sweat Vapor 5 8 3 4 7 8 Liquid 3 ...

Page 4: ...o Changeover 7 Day Programmable F C 1 Stage Heat 1 Stage Cool TSTATCCNAC01 B Thermostat Auto Changeover Non Programmable F C 1 Stage Heat 1 Stage Cool TSTATCCSAC01 Thermostat Manual Changeover 5 2 Day Programmable F C 1 Stage Heat 1 Stage Cool TSTATCCBAC01 B Builder s Thermostat Manual Changeover Non Programmable F C 1 Stage Heat 1 Stage Cool TSTATXXSEN01 B Outdoor Air Temperature Sensor TSTATXXNB...

Page 5: ...low 55 F REQUIRED FOR LONG LINE APPLICATIONS Over 50 Ft REQUIRED FOR SEA COAST APPLICATIONS Within 2 Miles Crankcase Heater Yes Yes No Evaporator Freeze Thermostat Yes No No Winter Start Control Yes No No Accumulator No No No Compressor Start Assist Capacitor and Relay Yes Yes No Low Ambient Controller or Low Ambient Pressure Switch Yes No No Wind Baffle See Low Ambient Instructions No No Coastal ...

Page 6: ...s See Long Line Application Guideline 8 MotorMaster Low Ambient Controller A fan speed control device activated by a temperature sensor designed to control condenser fan motor speed in response to the saturated condensing temper ature during operation in cooling mode only For outdoor temperatures down to 20 F 28 9 C it maintains condensing temperature at 100 F 10 F 37 8 C 12 C Usage Guideline A Mo...

Page 7: ...ource Copper wire must be used from service disconnect to unit All motors compressors contain internal overload protection A weighted sound power dBA NOTE Tested in accordance with ARI standard 270 95 Not listed with ARI UNIT SIZE SERIES V PH OPER VOLTS COMPR FAN FLA MCA 60 C MIN WIRE SIZE 75 C MIN WIRE SIZE 60 C MAX LENGTH Ft 75 C MAX LENGTH Ft MAX FUSE CKT BKR AMPS Max Min LRA RLA 024 34 208 230...

Page 8: ...ntrol is used max 125 F 2 Series designation is the 13th position of the unit model number 3 Center of gravity 4 NOTES A97084 DIMENSIONS IN UNIT SIZE SERIES UNIT DIMENSIONS MINIMUM MOUNTING PAD DIMENSIONS A B C D E F G H J K L M N 024 34 33 13 16 30 34 15 16 4 9 3 4 27 1 2 33 7 8 5 8 8 3 16 16 3 4 19 1 2 15 3 4 2 15 16 26 x 32 030 33 39 13 16 30 34 15 16 4 9 3 4 27 1 2 33 7 8 3 4 8 3 16 16 3 4 19 ...

Page 9: ... 65 FF1DNA024 23 000 TDR 13 50 11 95 FF1DNA030 23 400 TDR 13 50 11 75 FF1DNE024 23 000 TDR TXV 13 50 11 95 FF1DNE030 23 400 TDR TXV 13 50 11 75 FG3AAA024 22 400 NONE 13 50 11 50 FG3AAA036 23 000 NONE 13 50 11 85 FK4DNF001 23 600 TDR TXV 15 00 13 30 FK4DNF002 23 800 TDR TXV 15 50 13 45 FK4DNF003 24 000 TDR TXV 15 50 13 65 FV4BNF002 23 800 TDR TXV 15 50 13 45 FV4BNF003 24 000 TDR TXV 15 50 13 65 FX4...

Page 10: ...024 22 800 TDR 14 50 12 80 CE3AA030 23 000 TDR 14 50 13 10 CE3AA036 23 600 TDR 15 00 13 15 CK5A CK5BW036 23 600 TDR 15 00 13 35 CK5PW036 23 600 TDR TXV 15 00 13 35 COILS 58CV A X 155 22 VARIABLE SPEED FURNACE CC5A CD5AW036 23 600 TDR 15 00 13 35 CE3AA024 22 800 TDR 14 50 12 85 CE3AA030 23 000 TDR 14 50 13 10 CE3AA036 23 600 TDR 15 00 13 15 CK5A CK5BW036 23 600 TDR 15 00 13 40 CK5PW036 23 600 TDR T...

Page 11: ... 50 13 10 CK5A CK5BW036 23 600 TDR 15 00 13 30 CK5PA036 23 600 TDR TXV 15 00 13 30 CK5PT036 23 600 TDR TXV 15 00 13 30 CK5PW024 22 800 TDR TXV 14 50 12 95 CK5PW030 23 000 TDR TXV 14 50 13 10 CK5PW036 23 600 TDR TXV 15 00 13 30 COILS 58MVP100 20 VARIABLE SPEED FURNACE CC5A CD5AA036 23 600 TDR 15 00 13 25 CC5A CD5AW024 22 800 TDR 14 50 12 80 CC5A CD5AW030 23 000 TDR 14 50 13 00 CC5A CD5AW036 23 600 ...

Page 12: ...DR TXV 15 75 14 00 FK4DNF001 29 000 TDR TXV 15 00 13 05 FK4DNF002 29 600 TDR TXV 15 00 13 15 FK4DNF003 29 800 TDR TXV 15 50 12 60 FK4DNF005 30 000 TDR TXV 15 75 14 00 FV4ANF002 29 600 TDR TXV 15 20 13 15 FV4ANF003 29 800 TDR TXV 15 60 13 60 FV4ANF005 30 000 TDR TXV 15 75 14 00 FV4BNF002 29 600 TDR TXV 15 20 13 15 FV4BNF003 29 800 TDR TXV 15 60 13 60 FV4BNF005 30 000 TDR TXV 15 75 14 00 FX4ANF030 2...

Page 13: ...50 CK5PT042 30 000 TDR TXV 15 00 13 55 CK5PW030 29 000 TDR TXV 14 50 13 15 CK5PW036 29 600 TDR TXV 15 00 13 55 COILS 58CV A X 135 22 VARIABLE SPEED FURNACE CC5A CD5AW036 29 600 TDR 15 00 13 65 CE3AA030 29 000 TDR 15 00 13 25 CE3AA036 29 600 TDR 15 00 13 45 CK5A CK5BW036 29 600 TDR 15 00 13 70 CK5PW036 29 600 TDR TXV 15 00 13 70 COILS 58CV A X 155 22 VARIABLE SPEED FURNACE CC5A CD5AW036 29 600 TDR ...

Page 14: ... 35 600 NONE 13 70 11 85 CC5A CD5AW048 36 000 NONE 13 70 12 00 CD5AA048 36 000 NONE 13 70 12 00 CE3AA036 35 000 NONE 13 50 11 80 CE3AA042 35 600 NONE 14 00 12 05 CE3AA048 36 000 NONE 14 00 12 10 CF5AA036 35 000 NONE 13 50 11 90 CF5AA048 36 000 NONE 13 80 12 00 CK3BA036 35 000 NONE 13 70 11 95 CK3BA042 35 600 NONE 13 70 11 95 CK3BA048 36 000 NONE 14 00 12 05 CK5A CK5BA036 35 000 NONE 13 70 11 95 CK...

Page 15: ...15 CK5A CK5BW036 35 000 TDR 14 50 12 95 CK5PA036 35 000 TDR TXV 14 50 12 95 CK5PA042 35 600 TDR TXV 15 00 13 00 CK5PA048 36 000 TDR TXV 15 00 13 15 CK5PE042 35 600 TDR TXV 15 00 13 10 CK5PT036 35 000 TDR TXV 14 50 12 95 CK5PT042 35 600 TDR TXV 15 00 13 00 CK5PT048 36 000 TDR TXV 15 00 13 15 CK5PW036 35 000 TDR TXV 14 50 12 95 COILS 58CV A X 110 20 VARIABLE SPEED FURNACE CC5A CD5AA036 35 000 TDR 14...

Page 16: ...TDR TXV 14 50 15 40 CK5PA048 36 000 TDR TXV 15 00 13 40 CK5PT042 35 600 TDR TXV 15 00 13 20 CK5PT048 36 000 TDR TXV 15 00 13 40 CK5PW036 35 000 TDR TXV 14 50 13 20 CK5PW048 36 000 TDR TXV 15 00 13 45 COILS 58MVP040 14 VARIABLE SPEED FURNACE CC5A CD5AA042 35 600 TDR 14 50 12 75 CC5A CD5AW036 35 000 TDR 14 50 12 65 CC5A CD5AW048 36 000 TDR 14 50 12 75 CK5A CK5BA042 35 600 TDR 14 50 12 80 CK5A CK5BW0...

Page 17: ...A048 41 000 NONE 13 40 11 70 CK3BA042 40 000 NONE 13 30 11 70 CK3BA048 41 000 NONE 13 50 11 75 CK3BA060 41 500 NONE 14 00 12 00 CK5A CK5BA042 40 000 NONE 13 30 11 70 CK5A CK5BA048 41 000 NONE 13 50 11 75 CK5A CK5BA060 42 000 NONE 14 00 12 00 CK5A CK5BE042 40 500 NONE 13 50 11 75 CK5A CK5BT042 40 000 NONE 13 30 11 70 CK5A CK5BT048 41 000 NONE 13 50 11 75 CK5A CK5BT060 42 000 NONE 14 00 12 00 CK5A C...

Page 18: ...12 00 CK5A CK5BT048 41 000 TDR 14 00 12 20 CK5A CK5BT060 41 500 TDR 14 50 12 60 CK5A CK5BW048 41 000 TDR 14 00 12 35 CK5A CK5BX060 41 500 TDR 14 50 12 65 CK5PA042 40 000 TDR TXV 14 00 12 00 CK5PA048 41 000 TDR TXV 14 00 12 20 CK5PA060 41 500 TDR TXV 14 50 12 40 CK5PE042 40 000 TDR TXV 14 00 12 05 CK5PT042 40 000 TDR TXV 14 00 12 00 CK5PT048 41 000 TDR TXV 14 00 12 20 CK5PT060 41 500 TDR TXV 14 50 ...

Page 19: ...00 TDR TXV 14 10 12 35 COILS 58MVP060 14 VARIABLE SPEED FURNACE CK3BA042 40 000 TDR 14 00 12 20 CK5A CK5BE042 40 000 TDR 14 00 12 20 CK5PE042 40 000 TDR TXV 14 00 12 20 COILS 58MVP080 14 VARIABLE SPEED FURNACE CC5A CD5AA042 40 000 TDR 14 00 12 30 CC5A CD5AC048 40 500 TDR 14 00 12 25 CD5AA048 41 000 TDR 14 00 12 45 CK3BA042 40 000 TDR 14 00 12 35 CK3BA048 41 000 TDR 14 00 12 50 CK5A CK5BA042 40 000...

Page 20: ...12 05 CK5PA048 46 000 TXV 13 50 11 65 CK5PA060 47 000 TXV 13 50 11 90 CK5PT048 46 000 TXV 13 50 11 65 CK5PT060 47 000 TXV 13 50 11 90 CK5PW048 46 000 TXV 13 50 11 65 CK5PX060 47 500 TXV 14 00 12 05 F A B 4BN F B C 048 47 000 TDR 13 50 11 65 F A B 4BN F B C 060 47 500 TDR 13 50 11 60 FB4BNB070 48 000 TDR 13 50 11 90 FC4CN F B 048 47 000 TDR TXV 13 50 11 65 FC4CN F B 060 47 500 TDR TXV 13 50 11 60 F...

Page 21: ...47 500 TDR TXV 14 50 12 80 CE3AA048 46 500 TDR 14 00 12 40 CE3AA060 47 000 TDR 14 00 12 75 CK3BA048 46 500 TDR 14 00 12 40 CK3BA060 47 000 TDR 14 00 12 75 CK5A CK5BA048 46 500 TDR 14 00 12 40 CK5A CK5BA060 47 000 TDR 14 00 12 80 CK5A CK5BT048 46 500 TDR 14 00 12 40 CK5A CK5BT060 47 000 TDR 14 00 12 80 CK5A CK5BW048 46 500 TDR 14 00 12 50 CK5A CK5BX060 47 500 TDR 14 00 12 90 CK5PA048 46 500 TDR TXV...

Page 22: ...12 00 COILS 58CV A X 110 20 VARIABLE SPEED FURNACE CC5A CD5AA060 56 000 TDR 13 50 11 45 CD5PX060 58 000 TDR TXV 14 00 11 90 CE3AA060 58 000 TDR 14 00 11 95 CK3BA060 57 500 TDR 14 00 11 90 CK5A CK5BA060 57 500 TDR 14 00 11 90 CK5A CK5BT060 57 500 TDR 14 00 11 90 CK5A CK5BX060 58 000 TDR 14 00 12 05 CK5PA060 57 500 TDR TXV 14 00 11 90 CK5PT060 57 500 TDR TXV 14 00 11 90 CK5PX060 58 000 TDR TXV 14 00...

Page 23: ...sted in accordance with DOE test procedures for central air conditioners Ratings for other combinations are determined under DOE computer simulation procedures 3 Determine actual CFM values obtainable for your system by referring to fan performance data in fan coil or furnace coil literature 4 Do not apply with capillary tube coils as performance and reliability are significantly affected 060 30 C...

Page 24: ...5 17 72 2 83 72 29 77 16 61 1 59 28 25 16 06 1 80 26 65 15 48 2 04 24 95 14 87 2 29 23 10 14 22 2 56 21 05 13 51 2 84 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling Capacity Power Capacity Power CC5A CD5AA 024 0 97 1 01 FK4DNF 001 1 00 0 91 030 0 97 0 99 002 1 01 0 91 036 1 00 1 01 003 1 02 0 91 CC5A CD5AW 024 0 97 1 0...

Page 25: ...6 61 1 59 28 25 16 06 1 80 26 65 15 48 2 04 24 95 14 87 2 29 23 10 14 22 2 56 21 05 13 51 2 84 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling Capacity Power Capacity Power CK3BA 024 0 97 0 89 CE3AA 024 0 97 0 92 030 0 97 0 89 030 0 97 0 90 036 1 00 0 91 036 1 00 0 92 CK5A CK5BA 024 0 97 0 90 CK5A CK5BW 036 1 00 0 91 03...

Page 26: ... 46 2 54 19 25 17 72 2 83 72 29 77 16 61 1 59 28 25 16 06 1 80 26 65 15 48 2 04 24 95 14 87 2 29 23 10 14 22 2 56 21 05 13 51 2 84 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling Capacity Power Capacity Power CK5PA 024 0 97 0 91 CK5A CK5BA 036 1 00 0 91 030 0 97 0 91 CK5A CK5BT 036 1 00 0 91 036 1 00 0 91 CK5A CK5BW 024...

Page 27: ...29 28 8 28 8 2 52 27 5 27 5 2 79 25 9 25 9 3 08 24 0 24 0 3 39 57 31 6 31 6 2 08 30 3 30 3 2 29 28 9 28 9 2 53 27 4 27 4 2 79 25 7 25 7 3 07 24 1 24 1 3 39 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling Capacity Power Capacity Power CC5A CD5AA 030 0 97 1 00 FV4 A B NF 002 0 99 0 91 036 0 99 0 99 003 0 99 0 88 042 1 00 ...

Page 28: ...1 2 2 08 30 2 30 2 2 29 28 8 28 8 2 52 27 5 27 5 2 79 25 9 25 9 3 08 24 0 24 0 3 39 57 31 6 31 6 2 08 30 3 30 3 2 29 28 9 28 9 2 53 27 4 27 4 2 79 25 7 25 7 3 07 24 1 24 1 3 39 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling Capacity Power Capacity Power CK5PA 030 0 97 0 91 CE3AA 036 0 99 0 89 036 0 99 0 90 CK5A CK5BW 0...

Page 29: ...1 28 1 2 47 26 6 26 6 2 74 25 0 25 0 3 02 23 5 23 5 3 34 1125 72 36 7 19 3 2 10 34 5 18 5 2 30 32 1 17 7 2 53 29 9 16 9 2 79 27 8 16 2 3 07 25 6 15 5 3 38 67 33 9 25 4 2 09 32 1 24 7 2 30 30 1 23 9 2 53 28 1 23 1 2 78 26 0 22 3 3 07 23 6 21 4 3 37 63 31 7 24 7 2 08 30 1 24 0 2 29 28 4 23 3 2 52 26 7 22 5 2 78 24 8 21 7 3 07 23 0 20 9 3 39 62 31 7 31 2 2 08 30 2 30 2 2 29 28 8 28 8 2 52 27 5 27 5 2...

Page 30: ... 3 70 27 9 27 9 4 07 57 37 7 37 7 2 48 36 1 36 1 2 74 34 4 34 4 3 04 32 5 32 5 3 36 30 4 30 4 3 71 28 0 28 0 4 08 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling Capacity Power Capacity Power CC5A CD5AA 036 0 97 0 98 FG3AAA 036 0 97 1 00 042 0 99 1 00 048 1 00 1 00 CC5A CD5AC 048 0 99 1 01 FK4 C D NB 006 1 01 0 86 CC5A ...

Page 31: ...8 2 48 36 1 35 8 2 74 34 3 34 3 3 04 32 4 32 4 3 36 30 3 30 3 3 70 27 9 27 9 4 07 57 37 7 37 7 2 48 36 1 36 1 2 74 34 4 34 4 3 04 32 5 32 5 3 36 30 4 30 4 3 71 28 0 28 0 4 08 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling Capacity Power Capacity Power CK5A CK5BT 036 0 97 0 90 CK5PW 036 0 97 0 90 042 0 99 0 92 048 1 00 ...

Page 32: ... 32 4 32 4 3 36 30 3 30 3 3 70 27 9 27 9 4 07 57 37 7 37 7 2 48 36 1 36 1 2 74 34 4 34 4 3 04 32 5 32 5 3 36 30 4 30 4 3 71 28 0 28 0 4 08 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling Capacity Power Capacity Power CK5A CK5BT 042 0 99 0 90 CK5PA 042 0 99 0 92 048 1 00 0 90 048 1 00 0 93 CK5A CK5BW 036 0 97 0 89 CK5PW ...

Page 33: ... 33 6 33 6 4 80 57 44 6 44 6 2 90 42 6 42 6 3 21 40 6 40 6 3 55 38 4 38 4 3 93 36 0 36 0 4 34 33 7 33 7 4 80 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling Capacity Power Capacity Power CC5A CD5AA 042 0 95 0 98 FE4ANF 003 0 95 0 90 060 0 99 1 01 005 0 99 0 90 CC5A CD5AC 048 0 96 1 00 FG3AAA 048 0 98 1 00 CC5A CD5AW 042...

Page 34: ... 4 4 78 62 44 6 44 0 2 90 42 5 42 5 3 21 40 5 40 5 3 55 38 3 38 3 3 92 35 9 35 9 4 34 33 6 33 6 4 80 57 44 6 44 6 2 90 42 6 42 6 3 21 40 6 40 6 3 55 38 4 38 4 3 93 36 0 36 0 4 34 33 7 33 7 4 80 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling Capacity Power Capacity Power CK3BA 042 0 95 0 95 CK5A CK5BW 048 0 98 0 91 048 ...

Page 35: ...78 62 44 6 44 0 2 90 42 5 42 5 3 21 40 5 40 5 3 55 38 3 38 3 3 92 35 9 35 9 4 34 33 6 33 6 4 80 57 44 6 44 6 2 90 42 6 42 6 3 21 40 6 40 6 3 55 38 4 38 4 3 93 36 0 36 0 4 34 33 7 33 7 4 80 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling Capacity Power Capacity Power CK5PX 060 1 00 0 89 CK5PA 042 0 95 0 94 COILS 58MVP040...

Page 36: ... 12 41 83 26 78 5 60 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling Capacity Power Capacity Power CC5A CD5AA 060 0 97 1 00 CD5AA 048 0 97 0 97 CC5A CD5AC 048 0 95 0 99 CE3AA 048 0 98 0 97 CC5A CD5AW 048 0 96 0 99 060 0 99 0 96 060 0 99 1 00 CK3BA 048 0 98 0 97 CD5AA 048 0 96 0 99 CK5A CK5BA 048 0 98 0 97 CD5PX 060 1 00...

Page 37: ... 53 26 30 81 4 25 49 82 29 58 4 66 46 09 28 26 5 12 41 83 26 78 5 60 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling Capacity Power Capacity Power CK5A CK5BA 048 0 98 0 96 CD5PX 060 1 00 0 97 060 0 99 0 93 CE3AA 048 0 98 0 98 CK5A CK5BT 048 0 99 0 97 060 0 99 0 96 060 0 99 0 93 CK3BA 048 0 98 0 97 CK5A CK5BW 048 0 98 0 ...

Page 38: ... 47 26 4 51 58 78 45 79 5 01 54 81 44 20 5 56 50 40 42 45 6 14 45 36 40 50 6 71 72 71 99 39 04 4 06 68 32 37 68 4 52 64 29 36 20 5 03 59 87 34 59 5 58 54 92 32 82 6 17 49 26 30 83 6 75 2250 62 61 66 61 66 4 13 59 08 59 08 4 59 56 26 56 26 5 09 53 06 53 06 5 64 49 39 49 39 6 23 45 11 45 11 6 80 57 61 59 61 59 4 13 59 06 59 06 4 59 56 25 56 25 5 09 53 05 53 05 5 64 49 39 49 39 6 23 45 10 45 10 6 80 ...

Page 39: ...27 0 2 64 18 8 136 0 2 96 40 TCG SDT KW 32 9 69 8 1 29 31 2 79 4 1 46 29 5 89 1 1 65 27 8 98 7 1 86 26 0 108 0 2 09 24 3 118 0 2 36 22 5 127 0 2 65 20 6 137 0 2 97 45 TCG SDT KW 36 0 71 1 1 30 34 1 80 7 1 47 32 2 90 2 1 66 30 4 99 8 1 87 28 5 109 0 2 10 26 6 119 0 2 37 24 7 128 0 2 66 22 6 138 0 2 98 50 TCG SDT KW 39 2 72 4 1 32 37 2 82 0 1 48 35 2 91 5 1 67 33 2 101 0 1 88 31 1 111 0 2 12 29 1 12...

Page 40: ...5 TCG SDT KW 49 1 46 5 43 8 41 1 38 4 35 6 32 6 29 3 74 3 83 4 92 6 101 7 110 9 120 0 128 9 137 9 2 36 2 67 3 02 3 41 3 84 4 32 4 84 5 41 40 TCG SDT KW 54 0 51 1 48 1 45 2 42 1 39 0 35 7 32 1 76 0 85 1 94 1 103 2 112 2 121 2 130 1 138 8 2 41 2 71 3 07 3 46 3 88 4 36 4 88 5 44 45 TCG SDT KW 59 2 56 0 52 7 49 5 46 1 42 6 38 9 34 9 77 8 86 8 95 8 104 7 113 6 122 5 131 2 139 9 2 46 2 76 3 12 3 51 3 93...

Page 41: ...erant tubing lengths greater than 50 ft and or 20 ft vertical differential consult the Application Guideline and Service Manual for Air Conditioners and Heat Pumps Using Puron Refrigerant Only 3 8 in liquid lines are approved for long line applications on Residential products 7 If any refrigerant tubing is buried provide a 6 in vertical rise to the outdoor unit service valve connections Refrigeran...

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Page 44: ...d under the EPA s Significant New Alternatives Policy SNAP Program Unit Cabinet Unit cabinet will be constructed of galvanized steel bonderized and coated with a powder coat paint Fans Condenser fan will be direct drive propeller type discharging air upward Air Cooled Split System Air Conditioner 38TSA 2 to 5 Tons Nominal Condenser fan motors will be totally enclosed 1 phase type with class B insu...

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