p-series and m-series general...

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.


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



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



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.)


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


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






Revolution 60 rps

A-1. RN-WHDT Single Rotary Specifications (cont.)



1. COMPRESSORS

A-2. RN-WHDT Single Rotary Performance Curve

DUE TO CONTINUING RESEARCH AND PRODUCT IMPROVEMENT,

SPECIFICATIONS AND DATA ARE STILL UNDER REVIEW



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


KNB092FQAHC 6.6 8.2

B. KNB INVERTER-driven



1. COMPRESSORS

Model Name: KNB092FQAHCUnit : MUY-GE12NA ; MUZ-GE12NA ; SUZ-KA12NA1. General Specification

VNOK - CC0500 - C

2. Compressor DataDesign Rolling piston type rotary


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 -


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






Revolution 60 rps

9. Perfomance curve VM-CPF80

B-1. KNB INVERTER-driven Specifications



1. COMPRESSORS

Model Name: KNB073FQDHCUnit : MUY-GE09NA ; MUZ-GE09NA ; SUZ-KA09NA1. General Specification

VNOK - CC0500 - C

2. Compressor DataDesign Rolling piston type rotary



3. Motor Data

Motor type BLDCM


Pole number 6


Insulation class E

Motor resitance (68o F [20o C]) 1.70 ΏNotes: Conditions


Condensing temp. 130o F (54.4o C)Return gas temp. 95o F (35.0o C)Ambient temp. 95o F (35.0o C)


Revolution 60 rps


5. OilType NEO 22



Rated voltage -



7. Performance



Current 3.0 A

COP (Nominal) 3.24

8. Conditions






Revolution 60 rps

9. Perfomance curve VM-CPE32

B-1. KNB INVERTER-driven Specifications (cont.)



1. COMPRESSORS

B-2. KNB INVERTER-driven Performance Curve





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



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


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


SNB130FQBH 7.4 9.3


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


TNB220FMCH 11 15


TNB220FMCH 11 15


TNB220FMCH 14.4 15

C. SNB & TNB Twin Rotary Compressors (cont.)



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


Number of pole 6


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


4. OilType NEO22

Change amount 27.5 in.3 (0.45 L)

5. Mass (include oil) Motor protector 17.9 lbs (8.1 kg)


Rated voltage -


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


Condensing temp. 125.6o F (52.0 o 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



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


Insulation class E


COP (Nominal) 3.10

EER (Nominal) 10.56

Current 6.7 A

Cooling performance curve VM-CPG40


4. OilType FV50S

Change amount 24.4 in.3 (0.40 L)



Rated voltage -


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


Condensing temp. 125.6o F (52.0 o C)


Ambient temp. 95o F (35.0 o C)


Power source 60Hz

C-2. SNB & TNB Twin Rotary Specifications (cont.)



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



2. Motor Data

Motor type BLDCM


Number of pole 6


Insulation class E



4. OilType NEO 22




Rated voltage -



7. Performance (by Mitsubishi Driver) After 24 Hours Run-In



COP (Nominal) 3.24

Current 3.0 A

8. Conditions






Revolution 60 rps

9. Perfomance curve VM-CPE32




1. COMPRESSORS

Model Name: SNB130FQBHUnit : SUZ-KA15NA ; SUZ-KA18NA 1. General Specification VNOK - CC0494 - D




2. Motor Data

Motor type BLDCM


Number of pole 6


Insulation class E



4. OilType NEO 22




Rated voltage -



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


Condensing temp. 54.4o F (54.4o C)




Revolution 60 rps





1. COMPRESSORS

Model Name: SNB130FQBH1Unit : MXZ-2B20NA-11. General Specification VNOK - CC0500 - C



Displacement 13 cm3

2. Motor Data

Motor type BLDCM


Number of pole 6


Insulation class E



4. OilType NEO 22


5. Mass (include oil) Motor protector 18 lbs (8.2 kg)


Rated voltage -



7. Performance (by Mitsubishi Driver) After 24 Hours Run-In



COP (Nominal) 3.42

Current 5.9 A

8. Conditions






Revolution 60 rps





1. COMPRESSORS

Model Name: TNB220FMCHUnit : MXZ-3B24NA-1 ; MXZ-3B30NA-1 ; MXZ-4B36NA-11. General Specification VNOK - CC0494 - D




2. Motor Data

Motor type DCBLM


Number of pole 4


Insulation class E



4. OilType NEO 22


5. Mass (include oil) Motor protector 30.9 lbs (14 kg)


Rated voltage -

Rated frequency -





COP (Nominal) 3.25

Current 7.8A

8. Conditions

Evaporating temp. 7.2o F (7.2o C)





Revolution 60 rps

9. Perfomance curve VM-CPD20




1. COMPRESSORS

C-2. SNB & TNB Twin Rotary Performance Curve



1. COMPRESSORS

C-2. SNB & TNB Twin Rotary Performance Curve (cont.)



1. COMPRESSORS




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



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



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)



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



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


40℃

50℃

60℃

CAPACITY

1000

2000

3000

4000

5000

-15 -10 -5 0 5 10

(W)

1000

2000

3000

4000

5000


50℃

40℃

60℃

X-Axis

X-Axis

X-Axis

X-Axis

A-3. ANB33F Compressor Performance Curve (cont.)



1. COMPRESSORS



60rps 3Ph. R410A

VM - CPD91 (3 / 5)


FLOW RATE

80

120

160

200

240

280

-15 -10 -5 0 5 10

(kg/

h)

80

120

160

200

240

280


40℃

60℃

50℃

CURRENT

8

10

12

14

16

18

-15 -10 -5 0 5 10

(A)

8

10

12

14

16

18


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


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


50℃

40℃

60℃

(A)

X-Axis

X-Axis

X-Axis

X-Axis




1. COMPRESSORS



90rps 3Ph. R410A

VM - CPD91 (4 / 5)


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


40℃

50℃

60℃

INPUT

3000

4000

5000

6000

7000

-15 -10 -5 0 5 10

(W)

3000

4000

5000

6000

7000


40℃

50℃

60℃

CAPACITY

4000

8000

12000

16000

20000

24000

-15 -10 -5 0 5 10

(W)

4000

8000

12000

16000

20000

24000


50℃

40℃

60℃

(A)

X-Axis

X-Axis

X-Axis

X-Axis




1. COMPRESSORS



120rps 3Ph. R410A

VM - CPD91 (5 / 5)


FLOW RATE

100

200

300

400

500

600

-15 -10 -5 0 5 10

(kg/

h)

100

200

300

400

500

600


60℃

50℃

CURRENT

8

10

12

14

16

18

20

-15 -10 -5 0 5 10

(A)

8

10

12

14

16

18

20


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


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


40℃

60℃

X-Axis

X-Axis

X-Axis

X-Axis




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




Scroll HermeticTNB220FLHM

1.3 kW (1300 W)

12 14 Inverter



1.3 kW (1300 W)

12 17.5 Inverter



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




1.3 kW (1300 W)

12 14 Inverter



1.3 kW (1300 W)

12 17.5 Inverter



1.3 kW (1300 W)

12 17.5 Inverter

1-2. Scroll Compressors B. SNB & TNB INVERTER-driven Scroll Hermetic Compressors



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



Displacement 13 cm3

2. Motor Data

Motor type BLDCM


Number of pole 6


Insulation class E



4. OilType FV50S


5. Mass (include oil) Motor protector 18 lbs (8.2 kg)


Rated voltage -

Rated frequency 60 rps





COP (Nominal) 3.37

Current 7.4A

8. Conditions






Revolution 60 rps




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



Displacement 22 cm3

2. Motor Data

Motor type BLDCM


Number of pole 4


Insulation class E



4. OilType FV50S


5. Mass (include oil) Motor protector 30.9 lbs (14 kg)


Rated voltage -

Rated frequency -

Running revolution 20 - 220 (10 - 110 rps)




COP (Nominal) 3.24

Current 9.7A

8. Conditions






Revolution 60 rps

9. Perfomance curve VM-CPC37



1. COMPRESSORS

B-2. SNB & TNB INVERTER-driven Scroll Hermetic Performance Curve



1. COMPRESSORS

B-2. SNB & TNB INVERTER-driven Scroll Hermetic Performance Curve (cont.)



1. COMPRESSORS




2. INVERTER-DRIVEN SYSTEMS

2-1. Inverter Functions





2. INVERTER-DRIVEN SYSTEMS

2-2. Frequency and Performance





3. ELECTRICAL LINEAR EXPANSION VALVES

3-1. Operation





4. HYPER HEAT SYSTEMS

4-1. Inverter System Operation





4. HYPER HEAT SYSTEMS

4-2. Flash Injection System Operation





5. MATERIALS



p-series and m-series general...

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