Mitsubishi PUHZ-RP100VHA, PUHZ-RP50VHA, PUHZ-RP125VHA, PUHZ-RP140VHA, PUHZ-RP100YHA Service Manual

...

SPLIT-TYPE, HEAT PUMP AIR CONDITIONERS

SERVICE MANUAL

R410A

Outdoor unit [model names]

PUHZ-RP35VHA PUHZ-RP50VHA PUHZ-RP60VHA PUHZ-RP71VHA PUHZ-RP100VHA PUHZ-RP125VHA PUHZ-RP140VHA

[Service Ref.]

PUHZ-RP35VHA PUHZ-RP50VHA PUHZ-RP60VHA PUHZ-RP71VHA PUHZ-RP100VHA PUHZ-RP125VHA PUHZ-RP140VHA

June 2005

No.OC334

• This manual describes only service data of the outdoor units.

PUHZ-RP100YHA PUHZ-RP125YHA PUHZ-RP140YHA

CONTENTS

1. REFERENCE MANUAL··································2

2. SAFETY PRECAUTION··································3

3. FEATURES ·····················································7

4. SPECIFICATIONS···········································8

5. DATA·····························································10

6. OUTLINES AND DIMENSIONS····················15

7. WIRING DIAGRAM·······································18

8. WIRING SPECIFICATIONS··························21

REFRIGERANT SYSTEM DIAGRAM

10. TROUBLESHOOTING ··································29

11. FUNCTION SETTING····································85

12.

MONITORING THE OPERATION DATA BY THE REMOTE CONTROLLER

13. DISASSEMBLY PROCEDURE ···················101

14. PARTS LIST················································123

··············26

············91

PUHZ-RP60VHA PUHZ-RP71VHA

Model name Service Ref.

Service Manual No.

PLA-RP35/50/60/71AA PLA-RP35/50/60/71AA.UK OC335 PLA-RP100/125/140AA PLA-RP100/125/140AA.UK

PLA-RP35/50/60/71AA OC327

PLA-RP100/125/140AA.UK PCA-RP50/60/71GA PCA-RP50/60/71GA OC328 PCA-RP100/125/140GA PCA-RP100/125/140GA PCA-RP71/125HA PCA-RP71/125HA OC329

PKA-RP35/50GAL PKA-RP35/50GAL OC330

PKA-RP60/71/100FAL PKA-RP60/71/100FAL OC331

PSA-RP71/100/125/140GA PSA-RP71/100/125/140GA OC332

PEA-RP71/100/125/140EA PEA-RP71/100/125/140EA.TH-A OC326

PEAD-RP35/50/60/71EA PEAD-RP35/50/60/71EA.UK PEAD-RP100/125/140EA PEAD-RP100/125/140EA.UK PEAD-RP60/71/100GA PEAD-RP60/71/100GA.UK -

1-2.TECHNICAL DATA BOOK

Manual No. OCS01

REFERENCE MANUAL

1-1. INDOOR UNIT’S SERVICE MANUAL

2 SAFETY PRECAUTION

Use new refrigerant pipes.

Make sure that the inside and outside of refrigerant piping is clean and it has no contamination such as sulfur hazardous for use, oxides, dirt, shaving particles, etc. In addition, use pipes with specified thickness.

Store the piping to be used during installation indoors and keep both ends of the piping sealed until just before brazing. (Leave elbow joints, etc. in their packaging.)

Use ester oil, ether oil or alkylbenzene oil (small amount) as the refrigerant oil applied to flares and flange connections.

In case of using the existing pipes for R22, be careful with the followings.

· For RP100, 125 and 140, be sure to perform replacement operation before test run.

· Change flare nut to the one provided with this product. Use a newly flared pipe.

· Avoid using thin pipes.

Charge refrigerant from liquid phase of gas cylinder.

If the refrigerant is charged from gas phase, composition change may occur in refrigerant and the efficiency will be lowered.

Do not use refrigerant other than R410A.

If other refrigerant (R22 etc.) is used, chlorine in refrigerant can cause deterioration of refrigerant oil etc.

Use a vacuum pump with a reverse flow check valve.

Vacuum pump oil may flow back into refrigerant cycle and that can cause deterioration of refrigerant oil etc.

Use the following tools specifically designed for use with R410A refrigerant.

The following tools are necessary to use R410A refrigerant.

Keep the tools with care.

If dirt, dust or moisture enter into refrigerant cycle, that can cause deterioration of refrigerant oil or malfunction of compressor.

Do not use a charging cylinder.

If a charging cylinder is used, the composition of refrigerant will change and the efficiency will be lowered.

Flare tool

Electronic refrigerant charging scale

Vacuum pump adaptor

Size adjustment gauge

Gauge manifold

Torque wrench

Gas leak detector

Charge hose

Tools for R410A

Contamination inside refrigerant piping can cause deterioration of refrigerant oil etc.

If dirt, dust or moisture enter into refrigerant cycle, that can cause deterioration of refrigerant oil or malfunction of compressor.

If large amount of mineral oil enter, that can cause deterioration of refrigerant oil etc.

Ventilate the room if refrigerant leaks during operation. If refrigerant comes into contact with a flame, poisonous gases will be released.

2-1. CAUTIONS RELATED TO NEW REFRIGERANT

Cautions for units utilizing refrigerant R410A

[1] Cautions for service

(1) Perform service after collecting the refrigerant left in unit completely. (2) Do not release refrigerant in the air. (3) After completing service, charge the cycle with specified amount of refrigerant. (4) When performing service, install a filter drier simultaneously.

Be sure to use a filter drier for new refrigerant.

[2] Additional refrigerant charge

When charging directly from cylinder

· Check that cylinder for R410A on the market is syphon type.

· Charging should be performed with the cylinder of syphon stood vertically. (Refrigerant is charged from liquid phase.)

Unit

Gravimeter

[3] Service tools

Use the below service tools as exclusive tools for R410A refrigerant.

No. Specifications

1 Gauge manifold ·Only for R410A

·Use the existing fitting

·Use high-tension side pressure of 5.3MPa·G or over.

2 Charge hose ·Only for R410A

·Use pressure performance of 5.09MPa·G or over.

3 Electronic scale 4 Gas leak detector ·Use the detector for R134a, R407C or R410A. 5 Adaptor for reverse flow check ·Attach on vacuum pump. 6 Refrigerant charge base 7 Refrigerant cylinder ·Only for R410A Top of cylinder (Pink)

8 Refrigerant recovery equipment

specifications

Cylinder with syphon

. (UNF1/2)

2-2. CHANGED POINT

Connecting a new air conditioner

1Flaring work should be done so that flare meets the dimension for R410A. Use flare nut provided with indoor and outdoor unit.

2When using gas piping of [19.05mm for RP100, 125 or 140. Make sure that DIP SW8-1 on outdoor unit controller board is set to ON. WThis is to keep the pressure on pipes within permissible range.

●Use different diameter joint or adjust the piping size by brazing. 3When using pipes larger than specified size for RP35, 50, 60 or 71.

Make sure that DIP SW8-1 on outdoor unit controller board is set to ON. W

This is to prevent oil flow ratio from lowering due to the decrease in flowing refrigerant.

●Use different diameter joint or adjust the piping size by brazing. 4When existing pipes are specified size.

The pipes can be reused referring to TECHNICAL DATA BOOK (OCS01).

●Use different diameter joint or adjust the piping size by brazing. ★When using existing pipes for RP100, 125 and 140.

Make sure that DIP SW8-2 on outdoor unit controller board is set to ON and perform replacement operation. wChemical compounds containing chlorine left in existing pipes are collected by rep lace filter.

●The air conditioner automatically performs cooling operation through replace filter for about 2 hours.

Measure the existing pipe thickness and check for damage.

Check if existing air conditioner can operate.

Existing air conditioner can operate.

Disconnect existing air conditioner from piping.

Existing pipes can be reused.

In case the unit is RP35, 50, 60 or 71 which utilizes AB oil.

In case the unit is RP100, 125 or 140 which utilize ester oil.

Perform cooling operation for about 30 minutes and then do a pump down work.

Use a refrigerant recovery equipment to collect the refrigerant.

Check the oil condition when collecting the refrigerant.

Disconnect existing air conditioner from pipes and clean pipes using cleaning device.

Existing air conditioner cannot operate.

The existing pipe thickness meets specifications and the pipes are not damaged.

The existing pipe thickness does not meet specifications or the pipes are damaged.

Oil is clean.

Connect a new air conditioner. Connect a new air conditioner.

Perform replacement operation.

Oil is dirty.

Attach a filter drier.

When the compressor bearings are glazed, rotation scratches are present, or the compressor breaks down, iron particles or oil deterioration will blacken the oil.

·When performing replacement operation, make sure that DIP SW8-2 on outdoor unit controller board is set to ON. wChemical compounds containing chlorine left in existing pipes are collected by replace filter.

●The air conditioner automatically performs cooling operation through replace filter for about 2 hours.

Existing pipes cannot be reused. Use new pipes.

• Precautions when reusing existing R22 refrigerant pipes (1) Flowchart

(2) Cautions for refrigerant piping work

1/4” 3/8” 1/2” 5/8” 3/4”

6.35

9.52

12.70

15.88

19.05

0.8

1.0

—

0.8

1.0

Nominal

dimensions

Diagram below: Piping diameter and thickness

Outside

diameter

(mm)

Thickness

(mm)

R410A R22 1/4” 3/8” 1/2” 5/8” 3/4”

6.35

9.52

12.70

15.88

19.05

9.1

13.2

16.6

19.7

—

9.0

13.0

16.2

19.4

23.3

Nominal

dimensions

Flare cutting dimensions

Outside

diameter

Dimension A

( )

-0.4

(mm)

R410A R22 1/4” 3/8” 1/2” 5/8” 3/4”

6.35

9.52

12.70

15.88

19.05

17.0

22.0

26.0

29.0

—

17.0

22.0

24.0

27.0

36.0

Nominal

dimensions

Flare nut dimensions

Outside

diameter

Dimension B

(mm)

R410A

w36.0mm for

indoor unit of RP100, 125 and 140

R22

Gauge manifold Charge hose Gas leak detector

Refrigerant recovery equipment Refrigerant cylinder Applied oil

Safety charger

Charge valve Vacuum pump

Flare tool

Bender Pipe cutter Welder and nitrogen gas cylinder Refrigerant charging scale Vacuum gauge or thermistor vacuum gauge and vacuum valve Charging cylinder

Air purge and refrigerant charge Operation check and the two above Gas leak check Collection of refrigerant Refrigerant charge Apply to flared section

Prevent compressor malfunction when charging refrigerant by

spraying liquid refrigerant Prevent gas from blowing out

when detaching charge hose Vacuum drying and air purge

Flaring work of piping

Bend the pipes Cut the pipes Weld the pipes Charge refrigerant Check the degree of vacuum. (Vacuum valve prevents back flow of oil and refrigerant to thermistor vacuum gauge) Charge refrigerant

Tool exclusive for R410A Tool exclusive for R410A Tool for HFC refrigerant Tool exclusive for R410A Tool exclusive for R410A Ester oil and alkylbenzene oil (minimum amount) Tool exclusive for R410A

Tool exclusive for R410A Tools for other refrigerants can

be used if equipped with adopter for reverse flow check Tools for other refrigerants can be used by adjusting flaring dimension Tools for other refrigerants can be used Tools for other refrigerants can be used Tools for other refrigerants can be used Tools for other refrigerants can be used Tools for other refrigerants can be used

Tool exclusive for R410A

Tools and materials Use R410A tools Can R22 tools be used?

(Usable if equipped with adopter for rever se flow)

(Usable by adjusting flaring dimension)

Can R407C tools be used?

Ester oil: Alkylbenzene oil: minimum amount

(Usable if equipped with adopter for rever se flow)

(Usable by adjusting flaring dimension)

: Prepare a new tool. (Use the new tool as the tool exclusive for R410A.) : Tools for other refrigerants can be used under certain conditions. : Tools for other refrigerants can be used.

New refrigerant R410A is adopted for replacement inverter series. Although the refrigerant piping work for R410A is same as for R22, exclusive tools are necessary so as not to mix with different kind of refrigerant. Furthermore as the working pressure of R410A is 1.6 time higher than that of R22, their sizes of flared sections and flare nuts are different.

1Thickness of pipes

Because the working pressure of R410A is higher compared to R22, be sure to use refrigerant piping with thickness shown below. (Never use pipes of 0.7mm or below.)

2Dimensions of flare cutting and flare nut

The component molecules in HFC refrigerant are smaller compared to conventional refrigerants. In addition to that, R410A is a refrigerant, which has higher risk of leakage because of its working pressure higher than that of other refrigerants. Therefore, to enhance airtightness and intensity, flare cutting dimension of copper pipe for R410A have been specified separately from the dimensions for other refrigerants as shown below. The dimension B of flare nut for R410A also have partly been changed to increase intensity as shown below. Set copper pipe correctly referring to copper pipe flaring dimensions for R410A below. For 1/2” and 5/8”, the dimension B changes.

Use torque wrench corresponding to each dimension.

Dimension A

3Tools for R410A (The following table shows whether conventional tools can be used or not.)

Dimension B

3 FEATURES

PUHZ-RP35VHA PUHZ-RP50VHA

PUHZ-RP60VHA PUHZ-RP71VHA

PUHZ-RP100VHA PUHZ-RP125VHA PUHZ-RP140VHA PUHZ-RP100YHA PUHZ-RP125YHA PUHZ-RP140YHA

CHARGELESS SYSTEM PRE-CHARGED REFRIGERANT IS SUPPLIED FOR PIPING LENGTH AT SHIPMENT. (Max.30m(PUHZ-RP35~RP140))

The refrigerant circuit with LEV(Linear Expansion Valve) and power receiver always control the optimal refrigerant level regardless of the length (30m max. and 5m min.) of piping. The additional refrigerant charging work during installation often causes problems. Heretofore it is completely eliminated. This unique system improves the quality and reliability of the work done. It also helps to speed up the installation time.

4 SPECIFICATIONS

Service Ref.

Mode

Power supply (phase, cycle, voltage)

External finish Refrigerant control Compressor

Crankcase heater Heat exchanger Fan Fan(drive) o No.

OUTDOOR UNIT

Defrost method Noise level

Dimensions

Weight Refrigerant

Pipe size O.D. Connection method Between the indoor &

outdoor unit

REFRIGERANT PIPING

Running current Max. current

Model Motor output Starter type Protection devices

Fan motor output Airflow

Charge Oil (Model)

/min(CFM

Cooling Heating

W D H

Liquid

Gas Indoor side Outdoor side Height difference Piping length

mm(in.) mm(in.) mm(in.)

kg(lbs) kg(lbs)

mm(in.) mm(in.)

dB dB

PUHZ-RP35VHA PUHZ-RP50VHA

Cooling

A A

)

4.01

HP switch

Discharge thermo

Heating

Single, 50Hz, 230V

4.23

Munsell 3Y 7.8/1.1

Linear Expansion Valve

Hermetic

SNB130FLBH

0.8 Line start

Plate fin coil

Propeller fan o 1

0.043

35(1,240)

Reverse cycle

800(31-1/2)

330+23(11-13/16+7/8)

600(23-5/8)

45(99)

R410A

2.5(5.5)

0.45(NEO22)

6.35(1/4)

12.7(1/2)

Flared

Flared Max. 30m Max. 50m

—

44 46

Cooling

6.16

Discharge thermo

Heating

6.47

1.1

HP switch

Service Ref.

Mode

Power supply (phase, cycle, voltage)

External finish Refrigerant control Compressor

Crankcase heater Heat exchanger Fan Fan(drive) o No.

OUTDOOR UNIT

Defrost method Noise level

Dimensions

Weight Refrigerant

Pipe size O.D. Connection method Between the indoor &

outdoor unit

REFRIGERANT PIPING

Running current Max. current

Model Motor output Starter type Protection devices

Fan motor output Airflow

Charge Oil (Model)

/min(CFM

Cooling Heating

W D H

Liquid

Gas Indoor side Outdoor side Height difference Piping length

mm(in.) mm(in.) mm(in.)

kg(lbs) kg(lbs)

mm(in.) mm(in.)

dB dB

PUHZ-RP60VHA

Cooling

A A

)

6.61

Heating

Single, 50Hz, 230V

7.50

Linear Expansion Valve

Munsell 3Y 7.8/1.1

Hermetic

TNB220FMBH

Line start

HP switch

Discharge thermo

—

Plate fin coil

Propeller fan o 1

0.060

55(1,940)

Reverse cycle

47 48

950(37-3/8)

330+30(13+1-3/16)

943(37-1/8)

75(165)

R410A

3.5(7.7)

0.87(NEO22)

9.52(3/8)

15.88(5/8) Flared Flared

Max. 30m

Max. 50m

PUHZ-RP71VHA

Cooling

8.04

Heating

9.74

1.61.4

Service Ref.

Mode

Power supply (phase, cycle, voltage)

External finish Refrigerant control Compressor

Crankcase heater Heat exchanger Fan Fan(drive) o No.

OUTDOOR UNIT

Defrost method Noise level

Dimensions

Weight Refrigerant

Pipe size O.D. Connection method Between the indoor &

outdoor unit

REFRIGERANT PIPING

Running current Max. current

Model Motor output Starter type Protection devices

Fan motor output Airflow

Charge Oil (Model)

/min(CFM

Cooling Heating

D H

Liquid

Gas Indoor side Outdoor side Height difference Piping length

mm(in.) mm(in.) mm(in.)

mm(in.) mm(in.)

A A

dB dB

kg(lbs)

PUHZ-RP100VHA

Cooling

12.33

)

49 51

Heating

13.94

Cooling

Single 50Hz, 230V

15.80

Munsell 3Y 7.8/1.1

Linear Expansion Valve

Hermetic

ANV33FDDMT

2.41.9

Line start

HP switch

LP switch

Discharge thermo

—

Plate fin coil

Propeller fan o 2

0.060+0.060 100(3,530)

Reverse cycle

950(37-3/8)

330+30(13+1-3/16)

1,350(53-1/8)

121(267)

R410A

5.0(11.0)

1.40(MEL56)

9.52(3/8)

15.88(5/8) Flared Flared

Max. 30m Max. 75m

Heating

17.50

50 52

PUHZ-RP140VHAPUHZ-RP125VHA

Cooling

20.73

Heating

20.37

29.5

2.9

Service Ref.

Mode

Power supply (phase, cycle, voltage)

Running current

Max. current External finish Refrigerant control Compressor

Model

Motor output

Starter type

Protection devices

Crankcase heater Heat exchanger Fan Fan(drive) o No.

Fan motor output

OUTDOOR UNIT

Defrost method

Airflow Noise level Dimensions

Weight Refrigerant

Charge

Oil (Model) Pipe size O.D.

Connection method Between the indoor &

outdoor unit

REFRIGERANT PIPING

/min(CFM

Cooling Heating

D H

mm(in.) mm(in.) mm(in.)

kg(lbs)

Liquid

Gas

mm(in.)

mm(in.) Indoor side Outdoor side Height difference Piping length

dB dB

PUHZ-RP100YHA

Cooling

Heating

Cooling

Heating

PUHZ-RP140YHAPUHZ-RP125YHA

Cooling

Heating

3phase, 50Hz, 400V

3.79

4.33

4.85 13

5.41

6.49

6.37

Munsell 3Y 7.8/1.1

Linear Expansion Valve

Hermetic

ANV33FDBMT

2.41.9

2.9

Line start

HP switch LP switch

Discharge thermo

—

Plate fin coil

Propeller fan o 2

0.060+0.060

)

100(3,530)

Reverse cycle 49 51

50 52

950(37-3/8)

330+30(13+1-3/16)

1,350(53-1/8)

135(298)

R410A

5.0(11.0)

1.40(MEL56)

9.52(3/8)

15.88(5/8) Flared Flared

Max. 30m Max. 75m

5 DATA

Piping length (one way)

10m

20m

30m

40m

50m

Factory charged

2.1

3.1

4.6

2.3

3.3

4.8

2.5

3.5

5.0

2.7

4.1

5.6

2.9

4.7

6.2

60m

— — — —

6.8

75m

— — — —

7.4

2.5

3.5

5.0

Service Ref.

PUHZ-RP35VHA PUHZ-RP50VHA PUHZ-RP60VHA PUHZ-RP71VHA

PUHZ-RP100VHA PUHZ-RP100YHA

PUHZ-RP125VHA PUHZ-RP125YHA

PUHZ-RP140VHA PUHZ-RP140YHA

U-V U-W W-V

Unit

Compressor model

Winding

Resistance

( " )

ANV33FDDMT

(at 20°C)

0.266

SNB130FLBH

0.300 ~ 0.340

PUHZ-RP100,125,140VHA

ANV33FDBMT

1.064

PUHZ-RP100,125,140YHA

PUHZ-RP35,50VHA

TNB220FMBH

0.865 ~ 0.895

PUHZ-RP60,71VHA

5-1. REFILLING REFRIGERANT CHARGE (R410A : kg)

Longer pipe than 30m, additional charge is required.

5-2. COMPRESSOR TECHNICAL DATA

5-3. NOISE CRITERION CURVES

63 125 250 500 1000 2000 4000 8000

APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE

OCTAVE BAND SOUND PRESSURE LEVEL, dB (0 dB = 0.0002 µbar)

BAND CENTER FREQUENCIES, Hz

NC-60

NC-50

NC-40

NC-30

NC-20

NC-70

PUHZ-RP100VHA PUHZ-RP100YHA

COOLING

MODE

HEATING

SPL(dB)

LINE

63 125 250 500 1000 2000 4000 8000

APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE

OCTAVE BAND SOUND PRESSURE LEVEL, dB (0 dB = 0.0002 µbar)

BAND CENTER FREQUENCIES, Hz

NC-60

NC-50

NC-40

NC-30

NC-20

NC-70

PUHZ-RP125VHA PUHZ-RP140VHA PUHZ-RP125YHA PUHZ-RP140YHA

COOLING

MODE

HEATING

SPL(dB)

LINE

63 125 250 500 1000 2000 4000 8000

APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE

NC-60

NC-50

NC-40

NC-30

NC-20

NC-70

OCTAVE BAND SOUND PRESSURE LEVEL, dB (0 dB = 0.0002 µbar)

BAND CENTER FREQUENCIES, Hz

PUHZ-RP35VHA PUHZ-RP50VHA

COOLING

MODE

HEATING

SPL(dB)

LINE

MICROPHONE

1.5m

UNIT

GROUND

PUHZ-RP60VHA PUHZ-RP71VHA

SPL(dB)

MODE COOLING HEATING

LINE 47 48

OCTAVE BAND SOUND PRESSURE LEVEL, dB (0 dB = 0.0002 µbar)

APPROXIMATE

THRESHOLD OF HEARING FOR CONTINUOUS NOISE

63 125 250 500 1000 2000 4000 8000

BAND CENTER FREQUENCIES, Hz

NC-70

NC-60

NC-50

NC-40

NC-30

NC-20

5-4. STANDARD OPERATION DATA

TotalElectrical circuitRefrigerant circuitIndoor side

Outdoor

side

Representative matching

SHF

Mode

Capacity Input

PLA-RP71AA

Cooling

7,100

1.97

Heating

8,000

2.34

8.04

2.68

0.94 70 46 10

5 27 19

14.2 35 24

0.74

0.18

9.74

2.87

0.73 74 48

5 20 15

41.6 7 6

— —

1 , 50

230

0.79

PUHZ-RP71VHA

1 , 50

230

Phase , Hz Volts Amperes

Outdoor unit

Phase , Hz Volts Current Discharge pressure Suction pressure Discharge temperature Condensing temperature Suction temperature Ref. pipe length

Intake air temperature

Discharge air temperature

Intake air temperature

V A

A MPa MPa

°C °C °C

°C °C °C °C °C

Indoor unit

D.B.

W.B.

D.B. D.B.

W.B.

PLA-RP35AA PLA-RP50AA PLA-RP60AA

Cooling

3,600

1.07

Heating

4,100

1.12

Cooling

5,000

1.55

Heating

6,000

1.62

Cooling

6,000

1.65

Heating

7,000

1.85

4.01

2.70

1.01 70 46 15

5 27 19

15.6 35 24

0.89

0.11

4.23

2.69

0.74 71 41

5 20 15

35.5 7 6

— —

6.16

2.91

0.99 73 49 11

5 27 19

15.4 35 24

0.86

0.14

6.47

2.76

0.67 77 44

-1 5

20 15

37.8 7 6

— —

6.61

2.60

0.99 65 44 12

5 27 19

14.3 35 24

0.78

0.14

7.50

2.63

0.70 81 44

5 20 15

40.9 7 6

— —

1 , 50

230

0.79

PUHZ-RP35VHA

1 , 50

230

1 , 50

230

0.79

PUHZ-RP50VHA

1 , 50

230

1 , 50

230

0.79

PUHZ-RP60VHA

1 , 50

230

The unit of pressure has been changed to MPa based on international SI system. The conversion factor is : 1(MPa)=10.2(kgf/ff)

Representative matching

PLA-RP100AA PLA-RP125AA PLA-RP140AA

Mode

Capacity

TotalElectrical circuitRefrigerant circuitIndoor side

Input

Indoor unit

Phase , Hz Volts Amperes

Outdoor unit

Phase , Hz Volts Current Discharge pressure Suction pressure Discharge temperature Condensing temperature Suction temperature Ref. pipe length

Intake air temperature

Discharge air temperature

Intake air temperature

side

Outdoor

SHF

D.B.

W.B.

D.B. D.B.

W.B.

V A

A MPa MPa

°C °C °C

°C °C °C °C °C

Cooling

10,000

3.03

PLA-RP100AA PLA-RP125AA PLA-RP140AA

PUHZ-RP100VHA PUHZ-RP125VHA PUHZ-RP140VHA

12.33

2.63

0.92 70 45 11

5 27 19

14.0 35 24

0.75

0.15

1 , 50

230

1.25

1 , 50

230

Heating

11,200

3.39

13.94

2.80

0.72 76 48

5 20 15

41.6 7 6

— —

Cooling

12,500

3.89

15.80

2.72

0.89 70 46

5 27 19

12.2 35 24

0.74

0.06

Heating

14,000

4.27

1 , 50

230

1.64

1 , 50

230

17.50

2.77

0.71 77 47

5 20 15

45.5 7 6

— —

The unit of pressure has been changed to MPa based on international SI system. The conversion factor is : 1(MPa)=10.2(kgf/ff)

Cooling

14,000

4.99

20.73

2.86

0.80 79 48

5 27 19

11.2 35 24

0.71

0.06

Heating

16,000

4.91

1 , 50

230

1.64

1 , 50

230

20.37

3.03

0.69 83 51

5 20 15

49.5 7 6

— —

Representative matching

PLA-RP100AA

PLA-RP125AA

PLA-RP140AA

Mode

Capacity

TotalElectrical circuitRefrigerant circuitIndoor side

Input

Indoor unit

Phase , Hz Volts Amperes

Outdoor unit

Phase , Hz Volts Current Discharge pressure Suction pressure Discharge temperature Condensing temperature Suction temperature Ref. pipe length

Intake air temperature

Discharge air temperature

Intake air temperature

side

Outdoor

SHF

MPa MPa

D.B.

W.B.

D.B. D.B.

W.B.

V A

°C °C °C

°C °C °C °C °C

Cooling

10,000

3.03

PLA-RP100AA PLA-RP125AA PLA-RP140AA

PUHZ-RP100YHA PUHZ-RP125YHA PUHZ-RP140YHA

3.79

2.63

0.92 70 45 11

5 27 19

14.0 35 24

0.75

0.15

1 , 50

230

1.25

3 , 50

400

Heating

11,200

3.39

4.33

2.80

0.72 76 48

5 20 15

41.6 7 6

— —

Cooling

12,500

3.89

4.85

2.72

0.89 70 46

5 27 19

12.2 35 24

0.74

0.06

Heating

14,000

4.27

1 , 50

230

1.64

3 , 50

400

5.41

2.77

0.71 77 47

5 20 15

45.5 7 6

— —

The unit of pressure has been changed to MPa based on international SI system. The conversion factor is : 1(MPa)=10.2(kgf/ff)

Cooling

14,000

4.99

6.49

2.86

0.80 79 48

5 27 19

11.2 35 24

0.71

0.06

Heating

16,000

4.91

1 , 50

230

1.64

3 , 50

400

6.37

3.03

0.69 83 51

5 20 15

49.5 7 6

— —

6 OUTLINES AND DIMENSIONS

PUHZ-RP35VHA PUHZ-RP50VHA

400

347.5 Air intake

43.6

152

Air intake [33 drain hole

45.4

4-10 o 21 oval hole (M10 foundation bolt)

Handle for moving

Air discharge

600

300

150

287.5 Installation bolt pitch: 500

800

Free space around the outdoor unit (basic example)

100 mm or more as long as no obstacle is placed on the rear and light-and-left sides of the unit.

100 mm or more

w 1

500 mm or more

w 2

2 sides should be open in the right, left and rear side.

w 1

100 mm or more

Basically open

[33 drain hole

155

350 mm or more

330

365

300

32.5

155

Service port

1. FOUNDATION BOLTS

Please secure the unit firmly with 4 foundation (M10) bolts. (Bolts, washer and nut must be purchased locally.)

FOUNDATION

18 or below

Unit : mm

Service panel

Service panel for charge plug

Connection for liquid pipe

Connection for gas pipe

183

2. PIPING-WIRING DIRECTION

Piping and wiring connection can be made from the rear direction only.

3. ATTACHING THE CONDUIT

In order to attach the conduit, it is necessary to fix the metal plate with 2 screws to the back panel. Procure the metal plate and make screw holes locally. It is recommended to use the metal plate shown below. Align the metal plate to the marks on the unit and attach it.

w The position and the size of conduit hole depend on the conduit to be used.

Minimum installation space for outdoor unit

w 1 In the place where short cycle tends to occur, cooling and heating capacity and power consumption might get lowered 10%. Air outlet guide (optional PAC-SG58SG) will help them improve.

w 2 If air discharges to the wall, the surface might get stained.

w Conduit hole

Holes for metal plate fixing screw w The size of hole depends on the screw to be used.

PUHZ-RP60VHA

ver 10m

FRE

ver 500m

Over 100m

ver 10m

PUHZ-RP71VHA

Unit : mm

PUHZ-RP100VHA PUHZ-RP100YHA

Over

Less than

Piping and wiring connections

can be made from 4 directions:

FRONT,Right,Rear and Below.

4 PIPING-WIRING DIRECTIONS

3 FOUNDATION BOLTS2 SERVICE SPACE

1 FREE SPACE (Around the unit)

Please secure the unit firmly

with 4 foundation (M10) bolts.

(Bolts and washers must be

purchased locally.)

Dimensions of space needed

for service access are

shown in the below diagram.

The diagram below shows a

basic example.

Explantion of particular details are

given in the installation manuals etc.

FREE

FOUNDATION

500

100

Service space

PUHZ-RP125VHA PUHZ-RP125YHA PUHZ-RP140VHA PUHZ-RP140YHA

Unit : mm

1,076

930

2-U Shaped notched holes

(Foundation Bolt M10)

600175 175

Rear Air Intake

Installation Feet

417 37028 19

5653 45

330

Side Air Intake

42 66

2-12o36 Oval holes

(Foundation Bolt M10)

Air Discharge

Terminal connection

Left • • • Power supply wiring

950

Earth terminal

322

Handle for moving

Right • • Indoor/Outdoor wiring

Service panel

Handle for moving

635371

1350

w1 447 w1 443

Front piping cover

Rear piping cover

Bottom piping hole

(Knock-Out)

81 219

RP·VHA

RP·YHA

Drain hole

(5-[33)

14514522030 145

Side Air Intake

Rear Air Intake

Handle for moving

Indication of STOP VALVE connection location.

Refrigerant LIQUID pipe connection (FLARE)[ 9.52 (3/8F)

Refrigerant GAS pipe connction (FLARE)[15.88 (5/8F)

• • •

Example of Notes

• • • 2

Power supply wiring hole

(2-[27Knock-Out)

Rear trunking hole

(Knock-Out)

Rear piping hole

[92

4045

5527

637323

Right trunking hole

(Knock-Out)

(2-[27Knock-Out)

4075

[92

5519

Power supply wiring hole

Air intake

6373

Right piping hole

(Knock-Out)

922723

637323

5527

40 45

[92

Power supply wiring hole

(2-[27Knock-Out)

Piping Knock-Out Hole Details

Front trunking hole

(Knock-Out)

Front piping hole

(Knock-Out)

7 WIRING DIAGRAM

123456

OFF

35V

MODEL

SW6

1 MODEL SELECT

2 RP60/71V only

SW10

OFF

123456

OFF

50V

OFF

123456

OFF

60V

OFF

123456

OFF

71V

OFF

TB1 MC MF1 21S4 63H

TH3 TH4 TH6 TH7 TH8 LEV(A),LEV(B) ACL

Terminal Block (Power Supply, Indoor/Outdoor) Motor for Compressor Fan Motors

Solenoid Valve (Four-Way Valve)

High Pressure Switch

SV Solenoid Valve (Bypass Valve)

Thermistor (Outdoor Pipe)

Thermistor (Discharge) Thermistor (Outdoor 2-Phase Pipe) Thermistor (Outdoor) Thermistor (Radiator Panel) Electronic Expansion Valve

Reactor Power Circuit Board

Connection Terminal (U/V/W-Phase) Connector

P.B.

U/V/W

Noise Filter Circuit Board Connection Terminal (L-Phase)

Connection Terminal (Ground)

N.F.

LI/LO

Connection Terminal (N-Phase)

NI/NO E

Fuse (6.3 A)

Controller Circuit Board

Connector

Switch (Forced Defrost, Defect History Record Reset, Refrigerant Address)

Switch (Test Operation) Switch (Function Switch)

Switch (Function Setup)

Switch (Pump Down) Connector (Emergency Operation)

CNAC1/2

F1~4

SW1 SW4

SW5 SW7

Switch

SW8

SWP CN31 CNAC CNDC CNS

CNM

SV2

CNVMNT

CNDM

CN2~5

LED1,LED2

Light Emitting Diodes (Operation Inspection Indicators)

Connector Connector Connector

Connector (A-Control Service Inspection Kit)

Connector

Connector (Connected to Optional M-NET Adapter Board) Connector ( Connected for Option (Contact Input))

C.B.

Converter

PFC

Inverter

IPM

Main Smoothing Capacitor

CB1~CB3

Connector

CN5

Connector

CN52C

52C Relay

52C

SYMBOL NAME SYMBOL NAME SYMBOL NAME

Connection Terminal (L/N-Phase)

R/S

CNMNT

Connector (Connected to Optional M-NET Adapter Board)

Switch (Model Select)

SW6

Switch

SW9

Switch (Model Select)

SW10

X51,X52,X55

Reray

CNF1

Connector

Connector (Connection for Option)

SYMBOL

M-NET ADAPTER

NAME TB7 CN5 CND CN2M SW1 SW11

Terminal Block (M-net connection) Connector (Transmission) Connector (Power Supply) Connector (M-NET communication) Switch (Status of communication)

Switch (Address setting : 1st digit) SW12 LED1 LED2 LED3 LED4 LED5

Switch (Address setting : 2nd digit)

LED (Power Supply : DC5V)

LED (Connection to Outdoor Unit)

LED (Transmission : Sending)

LED (Transmission : Recelving)

LED (Power Supply : DC12V)

CN3

(WHT)

CN5

(RED)

CN2

(WHT)

CN4

(WHT)

CN52C

(BLK)

52C

TH8

1672345

N.F.

CNAC2

(RED)

CNAC1

(WHT)

(RED)

CN5

L N S1 S2 S3

NO FUSE BREAKER

POWER SUPPLY ~/N 230V 50Hz

INDOOR UNIT

TB1

ACL

R S

PFC

CB1 CB2 CB3

IPM

P.B.

CN5

(WHT)

123

LED2

SW1

SW11

SW12

LED3 LED4

TB7

LED1

LED5

45321

CND

(WHT)

CN2M

(WHT)

M-NET SUBSTRATE

M-NET

ABS

When M-NET adaptor is connected

CNVMNT

(WHT)

321

CNDM

(WHT)

CN51

(WHT)

321

54213

CNMNT

(WHT)

CNM

(WHT)

45321 LEV-A

(WHT)

LEV-A

C.B.

456321

LEV-B

(RED)

LEV-B

456321

TH7/6 (RED)

63H

(YLW)

TRANS

X55

X51

TH3 (WHT)

CNDC (PNK)

CNF1

(WHT)

TH4

(WHT)

TH7 TH6 TH3 TH4

43212121

SW7

SW6SW1

SW9SW10

CN31

1110 12 13 14

657891234

MF1

65714

CN2

(WHT)

CNS

(WHT)

CNAC

(WHT)

CN4

(WHT)

SV2

(BLU)

(WHT)

21S4 (GRN)

43221

CN52C

(RED)

567

LED1

LED2

X52

132

21 43

SW5SW8SW4 SWP

SV21S4

PUHZ-RP35VHA PUHZ-RP50VHA PUHZ-RP60VHA PUHZ-RP71VHA

PUHZ-RP100VHA PUHZ-RP125VHA PUHZ-RP140VHA

TB1 MC MF1,MF2 21S4

63H 63L TH3 TH4 TH6 TH7 TH8 LEV-A,B DCL 52C

Terminal Block (Power Supply, Indoor/Outdoor ) Motor for Compressor Fan Motors

Solenoid Valve (Four-Way Valve)

High Pressure Switch

SV Solenoid Valve (Bypass Valve)

Low Pressure Switch

Thermistor (Outdoor Pipe)

Thermistor (Discharge) Thermistor (Outdoor 2-Phase Pipe) Thermistor (Outdoor) Thermistor (Heat Sink) Electronic Expansion Valve

Reactor 52C Relay

Rush Current Protect Resistor

ACTM

Active Filter Module

Main Smoothing Capacitor Power Circuit Board Connection Terminal (U/V/W-Phase)

Connector

Diode Bridge

P.B.

TABU/V/W

Noise Filter Circuit Board Connection Lead (L-Phase)

Connection Terminal (Ground)

N.F.

LI/LO

Connection Lead (N-Phase)

NI/NO EI

Controller Circuit Board

Switch (Model Select) Switch (Pump Down) Connector (Emergency Operation)

Switch

SW8 SW10

SWP CN31

C.B.

CN2~5 CNDC

Connector

CNAF DS2,3

Power Module

IPM

SYMBOL NAME SYMBOL NAME SYMBOL NAME

Connection Terminal (L/N-Phase)

Connection Terminal (DC Voltage)

TABS/T

TABP1/P2/P

Connection Terminal (DC Voltage)

TABN1/N2/N

Switch

SW9

Connector

CNAC1/2

Connector

CN5

Fuse (6.3 A) Switch (Forced Defrost, Defect History Record Reset, Refrigerant Address)

Switch (Test Operation)

Switch (Function Switch)

Switch (Model Select)

F1~4 SW1

SW4 SW5 SW6

Switch (Function Setup)

SW7

LED1,LED2

Light Emitting Diodes (Operation Inspection Indicators)

CNAC CNDC CNS

Connector Connector Connector

CN2

Connector

CNF1

Connector

CNF2

Connector

52C

Connector

21S4

Connector

CNM

SV2

CNMNT CNVMNT CNDM

Connector (A-Control Service Inspection Kit)

Connector Connector (Connected to Optional M-NET Adapter Board)

Connector (Connected to Optional M-NET Adapter Board) Connector ( Connected for Option (Contact Input))

Connector (Connection for Option)

123456

OFF

100V

MODEL

SW6

1MODEL SELECT

SW10

OFF

123456

OFF

125V

OFF

123456

OFF

140V

OFF

SYMBOL

M-NET ADAPTER

NAME TB7 CN5 CND CN2M SW1 SW11 SW12 LED1 LED2 LED3 LED4 LED5

Terminal Block (M-net connection) Connector (Transmission) Connector (Power Supply) Connector (M-NET communication) Switch (Status of communication) Switch (Address setting : 1st digit) Switch (Address setting : 2nd digit) LED (Power Supply : DC5V) LED (Connection to Outdoor Unit) LED (Transmission : Sending) LED (Transmission : Recelving) LED (Power Supply : DC12V)

NO FUSE BREAKER

POWER SUPPLY ~/N 230V 50Hz

INDOOR UNIT

123456

(RED)

CNAC2

CN5

(RED)

(WHT)

CNAC1

N.F.

DCL

52C

TB1

L N S1 S2 S3

ACTM

31 31

N1 N2

CN5

(WHT)

123

LED2

SW1

SW11

SW12

LED3 LED4

TB7

LED1

LED5

45321

CND

(WHT)

CN2M

(WHT)

M-NET SUBSTRATE

M-NET

ABS

When M-NET adaptor is connected

CNVMNT

(WHT)

321

CNDM

(WHT)

CN51

(WHT)

321

54213

CNMNT

(WHT)

CNM

(WHT)

45321

LEV-A

(WHT)

LEV-A

C.B.

456321

LEV-B

(RED)

LEV-B

456321

TH7/6 (RED)

63H

(YLW)

TRANS

X55

X51

TH3

(WHT)

CNDC

(PNK)

CNF1

(WHT)

CNF2

(WHT)

TH4

(WHT)

TH7 TH6 TH3 TH4

43212121

SW7

SW6SW1

SW9SW10

CN31

1110 1213 14

657891234

65714

MF1

MF2

65714

CN2

(WHT)

CNS

(WHT)

CNAC

(WHT)

CN4

(WHT)

SV2

(BLU)

(WHT)

21S4

(GRN)

52C

(BLK)

432211567

LED1

LED2

X52

X53

132

21 43

SW5SW8SW4 SWP

321

P.B.

CNDC

(PNK)

~ ~

IPM

TABU

TABN TABP

TABV

TABW

TABS

DS3

DS2

TABT

TABP1

TABN2

TABN1

TABP2

432156

CN3

(WHT)

CNAF

(WHT)

4321567

CN2

(WHT)

CN4

(WHT)

CN5

(RED)

TH8

212121

SV21S4

63L

(RED)

PUHZ-RP100YHA PUHZ-RP125YHA PUHZ-RP140YHA

TB1 MC

MF1,MF2 21S4

63H 63L TH3 TH4 TH6 TH7 LEV ACL1~ACL4

Terminal Block (Power Supply )

TB7 Terminal Block (M-NET connection ) CN5

Connector (

Transmission)

CND

Connector (

Power Supply)

CN2M

Connector (

M-NET communication)

SW1

Switch (

Status of communication)

SW11

Switch (

Address setting: 1st digit)

SW12 Switch (Address setting. 2nd digit ) LED1

LED (

Power Supply: DC5V)

LED2

LED (

Connection to Outdoor Unit)

LED3

LED (

Transmission: Sending)

LED4

LED (

Transmission: Receiving)

LED5

LED (

Power Supply: DC12V)

TB2 Terminal Block (Indoor/Outdoor )

Motor for Compressor Fan Motor

Solenoid Valve (Four-Way Valve)

High Pressure Switch

SV Solenoid Valve (Bypass Valve)

Low Pressure Switch

Thermistor (Outdoor Pipe)

Thermistor (Discharge) Thermistor (Outdoor 2-Phase Pipe) Thermistor (Outdoor) Linear Expansion Valve

Reactor

Rush Current Protect Resistor

CB1,CB2

Main Smoothing Capacitor

Capacitor Power Circuit Board

Connection Terminal (U/V/W-Phase)

Connector

P.B.

TB-U/V/W

Noise Filter Circuit Board Connection Terminal (

L1/L2/L3/N-Power Supply)

N.F.

LI1/LI2/LI3/NI

Connection Terminal (

L1/L2/L3/N-Power Supply)

LO1/LO2/LO3/NO

Controller Circuit Board

Switch (Pump Down) Connector (Emergency Operation)

Switch (Function Switch)

SW8

SWP CN31

C.B.

CN2

CNAC1

Connector

CNAC2

Connector

CNCT

Connector

CNDC

Connector

N-IN

Connector

CK-OU

Connector

CN7

Connector

CNL

Connection Terminal (Ground)

GD1

Connection Terminal (L1-Power Supply)

L1-A1/IN

SYMBOL

M-NET ADAPTER

NAME SYMBOL NAME SYMBOL NAME

Connection Terminal

TB-P2

Connection Terminal

TB-C1

Connection Terminal

TB-N1

Connector

CN4

Connector

CN5

Connector

CN7

Current Trans

CT1, CT2

Connection Terminal (

L1/L2/L3-Power Supply)

TB-L1/L2/L3

Switch (Function Switch)

SW9

Switch (Model Select)

SW10

Connection Terminal (L1-Power Supply)

L1-A2/OU

Connection Terminal (L2-Power Supply)

L2-A2/OU

Connection Terminal (L3-Power Supply)

L3-A2/OU

Converter Circuit Board

CONV.B

FUSE (6.3 A) Switch (Forced Defrost, Defect History Record

Reset, Refrigerant Adress)

Switch (Function Switch) Switch (Function Switch)

F1,F2 SW1

SW5

Switch (Model Select)

SW6 SW7

FUSE (6.3 A)

F3,F4

Switch (Test Operation)

SW4

CNAC CNDC

CNS

Connector Connector

Connector

CN2

Connector

CN4

Connector

LEV-A/LEV-B

Connector (LEV)

63H

Connector (High Pressure Switch)

63L

Connector (Low Pressure Switch)

TH3

Connector (Thermistor)

TH4

Connector (Thermistor)

TH7/6

Connector (Thermistor)

CNF1/CNF2

Connector (Fan Motor Operation)

LED1/LED2

LED (Operatiion Inspection Indicators)

21S4

Connector (Four-Way Valve)

CNM

SV2

CNMNT

CNVMNT

Connector (A-Control Service Inspection Kit)

Connector (Bypass Valve)

Connector (Connect to Optional M-NET Adapter Board)

CN3S

Connector ( Connection for Option)

CNDM

Connector ( Connection for Option)

CN51

Connector ( Connection for Option)

Connector (Connection for Option)

LEV-A (WHT)

LEV

456321

321

2121

LEV-B (RED)

LEV

456321

CNVMNT

(WHT)

CN4

(WHT)

CNMNT

(WHT)

CNM

CN3S

(WHT)

CNDM

(WHT)

CN51

(WHT)

321

321321

45321

CN5

(WHT)

123

LED2

SW1

SW11

SW12

LED3 LED4

TB7

LED1

LED5

4 5321

CND

(WHT)

CN2M

(WHT)

M-NET

ABS

M-NET ADAPTER (OPTION)

SW7

SW6

SW1

SW9

SW4

SW10

SWP SW5SW8

CN31

1110 12 1314

657891234

6571234

LED1

LED2

TH7/6 (RED)

CN3N

63L

(RED)

63H

(YLW)

TH3

(WHT)

CNS

(WHT)

21S4

(GRN)

TH4

(WHT)

TH7 TH6 TH3 TH4

63H 63L

43212121

45671

MF1

TRANS

MF2

CNF1

(WHT)

CNF2

(WHT)

CNDC (PNK)

CN2

(WHT)

CNAC (WHT)

21S4

SV2

(BLU)

X55

X51

X52

(WHT)

ACL1

ACL2

ACL3

ACL4

CN7

(WHT)

CN2

(WHT)

CT2

TB-P2

CB1 CB2 CK

TB-C1

L3-OU

L2-OU

L1-OU

L3-A2

L2-A2

L1-A2

L1-A1

L1-IN

N-IN

CK-OU

TB-N1

TB-W

BLK WHT RED

BLK

BLU

WHT

RED

BLK

BLU

WHT

RED

TB-V

TB-U

TB-L3 TB-L2 TB-L1

CT1

W V

CN4

(WHT)

CNAC1

(WHT)

CN7

(WHT)

CN5

(RED)

CNCT (RED)

CNAC2

(RED)

CNL

(BLU)

CNDC (PNK)

P.B.

C.B.

N.F.

CONV.B.

LO1

GD1

GD2

LO2

LO3

LI1

LI2

LI3

TB1

NO FUSE BREAKER

TB2

S1 S2 S3

POWER SUPPLY 3N~ 400V 50Hz

INDOOR UNIT

MODELS

100Y

SW6 SW10

125Y

140Y

( 1 MODEL SELECT)

OFF

123456

OFF

123456

OFF

123456

8 WIRING SPECIFICATIONS

1 2

S1 S2 S3

Indoor/outdoor unit connection cable

Indoor unit

Unit power supply

Outdoor unit

Remote controller

B Earth leakage breaker C wiring circuit breaker or

isolating switch

B Earth leakage breaker C wiring circuit breaker or

isolating switch

1 2

Indoor unit

S2 S3

S1 S2 S3

Unit power supply

Indoor/outdoor unit connection cable

Indoor unit

Outdoor unit

Remote controller

B Earth leakage breaker C wiring circuit breaker or

isolating switch

1 2

S1 S2 S3

Indoor/outdoor connection cable

Indoor unit

Unit power supply

Indoor unit

Outdoor unit

Remote controller

8-1. FIELD ELECTRICAL WIRING (power wiring specifications)

Outdoor unit model Outdoor unit power supply

Outdoor unit input capacity *1 Main switch (Breaker)

Outdoor unit power supply

)

Outdoor unit power supply earth Indoor unit-Outdoor unit *2

Wiring

Indoor unit-Outdoor unit earth *2

Wire No. o

size (mm

Remote controller-Indoor unit *3 Outdoor unit L-N (single) Outdoor unit L1-N, L2-N, L3-N (3 phase) Indoor unit-Outdoor unit S1-S2 *4 Indoor unit-Outdoor unit S2-S3 *4

Circuit rating

Remote controller-Indoor unit *4

*1. A breaker with at least 3 mm contact separation in each poles shall be provided. Use non-fuse breaker (NF) or earth leakage breaker (NV). *2. Refer to 8-3. *3. The 10 m wire is attached in the remote controller accessory. *4. The figures are NOT always against the ground.

S3 terminal has DC 24 V against S2 terminal. However between S3 and S1, these terminals are NOT electrically insulataed by the transformer or other device.

Notes: 1. Wiring size must comply with the applicable local and national code.

2. Power supply cords and Indoor/Outdoor unit connecting cords shall not be lighter than polychloroprene sheathed flexible cord. (Design 245 IEC 57)

3. Install an earth longer than other cables.

230V

Single phase

RP35, 50V RP60, 71V RP100, 125V RP140V RP100, 125, 140Y

~/N (single), 50 Hz, ~/N (single), 50 Hz, ~/N (single), 50 Hz, ~/N (single), 50 Hz, 3N ~ (3phase), 50 Hz,

230 V 230 V 230 V 230 V 400 V

16 A 25 A 32 A 40 A 16 A

2 o Min. 1.5 2 o Min. 2.5 2 o Min. 4 2 o Min. 6 4 o Min. 1.5 1 o Min. 1.5 1 o Min. 2.5 1 o Min. 4 1 o Min. 6 1 o Min. 1.5

3 o 1.5 (Polar) 3 o 1.5 (Polar) 3 o 1.5 (Polar) 3 o 1.5 (Polar) 3 o 1.5 (Polar)

1 o Min. 1.5 1 o Min. 1.5 1 o Min. 1.5 1 o Min. 1.5 1 o Min. 1.5

2 o 0.3 (Non-polar) 2 o 0.3 (Non-polar) 2 o 0.3 (Non-polar) 2 o 0.3 (Non-polar) 2 o 0.3 (Non-polar)

AC 230 V AC 230 V AC 230 V AC 230 V AC 230 V AC 230 V AC 230 V AC 230 V AC 230 V AC 230 V

DC 24 V DC 24 V DC 24 V DC 24 V DC 24 V DC 12 V DC 12 V DC 12 V DC 12 V DC 12 V

A-Control

Outdoor Unit

Isolator

3 poles isolator

A-Control

Indoor Unit

Warning: In case of A-control wiring, there is high v oltage potential on the S3 terminal caused by electrical circuit design that has no electrical insulation between po wer line and communication signal line. Therefore, please turn off the main power supply when servicing. And do not touch the S1, S2, S3 terminals when the power is energized. If isolator should be used between indoor unit and outdoor unit, please use 3-poles type.

1:1 system Synchronized twin and triple system Electrical wiring

• Synchronized twin

• Synchronized triple

8-2. SEPARATE INDOOR UNIT/ OUTDOOR UNIT POWER SUPPLIES

The following connection patterns are available. The outdoor unit power supply patterns vary on models.

1:1 System

* The optional indoor power supply terminal kit is required.

L N

JEB

S1 S2 S3

L N

S1 S2 S3

* Affix a label B that is included with the manuals near each wiring diagram for the indoor and outdoor units.

Simultaneous twin/triple system

* The optional indoor power supply terminal kits are required.

L N

JBC

S1 S2 S3

* Affix a label B that is included with the manuals near each wiring diagram for the indoor and outdoor units.

If the indoor and outdoor units have separate power supplies, refer to the table at the below. If the optional indoor power supply terminal kit is used, change the indoor unit electrical box wiring refering to the figure in the right and the DIP switch settings of the outdoor unit control board.

Indoor unit specifications Indoor power supply terminal kit (option) Indoor unit electrical box connector connection change Label affixed near each wiring diagram for the indoor and outdoor units

Required Required

Required

Outdoor unit DIP switch settings (when using separate indoor unit/outdoor unit power supplies only)

ON OFF 1 2

(SW8)

GGHG

S1 S2 S3

Electric heater (For models with heater)

Indoor unit power supplied from outdoor unit (when shipped from factory)

Connectors (connections when shipped from the factory are for indoor unit power supplied from outdoor unit)

BLUE

L N

S1 S2 S3

BLUE

YELLOW

CND

* There are three types of labels (labels A, B, and C). Affix the appropriate labels to

the units according to the wiring method.

A Outdoor unit power supply B Earth leakage breaker C Wiring circuit breaker or isolating switch D Outdoor unit E Indoor unit/outdoor unit connecting cords F Remote controller G Indoor unit H Option J

A B C D E F G H J

ORANGE CND

Indoor unit

control board

Indoor unit power supply

Outdoor unit power supply Earth leakage breaker Wiring circuit breaker or isolating switch Outdoor unit Indoor unit/outdoor unit connecting cords Remote controller Indoor unit Option Indoor unit power supply

If the indoor and outdoor units have separate power supplies, change the connections of the connectors as shown in the following figure.

Electric heater (For models with heater)

S1 S2 S3

Separate indoor unit/outdoor unit power supplies

YELLOW

BLUE

YELLOW

BLUE

Connectors

CND

Indoor unit

control board

ORANGE CND

Indoor unit model Indoor unit power supply Indoor unit input capacity Main switch (Breaker)

Indoor unit power supply Indoor unit power supply earth

)

Indoor unit-Outdoor unit

(mm

Wiring

Indoor unit-Outdoor unit earth

Wire No. o size

Remote controller-Indoor unit *3

Indoor unit L-N *4

Indoor unit-Outdoor unit S1-S2 *4 Indoor unit-Outdoor unit S2-S3 *4

rating

Circuit

Remote controller-Indoor unit *4 *1. A breaker with at least 3 mm contact separation in each pole shall be provided. Use non-fuse breaker (NF) or earth leakage breaker (NV). *2. Max. 120 m For PUHZ-RP100/125/140 YHA application, use shield wires. The shield part must be grounded with the indoor unit OR the outdoor unit, NOT with both. *3.The 10 m wire is attached in the remote controller accessory. Max. 500 m *4.The figures are NOT always against the ground.

Notes: 1. Wiring size must comply with the applicable local and national code.

2. Power supply cords and indoor unit/outdoor unit connecting cords shall not be lighter than polychloroprene sheathed flexible cord. (Design 245 IEC 57)

3. Install an earth longer than other cables.

RP35~140

~/N (single), 50 Hz, 230 V

16 A

2 o Min. 1.5 1 o Min. 1.5 2 o Min. 0.3

–

2 o 0.3 (Non-polar)

AC 230 V

– DC24 V DC12 V

8-3. INDOOR – OUTDOOR CONNECTING CABLE

The cable shall not be lighter than design 245 IEC or 227 IEC.

w The Max. cable length may vary depending on the condition of installation, humidity or materials, etc.

Indoor unit-Outdoor unit

Outdoor power supply

Max. 45m

3 o 1.5 (polar)

1 o Min. 1.5

Max. 50m

3 o 2.5 (polar)

1 o Min. 2.5

Max. 80m

3 o 2.5 (polar) and S3 separated

1 o Min. 2.5

Indoor unit-Outdoor unit earth

Wire No. o Size (E)

Be sure to connect the indoor-outdoor connecting cables directly to the units (no intermediate connections). Intermediate connections can lead to communication errors if water enters the cables and causes insufficient insulation to ground or a poor electrical contact at the intermediate connection point. (If an intermediate connection is necessary, be sure to take measures to prevent water from entering the cables.)

When the shield line is not used, several dB is exceeded with 30 ~ 40 MHz . (There is a possibility to be used by the wireless for the ship etc. though it is not used for radio and TV.)

Indoor unit-Outdoor unit

Indoor/Outdoor separate power supply

Max. 120m

2 o Min. 0.3

—

Indoor unit-Outdoor unit earth

Wire No. o Size (E)

w The optional indoor power supply terminal kit is necessary

For 100, 125, 140Y application, use shield wire. (For EMC DIRECTIVE) The shield part must be grounded with the indoor unit or the outdoor unit, not with both.

8-4. M-NET WIRING METHOD

Group remote controller

Refrigerant address 00

M-NET address 01

A-control remote controller

Refrigerant address 00

M-NET address 02

Refrigerant address 00

M-NET address 03

Power supply unit for transmission wire

Central remote controller

M-NET transmission wire

✕ Bad example (Multi spot grounding of shield wire)

Good example 1 (Single spot grounding of shield wire)

Power supply appliance

M-NET type outdoor unit

Central remote controller

Power supply appliance

M-NET type outdoor unit

M-NET transmission wire

M-NET type outdoor unit

Central remote controller

Power supply appliance

M-NET type outdoor unit

M-NET transmission wire

M-NET type outdoor unit

Good example 2 (Single spot grounding of shield wire)

(Points to notice) (1) Outside the unit, transmission wires should stay away from electric wires in order to prevent electromagnetic noise from

making an influence on the signal communication. Place them at intervals of more than 5cm. Do not put them in the same conduit tube.

(2) Terminal block (TB7) for transmission wires should never be connected to 220~240V power supply. If it is connected,

electronic parts on M-NET p.c. board may be burn out.

(3) Use 2-core x 1.25mm2shield wire (CVVS, CPEVS) for the transmission wire. Transmission signals may not be sent or

received normally if different types of transmission wires are put together in the same multi-conductor cable. Never do this because this may cause a malfunction.

It would be ok if M-NET wire (non-polar, 2-cores) is arranged in addition to the wiring for A-control.

(4) Ground only one of any appliances through M-NET transmission wire (shield wire). Communication error may occur due to

the influence of electromagnetic noise.

“Ed” error will appear on the LED display of outdoor unit. “0403” error will appear on the central-control remote controller.

If there are more than two grounding spots on the shield wire, noise may enter into the shield wire because the ground wire

To avoid communication errors caused by noise, make sure to observe the single spot grounding method described in the

and shield wire form one circuit and the electric potential difference occurs due to the impedance difference among grounding spots. In case of single spot grounding, noise does not enter into the shield wire because the ground wire and shield wire do not form one circuit.

installation manual.

M-NET Address No.

Switng setting

SW11 ones digit

SW12 tens digit

OFF

Refuigrant address

OFF

System controller

A-control remote controller

Group A Group B Group C

A-control remote controller

TB5

A-control remote controller

Refrigerant address 00

M-NET address 01

Refrigerant address 00

M-NET address 02

Refrigerant address 01

M-NET address 03

Refrigerant address 00

M-NET address 04

Power supply unit for transmission wire

A-control remote controller

TB5

Group A Group B

Refrigerant address 00

M-NET address 01

Refrigerant address 01

M-NET address 02

Refrigerant address 00

M-NET address 04

Refrigerant address 01

M-NET address 03

Refrigerant address 02

M-NET address 05

System controller

Power supply unit for transmission wire

● M-NET wiring

(1) Use 2-core x 1.25mm

(Excluding the case connecting to system controller.)

(2) Connect the wire to the M-NET terminal block.Connect one core of the

transmission wire (non-polar) to Aterminal and the other to B. Peel the shield wire, twist the shield part to a string and connect it to S terminal.

(3) In the system which several outdoor units are being connected, the terminal

(A, B, S) on M-NET terminal block should be individually wired to the other

shield wire for electric wires.

M-NET terminal block

ABS

Transmission

wire

Shield part

Ground wire

outdoor unit’s terminal, i.e. Ato A, B to B and S to S.In this case, choose one of those outdoor units and drive a screw to fix an ground wire on the plate as shown on the right figure.

8-4-1. M-NET address setting

In A-control models, M-NET address and refrigerant address should be set only for the outdoor unit. Similar to Free Combo system, there is no need to set the address of outdoor unit and remote controller. To construct a central control system, the setting of M-NET address should be conducted only upon the outdoor unit. The setting range should be 1 to 50 (the same as that of the indoor unit in Free Combo system), and the address number should be consecutively set in a same group.

Address number can be set by using rotary switches (SW11 for ones digit and SW12 for tens digit), which is located on the M-NET board of outdoor unit. (Factory setting: all addresses are set to “0”.)

8-4-2. Refrigerant address setting

In case of multiple grouping system (multiple refrigerant circuits in one group), indoor units should be connected by remote controller wiring (TB5) and the refrigerant address needs to be set. Leave the refrigerant addresses to “00” if the group setting is not conducted. Set the refrigerant address by using DIP SW1-3 to -6 on the outdoor controller board. [Factory setting: all switches are OFF. (All refrigerant addresses are “00”.)]

8-4-3. Regulations in address settings

In case of multiple grouping system, M-NET and refrigerant address settings should be done as explained in the above section. Set the lowest number in the group for the outdoor unit whose refrigerant address is “00” as its M-NET address.

w Refrigerant addresses can be overlapped if they are in the different group.

w In group B, M-NET address of the outdoor unit whose refrigerant address is “00” is not set to the minimum in the group. As

“3” is right for this situation, the setting is wrong. Taking group A as a good sample, set the minimum M-NET address in the group for the outdoor unit whose refrigerant address is “00”.

9 REFRIGERANT SYSTEM DIAGRAM

Thermistor TH7 (Outdoor)

Heat exchanger

Refrigerant GAS pipe connection(1/2F)

Refrigerant LIQUID pipe connection(1/4F)

Stop valve

Strainer #100

Power receiver

Linear expansion valve B

Thermistor TH6 (Outdoor 2-phase pipe)

Thermistor TH3 (Outdoor pipe)

Charge plug

High pressure switch 63H

Thermistor TH4 (Discharge)

Compressor

Strainer #50

Solenoid valve (Four-way valve)

Muffler

Distributor

Linear expansion valve A

Strainer #100

Muffler

Stop valve (with service port)

Distributor

Thermistor TH7 (Outdoor)

Heat exchanger

Refrigerant GAS pipe connection(5/8F)

Refrigerant LIQUID pipe connection(3/8F)

Stop valve (with service port)

Strainer #100

Power receiver

Linear expansion valve B

Linear expansion valve A

Strainer #100

Thermistor TH6 (Outdoor 2-phase pipe)

Thermistor TH3 (Outdoor pipe)

Charge plug (Low pressure)

Charge plug (High pressure)

High pressure switch 63H

Bypass valve

Oil separator

Thermistor TH4

(Discharge)

Muffler

Strainer #50

4-way valve

Compressor

Ball valve

Capillary tube O.D.4.0OI.D.2.4OL500

Capillary tube O.D.2.5OI.D.0.6OL1000

Refrigerant flow in cooling Refrigerant flow in heating

PUHZ-RP35VHA PUHZ-RP50VHA

PUHZ-RP60VHA PUHZ-RP71VHA

PUHZ-RP100VHA PUHZ-RP100YHA

Distributor

Thermistor TH7 (Outdoor)

Heat exchanger

Refrigerant GAS pipe connection(5/8F)

Refrigerant LIQUID pipe connection(3/8F)

Stop valve (with service port)

Strainer #100

Power receiver

Linear expansion valve B

Linear expansion valve A

Strainer #100

Thermistor TH6 (Outdoor 2-phase pipe)

Thermistor TH3 (Outdoor pipe)

Charge plug (Low pressure)

Charge plug (High pressure)

High pressure switch 63H

Replace filter

Thermistor TH4 (Discharge)

Compressor

Strainer #50

Solenoid valve (Four-way valve)

Strainer #100

Low pressure switch 63L

Muffler

Ball valve

Restrictor valve

Solenoid valve (Bypass valve)

Refrigerant flow in cooling Refrigerant flow in heating

PUHZ-RP125VHA PUHZ-RP125YHA PUHZ-RP140VHA PUHZ-RP140YHA

1. Refrigerant collecting (pump down)

TEST RUN

OFF

<SW4>

A Stop C operation B Cooling D Heating

Perform the following procedures to collect the refrigerant when moving the indoor unit or the outdoor unit. 1Turn on the power supply (circuit breaker).

wWhen power is supplied, make sure that “CENTRALLY CONTROLLED” is not displayed on the remote controller. If

“CENTRALLY CONTROLLED” is displayed, the refrigerant collecting (pump down) cannot be completed normally.

2After the liquid stop valve is closed, set the SWP switch on the control board of the outdoor unit to ON. The compressor

(outdoor unit) and ventilators (indoor and outdoor units) start operating and refrigerant collecting operation begins. LED1 and LED2 on the control board of the outdoor unit are lit. wSet the SWP switch (push-button type) to ON in order to perform refrigerant collecting operation only when the unit is

stopped. However, refrigerant collecting operation cannot be performed until compressor stops even if the unit is stopped. Wait three minutes until compressor stops and set the SWP switch to ON again.

3Because the unit automatically stops in about two to three minutes after the refrigerant collecting operation (LED1 is not lit

and LED2 is lit), be sure to quickly close the gas stop valve. wIn case the outdoor unit is stopped when LED1 is lit and LED2 is not lit, open the liquid stop valve completely, and then

repeat step 2 three minutes later.

wIf the refrigerant collecting operation has been completed normally (LED1 is not lit and LED2 is lit), the unit will remain

stopped until the power supply is turned off.

4Turn off the power supply (circuit breaker.)

2. Unit replacement operation

When reusing the existing pipes that carried R22 refrigerant for the RP100, RP125 and RP140 models, replacement operation must be performed before performing a test run.

1If new pipes are used, these procedures are not necessary. 2If existing pipes that carried R22 refrigerant are used for the RP71 model, these procedures are not necessary.

(The replace-ment operation cannot be performed.)

3During replacement operation, “C5” is displayed on “A-Control Service Tool(PAC-SK52ST)”. (This is applied to only RP100,

RP125 and RP140 models.)

• Replacement operation procedures

1Turn on the power supply. 2Set DIP switch SW8-2 on the control board of the outdoor unit to ON to start replacement operation.

• The replacement operation is performed using the cooling system. Cool air will flow from the indoor unit during the replacement operation.

• During the replacement operation, is displayed on the remote controller and LED1 (green) and LED2 (red) on the control board of the outdoor unit flash together.

3Replacement operation requires at least two hours to complete.

• After setting switch SW8-2 to ON, the unit automatically stops after two hours.

• Replacement operation can be performed repeatedly by setting switch SW8-2 from OFF to ON. Make sure to perform the

operation more than 2 hours. (If the operation is performed less than 2 hours, the existing pipes cannot be cleaned enough and the unit may be damaged.)

• If replacement operation is performed over 2 hours, this action is recorded into nonvolatile memory of control board.

4Set switch SW8-2 to OFF. (Replacement operation is completed.)

wThe unit can be operated normally by remote controller even if SW8-2 remains ON. wIf the indoor temperature is less than 15:, the compressor will operate intermittently but the unit is not faulty.

3. Start and finish of test run

• Operation from the indoor unit

Execute the test run using the installation manual for the indoor unit.

• Operation from the outdoor unit By using the DIP switch SW4 on the control board of outdoor unit, test run can be started and finished, and its operation mode (cooling/heating) can be set up.

1Set the operation mode (cooling/heating) using SW4-2. 2Turn on SW4-1 to start test run with the operation mode set by SW4-2. 3Turn off SW4-1 to finish the test run.

• There may be a faint knocking sound around the machine room after power is supplied, but this is no problem with product because the linear expansion pipe is just moving to adjust opening pulse.

• There may be a knocking sound around the machine room for several seconds after compressor starts operating, but this is no problem with product because the check valve, itself, generates the sound because pressure difference is small in the refrigerant circuit.

Note: The operation mode cannot be changed by SW4-2 during test run. (To change test run mode, stop the unit by SW4-1, change the operation mode and restart the test run by SW4-1.)

10 TROUBLESHOOTING

Unit conditions at service

Error code

Actions to be taken for service (summary)

The inferior phenomenon is reoccurring.

Displayed

Not displayed

Judge what is wrong and take a corrective action according to “10-4. Self-diagnosis action table”.

Conduct trouble shooting and ascertain the cause of the inferior phenomenon according to “10-5. Troubleshooting by inferior phenomena”.

The inferior phenomenon is not reoccurring.

Logged

Not logged

1Consider the temporary defects such as the work of protection devices in the refrigerant circuit including compressor, poor connection of wiring, noise and etc. Re-check the symptom, and check the installation environment, refrigerant amount, weather when the inferior phenomenon occurred, matters related to wiring and etc. 2Reset error code logs and restart the unit after finishing service. 3There is no abnormality concerning of parts such as electrical component, controller board, remote controller and etc.

1Re-check the abnormal symptom. 2Conduct trouble shooting and ascertain the cause of the

inferior phenomenon according to “10-5. Troubleshooting by inferior phenomena”. 3Continue to operate unit for the time being if the cause is not ascertained. 4There is no abnormality concerning of parts such as electrical component, controller board, remote controller and etc.

10-1. TROUBLESHOOTING

Present and past error codes are logged and displayed on the wired remote controller and control board of outdoor unit. Actions to be taken for service, which depends on whether or not the inferior phenomenon is reoccurring at service, are summarized in the table below. Check the contents below before investigating details.

10-2. CHECK POINT UNDER TEST RUN

(1) Before test run

• After installation of indoor and outdoor units, piping work and electric wiring work, re-check that there is no refrigerant leak-

age, loosened connections and incorrect polarity.

• Measure impedance between the ground and the power supply terminal block(L, N) on the outdoor unit by 500V Merger and check that it is 1.0M" or over.

wDon’t use 500V Merger to indoor/outdoor connecting wire terminal block(S1, S2, S3) and remote controller terminal block

(1, 2). This may cause malfunction.

• Make sure that test run switch (SW4) is set to OFF before turning on power supply.

• Turn on power supply twelve hours before test run in order to protect compressor.

• For specific models which requires higher ceiling settings or auto-recovery feature from power failure, make proper changes of settings referring to the description of “Selection of Functions through Remote Controller”.

Make sure to read operation manual before test run. (Especially items to secure safety.)

"TEST RUN" and the currently selected

LCD

Contents of inferior phenomena

P1 P2 P4 P5 P6 P8 P9 Fb

Abnormality of room temperature thermistor Abnormality of pipe temperature thermistor/Liquid Abnormality of drain sensor Drain overflow protection is working. Freezing/overheating protection is working. Abnormality of pipe temperature Abnormality of pipe temperature thermistor/Cond./Eva Abnormality of indoor controller board

LCD

Contents of inferior phenomena

U1~UP

F3~F9 E0~E5

E6~EF

----

FFFF

Malfunction outdoor unit Malfunction

outdoor unit Remote controller transmitting error Indoor/outdoor unit communication error No error history No applied unit

LED1

(microcomputer power supply)

LED2

(remote controller)

LED3

(indoor/outdoor communication)

Lits when power is supplied. Lits when power is supplied for wired remote controller. The indoor unit should be connected to the outdoor unit with address “0” setting.

Flash when indoor and outdoor unit are communicating.

operation mode are displayed altemately.

Displays the remaining test run time.

[TEST] button

Pipe (liquid) temperature

Operating procedures

1. Turn on the main power supply.

2. Press TEST button twice.

3. Press OPERATION SWITCH button.

4. Press AIR DIRECTION button.

5. Check the outdoor unit fan for correct running.

6. Press the ON/OFF button to reset the test run in progress.

7. Register the contact number.

While the room temperature display on the remote controller is “PLEASE WAIT”, the remote controller is disabled. Wait until “PLEASE WAIT” disappears before using remote controller. “PLEASE WAIT” appears for about 2 minutes after power supply is turned on. w1

The TEST RUN appears on the screen. Cooling mode:

Heating mode: Check if warm air blows. (It takes a little while until warm air blows.)

Check for correct motion of auto-vanes. The outdoor unit features automatic capacity control to

provide optimum fan speeds. Therefore, the fan keeps running at a low speed to meet the current outside air condition unless it exceeds its available maximum power. Then, in actuality, the fan may stop or run in the reverse direction depending on the outside air, but this does not mean malfunction.

Check if cool air blows and water is drained.

• In case of test run, the OFF timer will be activated, and the test run will automatically stop after two hours.

• The room temperature display section shows the pipe temperature of indoor units during the test run.

• Check that all the indoor units are running properly in case of simultaneous twin and triple operation. Malfunctions may not be displayed regardless of incorrect wiring.

w1 After turning on the power supply, the system will go into startup mode, “PLEASE WAIT” will blink on the display section of

the room temperature, and lamp(green) of the remote controller will flash. As to INDOOR BOARD LED, LED1 will be lit up, LED2 will either be lit up in case the address is 0 or turned off in case the address is not 0. LED3 will blink. As to OUTDOOR BOARD LED, LED1(green) and LED2(red) will light up. (After the startup mode of the system finishes, LED2(red) will be turned off.) In case OUTDOOR BOARD LED is digital display, — and — will be displayed alternately every second.

• If one of the above operations doesn’t function correctly, the causes written below should be considered. Find causes from the symptoms. The below symptoms are under test run mode. “startup” in the table means the display status of w1 written above.

Symptoms in test run mode

Remote Controller Display

Remote controller displays “PLEASE WAIT”, and

After power is turned on, “PLEASE WAIT” is displayed for 3 minutes, then error code is displayed.

No display appears even when remote controller operation switch is turned on. (Operation lamp does not light up.)

Display appears but soon disappears even when remote controller is operated.

cannot be operated.

OUTDOOR BOARD LED Display

< > indicates digital display.

After “startup” is displayed, only green lights up. <00> After “startup” is displayed, green(once) and red(once) blink alternately. <F1> After “startup” is displayed, green(once) and red(twice) blink alternately. <F3, F5, F9> After “startup” is displayed, green(twice) and red(once) blink alternately. <EA. Eb>

After “startup” is displayed, only green lights up. <00>

• After power is turned on, “PLEASE WAIT” is displayed for 2 minutes during

• Incorrect connection of outdoor terminal block (L S1, S2, S3.)

• Outdoor unit’s safeguard installation connector is open.

• Incorrect wiring between the indoor and outdoor unit (Polarity is wrong for S1, S2, S3.)

• Remote controller transmission wire short.

• There is no outdoor unit of address 0. (Address is other than 0.)

• Remote controller transmission wire burnout.

• After canceling function selection, operation is not possible for about 30 seconds. (Normal)

system startup. (Normal)

Cause

1, L2, L3 and

w Press the remote controller’s CHECK button twice to perform self-diagnosis. See the table below for the contents of LCD

display.

See the table below for details of the LED display (LED 1, 2, 3) on the indoor controller board.

+ 104 hidden pages

Mitsubishi PUHZ-RP100VHA, PUHZ-RP50VHA, PUHZ-RP125VHA, PUHZ-RP140VHA, PUHZ-RP100YHA Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual