Comfortaire Century HRG14P User manual

508220-01 Issue 2132
Page 1 of 40
SERVICE MANUAL
HRG14P
(P) 508220-01
*P508220-01*
Table of Contents
Technical Specifications - HRG14P.............................2
General......................................................................15
Installation .................................................................15
Refrigeration Piping...................................................17
Electrical – Circuit Sizing and Wire Routing ..............25
Start-Up Procedure....................................................26
Operation...................................................................27
Control Board Diagnostics and Test Mode ................29
Maintenance..............................................................32
Homeowner Information ............................................34
Start-Up and Performance Checklist.........................40
This is a safety alert symbol and should never be ignored. When you see this symbol on labels or in manuals, be alert to
the potential for personal injury or death.
Electric shock hazard.
Can cause injury or death. Before attempting
to perform any service or maintenance,
turn the electrical power to unit OFF at
disconnect switch(es). Unit may have
multiple power supplies.
WARNING
As with any mechanical equipment, contact with sharp
sheet metal edges can result in personal injury. Take
care while handling this equipment and wear gloves
and protective clothing.
CAUTION
Improper installation, adjustment, alteration, service
or maintenance can cause property damage, personal
injury or loss of life. Installation and service must be
performed by a licensed professional HVAC installer (or
equivalent), service agency or the gas supplier.
WARNING

508220-01 Issue 2132 Page 2of 40
Technical Specifications - HRG14P
Note:
Weights listed are unit weights with packaging
+ Factory charged for 15 feet of line set. Adjust per installation instructions.
UNIT DIMENSIONS AND SOUND RATINGS
MODEL NUMBER GUIDE
Heat Pump Residential Split Capacity
BTUH x 1000
S = Scroll
Compressor
Series/
Revision
‘Green’ Gas
R-410A
Power
1 = 208/230-1-60
SEER
14
H R G 14 24 S 1 P
PHYSICAL AND ELECTRICAL DATA
Model Voltage/Hz/Phase
Voltage
Range
Min.
Circuit
Amp.
Max. Over
Current
Device
(amps)
Compressor Outdoor Fan Motor
Shipping
Weight (lbs.)
Rated
Load
(amps)
Locked Rotor
(amps)
Full Load
(amps)
Rated
HP Nom. RPM
HRG1418S1P 208-230/60/1 197-253 12.3 20 9.0 48 1.1 1/6 825 182
HRG1424S1P 208-230/60/1 197-253 17.9 30 13.4 58 1.1 1/6 825 184
HRG1430S1P 208-230/60/1 197-253 17.1 25 12.8 64 1.1 1/6 825 183
HRG1436S1P 208-230/60/1 197-253 18.7 30 14.1 77 1.1 1/6 825 199
HRG1442S1P 208-230/60/1 197-253 25.8 45 19.2 123.9 1.8 1/4 825 249
HRG1448S1P 208-230/60/1 197-253 26.2 45 19.6 130 1.8 1/4 825 252
HRG1460S1P 208-230/60/1 197-253 29.6 50 22.2 127.9 1.8 1/4 825 270
Note:
Dimensions listed are unit sizes w/o packaging
Model
Dimensions (inch) Sound Rating
(dBA)A - Width B - Depth C - Height
HRG1418S1P 28.25 28.25 43.25 76
HRG1424S1P 28.25 28.25 43.25 76
HRG1430S1P 28.25 28.25 43.25 76
HRG1436S1P 28.25 28.25 37.25 76
HRG1442S1P 32.25 32.25 37.25 79
HRG1448S1P 32.25 32.25 37.25 80
HRG1460S1P 32.25 32.25 43.25 80
REFRIGERATION DATA
Model Refrig. Charge (oz.) * TXV
Outdoor Unit Connection Refrigerant Line Size
Suction Liquid Suction Liquid
HRG1418S1P 112 H4TXV01 3/4 3/8 3/4 3/8
HRG1424S1P 115 H4TXV01 3/4 3/8 3/4 3/8
HRG1430S1P 115 H4TXV01 3/4 3/8 3/4 3/8
HRG1436S1P 161 H4TXV02 7/8 3/8 7/8 3/8
HRG1442S1P 171 H4TXV02 7/8 3/8 7/8 3/8
HRG1448S1P 171 H4TXV02 7/8 3/8 7/8 3/8
HRG1460S1P 193 H4TXV03 7/8 3/8 1 1/8 3/8
Note:
* Factory charged for 15 feet of line set; adjust per installation instructions.

Note: 1A blower time delay relay is required to achieve AHRI rating. This feature is standard on all furnaces and AH products
2Certified in accordance with Unitary Air Conditioner Certification Program, which is based on AHRI Standard 210/240
PERFORMANCE WITH COILS, AIR HANDLERS AND FURNACES
Outdoor
Model
Indoor Model
TXV Kit
Where Needed Furnace1
Cooling Heating
Evap. Coil
Air Handlers1SEER EER
AHRI
Capacity2
AHRI Reference
Numbers HSPF
47° 17°
Btuh Btuh
HRG1418S1P
(C,M)CG24P(A,B,C) 4P+TXV H4TXV01 14 12 18,000 203464654 8.2 15,700 9,800
HCG24V1P 15.5 12.5 18,000 203216916 8.5 17,300 10,600
HMG24F1P 14.25 12.2 18,000 203216945 8.2 17,600 11,000
HMG24X1P 16 13 18,000 203216950 8.5 17,200 10,600
HWCG23T0A 14.5 12 16,800 204270628 8.3 17,600 11,000
HWCG24T0A 14.5 12 16,800 203403497 8.6 17,600 11,000
HWCG24X0A 16 12 17,300 203403480 8.6 17,300 10,600
(C,M)CG18PA3P+TXV H4TXV01 GUH80C045A3M 15 12.5 17,900 203449730 8.5 15,400 8,900
(C,M)CG18PB3P+TXV H4TXV01 GUH80C070B3M 14.5 12.2 17,900 203449731 8.2 15,500 9,000
(C,M)CG18PB3P+TXV H4TXV01 GUH95C045B3M 14.5 12.2 17,900 203449732 8.2 15,500 9,000
(C,M)CG18PB3P+TXV H4TXV01 GUH95C070B3M 14.5 12.2 17,900 203464656 8.2 15,400 9,500
(C,M)CG18PB3P+TXV H4TXV01 GUH92C045B3M 16 13 17,900 204237809 8.5 15,300 9,300
(C,M)CG24PB4P+TXV H4TXV01 GUH92C045B3M 16 13 18,000 204237810 8.5 15,300 9,300
(C,M)CG18PB3P+TXV H4TXV01 GUH92C070B3M 16 13 17,900 204237811 8.5 16,000 9,400
(C,M)CG24PB4P+TXV H4TXV01 GUH92C070B3M 16 13 18,000 204237812 8.5 16,000 9,400
(C,M)CG18PB3P+TXV H4TXV01 GUH96T045B3M 16 13 17,900 204711040 8.5 16,200 9,300
(C,M)CG24PB4P+TXV H4TXV01 GUH96T045B3M 16 13 18,000 204711041 8.5 15,700 9,000
(C,M)CG18PB3P+TXV H4TXV01 GUH96T070B3M 16 13 17,900 204711042 8.5 16,200 9,300
(C,M)CG24PB4P+TXV H4TXV01 GUH96T070B3M 16 13 18,000 204711043 8.5 15,600 9,000
(C,M)CG18PB3P+TXV H4TXV01 GUH97M070B3M 16 13 17,200 204284138 8.5 17,200 10,600
(C,M)CG24PB4P+TXV H4TXV01 GUH97M070B3M 16 13 18,000 204284139 8.5 17,300 10,700
HRG1424S1P
(C,M)CG24,30P(A,B,C) 3P+TXV H4TXV01 14 12 23,400 203464658 8.5 20,600 12,600
HCG24V1P 15.1 12.5 24,000 203216919 8.5 21,600 13,800
HCG30V1P 16 13 24,000 203216922 9 19,200 13,500
HMG24F1P 14 12 23,800 203216947 8.2 22,200 14,300
HMG24X1P 15.5 12.5 24,000 203216953 8.5 21,600 13,600
HMG30F1P 14.5 12.5 23,800 203216956 8.5 19,600 13,900
HWCG23T0A 14 11 21,400 204270632 8.2 22,000 14,200
HMG30X1P 16 13 24,000 203216963 8.5 19,200 13,500
HWCG24X0A 15.5 11.9 21,200 203403484 8.3 21,400 13,600
BCW1C30**NA4X-1 14 12.2 22,400 204471716 8.5 20,600 12,600
(C,M)CG2430PA3P+TXV H4TXV01 GUH80C045A3M 15 12.5 23,800 203449733 8.5 20,400 12,500
(C,M,V)CG30PA2M GUH80C045A3M 15.5 12.8 22,400 204291174 8.6 21,400 13,400
(C,M)CG2430PB3P+TXV H4TXV01 GUH80C070B3M 15 12.5 23,600 203449734 8.5 20,200 12,300
(C,M,V)CG30PB2M GUH80C070B3M 15.5 12.8 22,600 204291176 8.6 21,200 13,200
CONTINUED ON NEXT PAGE
508220-01Issue 2132Page 3 of 40

PERFORMANCE WITH COILS, AIR HANDLERS AND FURNACES
Note: 1A blower time delay relay is required to achieve AHRI rating. This feature is standard on all furnaces and AH products
2Certified in accordance with Unitary Air Conditioner Certification Program, which is based on AHRI Standard 210/240
Outdoor
Model
Indoor Model
TXV Kit
Where Needed Furnace1
Cooling Heating
Evap. Coil
Air Handlers1SEER EER
AHRI
Capacity2
AHRI Reference
Numbers HSPF
47° 17°
Btuh Btuh
HRG1424S1P
(C,M)CG2430PB3P+TXV H4TXV01 GUH92C045B3M 15 12.5 23,600 204338059 8.5 20,000 12,100
(C,M)CG24PB4P+TXV H4TXV01 GUH92C045B3M 15 12.5 23,600 204338060 8.5 19,600 11,700
(C,M,V)CG30PB2M GUH92C045B3M 15.5 12.8 22,600 204341401 8.6 21,200 13,300
(C,M,V)CG30PB2M GDD92C045B3M 14.5 12.4 22,000 204341409 8.9 22,200 13,600
(C,M,V)CG30PB2M+TXV 4200 GDD92C045B3M 15.5 12.4 22,000 204341411 8.9 22,200 13,600
(C,M)CG2430PB3P+TXV H4TXV01 GDD92C045B3M 15 12.2 22,600 204446730 8.5 20,400 11,900
(C,M)CG24PB4P+TXV H4TXV01 GDD92C045B3M 15 12.2 22,800 204446731 8.5 20,400 11,900
(C,M)CG2430PB3P+TXV H4TXV01 GUH92C070B3M 15 12.5 23,800 204338061 8.5 20,200 12,100
(C,M)CG24PB4P+TXV H4TXV01 GUH92C070B3M 15 12.5 23,800 204338062 8.5 20,200 12,400
(C,M,V)CG30PB2M GUH92C070B3M 15.5 12.8 22,600 204341405 8.6 21,200 13,300
(C,M,V)CG30PB2M GDD92C070B3M 14.5 12.4 22,200 204341413 8.9 22,200 13,600
(C,M,V)CG30PB2M+TXV 4200 GDD92C070B3M 15.5 12.4 22,200 204341415 8.9 22,200 13,600
(C,M)CG2430PB3P+TXV H4TXV01 GDD92C070B3M 15 12.2 22,800 204446732 8.5 20,400 11,900
(C,M)CG24PB4P+TXV H4TXV01 GDD92C070B3M 15 12.2 23,000 204446733 8.5 20,400 11,900
(C,M)CG2430PB3P+TXV H4TXV01 GUH95C045B3M 15 12.5 23,400 203449735 8.5 20,200 12,300
(C,M,V)CG30PB2M GUH95C045B3M 15 12.5 22,800 204291178 8.7 22,000 13,900
(C,M)CG2430PB3P+TXV H4TXV01 GUH95C070B3M 15 12.5 23,600 203449736 8.5 20,400 12,400
(C,M,V)CG30PB2M GUH95C070B3M 15.5 12.8 22,400 204291180 8.6 21,400 13,300
(C,M)CG2430PB3P+TXV H4TXV01 GUH95T045B3M 15 12.5 23,600 203449737 8.5 20,400 12,400
(C,M,V)CG30PB2M GUH95T045B3M 15.5 12.8 22,600 204291182 8.6 21,200 13,200
(C,M)CG2430PB3P+TXV H4TXV01 GUH95T070B3M 15 12.5 23,600 203449738 8.5 20,200 12,300
(C,M,V)CG30PB2M GUH95T070B3M 15.5 12.8 22,600 204291184 8.6 21,200 13,200
(C,M)CG2430PB3P+TXV H4TXV01 GUH96T045B3M 15 13 23,800 204711050 8.5 20,000 12,000
(C,M)CG24PB4P+TXV H4TXV01 GUH96T045B3M 15 13 23,800 204711051 8.5 20,400 12,400
(C,M)CG2430PB3P+TXV H4TXV01 GUH96T070B3M 15 13 23,600 204711052 8.5 20,000 12,000
(C,M)CG24PB4P+TXV H4TXV01 GUH96T070B3M 15 13 23,800 204711053 8.5 20,200 12,300
(C,M)CG2430PB3P+TXV H4TXV01 GUH97M070B3M 15 12.5 23,600 204237813 8.5 20,200 12,300
(C,M)CG24PB4P+TXV H4TXV01 GUH97M070B3M 15 12.5 23,800 204237815 8.5 20,200 12,300
(C,M,V)CG30PB2M GUH97M070B3M 15.5 12.8 22,600 204291186 8.6 21,200 13,200
HRG1430S1P
(C,M)CG2430P(A,B,C)3P+TXV H4TXV01 14 11.7 29,000 203464660 8.5 25,800 16,400
HCG30V1P 15.1 12.5 30,000 203216924 8.5 26,400 16,900
HCG36V1P 15.5 12.5 30,000 203216927 9 27,000 17,400
HMG30F1P 14 11.5 29,600 203216959 8.5 27,000 17,500
HMG30X1P 15.5 12.5 30,000 203216966 8.5 26,200 16,800
CONTINUED ON NEXT PAGE
508220-01Issue 2132
Page 4 of 40

PERFORMANCE WITH COILS, AIR HANDLERS AND FURNACES
Note: 1A blower time delay relay is required to achieve AHRI rating. This feature is standard on all furnaces and AH products
2Certified in accordance with Unitary Air Conditioner Certification Program, which is based on AHRI Standard 210/240
Outdoor
Model
Indoor Model
TXV Kit
Where Needed Furnace1
Cooling Heating
Evap. Coil
Air Handlers1SEER EER
AHRI
Capacity2
AHRI Reference
Numbers HSPF
47° 17°
Btuh Btuh
HRG1430S1P
HMG36F1P 14.5 12.2 30,000 203216969 8.5 27,400 17,800
HMG36X1P 16 13 30,000 203216976 9 26,800 17,100
HWCG35T0A 14 11.3 27,800 204270636 8.4 27,000 17,500
HWCG36T0A 14 11 27,000 203403503 8.2 26,800 17,400
BCW1C30**NA4X-1 14 12 28,200 204471717 8.5 26,400 16,800
BCW1E36**NA4X-1 15 12.2 28,600 204520628 8.5 26,200 16,800
(C,M)CG2430PA3P+TXV H4TXV01 GUH80C045A3M 15 12.5 29,000 203449739 8.5 26,200 16,500
(C,M,V)CG30PA2M GUH80C045A3M 15 12.2 27,800 204291188 8.9 27,400 17,900
(C,M)CG2430PB3P+TXV H4TXV01 GUH80C070B3M 15 12.5 29,400 203449740 8.5 26,200 16,400
(C,M,V)CG30PB2M GUH80C070B3M 15 12.4 28,200 204291194 8.6 27,600 17,700
(C,M)CG2430PB3P+TXV H4TXV01 GUH95C045B3M 15 12.5 29,200 203449741 8.5 26,400 16,500
(C,M,V)CG30PB2M GUH95C045B3M 15 12.3 28,000 204291202 8.8 27,400 17,900
(C,M)CG2430PB3P+TXV H4TXV01 GUH95C070B3M 15 12.5 29,400 203449742 8.5 26,600 16,600
(C,M,V)CG30PB2M GUH95C070B3M 15 12.2 27,800 204291208 8.4 27,400 17,900
(C,M)CG2430PB3P+TXV H4TXV01 GUH95T045B3M 15 12.5 29,200 203449743 8.5 26,400 16,500
(C,M,V)CG30PB2M GUH95T045B3M 15 12.3 28,000 204291214 8.8 27,400 17,900
(C,M)CG2430PB3P+TXV H4TXV01 GUH95T070B3M 15 12.5 29,200 203449744 8.5 26,200 16,400
(C,M,V)CG30PB2M GUH95T070B3M 15 12.4 28,200 204291221 8.6 27,400 17,800
(C,M)CG2430PB3P+TXV H4TXV01 GUH95T090C3M 15 12.5 29,800 203464662 9 25,400 15,700
(C,M,V)CG30PC2M GUH95T090C3M 15.5 12.6 29,200 204291225 9.5 27,400 17,500
(C,M)CG2430PB3P+TXV H4TXV01 GUH96T045B3M 15 13 29,200 204711056 8.5 26,400 16,500
(C,M)CG3036PB4P+TXV H4TXV01 GUH96T045B3M 15 13 29,200 204711057 8.5 26,400 16,500
(C,M)CG30PB5P+TXV H4TXV01 GUH96T045B3M 15 13 30,000 204711058 8.5 26,000 16,300
(C,M)CG2430PB3P+TXV H4TXV01 GUH96T070B3M 15 13 29,200 204711059 8.5 26,200 16,400
(C,M)CG3036PB4P+TXV H4TXV01 GUH96T070B3M 15 13 29,200 204711060 8.5 26,200 16,400
(C,M)CG30PB5P+TXV H4TXV01 GUH96T070B3M 15 13 30,000 204711061 8.5 25,800 16,200
(C,M)CG2430PC3P+TXV H4TXV01 GUH96T090C3M 15 13 29,800 204711062 9 25,400 15,700
(C,M)CG3036PC4P+TXV H4TXV01 GUH96T090C3M 15 13 29,800 204711063 9 25,400 15,700
(C,M)CG30PC5P+TXV H4TXV01 GUH96T090C3M 15 13 29,800 204711064 9 25,400 15,700
(C,M)CG2430PB3P+TXV H4TXV01 GUH97M070B3M 15 12.5 29,200 204237816 8.5 26,200 16,400
(C,M)CG3036PB4P+TXV H4TXV01 GUH97M070B3M 15 12.5 29,200 204237817 8.5 26,200 16,400
(C,M)CG30PB5P+TXV H4TXV01 GUH97M070B3M 15 12.5 30,000 204237818 8.5 25,800 16,200
(C,M,V)CG30PB2M GUH97M070B3M 15 12.4 28,200 204291229 8.6 27,400 17,800
(C,M)CG2430PC3P+TXV H4TXV01 GUH97M090C3M 15 12.5 29,800 204237819 9 25,400 15,700
CONTINUED ON NEXT PAGE
508220-01Issue 2132
Page 5 of 40

Outdoor
Model
Indoor Model
TXV Kit
Where Needed Furnace1
Cooling Heating
Evap. Coil
Air Handlers1SEER EER
AHRI
Capacity2
AHRI Reference
Numbers HSPF
47° 17°
Btuh Btuh
HRG1430S1P
(C,M)CG3036PC4P+TXV H4TXV01 GUH97M090C3M 15 12.5 29,800 204237821 9 25,400 15,700
(C,M)CG30PC5P+TXV H4TXV01 GUH97M090C3M 15 12.5 29,800 204237822 9 25,400 15,700
(C,M,V)CG30PC2M GUH97M090C3M 15.5 12.6 29,200 204291233 9.5 27,400 17,500
(C,M)CG2430PC3P+TXV H4TXV01 GUH97M090C4M 15 12.5 29,800 204237823 9 25,400 15,800
(C,M)CG3036PC4P+TXV H4TXV01 GUH97M090C4M 15 12.5 29,800 204237824 9 25,400 15,800
(C,M)CG30PC5P+TXV H4TXV01 GUH97M090C4M 15 12.5 29,800 204237825 9 25,400 15,800
(C,M,V)CG30PC2M GUH97M090C4M 15.5 12 29,200 204291238 9.5 27,400 17,600
HRG1436S1P
(C,M)CG36P(A,B,C)7P+TXV 14 11 33,800 204446735 8.2 30,200 19,600
HMG36F1P 14 12 33,400 203216972 8.2 31,200 20,000
HMG36X1P 15 12.5 33,800 203216989 8.2 30,800 19,500
HWCG35T0A 14 11.6 30,200 204270640 8.2 31,000 19,900
(C,M)CG36PA7P+TXV H4TXV02 GUH80C045A3M 14.5 12.2 33,800 203449745 8.5 30,000 19,000
(C,M,V)CG36PA1M GUH80C045A3M 14 12.3 31,800 204291242 8.5 31,600 20,600
(C,M)CG36PB7P+TXV H4TXV02 GUH80C070B3M 15 12.2 33,200 203449746 8.5 28,600 17,500
(C,M,V)CG36PB1M GUH80C070B3M 14.5 12.2 31,200 204291244 8.2 30,200 19,100
(C,M)CG36PB7P+TXV H4TXV02 GUH95C045B3M 14.5 12.2 33,400 203449747 8.2 29,800 18,800
(C,M,V)CG36PB1M GUH95C045B3M 14 12.3 31,600 204291262 8.2 31,400 20,400
(C,M)CG36PB7P+TXV H4TXV02 GUH95C070B3M 14.5 12.2 33,600 203449748 8.5 29,800 19,000
(C,M,V)CG36PB1M GUH95C070B3M 14 12.3 31,800 204291268 8.5 31,400 20,600
(C,M)CG36PB7P+TXV H4TXV02 GUH95T045B3M 14.5 12.2 33,800 203449749 8.5 30,000 19,000
(C,M)CG36PB7P+TXV H4TXV02 GUH95T070B3M 14.5 12.2 33,800 203449750 8.5 30,000 19,000
(C,M,V)CG36PB1M GUH95T070B3M 14 12.3 31,800 204291286 8.5 31,600 20,600
(C,M)CG36PC7P+TXV H4TXV02 GUH95T090C3M 15 12.2 33,600 203449751 8.5 28,800 17,800
(C,M,V)CG36PC1M GUH95T090C3M 14.5 12.2 31,600 204291293 8.2 30,400 19,300
(C,M,V)CG36PC1M+TXV 4200 GUH95T110C5M 15.5 12.3 32,800 204341543 8.6 31,200 20,400
(C,M)CG36PC7P+TXV H4TXV02 GUH95T110C5M 15 12.2 35,000 204446734 8.5 29,600 18,800
(C,M)CG36PC7P+TXV H4TXV02 GDD92C090C4M 15 12.2 34,600 204237827 9 30,200 18,800
(C,M,V)CG36PC1M GDD92C090C4M 14.5 12.3 32,600 204291464 9.2 32,000 20,400
(C,M)CG36PC7P+TXV H4TXV02 GUH92C090C3M 15 12.2 34,600 204237828 8.5 29,600 18,800
(C,M)CG36PC7P+TXV H4TXV02 GUH92C090C4M 15 12.2 34,800 204237829 8.5 29,600 18,800
(C,M)CG36PC7P+TXV H4TXV02 GUH92C110C5M 15 12.2 35,000 204237830 8.5 29,600 18,800
(C,M,V)CG36PC1M GUH92C110C5M 15 12.3 32,800 204291258 8.6 31,200 20,400
(C,M)CG36PB7P+TXV H4TXV02 GUH96T045B3M 14.5 12 33,800 204711065 8.5 30,000 19,000
(C,M)CG36PB7P+TXV H4TXV02 GUH96T070B3M 14.5 12 33,800 204711066 8.5 30,000 19,000
PERFORMANCE WITH COILS, AIR HANDLERS AND FURNACES
Note: 1A blower time delay relay is required to achieve AHRI rating. This feature is standard on all furnaces and AH products
2Certified in accordance with Unitary Air Conditioner Certification Program, which is based on AHRI Standard 210/240 CONTINUED ON NEXT PAGE
508220-01Issue 2132Page 6 of 40

PERFORMANCE WITH COILS, AIR HANDLERS AND FURNACES
Note: 1A blower time delay relay is required to achieve AHRI rating. This feature is standard on all furnaces and AH products
2Certified in accordance with Unitary Air Conditioner Certification Program, which is based on AHRI Standard 210/240
Outdoor
Model
Indoor Model
TXV Kit
Where Needed Furnace1
Cooling Heating
Evap. Coil
Air Handlers1SEER EER
AHRI
Capacity2
AHRI Reference
Numbers HSPF
47° 17°
Btuh Btuh
HRG1436S1P
(C,M)CG36PC7P+TXV H4TXV02 GUH96T090C3M 15 12 34,600 204711067 8.5 29,600 18,800
(C,M)CG36PC7P+TXV H4TXV02 GUH96T090C5M 15 13 34,000 204711068 8.5 29,800 18,600
(C,M)CG36PC7P+TXV H4TXV02 GUH96T110C5M 15 12 35,000 204711069 8.5 29,600 18,800
(C,M)CG36PB7P+TXV H4TXV02 GUH97M070B3M 14.5 12.2 33,800 204237831 8.5 30,000 19,000
(C,M,V)CG36PB1M GUH97M070B3M 14.5 12.2 32,400 204291304 8.3 31,000 19,700
(C,M)CG36PC7P+TXV H4TXV02 GUH97M090C3M 15 12.2 34,600 204237833 8.5 29,600 18,800
(C,M,V)CG36PC1M GUH97M090C3M 14.5 12.2 31,600 204291310 8.2 30,400 19,300
(C,M)CG36PC7P+TXV H4TXV02 GUH97M090C4M 15 12.2 34,800 204237834 8.5 29,800 19,000
(C,M,V)CG42PC2M GUH97M090C4M 15 12.4 32,600 204291316 8.2 30,400 19,200
(C,M,V)CG36PC1M+TXV 4200 GUH97M090C5M 15.5 12.3 33,000 204341553 8.6 31,600 20,600
(C,M)CG36PC7P+TXV H4TXV02 GUH97M090C5M 15 12.2 35,200 204446736 8.5 30,000 19,000
(C,M)CG36PC7P+TXV H4TXV02 GUH97M110C5M 15 12.2 35,000 204237835 8.5 29,600 18,800
(C,M,V)CG36PC1M GUH97M110C5M 15 12.3 32,800 204291324 8.6 31,200 20,400
HRG1442S1P
(C,M)CG4248P(C,D)8P+TXV H4TXV02 14.5 12 41,000 203466551 8.2 37,400 24,200
HCG42V1P 15 12.5 41,500 203216930 8.5 39,000 25,800
HCG48V1P 15.5 12.5 42,000 203216934 8.5 39,000 25,600
HMG42F1P 14 12 40,500 203216993 8.2 39,500 26,200
HMG42X1P 15 12.5 41,000 203216996 8.2 39,000 25,600
HMG48F1P 15.1 12.5 42,000 203217000 8.5 39,000 25,800
HMG48X1P 15.5 12.5 42,000 203217005 8.2 39,000 25,600
HWCG47T0A 14.5 12 39,000 204270642 8.2 39,500 26,200
(C,M)CG4248PB8P+TXV H4TXV02 GUH80C090B4M 15 12.5 41,500 203466535 8.2 37,400 23,600
(C,M,V)CG42PB2M GUH80C090B4M 14.5 12.4 39,500 204291333 8.3 39,000 25,400
(C,M)CG4248PC8P+TXV H4TXV02 GUH95C090C4M 15 12.5 41,000 203926618 8.2 37,400 23,600
MCG48TC2M GUH95C090C4M 15.5 12.3 39,500 204291342 8.2 37,800 23,600
(C,M)CG4248PC8P+TXV H4TXV02 GUH80C090C5M 15 12.5 41,500 203926614 8.2 37,400 23,600
(C,M)CG4248PC8P+TXV H4TXV02 GUH92C090C4M 15 12.5 41,500 204338063 8.2 37,400 23,600
(C,M)CG48PC9P+TXV H4TXV02 GUH92C090C4M 15 12.5 41,500 204338064 8.2 37,400 23,600
(C,M)CG4248PCBP+TXV H4TXV02 GUH92C090C4M 15 12.5 42,000 204338065 8.5 37,400 24,800
(C,M,V)CG48PC1M GUH92C090C4M 15 12.3 39,000 204341563 8.2 37,800 23,600
(C,M,V)CG48PC1M+TXV 4202 GUH92C090C4M 15.5 12.3 39,000 204341565 8.2 37,800 23,600
(C,M,V)CG42PC2M GDD92C090C4M 14 12.4 39,000 204341581 8.8 39,500 26,000
(C,M,V)CG42PC2M+TXV 4202 GDD92C090C4M 15 12.4 39,000 204341585 8.8 39,500 26,000
(C,M)CG4248PC8P+TXV H4TXV02 GDD92C090C4M 14.5 12.2 41,000 204446737 8.5 37,400 24,200
CONTINUED ON NEXT PAGE
508220-01Issue 2132
Page 7 of 40

Outdoor
Model
Indoor Model
TXV Kit
Where Needed Furnace1
Cooling Heating
Evap. Coil
Air Handlers1SEER EER
AHRI
Capacity2
AHRI Reference
Numbers HSPF
47° 17°
Btuh Btuh
HRG1442S1P
(C,M)CG42PC6P+TXV H4TXV02 GDD92C090C4M 14 12.2 40,000 204446738 8.5 37,400 24,200
(C,M)CG4248PC8P+TXV H4TXV02 GUH92C110C4M 15 12.5 41,500 204338066 8.2 37,400 23,600
(C,M)CG48PC9P+TXV H4TXV02 GUH92C110C4M 15 12.5 41,500 204338067 8.2 37,400 23,600
(C,M)CG4248PCBP+TXV H4TXV02 GUH92C110C4M 15 12.5 42,000 204338068 8.5 37,400 24,800
(C,M,V)CG48PC1M GUH92C110C4M 15 12.3 39,000 204341569 8.2 37,800 23,600
(C,M,V)CG48PC1M+TXV 4202 GUH92C110C4M 15.5 12.3 39,000 204341571 8.2 37,800 23,600
(C,M)CG4248PC8P+TXV H4TXV02 GUH92C110C5M 15 12.5 42,000 204338069 8.2 37,400 23,800
(C,M)CG48PC9P+TXV H4TXV02 GUH92C110C5M 15 12.5 42,000 204338070 8.2 37,400 23,800
(C,M)CG4248PCBP+TXV H4TXV02 GUH92C110C5M 15 12.5 42,000 204338071 8.5 37,800 25,000
(C,M,V)CG48PC1M GUH92C110C5M 15 12.3 39,000 204341575 8.2 38,000 23,800
(C,M,V)CG48PC1M+TXV 4202 GUH92C110C5M 15.5 12.3 39,000 204341577 8.2 38,000 23,800
(C,M)CG4248PC8P+TXV H4TXV02 GUH95T090C5M 15 12.5 41,500 203926622 8.2 37,400 23,800
MCG48TC2M GUH95T090C5M 15.5 12.3 39,500 204291348 8.2 38,000 23,800
(C,M)CG4248PC8P+TXV H4TXV02 GUH80C110C5M 15 12.5 41,500 203926616 8.2 27,400 23,800
(C,M)CG4248PC8P+TXV H4TXV02 GUH95C110C5M 15 12.5 42,000 203926620 8.2 37,400 23,800
(C,M,V)CG48C1M GUH95C110C5M 15 12.3 39,000 204291344 8.2 38,000 23,800
(C,M)CG4248PC8P+TXV H4TXV02 GUH95T110C5M 15 12.5 41,500 203926624 8.2 37,400 23,600
(C,M)CG4248PB8P+TXV H4TXV02 GUH96T045B3M 14 12 40,500 204711073 8.2 37,800 24,200
(C,M)CG4248PB8P+TXV H4TXV02 GUH96T070B3M 14 12 40,500 204711074 8.2 37,800 24,200
(C,M)CG4248PC8P+TXV H4TXV02 GUH96T090C3M 15 13 41,000 204711075 8.2 37,400 23,800
(C,M)CG4248PCBP+TXV H4TXV02 GUH96T090C3M 15 13 42,000 204711076 8.2 36,200 22,200
(C,M)CG4248PC8P+TXV H4TXV02 GUH96T090C5M 15 13 41,500 204711077 8.2 37,400 23,800
(C,M)CG4248PCBP+TXV H4TXV02 GUH96T090C5M 15 13 42,000 204711078 8.5 37,800 25,200
(C,M)CG4248PC8P+TXV H4TXV02 GUH96T110C5M 15 13 41,500 204711079 8.2 37,400 23,600
(C,M)CG4248PCBP+TXV H4TXV02 GUH96T110C5M 15 13 42,000 204711080 8.5 37,800 25,000
(C,M)CG4248PB8P+TXV H4TXV02 GUH97M070B3M 14 12.2 40,500 204237836 8.2 37,800 24,200
(C,M)CG48PB9P+TXV H4TXV02 GUH97M070B3M 14 12.2 40,500 204237837 8.2 37,800 24,200
(C,M)CG4248PBBP+TXV H4TXV02 GUH97M070B3M 14 12.2 40,500 204237839 8.2 37,800 24,200
(C,M,V)CG48B1M GUH97M070B3M 14 12 39,500 204291350 8.5 40,000 26,000
(C,M)CG4248PC8P+TXV H4TXV02 GUH97M090C4M 15 12.5 41,500 204237840 8.2 37,400 23,800
(C,M)CG48PC9P+TXV H4TXV02 GUH97M090C4M 15 12.5 41,500 204237841 8.2 37,400 23,800
(C,M)CG4248PCBP+TXV H4TXV02 GUH97M090C4M 15 12.5 42,000 204237842 8.5 37,800 25,000
(C,M)CG4248PC8P+TXV H4TXV02 GUH97M090C5M 15 12.5 41,500 204237843 8.2 37,400 23,800
(C,M)CG48PC9P+TXV H4TXV02 GUH97M090C5M 15 12.5 41,500 204237844 8.2 37,400 23,800
PERFORMANCE WITH COILS, AIR HANDLERS AND FURNACES
Note: 1A blower time delay relay is required to achieve AHRI rating. This feature is standard on all furnaces and AH products
2Certified in accordance with Unitary Air Conditioner Certification Program, which is based on AHRI Standard 210/240 CONTINUED ON NEXT PAGE
508220-01Issue 2132
Page 8 of 40

Outdoor
Model
Indoor Model
TXV Kit
Where Needed Furnace1
Cooling Heating
Evap. Coil
Air Handlers1SEER EER
AHRI
Capacity2
AHRI Reference
Numbers HSPF
47° 17°
Btuh Btuh
HRG1442S1P
(C,M)CG4248PCBP+TXV H4TXV02 GUH97M090C5M 15 12.5 42,000 204237846 8.5 37,800 25,200
MCG48TC2M GUH97M090C5M 15.5 12.3 39,500 204291357 8.2 38,000 23,800
(C,M)CG4248PC8P+TXV H4TXV02 GUH97M110C5M 15 12.5 41,500 204237847 8.2 37,400 23,800
(C,M)CG48PC9P+TXV H4TXV02 GUH97M110C5M 15 12.5 41,500 204237848 8.2 37,400 23,600
(C,M)CG4248PCBP+TXV H4TXV02 GUH97M110C5M 15 12.5 42,000 204237849 8.5 37,800 25,000
HRG1448S1P
(C,M)CG48P(C,D)9P+TXV H4TXV02 15 12.2 47,000 203466553 8.2 40,000 26,000
HCG48V1P 14.5 12.2 48,000 203216936 8.2 46,000 28,600
HCG60V1P 15.1 12.5 48,000 203216939 8.5 42,000 27,800
HMG48F1P 14 11.5 47,500 203217002 8.2 46,000 29,000
HMG48X1P 14 11.5 47,500 203217008 8.2 46,000 28,800
HMG60F1P 15.1 12.5 48,000 203217011 8.5 42,000 27,600
HMG60X1P 15.5 12.5 48,000 203217018 8.5 42,000 27,600
(C,M)CG48PC9P+TXV H4TXV02 GUH80C090C5M 15 12.2 46,500 203449752 8.5 40,000 24,200
MCG48TC2M GUH80C090C5M 15.5 12.3 45,000 204291360 8.2 42,000 26,800
(C,M)CG48PC9P+TXV H4TXV02 GUH92C090C4M 15 12.2 47,500 204338072 8.5 43,000 27,800
(C,M)CG60PCAP+TXV H4TXV02 GUH92C090C4M 15 12.5 48,000 204338073 8.5 43,000 27,800
(C,M)CG4248PCBP+TXV H4TXV02 GUH92C090C4M 15 12.5 48,000 204338074 8.5 43,000 27,800
MCG60TC2M GUH92C090C4M 15.5 12.4 45,500 204341603 8.2 42,000 26,000
(C,M,V)CG48PC1M GDD92C090C4M 14.5 12.2 46,500 204341613 8.9 44,500 29,000
(C,M)CG48PC9P+TXV H4TXV02 GDD92C090C4M 14.5 12.2 48,000 204446739 8.5 42,000 27,200
(C,M)CG60PCAP+TXV H4TXV02 GDD92C090C4M 14.5 12.2 48,000 204446740 8.5 42,000 27,200
(C,M)CG4248PCBP+TXV H4TXV02 GDD92C090C4M 14.5 12.2 48,000 204446741 8.5 42,000 27,200
(C,M)CG60PCBP+TXV H4TXV02 GDD92C090C4M 14.5 12.2 48,000 204446742 8.5 42,000 27,200
(C,M)CG48PC9P+TXV H4TXV02 GUH92C110C4M 15 12.2 47,500 204338075 8.5 43,000 27,800
(C,M)CG60PCAP+TXV H4TXV02 GUH92C110C4M 15 12.5 48,000 204338076 8.5 43,000 27,800
(C,M)CG4248PCBP+TXV H4TXV02 GUH92C110C4M 15 12.5 48,000 204338077 8.5 43,000 27,800
MCG60TC2M GUH92C110C4M 15.5 12.4 45,500 204341607 8.2 42,000 26,000
(C,M)CG48PC9P+TXV H4TXV02 GUH92C110C5M 14.5 12.2 48,000 204338078 8.2 43,000 26,200
(C,M)CG4248PCBP+TXV H4TXV02 GUH92C110C5M 15 12.5 48,000 204338079 8.2 42,500 27,200
MCG60TC2M GUH92C110C5M 15.5 12.4 45,500 204341611 8.2 42,000 25,800
(C,M)CG48PC9P+TXV H4TXV02 GUH95C090C4M 14.5 12.2 48,000 203449754 8.2 42,500 25,800
(C,M)CG48PC9P+TXV H4TXV02 GUH95T090C5M 14.5 12.2 48,000 203449755 8.2 42,500 26,000
MCG60TC2M GUH95T090C5M 15.5 12.4 45,000 204291395 8.2 42,000 26,000
(C,M)CG48PC9P+TXV H4TXV02 GUH95T110C5M 14.5 12.2 48,000 203449756 8.2 42,500 26,000
PERFORMANCE WITH COILS, AIR HANDLERS AND FURNACES
Note: 1A blower time delay relay is required to achieve AHRI rating. This feature is standard on all furnaces and AH products
2Certified in accordance with Unitary Air Conditioner Certification Program, which is based on AHRI Standard 210/240 CONTINUED ON NEXT PAGE
508220-01Issue 2132Page 9 of 40

Outdoor
Model
Indoor Model
TXV Kit
Where Needed Furnace1
Cooling Heating
Evap. Coil
Air Handlers1SEER EER
AHRI
Capacity2
AHRI Reference
Numbers HSPF
47° 17°
Btuh Btuh
HRG1448S1P
MCG60TC2M GUH95T110C5M 15.5 12.4 45,000 204291397 8.2 42,500 26,200
(C,M)CG48PC9P+TXV H4TXV02 GUH95C110C5M 15 12.2 47,500 203488301 8.5 43,000 27,800
MCG48TC2M GUH95C110C5M 15.5 12.3 45,000 204291379 8.2 42,500 26,800
(C,M)CG48PD9P+TXV H4TXV02 GUH95C135D5M 14 12.2 47,000 203464664 8.2 40,000 25,000
(C,M,V)CG48D1M GUH95C135D5M 14 12.2 44,500 204291383 8.2 42,000 26,600
(C,M)CG48PD9P+TXV H4TXV02 GUH95T135D5M 14.5 12.2 47,000 203464666 8.2 40,000 25,000
(C,M,V)CG48D1M GUH95T135D5M 14.5 12.3 44,500 204291399 8.2 42,000 26,600
(C,M)CG48PD9P+TXV H4TXV02 GUH80C135D5M 15 12.2 47,000 203488299 8.2 39,500 24,800
(C,M,V)CG48D1M GUH80C135D5M 14.5 12.2 44,500 204291366 8.2 41,500 26,400
(C,M)CG60PCAP+TXV H4TXV02 GUH80C110C5M 15 12.2 47,500 203449753 8.2 40,000 25,000
MCG48TC2M GUH80C110C5M 15.5 12.3 45,000 204291364 8.2 42,000 26,600
(C,M)CG48PC9P+TXV H4TXV02 GUH96T090C5M 14.5 12 48,000 204711082 8.2 42,500 26,000
(C,M)CG60PCAP+TXV H4TXV02 GUH96T090C5M 15 12 47,500 204711083 8.2 40,500 25,400
(C,M)CG48PCCP+TXV H4TXV02 GUH96T090C5M 15 13 48,000 204711084 8.2 40,500 25,400
(C,M)CG48PC9P+TXV H4TXV02 GUH96T110C5M 14.5 12 48,000 204711085 8.2 42,500 26,000
(C,M)CG60PCAP+TXV H4TXV02 GUH96T110C5M 15 12 47,500 204711086 8.2 40,500 25,400
(C,M)CG48PCCP+TXV H4TXV02 GUH96T110C5M 15 13 48,000 204711087 8.2 42,500 26,000
(C,M)CG4248PCBP+TXV H4TXV02 GUH96T110C5M 15 13 48,000 204711088 8.2 40,500 25,400
(C,M)CG48PD9P+TXV H4TXV02 GUH96T135D5M 14.5 12 47,000 204711089 8.2 40,000 25,000
(C,M)CG60PDAP+TXV H4TXV02 GUH96T135D5M 15 12 47,500 204711090 8.2 40,000 25,000
(C,M)CG48PDCP+TXV H4TXV02 GUH96T135D5M 15 13 48,000 204711091 8.2 40,000 25,000
(C,M)CG4248PDBP+TXV H4TXV02 GUH96T135D5M 15 13 48,000 204711092 8.2 40,000 25,000
(C,M)CG48PC9P+TXV H4TXV02 GUH97M090C4M 14.5 12.2 48,000 204237850 8.2 42,500 26,000
(C,M)CG60PCAP+TXV H4TXV02 GUH97M090C4M 15 12.2 47,500 204237851 8.2 40,500 25,400
(C,M)CG4248PCBP+TXV H4TXV02 GUH97M090C4M 15 12.5 48,000 204237853 8.2 40,500 25,400
MCG60TC2M GUH97M090C4M 15.5 12.4 45,500 204291411 8.2 42,000 26,000
(C,M)CG48PC9P+TXV H4TXV02 GUH97M090C5M 14.5 12.2 48,000 204237854 8.2 42,500 26,000
(C,M)CG60PCAP+TXV H4TXV02 GUH97M090C5M 15 12.2 47,500 204237855 8.2 40,500 25,400
(C,M)CG4248PCBP+TXV H4TXV02 GUH97M090C5M 15 12.5 48,000 204237856 8.2 40,500 25,400
MCG60TC2M GUH97M090C5M 15.5 12.4 45,000 204291413 8.2 42,000 26,000
(C,M)CG48PC9P+TXV H4TXV02 GUH97M110C5M 14.5 12.2 48,000 204237857 8.2 42,500 26,000
(C,M)CG60PCAP+TXV H4TXV02 GUH97M110C5M 15 12.2 47,500 204237859 8.2 40,500 25,400
(C,M)CG4248PCBP+TXV H4TXV02 GUH97M110C5M 15 12.5 48,000 204237860 8.2 40,500 25,400
MCG60TC2M GUH97M110C5M 15.5 12.4 45,000 204291415 8.2 42,500 26,200
PERFORMANCE WITH COILS, AIR HANDLERS AND FURNACES
Note: 1A blower time delay relay is required to achieve AHRI rating. This feature is standard on all furnaces and AH products
2Certified in accordance with Unitary Air Conditioner Certification Program, which is based on AHRI Standard 210/240 CONTINUED ON NEXT PAGE
508220-01Issue 2132
Page 10 of 40

Outdoor
Model
Indoor Model
TXV Kit
Where Needed Furnace1
Cooling Heating
Evap. Coil
Air Handlers1SEER EER
AHRI
Capacity2
AHRI Reference
Numbers HSPF
47° 17°
Btuh Btuh
HRG1448S1P
(C,M)CG48PD9P+TXV H4TXV02 GUH97M135D5M 14.5 12.2 47,000 204237861 8.2 39,500 25,000
(C,M)CG60PDAP+TXV H4TXV02 GUH97M135D5M 15 12.2 47,500 204237862 8.2 39,500 25,000
(C,M)CG4248PDBP+TXV H4TXV02 GUH97M135D5M 15 12.5 48,000 204237863 8.2 39,500 25,000
(C,M,V)CG48D1M GUH97M135D5M 14.5 12.2 44,500 204291417 8.2 41,500 26,600
HRG1460S1P
(C,M)CG4248P(C,D)BP+TXV H4TXV03 14 12 58,000 203466549 8.5 56,500 35,800
HCG60V1P 14 12 56,500 203216942 8.2 55,000 35,800
HMG60F1P 14.25 12 56,500 203217014 8.5 54,500 35,400
HMG60X1P 14.25 12.2 56,500 203217021 8.2 54,500 35,400
(C,M)CG4248PCBP+TXV H4TXV03 GUH80C090C5M 14.5 12.2 57,500 203449757 8.5 56,000 35,200
(C,M,V)CG60PC1M GUH80C090C5M 14 11.9 53,500 204291429 8.2 57,000 36,600
(C,M)CG4248PCBP+TXV H4TXV03 GUH80C110C5M 14.5 12.2 57,500 203449758 8.5 56,000 35,200
(C,M,V)CG60PC1M GUH80C110C5M 14 11.9 54,000 204291435 8.2 57,000 36,600
(C,M)CG60PCAP+TXV H4TXV03 GUH92C110C5M 14 12 56,000 204338080 8.5 54,500 34,800
(C,M)CG60PCBP+TXV H4TXV03 GUH92C110C5M 14.5 12.2 57,500 204338081 8.5 56,000 35,000
(C,M,V)CG60PC1M GUH92C110C5M 14 11.9 54,000 204341631 8.2 57,500 36,400
(C,M)CG4248PCBP+TXV H4TXV03 GUH95C110C5M 14.5 12.2 57,500 203449759 8.5 56,000 35,200
(C,M,V)CG60PC1M GUH95C110C5M 14 11.9 53,500 204291441 8.2 57,000 36,600
(C,M)CG4248PCBP+TXV H4TXV03 GUH95T090C5M 14 12.2 57,000 203449760 8.5 56,000 35,200
(C,M,V)CG60PC1M+TXV 4202 GUH95T090C5M 14.5 11.9 53,500 204291447 8.2 57,000 36,600
(C,M)CG4248PCBP+TXV H4TXV03 GUH95T110C5M 14 12 57,500 203449761 8.2 56,500 35,600
(C,M,V)CG60PC1M+TXV 4202 GUH95T110C5M 14.5 11.7 53,500 204291452 8.2 57,500 37,000
(C,M)CG60PCAP+TXV H4TXV03 GUH96T090C5M 14 12 57,500 204711093 8.2 56,000 35,400
(C,M)CG60PCBP+TXV H4TXV03 GUH96T090C5M 14 12 57,000 204711094 8.5 56,000 35,200
(C,M)CG60PCAP+TXV H4TXV03 GUH96T110C5M 14 12 58,000 204711095 8.2 56,500 35,600
(C,M)CG60PCBP+TXV H4TXV03 GUH96T110C5M 14 12 58,000 204711096 8.2 56,500 35,600
(C,M)CG60PCAP+TXV H4TXV03 GUH97M090C5M 14 12 57,500 204237865 8.2 56,000 35,400
(C,M)CG60PCBP+TXV H4TXV03 GUH97M090C5M 14 12.2 57,000 204237866 8.5 56,000 35,200
(C,M,V)CG60PC1M+TXV 4202 GUH97M090C5M 14.5 11.9 53,500 204291456 8.2 57,000 36,600
(C,M)CG60PCAP+TXV H4TXV03 GUH97M110C5M 14 12 58,000 204237867 8.2 56,500 35,600
(C,M)CG60PCBP+TXV H4TXV03 GUH97M110C5M 14 12.2 58,000 204237868 8.2 56,500 35,600
(C,M,V)CG60PC1M+TXV 4202 GUH97M110C5M 14.5 11.7 53,500 204291460 8.2 57,500 37,000
PERFORMANCE WITH COILS, AIR HANDLERS AND FURNACES
Note: 1A blower time delay relay is required to achieve AHRI rating. This feature is standard on all furnaces and AH products
2Certified in accordance with Unitary Air Conditioner Certification Program, which is based on AHRI Standard 210/240
508220-01Issue 2132
Page 11 of 40

508220-01 Issue 2132
Page 12 of 40
ACCESSORIES
Description Where Used Kit Number
TXV Kit
18, 24, 30 H4TXV01
36, 42, 48 H4TXV02
60 H4TXV03
Crankcase Heater 18, 24, 30, 36 93M04
42, 48, 60 93M05 (Factory Installed)
Sound Blanket 12, 24, 30, 36 14W00 (Factory Installed)
42, 48, 60 14W01 (Factory Installed)
Short Cycle Protector All models Control Board Feature
Freezestat 3/8 tubing 93G35
Electric heat Outdoor Thermostat & Mounting Box All models 56A87 / 31461
Fossil Fuel Kit All models 1.841189
Liquid Line Solenoid All models 60M5201
Single Power Point Supply All models 21H39
Low Ambient (Cooling Operation) All models 68M04
Mild Ambient (Cooling Operation) All models 33M07
Cold Weather All models 1.921145

508220-01Issue 2132
Page 13 of 40
FAN BLADE SPECS
HRG14P Fan Blade
Dia. #of Blades Pitch Part # Print #
-18 22 3 20 82W58 100060-31
-24 22 3 26 43W37 100060-23
-30 22 3 26 43W37 100060-23
-36 26 326 32W31 100017-10
-42 26 3 22 13W85 100060-17
-48 26 3 22 13W85 100060-17
-60 26 4 22 21W10 100060-11

508220-01 Issue 2132
Page 14 of 40
Expansion Valve
Discharge Line
Low Pressure Switch
Reversing Valve
Vapor Line Service Valve
Liquid Line Service Valve
High Pressure Switch
Bi-Flow Filter Drier
Figure 2. Typical Parts Arranegment - HRG14P

508220-01Issue 2132
Page 15of 40
2. Always disconnect electrical power before removing
panel or servicing equipment.
3. Keep hands and clothing away from moving parts.
4. Handle refrigerant with caution; refer to proper MSDS
from refrigerant supplier.
5. Use care when lifting, avoid contact with sharp edges.
Installation
NOTE: In some cases, noise in the living area has been
traced to gas pulsations from improper installation of
equipment.
•Locate unit away from windows, patios, decks, etc.
where unit operation sounds may disturb customer.
•Leave some slack between structure and unit to
absorb vibration.
•Place a sound-absorbing material, such as Isomode,
under the unit if it will be installed in a location or
position that will transmit sound or vibration to the
living area or adjacent buildings.
•Install the unit high enough above the ground or roof to
allow adequate drainage of defrost water and prevent
ice buildup.
•In heavy snow areas, do not locate the unit where
drifting snow will occur. The unit base should be
elevated above the depth of average snows.
NOTE: Elevation of the unit may be accomplished
by constructing a frame using suitable materials. If a
support frame is constructed, it must not block drain
holes in unit base.
•When installed in areas where low ambient
temperatures exist, locate unit so winter prevailing
winds do not blow directly into outdoor coil.
•Locate unit away from overhanging roof lines which
would allow water or ice to drop on, or in front of, coil
or into unit.
When outdoor unit is connected to factory-approved indoor
unit, outdoor unit contains system refrigerant charge for
operation with matching indoor unit when connected by 15
ft. of eld-supplied tubing. For proper unit operation, check
refrigerant charge using charging information located on
control box cover.
Outdoor Section
Zoning ordinances may govern the minimum distance the
condensing unit can be installed from the property line.
Install on a Solid, Level Mounting Pad
The outdoor section is to be installed on a solid foundation.
This foundation should extend a minimum of 2” (inches)
beyond the sides of the outdoor section. To reduce the
possibility of noise transmission, the foundation slab
should NOT be in contact with or be an integral part of the
building foundation. See Figure 3.
General
Read this entire instruction manual, as well as the
instructions supplied in separate equipment, before
starting the installation. Observe and follow all warnings,
cautions, instructional labels, and tags. Failure to comply
with these instructions could result in an unsafe condition
and/or premature component failure.
These instructions are intended as a general guide only
for use by qualied personnel and do not supersede any
national or local codes in any way. The installation must
comply with all provincial, state, and local codes as well as
the National Electrical Code (U.S.) or Canadian Electrical
Code (Canada). Compliance should be determined prior
to installation.
This unit uses R-410A, which is an ozone-friendly HFC
refrigerant. The unit must be installed with a matching
indoor coil and line set. A lter drier approved for use with
R-410A is installed in the unit.
When servicing or repairing HVAC components, ensure
the fasteners are appropriately tightened. Table 1 shows
torque values for fasteners.
Fastener Torque
Stem Caps 8 ft. lbs.
Service Port Caps 8 ft. lbs.
Sheet Metal Screws 16 in. lbs.
#8 Machine Screws 16 in. lbs.
#10 Machine Screws 28 in. lbs.
Compressor Bolts 90 in. lbs.
Table 1. Torque Table
Inspection of Shipment
Upon receipt of equipment, carefully inspect it for possible
shipping damage. If damage is found, it should be noted
on the carrier’s freight bill. Take special care to examine
the unit inside the carton if the carton is damaged. Any
concealed damage discovered should be reported to the
last carrier immediately, preferably in writing, and should
include a request for inspection by the carrier’s agent.
If any damages are discovered and reported to the carrier
DO NOT INSTALL THE UNIT, as claim may be denied.
Check the unit rating plate to conrm specications are as
ordered.
Safety Precautions
Follow all safety codes. Wear safety glasses and work
gloves. Use quenching cloth for brazing operations.
Have re extinguisher available. Read these instructions
thoroughly and follow all warning or cautions attached to
the unit.
1. Always wear proper personal protection equipment.

508220-01 Issue 2132
Page 16of 40
If conditions or local codes require the unit be attached to
pad or mounting frame, tie down bolts should be used and
secured to unit base pan.
Discharge Air
Mounting Slab
Ground Level
Building
Structure
Mounting slab must slope slightly away from
building, not to exceed 1/4” per foot.
Figure 3. Slab Mounting
Elevate Unit
Accumulation of water and ice in base pan may cause
equipment damage.
CAUTION
Elevate unit per local climate and code requirements to
provide clearance above estimated snowfall level and
ensure adequate drainage of unit. Use snow stand in areas
where prolonged freezing temperatures are encountered.
If conditions or local codes require the unit be attached to
pad or mounting frame, tie down bolts should be used and
fastened through knockouts provided in unit base pan.
Clearance Requirements
When installing, allow su󰀩cient space for airow clearance,
wiring, refrigerant piping, and service. For proper airow,
quiet operation and maximum e󰀩ciency. Position so water,
snow, or ice from roof or eaves cannot fall directly on unit.
Refer to Table 2 for installation clearances.
Location Minimum Clearance
Service box 30”
Top of unit* 48”
Between units 24”
Against wall 6”
* Maximum so󰀩t overhang is 36”.
NOTE: At least one side should be unobstructed by a wall or
other barrier.
Table 2. Clearances
30” around
Control
Box
24”
6”*
Figure 4.
NOTE: See Table 2 for specic minimum clearance guidelines.
DO LOCATE THE UNIT:
•With proper clearances on sides and top of unit
•On a solid, level foundation or pad (unit must be level
to within ± 1/4 in./ft. per compressor manufacturer
specications)
•To minimize refrigerant line lengths
DO NOT LOCATE THE UNIT:
•On brick, concrete blocks or unstable surfaces
•Near clothes dryer exhaust vents where debris
accumulates
•Near sleeping area or near windows
•Under eaves where water, snow or ice can fall directly
on the unit
•With clearance less than 2 ft. from a second unit
•With clearance less than 4 ft. on top of unit
Operating Ambient
The minimum outdoor operating ambient in cooling mode
is 55°F, and the maximum outdoor operating ambient in
cooling mode is 125°F. The maximum outdoor operating
ambient in heating mode is 66°F.
Rooftop Installations
Install unit at a minimum of 6” above surface of the roof
to avoid ice buildup around the unit. Locate the unit
above a load bearing wall or area of the roof that can
adequately support the unit. Consult local codes for rooftop
applications.
If unit cannot be mounted away from prevailing winds, a
wind barrier should be constructed. Due to variation in
installation applications, size and locate barrier according
to the best judgment of the installer.

508220-01Issue 2132
Page 17of 40
Filter Drier
The lter drier is very important for proper system operation
and reliability. If the drier is shipped loose, it must be
installed by the installer in the eld. Unit warranty will be
void, if the drier is not installed.
Installation of Line Sets
DO NOT fasten liquid or suction lines in direct contact with
the oor or ceiling joist. Use an insulated or suspension
type of hanger. Keep both lines separate, and always
insulate the suction line. Liquid line runs (30 feet or more)
in an attic will require insulation. Route refrigeration line
sets to minimize length.
DO NOT let refrigerant lines come in direct contact with
foundation. When running refrigerant lines through the
foundation or wall, openings should allow for a sound
and vibration absorbing material to be placed or installed
between tubing and foundation. Any gap between
foundation or wall and refrigerant lines should be lled with
a vibration damping material.
If ANY refrigerant tubing is required to be buried by state
or local codes, provide a 6 inch vertical rise at service
valve.
CAUTION
Flushing Line Sets
If the unit will be installed in an existing system that uses
an indoor unit or line sets charged with R-22 refrigerant,
installer must perform the following ushing procedure.
NOTE: Existing system components (including line set
and indoor coil) must be an AHRI match with the unit in
order to fulll unit warranty requirements.
Refrigerant must be reclaimed in accordance with
national and local codes.
WARNING
Do NOT attempt to ush and re-use existing line sets
or indoor coil when the system contains contaminants
(i.e., compressor burn out).
CAUTION
“Clean refrigerant” is any refrigerant in a system that
has not had compressor burnout. If the system has
experienced burnout, it is recommended that the
existing line set and indoor coil be replaced.
NOTE
Refrigeration Piping
•Use only refrigerant grade copper tubes.
•Split systems may be installed with up to 50 feet of
line set (no more than 20 feet vertical) without special
consideration (see long line set guidelines).
•Ensure that vapor and liquid tube diameters are
appropriate to capacity of unit.
•Run refrigerant tubes as directly as possible by
avoiding unnecessary turns and bends.
•When passing refrigerant tubes through the wall, seal
opening with RTV or other silicon-based caulk.
•Avoid direct tubing contact with water pipes, duct work,
oor joists, wall studs, oors, walls, and any structure.
•Do not suspend refrigerant tubing from joists and
studs with a rigid wire or strap that comes in direct
contact with tubing.
•Ensure that tubing insulation is pliable and completely
surrounds vapor tube.
It is important that no tubing be cut or seals broken until you
are ready to actually make connections to the evaporator
and to the condenser section. DO NOT remove rubber
plugs or copper caps from the tube ends until ready to
make connections at evaporator and condenser. Under no
circumstances leave the lines open to the atmosphere for
any period of time, if so unit requires additional evacuation
to remove moisture.
Capacity
Liquid Vapor
Connections
Dia.
Tube
Dia.
Connections
Dia.
Tube
Dia.
-018 3/8” 3/8” 3/4” 3/4”
-024 3/8” 3/8” 3/4” 3/4”
-030 3/8” 3/8” 3/4” 3/4”
-036 3/8” 3/8” 7/8” 7/8”
-042 3/8” 3/8” 7/8” 7/8”
-048 3/8” 3/8” 7/8” 7/8”
-060 3/8” 3/8” 7/8” *1-1/8”
* Field supplied 7/8 x 1-1/8 connector required on both ends
of vapor tubing.
Table 3. Recommended Liquid & Vapor Tube
Diameters (in.)
Be extra careful with sharp bends. Tubing can “kink” very
easily, and if this occurs, the entire tube length will have
to be replaced. Extra care at this time will eliminate future
service problems.
It is recommended that vertical suction risers not be up-
sized. Proper oil return to the compressor should be
maintained with suction gas velocity.

508220-01 Issue 2132
Page 18of 40
ANCHORED HEAVY NYLON
WIRE TIE OR AUTOMOTIVE
MUFFLER‐TYPE HANGER
STRAP LIQUID LINE TO
VAPOR LINE
WALL
STUD
LIQUID LINE
NON-CORROSIVE
METAL SLEEVE
VAPOR LINE - WRAPPED
IN ARMAFLEX
AUTOMOTIVE
MUFFLER‐TYPE HANGER
REFRIGERANT LINE SET — TRANSITION
FROM VERTICAL TO HORIZONTAL
Line Set Isolation — The following illustrations are
examples of proper refrigerant line set isolation:
STRAPPING
MATERIAL (AROUND
VAPOR LINE ONLY)
TAPE OR
WIRE TIE
WIRE TIE (AROUND
VAPOR LINE ONLY)
FLOOR JOIST OR
ROOF RAFTER
TAPE OR
WIRE TIE
To hang line set from joist or rafter, use either metal strapping material
or anchored heavy nylon wire ties.
8 FEET (2.43 METERS)
STRAP THE VAPOR LINE TO THE JOIST
OR RAFTER AT 8 FEET (2.43 METERS)
INTERVALS THEN STRAP THE LIQUID
LINE TO THE VAPOR LINE.
FLOOR JOIST OR
ROOF RAFTER
REFRIGERANT LINE SET — INSTALLING
HORIZONTAL RUNS
NOTE — Similar installation practices should be used if line set is
to be installed on exterior of outside wall.
PVC
PIPE
FIBERGLASS
INSULATION
CAULK
OUTSIDE
WALL
VAPOR LINE WRAPPED
WITH ARMAFLEX
LIQUID
LINE
OUTSIDE WALL LIQUID LINE
VAPOR LINE
WOOD BLOCK
BETWEEN STUDS
STRAP
WOOD BLOCK
STRAP
SLEEVE
WIRE TIE
WIRE TIE
WIRE TIE
INSIDE WALL
REFRIGERANT LINE SET — INSTALLING
VERTICAL RUNS (NEW CONSTRUCTION SHOWN)
INSTALLATION
LINE SET
NOTE — Insulate liquid line when it is routed through areas where the
surrounding ambient temperature could become higher than the
temperature of the liquid line or when pressure drop is equal to or greater
than 20 psig.
NON-CORROSIVE
METAL SLEEVE
IMPORTANT —Refrigerant lines must not contact structure.
NON-CORROSIVE
METAL SLEEVE
8 FEET (2.43 METERS)
IMPORTANT —Refrigerant lines must not contact wall

508220-01Issue 2132
Page 19of 40
In lieu of R-410A, an industry-standard ushing agent
may also be used.
NOTE
LOW
HIGH
EXISTING
INDOOR
UNIT
GAUGE
MANIFOLD
CYLINDER CONTAINING
CLEAN R-410A TO BE
USED FOR FLUSHING
(Positioned to deliver liquid
refrigerant)
LIQUID LINE SERVICE
VALVE
INLET
DISCHARGE
TANK
RETURN
CLOSED
OPENED
RECOVER
Y
CYLINDER
RECOVERY MACHINE
NEW
OUTDOOR
UNIT
VAPOR LINE
SERVICE VALVE
VAPOR
LIQUID
1
A
B
C
D
ACylinder with clean R-410A (positioned to deliver liquid refrigerant) to the
vapor service valve.
BRefrigerant gauge set (low side) to the liquid line valve.
CRefrigerant gauge set center port to inlet on the recovery machine with
an empty recovery tank connected to the gauge set.
DConnect recovery tank to recovery machine per machine instructions.
Figure 5.
1. Connect gauges and equipment as shown in Figure 5.
2. Set the recovery machine for liquid recovery and start
the recovery machine. Open the gauge set valves to
allow the recovery machine to pull a vacuum on the
existing system line set and indoor unit coil.
3. Position the cylinder of clean R-410A for delivery of
liquid refrigerant and open its valve to allow liquid
refrigerant to ow into the system through the vapor
line valve. Allow the refrigerant to pass from the
cylinder and through the line set and the indoor unit
coil before it enters the recovery machine.
4. After all of the liquid refrigerant has been recovered,
switch the recovery machine to vapor recovery so
that all of the R-410A vapor is recovered. Allow the
recovery machine to pull the system down to 0.
5. Close the valve on the inverted R-410A drum and the
gauge set valves. Pump the remaining refrigerant out
of the recovery machine and turn the machine o󰀨.

508220-01 Issue 2132
Page 20 of 40
Refrigerant Piping - Install Indoor Expansion Valve
This outdoor unit is designed for use in systems that include an expansion valve metering device (purchased separately) at
the indoor coil. See the Product Specications for approved expansion valve kit match-ups and application information. The
check expansion valve unit can be installed internal or external to the indoor coil. In applications where an uncased coil is
being installed in a eld-provided plenum, install the check/expansion valve in a manner that will provide access for future
eld service of the expansion valve. Refer to below illustration for reference during installation of expansion valve unit.
1 -Attach the vapor line sensing bulb in the proper
orientation as illustrated to the right using the clamp and
screws provided.
NOTE - Though it is preferred to have the sensing bulb
installed on a horizontal run of the vapor line, installation
on a vertical run of piping is acceptable if necessary.
NOTE - Confirm proper thermal contact between vapor
line and check/expansion bulb before insulating the
sensing bulb once installed.
2 -Connect the equalizer line from the check expansion
valve to the equalizer vapor port on the vapor line. Finger
tighten the flare nut plus 1/8 turn (7 ft-lbs) as illustrated
below.
TWO PIECE
PATCH PLATE
(UNCASED
COIL ONLY)
VAPOR
LINE
LIQUID LINE
ORIFICE
HOUSING
DISTRIBUTOR
TUBES
LIQUID LINE
MALE EQUALIZER LINE
FITTING (SEE
EQUALIZER LINE
INSTALLATION FOR
FURTHER DETAILS)
SENSING
LINE
EQUALIZER
LINE
EXPANSION
VALVE
TEFLON®
RING
(Uncased Coil Shown)
Sensing bulb insulation is required if
mounted external to the coil casing. sensing
bulb installation for bulb positioning.
STUB
END
TEFLON®
RING
LIQUID LINE
ASSEMBLY WITH
BRASS NUT
DISTRIBUTOR
ASSEMBLY
3 -Install one of the provided Teflon®rings around the
stubbed end of the check expansion valve and lightly
lubricate the connector threads and expose surface of
the Teflon®ring with refrigerant oil.
4 -Attach the stubbed end of the check expansion valve to
the liquid line orifice housing. Finger tighten and use an
appropriately sized wrench to turn an additional 1/2 turn
clockwise as illustrated in the figure above, or tighten to
20 ft-lb.
5 -Place the remaining Te flon®washer around the other
end of the check expansion valve. Lightly lubricate
connector threads and expose surface of the Teflon®
ring with refrigerant oil.
6 -Attach the liquid line assembly to the check expansion
valve. Finger tighten and use an appropriately sized
wrench to turn an additional 1/2 turn clockwise as
illustrated in the figure above or tighten to 20 ft-lb.
ON 7/8” AND LARGER LINES,
MOUNT SENSING BULB AT
EITHER THE 4 OR 8 O'CLOCK
POSITION.
12
ON LINES SMALLER THAN
7/8”, MOUNT SENSING
BULB AT EITHER THE 3 OR
9 O'CLOCK POSITION.
12
BULB
VAPOR LINE
VAPOR LINE
NOTE - NEVER MOUNT THE SENSING BULB ON
BOTTOM OF LINE.
BULB
BULB
BULB
VAPOR LINE
FLARE NUT
COPPER FLARE
SEAL BONNET
MALE BRASS EQUALIZER
LINE FITTING
FLARE SEAL CAP
OR
1
2
3
4
5
6
7
8
9
10
11 12
1/2 Turn
SENSING BULB INSTALLATION
EQUALIZER LINE INSTALLATION
1
2
3
4
5
6
7
8
9
10
11 12
1/8 Turn
1 -Remove and discard either the flare seal cap or flare nut
with copper flare seal bonnet from the equalizer line port
on the vapor line as illustrated in the figure below.
2 -Remove the field-provided
sembly.
INDOOR EXPANSION VALVE INSTALLATION