HVAC Advanced Products Division
SPLIT-TYPE, HEAT PUMPS
TECHNICAL MANUAL
PUGH OUTDOOR UNIT
MODELS
PUGH18AYB
PUGH24AYB
PUGH30AYB
PUGH36AYB
PUGH42AYB
036-21544-001 Rev. B (1103)
Table 1:
APPLIES TO:
VOLTAGE PHASE SUFFIX
208/230 VAC 1 PH AYB
Certification applies only
when the complete
system is list ed
with ARI.
036-21544-001 Rev. B (1103)
1
DESCRIPTION AND FEATURES
DESCRIPTION AND FEATURES . . . . . . . . . . . . . . . . . . 2
SPECIFICATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
STANDARD OPERATING DATA . . . . . . . . . . . . . . . 4 - 6
PERFORMANCE DATA - OPERATING
PRESSURES - COOLING . . . . . . . . . . . . . . . . . . . . 7 - 19
PERFORMANCE DATA - OPERATING
PRESSURES - HEATING. . . . . . . . . . . . . . . . . . . . 20 - 22
DIMENSIONS AND CLEARANCES . . . . . . . . . . . . . . . 23
SYSTEM CHARGE . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
OPERATING PRESSURES / SUPERHEAT . . . . . 24 - 25
The PUGH condensing units are Heat Pump models that a re
designed specifically for use with Mitsubishi Electronics PKH,
PCH, and PLH MR. SLIM indoor units of matching nominal
capacities. Models from 1.5 through 3.5 tons are available.
• QUALITY CONDENSER COILS - The coil is constructed of enhanced copper tube and aluminum fins.
• COIL PROTECTION - Coils are protected from damage by a polymer mesh applied between the coil face
and the PVC coated steel coil guard.
• PROTECTED COMPRESSOR - The compressor is
internally protected against high pressure and temperature. This is accomplished by the simultaneous operation of high and low pressure switches and a
temperature sensor that protects the compressor if
undesirable operating conditions occur. A liquid line filter-drier further protects the compressor.
• DURABLE FINISH - The cabinet is made of prepainted steel. The pre-treated flat galvanized steel provides a better paint to steel bond, which resists corrosion and rust creep. Special primer formulas and
matted desert sand finish insure less fading when
exposed to sunlight.
• LOWER INSTALLED COST - Installation time and
costs are reduced by easy power and control wiring
connections. Discharge line heat exchanger knockouts are provided, if required. The unit contains
enough refrigerant for matching indoor units and 25
feet of interconnecting piping. The small base dimension means less space is required on the ground or
roof.
OPERATING RANGE . . . . . . . . . . . . . . . . . . . . . . . . . . 26
REFRIGERANT CHARGE (R-22 0z.) ADJUSTMENT
FOR OPTIMUM PERFORMANCE. . . . . . . . . . . . . . . . . 27
CAPACITY CORRECTION FACTORS FOR
VARIOUS PIPE LENGTHS . . . . . . . . . . . . . . . . . . . . . . 28
MICROPROCESSOR CONTROL . . . . . . . . . . . . . .29 - 30
ELECTRICAL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31
REFRIGERANT SYSTEM . . . . . . . . . . . . . . . . . . . . . . . 32
PARTS BREAKDOWN . . . . . . . . . . . . . . . . . . . . . .33 - 35
NOTES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36
• TOP DISCHARGE - The warm air from the top
mounted fan is blown up away from the structure and
any landscaping. This allows compact location on
multi-unit applications.
• ADVANCED CONTROL BOARD - Each unit is
equipped with an advanced electronic control board.
This board controls the function of the outdoor unit and
improves the operation and protection of the unit. The
control board also provides operational and diagnostic
information to the service technician through multiple
LED’s.
• LOW OPERATING SOUND LEVEL - The upward air
flow carries the normal operating noise up away from
the living area. The rigid top panel effectively isolates
any motor sound. Isolator mounted compressor and
the rippled fins of the condenser coil muffle the normal
fan motor and compressor operating sounds.
• LOW MAINTENANCE - Long life permanently lubri-
cated motor-bearings need no annual servicing.
• EASY SERVICE ACCESS - Fully exposed re fri g era n t
connections, a single panel covering the electrical controls and a plug in the control box connecting the condenser fan, make for easy servicing of the unit.
• SECURED SERVICE V ALVES - Secured reusable ser-
vice valves are provided on both the liquid and vapor
connections for ease of evacuating and charging.
• ETL LISTED - Approved for outdoor application.
• Certified in accordance with the Unitary Small Equipment certification program, which is based on ARI
Standard 210/240.
2 Mitsubishi Electronics 2003
2
SPECIFICATIONS
PCGH SERIES - HEAT PUMP SYSTEMS
036-21544-001 Rev. B (1103)
SYSTEM INDOOR OUTDOOR
PCGH24GK PCH24GK PUGH24AYB 25000 24200 10.00 9.00 7.35 3.10
PCGH30GK PCH30GK PUGH30AYB 30200 31000 10.00 9.35 7.6 3.33
PCGH36GK PCH36GK PUGH36AYB 35800 36200 10.50 9.65 7.4 3.24
PCGH42GK PCH42GK PUGH42AYB 40500 45000 11.50 10.25 7.8 3.35
* Conditions taken at ARI A (95° F outdoor / 80° F DB, 67° F WB indoor) for cooling and ARI high temperature heating test (47° F
outdoor / 70° F DB, 60° F WB indoor) for heating. Based on ARI operating conditions. Specifications subject to change without
notice.
BTU/H
COOL*
BTUH/H HEA T
(AUX)*
SEER EER* HSPF COP*
PKGH SERIES - HEAT PUMP SYSTEMS
SYSTEM INDOOR OUTDOOR
PKGH18FK3 PKH18FK3 PUGH18AYB 17900 17400 11.50 10.00 7.5 3.38
PKGH24FK3 PKH24FK3 PUGH24AYB 23400 23000 10.50 9.20 7.45 3.10
PKGH30FK3 PKH30FK3 PUGH30AYB 29600 30000 11.00 9.85 7.8 3.44
PKGH36FK3 PKH36FK3 PUGH36AYB 34200 35000 10.70 9.85 7.4 3.22
* Conditions taken at ARI A (95° F outdoor / 80° F DB, 67° F WB indoor) for cooling and ARI high temperature heating test (47° F
outdoor / 70° F DB, 60° F WB indoor) for heating. Based on ARI operating conditions. Specifications subject to change without
notice.
BTU/H
COOL*
BTUH/H HEA T
(AUX)*
SEER EER* HSPF COP*
PLGH SERIES - HEAT PUMP SYSTEMS
SYSTEM INDOOR OUTDOOR
PLGH18AK PLH18AK3 PUGH18AYB 19200 19200 10.75 10.00 7.6 3.64
PLGH24AK PLH24AK3 PUGH24AYB 24400 24200 10.00 8.90 7.25 3.04
PLGH30AK PLH30AK3 PUGH30AYB 27800 30200 10.00 8.85 7.4 3.18
PLGH36AK PLH36AK3 PUGH36AYB 35200 36400 10.00 9.45 7.35 3.22
PLGH42AK PLH42AK3 PUGH42AYB 40000 45000 11.00 9.85 7.5 3.22
* Conditions taken at ARI A (95° F outdoor / 80° F DB, 67° F WB indoor) for cooling and ARI high temperature heating test (47° F
outdoor / 70° F DB, 60° F WB indoor) for heating. Based on ARI operating conditions. Specifications subject to change without
notice.
BTU/H
COOL*
BTUH/H HEAT
(AUX)*
SEER EER* HSPF COP*
ELECTRICAL SPECIFICATIONS - HEAT PUMP UNITS
MODEL PUGH18AYB PUGH24AYB PUGH30AYB PUGH36AYB PUGH42AYB
Compressor
Outdoor Fan Full Load Amps1 0.5 0.5 1.4 1.3 1.3
Unit Total Full Load Amps1 9.5 13.3 16.1 17.9 19.6
Max Fuse Size (Amps) 20 25 30 35 40
Min. Circuit Ampacity 11.8 12.8 19.8 22.1 24.2
Mitsubishi Electronics 2003 3
Locked Rotor Amps1 48 68 82 86 109
Full Load Amps1 9.0 12.8 14.7 16.6 18.3
036-21544-001 Rev. B (1103)
3
STANDARD OPERATING DATA
PCH INDOOR UNITS WITH PUGH OUTDOOR UNITS
MODELS PCH24GK PCH30GK PCH36GK PCH42GK
Item Unit Cooling Heating Cooling Heating Cooling Heating Cooling Heating
Voltage V 208/230 208/230 208/230 208/230
Frequency Hz 60 60 60 60 60 60 60 60
Total Input kW 2.78 2.29 3.24 2.73 3.71 3.28 3.95 3.94
Indoor Fan Current A 0.7 0.7 0.7 0.7 1.3 1.3 1.3 1.3
Booster Heater Current A -- 7. 6 /8.4 -- 7.6/8.4 -- 7.6/8.4 -- 7.6/8.4
Outdoor Fan Current (FLA) A 0.5 0.5 1.4 1.4 1.3 1.3 1.3 1.3
Electrical Circuit
Compressor Current (230v) A 7.6 6.2 10.6 8.9 12.5 10.1 17.3 16.3
Condensing Pressure PSIG 277 208 279 228 267 245 268 250
Suction Pressure PSIG 79 55 82 54 79 57 69 54
Discharge Temperature °F 183 182 182 152 184 140 171 153
Condensing Temperature °F 111 83 111 77 107 78 107 93
Suction Temperature °F 65 45 70 43 68 32 49 32
Compressor Shell Bottom Temperature °F 103 137 148 97 122 74 122 74
Refrigerant Circuit
Refrigerant Pipe Length FT. 25 25 25 25 25 25 25 25
Refrigerant Charge - 6 lbs 3 oz 5 lbs 2 oz 6 lbs 5 oz 7 lbs 13 oz
Intake Air Temperature
Discharge Air Temperature
Indoor Side
Fan Speed RPM. 1470 1470 1480 1480
Airflow (High) CFM 810 1130 1130 1130
Intake Air Temperature
Fan Speed RPM. 1050 1100 850 1050
Airflow (High) CFM 1950 2650 3250 640
Outdoor Side
Capacity BTU/H 25000 24200 30200 31000 35800 36200 40500 45000
SHF -- 0.74 -- 0.72 -- 0.68 -- 0.77 --
DB °F 80 70 80 70 80 70 80 70
WB °F 67 60 67 60 67 60 67 60
DB °F 59 98 52 95 60 95 57 105
WB °F 58 -- 59 -- 58 -- 56 --
DB °F 95 47 95 47 95 47 95 47
WB °F -- 43 -- 43 -- 43 -- 43
4 Mitsubishi Electronics 2003
036-21544-001 Rev. B (1103)
3
STANDARD OPERATING DATA
PKH INDOOR UNITS WITH PUGH OUTDOOR UNITS
MODELS PKH18FK PKH24FK PKH30FK PKH36FK
Item Unit Cooling Heating Cooling Heating Cooling Heating Cooling Heating
Voltage V 208/230 208/230 208/230 208/230
Frequency Hz 60 60 60 60 60 60 60 60
Total Input kW 1.79 1.51 2.54 2.18 3.01 2.56 3.47 3.19
Indoor Fan Current A 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5
Booster Heater Current A -- 7.6/8.4 -- 7.6/8.4 -- 7.6/8.4 -- 7.6/8.4
Outdoor Fan Current (FLA) A 0.5 0.5 0.5 0.5 1.4 1.4 1.3 1.3
Electrical Circuit
Compressor Current (230v) A 7.6 6.2 10.6 8.9 12.5 10.1 17.3 16.3
Condensing Pressure PSIG 275 207 274 222 277 234 265 258
Suction Pressure PSIG 81 55 73 56 79 54 74 58
Discharge Temperature °F 174 138 187 191 185 157 187 149
Condensing Temperature °F 109 51 110 87 110 79 106 80
Suction Temperature °F 68 40 62 46 68 43 65 33
Compressor Shell Bottom Temperature °F 146 103 103 137 148 97 122 74
Refrigerant Circuit
Refrigerant Pipe Length FT. 25 25 25 25 25 25 25 25
Refrigerant Charge - 3 lbs 8 oz 5 lbs 11 oz 4 lbs 15 oz 5 lbs 5 oz
Intake Air Temperature
Discharge Air Temperature
Indoor Side
Fan Speed RPM. 1490 1490 1490 1490
Airflow (High) CFM 640 640 910 885
Intake Air Temperature
Fan Speed RPM. 1050 1050 1100 850
Airflow (High) CFM 1750 1950 2650 3250
Outdoor Side
Capacity BTU/H 17900 17400 23400 23000 29600 30000 34200 35000
SHF -- 0.77 -- 0.68 -- 0.72 -- 0.68 --
DB °F 80 70 80 70 80 70 80 70
WB °F 67 60 67 60 67 60 67 60
DB °F 61 95 58 103 49 100 57 106
WB °F 59 -- 56 -- 57 -- 55 --
DB °F 95 47 95 47 95 47 95 47
WB °F -- 43 -- 43 -- 43 -- 43
Mitsubishi Electronics 2003 5
036-21544-001 Rev. B (1103)
3
STANDARD OPERATING DATA
PLH INDOOR UNITS WITH PUGH OUTDOOR UNITS
MODELS PLH18GK PLH24GK PLH30GK PLH36GK PLH42GK
Item Unit Cooling Heating Cooling Heating Cooling Heating Cooling Heating Cooling Heating
Voltage V 208/230 208/230 208/230 208/230 208/230
Frequency Hz 60 60 60 60 60 60 60 60 60 60
Total Input kW 1.92 1.55 2.74 2.33 3.14 2.79 3.57 3.32 4.06 4.10
Indoor Fan Current A 0.6 0.6 0.6 0.5 1.0 1.0 1.0 1.0 1.2 1.2
Booster Heater Current A -- 7.6/8.4 -- 7.6/8.4 -- 7.6/8.4 -- 7.6/8.4 -- 7.6/8.4
Outdoor Fan Current (FLA) A 0.5 0.5 0.5 0.5 1.4 1.4 1.3 1.3 1.3 1.3
Electrical Circuit
Compressor Current (230v) A 7.6 6.2 10.6 8.9 12.5 10.1 17.3 16.3 17.3 16.3
Condensing Pressure PSIG 280 163 276 212 275 245 267 242 267 255
Suction Pressure PSIG 87 53 78 55 76 55 78 57 67 54
Discharge Temperature °F 171 122 184 183 185 161 185 139 172 157
Condensing Temperature °F 110 48 111 84 110 82 106 77 107 95
Suction Temperature °F 70 38 64 46 67 43 67 32 49 33
Compressor Shell Bottom Temperature °F 146 103 103 137 148 97 122 74 122 74
Refrigerant Circuit
Refrigerant Pipe Length FT. 25 25 25 25 25 25 25 25 25 25
Refrigerant Charge - 4 lbs 0 oz 6 lbs 4 oz 4 lbs 15 oz 6 lbs 0 oz 7 lbs 5 oz
Intake Air Temperature
Discharge Air Temperature
Indoor Side
Fan Speed RPM. 1490 1490 1490 1490 1480
Airflow (High) CFM 670 950 1020 1020 28400
Intake Air Temperature
Fan Speed RPM. 1050 1050 1100 850 1050
Airflow (High) CFM 1750 1950 2650 3125 3250
Outdoor Side
Capacity BTU/H 19200 19200 24400 24200 27800 30200 35200 36400 40000 45000
SHF -- 0.78 -- 0.79 -- 0.76 -- 0.72 -- 0.66 --
DB °F 80 70 80 70 80 70 80 70 80 70
WB °F 67 60 67 60 67 60 67 60 67 60
DB °F 60 95 62 94 52 97 59 103 56 110
WB °F 58 -- 59 -- 59 -- 57 -- 55 --
DB °F 95 47 95 47 95 47 95 47 95 47
WB °F -- 43 -- 43 -- 43 -- 43 -- 43
6 Mitsubishi Electronics 2003
036-21544-001 Rev. B (1103)
4
PERFORMANCE DATA - OPERATING PRESSURES - COOLING
PCH24GK+PUGH24 (Indoor Air = 810 CFM)
75 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 26,000 10.68 2,434 15,187 19,155 22,699 26,243 30,211 69 218
65 27,480 11.07 2,481 13,761 17,729 21,303 24,878 28,846 72 224
67 28,959 11.47 2,526 12,335 16,302 19,908 23,513 27,481 75 230
69 30,439 11.86 2,567 10,909 14,876 18,512 22,148 26,116 78 236
71 31,919 12.25 2,606 9,483 13,450 17,117 20,783 24,750 81 242
Indoor Wet
Bulb (°F)
63 18,813 9.84 1,911 14,298 18,265 21,615 24,965 28,933 71 244
65 21,532 10.07 2,138 12,886 16,853 20,438 23,711 27,679 74 250
67 26,980 10.17 2,652 11,473 15,441 19,260 22,457 26,424 77 257
69 28,335 10.48 2,703 10,061 14,029 17,771 21,203 25,170 80 263
71 29,691 10.79 2,752 8,649 12,617 16,283 19,948 23,916 83 270
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
85 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
95 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 11,625 8.37 1,388 13,408 17,376 20,531 23,687 27,655 73 270
65 15,585 8.69 1,794 12,010 15,978 19,572 22,544 26,511 76 276
67 25,000 9.00 2,778 10,612 14,580 18,612 21,401 25,368 79 283
69 26,232 9.24 2,839 9,214 13,181 17,030 20,257 24,225 83 290
71 27,464 9.48 2,897 7,816 11,783 15,449 19,114 23,081 86 297
Indoor Wet
Bulb (°F)
63 15,094 7.01 2,154 12,560 16,528 19,487 22,446 26,413 76 301
65 17,660 7.37 2,397 11,165 15,132 18,418 21,392 25,360 79 307
67 22,954 7.84 2,926 9,769 13,737 17,349 20,338 24,306 82 314
69 24,155 8.07 2,992 8,374 12,342 15,969 19,285 23,252 85 321
71 25,357 8.30 3,055 6,979 10,946 14,589 18,231 22,199 88 327
Indoor Wet
Bulb (°F)
63 18,563 6.36 2,919 11,712 15,680 18,442 21,204 25,172 78 332
65 19,735 6.58 3,000 10,320 14,287 17,264 20,240 24,208 81 338
67 20,907 6.80 3,075 8,927 12,895 16,085 19,276 23,244 84 345
69 22,079 7.02 3,146 7,535 11,502 14,907 18,313 22,280 87 351
71 23,251 7.24 3,212 6,142 10,110 13,729 17,349 21,316 90 357
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
105 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
115 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
Pressures
(psig)
Mitsubishi Electronics 2003 7
036-21544-001 Rev. B (1103)
4
PERFORMANCE DATA - OPERATING PRESSURES - COOLING
PCH30GK+PUGH30 (Indoor Air = 1130 CFM)
75 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 32,095 10.72 2,993 19,311 23,084 28,530 33,975 37,749 62 206
65 32,899 10.81 3,042 17,296 21,070 26,189 31,309 35,083 63 207
67 33,704 10.91 3,090 15,281 19,055 23,849 28,643 32,417 65 208
69 34,508 11.00 3,137 13,266 17,040 21,508 25,977 29,751 66 209
71 35,313 11.09 3,184 11,251 15,025 19,168 23,311 27,085 67 210
Indoor Wet
Bulb (°F)
63 31,144 9.71 3,209 18,942 22,716 27,526 32,336 36,110 67 238
65 32,066 9.89 3,242 17,040 20,814 25,653 30,103 33,877 70 242
67 31,952 10.10 3,163 15,139 18,913 23,780 27,870 31,644 73 246
69 33,391 10.17 3,284 13,237 17,011 21,518 25,636 29,410 75 246
71 34,830 10.23 3,403 11,335 15,109 19,256 23,403 27,177 76 247
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
85 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
95 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 30,194 8.82 3,424 18,574 22,348 26,522 30,697 34,471 72 270
65 31,233 9.07 3,442 16,785 20,559 25,117 28,896 32,670 77 277
67 30,200 9.33 3,237 14,997 18,771 23,712 27,096 30,870 82 284
69 32,274 9.41 3,431 13,208 16,982 21,528 25,296 29,070 84 283
71 34,348 9.48 3,623 11,420 15,194 19,344 23,495 27,269 86 283
Indoor Wet
Bulb (°F)
63 27,617 7.73 3,574 17,490 21,264 25,297 29,331 33,105 75 304
65 28,914 7.96 3,632 15,733 19,507 23,799 27,701 31,475 79 309
67 29,174 8.16 3,575 13,977 17,751 22,301 26,072 29,846 82 314
69 30,989 8.34 3,715 12,221 15,995 20,414 24,443 28,217 85 315
71 32,803 8.52 3,851 10,465 14,239 18,526 22,814 26,588 87 316
Indoor Wet
Bulb (°F)
63 25,040 6.73 3,723 16,405 20,179 24,072 27,964 31,738 78 338
65 26,595 6.96 3,821 14,681 18,455 22,481 26,506 30,280 80 341
67 28,149 7.19 3,913 12,957 16,731 20,890 25,048 28,822 83 344
69 29,703 7.43 3,999 11,233 15,007 19,299 23,590 27,364 85 347
71 31,257 7.66 4,079 9,510 13,283 17,708 22,132 25,906 87 349
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
105 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
115 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
Pressures
(psig)
8 Mitsubishi Electronics 2003
036-21544-001 Rev. B (1103)
4
PERFORMANCE DATA - OPERATING PRESSURES - COOLING
PCH36GK+PUGH36 (Indoor Air = 1130 CFM)
75 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 37,947 10.68 3,554 32,186 36,455 31,593 26,732 31,001 73 221
65 38,614 10.80 3,574 27,244 31,512 29,168 26,824 31,092 74 222
67 39,282 10.93 3,594 22,301 26,570 26,743 26,915 31,184 75 224
69 39,950 11.05 3,614 17,359 21,627 24,317 27,007 31,275 75 225
71 40,617 11.18 3,634 12,417 16,685 21,892 27,098 31,367 76 226
Indoor Wet
Bulb (°F)
63 35,629 9.58 3,720 26,262 30,530 33,701 36,872 41,140 76 250
65 36,736 9.93 3,700 22,768 27,036 30,241 34,386 38,654 76 249
67 37,541 10.28 3,652 19,274 23,542 26,781 31,900 36,169 77 248
69 38,799 10.27 3,778 15,780 20,048 24,261 29,414 33,683 80 254
71 40,056 10.26 3,906 12,286 16,554 21,741 26,928 31,197 82 260
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
85 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
95 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 33,312 8.57 3,886 20,337 24,605 35,808 47,011 51,280 78 280
65 34,858 9.11 3,826 18,291 22,560 31,314 41,948 46,217 79 276
67 35,800 9.65 3,710 16,246 20,514 26,819 36,885 41,153 79 273
69 37,647 9.55 3,941 14,200 18,469 24,205 31,822 36,090 84 283
71 39,495 9.45 4,178 12,155 16,423 21,591 26,759 31,027 88 293
Indoor Wet
Bulb (°F)
63 30,483 7.53 4,046 19,200 23,469 29,750 36,032 40,301 82 314
65 32,152 7.89 4,075 17,182 21,451 27,332 34,155 38,423 83 315
67 33,520 8.23 4,071 15,164 19,433 24,914 32,277 36,545 85 315
69 35,340 8.34 4,237 13,146 17,415 23,437 30,399 34,668 89 323
71 37,160 8.44 4,403 11,128 15,397 21,959 28,522 32,790 92 330
Indoor Wet
Bulb (°F)
63 27,654 6.57 4,207 18,063 22,332 23,693 25,053 29,322 85 349
65 29,447 6.81 4,323 16,073 20,341 23,351 26,361 30,630 88 353
67 31,240 7.05 4,432 14,082 18,351 23,010 27,669 31,938 91 358
69 33,032 7.29 4,533 12,092 16,360 22,668 28,977 33,245 94 363
71 34,825 7.52 4,629 10,101 14,370 22,327 30,285 34,553 97 367
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
105 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
115 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
Pressures
(psig)
Mitsubishi Electronics 2003 9
036-21544-001 Rev. B (1103)
4
PERFORMANCE DATA - OPERATING PRESSURES - COOLING
PCH42GK+PUGH42 (Indoor Air = 1130 CFM)
75 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 36,479 11.14 3,275 22,757 26,149 29,943 33,737 37,129 57 213
65 37,430 11.36 3,296 20,255 23,647 27,857 32,067 35,459 58 214
67 38,380 11.57 3,317 17,753 21,145 25,771 30,397 33,789 60 215
69 39,331 11.79 3,337 15,251 18,643 23,685 28,727 32,119 61 215
71 40,281 12.00 3,357 12,749 16,141 21,599 27,057 30,449 62 216
Indoor Wet
Bulb (°F)
63 36,064 9.94 3,627 22,805 26,197 30,037 33,878 37,270 61 245
65 37,270 10.41 3,580 20,283 23,675 28,549 32,322 35,714 63 246
67 39,440 10.85 3,634 17,762 21,154 27,061 30,765 34,157 64 247
69 40,166 10.92 3,678 15,241 18,633 24,471 29,209 32,601 66 249
71 40,891 10.98 3,723 12,720 16,112 21,882 27,652 31,044 68 250
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
85 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
95 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 35,648 8.96 3,979 22,852 26,244 30,132 34,019 37,411 65 276
65 37,111 9.61 3,864 20,312 23,704 29,241 32,576 35,968 67 278
67 40,500 10.25 3,951 17,771 21,163 28,350 31,133 34,525 69 280
69 41,001 10.20 4,020 15,231 18,623 25,257 29,690 33,082 72 282
71 41,501 10.15 4,089 12,690 16,082 22,165 28,247 31,639 74 284
Indoor Wet
Bulb (°F)
63 33,330 7.59 4,390 21,891 25,283 29,012 32,741 36,133 68 312
65 34,896 8.01 4,357 19,548 22,940 27,743 31,445 34,837 70 314
67 37,425 8.46 4,424 17,206 20,598 26,474 30,149 33,541 72 316
69 38,510 8.60 4,479 14,863 18,255 24,104 28,852 32,244 75 319
71 39,595 8.73 4,534 12,521 15,913 21,734 27,556 30,948 78 321
Indoor Wet
Bulb (°F)
63 31,011 6.46 4,800 20,930 24,322 27,893 31,463 34,855 70 347
65 32,680 6.74 4,851 18,785 22,177 26,245 30,314 33,706 73 350
67 34,350 7.02 4,897 16,641 20,033 24,598 29,164 32,556 76 353
69 36,019 7.29 4,939 14,496 17,888 22,951 28,015 31,407 78 355
71 37,688 7.57 4,979 12,351 15,743 21,304 26,865 30,257 81 358
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
105 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
115 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
Pressures
(psig)
10 Mitsubishi Electronics 2003
036-21544-001 Rev. B (1103)
4
PERFORMANCE DATA - OPERATING PRESSURES - COOLING
PKH18FK+PUGH18 (Indoor Air = 640 CFM)
75 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 20,448 12.75 1,604 10,794 14,186 16,739 19,291 22,683 71 214
65 20,610 12.89 1,600 9,389 12,781 15,440 18,098 21,490 72 215
67 20,772 13.02 1,595 7,985 11,377 14,141 16,905 20,297 73 216
69 20,933 13.16 1,591 6,580 9,972 12,842 15,711 19,103 74 217
71 21,095 13.29 1,587 5,175 8,567 11,543 14,518 17,910 75 218
Indoor Wet
Bulb (°F)
63 19,093 11.28 1,693 10,252 13,644 16,016 18,388 21,780 74 235
65 19,527 11.32 1,724 8,909 12,301 14,989 17,395 20,787 75 240
67 19,336 11.42 1,693 7,567 10,959 13,962 16,401 19,793 77 246
69 20,083 11.73 1,711 6,224 9,616 12,653 15,408 18,800 79 248
71 20,830 12.05 1,728 4,882 8,274 11,344 14,415 17,807 81 251
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Disch.
85 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
95 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 17,737 9.95 1,783 9,709 13,101 15,293 17,485 20,877 76 255
65 18,444 9.98 1,849 8,429 11,821 14,538 16,692 20,084 78 266
67 17,900 10.00 1,790 7,149 10,541 13,783 15,898 19,290 81 276
69 19,233 10.50 1,832 5,869 9,261 12,465 15,105 18,497 83 280
71 20,565 11.00 1,870 4,589 7,981 11,146 14,311 17,703 86 283
Indoor Wet
Bulb (°F)
63 16,144 8.46 1,909 8,885 12,277 13,857 15,437 18,829 79 294
65 16,694 8.62 1,936 7,684 11,076 13,181 15,005 18,397 81 301
67 16,619 8.75 1,900 6,484 9,876 12,506 14,573 17,965 83 308
69 17,482 9.13 1,915 5,283 8,675 11,549 14,141 17,533 86 312
71 18,345 9.51 1,929 4,083 7,475 10,592 13,709 17,101 89 316
Indoor Wet
Bulb (°F)
63 14,551 7.15 2,035 8,060 11,452 12,420 13,388 16,780 81 333
65 14,944 7.39 2,022 6,939 10,331 11,824 13,318 16,710 84 337
67 15,338 7.63 2,010 5,818 9,210 11,229 13,248 16,640 86 341
69 15,731 7.87 1,999 4,697 8,089 10,633 13,177 16,569 89 344
71 16,124 8.11 1,988 3,576 6,968 10,038 13,107 16,499 91 348
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
105 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
115 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
Pressures
(psig)
Mitsubishi Electronics 2003 11
036-21544-001 Rev. B (1103)
4
PERFORMANCE DATA - OPERATING PRESSURES - COOLING
PKH24FK+PUGH24 (Indoor Air = 640 CFM)
95 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 24,336 10.92 2,229 12,984 16,376 19,406 22,436 25,828 63 214
65 25,721 11.32 2,272 11,765 15,157 18,213 21,269 24,661 66 220
67 27,106 11.72 2,313 10,546 13,938 17,020 20,102 23,494 69 226
69 28,491 12.12 2,351 9,326 12,718 15,827 18,935 22,327 71 232
71 29,876 12.52 2,386 8,107 11,499 14,634 17,768 21,160 74 238
Indoor Wet
Bulb (°F)
63 17,609 10.06 1,750 12,224 15,616 18,480 21,344 24,736 65 240
65 20,154 10.30 1,957 11,016 14,408 17,473 20,271 23,663 68 246
67 25,253 10.40 2,428 9,809 13,201 16,466 19,199 22,591 71 252
69 26,522 10.72 2,475 8,602 11,994 15,193 18,127 21,519 74 259
71 27,791 11.03 2,520 7,395 10,787 13,921 17,055 20,447 77 265
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
105 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
Pressures
(psig)
(psig)
115 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 10,881 8.56 1,271 11,463 14,855 17,553 20,251 23,643 67 265
65 14,587 8.88 1,643 10,268 13,660 16,733 19,274 22,666 70 272
67 23,400 9.20 2,543 9,073 12,465 15,912 18,296 21,688 73 278
69 24,553 9.45 2,600 7,877 11,269 14,560 17,319 20,711 76 285
71 25,706 9.69 2,653 6,682 10,074 13,208 16,341 19,733 79 292
Indoor Wet
Bulb (F)
63 14,128 7.16 1,972 10,738 14,130 16,660 19,190 22,582 70 296
65 16,530 7.53 2,195 9,545 12,937 15,746 18,289 21,681 72 302
67 21,485 8.02 2,680 8,352 11,744 14,832 17,388 20,780 75 308
69 22,610 8.25 2,740 7,159 10,551 13,652 16,487 19,879 78 315
71 23,735 8.49 2,797 5,967 9,359 12,473 15,587 18,979 81 322
Indoor Wet
Bulb (F)
63 17,375 6.50 2,673 10,013 13,405 15,767 18,128 21,520 72 326
65 18,472 6.73 2,747 8,823 12,215 14,759 17,304 20,696 75 332
67 19,569 6.95 2,816 7,632 11,024 13,752 16,480 19,872 78 339
69 20,666 7.18 2,880 6,442 9,834 12,745 15,656 19,048 80 345
71 21,763 7.40 2,941 5,251 8,643 11,738 14,832 18,224 83 351
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
105 F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/Hr)
Indoor Dry Bulb ( F)
70 75 80 85 90 Suction Disch.
115 F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/Hr)
Indoor Dry Bulb ( F)
70 75 80 85 90 Suction Disch.
Pressures
(psig)
Pressures
(psig)
Pressures
(psig)
12 Mitsubishi Electronics 2003
036-21544-001 Rev. B (1103)
4
PERFORMANCE DATA - OPERATING PRESSURES - COOLING
PKH30FK+PUGH30 (Indoor Air = 910 CFM)
75 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 31,457 11.32 2,779 17,356 20,748 25,642 30,536 33,928 60 205
65 32,246 11.42 2,824 15,545 18,937 23,539 28,140 31,532 61 206
67 33,034 11.52 2,869 13,734 17,126 21,435 25,744 29,136 62 207
69 33,823 11.61 2,913 11,923 15,315 19,332 23,348 26,740 63 208
71 34,611 11.71 2,956 10,112 13,504 17,228 20,952 24,344 64 209
Indoor Wet
Bulb (°F)
63 30,526 10.25 2,979 17,025 20,417 24,740 29,063 32,455 65 237
65 31,429 10.44 3,010 15,316 18,708 23,057 27,056 30,448 67 241
67 31,317 10.66 2,937 13,607 16,999 21,374 25,049 28,441 70 245
69 32,728 10.73 3,049 11,897 15,289 19,340 23,042 26,434 72 245
71 34,139 10.81 3,159 10,188 13,580 17,307 21,035 24,427 74 245
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
85 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
95 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 29,594 9.31 3,179 16,694 20,086 23,838 27,590 30,982 69 268
65 30,612 9.58 3,195 15,087 18,479 22,575 25,972 29,364 74 275
67 29,600 9.85 3,005 13,479 16,871 21,312 24,354 27,746 79 282
69 31,633 9.93 3,186 11,872 15,264 19,349 22,735 26,127 81 282
71 33,666 10.01 3,363 10,264 13,656 17,387 21,117 24,509 83 281
Indoor Wet
Bulb (°F)
63 27,069 8.16 3,318 15,720 19,112 22,737 26,362 29,754 72 302
65 28,339 8.41 3,372 14,141 17,533 21,390 24,898 28,290 76 307
67 28,595 8.62 3,319 12,563 15,955 20,044 23,433 26,825 79 312
69 30,373 8.81 3,449 10,984 14,376 18,347 21,969 25,361 81 313
71 32,151 8.99 3,575 9,406 12,798 16,651 20,505 23,897 84 314
Indoor Wet
Bulb (°F)
63 24,543 7.10 3,457 14,745 18,137 21,636 25,134 28,526 75 336
65 26,066 7.35 3,548 13,196 16,588 20,206 23,824 27,216 77 339
67 27,590 7.60 3,633 11,646 15,038 18,776 22,513 25,905 80 342
69 29,113 7.84 3,712 10,097 13,489 17,346 21,203 24,595 82 344
71 30,636 8.09 3,787 8,547 11,939 15,916 19,892 23,284 84 347
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
105 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
115 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
Pressures
(psig)
Mitsubishi Electronics 2003 13
036-21544-001 Rev. B (1103)
4
PERFORMANCE DATA - OPERATING PRESSURES - COOLING
PKH36FK+PUGH36 (Indoor Air = 885 CFM)
75 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 31,375 10.90 2,878 25,577 28,969 25,106 21,243 24,635 68 215
65 31,927 11.03 2,895 21,650 25,042 23,179 21,316 24,708 69 216
67 32,479 11.16 2,912 17,722 21,114 21,251 21,389 24,781 70 218
69 33,031 11.28 2,928 13,795 17,187 19,324 21,461 24,853 70 219
71 33,583 11.41 2,943 9,867 13,259 17,397 21,534 24,926 71 220
Indoor Wet
Bulb (°F)
63 29,459 9.78 3,013 20,869 24,261 26,781 29,301 32,693 71 244
65 30,374 10.13 2,997 18,093 21,485 24,031 27,325 30,717 71 242
67 31,040 10.49 2,958 15,316 18,708 21,282 25,350 28,742 72 241
69 32,079 10.48 3,060 12,540 15,932 19,279 23,374 26,766 74 247
71 33,119 10.47 3,164 9,763 13,155 17,277 21,399 24,791 77 253
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
85 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
95 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 27,543 8.75 3,148 16,161 19,553 28,456 37,358 40,750 73 272
65 28,821 9.30 3,099 14,536 17,928 24,884 33,335 36,727 73 269
67 29,600 9.85 3,005 12,910 16,302 21,312 29,311 32,703 74 265
69 31,128 9.75 3,193 11,285 14,677 19,235 25,288 28,680 78 275
71 32,655 9.65 3,384 9,659 13,051 17,158 21,264 24,656 82 285
Indoor Wet
Bulb (°F)
63 25,204 7.69 3,278 15,258 18,650 23,642 28,634 32,026 76 306
65 26,584 8.05 3,300 13,654 17,046 21,720 27,141 30,533 78 306
67 27,715 8.40 3,297 12,050 15,442 19,799 25,649 29,041 79 307
69 29,220 8.51 3,432 10,447 13,839 18,624 24,157 27,549 83 314
71 30,725 8.61 3,567 8,843 12,235 17,450 22,665 26,057 86 321
Indoor Wet
Bulb (°F)
63 22,865 6.71 3,408 14,354 17,746 18,828 19,909 23,301 79 339
65 24,347 6.95 3,502 12,772 16,164 18,556 20,948 24,340 82 344
67 25,830 7.20 3,590 11,191 14,583 18,285 21,988 25,380 85 348
69 27,312 7.44 3,672 9,609 13,001 18,014 23,027 26,419 87 353
71 28,794 7.68 3,749 8,027 11,419 17,743 24,066 27,458 90 357
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
105 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
115 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
Pressures
(psig)
14 Mitsubishi Electronics 2003
036-21544-001 Rev. B (1103)
4
PERFORMANCE DATA - OPERATING PRESSURES - COOLING
PLH18AK+PUGH18 (Indoor Air = 670 CFM)
75 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 21,933 12.75 1,720 11,655 15,318 18,074 20,831 24,493 76 219
65 22,107 12.89 1,716 10,139 13,801 16,672 19,542 23,205 78 220
67 22,280 13.02 1,711 8,622 12,284 15,269 18,254 21,916 79 221
69 22,454 13.16 1,707 7,105 10,768 13,866 16,965 20,628 80 222
71 22,627 13.29 1,703 5,588 9,251 12,464 15,677 19,339 81 223
Indoor Wet
Bulb (°F)
63 20,479 11.28 1,816 11,070 14,732 17,294 19,856 23,518 79 240
65 20,945 11.32 1,849 9,620 13,283 16,185 18,783 22,446 81 245
67 20,740 11.42 1,816 8,171 11,833 15,076 17,710 21,373 83 251
69 21,541 11.73 1,836 6,721 10,384 13,663 16,638 20,300 85 253
71 22,343 12.05 1,854 5,272 8,934 12,250 15,565 19,228 87 256
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
85 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
95 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 19,025 9.95 1,912 10,484 14,147 16,514 18,880 22,543 82 260
65 19,784 9.98 1,983 9,102 12,764 15,698 18,024 21,686 84 271
67 19,200 10.00 1,920 7,720 11,382 14,883 17,167 20,830 87 281
69 20,629 10.50 1,965 6,337 10,000 13,459 16,310 19,973 90 285
71 22,059 11.00 2,005 4,955 8,618 12,036 15,453 19,116 93 288
Indoor Wet
Bulb (°F)
63 17,316 8.46 2,047 9,594 13,256 14,962 16,668 20,331 85 299
65 17,907 8.62 2,076 8,297 11,960 14,233 16,202 19,865 87 306
67 17,826 8.75 2,038 7,001 10,664 13,504 15,736 19,398 90 313
69 18,751 9.13 2,054 5,705 9,367 12,471 15,269 18,932 93 317
71 19,677 9.51 2,069 4,408 8,071 11,437 14,803 18,466 95 321
Indoor Wet
Bulb (°F)
63 15,608 7.15 2,183 8,703 12,366 13,411 14,456 18,119 87 338
65 16,030 7.39 2,169 7,493 11,156 12,768 14,381 18,043 90 342
67 16,451 7.63 2,156 6,282 9,945 12,125 14,305 17,967 93 346
69 16,873 7.87 2,144 5,072 8,735 11,482 14,229 17,892 95 349
71 17,295 8.11 2,133 3,861 7,524 10,839 14,153 17,816 98 353
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
105 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
115 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
Pressures
(psig)
Mitsubishi Electronics 2003 15
036-21544-001 Rev. B (1103)
4
PERFORMANCE DATA - OPERATING PRESSURES - COOLING
PLH24AK+PUGH24 (Indoor Air = 950 CFM)
75 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 25,376 10.56 2,402 15,758 19,875 23,553 27,230 31,347 67 217
65 26,820 10.95 2,449 14,279 18,395 22,105 25,814 29,930 70 223
67 28,264 11.34 2,493 12,799 16,916 20,656 24,397 28,514 73 229
69 29,709 11.72 2,534 11,319 15,436 19,208 22,981 27,098 76 235
71 31,153 12.11 2,572 9,839 13,956 17,760 21,565 25,681 79 241
Indoor Wet
Bulb (°F)
63 18,361 9.73 1,886 14,835 18,952 22,428 25,904 30,021 69 243
65 21,015 9.96 2,110 13,370 17,487 21,206 24,603 28,720 72 249
67 26,332 10.06 2,617 11,905 16,022 19,984 23,301 27,418 75 256
69 27,655 10.37 2,668 10,440 14,557 18,440 22,000 26,117 79 262
71 28,979 10.67 2,716 8,975 13,091 16,895 20,699 24,815 82 269
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
85 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
95 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 11,346 8.28 1,370 13,912 18,029 21,304 24,578 28,695 72 269
65 15,211 8.59 1,771 12,462 16,579 20,308 23,392 27,509 75 275
67 24,400 8.90 2,742 11,011 15,128 19,312 22,205 26,322 78 282
69 25,602 9.14 2,802 9,560 13,677 17,671 21,019 25,136 81 289
71 26,805 9.37 2,859 8,110 12,227 16,030 19,833 23,949 84 296
Indoor Wet
Bulb (°F)
63 14,732 6.93 2,126 13,032 17,149 20,220 23,290 27,407 74 300
65 17,236 7.29 2,366 11,585 15,701 19,110 22,197 26,313 77 306
67 22,403 7.76 2,888 10,137 14,254 18,001 21,103 25,220 80 313
69 23,576 7.98 2,953 8,689 12,806 16,569 20,010 24,127 83 319
71 24,749 8.21 3,015 7,241 11,358 15,138 18,917 23,034 86 326
Indoor Wet
Bulb (°F)
63 18,118 6.29 2,881 12,153 16,269 19,135 22,002 26,118 77 331
65 19,261 6.51 2,961 10,708 14,824 17,913 21,001 25,118 80 337
67 20,405 6.72 3,035 9,263 13,380 16,690 20,001 24,118 83 343
69 21,549 6.94 3,105 7,818 11,935 15,468 19,001 23,118 86 350
71 22,693 7.16 3,170 6,373 10,490 14,246 18,001 22,118 89 356
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
105 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
115 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
Pressures
(psig)
16 Mitsubishi Electronics 2003
036-21544-001 Rev. B (1103)
4
PERFORMANCE DATA - OPERATING PRESSURES - COOLING
PLH30AK+PUGH30 (Indoor Air = 1020 CFM)
75 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 29,544 10.17 2,905 17,275 20,651 25,522 30,393 33,769 57 203
65 30,285 10.26 2,952 15,472 18,848 23,428 28,008 31,384 58 204
67 31,025 10.35 2,999 13,670 17,046 21,334 25,623 28,999 59 205
69 31,766 10.43 3,045 11,867 15,243 19,241 23,238 26,615 60 206
71 32,506 10.52 3,090 10,065 13,441 17,147 20,854 24,230 61 207
Indoor Wet
Bulb (°F)
63 28,669 9.21 3,114 16,945 20,321 24,624 28,927 32,303 62 234
65 29,518 9.38 3,146 15,244 18,620 22,949 26,929 30,305 65 238
67 29,413 9.58 3,070 13,543 16,919 21,273 24,931 28,307 67 242
69 30,738 9.64 3,187 11,841 15,218 19,250 22,934 26,310 69 242
71 32,063 9.71 3,303 10,140 13,516 17,226 20,936 24,312 70 242
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
85 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
95 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 27,794 8.36 3,323 16,616 19,992 23,726 27,461 30,837 66 265
65 28,750 8.61 3,340 15,016 18,392 22,469 25,850 29,226 71 272
67 27,800 8.85 3,141 13,416 16,792 21,212 24,239 27,615 76 279
69 29,709 8.92 3,330 11,816 15,192 19,258 22,629 26,005 77 279
71 31,619 8.99 3,516 10,216 13,592 17,305 21,018 24,394 79 278
Indoor Wet
Bulb (°F)
63 25,422 7.33 3,468 15,646 19,022 22,630 26,238 29,614 69 299
65 26,616 7.55 3,524 14,075 17,451 21,290 24,781 28,157 72 304
67 26,856 7.74 3,469 12,504 15,880 19,950 23,323 26,699 76 308
69 28,526 7.91 3,605 10,932 14,309 18,261 21,866 25,242 78 310
71 30,196 8.08 3,737 9,361 12,737 16,573 20,408 23,784 80 311
Indoor Wet
Bulb (°F)
63 23,051 6.38 3,613 14,676 18,052 21,534 25,016 28,392 72 332
65 24,481 6.60 3,708 13,134 16,510 20,111 23,712 27,088 74 335
67 25,912 6.82 3,797 11,591 14,967 18,687 22,407 25,783 76 338
69 27,342 7.05 3,880 10,049 13,425 17,264 21,103 24,479 78 341
71 28,773 7.27 3,958 8,507 11,883 15,841 19,799 23,175 80 343
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
105 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
115 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
Pressures
(psig)
Mitsubishi Electronics 2003 17
036-21544-001 Rev. B (1103)
4
PERFORMANCE DATA - OPERATING PRESSURES - COOLING
PLH36AK+PUGH36 (Indoor Air = 1020 CFM)
75 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 36,251 10.90 3,326 27,910 31,611 27,396 23,181 26,882 72 219
65 36,889 11.03 3,345 23,624 27,326 25,293 23,260 26,961 73 220
67 37,526 11.16 3,364 19,339 23,040 23,190 23,339 27,041 74 221
69 38,164 11.28 3,383 15,053 18,754 21,087 23,419 27,120 75 223
71 38,802 11.41 3,401 10,767 14,468 18,983 23,498 27,200 75 224
Indoor Wet
Bulb (°F)
63 34,037 9.78 3,481 22,773 26,474 29,224 31,973 35,675 75 248
65 35,094 10.13 3,463 19,743 23,444 26,223 29,818 33,519 75 247
67 35,863 10.49 3,418 16,713 20,414 23,223 27,662 31,363 76 246
69 37,065 10.48 3,536 13,683 17,385 21,038 25,506 29,208 79 251
71 38,266 10.47 3,655 10,654 14,355 18,853 23,351 27,052 81 257
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
85 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
95 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 31,823 8.75 3,637 17,635 21,337 31,051 40,766 44,467 77 277
65 33,300 9.30 3,581 15,861 19,563 27,154 36,375 40,077 78 273
67 34,200 9.85 3,472 14,088 17,789 23,256 31,985 35,686 78 270
69 35,965 9.75 3,689 12,314 16,015 20,989 27,594 31,296 83 280
71 37,730 9.65 3,910 10,540 14,241 18,723 23,204 26,905 87 290
Indoor Wet
Bulb (°F)
63 29,121 7.69 3,787 16,649 20,351 25,798 31,245 34,947 81 311
65 30,715 8.05 3,813 14,899 18,601 23,701 29,617 33,319 82 311
67 32,022 8.40 3,810 13,149 16,851 21,604 27,989 31,690 84 312
69 33,761 8.51 3,966 11,400 15,101 20,323 26,361 30,062 88 319
71 35,499 8.61 4,121 9,650 13,351 19,042 24,732 28,434 91 327
Indoor Wet
Bulb (°F)
63 26,418 6.71 3,937 15,663 19,365 20,545 21,725 25,426 84 345
65 28,131 6.95 4,046 13,937 17,639 20,249 22,859 26,560 87 349
67 29,844 7.20 4,148 12,211 15,913 19,953 23,993 27,695 90 354
69 31,556 7.44 4,243 10,485 14,187 19,657 25,127 28,829 93 359
71 33,269 7.68 4,332 8,759 12,461 19,361 26,261 29,963 95 363
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
105 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
115 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
Pressures
(psig)
18 Mitsubishi Electronics 2003
036-21544-001 Rev. B (1103)
4
PERFORMANCE DATA - OPERATING PRESSURES - COOLING
PLH42AK+PUGH42 (Indoor Air = 1100 CFM)
75 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 36,029 10.71 3,366 21,312 24,489 28,042 31,595 34,772 55 212
65 36,967 10.91 3,388 18,969 22,146 26,088 30,031 33,208 57 213
67 37,906 11.12 3,409 16,626 19,802 24,135 28,467 31,644 58 214
69 38,845 11.33 3,430 14,283 17,459 22,181 26,903 30,080 59 214
71 39,784 11.53 3,450 11,940 15,116 20,228 25,339 28,516 60 215
Indoor Wet
Bulb (°F)
63 35,618 9.56 3,727 21,357 24,533 28,130 31,727 34,904 59 244
65 36,810 10.00 3,679 18,855 22,294 26,736 32,109 35,548 61 245
67 38,953 10.43 3,735 16,354 20,056 25,342 32,491 36,192 62 246
69 39,670 10.49 3,781 14,133 17,572 22,917 29,194 32,633 64 248
71 40,386 10.56 3,826 11,912 15,089 20,492 25,896 29,073 66 249
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
85 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
95 °F Outdoor Air Temperature
Indoor Wet
Bulb (°F)
63 35,208 8.61 4,089 21,401 24,578 28,218 31,859 35,036 63 275
65 36,653 9.23 3,971 19,022 22,199 27,384 30,508 33,684 65 277
67 40,000 9.85 4,061 16,083 20,309 26,550 36,515 40,741 67 279
69 40,494 9.80 4,131 14,263 17,440 23,654 27,805 30,982 70 281
71 40,989 9.75 4,202 11,884 15,061 20,757 26,454 29,630 72 283
Indoor Wet
Bulb (°F)
63 32,918 7.30 4,511 20,501 23,678 27,170 30,662 33,839 66 310
65 34,465 7.70 4,478 18,307 21,484 25,982 29,448 32,625 68 313
67 36,963 8.13 4,547 15,833 19,535 24,793 31,914 35,615 70 315
69 38,034 8.26 4,604 13,919 17,096 22,574 27,020 30,197 73 317
71 39,106 8.39 4,660 11,726 14,902 20,354 25,806 28,983 75 320
Indoor Wet
Bulb (°F)
63 30,628 6.21 4,934 19,601 22,778 26,122 29,465 32,642 68 346
65 32,277 6.47 4,985 17,593 20,769 24,579 28,389 31,565 71 349
67 33,925 6.74 5,033 15,584 18,761 23,036 27,312 30,489 73 351
69 35,574 7.01 5,076 13,575 16,752 21,494 26,236 29,412 76 354
71 37,223 7.27 5,117 11,567 14,743 19,951 25,159 28,336 79 357
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
Cooling
Capacity
(Btu/hr)
EER
EER
EER
Total
Power
(Watts)
Total
Power
(Watts)
Total
Power
(Watts)
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
105 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
115 °F Outdoor Air Temperature
Net Sensible Cooling Capacity (Btu/hr)
Indoor Dry Bulb (°F)
70 75 80 85 90 Suction Discharge
Pressures
(psig)
Pressures
(psig)
Pressures
(psig)
Mitsubishi Electronics 2003 19
036-21544-001 Rev. B (1103)
5
PERFORMANCE DATA - OPERATING PRESSURES - HEATING
PKH18FK/PUGH18 Indoor Air 70
Outdoor Air
(Deg F)
65 23,474
60 21,687 6.8 235 71
55 19,900 6.6 223 64
50 18,650 6.4 215 59
47 17,400 6.2 207 55
45 16,294 6.0 201 51
40 15,187 5.9 194 47
35 13,866 5.7 187 43
30 12,546 5.5 180 39
25 11,225 5.3 173 35
20 10,113 5.2 168 32
17 9,000 5.1 162 29
Heating Capacity
(BTUH)
Air Flow
(CFM)
640
Compressor
Current
(Amps)
Pressure (psig)
Disch. Suction
7.1 247 78
PKH24FK/PUGH24 Indoor Air 70
Outdoor Air
(Deg F)
65 28,217
60 26,745 10.0 307 64
55 25,272 9.6 290 62
50 24,136 9.3 278 59
47 23,000 8.9 266 56
45 21,771 8.6 254 52
40 20,541 8.2 241 48
35 19,250 7.9 228 44
30 17,960 7.6 215 41
25 16,669 7.3 202 37
20 15,185 7.0 193 34
17 13,700 6.7 184 31
Heating Capacity
(BTUH)
Air Flow
(CFM)
640
Compressor
Current
(Amps)
10.5 324 65
Pressure (psig)
Disch. Suction
PKH30FK/PUGH30 Indoor Air 70
Outdoor Air
(Deg F)
65 39,436
60 36,485 13.4 270 69
55 33,533 12.7 252 62
50 31,767 11.4 242 58
47 30,000 10.1 231 54
45 27,705 10.6 221 51
40 25,410 11.1 211 47
35 23,383 10.6 203 44
30 21,355 10.0 194 40
25 19,328 9.5 186 37
20 18,064 9.4 181 35
17 16,800 9.3 176 32
Heating Capacity
(BTUH)
Air Flow
(CFM)
910
Compressor
Current
(Amps)
14.1 287 75
Pressure (psig)
Disch. Suction
PKH36FK/PUGH36 Indoor Air 70
Outdoor Air
(Deg F)
65 45,353
60 41,996 15.1 312 74
55 38,639 14.2 294 67
50 36,820 15.2 280 62
47 35,000 16.3 265 58
45 32,820 14.1 256 54
40 30,640 11.9 246 50
35 28,109 11.3 234 46
30 25,577 10.6 223 41
25 23,046 10.0 211 37
20 21,123 9.7 203 34
17 19,200 9.4 195 31
Heating Capacity
(BTUH)
Air Flow
(CFM)
885
Compressor
Current
(Amps)
15.9 329 80
Pressure (psig)
Disch. Suction
20 Mitsubishi Electronics 2003
036-21544-001 Rev. B (1103)
5
PERFORMANCE DATA - OPERATING PRESSURES - HEATING
PLH18AK/PUGH18 Indoor Air 70
Outdoor Air
(Deg F)
65 25,902
60 23,930 6.8 186 69
55 21,959 6.6 177 62
50 20,579 6.4 170 58
47 19,200 6.2 164 53
45 17,979 6.0 159 50
40 16,758 5.9 154 46
35 15,301 5.7 148 42
30 13,843 5.5 143 38
25 12,386 5.3 137 34
20 11,243 5.2 133 31
17 10,100 5.1 128 28
Heating Capacity
(BTUH)
Air Flow
(CFM)
810
Compressor
Current
(Amps)
Pressure (psig)
Disch. Suction
7.1 196 76
PLH24AK/PUGH24 Indoor Air 70
Outdoor Air
(Deg F)
65 28,217
60 26,745 10.0 295 63
55 25,272 9.6 279 62
50 24,736 9.3 268 58
47 24,200 8.9 256 55
45 22,371 8.6 244 51
40 20,541 8.2 232 48
35 19,250 7.9 219 44
30 17,960 7.6 207 40
25 16,669 7.3 194 37
20 15,535 7.0 186 34
17 14,400 6.7 177 31
Heating Capacity
(BTUH)
Air Flow
(CFM)
1130
Compressor
Current
(Amps)
10.5 312 65
Pressure (psig)
Disch. Suction
PLH36AK/PUGH36 Indoor Air 70
Outdoor Air
(Deg F)
65 47,719
60 44,187 15.1 300 73
55 40,655 14.2 283 67
50 38,527 15.2 266 158
47 36,400 16.3 249 249
45 34,319 14.1 243 150
40 32,239 11.9 237 50
35 29,575 7.9 226 45
30 26,912 7.6 214 41
25 24,248 10.0 203 36
20 22,224 9.7 195 34
17 20,200 9.4 188 31
Heating Capacity
(BTUH)
Air Flow
(CFM)
1130
Compressor
Current
(Amps)
15.9 317 80
Pressure (psig)
Disch. Suction
PLH42AK/PUGH42 Indoor Air 70
Outdoor Air
(Deg F)
65 57,004
60 54,251 17.9 300 64
55 51,498 17.4 287 65
50 48,249 16.8 286 59
47 45,000 16.3 285 54
45 42,719 16.0 265 50
40 40,438 15.6 244 46
35 36,596 15.3 234 42
30 32,755 14.9 223 38
25 28,913 14.6 213 34
20 28,657 14.3 204 31
17 28,400 14.0 195 27
Heating Capacity
(BTUH)
Air Flow
(CFM)
1020
Compressor
Current
(Amps)
18.5 312 62
Pressure (psig)
Disch. Suction
PLH30AK/PUGH30 Indoor Air 70
Outdoor Air
(Deg F)
65 43,516
60 40,259 13.4 214 67
55 37,002 12.7 200 61
50 33,601 11.4 220 58
47 30,200 10.1 241 55
45 29,119 10.6 204 50
40 28,039 11.1 167 46
35 25,802 5.7 161 43
30 23,565 5.5 154 39
25 21,327 9.5 147 36
20 19,114 9.4 143 34
17 16,900 9.3 139 31
Mitsubishi Electronics 2003 21
Heating Capacity
(BTUH)
Air Flow
(CFM)
1130
Compressor
Current
(Amps)
14.1 227 73
Pressure (psig)
Disch. Suction
036-21544-001 Rev. B (1103)
5
PERFORMANCE DATA - OPERATING PRESSURES - HEATING
PCH24GK/PUGH24 Indoor Air 70
Outdoor Air
(Deg F)
65 29,689
60 28,140 10.0 292 63
55 26,591 9.6 276 62
50 25,395 7.9 264 59
47 24,200 6.2 253 55
45 22,906 7.2 241 52
40 21,613 8.2 229 48
35 20,255 7.9 217 44
30 18,897 7.6 204 41
25 17,539 7.3 192 37
20 15,969 7.0 184 34
17 14,400 6.7 175 31
Heating Capacity
(BTUH)
Air Flow
(CFM)
810
Compressor
Current
(Amps)
10.5 308 65
Pressure (psig)
Disch. Suction
PCH30GK/PUGH30 Indoor Air 70
Outdoor Air
(Deg F)
65 40,751
60 37,701 13.4 263 68
55 34,651 12.7 245 62
50 32,825 10.8 235 58
47 31,000 8.9 225 54
45 28,629 10.0 215 50
40 26,257 11.1 206 47
35 24,162 10.6 197 44
30 22,067 10.0 189 40
25 19,972 9.5 181 37
20 18,686 9.4 176 34
17 17,400 9.3 171 32
Heating Capacity
(BTUH)
Air Flow
(CFM)
1130
Compressor
Current
(Amps)
14.1 280 75
Pressure (psig)
Disch. Suction
PCH36GK/PUGH36 Indoor Air 70
Outdoor Air
(Deg F)
65 46,908
60 43,436 15.1 296 73
55 39,964 14.2 280 66
50 38,082 12.1 266 62
47 36,200 10.1 252 57
45 33,945 11.0 243 53
40 31,691 11.9 234 50
35 29,072 11.3 223 45
30 26,454 10.6 212 41
25 23,836 10.0 201 36
20 21,918 9.7 193 34
17 20,000 9.4 185 31
Heating Capacity
(BTUH)
Air Flow
(CFM)
1130
Compressor
Current
(Amps)
15.9 313 79
Pressure (psig)
Disch. Suction
PCH42GK/PUGH42 Indoor Air 70
Outdoor Air
(Deg F)
65 57,004
60 54,251 17.9 295 63
55 51,498 17.4 282 65
50 48,249 16.8 281 59
47 45,000 16.3 280 54
45 42,719 16.0 260 50
40 40,438 15.6 240 46
35 36,596 15.3 230 42
30 32,755 14.9 219 38
25 28,913 14.6 209 34
20 28,657 14.3 201 31
17 28,400 14.0 192 27
Heating Capacity
(BTUH)
Air Flow
(CFM)
1130
Compressor
Current
(Amps)
18.5 307 62
Pressure (psig)
Disch. Suction
22 Mitsubishi Electronics 2003
6
DIMENSIONS AND CLEARANCES
A
Model A B C
PUGH18AYB 19" (483 mm) 35" (889 mm) 23" (584 mm)
PUGH24AYB 25" (635 mm) 35" (889 mm) 23" (584 mm)
PUGH30AYB 25" (635 mm) 35" (889 mm) 23" (584 mm)
PUGH36AYB 27" (686 mm) 37" (940 mm) 27" (686 mm)
PUGH42AYB 33" (838 mm) 37" (940 mm) 27" (686 mm)
036-21544-001 Rev. B (1103)
C
B
TYPICAL INSTALLATION
60” OVERHEAD
CLEARANCE
10” CLEARANCE
COIL AREA
NOTE: ALL OUTDOOR WIRING
MUST BE WEATHERPROOF.
MINIMUM 24” SERVICE ACCESS
CLEARANCE ON ONE SIDE
WEATHERPROOF
DISCONNECT
SWITCH
CONTROL ACCESS PANEL
NEC CLASS 1 WIRING
NEC CLASS 2 WIRING
TO INDOOR COIL
SEAL OPENING(S) WITH
PERMAGUM OR EQUIVALENT
Mitsubishi Electronics 2003 23
036-21544-001 Rev. B (1103)
OPERATING PRESSURES / SUPERHEAT
7
SYSTEM CHARGE
The factory charge in the outdoor unit includes enough
charge for the unit and the smallest matched evaporato r and
25 feet of line. Some evaporator matches may require some
additional charge. See Tabular Data sheet provided in unit literature packet.
The “TOTAL SYSTEM CHARGE” must be permanently
stamped on the unit data plate.
Total system charge is determined as follows:
1. Determine outdoor unit charge for the selected evaporator from the corresponding table on Pages 4-6.
2. If using line length other than 25 feet, calculate the line
charge from the tables on Page 24.
NOTE: The line charge over 25 feet should be included on
the data plate and must be added to the system.
3. Total system charge = item 1 + item 2.
4. Permanently stamp the unit data plate with the total
amount of refrigerant in the system.
Use one of the following charging methods whenever additional refrigerant is required for the system charge.
MEASUREMENT METHOD
If a calibrated charging cylinder or accurate weighing device
is available, add refrigerant accordingly.
Compressor damage will occur if system is
improperly charged. On new system installations
charge system per R-22 charge information label
and follow guidelines in this instruction.
Check flare caps on service ports to be sure they
are leak tight. DO NOT OVER TIGHTEN
(between 40 and 60 inch - lbs. maximum).
SUPERHEAT CHARGING METHOD
NOTE: Use this method only during system maintenance
and repair.
1. Operate system until temperatures and pressures stabilize (minimum of 10 minutes).
2. Measure and record indoor wet bulb (WB) temperatu re
using a sling psychrometer and the outdoor dry bulb
(DB) temperature using a thermometer.
Refrigerant charging should only be carried out
by a qualified air conditioning contractor.
Table 1: SUPERHEAT VALUE
INDOOR WB
1
°F
50 9 7
52 12 10 6
54 14 12 10 7
56 17 15 14 10 6
58 20 18 16 13 9 5
60 23 21 19 16 12 8 6
62 26 24 22 19 16 12 8 5
64 29 27 24 21 18 15 11 9 6
66 32 31 30 24 23 18 15 11 9 6
68 35 33 30 27 24 21 19 16 14 12 9 6
70 35 33 30 28 25 22 20 18 15 13 11 8
72 35 33 30 28 26 24 20 20 17 15 14
74 34 31 30 27 25 23 22 20 18
76 35 33 31 29 27 26 25 23
1. Evaporator Entering Air °F
55 60 65 70 75 80 85 90 95 100 105 110 115
OUTDOOR DB°F
24 Mitsubishi Electronics 2003
OPERATING PRESSURES / SUPERHEAT7
Table 2: TEMPERATURE AND PRESSURE
036-21544-001 Rev. B (1103)
SUCTION
PRESSURE
PSIG
(Service Port)
61.5 353739414345474951535557596163656769
64.2 373941434547495153555759616365676971
67.1 394143454749515355575961636567697173
70.0 414345474951535557596163656769717375
73.0 434547495153555759616363676971737577
76.0 454749515355575961636567697173757779
79.2 474951535557596163656769717375777981
82.4 495153555759616365676971737577798183
1. Saturation Temperature
1
246810121416182022242628303234
0
SUCTION SERVICE VALVE SUPERHEAT
3. Measure and record the sucti on pressure at the suction
service valve port.
4. Using Table 1, note the superheat value corresponding
to the intersection of the indoor wet bulb and the outdoor
dry bulb.
5. With the superhea t value obtained in step 4 and the suction pressure value from step 3, find the intersection of
the values in Table 2. This is the required suction tube
temperature at the suction service valve.
6. To bring the tube temperature in line with the required
value from Table 2, add refrigerant to the service port to
cause the tube temperature to fall and reclaim refrigerant
to cause the temperature to rise.
Mitsubishi Electronics 2003 25
036-21544-001 Rev. B (1103)
OPERATING RANGE8
1. POWER SUPPLY
1 Phase 60 Hz 208/230 V
Normal Voltage Range: 187 to 252
(Rated in accordance with ARI Standard 110)
2. OPERATING TEMPERATURE RANGE
FUNCTION
Cooling
Heating
1. A low ambient accessory kit is required for operation below this temperature which extends cooling operation to 25°.
CONDITION
Standard temperature Maximum
temperature Minimum temperature
Maximum humidity
Standard temperature Maximum
temperature Minimum temperature
AIR INTAKE
DB (°F) WB (°F) DB (°F) WB (°F)
INDOOR OUTDOOR
80 67 95 75
95 71 115 -
67 57
80 75 80 75
70 60 47 43
70 60 17 15
80 67 75 65
55
1
-
26 Mitsubishi Electronics 2003
REFRIGERANT CHARGE (R-22 0Z.) ADJUSTMENT FOR
9
OPTIMUM PERFORMANCE
MODEL LIQUID OD VAPOR OD R-22 CHARGE, OZ/FT
PUGH18,24 3/8 5/8 0.14
PUGH30, 36 1/2 3/4 0.33
PUGH42 1/2 7/8 0.35
036-21544-001 Rev. B (1103)
FACTORY CHARGE /
MODEL
PUGH18AYB 56.0 4 8 12
PUGH24AYB 91.0 4 8 13
PUGH30AYB 79.0 4 9 13
PUGH36AYB 85.0 8 15 23
PUGH42AYB 125.0 8 16 23
ARI RATING POINT
25 FT 40 FT 55 FT 70 FT
R-22 CHARGE, OZ
ADD CHARGE
Mitsubishi Electronics 2003 27
036-21544-001 Rev. B (1103)
CAPACITY CORRECTION FACTORS FOR VARIOUS PIPE LENGTHS10
MODEL
REFRIGERANT PIPING LENGTH (ONE WAY)
25 ft 40 ft 55 ft 70 ft
PUGH18AYB 1.0 0.984 0.965 0.954
PUGH24AYB 1.0 0.992 0.984 0.975
PUGH30AYB 1.0 0.996 0.990 0.985
PUGH36AYB 1.0 0.984 0.967 0.950
PUGH42AYB 1.0 0.991 0.982 0.973
28 Mitsubishi Electronics 2003
036-21544-001 Rev. B (1103)
MICROPROCESSOR CONTROL11
1. COOLING /HEATING OPERATION
Outdoor unit operation is activated by delivery of a 12VDC signal from the indoor unit. Cooling only un its have 2 low voltage
control wires from the indoor unit to the outdoor unit. The functions of these wires are:
• Wire #1: Common
• Wire #2: Initiates operation of the compressor and outdoor fan when 12VDC is supplied from the indoor unit.
• Wire #3: Receives 12VDC from the indoor unit when set to the "Heat Mode".
NOTE: The Reversing Valve is energized during the cool mode (whenever 12VDC is NOT PRESENT) on wire #3, the Reversing Valve is de-energized during the Heat Mode.
2. OUTDOOR ABNORMALITY DETECTION BY INDOOR UNIT (P8 FAULT CODE)
A. The indoor unit constantly monitors the difference between return air temperature and indoor coil temperature. During
a call for cooling, if the indoor coil does not become at least nine degrees cold er than the return air tempe rature after
approximately ten minutes of operation, the indoor circuit board will shut down the system. The indoor unit will display
the problem code “P8” at the indoor unit remote controller and terminate the 12VDC signal to the outdoor unit.
B. Th e “P8” code d oes not nece ssarily mean tha t the ou tdoor unit has a pro blem. It simply mea ns that the indoor co il did
not become colder or warmer than the return air during a call for cooling or heating.
C. If a “P8” code is displayed:
i. Turn the indoor remote controller off and back on to reset it.
ii. Set the remote controller to a “call” for cooling.
iii. At the indoor unit 12VDC control termin als, check to see if 12VDC is present on the #1 and #2 wires.
1. You may encounter a 3-minute delay in cooling before the 12VDC signal is gene rated or after the 12VDC signal
is delivered to the outdoor unit before the compressor contactor is energized.
iv.If 12VDC is present and the 3-minute delay has expired, the outdoor unit should be operating. If it is not, the indoor
unit is not the source of the problem and the following should be checked:
1. Check the 12VDC terminals at the outdoor unit for 12VDC. The polarity must be the same as that of the indoor.
That is, the control wires must be connected to matching numbered control terminations on the indoor and ou tdoor units (1 to 1, 2 to 2). If the wires are not connected properly, the unit will not be damaged, but it will not operate.
a. If no 12VDC signal is present when 12VDC is available at the indoor unit, check for a break/open in the control
wire.
b. If 12VDC is present, insure polarity is correct. If polarity is correct and a 12VDC signal is present, check the
LED indicators on the outdoor board.
i. Is the “Status” LED lit constantly? If so, the outdoor board is in time delay. Wait for it to expire (make sure the
12VDC signal is still available from the indoor unit).
ii. Is the “#2” LED lit? This indicates that the board is receiving 12VDC from the indo or unit.
NO LED: Recheck for 12VDC on the control wires, check for correct polarity and check the wires from the
terminal block to the board.
LED LIT: The board should be outputting 24 VAC to the compressor contactor and line voltage to the fan
(unless in low ambient control). Is the compressor/fan operating?
YES: System is OK
NO: Is the “Status LED” flashing?
NO: Bad outdoor board
YES: 2 Flash sequence indicates that the High Pressure Switch is open. 4 Flash sequence indicates that the
Low Pressure Safety Switch is open
3. OUTDOOR BOARD FUNCTIONALITY
A. High Pressure Safety Switch (HPSS). This switch opens at ap proximately 400 PSIG and closes at approximately
300 PSIG. There is no bypass on this switch. When the switch opens, the control immediately stops the compressor
and outdoor fan. When the switch closes, the system can restart if the indoor unit has not entered a P8 fault code. If
the switch opens three times within a one-hour period, the out door unit operation is “locked out” and must be serviced.
Turning line voltage off and back on to the outdoor unit will reset the lockout. The indoor unit must also be reset to clear
the fault code. Turning the remote controller off and back on will reset the indoor unit.
Low Pressure Safety Switch (LPS). This switch opens at approximately 7 PSI and closes at approximately 22 PSI.
B.
The switch is bypassed during the first 3 minutes of cooling operation. If the pr essure rises to the “cut in” point, the
compressor will restart if the delay has expired and the indoor unit is not in a P8 fault. If the switch opens 3 times within
a one-hour period, the outdoor unit will be “locked out” and must be serviced . Turning line voltage off and back on to
the outdoor unit will reset the lockout.
Mitsubishi Electronics 2003 29
036-21544-001 Rev. B (1103)
MICROPROCESSOR CONTROL11
C. Low Ambient Temperature Switch (LATS) - The purpose of this switch is to extend cooling operation in low outdoor
temperatures as low as 25°. The outdoor unit uses a high side pressure switch to cycle the fan. When pressure drops
to 165 PSI (+/-10), the switch opens and the fan stops. When pressure rises to 300 (+/- 10), the switch closes and the
fan restarts. A jumper is factory installed in place of the low ambient pressure switch. This jumper must be re moved
when a low ambient accessory kit is in stalled.
During low ambient cooling operation the indoor unit may initiate an “air defrost” of the indoor coil once during every 16
minutes of continuous cooling operation. This insures that the coil has adequate airflow and should not be considered
as a fault.
D. Defrost Sensor Switch - The defrost switch is set to close at 35 degrees (+/-7) and opens at 65 d egrees (+/-5). The
board is factory set with a 60 minute minimum defrost interval and can be reset to 30 or 90 minutes by moving a
jumper. When the defrost sensor closes, the defrost timer begins timing out the compressor run time. Once the timer
“times out” (30/60/90 minutes) and the switch is closed the reversing valve is shifted and defrost is accomplished. If the
room temperature is satisfied during a defrost cycl, the defrosting will continue until the termination temperature is
achieved or 10 minutes has elapsed.
E. Crankc ase Heater (CCH) - A crankcase heater is i nstalled into all PUGH heat pump units to protect the compressor.
When line voltage is first applied to the outdoor unit, the control will energize the crankcase heater. The control will
continue to energize the CCH until the first call for compressor operation. The control never energizes the CCH during
compressor operation. The control will energize the CCH thirty minutes after the compressor turns off. It will then cycle
the CCH on for 30 minutes and off for 30 minutes repeatedly until the compressor is again turned on.
F. Compressor Contactor (CC) - The compressor contactor is energized with 24VAC when a 12 VDC is input to the out-
door unit on control wires 1 and 2 from the indoor unit. This 12 VDC signal is generated and sent from the indoor unit
on all calls for compressor operation.
G. Outdoor Fan Motor (ODF) - The outdoor fan motor typically operates at the same time as the compressor. However,
the fan may be off while the compressor is operating during low ambient cooling conditions as described previously.
H. Transformer Input (24VAC) - The secondary side of the transformer supplies 24 volts AC to the circuit board on the
“24VAC” terminals. This voltage operates the internal circuits of the board and also provides voltage to the compressor
contactor when appropriate. The primary side of the transformer is powered with line voltage from terminals marked
“L1” and “L2” on the board.
I. Line Voltage - Line voltage is input and output from the circuit board on the terminals marked “L1” and “L2”. There are
four terminals marked “L1”. These terminals provide “L1” input to the board and “L1” output to the transformer, crankcase heater and the outdoor fan motor.
There are two terminals marked “L2”. One terminal provides “L2” line voltage input to the board. The other provides
“L2” output to the transformer.
J. Anti-Recycle Delay Timer - The control provides an “anti-r ecycle delay” of three minutes in the cooling mode.
K. Time Shortening - Placing the defrost jumper to the “TEST” position shortens timings of the control to the following
values.
1. Anti-Recycle - 36 seconds
2. CCH Cycles - 24 seconds
3. Compressor Run - 1 second
4. Low Pressure Bypass - 12 seconds
L. Last Fault Memory Recall. The control maintains a memory of the last fault that occurred. The last fault code can be
recalled by moving the defrost jumper to the “TEST” position and observing the “STATUS” LED display. The control
stores only the last fault code. The control will reset the fault code memory when the line voltage to the outdoor unit is
turned off.
M. LED Function. The board has four LED’s which provide the following function:
1. “ST ATUS” LED indicates normal operation or faults as follows:
LED FLASHES INDICATION OF CONDITION
Off Normal Operation, no fault, no “call”
Constant on LED
1 Flash Sequence Defrost Sensor Closed
2 Flash Sequence High Pressure Safety Switch Open
3 Flash Sequence LATS Open
4 Flash Sequence Low Pressure Safety Switch Open
2. “CCH” LED
indicates that the crankcase heater is energized.
3. “2” LED indicates that the indoor unit is calling for compressor operation, 12VDC is present on control wire #2.
30 Mitsubishi Electronics 2003
Anti-recycle delay active. If the HPSS or LPS opens, the anti-recycle
will activate for 3 minutes before the fault can be displayed.
036-21544-001 Rev. B (1103)
ELECTRICAL12
Mitsubishi Electronics 2003 31
036-21544-001 Rev. B (1103)
REFRIGERANT SYSTEM13
SERVICE PORTS
There are two service ports available to service technicians. One port is located at each of the two base valves.
A. Liqu id Line Base Valve Service Port. This port is used to evacuate the refrigerant line set when the ball valve is in
the closed position. It may also be used to measure the liquid line pressure or, more accurately, the “saturated line”
pressure during normal operation.
1. During cooling operation this service port is downstream of the metering orifice which is installed inside of the liquid
line base valve body. While in the cooling mode this pressure is typically 25 to 40 PSI above that of the suction
base valve pressure (usually 85 to 110 PSI).
2. During heating operation this pressure continues to be downstream of the capillary tube which is now metering
refrigerant at the outlet of the indoor unit.
B. Suctio n Base Valve Service Port. This port is also used to evacuate the indoor unit and line set during installation.
The ball valve must be closed to evacuate the line set and indoor unit. During normal cooling mode operation this pressure port indicates evaporator pressure (minus line set pressure drop). Typical cooling mode pressure readings here
are in the range of 55 to 80 PSI during summer operation.
C. Both refrigerant lines must be insulated because the “cool ing side” me tering device i s located in the ou tdoor
unit. Failure to insulate the liquid line , or more accurately the “saturation line”, will result in condensate dripping from
the line and poor cooling performance.
D. Metering Devices. A fixed orifice that is located in the liquid base valve meters refrigerant in the cooling mode. If a
restriction or a compressor failure occurs this orifice can be easily accessed and cleaned after refrigerant is recovered.
It is important to use a back-up wrench on the liquid line base valve connections when accessing the orifice. Failure to
do so could loosen the base valve connections and cause a refrigerant leak.
OUTDOOR
COIL
CHARGE COMPENSATOR
(Empty in cooling / full in heating)
FLOW RATER
LIQUID
SENSOR
COOLING CYCLE FLOW
HEATING CYCLE FLOW
(PUGH024 ONLY)
4-WAY
REVERSING
VALV E
FILTER DRYER
(Solid core)
SUCTION
ACCUMULATOR
FIELD CONNECTED LINE
COMPRESSOR
RESTRICTOR
FLOW RATER
COOLING
VALV E
FIELD CONNECTED LINE
INDOOR COIL
CAPILLARY TUBE
(HEATING)
32 Mitsubishi Electronics 2003
14
PARTS BREAKDOWN
036-21544-001 Rev. B (1103)
Mitsubishi Electronics 2003 33
036-21544-001 Rev. B (1103)
14
PARTS BREAKDOWN
MODELS 18, 24, AND 30
FIG ITEM DESCRIPTION PUGH018AYB PUGH024AYB PUGH030AYB <
1 1 Compressor, Hermetic 015-02901-004 015-03588-000 015-03424-001
1 2 Accumulator 026-35441-000 026-35441-000 026-35435-000
1 3 Compensator Tank 026-35433-000 026-35433-000 026-35433-000
1 4 Valve, Reversing 025-31931-000 025-31931-000 025-31931-000
1 5 Coil, Solenoid 1456-9761 1456-9761 1456-9761
1 6 Guard, Coil 373-20091-008 373-20091-009 373- 20091-009
17
1 8 Filter Drier 1458-0011 1458-0011 1458-0011
19
1 10 Distributor 022-09058-000 022-09059-000 022-09010-448
1 11 Sensor, Coil (Liquid Replacement) 025-31994-000 025-31994-000 025-31994-000
112
113
1 14 Crankcase Heater 1450-9511 --- ---
1 15 Isolator, Compressor (Pkg. of 4) 9435-1081 9435-1081 9435-1081
1 16 Fastener, Push-in (4 Req’d) 021-18381-000 021-18381-000 021-18381-000
1 17 Base, Pan 2218-1011 2218-1011 2218-1011
1 18 Mesh, Coil Guard Plastic 028-14726-000 028-14727-000 028-14727-000
1 19 Coil, Condenser 373-19800-011 373-19800-013 373-19800-013
1 20 Hubcap 026-39292-000 026-39292-000 026-39292-000
1 21 Motor Mount Kit (Acorn Nuts) 363-90117-700 363-90117-700 363-90117-700
1 22 Guard, Fan 026-35511-018 026-35511-018 026-35511-018
1 23 Motor, Fan 024-26067-010 024-26067-010 024-26020-000
1 24 Wireway, (Electric Channel) 028-13215-000 028-13215-000 028-13215-000
1 25 Blade, Fan (18”) 026-34091-000 026-34092-000 026-34092-000
1 26 Panel, Top 2218-1021/A 2218-1021/A 2218-1021/A
1 27 Plate, Block-Off 2236-1081/B 2242-1081/B 2242-1081/B
1 28 Cover, Electric Box 2218-1151/A 2218-1151/A 2218-1151/A
1 29 Diagram, Wiring 035-18739-001 035-18739-001 035-18739-001
1 30 Block, Terminal 025-38589-003 025-38589-003 025-38589-003
1 31 Electrical Plug 025-33306-006 025-33306-006 025-33306-006
1 32 Ground Lug 025-21798-000 025-21798-000 025-21798-000
133
1 34 Relay 024-24116-000 024-24116-000 024-24116-000
1 35 Transformer (40VA) 025-18452-000 025-18452-000 025-18452-000
1 36 Contactor, Electrical (30 amp) [M] 024-27531-000 024-27531-000 024-27531-000
1 37 Control, Defrost 031-01976-000 031-01976-000 031-01976-000
* 38 Harness, Compressor 025-31884-000 025-31884-000 025-31884-000
* 39 Nameplate, Bezel 035-13508-000 035-13508-000 035-13508-000
* 40 Harness, Wiring (3 Wire)t 373-20055-006 373-20055-006 373-20055-006
* 41 Harness, Wiring (8 Wire) 373-20055-007 373-20055-007 373-20055-007
Control, Low Pressure
(7 psi- open / 22 psi close)
Control, High Pressure
(400 psi- open / 300 psi close)
Valve, Liquid (3/8” FL x 3/8” SW)
Valve, Liquid (1/2” FL x 3/8” SW)
Valve, Suction (5/8” FL x 3/4” SW)
Valve, Suction (3/4” FL x 3/4” SW)
Capacitor, Run (30/5MFD) [RC]
Capacitor, Run (35/5MFD) [RC]
Capacitor, Run (45/5MFD) [RC]
025-38610-000 025-38610-000 025-38610-000
025-33305-048 025-33305-048 025-33305-048
022-09055-000
---
022-09048-625
---
024-24778-000
---
022-09054-000
---
022-09048-625
---
---
024-23998-000
---
---
022-09056-000
---
022-09049-750
---
---
024-25895-000
NOTE
*Not Shown
:
New replacement parts shown in bold face type at the first printing of parts list dated 4/
03.
Major components and suggested stocking items are shown with shaded item number.
“<“ Across from row indicates a change in that row.
--- Not applicable to specified model.
34 Mitsubishi Electronics 2003
14
PARTS BREAKDOWN
MODELS 36 AND 42
FIG ITEM DESCRIPTION PUGH036AYB PUGH042AYB <
1 1 Compressor, Hermetic 015-03425-001 015-02773-004
1 2 Accumulator 026-35435-000 026-35435-000
1 3 Compensator Tank 026-35433-000 026-35434-000
1 4 Valve, Reversing 025-31922-000 025-31929-000
1 5 Coil, Solenoid 1456-9761 1456-9761
1 6 Guard, Coil 373-20091-010 373-20091-010
17
1 8 Filter Drier 6536-3341 6536-3341
19
110Distributor 022-09060-000 022-09059-000
1 11 Sensor, Coil (Liquid Replacement) 025-31994-000 025-31994-000
1 12 Valve, Liquid (1/2” FL x 3/8” SW) 022-09063-000 022-09057-000
113
1 14 Crankcase Heater --- 025-38695-000
1 15 Isolator, Compressor (Pkg. of 4) 9435-1081 9435-1081
1 16 Fastener, Push-in (4 Req’d) 021-18381-000 021-18381-000
1 17 Base, Pan 2260-1011 2260-1011
1 18 Mesh, Coil Guard Plastic 028-14728-000 028-14731-000
1 19 Coil, Condenser 373-20075-205 373-20075-204
1 20 Hubcap 026-39292-000 026-39292-000
1 21 Motor Mount Kit (Acorn Nuts) 363-90117-700 363-90117-700
1 22 Guard, Fan 026-35511-022 026-35511-022
1 23 Motor, Fan 024-27596-000 024-27596-000
1 24 Wireway, (Electric Channel) 028-13216-000 028-13216-000
1 25 Blade, Fan (18”) 026-34593-000 026-34593-000
1 26 Panel, Top 2260-1021/A 2260-1021/A
1 27 Plate, Block-Off 2260-1081/B 2260-1081/B
1 28 Cover, Electric Box 2218-1151/A 2218-1151/A
1 29 Diagram, Wiring 035-18739-001 035-18739-001
1 30 Block, Terminal 025-38589-003 025-38589-003
1 31 Electrical Plug 025-33306-006 025-33306-006
1 32 Ground Lug 025-21798-000 025-21798-000
133
1 34 Relay 024-24116-000 024-24116-000
1 35 Transformer (40VA) 025-18452-000 025-18452-000
1 36 Contactor, Electrical (30 amp) [M] 024-27531-000 024-27531-000
1 37 Control, Defrost 031-01976- 000 031-01976-000
* 38 Harness, Compressor 025-31884-000 025-31884-000
* 39 Nameplate, Bezel 035-13508-000 035-13508-000
* 40 Harness, Wiring (3 Wire) 373-20055-006 373-20055-006
* 41 Harness, Wiring (8 Wire) 373-20055-007 373-20055-007
NOTE
*Not Shown
:
New replacement parts shown in bold face type at the first printing of parts list dated 4/03.
Major components and suggested stocking items are shown with shaded item number.
“<“ Across from row indicates a change in that row.
--- Not applicable to specified model.
Control, Low Pressure
(7 psi- open / 22 psi close)
Control, High Pressure
(400 psi- open / 300 psi close)
Valve, Suction (3/4” FL x 3/4” SW)
Valve, Suction (7/8” FL x 3/4” SW)
Capacitor, Run (45/5MFD) [RC]
Capacitor, Run (60/5MFD) [RC]
036-21544-001 Rev. B (1103)
025-38610-000 025-38610-000
025-33305-048 025-33305-048
022-09049-750
---
024-25895-000
---
---
022-09052-875
---
024-25033-000
TO ORDER AUTHORIZED FACTORY REPLACEMENT PARTS - Contact your local Mitsubishi Electric distributor. or visit our
website at www.mrslim.com for a Distributor and Dealer listing.
Mitsubishi Electronics 2003 35
15
NOTES
Mitsubishi Electronics 2003 036-21544-001 Rev. B (1103)
Supersedes: 036-21544-001 Rev. A (0903)
3400 Lawrenceville Suwanee Road ● Suwanee, Georgia 30024
Toll Free: 800-433-4822 ● Toll Free Fax: 800-889-9904
www.mrslim.com
Specifications are subject to change without notice.
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