CPC · PDF file · 2016-02-05Airfl ow Data .....9 Expanded Cooling Data ... 14 Dimensions ... Horsepower - RPM ¼ / 1,090 ¼ / 1,090 ¼ / 1,090 ¼ - 890 ¼ - 1,075

PRODUCT SPECIFICATIONS

SS-CPC36-60 www.goodmanmfg.com 7/08Supersedes 5/08

Standard FeaturesEnvironmentally friendly R-410A refrigerantHigh-effi ciency scroll compressorCopper tube / aluminum fi n coilsContactor with lugsHigh-capacity, steel-cased fi lter dryerSingle-point entry24-volt terminal stripConvertibleEasy to serviceBuilt-in fi lter rack with standard 2” fi ltersBottom utility entryARI Certifi ed; ETL Listed

Cabinet FeaturesHeavy-gauge, galvanized-steel cabinet with UV-resistant powder-paint fi nishFull Perimeter RailCurb Fit

ContentsNomenclature ................................................. 2Product Specifi cations ................................. 3Heat Kit Electrical Data ............................... 6Airfl ow Data .................................................... 9Expanded Cooling Data ............................14Dimensions ....................................................20Wiring Diagrams .........................................24Accessories ....................................................35

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The new Goodman® CPC 13 SEER Commercial Packaged Air Conditioners feature the environ-mentally friendly refrigerant R-410A, which is chlorine-free to help prevent damage to the ozone layer. Other features include a high-effi ciency scroll compressor and easy access for servicing. These units are housed in a heavy-gauge, galvanized-steel cabinet with UV-resistant power-paint fi nish.

CPC COMMERCIAL

13 SEER / 11.3 EER

SINGLE-PHASE & THREE-PHASE

3- TO 5-TON SELF-CONTAINED

PACKAGED AIR CONDITIONERS

COOLING CAPACITY: 35,000 — 59,500 BTU/H


2 www.goodmanmfg.com SS-CPC36-60

NOMENCLATURE

C P C 060 070 1 D X X X

1 2 3 4,5,6 7,8,9 10 11 12 13 14 Factory-Installed Options

(Coming Soon)Brand Special Features

C Commercial X No Features

Configuration Special Treatment

P Packaged Multi-Position X No Treatment/ StandardAluminized Heat Exchanger (AH)

Application

C Cooling Economizer Options (Factory Installed)

G Gas Heat X No EconomizerH Heat Pump

Supply Fan/Drive Type/Motor

Nominal Gross Cooling Capacity B Belt Drive036 3 Tons 120 10 Tons D Direct Drive048 4 Tons 150 12½ tons H High-Static Belt Drive060 5 Tons 180 15 Tons072 6 Tons 240 20 Tons Voltage

090 7½ Tons 300 25 Tons 1 208v 1 Phase 4 460v 3 Phase102 8½ Tons 2 220/240V 1 Phase 5 5 380/415v 3 Phase 50 Hz

3 208v 3 Phase 7 575v 3 PhaseHeating Capacity

CPG CPC/CPH

070 70,000 BTU/h XXX No Heat105 105,000 BTU/h 010 10 kW Electric Heater140 140,000 BTU/h 015 15 kW Electric Heater210 210,000 BTU/h 020 20 kW Electric Heater350 350,000 BTU/h 025 25 kW Electric Heater400 400,000 BTU/h


SS-CPC36-60 www.goodmanmfg.com 3

PRODUCT SPECIFICATIONS — 3 TONS

CPC036***1D***

CPC036***3D***

CPC036***3B***

CPC036***4B***

CPC036***7B***

Cooling CapacityTotal BTU/h 35,000 35,000 35,000 35,000 35,000Sensible BTU/h 25,900 25,900 25,900 25,900 25,900SEER / EER 13 / 11.3 13 / 11.3 13 / 11.3 13 / 11.3 13 / 11.3Decibels 76.5 76.5 76.5 76.5 76.5AHRI Reference #s 3012032 3009021 3009021 3012060 3012061Evaporator Motor / CoilMotor Type Direct Drive Direct Drive Belt Drive Belt Drive Belt DriveWheel (D x W) (1) 15” x 15” (1) 15” x 15” (1) 15” x 15” (1) 15” x 15” (1) 15” x 15”Indoor Nominal CFM 1,200 1,200 1,200 1,200 1,200Motor Speed Tap (Cooling) Low Speed Low Speed --- --- ---Indoor motor FLA (Cooling) 2.50 2.50 3.8 1.9 2.3Horsepower - RPM ⅓ - 890 ⅓ - 890 1.0 - 1725 1.0 - 1725 1.5 - 1725Piston Size (Cooling) 0.068 0.068 0.068 0.068 0.068Expansion Device Orifi ce Orifi ce Orifi ce Orifi ce Orifi ce Filter Size ( 4) 14”x20”x2” ( 4) 14”x20”x2” ( 4) 14”x20”x2” ( 4) 14”x20”x2” ( 4) 14”x20”x2”Drain Size (NPT) ¾” ¾” ¾” ¾” ¾”R-410A Refrigerant Charge Cir #1(oz.) 90 90 90 90 90Evaporator Coil Face Area (ft²) 5.4 5.4 5.4 5.4 5.4Rows Deep/ Fins per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16Condenser Fan / CoilQuantity of Condenser Fan Motors 1 1 1 1 1Horsepower - RPM ¼ / 1,090 ¼ / 1,090 ¼ / 1,090 ¼ - 890 ¼ - 1,075Fan Diameter/ # Fan Blades 22 / 4 22 / 4 22 / 4 22 / 4 22 / 4Outdoor Nominal CFM 3,800 3,800 3,800 3,800 3,800Face Area (ft²) 18.0 18.0 18.0 18.0 18.0Rows Deep/ Fins per Inch 1 / 22 1 / 22 1 / 22 1 / 22 1 / 22Belt Drive Evap Fan Data# of Wheels (D x W) 1 (10” x 9”) 1 (10” x 9”) 1 (11” x 10”) 1 (11” x 10”) 1 (11” x 10”)Motor Sheave --- --- 1VL40 X ⅝ 1VL40 X ⅝ 1VL40 X ⅝Blower Sheave --- --- AK69 X 1 AK69 X 1 AK69 X 1Belt --- --- AX41 AX41 AX41Electrical DataVoltage/Phase/ Frequency 208-230/1/60 208-230/3/60 208-230/3/60 460/3/60 575/3/60Quantity of Compressors 1 1 1 1 1Compressor RLA / LRA ea. 16.7 / 79.0 10.5 / 73.0 10.5 / 73.0 5.8 / 38.0 3.8 / 36.5Indoor Blower HP / FLA ⅓ / 2.5 ⅓ / 2.5 1 / 3.8 1 / 1.9 1.5 / 2.3Max External Static 0.5” 0.5” 0.7” 0.7” 0.7”Outdoor Fan HP / RLA ¼ / 1.4 ¼ / 1.4 ¼ / 1.4 ¼ / 0.8 0.60Total Unit Amps 20.57 14.35 15.65 8.47 6.68Min. Circuit Ampacity¹ 25 17 18 10 8Max. Overcurrent Protection (amps)² 40 25 25 15 10Entrance Power Supply Locating Dimple Locating DimpleEntrance Control Voltage Locating Dimple Locating DimpleOperating Weight (lbs) 570 570 570 570 570Ship Weight (lbs) 590 590 590 590 590

¹ Wire size should be determined in accordance with National Electrical Codes. Extensive wire runs will require larger wire sizes.² May use fuses or HACR-type circuit breakers of the same size as noted.Note: Always check the S&R plate for electrical data on the unit being installed.




CPC048***1D***

CPC048***3D***

CPC048***3B***

CPC048***4B***

CPC048***7B***

Cooling CapacityTotal BTU/h 46,000 46,000 46,000 46,000 46,000Sensible BTU/h 35,400 35,400 35,400 35,400 35,400SEER / EER 13.0/11.3 13.0/11.3 13.0/11.3 13.0/11.3 13.0/11.3Decibels 79.0 79.0 79.0 79.0 79.0 ARI Reference #s 3012059 3009022 3009022 3068629 3068630Evaporator Motor / CoilMotor Type Direct Drive Direct Drive Belt Drive Belt Drive Belt DriveIndoor Nominal CFM 1,600 1,600 1,600 1,600 1,600Motor Speed Tap (Cooling) Medium Medium -- -- --Indoor motor FLA (Cooling) 2.87 2.87 3.8 1.9 2.3Horsepower - RPM ½ -1,000 ½ -1,000 1.0 - 1,725 1.0 - 1,725 1.5 - 1,725Piston Size (Cooling) 0.076 0.076 0.076 0.076 0.076Filter Size ( 4) 14”x20”x2” ( 4) 14”x20”x2” ( 4) 14”x20”x2” ( 4) 14”x20”x2” ( 4) 14”x20”x2”Drain Size (NPT) ¾” ¾” ¾” ¾” ¾”R-410A Refrigerant Charge Cir #1(oz.) 110 110 110 110 110Evaporator Coil Face Area (ft²) 7.8 7.8 7.8 7.8 7.8Rows Deep/ Fins per Inch 4/16 4/16 4/16 4/16 4/16Condenser Fan / CoilQuantity of Condenser Fan Motors 1 1 1 1 1Horsepower - RPM ¼ - 1090 ¼ - 1090 ¼ - 1090 ¼ - 1090 ¼ - 1075Fan Diameter / # Fan Blades 22 / 4 22 / 4 22 / 4 22 / 4 22 / 4Outdoor Nominal CFM 3,800 3,800 3,800 3,800 3,800Face Area (ft²) 18.0 18.0 18 18 18Rows Deep / Fins per Inch 1 / 22 1 / 22 1 / 22 1 / 22 1 / 22Belt Drive Evap Fan Data# of Wheels (D x W) 1 (10” x 9”) 1 (10” x 9”) 1 (11” x 10”) 1 (11” x 10”) 1 (11” x 10”)Motor Sheave --- --- VL44 X 5/8 VL44 X 5/8 VL44 X 5/8Blower Sheave --- --- AK66 X 1 AK66 X 1 AK66 X 1Belt --- --- AX41 AX41 AX41Electrical DataVoltage-Phase-Frequency 208/230-1-60 208/230-3-60 208/230-3-60 460-3-60 575-3-60Quantity of Compressors 1 1 1 1 1Compressor RLA / LRA 19.9/ 109 13.1/ 83.1 13.1/ 83.1 6.1/ 41 4.4/ 33Max External Static 0.6” 0.6” 0.8” 0.8” 0.8”Outdoor Fan RLA 1.40 1.40 1.40 0.80 0.60Total Unit Amps 24.1 17.4 18.3 8.8 7.3Min. Circuit Ampacity¹ 29 21 22 10 8Max. Overcurrent Protection (amps)² 45 30 30 15 10Entrance Power Supply Locating Dimple Locating DimpleEntrance Control Voltage Locating Dimple Locating DimpleOperating Weight (lbs) 575 575 575 575 575Ship Weight (lbs) 595 595 595 595 595





CPC060***1D***

CPC060***3D***

CPC060***3B***

CPC060***4B***

CPC060***7B***

Cooling CapacityTotal BTU/h 59,500 59,500 59,500 59,500 59,500Sensible BTU/h 42,500 42,500 42,500 42,500 42,500SEER / EER 13 / 11.3 13 / 11.3 13 / 11.3 13 / 11.3 13 / 11.3Decibels 76.8 76.8 76.8 76.8 TBDARI Reference #s 1483642 1487017 1487017 1487472 1487473Evaporator MotorMotor Type Direct Direct Belt Belt BeltIndoor Nominal CFM 2,000 2,000 2,000 2,000 2,000Expansion Device Piston Piston Piston Piston PistonPiston Size (Cooling) 0.082 0.082 0.082 0.082 0.082Filter Size 14” x 20” x 2” 14” x 20” x 2” 14” x 20” x 2” 14” x 20” x 2” 14” x 20” x 2”Drain Size (NPT) ¾” ¾” ¾” ¾” ¾”R-410A Refrigerant Charge (oz.) 165 165 165 165 165Evaporator CoilFace Area (ft²) 7.8 7.8 7.8 7.8 7.8Rows Deep/ Fins per Inch 4 / 16 4 / 16 4 / 16 4 / 16 4 / 16Tube Diameter - Material 5/16 - Copper 5/16 - Copper 5/16 - Copper 5/16 - Copper 5/16 - CopperEvaporator FanStandard Direct Drive (D x W) HP (11” X 10”) 1 (11” X 10”) 1 --- --- ---Standard Belt Drive (D x W) HP --- --- (11” X 10”) 1 (11” X 10”) 1 (11” X 10”) 1½Condenser Fan / CoilHorsepower / RPM ¼ / 1,090 ¼ / 1,090 ¼ / 1,090 ¼ / 1,090 ¼ / 1,075Fan Diameter/ # Fan Blades 22 / 4 22 / 4 22 / 4 22 / 4 22 / 4 Outdoor Nominal CFM 3,800 3,800 3,800 3,800 3,800Face Area (ft²) 17½ 17½ 17½ 17½ 17½Rows Deep/ Fins per Inch 2 / 18 2 / 18 2 / 18 2 / 18 2 / 18Tube Diameter - Material 5/16 - Copper 5/16 - Copper 5/16 - Copper 5/16 - Copper 5/16 - CopperElectrical DataVoltage-Phase-Frequency 208/230-1-60 208/230-3-60 208/230-3-60 460-3-60 575-3-60Compressor RLA / LRA 26.4 / 134 16 / 110 16 / 110 7.8 / 52 5.7 / 38.9Indoor Blower HP / FLA 1.0 / 7.6 1.0 / 7.6 1.0 / 3.8 1.0 / 1.9 1.5 / 2.3Indoor Blower LRA 24 ---- 24 12 12Max External Static 0.9 0.9 1.0 1.0 1.0Outdoor Fan HP / RLA ¼ / 1.40 ¼ / 1.40 ¼ / 1.40 ¼ / 0.80 ¼ / 0.60Min. Circuit Ampacity¹ 42 29 25 12 10Max. Overcurrent Protection (amps)² 60 45 40 20 15Entrance Power Supply Locating Dimple Locating Dimple Locating Dimple Locating Dimple Locating DimpleEntrance Control Voltage Locating Dimple Locating Dimple Locating Dimple Locating Dimple Locating DimpleOperating Weight (lbs) 590 590 590 590 590Ship Weight (lbs) 610 610 610 610 610




HEAT KIT ELECTRICAL DATA (BLOWER ONLY, HEAT MODE) — 3 TONS

Minimum Airfl ow for Electric Heat

Heater Size (kW) Minimum CFM

10 1,250

15 1,400

kW Correction Factor for 1- & 3-Phase UnitsSupply Voltage 240 230 220 210 208Correction Factor 1 0.93 0.82 0.78 0.76

Multiply rated kW by correction factor to get actual kW

kW Correction Factor for 480V UnitsActual Voltage 460 440 430Correction Factor 0.92 0.84 0.8

For other voltage use voltage2 / 4802

kW Correction Factor for 575V UnitsSupply Voltage 560 550 540Correction Factor 0.95 0.91 0.88


KW CORRECTION FACTOR

Model and Heat Kit Usage

MCA¹ @ 208 / 240V

MOP² (amps) @ 208 / 240V

Actual kW & BTU @ 240V

RecommendedAirfl ow Range

CPC036***1D*** 25 40EHK1-10 48 / 55 50 / 60 10 1250-1350 CFMEHK1-15 70 / 81 80 / 90 15 1400-1440 CFMCPC036***3D*** 17 25EHK1-10 29 / 33 30 / 35 10 1250-1350 CFMEHK1-15 42 / 48 45 / 50 15 1400-1440 CFMCPC036***3B*** 18 25EHK3-10 30 / 33 35 / 35 10 1250-1350 CFMEHK3-15 43 / 48 45 / 50 15 1400-1440 CFM


MCA¹ @ 480V

MOP² (amps) @ 480V



CPC036***4B*** 10 15EHK4-10 17 20 10 1250-1350 CFMEHK4-15 25 25 15 1400-1440 CFM

Model and Heat Kit Usage MCA @ 575V MOP (amps)

@ 575VActual kW & BTU

@ 575VRecommendedAirfl ow Range

CPC036***7B*** 8 15EHK7-10 15 20 10 1250-1350 CFMEHK7-15 22 25 15 1400-1440 CFM

¹ Minimum Circuit Ampacity² Maximum Overcurrent Protection device




MINIMUM AIRFLOW FOR ELECTRIC HEAT

Heater Size Minimum CFM

10 kW 1,40015 kW 1,57518 kW 1,575





For other voltage use voltage² / 480²


Multiply rated kW by correction factor to get actual kW.


MCA¹ @ 208 / 240V

MOP² (amps) @ 208 / 240V



CPC048***1D*** 29 45EHK1-10 48 / 56 50 / 60 10 1400-1800 CFMEHK1-15 71 / 82 80 / 90 15 1575-1800 CFMEHK1-18 84 / 97 90 / 100 18 1575-1800 CFMCPC048***3D*** 21 30EHK3-10 29 / 34 35 / 35 10 1400-1800 CFMEHK3-15 42 / 49 45 / 50 15 1575-1800 CFMEHK3-18 50 / 58 60 / 60 18 1575-1800 CFMCPC048***3B*** 22 30EHK3-10 30 / 35 35 / 35 10 1400-1800 CFMEHK3-15 43 / 50 45 / 50 15 1575-1800 CFMEHK3-18 51 / 59 60 / 60 18 1575-1800 CFM


MCA¹ @ 480V

MOP² (amps) @ 480V



CPC048***4B*** 10 15EHK4-10 17 20 10 1400-1800 CFMEHK4-15 25 25 15 1575-1800 CFMEHK4-18 29 30 18 1575-1800 CFM

Model and Heat Kit Usage MCA @ 575V MOP (amps)

@ 575VActual kW & BTU @ 575V


CPC048***7B*** 8 15EHK7-10 15 20 10 1400-1800 CFMEHK7-15 22 25 15 1575-1800 CFMEHK7-18 25 30 18 1575-1800 CFM

¹ Minimum Circuit Ampacity² Maximum Overcurrent Protection device




MINIMUM AIRFLOW FOR ELECTRIC HEAT

Heater Size Minimum CFM

10 kW 1,750

15 kW 1,750

20 kW 1,850



For other voltage use voltage² / 480²




MCA¹ @ 208 / 240V

MOP² (amps) @ 208 / 240V


RecommendedAirfl ow Range Speed Tap

CPC060***1D*** 42 60EHK1-10 53 / 62 60 / 70 10 1750-2250 CFM T3, T4, T5EHK1-15 76 / 88 80 / 90 15 1750-2250 CFM T3, T4, T5EHK1-20 99 / 114 100 / 120 20 1850-2250 CFM T5CPC060***3D*** 29 45EHK3-10 34 / 40 35 / 45 10 1750-2250 CFM T3, T4, T5EHK3-15 47 / 55 50 / 60 15 1750-2250 CFM T3, T4, T5EHK3-20 60 / 70 70 / 70 20 1850-2250 CFM T5CPC060***3B*** 25 40 ---EHK3-10 30 / 35 35 / 40 10 1750 - 2250 CFM ---EHK3-15 43 / 50 45 / 50 15 1750 - 2250 CFM ---EHK3-20 56 / 65 60 / 70 20 1850 - 2250 CFM ---


MCA¹ @ 480V

MOP² (amps) @ 480V



CPC060***4B*** 12 20EHK4-10 19 20 10 1750 - 2250 CFMEHK4-15 25 25 15 1750 - 2250 CFMEHK4-20 35 35 20 1850 - 2250 CFM


MCA¹ @ 575V

MOP² (amps) @ 575V



CPC060***7B*** 10 15EHK7-10 15 20 10 1750-2250 CFMEHK7-15 22 25 15 1750-2250 CFMEHK7-20 28 30 20 1850-2250 CFMEHK7-25 34 35 25 ---

¹ Minimum Circuit Ampacity² Maximum Overcurrent Protection Device




AIRFLOW DATA — 3 TONS

Standard Direct Drive Motor — Down Shot Standard Direct Drive Motor — Horizontal

CFM Static Amps Watts RPM Speed Tap CFM Static Amps Watts RPM Speed

Tap878 0.6 1.35 300 892

Low

873 0.6 1.34 299 899

Low

979 0.5 1.44 320 839 960 0.5 1.42 312 8571023 0.4 1.51 330 792 1017 0.4 1.49 325 8101088 0.3 1.56 340 745 1071 0.3 1.53 335 7751144 0.2 1.61 350 692 1120 0.2 1.59 346 7201207 0.1 1.62 353 639 1164 0.1 1.63 354 663925 0.8 1.61 362 1011

Med

852 0.8 1.54 344 1032

Med

1057 0.7 1.74 391 975 1037 0.7 1.70 379 9871164 0.6 1.85 416 943 1135 0.6 1.81 405 9631251 0.5 1.93 434 914 1237 0.5 1.90 424 9341324 0.4 2.02 450 881 1307 0.4 2.00 443 9041402 0.3 2.12 471 851 1365 0.3 2.07 461 869815 0.9 1.89 403 1070

High

1422 0.2 2.16 477 8341072 0.8 2.09 453 1040 1469 0.1 2.24 494 7921225 0.7 2.22 486 1011 855 0.9 1.91 406 1081

High

1330 0.6 2.31 509 987 1096 0.8 2.09 452 10451429 0.5 2.40 533 966 1219 0.7 2.19 478 1022

1299 0.6 2.27 499 999Notes 1396 0.5 2.37 526 981Assumes dry coil with fi lter in place; SCFM correction for wet coil = 4% 1487 0.4 2.47 547 957

1552 0.3 2.55 566 934

Standard Belt Drive Down-Shot

ESP, In H2O

Turns Open0 1 2 3 4 5

CFM RPM BHP CFM RPM BHP CFM RPM BHP CFM RPM BHP CFM RPM BHP CFM RPM BHP0.2 1521 717 0.270.3 1515 764 0.3 1356 717 0.230.4 1553 816 0.34 1314 764 0.24 1114 723 0.180.5 1366 816 0.29 1098 768 0.20.6 1384 870 0.33 1094 823 0.230.7 1427 923 0.38 1138 876 0.270.8 1515 976 0.46 1201 923 0.320.9 1272 982 0.381

Standard Belt Drive Horizontal

ESP, In H2O


CFM RPM BHP CFM RPM BHP CFM RPM BHP CFM RPM BHP CFM RPM BHP CFM RPM BHP0.2 1393 713 0.240.3 1406 766 0.27 1244 713 0.210.4 1431 820 0.31 1238 769 0.23 1045 717 0.170.5 1472 872 0.35 1268 822 0.27 1039 769 0.190.6 1506 924 0.41 1290 874 0.31 1073 822 0.220.7 1328 929 0.35 1070 875 0.250.8 1386 976 0.42 1131 929 0.310.9 1169 975 0.351 859 981 0.27



AIRFLOW DATA — 4 TONS

Standard Direct Drive Motor — Down Shot Standard Direct Drive Motor — Horizontal

CFM Static Watts RPM Speed CFM Static Watts RPM Speed1330 0.8 466 977

Med

1307 0.7 508 980

Med

1468 0.7 498 947 1404 0.6 526 9541581 0.6 524 915 1495 0.5 550 9251679 0.5 542 881 1577 0.4 578 8981756 0.4 560 841 1659 0.3 596 8651811 0.3 572 808 1711 0.2 541 8321854 0.2 594 780 1771 0.1 558 8041305 0.9 592 1034

High

1285 0.8 586 1035

High

1473 0.8 624 1006 1448 0.7 620 10081607 0.7 652 979 1551 0.6 648 9921744 0.6 682 953 1662 0.5 672 9701840 0.5 704 930 1705 0.4 688 9471875 0.4 724 909 1818 0.3 724 926

Notes 1867 0.2 734 903Assumes dry coil with fi lter in place; SCFM correction for wet coil = 4%Four ton models are shipped from the factory with speed tap set on medium speed.

Standard Belt Drive Down-Shot

ESP, In H2O


CFM RPM BHP CFM RPM BHP CFM RPM BHP CFM RPM BHP CFM RPM BHP CFM RPM BHP0.20.3 1851 826 0.440.4 1872 887 0.5 1665 831 0.390.5 1720 887 0.45 1503 831 0.340.6 1767 942 0.52 1576 892 0.410.7 1818 992 0.59 1564 942 0.44 1334 892 0.330.8 1624 997 0.51 1340 947 0.370.9 1739 1052 0.62 1423 1000 0.451 1842 1101 0.72 1551 1052 0.54

1.1 1653 1107 0.63 1316 1057 0.45

Standard Belt Drive Horizontal

ESP, In H2O


CFM RPM BHP CFM RPM BHP CFM RPM BHP CFM RPM BHP CFM RPM BHP CFM RPM BHP0.2 1839 887 0.5 1706 832 0.40.3 1851 942 0.54 1716 887 0.45 1591 832 0.370.4 1730 942 0.5 1617 887 0.41 1445 837 0.320.5 1742 997 0.56 1631 942 0.47 1478 888 0.370.6 1662 997 0.53 1477 947 0.410.7 1777 1052 0.64 1519 1001 0.480.8 1862 1101 0.73 1646 1052 0.58 1369 1002 0.420.9 1687 1107 0.65 1491 1052 0.521 1548 1107 0.59

1.1 1397 1112 0.54



AIRFLOW DATA — DIRECT DRIVE — 5 TONS

STANDARD DIRECT DRIVE MOTOR, DOWN SHOT STANDARD DIRECT DRIVE MOTOR, HORIZONTAL

Standard Cfm Static Amps Watts Rpm Speed

TapStandard

Cfm Static Amps Watts Rpm Speed Tap

765 0.9 2.15 245 910

T1

730 0.9 2.20 260 920

T1

820 0.8 2.05 230 870 785 0.8 2.00 235 890905 0.7 2.00 225 830 850 0.7 2.00 230 850965 0.6 1.90 215 790 915 0.6 1.95 210 815

1040 0.5 1.80 200 730 980 0.5 1.90 205 7801120 0.4 1.70 180 690 1055 0.4 1.75 200 7301180 0.3 1.60 175 645 1120 0.3 1.70 185 6801255 0.2 1.50 160 595 1190 0.2 1.60 175 6351440 0.1 1.70 180 580 1250 0.1 1.50 150 595995 0.9 2.60 310 935

T2

955 0.9 2.70 325 960

T2

1060 0.8 2.60 300 905 1000 0.8 2.60 305 9251130 0.7 2.45 290 855 1070 0.7 2.55 295 8951190 0.6 2.40 270 810 1120 0.6 2.45 285 8551260 0.5 2.30 260 765 1185 0.5 2.40 270 8051315 0.4 2.20 240 730 1255 0.4 2.30 260 7701375 0.3 2.05 220 680 1305 0.3 2.15 245 7251445 0.2 2.00 220 645 1360 0.2 2.00 230 6851520 0.1 1.90 205 595 1415 0.1 2.00 220 6551675 0.9 4.90 615 1020

T3

1575 0.9 4.85 630 1065

T3

1715 0.8 4.70 590 980 1620 0.8 4.75 620 10351785 0.7 4.60 580 955 1670 0.7 4.70 600 10101835 0.6 4.50 560 930 1750 0.6 4.60 600 9751895 0.5 4.40 540 890 1780 0.5 4.50 570 9401950 0.4 4.20 530 855 1835 0.4 4.40 555 9202005 0.3 4.05 510 820 1870 0.3 4.30 545 8902045 0.2 3.95 490 790 1900 0.2 4.20 525 8652030 0.1 3.80 470 750 1950 0.1 4.05 500 8301685 0.9 5.40 690 1030

T4

1605 0.9 5.75 735 1090

T4

1725 0.8 5.30 665 1005 1660 0.8 5.65 705 10551795 0.7 5.15 665 965 1690 0.7 5.51 690 10301835 0.6 5.05 640 940 1735 0.6 5.36 680 10001905 0.5 4.95 635 915 1786 0.5 5.24 665 9751990 0.4 4.80 600 875 1855 0.4 5.15 650 9502080 0.3 4.70 590 850 1905 0.3 5.10 640 9252150 0.2 4.50 565 810 1925 0.2 4.95 635 9002200 0.1 4.40 545 780 2015 0.1 4.85 600 8751910 0.9 6.10 810 1065

T5

1805 0.9 6.00 800 1115

T5

1945 0.8 5.95 790 1035 1890 0.8 6.10 810 10901985 0.7 5.90 775 1005 1935 0.7 6.05 800 10652045 0.6 5.75 750 975 1990 0.6 5.95 785 10402090 0.5 5.57 730 940 2020 0.5 5.85 765 10202140 0.4 5.50 705 915 2070 0.4 5.70 755 9852190 0.3 5.30 685 880 2100 0.3 5.65 740 9652225 0.2 5.20 665 850 2140 0.2 5.55 720 9402275 0.1 5.10 640 820 2170 0.1 5.40 710 915

NotesAssumes dry coil with fi lter in place; SCFM correction for wet coil = 4%Five-ton models are shipped from the factory with speed tap set on T4.



AIRFLOW DATA — BELT DRIVE — 5 TONS

STANDARD BELT DRIVE — DOWN SHOT

ESP, In H2O

Turns Open

0 1 2 3 4 5

CFM RPM BHP CFM RPM BHP CFM RPM BHP CFM RPM BHP CFM RPM BHP CFM RPM BHP

0.2 2,399 951 0.69 2,213 895 0.6

0.4 2,317 1,008 0.75 2,172 956 0.65 1,924 899 0.55

0.6 2,627 1,157 1.06 2,498 1,115 0.94 2,310 1,066 0.79 2,040 1,014 0.69 1,868 961 0.59 1,557 902 0.49

0.8 2,392 1,162 1.02 2,215 1,121 0.87 2,025 1,071 0.73 1,752 1,019 0.63 1,465 965 0.52

1 2,154 1,173 0.93 1,920 1,126 0.78 1,665 1,077 0.65

1.2 1,748 1,184 0.83 1,569 1,135 0.7 1,199 1,084 0.56

1.4 1,371 1,190 0.74 1,077 1,143 0.62

1.6

HIGH-STATIC, BELT DRIVE — DOWN SHOT

ESP, In H2O

Turns Open

0 1 2 3 4 5


0.2

0.4

0.6 2,551 1,134 1.01 2,259 1,079 0.91

0.8 2,705 1,241 1.21 2,498 1,189 1.09 2,235 1,134 0.96 2,052 1,079 0.85

1 2,690 1,299 1.28 2,521 1,245 1.14 2,269 1,195 1.02 2,015 1,140 0.9 1,687 1,085 0.79

1.2 2,661 1,355 1.34 2,466 1,302 1.22 2,188 1,250 1.06 1,966 1,196 0.95 1,613 1,145 0.83 1,243 1,090 0.71

1.4 2,437 1,360 1.27 2,167 1,311 1.13 1,870 1,256 0.98 1,566 1,200 0.86 1,130 1,147 0.75 647 1,090 0.64

1.6 2,132 1,371 1.18 1,865 1,316 1.05 1,496 1,261 0.9 991 1,206 0.76 615 1,151 0.68

Standard Belt Drive — Downshot High-Static, Belt Drive — Downshot

0

0.2

0.4

0.6

0.8

1

1.2

1.4

1.6

1.8

0 500 1,000 1,500 2,000 2,500 3,000

Airflow, CFM

ES

P,

In H

2O Decreasing turns

5 Turns

0

0.2

0.4

0.6

0.8

1

1.2

1.4

1.6

1.8

0 500 1,000 1,500 2,000 2,500 3,000

Airflow, CFM

ES

P, In

H2O

Decreasing turns

5 Turns



AIRFLOW DATA — BELT DRIVE (CONT.) — 5 TONS

STANDARD BELT DRIVE — HORIZONTAL

ESP, In H2O

Turns Open

0 1 2 3 4 5


0.2 2,533 1,058 0.84 2,346 1,000 0.73 2,213 950 0.64 2,004 898 0.57

0.4 2,451 1,120 0.89 2,278 1,063 0.79 2,154 1,007 0.68 1,976 956 0.6 1,742 903 0.52

0.6 2,436 1,175 0.95 2,227 1,122 0.84 2,065 1,069 0.73 1,899 1,014 0.64 1,691 961 0.55 1,450 903 0.47

0.8 2,236 1,181 0.89 2,011 1,129 0.78 1,839 1,074 0.68 1,615 1,021 0.58 1,331 967 0.49 986 909 0.42

1 2,008 1,187 0.82 1,777 1,137 0.71 1,555 1,079 0.61 1,165 1,027 0.51 852 972 0.43

1.2 1,746 1,193 0.75 1,467 1,143 0.64 1,128 1,090 0.54 710 1,033 0.45

1.4 1,012 1,148 0.56 653 1,096 0.46

1.6

HIGH-STATIC, BELT DRIVE — HORIZONTAL

ESP, In H2O

Turns Open

0 1 2 3 4 5


0.2 2,376 1,074 0.91

0.4 2,537 1,225 1.14 2,498 1,190 1.05 2,347 1,135 0.97 2,179 1,077 0.87

0.6 2,595 1,300 1.22 2,399 1,234 1.11 2,350 1,193 1.00 2,154 1,138 0.92 1,955 1,081 0.84

0.8 2,648 1,355 1.29 2,527 1,306 1.18 2,210 1,242 1.06 2,157 1,195 0.95 1,928 1,141 0.87 1,714 1,084 0.79

1 2,444 1,361 1.23 2,329 1,305 1.12 2,001 1,246 1.00 1,902 1,198 0.91 1,668 1,144 0.82 1,411 1,088 0.74

1.2 2,280 1,365 1.16 2,127 1,311 1.06 1,806 1,249 0.94 1,613 1,203 0.85 1,291 1,149 0.76 997 1,090 0.67

1.4 2,061 1,367 1.11 1,872 1,316 0.99 1,557 1,256 0.89 1,226 1,206 0.77 881 1,151 0.7 605 1,095 0.63

1.6 1,826 1,372 1.05 1,590 1,319 0.93 1,197 1,264 0.81 831 1,209 0.71

Standard Belt Drive — Horizontal High-Static, Belt Drive — Horizontal

0

0.2

0.4

0.6

0.8

1

1.2

1.4

1.6

1.8

0 500 1,000 1,500 2,000 2,500 3,000

Airflow, CFM

ES

P,

In H

2O

Decreasing turns

5 Turns

0

0.2

0.4

0.6

0.8

1

1.2

1.4

1.6

1.8

0 500 1,000 1,500 2,000 2,500 3,000

Airflow, CFM

ES

P, In

H2O

Decreasing turns

5 Turns



EXPANDED COOLING DATA — 3 TONS

Out

door

Am

bien

t Tem

pera

ture

6575

8595

105

115

Ente

ring

Indo

or W

et B

ulb

Tem

pera

ture

IDB

Airfl

ow

5963

6771

5963

6771

5963

6771

5963

6771

5963

6771

5963

6771

70

1350

MB

h34

.335

.538

.9-

33.5

34.7

38.0

-32

.733

.937

.1-

31.9

33.1

36.2

-30

.331

.434

.4-

28.1

29.1

31.9

-

S/T

0.74

0.62

0.43

-0.

770.

640.

45-

0.79

0.66

0.46

-0.

820.

680.

47-

0.85

0.71

0.49

-0.

850.

710.

49-

∆T17

1511

-18

1512

-18

1512

-18

1512

-17

1511

-16

1411

-

Hi P

r22

824

525

9-

256

275

290

-29

131

333

0-

331

356

376

-37

240

142

3-

411

443

468

-

Lo P

r10

411

012

0-

110

117

127

-11

412

113

2-

120

127

139

-12

513

314

6-

130

138

151

-

1200

MB

h33

.334

.537

.8-

32.5

33.7

36.9

-31

.732

.936

.1-

31.0

32.1

35.2

-29

.430

.533

.4-

27.3

28.3

31.0

-

S/T

0.71

0.59

0.41

-0.

730.

610.

43-

0.75

0.63

0.44

-0.

780.

650.

45-

0.81

0.67

0.47

-0.

810.

680.

47-

∆T18

1612

-18

1612

-18

1612

-18

1612

-18

1612

-17

1511

-

Hi P

r22

524

325

6-

253

272

287

-28

831

032

7-

328

353

372

-36

939

741

9-

407

438

463

-

Lo P

r10

310

911

9-

108

115

126

-11

312

013

1-

118

126

137

-12

413

214

4-

128

137

149

-

1050

MB

h30

.731

.934

.9-

30.0

31.1

34.1

-29

.330

.433

.3-

28.6

29.6

32.5

-27

.228

.230

.8-

25.2

26.1

28.6

-

S/T

0.68

0.57

0.40

-0.

710.

590.

41-

0.73

0.61

0.42

-0.

750.

630.

43-

0.78

0.65

0.45

-0.

780.

660.

45-

∆T18

1612

-19

1612

-19

1612

-19

1612

-19

1612

-17

1511

-

Hi P

r21

923

524

9-

245

264

279

-27

930

031

7-

318

342

361

-35

838

540

6-

395

425

449

-

Lo P

r10

010

611

6-

105

112

122

-10

911

612

7-

115

122

133

-12

012

814

0-

124

132

145

-

75

1350

MB

h34

.935

.938

.941

.734

.135

.138

.040

.733

.334

.237

.139

.832

.433

.436

.238

.830

.831

.734

.436

.928

.629

.431

.834

.2

S/T

0.84

0.76

0.57

0.37

0.88

0.78

0.59

0.38

0.90

0.80

0.61

0.39

0.93

0.83

0.63

0.40

0.96

0.86

0.65

0.42

0.97

0.87

0.66

0.42

∆T20

1815

1020

1915

1120

1915

1120

1915

1120

1915

1119

1714

10

Hi P

r23

024

826

127

325

827

829

330

629

431

633

434

833

436

038

039

637

640

542

744

641

644

747

249

3

Lo P

r10

511

112

213

011

111

812

913

711

512

213

414

212

112

914

014

912

713

514

715

713

113

915

216

2

1200

MB

h33

.934

.937

.740

.533

.134

.136

.939

.632

.333

.236

.038

.631

.532

.435

.137

.729

.930

.833

.335

.827

.728

.530

.933

.2

S/T

0.81

0.72

0.55

0.35

0.84

0.75

0.57

0.36

0.86

0.77

0.58

0.37

0.88

0.79

0.60

0.38

0.92

0.82

0.62

0.40

0.93

0.83

0.63

0.40

∆T21

1916

1121

1916

1121

2016

1121

2016

1121

1916

1120

1815

10

Hi P

r22

824

525

927

025

627

529

030

329

131

333

034

533

135

637

639

237

240

142

344

141

244

346

848

8

Lo P

r10

411

012

012

811

011

712

713

511

412

113

214

112

012

713

914

812

513

314

615

513

013

815

116

0

1050

MB

h31

.332

.234

.837

.430

.531

.434

.036

.529

.830

.733

.235

.629

.129

.932

.434

.827

.628

.430

.833

.025

.626

.328

.530

.6

S/T

0.78

0.69

0.53

0.34

0.81

0.72

0.55

0.35

0.83

0.74

0.56

0.36

0.85

0.76

0.58

0.37

0.88

0.79

0.60

0.39

0.89

0.80

0.60

0.39

∆T21

2016

1122

2016

1122

2016

1122

2016

1121

2016

1120

1815

10

Hi P

r22

123

825

126

224

826

728

229

428

230

332

033

432

134

636

538

136

138

941

142

839

943

045

447

3

Lo P

r10

110

711

712

410

611

312

313

111

011

712

813

711

612

313

514

312

212

914

115

012

613

414

615

6

IDB

= E

nter

ing

Indo

or D

ry B

ulb

Tem

pera

ture

Sha

ded

area

refl e

cts

AC

CA

(TVA

) con

ditio

nsH

igh

and

low

pre

ssur

es a

re m

easu

red

at th

e liq

uid

and

suct

ion

serv

ice

ports

.D

esig

n S

uper

heat

7±2

°F,

Des

ign

Sub

cool

ing

12 ±

2 °F

pre

ssur

es m

easu

red

@ th

e su

ctio

n an

d liq

uid

serv

ice

ports

, AR

I 95

test

con

ditio

ns



EXPANDED COOLING DATA (CONT.) — 3 TONS

Out

door

Am

bien

t Tem

pera

ture

6575

8595

105

115

Ente

ring

Indo

or W

et B

ulb

Tem

pera

ture

IDB

Airfl

ow

5963

6771

5963

6771

5963

6771

5963

6771

5963

6771

5963

6771

80

1350

MB

h35

.536

.338

.841

.434

.735

.437

.940

.533

.834

.637

.039

.533

.033

.736

.138

.531

.432

.134

.236

.629

.129

.731

.733

.9

S/T

0.93

0.87

0.71

0.53

0.96

0.90

0.73

0.55

1.00

0.92

0.75

0.56

1.00

0.95

0.78

0.58

1.00

1.00

0.81

0.60

1.00

1.00

0.81

0.61

∆T22

2119

1523

2219

1523

2219

1522

2219

1521

2219

1520

2018

14

Hi P

r23

225

026

427

526

128

129

630

929

731

933

735

133

836

338

440

038

040

943

245

042

045

247

749

8

Lo P

r10

611

312

313

111

211

913

013

811

612

413

514

412

213

014

215

112

813

614

915

813

214

115

416

4

1200

MB

h34

.535

.237

.640

.233

.734

.436

.839

.332

.933

.635

.938

.432

.132

.835

.037

.430

.531

.133

.335

.528

.228

.830

.832

.9

S/T

0.88

0.83

0.67

0.50

0.92

0.86

0.70

0.52

0.94

0.88

0.72

0.54

0.97

0.91

0.74

0.55

1.00

0.94

0.77

0.57

1.00

0.95

0.77

0.58

∆T23

2219

1624

2320

1624

2320

1624

2320

1623

2220

1622

2118

15

Hi P

r23

024

826

127

325

827

829

330

629

431

633

434

833

436

038

039

637

640

542

844

641

644

747

249

3

Lo P

r10

511

112

213

011

111

812

913

711

512

213

414

212

112

914

014

912

713

514

715

713

113

915

216

2

1050

MB

h31

.832

.534

.737

.131

.131

.733

.936

.330

.331

.033

.135

.429

.630

.232

.334

.528

.128

.730

.732

.826

.026

.628

.430

.4

S/T

0.85

0.80

0.65

0.49

0.88

0.83

0.67

0.50

0.91

0.85

0.69

0.52

0.93

0.88

0.71

0.53

0.97

0.91

0.74

0.55

0.98

0.92

0.75

0.56

∆T24

2320

1624

2320

1624

2320

1624

2320

1624

2320

1622

2119

15

Hi P

r22

324

025

426

525

026

928

529

728

530

632

433

832

434

936

938

436

539

341

543

340

343

445

847

8

Lo P

r10

210

811

812

610

711

412

513

311

211

913

013

811

712

513

614

512

313

114

315

212

713

514

815

7

85

1350

MB

h36

.136

.838

.641

.135

.336

.037

.740

.234

.435

.136

.839

.233

.634

.235

.938

.331

.932

.534

.136

.429

.630

.131

.633

.7

S/T

0.97

0.94

0.85

0.69

1.00

0.97

0.88

0.71

1.00

1.00

0.90

0.73

1.00

1.00

0.93

0.75

1.00

1.00

0.96

0.78

1.00

1.00

0.97

0.79

∆T24

2422

1924

2422

1923

2423

1923

2323

2022

2222

1920

2121

18

Hi P

r23

525

326

727

826

328

329

931

230

032

234

035

534

136

738

840

438

441

343

645

542

445

648

250

3

Lo P

r10

711

412

413

211

312

013

114

011

712

513

614

512

313

114

315

212

913

715

016

013

414

215

516

5

1200

MB

h35

.135

.737

.439

.934

.334

.936

.639

.033

.434

.135

.738

.132

.633

.334

.837

.231

.031

.633

.135

.328

.729

.330

.632

.7

S/T

0.93

0.89

0.81

0.65

0.96

0.93

0.84

0.68

0.98

0.95

0.86

0.70

1.00

0.98

0.89

0.72

1.00

1.00

0.92

0.75

1.00

1.00

0.93

0.75

∆T25

2423

2025

2523

2025

2523

2025

2524

2024

2423

2022

2222

19

Hi P

r23

225

026

427

526

128

129

630

929

731

933

735

133

836

338

440

038

040

943

245

042

045

247

749

8

Lo P

r10

611

312

313

111

211

913

013

811

612

413

514

412

213

014

215

112

813

614

915

813

214

115

416

4

1050

MB

h32

.433

.034

.636

.931

.632

.233

.836

.030

.931

.532

.935

.130

.130

.732

.134

.328

.629

.230

.532

.626

.527

.028

.330

.2

S/T

0.89

0.86

0.78

0.63

0.93

0.89

0.81

0.65

0.95

0.92

0.83

0.67

0.98

0.95

0.85

0.69

1.00

0.98

0.89

0.72

1.00

0.99

0.89

0.72

∆T25

2524

2026

2524

2126

2524

2126

2524

2125

2524

2023

2322

19

Hi P

r22

524

325

626

725

327

228

730

028

831

032

734

132

835

337

238

836

939

741

943

740

743

846

348

3

Lo P

r10

310

911

912

710

811

512

613

411

312

013

113

911

812

613

714

612

413

214

415

312

813

614

915

9

IDB

= E

nter

ing

Indo

or D

ry B

ulb

Tem

pera

ture

Sha

ded

area

refl e

cts

AR

I rat

ings

con

ditio

nsH

igh

and

low

pre

ssur

es a

re m

easu

red

at th

e liq

uid

and

suct

ion

serv

ice

ports

.D

esig

n S

uper

heat

7±2

°F,

Des

ign

Sub

cool

ing

12 ±

2 °F

pre

ssur

es m

easu

red

@ th

e su

ctio

n an

d liq

uid

serv

ice

ports

, AR

I 95

test

con

ditio

ns




Out

door

Am

bien

t Tem

pera

ture

6575

8595

105

115

Ente

ring

Indo

or W

et B

ulb

Tem

pera

ture

IDB

Airfl

ow

5963

6771

5963

6771

5963

6771

5963

6771

5963

6771

5963

6771

70

1800

MB

h45

.146

.751

.2-

44.0

45.6

50.0

-43

.044

.548

.8-

41.9

43.5

47.6

-39

.841

.345

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41.9

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770.

650.

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0.80

0.67

0.46

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820.

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0.85

0.71

0.49

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0.89

0.74

0.51

-∆T

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12-

1816

12-

1816

12-

1816

12-

1816

12-

1714

11-

kW3.

223.

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3.45

3.52

3.62

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3.83

3.91

4.03

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064.

19-

4.11

4.19

4.32

-H

I PR

234

252

266

-26

328

329

9-

299

322

340

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136

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7-

383

412

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LO P

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111

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132

140

153

-

1600

MB

h43

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48.5

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40.7

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37.1

40.7

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650.

45-

0.81

0.68

0.47

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840.

700.

49-

0.85

0.71

0.49

-∆T

1916

12-

1916

12-

1916

12-

1916

12-

1916

12-

1715

11-

kW3.

203.

263.

36-

3.42

3.49

3.60

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623.

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3.80

3.88

3.99

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954.

034.

15-

4.08

4.16

4.29

-H

I PR

232

250

264

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028

029

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296

319

336

-33

736

338

3-

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LO P

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110

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131

139

152

-

1400

MB

h40

.441

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39.5

40.9

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42.7

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760.

630.

44-

0.78

0.65

0.45

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810.

680.

47-

0.82

0.68

0.47

-∆T

1916

12-

1917

13-

1917

13-

1917

13-

1916

12-

1815

12-

kW3.

133.

193.

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3.35

3.41

3.51

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613.

72-

3.71

3.79

3.90

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06-

3.98

4.06

4.19

-H

I PR

225

242

256

-25

327

228

7-

287

309

326

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396

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LO P

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107

114

124

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213

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2-

127

135

147

-

75

1800

MB

h45

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790.

600.

380.

910.

810.

620.

400.

930.

840.

630.

410.

960.

860.

650.

421.

000.

900.

680.

441.

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900.

680.

44∆T

2119

1611

2119

1611

2119

1611

2119

1611

2119

1611

1918

1510

kW3.

253.

313.

413.

513.

483.

553.

653.

763.

683.

753.

873.

993.

863.

944.

064.

184.

014.

094.

224.

354.

144.

234.

364.

50H

I PR

237

255

269

281

266

286

302

315

302

325

343

358

344

370

391

408

387

417

440

459

428

460

486

507

LO P

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711

312

413

211

312

013

113

911

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413

614

512

313

114

315

212

913

715

015

913

314

215

516

5

1600

MB

h44

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840.

750.

570.

370.

870.

780.

590.

380.

890.

800.

600.

390.

920.

820.

620.

400.

950.

850.

650.

420.

960.

860.

650.

42∆T

2120

1611

2220

1611

2220

1611

2220

1711

2220

1611

2019

1510

kW3.

223.

293.

383.

483.

453.

523.

623.

733.

653.

733.

843.

963.

833.

914.

034.

153.

984.

064.

194.

324.

114.

194.

334.

46H

I PR

234

252

266

278

263

283

299

312

299

322

340

354

341

367

387

404

383

412

435

454

423

456

481

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LO P

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511

212

213

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612

313

414

312

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713

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214

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316

3

1400

MB

h41

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720.

550.

350.

840.

750.

570.

360.

860.

770.

580.

370.

890.

790.

600.

390.

920.

820.

620.

400.

930.

830.

630.

40∆T

2220

1611

2220

1711

2220

1712

2220

1712

2220

1711

2019

1511

kW3.

153.

213.

313.

403.

373.

443.

543.

653.

573.

643.

753.

863.

743.

823.

934.

053.

893.

974.

094.

224.

014.

094.

224.

36H

I PR

227

245

258

269

255

275

290

302

290

312

330

344

330

356

375

392

372

400

422

441

411

442

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210

911

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Des

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6575

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Airfl

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5963

6771

5963

6771

5963

6771

5963

6771

5963

6771

5963

6771

80

1800

MB

h46

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631.

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63∆T

2322

1915

2322

1915

2322

1916

2223

2016

2122

1915

2020

1814

kW3.

273.

333.

433.

533.

503.

573.

683.

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713.

783.

904.

023.

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094.

224.

044.

134.

254.

394.

174.

264.

394.

54H

I PR

239

257

272

283

268

289

305

318

305

328

347

362

348

374

395

412

391

421

444

463

432

465

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512

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811

412

513

311

412

113

214

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612

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013

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116

113

514

315

616

6

1600

MB

h45

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561.

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770.

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60∆T

2423

2016

2423

2016

2423

2016

2423

2016

2323

2016

2122

1915

kW3.

253.

313.

413.

513.

483.

553.

653.

763.

683.

753.

873.

993.

863.

944.

064.

194.

014.

094.

224.

354.

144.

234.

364.

50H

I PR

237

255

269

281

266

286

302

315

302

325

343

358

344

370

391

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417

440

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711

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314

215

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5

1400

MB

h41

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880.

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540.

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58∆T

2423

2016

2524

2116

2524

2116

2524

2117

2423

2016

2322

1915

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183.

243.

333.

433.

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473.

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783.

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773.

853.

964.

093.

924.

004.

124.

254.

044.

134.

264.

39H

I PR

230

247

261

272

258

277

293

305

293

315

333

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334

359

379

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0

85

1800

MB

h47

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82∆T

2424

2320

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2323

2320

2122

2320

2020

2119

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293.

363.

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053.

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004.

124.

254.

074.

164.

294.

424.

214.

294.

434.

57H

I PR

241

260

274

286

271

292

308

321

308

332

350

365

351

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399

416

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114

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213

614

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1600

MB

h46

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78∆T

2625

2421

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2421

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273.

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254.

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264.

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54H

I PR

239

257

272

283

268

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116

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315

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1400

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h42

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75∆T

2626

2421

2626

2421

2626

2421

2626

2521

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2421

2323

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203.

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154.

284.

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43H

I PR

232

250

264

275

260

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296

308

296

319

336

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5963

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1715

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011

712

8-

115

122

133

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814

0-

126

134

146

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915

1-

1794

MB

h52

.354

.259

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51.1

53.0

58.1

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.951

.756

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48.7

50.5

55.3

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42.8

44.4

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690.

570.

40-

0.71

0.60

0.41

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730.

610.

42-

0.75

0.63

0.44

-0.

780.

650.

45-

0.79

0.66

0.46

-∆T

1816

12-

1916

12-

1916

12-

1916

12-

1916

12-

1715

11-

kW3.

873.

954.

08-

4.17

4.25

4.39

-4.

424.

524.

66-

4.65

4.75

4.91

-4.

854.

955.

12-

5.01

5.13

5.29

-A

mps

10.2

10.4

10.7

-11

.011

.211

.6-

11.9

12.2

12.6

-12

.713

.013

.4-

13.5

13.8

14.2

-14

.214

.615

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Hi P

r23

425

226

6-

263

283

299

-29

932

234

0-

341

367

387

-38

341

243

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423

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101

108

118

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711

412

4-

111

118

129

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413

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122

130

142

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514

7-

75

2306

MB

h59

.461

.266

.271

.058

.059

.764

.769

.456

.658

.363

.167

.755

.256

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.152

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.562

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.154

.258

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/T0.

850.

760.

580.

370.

880.

790.

600.

380.

900.

810.

610.

390.

930.

830.

630.

410.

970.

870.

660.

420.

980.

870.

660.

43∆T

2019

1510

2019

1511

2019

1511

2119

1611

2019

1511

1917

1410

kW4.

034.

114.

244.

384.

344.

434.

574.

724.

614.

714.

865.

024.

854.

965.

125.

295.

055.

175.

345.

525.

235.

355.

525.

71A

mps

10.6

10.9

11.2

11.6

11.5

11.7

12.1

12.5

12.4

12.7

13.1

13.6

13.3

13.6

14.0

14.5

14.1

14.4

14.9

15.5

14.9

15.3

15.8

16.4

Hi P

r24

626

528

029

227

729

831

432

831

533

835

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335

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640

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120

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117

124

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129

137

149

159

133

142

155

165

2050

MB

h57

.759

.464

.369

.056

.358

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.455

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.661

.365

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.655

.259

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810.

730.

550.

350.

840.

750.

570.

370.

860.

770.

580.

380.

890.

800.

600.

390.

920.

830.

630.

400.

930.

830.

630.

41∆T

2119

1611

2120

1611

2120

1611

2120

1611

2119

1611

2018

1510

kW4.

004.

084.

21bb

4.30

4.40

4.54

4.68

4.57

4.67

4.82

4.98

4.81

4.92

5.08

5.25

5.01

5.12

5.29

5.47

5.19

5.30

5.48

5.66

Am

ps10

.510

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.111

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.612

.012

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.312

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244

263

277

289

274

295

311

325

311

335

354

369

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382

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420

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441

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316

3

1794

MB

h53

.254

.859

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.256

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780.

700.

530.

340.

810.

720.

550.

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740.

560.

360.

860.

770.

580.

370.

890.

800.

600.

390.

900.

800.

610.

39∆T

2120

1611

2220

1611

2220

1611

2220

1611

2120

1611

2018

1510

kW3.

903.

994.

114.

244.

204.

294.

434.

574.

464.

564.

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864.

694.

794.

955.

114.

895.

005.

165.

335.

065.

175.

345.

52A

mps

10.3

10.5

10.8

11.2

11.1

11.3

11.7

12.1

12.0

12.3

12.7

13.1

12.8

13.1

13.5

14.0

13.6

13.9

14.4

14.9

14.4

14.7

15.2

15.8

Hi P

r23

725

526

928

126

628

630

231

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232

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Out

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5963

6771

5963

6771

5963

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5963

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5963

6771

5963

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80

2306

MB

h60

.461

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930.

760.

571.

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960.

780.

581.

001.

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810.

611.

001.

000.

820.

61∆T

2222

1915

2322

1915

2322

1915

2222

1915

2122

1915

2020

1814

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154.

284.

424.

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474.

614.

764.

654.

754.

905.

074.

895.

005.

165.

335.

105.

215.

385.

565.

275.

395.

575.

76A

mps

10.7

11.0

11.3

11.7

11.6

11.8

12.2

12.7

12.5

12.8

13.3

13.7

13.4

13.7

14.1

14.7

14.2

14.6

15.0

15.6

15.0

15.4

15.9

16.5

Hi P

r24

926

828

329

527

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131

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131

834

236

137

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114

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121

132

141

118

126

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130

138

151

161

134

143

156

166

2050

MB

h58

.760

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.358

.662

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.261

.165

.354

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890.

830.

680.

510.

920.

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890.

720.

540.

980.

920.

740.

561.

000.

950.

770.

581.

000.

960.

780.

58∆T

2322

2016

2423

2016

2423

2016

2423

2016

2323

2016

2221

1815

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034.

124.

244.

384.

344.

434.

574.

724.

614.

714.

865.

024.

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965.

125.

295.

055.

175.

345.

525.

235.

355.

535.

71A

mps

10.6

10.9

11.2

11.6

11.5

11.7

12.1

12.5

12.4

12.7

13.1

13.6

13.3

13.6

14.0

14.5

14.1

14.4

14.9

15.5

14.9

15.3

15.8

16.4

Hi P

r24

726

528

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137

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159

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142

155

165

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MB

h54

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700.

520.

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720.

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980.

920.

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560.

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920.

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56∆T

2423

2016

2423

2016

2423

2016

2423

2016

2423

2016

2221

1915

kW3.

934.

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834.

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105.

215.

385.

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10.4

10.6

10.9

11.3

11.2

11.4

11.8

12.2

12.1

12.4

12.8

13.2

12.9

13.2

13.6

14.1

13.7

14.0

14.5

15.0

14.5

14.9

15.3

15.9

Hi P

r23

925

727

228

326

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119

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154

129

137

150

160

85

2306

MB

h61

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761.

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79∆T

2424

2219

2424

2320

2324

2320

2323

2320

2222

2219

2020

2118

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094.

184.

314.

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654.

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945.

114.

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045.

215.

385.

145.

255.

435.

615.

325.

445.

625.

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mps

10.8

11.1

11.4

11.8

11.7

11.9

12.3

12.8

12.7

13.0

13.4

13.9

13.5

13.8

14.3

14.8

14.3

14.7

15.2

15.7

15.2

15.6

16.1

16.7

Hi P

r25

127

128

629

828

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432

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127

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131

140

152

162

136

144

158

168

2050

MB

h59

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2525

2320

2525

2420

2525

2420

2525

2421

2424

2320

2222

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154.

284.

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654.

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165.

335.

105.

215.

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565.

275.

395.

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10.7

11.0

11.3

11.7

11.6

11.8

12.2

12.7

12.5

12.8

13.3

13.7

13.4

13.7

14.1

14.7

14.2

14.6

15.0

15.6

15.0

15.4

15.9

16.5

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r24

926

828

329

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166

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MB

h55

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870.

780.

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2525

2420

2625

2421

2625

2421

2625

2421

2525

2421

2323

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314.

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255.

425.

145.

265.

435.

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10.4

10.7

11.0

11.4

11.3

11.5

11.9

12.3

12.2

12.5

12.9

13.4

13.0

13.3

13.8

14.3

13.8

14.2

14.6

15.2

14.6

15.0

15.5

16.1

Hi P

r24

226

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DIMENSIONS

ABCD

F

E

I

G

H

J

KL

M

N O PQ

R

S

T

U

V

Downflow Horizontal

W

X Y

Z

Point Dimension(“) Point Dimension

(“)A 3½ N 17 B 2⅝ O 7⅜C 11 P 11 D 17 Q 4⅞E 4¾ R 1¾F 41½ S 25 G 3 T 4½H 12 U 7½I 75⅛ V 12 J 25 W 4½K 36⅜ X 82¼L 40⅞ Y 81¼M 7 1/16 Z 47⅜



UNIT CLEARANCES

Maintain an adequate clearance around the unit for safety, service, maintenance, and proper unit operation. Leave a total clearance of 75” on the main control panel side of the unit for possible removal of fan shaft, coil, electric heat, and gas furnace. Leave a clearance of 48” on all other sides of the unit for possible compressor removal or service access, and to ensure proper ventilation and condenser airfl ow. Do not install the unit beneath any obstruction. Install the unit away from all building exhausts to inhibit ingestion of exhaust air into the unit’s fresh-air intake.

ELECTRICAL ENTRANCE LOCATIONS

8½”

8⅝”

2¾”

Low-Voltage Entrance

High-Voltage Entrance



ROOF CURB INSTALLATION — RIGGING

Provisions for forks have been included in the unit base frame. No other fork locations are approved.

Unit must be lifted by the four lifting holes located at the base frame corners.Lifting cables should be attached to the unit with shackles.The distance between the crane hook and the top of the unit must not be less than 60”.Two spreader bars must span over the unit to prevent damage to the cabinet by the lift cables. Spreader bars must be of suffi cient length so that cables do not come in contact with the unit during transport. Remove wood struts mounted beneath unit base frame before setting unit on roof curb. These struts are intended to protect unit base frame from fork lift damage. To remove the struts, extract the sheet metal retainers and pull the struts through the base of the unit. Refer to rigging label on the unit.

Important: If using bottom discharge with roof curb, duct-work should be attached to the curb prior to installing the unit. Duct-work dimensions are shown in Roof Curb Installation Instructions Manual.Refer to the Roof Curb Installation Instructions for proper curb installation. Curbing must be installed in compliance with the National Roofi ng Contractors Association Manual.Lower unit carefully onto roof mounting curb. While rigging the unit, the center of gravity will cause the condenser end to be lower than the supply air end.Bring condenser end of unit into alignment with the curb. With condenser end of the unit resting on curb member and using curb as a fulcrum, lower opposite end of the unit until entire unit is seated on the curb. When a rectangular cantilever curb is used, take care to center the unit. Check for proper alignment and orientation of supply and return openings with duct.

•

••

•

To assist in determining rigging requirements, unit weights are shown to the right.

Note: These weights are calculated without accessories installed.

Unit Weights 3-TonWeights (lbs)

4-TonWeights (lbs)

5-TonWeights (lbs)

Weight A 165 167 172Weight B 160 161 163Weight C 125 126 130Weight D 120 121 123Shipping Weight 590 595 610Operating Weight 570 575 590

Corner & Center-of-Gravity Locations

23½” CompressorReturn

Evaporator Coil

SupplyCondenserCoil

37”



ROOF CURB INSTALLATION (CONT.)Curb installations must comply with local codes and should follow the established guidelines of the National Roofi ng Contractors Association.Proper unit installation requires that the roof curb be fi rmly and permanently attached to the roof structure. Check for adequate fastening method prior to setting the unit on the curb.Full perimeter roof curbs are available from the factory and are shipped unassembled. The installing contractor is responsible for fi eld assembly, squaring, leveling, and mounting on the roof structure. All required hardware necessary for the assembly of the sheet metal curb is included in the curb accessory package.

Determine suffi cient structural support before locating and mounting the curb and package unit.Duct-work must be constructed using industry guidelines. The duct-work must be placed into the roof curb before mounting the package unit. Our full perimeter curbs include duct connection frames to be assembled with the curb. Cantilevered-type curbs are not available from the factory.

•

•

Contractor furnishes curb insulation, cant strips, fl ashing, and general roofi ng material.Support curbs on parallel sides with roof mem-bers. To prevent damage to the unit, the roof members cannot penetrate supply and return duct openings.

Note: The unit and curb accessories are designed to allow vertical duct installation before unit placement. Duct installation after unit placement is not recommended.See the manual shipped with the roof curb for assembly and installation instructions.

•

•

TOP VIEW

74

40¼

70¾ID

37 ID

3-D VIEW

19½ x 13⅜Supply Opening

28⅞ x 12½Return Opening

74 40¼

14

15/6

¾

14

1⅜

POWER AND LOW-VOLTAGE BLOCK LOCATIONS

Single-Point PowerTerminal Block

Low-Voltage Terminal Block (TB1)



HAIL GUARD DIMENSIONS



WIRING DIAGRAM — CPC036/48***1D*** (SINGLE PHASE, DIRECT DRIVE)

H

1

RCCF

T

PU

CONTROLBR

C

2

T1

4

S

T1

GR

BK

5

O

1

YL

4

BR

1

BR

T1

BK

9RD

COMP

R

BR

RCCF

T2

3C

W2 T

Y1

PLF 1

3

T

YL/PK

PU

6

F

BL

3 6

7

5

PUT3

G

T2

COMPONENT LEGEND

BL

L1

SUPPLY VOLTAGE

CM

BK

R

/

L1

4

C

RD

YL

60

BRCCMCOMPEMGNDLVJBPBPLFRCCF

SATB1TR

3

WH

C

A

1

GR

CM

W1

PLF2

YL

8

E

RD

M

C

C

2

PU

BL

S

L2

BLOWER INTERLOCK RELAYCONTACTORCONDENSER MOTORCOMPRESSOREVAPORATOR MOTOREQUPIMENT GROUNDLOW VOLTAGE JUNCTION BOXPOWER DISTRUBTION BLOCKFEMALE PLUG / CONNECTORRUN CAPACITOR FORCOMPRESSOR AND FANSTART ASSISTTERMINAL BLOCK (24V SIGNAL)TRANSFORMER

TR

BOX

LVJB

OF OVER CURRENT PROTECTION

PLF 2

BL

BK

5

YL

COMP

SEE UNIT RATING PLATE FOR TYPE AND SIZE

208-240V

C

208-240/3/60

R

208-240

Y/Y2

2

/

GND

6

1

RD PBBK

TB1

FH

RDRD T2 L2 RD

BK

RDYL

SA (IF USED)SEE NOTE 4

BL

208-240/1/60 0140L00131 REV B

H

S.A.

IF USED

NOTE #3

R

24V

THERMOSTAT

W2 W1Y

Y2CG

C

Y1TB1

TB1

YL

WH

BL

LPS

YL/PK

LPS

HPS

GR

OR

OR O

O

LOW VOLTAGE

LINE VOLTAGE

FIELD WIRING

LOW VOLTAGE

OPTIONAL HIGH VOLTAGE

FACTORY WIRING

HIGH VOLTAGE

BL/PK BLUE WITH PINK STRIPYL/PK YELLOW WITH PINK STRIP

GR GREEN

WIRE CODE

BL BLUE

PU PURPLEPK PINK

WH WHITE

BK BLACK

RD RED

BR BROWN

OR ORANGE

YL YELLOW

HPS

BL/PK

TB1

EBTDR

K1

BL

RD

FC

RD

BR

BK

2

S1

R K1

BLRD

BK

RD

XFMR-R

BK

PU

208

EM

SPEED

3 SPEED

RD

COM

UP

PK

SMOKE/FIREDETECTORREPLACESJUMPER

3

BL

TR

PU

M1

240RD

NC

1

XFMR-C

G

NOTE #2

BL

BL

PU

S2

C

NO

C

BL

RD

M2

BK

24V

GR

BK

BK

PU

RD

4

2BK

BR

31

BK

PU

EM

EBTDR BR

4

PLF

6

5

7

9

8

BR

XFMR

EBTDR

G

R

R

C

STAT

STAT

STAT

Y1

C

R

G

Y2

W

C

G

R

O

W

Y

TB1

TB1

O

C

Y2

W

R

G

TB1

2 STAGE COOLING

O

C

BL

THERMOSTATFIELD WIRING

GR

C

WITH ECONOMIZER OPTION

WH

G

Y1

GR

O

YL

R

O

C

GR

WH

RDR

W

WH

PK

Y1

Y/Y2

RD

YL

OR

G

NO ECONOMIZER

W

OR

R

G

BL

Y/Y2

W

YL

Y/Y2

Y1

OR

RD

BL

NOTES:

1. REPLACEMENT WIRE MUST BE SAME SIZE AND TYPE INSULATION AS ORIGINAL (AT LEAST 105°C) USE COPPER CONDUCTOR ONLY.2. TO CHANGE EVAPORATOR MOTOR SPEED MOVE M1 OR M2 WIRE TO COM WHERE RD WIRE IS AND PLACE RD WIRE ON EMPTY M1 OR M2 TERMINAL.3. FOR 208 VOLT TRANSFORMER OPERATION MOVE PURPLE AND RED WIRES FROM TERMINAL 3 TO TERMINAL 2 ON TRANSFORMER.4. START ASSIST FACTOR EQUIPED WHEN REQUIRED5. USE COPPER CONDUCTORS ONLY ++ USE N.E.C. CLASS 2 WIRE6. PURPLE WIRE CONNECTS TO TRANSFORMER (PIN 3)

ALTERNATEMOTOR6-WIRESSEE NOTE 6

FC3 SPEED

BL

EM

RD

BK

BR

RD

PU

Wiring is subject to change. Always refer to the wiring diagram on the unit for the most up-to-date wiring.

WA

RN

ING

Hig

h V

olt

ag

e:

Dis

con

ne

ct

all

po

we

r b

efo

re s

erv

icin

g o

r in

sta

llin

g t

his

un

it. M

ult

iple

po

we

r so

urc

es

ma

y

be

pre

sen

t. F

ail

ure

to

do

so

ma

y c

au

se p

rop

ert

y d

am

ag

e, p

ers

on

al

inju

ry, o

r d

ea

th.



WIRING DIAGRAM — CPC036/48***3D*** (THREE PHASE, DIRECT DRIVE)

H

1

RCCF

T

PU

CONTROL

BR

C

2

T1

T3

T1

GR

BK

O

1

YL

4

BR

3

BR

T1

BK

9RD

COMP

R

BR

RCCF

T2

3C

W2T

Y1

PLF 1

3

T

YL/PK

PU

F

BL

3 6

7

5

PUT3

G

T2

COMPONENT LEGEND

BL

L1

SUPPLY VOLTAGE

CM

BK

R

EM

/

L1

4

T1

RD

YL

60

BRCCMCOMPEMGNDHPSLPSLVJBPBPLFRCCF

TB1TR

WH

C

A

GR

CM

W1

YL

8

E

RD

M

C

C

2

PU

BLS

L2

BLOWER INTERLOCK RELAYCONTACTORCONDENSER MOTORCOMPRESSOREVAPORATOR MOTOREQUPIMENT GROUNDHIGH PRESSURE SWITCHLOW PRESSURE SWITCHLOW VOLTAGE JUNCTION BOXPOWER DISTRUBTION BLOCKFEMALE PLUG / CONNECTORRUN CAPACITOR FORCONDENSER FANTERMINAL BLOCK (24V SIGNAL)TRANSFORMER

TR

BOX

LVJB


PLF 2

BL

BK

5

YL

COMP


208-240V

C

208-240/1/60

T2

208-240

BK

Y/Y2

/

GND

6

1

PB

TB1

RD

BK

BL

BL

208-240/3/60 0140L00128 REV B

SEE NOTE 3

24V

RDRD T2 L2

ORYL T3 L3

CT3

L3

NOTES:

1. REPLACEMENT WIRE MUST BE SAME SIZE AND TYPE INSULATION AS ORIGINAL (AT LEAST 105°C) USE COPPER CONDUCTOR ONLY.2. TO CHANGE EVAPORATOR MOTOR SPEED MOVE M1 OR M2 WIRE TO COMMON WHERE RD WIRE IS AND PLACE RD WIRE ON EMPTY M1 OR M2 TERMINAL.3. FOR 208 VOLT TRANSFORMER OPERATION MOVE PURPLE AND RED WIRES FROM TERMINAL 3 TO TERMINAL 2 ON TRANSFORMER.4. USE COPPER CONDUCTORS ONLY ++ USE N.E.C. CLASS 2 WIRE5. ECONOMIZER PLUG LOCATED IN THE RETURN AIR COMPARTMENT. REMOVE MALE PLUG AND ATTACH FEMALE PLUG TO ECONOMIZER ACCESSORY.6. PURPLE WIRE CONNECTS TO TRANSFORMER (PIN 3)

WH

GR

TB1

F

LPS

YL/PK

YL

OR

OR

LOW VOLTAGE

LINE VOLTAGE

FIELD WIRING

LOW VOLTAGE


FACTORY WIRING

HIGH VOLTAGE

BL

RD

OR

Y1

Y/Y2

YL

W

Y/Y2

BL

G

R

OR

W

NO ECONOMIZER

G

OR

YL

RD

Y/Y2

Y1

PK

WH

W

R RD

WH

GR

C

O

R

YL

O

GR

Y1

G

WH


C

GR


BL

C

O

2 STAGE COOLING

TB1

G

R

W

Y2

C

O

TB1

TB1

Y

W

O

R

G

C

W

Y2

G

R

C

Y1

STAT

STAT

STAT

O

BL/PK

HPS


GR GREEN

WIRE CODE

BL BLUE

PU PURPLEPK PINK

WH WHITE

BK BLACK

RD RED

BR BROWN

OR ORANGE

YL YELLOW

RD

PUBR

C

BL

2 3

K1

RD

BK

BK

FC

BK

24V

COM

TRBL

M2

BK

240GR

NC

EBTDR

PU

RXFMR-RXFMR-C

BL

G

K1

M1

EM

NO

1

NOTE #2

BL

PU

BL

C

3 SPEED

RD

RD

BK

208

TB1

S2 S1

PK

RD RD

BK

RDRD

BL

BK

PU

BK2

4

1

BR

3

BK

BREBTDR

BR

8

9

7

RO

HPS

CLPS

SEE NOTE 5

Y/Y2

TB1

5

6

PLF

G CY1W1

4

THERMOSTAT

W2

2

PLF2

136 5 4

R

R

C

G

EBTDR

XFMR

PU

ALTERNATEMOTOR6-WIRESSEE NOTE 6

FC3 SPEED

BL

EM

RD

BK

BR

RD

PU


WA

RN

ING

Hig

h V

olt

ag

e:

Dis

con

ne

ct

all

po

we

r b

efo

re s

erv

icin

g o

r in

sta

llin

g t

his

un

it. M

ult

iple

po

we

r so

urc

es

ma

y

be

pre

sen

t. F

ail

ure

to

do

so

ma

y c

au

se p

rop

ert

y d

am

ag

e, p

ers

on

al

inju

ry, o

r d

ea

th.



WIRING DIAGRAM — CPC036/48/60***3B*** (THREE PHASE, BELT DRIVE)

NOTE #2

SEE NOTE #3

GR

H

C

C

RD

F

BK

1

RCCF

T

BL

PU

CONTROL

BR

EBTDR

C

2

T1

L2

R

4

T3

T1

GR

SEENOTE #2

OR

5

O

1 4

BR

BL

3

BR

T1

BK

T2

M2

9

YY2

G

RD

COMP

R

BR

3

RD

RCCF

XFMR-R

NOTES:

1. REPLACEMENT WIRE MUST BE SAME SIZE AND TYPE INSULATION AS ORIGINAL (AT LEAST 105°C) USE COPPER CONDUCTOR ONLY.2. USE COPPER CONDUCTORS ONLY ++ USE N.E.C. CLASS 2 WIRE3. ECONOMIZER PLUG LOCATED IN THE RETURN AIR COMPARTMENT, REMOVE MALE PLUG, ATTACH FEMALE PLUG TO THE ECONOMIZER ACCESSORY.

BK

T2

3

EBTDR

C

W2

BL

O

XFMR-C

G

BK

PLF1

T

THERMOSTAT

Y1

PLF 1

3

T

YL/PK

6

F

208-240/3/60 0140L00063 REV. C

M1

BL

K1

3

Y1

BL

6

7

5

PUT3

R

G

T2

COMPONENT LEGEND

L1

G

SUPPLY VOLTAGE

CM

BK

R

W2

EM

/

L1

W1

C

4

T1

6

PU

RD

YL

YL

60

BCCCMCMRCOMPDCDFTECONEBTDEMRREMFCGNDHPSHVDRLPSLVDRLVJBPBPLFRVCRCCF

TB1TR

3

RD

WH

1

C

A

1

GR

C

K1

CM

24V

C

24V

W1

PLF2

L2

YL

8

E

RD

C

RD

WH

M

C

C

2

T3

PU

GR

BL

S

L3

BLOWER CONTACTORCONTACTORCONDENSER MOTORCONDENSER MOTOR RELAYCOMPRESSORDEFROST CONTROLDEFROST THERMOSTATECONOMIZERELECTRONIC BLOWER TIME DELAYEVAPORATOR MOTOR RELAYRELAYEVAPORATOR MOTORFAN CAPACITOREQUPIMENT GROUNDHIGH PRESSURE SWITCHHIGH VOLTAGE DEFROST RELAYLOW PRESSURE SWITCHLOW VOLTAGE DEFROST RELAYLOW VOLTAGE JUNCTION BOXPOWER DISTRUBTION BLOCKFEMALE PLUG / CONNECTORREVERSING VAVLE COILRUN CAPACITOR FORCOMPRESSOR AND FANTERMINAL BLOCK (24V SIGNAL)TRANSFORMER

TR

TR

4

NO

NC

BOX

LVJB


5

PLF 2

BL

RDBK

5

BC

YL

COMP


208-240V

T3

C

208240

208-240/3/60

T2

L3

208-240R

RD

BL

Y/Y2

COM

PLF1

2

/

GND

6

1

BL

RD

BCEBTDRR

RD

RD

OR BK

LPS

HPS

GR

EBTDR

HPS

LPS

BC

PBBK

BL/PK

YL/PK

TB1

TB1

TB1

T3

BK

BC

T1

RD OR

C

EM

T2

BC

PU

L1 L2 L3

YLOR

OR O

BK

PK

TB1

S2 S1

LOW VOLTAGE

LINE VOLTAGE

FIELD WIRING

LOW VOLTAGE


FACTORY WIRING

HIGH VOLTAGE

BL

RD

OR

YL

BL

OR

NO ECONOMIZER

OR

YL

RD

PK

WH

RD

WH

GR

YL

GR

WH


GR


BL

2 STAGE COOLING

TB1

TB1

TB1

STAT

STAT

STAT

PU

RD

BL

OR

GR

YL


GR GREEN

WIRE CODE

BL BLUE

PU PURPLEPK PINK

WH WHITE

BK BLACK

RD RED

BR BROWN

OR ORANGE

YL YELLOW


WA

RN

ING

Hig

h V

olt

ag

e:

Dis

con

ne

ct

all

po

we

r b

efo

re s

erv

icin

g o

r in

sta

llin

g t

his

un

it. M

ult

iple

po

we

r so

urc

es

ma

y

be

pre

sen

t. F

ail

ure

to

do

so

ma

y c

au

se p

rop

ert

y d

am

ag

e, p

ers

on

al

inju

ry, o

r d

ea

th.



WIRING DIAGRAM — CPC060***1D*** (SINGLE PHASE, DIRECT DRIVE)

H

C

RD

RD

1

RCCF

T

PU

CONTROLBR

C

2

T1

4

S

T1

GR

BK

5

O

1

YL

4

BR

1

BR

T1

BK

9RD

COMP

RD

R

BR

3

RCCF

L

T2

3C

W2

BL

BK

T

Y1

PLF 1

3

T

YL/PK

PU

6

F

BL

3 6

7

5

PUT3

G

T2

COMPONENT LEGEND

BL

L1

SUPPLY VOLTAGE

CM

BK

R

EM

/

L1

4

C

RD

YL

60

CCMCOMPEMGNDLVJBPBPLFRCCF

SATB1TR

3

WH

1

C

A

1

GR

CM

24V

W1

PLF2

YL

8

E

RD

M

C

C

2

PU

BL

S

L2

CONTACTORCONDENSER MOTORCOMPRESSOREVAPORATOR MOTOREQUPIMENT GROUNDLOW VOLTAGE JUNCTION BOXPOWER DISTRUBTION BLOCKFEMALE PLUG / CONNECTORRUN CAPACITOR FORCOMPRESSOR AND FANSTART ASSISTTERMINAL BLOCK (24V SIGNAL)TRANSFORMER

TR

TR

BOX

LVJB


PLF 2

BL

BK

5

YL

COMP


208-240V

C

208

208-240/1/60

R

208-240

BL

Y/Y2

2

/

GND

6

1

RD

TB1

PK

N

G

PBBK

TB1

TB1

51 2

N

43EM

GLC

FH

RDRD T2 L2 RD

BK

RDYL

SA (IF USED)SEE NOTE 4

BL

208-240/1/60 0140L00014 REV C

NOTES:

1. REPLACEMENT WIRE MUST BE SAME SIZE AND TYPE INSULATION AS ORIGINAL (AT LEAST 105°C) USE COPPER CONDUCTOR ONLY.2. TO CHANGE EVAPORATOR MOTOR SPEED MOVE WHITE AND YELLOW LEADS FROM "3" AND "4" TO "4" AND "5". IF BOTH LEADS ARE ENERGIZED, THE HIGHER SPEED SETTING IS USED.3. FOR 208 VOLT TRANSFORMER OPERATION MOVE BLACK WIRES FROM TERMINAL 3 TO TERMINAL 2 ON TRANSFORMER.4. START ASSIST FACTOR EQUIPED WHEN REQUIRED5. USE COPPER CONDUCTORS ONLY ++ USE N.E.C. CLASS 2 WIRE

RD

2240

YL

H

S.A.

IF USED

NOTE #3

R

24V

THERMOSTAT

4

W2 W1Y

Y2CG

PLF

6

5

C

Y1TB1

TB1

RD

YL

BK BK

WH

BL

WH

LPS

YL/PK

LPS

HPS

21

EM3 C45

SEE NOTE #2

TB1

GR

YL

WHGR

OR

WH

BR

PU

YL

51

OR

OR O

O

S2 S1

LOW VOLTAGE

LINE VOLTAGE

FIELD WIRING

LOW VOLTAGE


FACTORY WIRING

HIGH VOLTAGE

BL

RD

OR

YL

BL

OR

NO ECONOMIZER

OR

YL

RD

PK

WH

RD

WH

GR

YL

GR

WH


GR


BL

2 STAGE COOLING

TB1

TB1

TB1

STAT

STAT

STAT


GR GREEN

WIRE CODE

BL BLUE

PU PURPLEPK PINK

WH WHITE

BK BLACK

RD RED

BR BROWN

OR ORANGE

YL YELLOW

HPS

BL/PK


WA

RN

ING

Hig

h V

olt

ag

e:

Dis

con

ne

ct

all

po

we

r b

efo

re s

erv

icin

g o

r in

sta

llin

g t

his

un

it. M

ult

iple

po

we

r so

urc

es

ma

y

be

pre

sen

t. F

ail

ure

to

do

so

ma

y c

au

se p

rop

ert

y d

am

ag

e, p

ers

on

al

inju

ry, o

r d

ea

th.



WIRING DIAGRAM — CPC060***3D*** (THREE PHASE, DIRECT DRIVE)

H

C

RD

RD

1

RCCF

T

PU

CONTROL

BR

C

2

T1

4

T3

T1

GR

BK

BK

5

O

1

YL

4

BR

3

BR

T1

BK

9RD

COMP

R

BR

3

RCCF

T2

3C

W2

BL

BK

T

Y1

PLF 1

3

T

YL/PK

PU

6

F

BL

3 6

7

5

PUT3

G

T2

COMPONENT LEGEND

BL

L1

SUPPLY VOLTAGE

CM

BK

R

EM

/

L1

4

T1

RD

YL

60

CCMCOMPEMGNDHPSLPSLVJBPBPLFRCCF

TB1TR

3

WH

1

C

A

1

GR

CM

24V

W1

PLF2

YL

8

E

RD

M

C

C

2

PU

BLS

L2

CONTACTORCONDENSER MOTORCOMPRESSOREVAPORATOR MOTOREQUPIMENT GROUNDHIGH PRESSURE SWITCHLOW PRESSURE SWITCHLOW VOLTAGE JUNCTION BOXPOWER DISTRUBTION BLOCKFEMALE PLUG / CONNECTORRUN CAPACITOR FORCONDENSER FANTERMINAL BLOCK (24V SIGNAL)TRANSFORMER

TR

TR

BOX

LVJB


PLF 2

BL

BK

5

YL

COMP


208-240V

C

208

208-240/1/60

T2

208-240

BL

BK

Y/Y2

2

/

GND

6

1

BKTB1

PK

N

G

PBRD

TB1

51 2

N

43EM

GLC

RD

BK

GR

BL

BL

208-240/3/60 0140L00003 REV C

RD

2240

YL

SEE NOTE 3

SEE NOTE 2

W2

24V

THERMOSTAT

4

W1 Y1 CG

PLF

6

5

TB1

RDRD T2 L2

ORYL T3 L3

CT3

L3

Y/Y2 SEE NOTE 5

NOTES:

1. REPLACEMENT WIRE MUST BE SAME SIZE AND TYPE INSULATION AS ORIGINAL (AT LEAST 105°C) USE COPPER CONDUCTOR ONLY.2. TO CHANGE EVAPORATOR MOTOR SPEED MOVE WHITE AND YELLOW LEADS FROM "3" AND "4" TO "4" AND "5". IF BOTH LEADS ARE ENERGIZED, THE HIGHER SPEED SETTING IS USED.3. FOR 208 VOLT TRANSFORMER OPERATION MOVE BLACK WIRES FROM TERMINAL 3 TO TERMINAL 2 ON TRANSFORMER.4. USE COPPER CONDUCTORS ONLY ++ USE N.E.C. CLASS 2 WIRE5. ECONOMIZER PLUG LOCATED IN THE RETURN AIR COMPARTMENT. REMOVE MALE PLUG AND ATTACH FEMALE PLUG TO ECONOMIZER ACCESSORY.

WH

GR

TB1

RDBK

L

5

12

N43 EM G

LC

TB1

F

LPS

YL

WH

YL

WH

YL

GR

TB1

YLPU

BRWH

OR

1 5OR

OR

LPS C

HPS

S2 S1

O R

LOW VOLTAGE

LINE VOLTAGE

FIELD WIRING

LOW VOLTAGE


FACTORY WIRING

HIGH VOLTAGE

BL

RD

OR

YL

BL

OR

NO ECONOMIZER

OR

YL

RD

PK

WH

RD

WH

GR

YL

GR

WH


GR


BL

2 STAGE COOLING

TB1

TB1

TB1

STAT

STAT

STAT

O

YL/PK

HPS


GR GREEN

WIRE CODE

BL BLUE

PU PURPLEPK PINK

WH WHITE

BK BLACK

RD RED

BR BROWN

OR ORANGE

YL YELLOW


WA

RN

ING

Hig

h V

olt

ag

e:

Dis

con

ne

ct

all

po

we

r b

efo

re s

erv

icin

g o

r in

sta

llin

g t

his

un

it. M

ult

iple

po

we

r so

urc

es

ma

y

be

pre

sen

t. F

ail

ure

to

do

so

ma

y c

au

se p

rop

ert

y d

am

ag

e, p

ers

on

al

inju

ry, o

r d

ea

th.



WIRING DIAGRAM — CPC060***4B*** (460V, BELT DRIVE)

NOTE #2

SEE NOTE #3

GR

H

C

C

RD

F

BK

1

RCCF

T

BL

PU

CONTROL

BR

EBTDR

C

2

T1

L2

R

4

T3

T1

GR

BK

SEENOTE #2

OR

5

O

1 4

BR

BL

3

BR

T1

BK

T2

M2

9

YY2

G

RD

COMP

R

BR

3

RD

RCCF

XFMR-R

NOTES:


BK

T2

3

EBTDR

C

W2

O

XFMR-C

G

BK

PLF1

T

THERMOSTAT

Y1

PLF 1

3

T

YL/PK

6

F

460/3/60 0140L00020 REV. C

M1

BL

K1

3

Y1

BL

6

7

5

PUT3

R

G

T2

COMPONENT LEGEND

L1

G

SUPPLY VOLTAGE

CM

BK

R

W2

EM

/

L1

W1

C

4

T1

6

PU

RD

YL

YL

60


TB1TR

3

RD

WH

1

C

A

1

GR

C

K1

CM

24V

C

24V

W1

PLF2

L2

YL

8

E

RD

C

RD

WH

M

C

C

2

T3

PU

GR

BL

S

L3


TR

TR

4

NO

NC

BOX

LVJB


5

PLF 2

BL

RDBK

5

BC

YL

COMP


460V

T3

C

480

460/3/60

T2

L3460R

RD

BL

Y/Y2

COM

PLF1

2

/

GND

6

1

BL

RD

BCEBTDRR

RD

RD

OR BK

OR

TB1

LPS

HPS

PK

GR

EBTDR

HPS

LPS

BC

PBBK

BL/PKYL/PK

TB1

TB1

TB1

T3

BK

BC

T1

RD OR

C

EM

T2

BC

PU

L1 L2 L3

YL

OR

OR

S1S2

O

LOW VOLTAGE

LINE VOLTAGE

FIELD WIRING

LOW VOLTAGE


FACTORY WIRING

HIGH VOLTAGE

BL

RD

OR

YL

BL

OR

NO ECONOMIZER

OR

YL

RD

PK

WH

RD

WH

GR

YL

GR

WH


GR


BL

2 STAGE COOLING

TB1

TB1

TB1

STAT

STAT

STAT

PU

RD

BL

GR

YL

BL


GR GREEN

WIRE CODE

BL BLUE

PU PURPLEPK PINK

WH WHITE

BK BLACK

RD RED

BR BROWN

OR ORANGE

YL YELLOW


WA

RN

ING

Hig

h V

olt

ag

e:

Dis

con

ne

ct

all

po

we

r b

efo

re s

erv

icin

g o

r in

sta

llin

g t

his

un

it. M

ult

iple

po

we

r so

urc

es

ma

y

be

pre

sen

t. F

ail

ure

to

do

so

ma

y c

au

se p

rop

ert

y d

am

ag

e, p

ers

on

al

inju

ry, o

r d

ea

th.




WIRING DIAGRAM — CPC060***7B*** (575V, BELT DRIVE)

NOTE #2

SEE NOTE #3

GR

H

C

C

RD

F

BK

1

RCCF

T

BL

PU

BR

EBTDR

C

2

L2

R

4

T3

T1

GR

SEENOTE #2

5

O

BR

BL

3

BR

T1

BK

T2

M2

Y/Y2

G

RD

COMP

R

BR

3

RD

RCCF

XFMR-R

NOTES:


BK

T2

EBTDR

C

W2

BL

O

XFMR-C

G

BK

PLF1

T

THERMOSTAT

Y1

3

T

YL

6

F

0575/3/60 0140L00066 REV. C

M1

BL

K1

3

Y1

6

PU

R

G

COMPONENT LEGEND

L1

G

SUPPLY VOLTAGE

CM

BK

R

W2

EM

/

L1

W1

C

4

T1

6

PU

RD

YL

YL

60


TB1TR

3

RD

WH

1

C

A

1

GR

C

K1

CM

24V

C

24V

W1

PLF2

L2

E

RD

C

M

C

C

T3

PU

GR

BL

S

L3


TR

TR

4

NO

NC

LVJB


5

PLF 2

BL

RDBK

5

BC

YL


575V

T3

C

575

575/3/60

T2

L3575

RRD

BL

Y/Y2

COM

PLF1

2

/

GND

1

RD

BCEBTDRR

RD

RD

BK

LPS

HPS

GR

EBTDR

HPS

LPS

BC

PBBK

BL/PKYL/PK

TB1

TB1

TB1

T3

BC

T1

C

T2

BC

PU

L1 L2 L3

OR

ORYL

YL

COMP

RD

YL

T2T3

BK

T1

S2 S1

PK

TB1

LOW VOLTAGE

LINE VOLTAGE

FIELD WIRING

LOW VOLTAGE


FACTORY WIRING

HIGH VOLTAGE

BL

RD

OR

YL

BL

OR

NO ECONOMIZER

OR

YL

RD

PK

WH

RD

WH

GR

YL

GR

WH


GR


BL

2 STAGE COOLING

TB1

TB1

TB1

STAT

STAT

STAT

ORRDBK

EM

CONTROLBOX

6

2

WH

85

7

BL

PLF 1

3 9

41

OR

GRRD

PU

BL

BL


GR GREEN

WIRE CODE

BL BLUE

PU PURPLEPK PINK

WH WHITE

BK BLACK

RD RED

BR BROWN

OR ORANGE

YL YELLOW

OR OR

WA

RN

ING

Hig

h V

olt

ag

e:

Dis

con

ne

ct

all

po

we

r b

efo

re s

erv

icin

g o

r in

sta

llin

g t

his

un

it. M

ult

iple

po

we

r so

urc

es

ma

y

be

pre

sen

t. F

ail

ure

to

do

so

ma

y c

au

se p

rop

ert

y d

am

ag

e, p

ers

on

al

inju

ry, o

r d

ea

th.



Goodman Manufacturing Company, L.P., reserves the right to discontinue, or change at any time, specifi cations or designs without notice

or without incurring obligations. © 2008 • Goodman Manufacturing Company, L.P. • Houston, Texas • Printed in the USA.

ACCESSORIES

Item # Description Fits Model Sizes Dimensions (“) Ship

Weight

14CURB3672 Roof Curb 14” Tall 3-6 tons 16 x 6 x 76 119

25FD3672 25% Manual Fresh Air Damper 3-6 tons 13 x 15½ x 27 11

25MFD3672 25% Motorized Fresh Air Damper 3-6 tons 13 x 15½ x 27 12

DNECONGS3672 Downfl ow Economizer for CPC/CPG 3-6 tons 32½ x 20½ x 38 75

DNECONHP3672 Downfl ow Economizer for CPH 3-6 tons 32½ x 20½ x 38 75

HZECONGS3672 Horizontal Economizer for CPC/CPG 3-6 tons 16½ x 21½ x 36 75

HZECONHP3672 Horizontal Economizer for CPH 3-6 tons 16½ x 21½ x 36 75

BRD3672 Horizontal Barometric Relief Damper 3-6 tons

CDK36 Concentric Duct Kit 3 tons 25 x 48 x 16 35

CDK4872 Concentric Duct Kit 4-6 tons 25 x 48 x 16 35

DNSQRRND36 Downfl ow Square-to-Round Adapter 16” Round 3 tons 13 x 26 x 10 9

DNSQRRND4872 Downfl ow Square-to-Round Adapter 18” Round 4-6 tons 13 x 26 x 10 9

HailGD01 Condenser Coil Hail Guard 3-6 tons 40 x 36 x 2

HAKT36300 High-Altitude Kit All Models

LPKT36150 LP Conversion Kit 3 - 12½ tons

Documents

CPC · PDF file · 2016-02-05Airfl ow Data .....9 Expanded Cooling Data ... 14 Dimensions ... Horsepower - RPM ¼ / 1,090 ¼ / 1,090 ¼ / 1,090 ¼ - 890 ¼ - 1,075