p-series and m-series general...
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2013 P-Series and M-Series General Information (June 2013) GA-1© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
GENERAL INFORMATION 1. COMPRESSORS .......................................................................................................................................................GA-2
1-1. Rotary Compressors ................................................................................................................................GA-2 A. RN-WHDHT Single Rotary ...........................................................................................................GA-2 B. KNB INVERTER-driven ...............................................................................................................GA-6 C. SNB & TNB INVERTER-driven Twin Rotary ..............................................................................GA-10 1-2. Scroll Compressors ................................................................................................................................GA-26 A. ANB/V Scroll...............................................................................................................................GA-26 B. SNB & TNB INVERTER-driven Scroll Hermetic .........................................................................GA-34
2. INVERTER-DRIVEN SYSTEMS ..............................................................................................................................GA-46 2-1. Inverter Function ....................................................................................................................................GA-46
2-2. Frequency and Performance..................................................................................................................GA-47
3. ELECTRICAL LINEAR EXPANSION VALVES .........................................................................................................GA-48 3-1. Operation ...............................................................................................................................................GA-48
4. HYPER HEAT SYSTEMS ........................................................................................................................................GA-49 4-1. Inverter System Operation .....................................................................................................................GA-49 4-2. Flash Injection System Operation ..........................................................................................................GA-50
5. MATERIALS .............................................................................................................................................................GA-51
P-SERIES AND M-SERIES
GA-2 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
M-Series AC MS/MUModel Compressor Type Compressor Model Motor Output R.L.A. L.R.A. Starter TypeMU-A09WA Single Rotary RN092WHDHT 9.3 47MU-A12WA Single Rotary RN110WHDHT 10.82 56
1-1. Rotary Compressors A. RN-WHDT Single Rotary
2013 P-Series and M-Series General Information (June 2013) GA-3© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
Model Name: RN092WHDHTUnit : MU-A09WA
1. ApplicationEvaporating temp.range 14…+59o F (-10…+15o C)
Refrigerant R410A
2. Compressor Data
Outline dwg. SC01D299
Design Rolling piston type rotary
Displacement 0.56 in.3/rev. (9.2 cc/rev.)
Number of cylinder 1
Oil charge 18.3 in.3 (NEO22 300 cc.)
Weight 30.2 lb. (13.8 kgs.)
3. Performance
Performance curve PCS 184A
Refrigerating Capacity 9,745 / 9,660 Btu/hr (2,856 / 2,831 W) (± 5%)
Current 8.45 / 8.14A
Motor input 959 /961 W (within ± 5%)
E.E.R (Nominal) 10.16 / 19.05 BTU/hr W (2.98 / 2.95 W / W)Power source 1-phase 115 / 120V 60Hz
4. Motor Data
Winning diagram SC01D050Motor type Permanent split capacitorNominal output 0.70 kW
Rated voltage 115 - 120 (± 10%)V
Rated frequency 60 Hz
Phase Single
L.R.A 47 /48 A
Lowest starting voltage Drop 88V (at 16.7 kg/cm3G balancing pressure)
Nominal revolution 3,400 rpm.
Insulation class E
Motor resistanceMain winding 0.81 Ohm at 68o F (20o C)
Aux. Winding 1.49 Ohm at 68o F (20o C)
5. Electrical Components
Motor protector Internal
Running capacitor 70 MFD 220VAC
Crank case heater 30 W
6. Terminal Parts Accessories
Terminal part assy SC01D024
Terminal cover 1 piece
Packing 1 piece
Rubber washer 1 piece
Flange nut 1 piece
7. Mounting Accessories
Mounting parts SC01D023
Rubber mount 3 pieces
8. Notes
Condition ASRE-T
Evaporating temp. 45o F (7.2o C)
Condensing temp. 130o F (54.4o C)
Return gas temp. 95o F (35.0o C)
Ambient temp. 95o F (35.0o C)
Liquid temp. 115o F (46.0o C)
Revolution 60 rps
A-1. RN-WHDT Single Rotary Specifications
GA-4 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
Model Name: RN110WHDHTUnit : MS-A12WA
1. ApplicationEvaporating temp.range 14…+59o F (-10…+15o C)
Refrigerant R410A
2. Compressor Data
Outline dwg. SC01D299
Design Rolling piston type rotary
Displacement 0.67 in.3/rev. (11.0 cc/rev.)
Number of cylinder 1
Oil charge 18.3 in.3 (NEO22 300 cc.)
Weight 30.2 lb. (13.8 kgs.)
3. Performance
Performance curve PCS 185A
Refrigerating Capacity 11,190 / 11,220 Btu/hr (3,280 / 3,290 W) (± 5%)
Current 9.84 / 9.48A
Motor input 1,113 /1,116 W (within ± 5%)
E.E.R (Nominal) 10.06 / 10.03 Btu/hr W (2.95 / 2.94 W / W)Power source 1-phase 115 / 120V 60Hz
4. Motor Data
Winning diagram SC01D050Motor type Permanent split capacitorNominal output 0.70 kW
Rated voltage 115 - 120 (± 10%)V
Rated frequency 60 Hz
Phase Single
L.R.A 56 /58 A
Lowest starting voltage Drop 88V (at 16.7 kg/cm3G balancing pressure)
Nominal revolution 3,400 rpm.
Insulation class E
Motor resistanceMain winding 0.66 Ohm at 68o F (20o C)Aux. Winding 1.23 Ohm at 68o F (20o C)
5. Electrical Components
Motor protector Internal
Running capacitor 70 MFD 220VAC
Crank case heater 30 W
6. Terminal Parts Accessories
Terminal part assy SC01D024
Terminal cover 1 piece
Packing 1 piece
Rubber washer 1 piece
Flange nut 1 piece
7. Mounting Accessories
Mounting parts SC01D023
Rubber mount 3 pieces
8. Notes
Conditions ASRE-T
Evaporating temp. 45o F (7.2o C)
Condensing temp. 130o F (54.4o C)
Return gas temp. 95o F (35.0o C)
Ambient temp. 95o F (35.0o C)
Liquid temp. 115o F (46.0o C)
Revolution 60 rps
A-1. RN-WHDT Single Rotary Specifications (cont.)
2013 P-Series and M-Series General Information (June 2013) GA-5© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
A-2. RN-WHDT Single Rotary Performance Curve
DUE TO CONTINUING RESEARCH AND PRODUCT IMPROVEMENT,
SPECIFICATIONS AND DATA ARE STILL UNDER REVIEW
GA-6 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
M-Series AC MSY-GE/MUY-GEModel Compressor Type Compressor Model Motor Output R.L.A. L.R.A. Starter Type
MUY-GE09NADC INVERTER-driven
KNB073FQDHC 4.9 6.1
MUY-GE12NADC INVERTER-driven
KNB092FQAHC 4.9 6.1
M-Series Heat Pump Systems (208/230 Volt) MSZ-GE/MUZ-GEModel Compressor Type Compressor Model Motor Output R.L.A. L.R.A. Starter Type
MUZ-GE09NADC INVERTER-driven
KNB073FQDHC 6.6 8.2
MUZ-GE12NADC INVERTER-driven
KNB092FQAHC 6.6 8.2
M-Series Heat Pump Systems (208/230 Volt) SLZ-KA/SUZ-KAModel Compressor Type Compressor Model Motor Output R.L.A. L.R.A. Starter Type
SUZ-KA09NADC INVERTER-driven
KNB073FQDHC 6.6 8.2
SUZ-KA12NADC INVERTER-driven
KNB092FQAHC 6.6 8.2
M-Series Heat Pump Systems (208/230 Volt) SEZ-KD/SUZ-KAModel Compressor Type Compressor Model Motor Output R.L.A. L.R.A. Starter Type
SUZ-KA09NADC INVERTER-driven Twin Rotary
KNB073FQDHC 6.6 8.2
SUZ-KA12NADC INVERTER-driven Twin Rotary
KNB092FQAHC 6.6 8.2
B. KNB INVERTER-driven
2013 P-Series and M-Series General Information (June 2013) GA-7© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
Model Name: KNB092FQAHCUnit : MUY-GE12NA ; MUZ-GE12NA ; SUZ-KA12NA1. General Specification
VNOK - CC0500 - C
2. Compressor DataDesign Rolling piston type rotary
Number of cylinder 1
Displacement 9.2 cm3
3. Motor Data
Motor type BLDCM
Nominal output 650 W
Pole number 6
Nominal revolution 3,600 rpm
Insulation class E
Motor resitance (68o F [20o C]) 1.70 Ώ
4. Refrigerant Type R410A
5. OilType NEO 22
Change amount 320 cm3
6. Mass (include. Oil) 7.1 kg
7. Compressor Power Source
Rated voltage -
Rated frequency 60 Hz
Running revolution 25 - 115 rps
8. Performance (By Mitsubishi Driver) After 24 Hours Run-In
Refrigerating capacity (±5%) 2,920 W
Motor input (±5%) 860 W
Current 3.2 A
COP (Nominal) 3.4
8. Conditions
Evaporating temp. 45o F (7.2o C)
Condensing temp. 130o F (54.4o C)
Return gas temp. 95o F (35.0o C)
Ambient temp. 95o F (35.0o C)
Liquid temp. 115o F (46.0o C)
Revolution 60 rps
9. Perfomance curve VM-CPF80
B-1. KNB INVERTER-driven Specifications
GA-8 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
Model Name: KNB073FQDHCUnit : MUY-GE09NA ; MUZ-GE09NA ; SUZ-KA09NA1. General Specification
VNOK - CC0500 - C
2. Compressor DataDesign Rolling piston type rotary
Number of cylinder 1
Displacement 7.3 cm3
3. Motor Data
Motor type BLDCM
Nominal output 550 W
Pole number 6
Nominal revolution 3,600 rpm
Insulation class E
Motor resitance (68o F [20o C]) 1.70 ΏNotes: Conditions
Evaporating temp. 45o F (7.2o C)
Condensing temp. 130o F (54.4o C)Return gas temp. 95o F (35.0o C)Ambient temp. 95o F (35.0o C)
Liquid temp. 115o F (46.0o C)
Revolution 60 rps
4. Refrigerant Type R410A
5. OilType NEO 22
Change amount 320 cm3
6. Compressor Power Source
Rated voltage -
Rated frequency 60 Hz
Running revolution 25 - 115 rps
7. Performance
Refrigerating capacity (±5%) 2,250 W
Motor input (±5%) 695 W
Current 3.0 A
COP (Nominal) 3.24
8. Conditions
Evaporating temp. 45o F (7.2o C)
Condensing temp. 130o F (54.4o C)
Return gas temp. 95o F (35.0o C)
Ambient temp. 95o F (35.0o C)
Liquid temp. 115o F (46.0o C)
Revolution 60 rps
9. Perfomance curve VM-CPE32
B-1. KNB INVERTER-driven Specifications (cont.)
2013 P-Series and M-Series General Information (June 2013) GA-9© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
B-2. KNB INVERTER-driven Performance Curve
DUE TO CONTINUING RESEARCH AND PRODUCT IMPROVEMENT,
SPECIFICATIONS AND DATA ARE STILL UNDER REVIEW
GA-10 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
M-Series AC MSY-GE/MUY-GEModel Compressor Type Compressor Model Motor Output R.L.A. L.R.A. Starter Type
MUY-GE15NA-1DC INVERTER-driven Twin Rotary
SNB130FQBHT 6.8 8.5
MUY-GE18NA-1DC INVERTER-driven Twin Rotary
SNB130FQBHT 10 12.5
MUY-GE24NADC INVERTER-driven Twin Rotary
SNB172FQKMT 12.9 16.1
M-Series AC MSY-D/MUY-D Model Compressor Type Compressor Model Motor Output R.L.A. L.R.A. Starter Type
MUY-D30NA-1DC INVERTER-driven Twin Rotary
TNB220FMCHT 16 20
MUY-D36NA-1DC INVERTER-driven Twin Rotary
TNB220FMCHT 16 20
M-Series Heat Pump Systems (208/230 Volt) MSZ-FE/MUZ-FEModel Compressor Type Compressor Model Motor Output R.L.A. L.R.A. Starter Type
MUZ-FE09NA-1DC INVERTER-driven Twin Rotary
SNB130FQBHT 8.6 10.8
MUZ-FE12NA1DC INVERTER-driven Twin Rotary
SNB130FQBHT 8.6 10.8
MUZ-FE18NADC INVERTER-driven Twin Rotary
SNB172FQKMT 12.9 16.1
M-Series Heat Pump Systems (208/230 Volt) MSZ-GE/MUZ-GEModel Compressor Type Compressor Model Motor Output R.L.A. L.R.A. Starter Type
MUZ-GE15NA-1DC INVERTER-driven Twin Rotary
SNB130FQBHT 7.4 9.3
MUZ-GE18NA-1DC INVERTER-driven Twin Rotary
SNB130FQBHT 10 12.5
MUZ-GE24NADC INVERTER-driven Twin Rotary
SNB172FQKMT 12.9 16.1
M-Series Heat Pump Systems (208/230 Volt) MSZ-D/MUZ-DModel Compressor Type Compressor Model Motor Output R.L.A. L.R.A. Starter Type
MUZ-D30NA-1DC INVERTER-driven Twin Rotary
TNB220FMCHT 16 20
MUZ-D36NA-1DC INVERTER-driven Twin Rotary
TNB220FMCHT 16 20
C. SNB & TNB Twin Rotary Compressors
2013 P-Series and M-Series General Information (June 2013) GA-11© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
M-Series Heat Pump Systems (208/230 Volt) SLZ-KA/SUZ-KAModel Compressor Type Compressor Model Motor Output R.L.A. L.R.A. Starter Type
SUZ-KA15NADC INVERTER-driven Twin Rotary
SNB130FQBH 7.4 9.3
M-Series Heat Pump Systems (208/230 Volt) SEZ-KD/SUZ-KAModel Compressor Type Compressor Model Motor Output R.L.A. L.R.A. Starter Type
SUZ-KA15NADC INVERTER-driven Twin Rotary
SNB130FQBH 7.4 9.3
SUZ-KA18NADC INVERTER-driven Twin Rotary
SNB130FQBH 10 12.5
M-Series Heat Pumps MXZ-B - Outdoor Units (Multi Zone) Model Compressor Type Compressor Model Motor Output R.L.A. L.R.A. Starter Type
MXZ-2B20NA-1DC INVERTER-driven Twin Rotary
SNB130FQBH1 10.1 15
MXZ-3B24NA-1DC INVERTER-driven Twin Rotary
TNB220FMCH 11 15
MXZ-3B30NA-1DC INVERTER-driven Twin Rotary
TNB220FMCH 11 15
MXZ-4B36NA-1DC INVERTER-driven Twin Rotary
TNB220FMCH 14.4 15
C. SNB & TNB Twin Rotary Compressors (cont.)
GA-12 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
Model Name: SNB130FQBHTUnit : MUY-GE15NA-1 ; MUY-GE18NA-1 ; MUZ-FE09NA-1 ; MUZ-FE12NA1 ; MUZ-GE15NA-1 ; MUZ-GE18NA-1
1. Compressor DataType Twin Rotary
Displacement 0.8 in.3/rev. (13.0 cm 3/rev.)
2. Motor Data
Motor type BLDCM
Motor protecton External
Nominal output 900 W
Number of pole 6
Nominal revolution 3,600 rpm
Insulation class E
Motor resitance (68o F [20o C]) 0.98 Ohm
COP (Nominal) 3.18
EER (Nominal) 10.86
Current 5.4 A
Cooling performance curve VM-CPF37
3. Refrigerant Type R410A
4. OilType NEO22
Change amount 27.5 in.3 (0.45 L)
5. Mass (include oil) Motor protector 17.9 lbs (8.1 kg)
6. Compressor Power Source
Rated voltage -
Rated frequency 60 Hz
Running frequency 10 -130 Hz
Phase 3 phase
7. PerformanceRefrigerating capacity (±5%) 12,386 Btu/hr (3,630 W)
Motor input (±5%) 1,140 W
8. Notes
Conditions
Evaporating temp. 41o F (5.0o C)
Condensing temp. 125.6o F (52.0 o C)
Return gas temp. 59o F (15.0o C)
Ambient temp. 95o F (35.0 o C)
Liquid temp. 116.4o F (46.9o C)
Revolution 60Hz
C-2. SNB & TNB Twin Rotary Specifications
2013 P-Series and M-Series General Information (June 2013) GA-13© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
Model Name: SNB172FQKMTUnit : MUY-GE24NA ; MUZ-GE24NA ; MUZ-FE18NA
1. Compressor DataType Twin Rotary
Displacement 1.0 in.3/rev. (17.2 cm 3/rev.)
2. Motor Data
Motor type BLDCM
Motor protecton External
Nominal output 1,200 W
Number of pole 6
Nominal revolution 3,600 rpm
Insulation class E
Motor resitance (68o F [20o C]) 1.04 Ohm
COP (Nominal) 3.10
EER (Nominal) 10.56
Current 6.7 A
Cooling performance curve VM-CPG40
3. Refrigerant Type R410A
4. OilType FV50S
Change amount 24.4 in.3 (0.40 L)
5. Mass (include oil) Motor protector 19.2 lbs (8.7 kg)
6. Compressor Power Source
Rated voltage -
Rated frequency 60 Hz
Running frequency 10 -130 Hz
Phase 3 phase
7. PerformanceRefrigerating capacity (±5%) 16,480 Btu/hr (4,830 W)
Motor input (±5%) 1,560 W
8. Notes
Conditions
Evaporating temp. 41o F (5.0o C)
Condensing temp. 125.6o F (52.0 o C)
Return gas temp. 59o F (15.0o C)
Ambient temp. 95o F (35.0 o C)
Liquid temp. 116.4o F (46.9o C)
Power source 60Hz
C-2. SNB & TNB Twin Rotary Specifications (cont.)
GA-14 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
Model Name: TNB220FMCHTUnit : MUY-D30NA-1 ; MUY-D36NA-1 ; MUZ-D30NA-1 ; MUZ-D36NA-11. General Specification VNOK - CC0500 - C
2. Compressor DataDesign Rolling piston rotary
Number of cylinder 1
Displacement 7.3 cm3
2. Motor Data
Motor type BLDCM
Nominal output 550 W
Number of pole 6
Nominal revolution 3,600 rpm
Insulation class E
Motor resitance (68o F [20o C]) 1.70 Ohm
3. Refrigerant Type R410A
4. OilType NEO 22
Change amount 320 cm3
5. Mass (include oil) Motor protector 19.2 lbs (8.7 kg)
6. Compressor Power Source
Rated voltage -
Rated frequency 60 Hz
Running revolution 25 - 115 rps
7. Performance (by Mitsubishi Driver) After 24 Hours Run-In
Refrigerating capacity (±5%) 2,250 W
Motor input (±5%) 695 W
COP (Nominal) 3.24
Current 3.0 A
8. Conditions
Evaporating temp. 45o F (7.2o C)
Condensing temp. 130o F (54.4o C)
Return gas temp. 95o F (35.0o C)
Ambient temp. 95o F (35.0o C)
Liquid temp. 115o F (46.0o C)
Revolution 60 rps
9. Perfomance curve VM-CPE32
C-2. SNB & TNB Twin Rotary Specifications (cont.)
2013 P-Series and M-Series General Information (June 2013) GA-15© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
Model Name: SNB130FQBHUnit : SUZ-KA15NA ; SUZ-KA18NA 1. General Specification VNOK - CC0494 - D
2. Compressor DataDesign Rolling piston rotary
Number of cylinder 2
Displacement 13.0 cm3
2. Motor Data
Motor type BLDCM
Nominal output 900 W
Number of pole 6
Nominal revolution 3,600 rpm
Insulation class E
Motor resitance (68o F [20o C]) 0.98 Ohm
3. Refrigerant Type R410A
4. OilType NEO 22
Change amount 450 cm3
5. Mass (include oil) Motor protector 17.4 lbs (7.9 kg)
6. Compressor Power Source
Rated voltage -
Rated frequency 60 Hz
Running revolution 10 - 130 rps
7. Performance (by Mitsubishi Driver)
Refrigerating capacity (±7.5%) 4,100 W
Motor input (±7.5%) 1,200 W
COP (Nominal) 3.42
Current 5.9 A
8. Conditions
Evaporating temp. 72o F (7.2o C)
Condensing temp. 54.4o F (54.4o C)
Return gas temp. 35o F (35.0o C)
Ambient temp. 35o F (35.0o C)
Liquid temp. 46o F (46.0o C)
Revolution 60 rps
9. Perfomance curve VM-CPF37
C-2. SNB & TNB Twin Rotary Specifications (cont.)
GA-16 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
Model Name: SNB130FQBH1Unit : MXZ-2B20NA-11. General Specification VNOK - CC0500 - C
2. Compressor DataDesign Rolling piston rotary
Number of cylinder 2
Displacement 13 cm3
2. Motor Data
Motor type BLDCM
Nominal output 900 W
Number of pole 6
Nominal revolution 3,600 rpm
Insulation class E
Motor resitance (68o F [20o C]) 0.98 Ohm
3. Refrigerant Type R410A
4. OilType NEO 22
Change amount 700 cm3
5. Mass (include oil) Motor protector 18 lbs (8.2 kg)
6. Compressor Power Source
Rated voltage -
Rated frequency 60 Hz
Running revolution 10 - 130 rps
7. Performance (by Mitsubishi Driver) After 24 Hours Run-In
Refrigerating capacity (±7.5%) 4,100 W
Motor input (±7.5%) 1,200 W
COP (Nominal) 3.42
Current 5.9 A
8. Conditions
Evaporating temp. 45o F (7.2o C)
Condensing temp. 130o F (54.4o C)
Return gas temp. 95o F (35.0o C)
Ambient temp. 95o F (35.0o C)
Liquid temp. 115o F (46.0o C)
Revolution 60 rps
9. Perfomance curve VM-CPF37
C-2. SNB & TNB Twin Rotary Specifications (cont.)
2013 P-Series and M-Series General Information (June 2013) GA-17© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
Model Name: TNB220FMCHUnit : MXZ-3B24NA-1 ; MXZ-3B30NA-1 ; MXZ-4B36NA-11. General Specification VNOK - CC0494 - D
2. Compressor DataDesign Rolling piston rotary
Number of cylinder 2
Displacement 22.0 cm3
2. Motor Data
Motor type DCBLM
Nominal output 1,300 W
Number of pole 4
Nominal revolution 3,600 rpm
Insulation class E
Motor resitance (68o F [20o C]) 1.41 Ohm
3. Refrigerant Type R410A
4. OilType NEO 22
Change amount 870 cm3
5. Mass (include oil) Motor protector 30.9 lbs (14 kg)
6. Compressor Power Source
Rated voltage -
Rated frequency -
Running revolution 15 - 120 rps
7. Performance (by Mitsubishi Driver)
Refrigerating capacity (±7.5%) 7,100 W
Motor input (±7.5%) 2,180 W
COP (Nominal) 3.25
Current 7.8A
8. Conditions
Evaporating temp. 7.2o F (7.2o C)
Condensing temp. 54.4o F (54.4o C)
Return gas temp. 35o F (35.0o C)
Ambient temp. 35o F (35.0o C)
Liquid temp. 41.4o F (46.0o C)
Revolution 60 rps
9. Perfomance curve VM-CPD20
C-2. SNB & TNB Twin Rotary Specifications (cont.)
GA-18 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
C-2. SNB & TNB Twin Rotary Performance Curve
2013 P-Series and M-Series General Information (June 2013) GA-19© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
C-2. SNB & TNB Twin Rotary Performance Curve (cont.)
GA-20 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
C-2. SNB & TNB Twin Rotary Performance Curve (cont.)
2013 P-Series and M-Series General Information (June 2013) GA-21© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
C-2. SNB & TNB Twin Rotary Performance Curve (cont.)
GA-22 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
C-2. SNB & TNB Twin Rotary Performance Curve (cont.)
2013 P-Series and M-Series General Information (June 2013) GA-23© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
C-2. SNB & TNB Twin Rotary Performance Curve (cont.)
GA-24 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
C-2. SNB & TNB Twin Rotary Performance Curve (cont.)
2013 P-Series and M-Series General Information (June 2013) GA-25© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
C-2. SNB & TNB Twin Rotary Performance Curve (cont.)
GA-26 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
P-Series AC Outdoor UnitModel Compressor Type Compressor Model Motor Output R.L.A. L.R.A. Starter TypePUY-A42NHA4 INVERTER-driven
Scroll HermeticANV33FDPMT
2.5 kW (2500 W)
20 27.5 Inverter
P-Series Heat Pumps - Outdoor Units
PUZ-A42NHA4INVERTER-driven Scroll Hermetic
ANV33FDPMT2.5 kW
(2500 W)20 27.5 Inverter
PUZ-HA30NHA4INVERTER-driven Scroll Hermetic
ANB33FJEMT2.5 kW
(2500 W)20 27.5 Inverter
PUZ-HA36NHA4INVERTER-driven Scroll Hermetic
ANB33FJEMT2.5 kW
(2500 W)20 27.5 Inverter
M-Series Heat Pumps - Outdoor Units
MXZ-8B48NAINVERTER-driven Scroll Hermetic
ANB33FDSMT
1-2. Scroll Compressors A. ANB/V Scroll Compressors
2013 P-Series and M-Series General Information (June 2013) GA-27© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
Revised ; Jun.19 '08Issued ; May 12 '05
◆ General specification
◆ Compressor data
Design Scroll type
Displacement cm3 33.2
◆ Motor data
Motor type BLDCM
Nominal output W 2,500
Pole number 6
Nominal revolution rpm 3,600 (at 180Hz)
Insulation class E
Motor resistance (20℃) Ω 0.302
◆ Refrigerant R410A
◆ Oil
Brand FV 50S
Charge amount cm3 (Refer to the notes in 2nd Page)
◆ Mass (includ.oil) kg (Ditto)
◆ Inverter input power source
Rated voltage V
Rated frequency Hz
◆ Running frequency Hz 60 - 360 (20 - 120 rps)
◆ Performance (By Mitsubishi Driver)
Refrigerating capacity W 10,800 ±5%
Motor input W 3,350 ±5%
Current A 12.5
C O P W/W 3.22
Conditions (ARI) Evaporating temp. 7.2℃
Condensing temp. 54.4℃
Return gas temp. 18.3℃
Ambient temp. 35.0℃
Liquid temp. 46.0℃
Revolution 60 rps
Performance curve
ANB33F
380 - 415
50
THE SPECIFICATION FOR ANB33F COMPRESSOR
VNOK - CK0054 - A
VM-CPD91
VNOK - CK0082 - A
MITSUBISHI ELECTRIC CORPORATION
(PRELIMINARY)
(Nominal)
A-1. ANB33F Specifications
GA-28 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORSDrawing and Accessories(Reference)
Issued ; Jun 19 '08
MELCO client
◆ Outline dwg. CS01F629 Oil in
◆ Wiring diagram CS01F071◆ Limitation curve of
condensing and evaporating VM-CZ594・2pressure
◆ Motor specification VM-CZ596・4◆ Terminal parts accessories
Terminal part assy CS01F449Terminal cover CS01C257 1 ○
Rubber bush CS01F448 1 ○
◆ Mounting accessoriesRubber mount assy CS01F559 4 ○
VNOK - CK0082・3A
ANB33F
Drawing code RemarksANB33F
MITSUBISHI ELECTRIC CORPORATION
Q'tyfor supply
Arrangement
1. Piping Suction & Discharge pipes are sealed with rubber plugs before shipment.
Notes
2. Oil & Mass Oil charge amount : 900cm3
Compressor mass (included oil) : 32.2kg
A-2. ANB33F Drawing and Accesories (Reference)
2013 P-Series and M-Series General Information (June 2013) GA-29© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
ANB33F COMPRESSOR PERFORMANCE CURVEMitsubishi Driver Evaporating temp. 7.2℃
Condensing temp. 54.4℃
Return gas superheated 11.1℃
Liquid subcooled 8.3℃
Ambient temp. 35℃
Note ; Performance is varied by Driver-characteristics
VM - CPD91 (1 / 5)
MITSUBISHI ELECTRIC CORPORATION ANB33F(20-120rps)
11
12
13
14
15
16
17
CU
RR
ENT
[A]
0
1000
2000
3000
4000
5000
6000
7000
8000
INPU
T [W
]
0
3000
6000
9000
12000
15000
18000
21000
24000
CAP
ACIT
Y [W
]
04080
120160200240280320360400
0 30 60 90 120 150
REVOLUTION [rps]
VOLT
AGE
[V]
(A)
A-3. ANB33F Compressor Performance Curve
GA-30 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
ANB33F COMPRESSOR PERFORMANCE CURVERATING CONDITION: 11℃ RETURN GAS SUPERHEATED
8.3℃ LIQUID SUBCOOLED35℃ AMBIENT
20rps 3Ph. R410A
VM - CPD91 (2 / 5)
MITSUBISHI ELECTRIC CORPORATION ANB33F (20rps)
FLOW RATE
20
30
40
50
60
70
80
90
100
-15 -10 -5 0 5 10
(kg/
h)
20
30
40
50
60
70
80
90
100
CONDENSING TEMPERATURE40℃
60℃
50℃
CURRENT
8
10
12
14
16
18
-15 -10 -5 0 5 10
(A)
8
10
12
14
16
18
CONDENSING TEMPERATURE
40℃
50℃
60℃
INPUT
700
900
1100
1300
1500
1700
-15 -10 -5 0 5 10
(W)
700
900
1100
1300
1500
1700
CONDENSING TEMPERATURE
40℃
50℃
60℃
CAPACITY
1000
2000
3000
4000
5000
-15 -10 -5 0 5 10
(W)
1000
2000
3000
4000
5000
CONDENSING TEMPERATURE
50℃
40℃
60℃
X-Axis
X-Axis
X-Axis
X-Axis
A-3. ANB33F Compressor Performance Curve (cont.)
2013 P-Series and M-Series General Information (June 2013) GA-31© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
ANB33F COMPRESSOR PERFORMANCE CURVERATING CONDITION: 11℃ RETURN GAS SUPERHEATED
8.3℃ LIQUID SUBCOOLED35℃ AMBIENT
60rps 3Ph. R410A
VM - CPD91 (3 / 5)
MITSUBISHI ELECTRIC CORPORATION ANB33F (60rps)
FLOW RATE
80
120
160
200
240
280
-15 -10 -5 0 5 10
(kg/
h)
80
120
160
200
240
280
CONDENSING TEMPERATURE
40℃
60℃
50℃
CURRENT
8
10
12
14
16
18
-15 -10 -5 0 5 10
(A)
8
10
12
14
16
18
CONDENSING TEMPERATURE
40℃
50℃
60℃
INPUT
2000
2500
3000
3500
4000
4500
5000
-15 -10 -5 0 5 10
(W)
2000
2500
3000
3500
4000
4500
5000
CONDENSING TEMPERATURE
40℃
50℃
60℃
CAPACITY
3000
5000
7000
9000
11000
13000
15000
17000
-15 -10 -5 0 5 10
(W)
3000
5000
7000
9000
11000
13000
15000
17000
CONDENSING TEMPERATURE
50℃
40℃
60℃
(A)
X-Axis
X-Axis
X-Axis
X-Axis
A-3. ANB33F Compressor Performance Curve (cont.)
GA-32 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
ANB33F COMPRESSOR PERFORMANCE CURVERATING CONDITION: 11℃ RETURN GAS SUPERHEATED
8.3℃ LIQUID SUBCOOLED35℃ AMBIENT
90rps 3Ph. R410A
VM - CPD91 (4 / 5)
MITSUBISHI ELECTRIC CORPORATION ANB33F (90rps)
FLOW RATE
120
180
240
300
360
420
480
-15 -10 -5 0 5 10
(kg/
h)
120
180
240
300
360
420
480
CONDENSING TEMPERATURE 40℃
60℃
50℃
CURRENT
8
10
12
14
16
18
-15 -10 -5 0 5 10
(A)
8
10
12
14
16
18
CONDENSING TEMPERATURE
40℃
50℃
60℃
INPUT
3000
4000
5000
6000
7000
-15 -10 -5 0 5 10
(W)
3000
4000
5000
6000
7000
CONDENSING TEMPERATURE
40℃
50℃
60℃
CAPACITY
4000
8000
12000
16000
20000
24000
-15 -10 -5 0 5 10
(W)
4000
8000
12000
16000
20000
24000
CONDENSING TEMPERATURE
50℃
40℃
60℃
(A)
X-Axis
X-Axis
X-Axis
X-Axis
A-3. ANB33F Compressor Performance Curve (cont.)
2013 P-Series and M-Series General Information (June 2013) GA-33© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
ANB33F COMPRESSOR PERFORMANCE CURVERATING CONDITION: 11℃ RETURN GAS SUPERHEATED
8.3℃ LIQUID SUBCOOLED35℃ AMBIENT
120rps 3Ph. R410A
VM - CPD91 (5 / 5)
MITSUBISHI ELECTRIC CORPORATION ANB33F (120rps)
FLOW RATE
100
200
300
400
500
600
-15 -10 -5 0 5 10
(kg/
h)
100
200
300
400
500
600
CONDENSING TEMPERATURE40℃
60℃
50℃
CURRENT
8
10
12
14
16
18
20
-15 -10 -5 0 5 10
(A)
8
10
12
14
16
18
20
CONDENSING TEMPERATURE
40℃
50℃
60℃
INPUT
4000
5000
6000
7000
8000
9000
10000
-15 -10 -5 0 5 10
(W)
4000
5000
6000
7000
8000
9000
10000
CONDENSING TEMPERATURE
40℃
50℃
60℃
CAPACITY
6000
10000
14000
18000
22000
26000
30000
-15 -10 -5 0 5 10
(W)
6000
10000
14000
18000
22000
26000
30000
CONDENSING TEMPERATURE50℃
40℃
60℃
X-Axis
X-Axis
X-Axis
X-Axis
A-3. ANB33F Compressor Performance Curve (cont.)
GA-34 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
P-Series ACModel Compressor Type Compressor Model Motor Output R.L.A. L.R.A. Starter Type
PUY-A12NHA4INVERTER-driven
Scroll HermeticSNB130FQCM1 0.9 kW (900 W) 12 14 Inverter
PUY-A18NHA4INVERTER-driven
Scroll HermeticSNB130FQCM1 0.9 kW (900 W) 12 14 Inverter
PUY-A24NHA4INVERTER-driven
Scroll HermeticTNB220FLHM
1.3 kW (1300 W)
12 14 Inverter
PUY-A30NHA4INVERTER-driven
Scroll HermeticTNB220FLHM
1.3 kW (1300 W)
12 17.5 Inverter
PUY-A36NHA4INVERTER-driven
Scroll HermeticTNB220FLHM
1.3 kW (1300 W)
12 17.5 Inverter
P-Series Heat PumpModel Compressor Type Compressor Model Motor Output R.L.A. L.R.A. Starter Type
PUZ-A18NHA4INVERTER-driven
Scroll HermeticSNB130FQCM1 0.9 kW (900 W) 12 14 Inverter
PUZ-A24NHA4INVERTER-driven
Scroll HermeticTNB220FLHM
1.3 kW (1300 W)
12 14 Inverter
PUZ-A30NHA4INVERTER-driven
Scroll HermeticTNB220FLHM
1.3 kW (1300 W)
12 17.5 Inverter
PUZ-A36NHA4INVERTER-driven
Scroll HermeticTNB220FLHM
1.3 kW (1300 W)
12 17.5 Inverter
1-2. Scroll Compressors B. SNB & TNB INVERTER-driven Scroll Hermetic Compressors
2013 P-Series and M-Series General Information (June 2013) GA-35© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
B-1. SNB & TNB INVERTER-driven Scroll Hermetic Specifications
Model Name: SNB130FQCM1Unit : PUY-A12NHA4 ; PUY-A18NHA4 ; PUZ-A18NHA41. General Specification VNOK - CC0466 - G
2. Compressor DataDesign Rolling piston rotary
Number of cylinder 2
Displacement 13 cm3
2. Motor Data
Motor type BLDCM
Nominal output 900 W
Number of pole 6
Nominal revolution 3,600 rpm
Insulation class E
Motor resitance (68o F [20o C]) 0.64 Ohm
3. Refrigerant Type R410A
4. OilType FV50S
Change amount 650 cm3
5. Mass (include oil) Motor protector 18 lbs (8.2 kg)
6. Compressor Power Source
Rated voltage -
Rated frequency 60 rps
Running revolution 15 - 130 rps
7. Performance (by Mitsubishi Driver)
Refrigerating capacity (±7.5%) 4,100 W
Motor input (±7.5%) 1,215 W
COP (Nominal) 3.37
Current 7.4A
8. Conditions
Evaporating temp. 7.2o F (7.2o C)
Condensing temp. 54.4o F (54.4o C)
Return gas temp. 35o F (35.0o C)
Ambient temp. 35o F (35.0o C)
Liquid temp. 41.4o F (46.0o C)
Revolution 60 rps
9. Perfomance curve VM-CPF03
GA-36 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
B-1. SNB & TNB INVERTER-driven Scroll Hermetic Specifications (cont.)
Model Name: TNB220FLHMUnit : PUY-A24NHA4 ; PUY-A30NHA4 ; PUY-A36NHA4 ; PUZ-A24NHA4 ; PUZ-A30NHA4 ; PUZ-A36NHA41. General Specification VNOK - CD0996 - H
2. Compressor DataDesign Rolling piston rotary
Number of cylinder 2
Displacement 22 cm3
2. Motor Data
Motor type BLDCM
Nominal output 1,300 W
Number of pole 4
Nominal revolution 3,600 rpm
Insulation class E
Motor resitance (68o F [20o C]) 0.88 Ohm
3. Refrigerant Type R410A
4. OilType FV50S
Change amount 870 cm3
5. Mass (include oil) Motor protector 30.9 lbs (14 kg)
6. Compressor Power Source
Rated voltage -
Rated frequency -
Running revolution 20 - 220 (10 - 110 rps)
7. Performance (by Mitsubishi Driver)
Refrigerating capacity (±7.5%) 7,130 W
Motor input (±7.5%) 2,200 W
COP (Nominal) 3.24
Current 9.7A
8. Conditions
Evaporating temp. 7.2o F (7.2o C)
Condensing temp. 54.4o F (54.4o C)
Return gas temp. 35o F (35.0o C)
Ambient temp. 35o F (35.0o C)
Liquid temp. 41.4o F (46.0o C)
Revolution 60 rps
9. Perfomance curve VM-CPC37
2013 P-Series and M-Series General Information (June 2013) GA-37© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
B-2. SNB & TNB INVERTER-driven Scroll Hermetic Performance Curve
GA-38 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
B-2. SNB & TNB INVERTER-driven Scroll Hermetic Performance Curve (cont.)
2013 P-Series and M-Series General Information (June 2013) GA-39© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
B-2. SNB & TNB INVERTER-driven Scroll Hermetic Performance Curve
GA-40 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
B-2. SNB & TNB INVERTER-driven Scroll Hermetic Performance Curve (cont.)
2013 P-Series and M-Series General Information (June 2013) GA-41© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
B-2. SNB & TNB INVERTER-driven Scroll Hermetic Performance Curve
GA-42 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
B-2. SNB & TNB INVERTER-driven Scroll Hermetic Performance Curve (cont.)
2013 P-Series and M-Series General Information (June 2013) GA-43© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
B-2. SNB & TNB INVERTER-driven Scroll Hermetic Performance Curve
GA-44 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
B-2. SNB & TNB INVERTER-driven Scroll Hermetic Performance Curve (cont.)
2013 P-Series and M-Series General Information (June 2013) GA-45© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
1. COMPRESSORS
B-2. SNB & TNB INVERTER-driven Scroll Hermetic Performance Curve
GA-46 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
2. INVERTER-DRIVEN SYSTEMS
2-1. Inverter Functions
DUE TO CONTINUING RESEARCH AND PRODUCT IMPROVEMENT,
SPECIFICATIONS AND DATA ARE STILL UNDER REVIEW
2013 P-Series and M-Series General Information (June 2013) GA-47© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
2. INVERTER-DRIVEN SYSTEMS
2-2. Frequency and Performance
DUE TO CONTINUING RESEARCH AND PRODUCT IMPROVEMENT,
SPECIFICATIONS AND DATA ARE STILL UNDER REVIEW
GA-48 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
3. ELECTRICAL LINEAR EXPANSION VALVES
3-1. Operation
DUE TO CONTINUING RESEARCH AND PRODUCT IMPROVEMENT,
SPECIFICATIONS AND DATA ARE STILL UNDER REVIEW
2013 P-Series and M-Series General Information (June 2013) GA-49© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
4. HYPER HEAT SYSTEMS
4-1. Inverter System Operation
DUE TO CONTINUING RESEARCH AND PRODUCT IMPROVEMENT,
SPECIFICATIONS AND DATA ARE STILL UNDER REVIEW
GA-50 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
4. HYPER HEAT SYSTEMS
4-2. Flash Injection System Operation
DUE TO CONTINUING RESEARCH AND PRODUCT IMPROVEMENT,
SPECIFICATIONS AND DATA ARE STILL UNDER REVIEW
2013 P-Series and M-Series General Information (June 2013) GA-51© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.
5. MATERIALS
DUE TO CONTINUING RESEARCH AND PRODUCT IMPROVEMENT,
SPECIFICATIONS AND DATA ARE STILL UNDER REVIEW
GA-52 2013 P-Series and M-Series General Information (June 2013)© 2013 Mitsubishi Electric US, Inc.
Due to continuing improvement, above specification may be subject to change without notice.