Mitsubishi PUMY-P100VHMB(-BS), PUMY-P125VHMB(-BS), PUMY-P140VHMB(-BS), PUMY-P100YHMB(-BS), PUMY-P125YHMB(-BS) Service Manual

...

0 (0)

SPLIT-TYPE, HEAT PUMP AIR CONDITIONERS

November 2008

No. OCH446

HFC

utilized

TECHNICAL & SERVICE MANUAL R410A

[Model name] <Outdoor unit>

PUMY-P100VHMB PUMY-P125VHMB PUMY-P140VHMB PUMY-P100VHMB-BS PUMY-P125VHMB-BS PUMY-P140VHMB-BS PUMY-P100YHMB PUMY-P125YHMB PUMY-P140YHMB PUMY-P100YHMB-BS PUMY-P125YHMB-BS PUMY-P140YHMB-BS

[Service Ref.]

PUMY-P100VHMB PUMY-P125VHMB PUMY-P140VHMB PUMY-P100VHMB-BS PUMY-P125VHMB-BS PUMY-P140VHMB-BS PUMY-P100YHMB PUMY-P125YHMB PUMY-P140YHMB PUMY-P100YHMB-BS PUMY-P125YHMB-BS PUMY-P140YHMB-BS

CONTENTS

....................................
1. SAFETY PRECAUTION	2
......................................		5
2. OVERVIEW OF UNITS
.............................................		7
3. SPECIFICATIONS
.................................................................		9
4. DATA
......................	25
5. OUTLINES AND DIMENSIONS
.........................................	26
6. WIRING DIAGRAM
.....	28
7. NECESSARY CONDITIONS FOR SYSTEM CONSTRUCTION
....................................	38
8. TROUBLESHOOTING
....................................	83
9. ELECTRICAL WIRING
.....................	86
10. REFRIGERANT PIPING TASKS
11. DISASSEMBLY PROCEDURE.......................	90

PARTS CATALOG (OCB446)

Model name

indication

OUTDOOR UNIT

NOTE :

·This service manual describes technical data of outdoor unit. As for indoor units, refer to its service manual.

·RoHS compliant products have <G> mark on spec name plate.

·For servicing of RoHS compliant products, refer to RoHS PARTS LIST.

1 SAFETY PRECAUTION

1-1. CAUTIONS RELATED TO NEW REFRIGERANT

Cautions for units utilizing refrigerant R410A

Use new refrigerant pipes.

Avoid using thin 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.

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

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

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

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

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

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.

	Tools for R410A
Gauge manifold		Flare tool
Charge hose		Size adjustment gauge
Gas leak detector		Vacuum pump adaptor
Torque wrench		Electronic refrigerant
		charging scale

Handle tools with care.

If dirt, dust or moisture enters 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.

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

[1]Cautions for service

(1)Perform service after recovering 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.	Tool name	Specifications
1	Gauge manifold	·Only for R410A
		·Use the existing fitting specifications. (UNF1/2)
		·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
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
6	Refrigerant charge base
7	Refrigerant cylinder	·Only for R410A ·Top of cylinder (Pink)
		·Cylinder with syphon
8	Refrigerant recovery equipment
8	Refrigerant recovery equipment

1-2. PRECAUTIONS FOR SALT PROOF TYPE "-BS" MODEL

Although "-BS" model has been designed to be resistant to salt damage, observe the following precautions to maintain the performance of the unit.

1.Avoid installing the unit in a location where it will be exposed directly to seawater or sea breeze.

2.If the cover panel may become covered with salt, be sure to install the unit in a location where the salt will be washed away by rainwater. (If a sunshade is installed, rainwater may not clean the panel.)

3.To ensure that water does not collect in the base of the outdoor unit, make sure that the base is level, not at angle. Water collecting in the base of the outdoor unit could cause rust.

4.If the unit is installed in a coastal area, clean the unit with water regularly to remove any salt build-up.

5.If the unit is damaged during installation or maintenance, be sure to repair it.

6.Be sure to check the condition of the unit regularly.

7.Be sure to install the unit in a location with good drainage.

Cautions for refrigerant piping work

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.)

Diagram below: Piping diameter and thickness
Nominal	Outside	Thickness (mm)
dimensions(inch)	diameter (mm)	R410A	R22
1/4	6.35	0.8	0.8
3/8	9.52	0.8	0.8
1/2	12.70	0.8	0.8
5/8	15.88	1.0	1.0
3/4	19.05	—	1.0

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 its working pressure is 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 inch, the dimension B changes.

Use torque wrench corresponding to each dimension.

Dimension A

Flare cutting dimensions			(mm)
Nominal	Outside	Dimension A ( -+00.4 )
dimensions(inch)	diameter	R410A	R22
1/4	6.35	9.1	9.0
3/8	9.52	13.2	13.0
1/2	12.70	16.6	16.2
5/8	15.88	19.7	19.4
3/4	19.05	—	23.3

		Dimension B
Flare nut dimensions				(mm)
Nominal	Outside		Dimension B
dimensions(inch)	diameter		R410A	R22
1/4	6.35		17.0	17.0
3/8	9.52		22.0	22.0
1/2	12.70		26.0	24.0
5/8	15.88		29.0	27.0
3/4	19.05		—	36.0

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

Tools and materials	Use	R410A tools	Can R22 tools be used?	Can R407C tools be used?
Gauge manifold	Air purge, refrigerant charge	Tool exclusive for R410A
Charge hose	and operation check	Tool exclusive for R410A
Gas leak detector	Gas leak check	Tool for HFC refrigerant
Refrigerant recovery equipment	Refrigerant recovery	Tool exclusive for R410A
Refrigerant cylinder	Refrigerant charge	Tool exclusive for R410A
Applied oil	Apply to flared section	Ester oil, ether oil and		Ester oil, ether oil:
		alkylbenzene oil (minimum amount)		Alkylbenzene oil: minimum amount
Safety charger	Prevent compressor malfunction	Tool exclusive for R410A
	when charging refrigerant by
	spraying liquid refrigerant
Charge valve	Prevent gas from blowing out	Tool exclusive for R410A
	when detaching charge hose
Vacuum pump	Vacuum drying and air	Tools for other refrigerants can	(Usable if equipped	(Usable if equipped
	purge	be used if equipped with adop-	with adopter for rever-	with adopter for rever-
		ter for reverse flow check	se flow)	se flow)
Flare tool	Flaring work of piping	Tools for other refrigerants	(Usable by adjusting	(Usable by adjusting
		can be used by adjusting	flaring dimension)	flaring dimension)
		flaring dimension
Bender	Bend the pipes	Tools for other refrigerants can be used
Pipe cutter	Cut the pipes	Tools for other refrigerants can be used
Welder and nitrogen gas cylinder	Weld the pipes	Tools for other refrigerants can be used
Refrigerant charging scale	Refrigerant charge	Tools for other refrigerants can be used
Vacuum gauge or thermis-	Check the degree of vacuum. (Vacuum	Tools for other refrigerants
tor vacuum gauge and	valve prevents back flow of oil and refri-	can be used
vacuum valve	gerant to thermistor vacuum gauge)
Charging cylinder	Refrigerant charge	Tool exclusive for R410A

: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.

2 OVERVIEW OF UNITS

2-1. UNIT CONSTRUCTION

				4HP	5HP			6HP
Outdoor unit
Outdoor unit			PUMY-P100VHMB(-BS)		PUMY-P125VHMB(-BS)		PUMY-P140VHMB(-BS)
			PUMY-P100VHMB(-BS)		PUMY-P125VHMB(-BS)		PUMY-P140VHMB(-BS)
			PUMY-P100YHMB(-BS)		PUMY-P125YHMB(-BS)		PUMY-P140YHMB(-BS)

Indoor	Capacity		Type 15 ~ Type 125			Type 15 ~ Type 140
unit that	Number of units			1 ~ 8 unit	1 ~ 10 unit		1 ~ 12 unit
can be	Number of units			1 ~ 8 unit	1 ~ 10 unit		1 ~ 12 unit
connected	Total system wide capacity			50% ~130% of outdoor unit capacity *2



				CMY-Y62-G-E	CMY-Y64-G-E	CMY-Y68-G-E

		Branching pipe		Branch header	Branch header	Branch header
		components		(2 branches)	(4 branches)	(8 branches)

Model	Cassette Ceiling			Ceiling	Wall	Ceiling	Floor standing		Ceiling
	4-way flow	2-way flow	1-way flow	Concealed	Mounted	Suspended	Exposed	Concealed	Concealed
	4-way flow	2-way flow	1-way flow	Concealed	Mounted	Suspended	Exposed	Concealed	(Fresh Air) *1
Capacity	PLFY-P	PLFY-P	PMFY-P	PEFY-P	PKFY-P	PCFY-P	PFFY-P	PFFY-P	PEFY-P
15	–	–	–	15VMS1-E	15VBM-E	–	–	–	–
20	20VCM-E 20VLMD-E		20VBM-E 20VMS1-E/VMM-E 20VBM-E			–	20VLEM-E/VKM-E 20VLRM-E		–
25	25VCM-E 25VLMD-E		25VBM-E 25VMS1-E/VMM-E 25VBM-E			–	25VLEM-E/VKM-E 25VLRM-E		–
32	32VCM-E/32VBM-E 32VLMD-E		32VBM-E 32VMS1-E/VMM-E 32VHM-E			–	32VLEM-E/VKM-E 32VLRM-E		–
40	40VCM-E/40VBM-E 40VLMD-E		40VBM-E 40VMS1-E/VMM-E		40VHM-E	40VKM-E	40VLEM-E/VKM-E 40VLRM-E		–
50	50VBM-E 50VLMD-E		–	50VMS1-E/VMM-E	50VHM-E	–	50VLEM-E 50VLRM-E		–
63	63VBM-E	63VLMD-E	–	63VMS1-E/VMM-E	63VKM-E	63VKM-E	63VLEM-E	63VLRM-E	–
71	–	–	–	–	–	–	–	–	–
80	80VBM-E 80VLMD-E		–	80VMH-E / VMM-E	–	–	–	–	80VMH-E-F
100	100VBM-E 100VLMD-E		–	100VMH-E / VMM-E	100VKM-E	100VKM-E	–	–	–
125	125VBM-E 125VLMD-E		–	125VMH-E / VMM-E	–	125VKM-E	–	–	–
140	–	–	–	140VMH-E	–	–	–	–	140VMH-E-F

Decorative panel

	Name	M-NET remote controller	MA remote controller

Remote Model number		PAR-F27MEA-E	PAR-21MAA
controller	Functions	• A handy remote controller for use in conjunction	• Addresses setting is not necessary.
		• A handy remote controller for use in conjunction	• Addresses setting is not necessary.
		with the Melans centralized management system.

• Addresses must be set.

*1. PUMY-P·YHMB can connect Fresh Air type indoor unit. It is possible only by 1:1 system.

(1 indoor unit of Fresh Air type is connected with 1 outdoor unit.)

Operating temperature range (outdoor temperature) for fresh air type indoor units differ from other indoor units. Refer to 2-2(3).

*2. When the indoor unit of Fresh Air type is connected with the outdoor unit, the maximum connectable total indoor unit capacity is 110% (100% in case of heating below -5:[23˚F]).

2-2. UNIT SPECIFICATIONS

(1) Outdoor Unit

Service Ref.

PUMY-P100VHMB(-BS)

PUMY-P125VHMB(-BS)

PUMY-P140VHMB(-BS)

PUMY-P100YHMB(-BS)

PUMY-P125YHMB(-BS)

PUMY-P140YHMB(-BS)

Capacity

Cooling (kW)

11.2

14.0

15.5

Heating (kW)

12.5

16.0

18.0

Compressor (kW)

1.9

2.4

2.9

Cooling/Heating capacity indicates the maximum value at operation under the following condition.

w. Cooling

Indoor

: D.B. 27°C/W.B. 19.0°C

Outdoor : D.B. 35°C

Heating

Indoor

: D.B. 20°C

Outdoor : D.B. 7°C/W.B. 6°C

(2) Method for identifying MULTI-S model

Indoor unit < When using Model 80 >

Outdoor unit <When using model 125 >

125

PAC type

Refrigerant

Outdoor unit

Refrigerant

Sub-number

R407C/R22

R410A

L : Ceiling cassette

M-NET control

MULTI-S

commonness

K : Wall-mounted type

Outdoor unit

Frequency

E : Hidden skylight type

model type

conversion

C : Ceiling suspended type

M-NET

Salt proof type

controller

Power supply

M: Ceiling cassette type

control

F : Floor standing type

V: Single phase

LMD }

Indicates equivalent

220-230-240V 50Hz

NEW frequency

converter

to Cooling capacity

220V

60Hz

one-to-many air conditioners

(k cal / h)

Y: 3-phase

(flexible design type)

Power supply

380-400-415V 50Hz

Indicates equivalent

V: Single phase

220-230-240V 50Hz

to Cooling capacity

220V

60Hz

(k cal / h)

(3) Operating temperature range

Cooling

Heating

Indoor-side intake air temperature

W.B. 15~24°C

D.B. 15~27°C

Outdoor-side intake air temperature

D.B. -5~46°C +1

W.B. -15~15°C

Notes

D.B. : Dry Bulb Temperature

W.B. : Wet Bulb Temperature

w1. 10~46°C DB : In case of connecting PKFY-P15/P20/P25 type indoor unit.

■ In case of connecting fresh air type indoor unit

	Capacity of Fresh	Cooling			Heating
	air type indoor	Cooling			Heating
	air type indoor
Indoor-side and Outdoor-side	P80	D.B.21~43	+2		D.B.-10~20	+3
Indoor-side and Outdoor-side		W.B.15.5~35
intake air temperature	P140	D.B.21~43	+	2	D.B.-5~20	+3
intake air temperature

		W.B.15.5~35

+2.Thermo-off (FAN-mode) automatically starts if the outdoor temp. is lower than 21	D.B..
+3.Thermo-off (FAN-mode) automatically starts if the outdoor temp. is higher than 20	D.B..

SPECIFICATIONS

Model

PUMY-P100VHMB(-BS)

PUMY-P125VHMB(-BS)

PUMY-P140VHMB(-BS)

Power source

1-phase 220-230-240V 50Hz, 1-phase 220V 60Hz

Cooling capacity

* 1

11.2

14.0

15.5

(Nominal)

* 1

kcal/h

9,600

12,000

13,300

* 1

Btu/h

38,200

47,800

52,900

* 2

kcal/h

10,000

12,500

14,000

Power input

3.34

4.32

5.35

Current input

15.4-14.8-14.1, 15.4

20.0-19.1-18.3, 20.0

24.7-23.6-22.7, 24.7

COP (kW/kW)

3.35

3.24

2.9

Temp. range of

Indoor

W.B.

15 ~ 24˚C (59 ~ 75˚F)

cooling

Outdoor

D.B.

- 5 ~ 46˚C (23 ~ 115˚F)

10 to 46˚CD.B. (50 to 115˚FD.B.) : in case of connecting PKFY-P15/P20/P25 type indoor unit.

Heating capacity

* 3

12.5

16.0

18.0

(Nominal )

* 3

kcal/h

10,800

13,800

15,500

* 3

Btu/h

42,700

54,600

61,400

Power input

3.66

4.33

5.58

Current input

16.9-16.2-15.5, 16.9

20.0-19.1-18.3, 20.0

25.8-24.7-23.6, 25.8

COP (kW/kW)

3.42

3.69

3.23

Temp. range of

Indoor temp.

D.B.

15 ~ 27˚C (59 ~ 81˚F)

heating

Outdoor temp.

W.B.

-15 ~ 15˚C (5 ~ 59˚F)

Indoor unit

Total capacity

50 ~ 130% of outdoor unit capacity

connectable

Model/Quantity

P15 ~ P125/1 ~ 8

P15 ~ P140/1 ~ 10

P15 ~ P140/1 ~ 12

Noise level (measured in anechoic room)

dB <A>

49/51

50/52

51/53

Diameter of

Liquid (High press.)

mm (in.)

ø9.52 (ø3/8") Liquid

refrigerant pipe

Gas (Low press.)

mm (in.)

ø15.88 (ø5/8") Gas

External finish

Galvanized steel sheet

External dimension H × W × D

1,350 × 950 × 330

in.

53-3/16" × 37-7/16" × 13"

Net weight

kg (lb)

127 (280 lb)

Heat exchanger

Salt-resistant cross fin & copper tube

Compressor

Type

Inverter scroll hermetic comp.

Manufacturer

MITSUBISHI ELECTRIC CORPORATION

Starting method

Inverter

Motor output

2.2

2.9

3.3

Case heater

Lubricant

FV50S × 2.3 L

FAN

Air flow rate

m3/min

100

L/s

1667

cfm

3532

External static press.

0 Pa

Type × Quantity

Propeller fan × 2

Control, Driving mechanism

DC-control, Direct-driven by motor

Motor output

0.06 × 2

HIC circuit (HIC: Heat Inter-Changer)

Protection

High pressure protection

High pressure sensor, High pressure switch 4.15 MPa

Inverter circuit (COMP./FAN)

Over-heat protection, Over-current protection

Compressor

Discharge thermo protection, Over-current protection

Fan motor

Over-heat protection, Voltage protection

Defrosting method

Auto-defrost mode (Reversed refrigerant circle)

Refrigerant

Type × Original charge

R410A × 8.5kg (19 lb)

Control

LEV circuit

Standard

Document

Installation Manual

attachment

Accessory

Grounded lead wire × 2

Optional parts

Joint: CMY-Y62-G-E

Header:CMY-Y64/68-G-E

Remark

In case of connecting All fresh air type indoor unit PEFY-P-VHM-E-F, only one indoor unit can be connected

with one PUMY.

Details on foundation work, duct work, insulation work, electrical wiring, power source switch, and other items

shall be referred to the Installation Manual.

Note :

* 1 Nominal cooling conditions

* 2 Nominal cooling conditions

* 3 Nominal heating conditions

Unit converter

Indoor :

27˚CDB/19˚CWB (81˚FDB/66˚FWB)

27˚CDB/19.5˚CWB (81˚FDB/67˚FWB)

20˚CDB (68˚FDB)

kcal/h = kW × 860

Outdoor :

35˚CDB (95˚FDB)

7˚CDB/6˚CWB (45˚FDB/43˚FWB)

Btu/h

= kW × 3,412

Pipe length : 7.5 m (24-9/16 ft)

5 m (16-3/8 ft)

7.5 m (24-9/16 ft)

cfm

= m3/min x 35.31

Level difference :

0 m (0 ft)

= kg/0.4536

* Nominal conditions * 1, * 3 are subject to JIS B8615-1.

*Above specification data is

* Due to continuing improvement, above specifications may be subject to change without notice.

subject to rounding variation.



Model			PUMY-P100YHMB(-BS)	PUMY-P125YHMB(-BS)	PUMY-P140YHMB(-BS)
Power source				3-phase 4-wire 380-400-415V 50Hz
Cooling capacity	* 1	kW	11.2	14.0	15.5
(Nominal)	* 1	kcal/h	9,600	12,000	13,300
	* 1	Btu/h	38,200	47,800	52,900
	* 2	kcal/h	-	12,500	14,000
	Power input	kW	3.30	4.27	5.32
	Current input	A	5.28-5.02-4.84	6.83-6.49-6.26	8.51-8.09-7.80
	COP (kW/kW)		3.39	3.28	2.91
Temp. range of	Indoor	W.B.		15 ~ 24˚C (59 ~ 75˚F)
cooling	Outdoor	D.B.		- 5 ~ 46˚C (23 ~ 115˚F)
			10 to 46˚CD.B. (50 to 115˚FD.B.): in case of connecting PKFY-P15/P20/P25 type indoor unit.
Heating capacity	* 3	kW	12.5	16.0	18.0
(Nominal)	* 3	kcal/h	10,800	13,800	15,500
	* 3	Btu/h	42,700	54,600	61,400
	Power input	kW	3.63	4.29	5.32
	Current input	A	5.81-5.52-5.32	6.87-6.52-6.29	8.51-8.09-7.80
	COP (kW/kW)		3.44	3.73	3.38
Temp. range of	Indoor temp.	D.B.		15 ~ 27˚C (59 ~ 81˚F)
heating	Outdoor temp.	W.B.		-15 ~ 15˚C (5 ~ 59˚F)

Indoor unit	Total capacity			50 ~ 130% of outdoor unit capacity
connectable	Model/Quantity		P15 ~ P125/1 ~ 8	P15 ~ P140/1 ~ 10	P15 ~ P140/1 ~ 12
Noise level (measured in anechoic room)		dB <A>	49/51	50/52	51/53
Diameter of	Liquid (High press.)	mm (in.)	ø9.52 (ø3/8") Flare	ø9.52 (ø3/8") Flare	ø9.52 (ø3/8") Flare
refrigerant pipe
	Gas (Low press.)	mm (in.)	ø15.88 (ø5/8") Flare	ø15.88 (ø5/8") Flare	ø15.88 (ø5/8") Flare

External finish				Galvanized steel sheet
				<MUNSELL 3Y 7.8/1.1>
External dimension H × W × D		mm	1,350 × 950 × 330	1,350 × 950 × 330	1,350 × 950 × 330
		in.	53-3/16" × 37-7/16" × 13"	53-3/16" × 37-7/16" × 13"	53-3/16" × 37-7/16" × 13"
Net weight		kg (lb)	140 (309)	140 (309)	140 (309)
Heat exchanger			Salt-resistant cross fin & copper tube	Salt-resistant cross fin & copper tube	Salt-resistant cross fin & copper tube
Compressor	Type		Inverter scroll hermetic comp.	Inverter scroll hermetic comp.	Inverter scroll hermetic comp.
	Manufacturer		MITSUBISHI ELECTRIC CORPORATION
	Starting method			Inverter
	Motor output	kW	1.9	2.4	2.9
	Case heater	kW	-	-	-
	Lubricant		FV50S × 2.3 L	FV50S × 2.3 L	FV50S × 2.3 L
FAN	Air flow rate	m3/min	100	100	100
		L/s	1667	1667	1667
		cfm	3532	3532	3532
	External static press.		0 Pa	0 Pa	0 Pa
	Type × Quantity		Propeller fan × 2	Propeller fan × 2	Propeller fan × 2
	Control, Driving mechanism		DC-control, Direct-driven by motor	DC-control, Direct-driven by motor	DC-control, Direct-driven by motor
	Motor output	kW	0.06 × 2	0.06 × 2	0.06 × 2
HIC circuit (HIC: Heat Inter-Changer)				-
Protection	High pressure protection		High pressure sensor, High pressure switch 4.15 MPa
	Inverter circuit (COMP./FAN)		Over-heat protection, Over-current protection
	Compressor		Discharge thermo protection, Over-current protection
	Fan motor			Over-heat protection, Voltage protection
Defrosting method			Auto-defrost mode (Reversed refrigerant circle)
Refrigerant	Type × Original charge		R410A × 8.5kg (19 lb)	R410A × 8.5kg (19 lb)	R410A × 8.5kg (19 lb)
	Control			LEV circuit
Standard	Document			Installation Manual
attachment	Accessory			Grounded lead wire x 2

Optional parts			Joint: CMY-Y62-G-E	Joint: CMY-Y62-G-E	Joint: CMY-Y62-G-E
			Joint: CMY-Y62-G-E	Joint: CMY-Y62-G-E	Joint: CMY-Y62-G-E
			Header:CMY-Y64/68-G-E	Header:CMY-Y64/68-G-E	Header:CMY-Y64/68-G-E

Remark			Details on foundation work, duct work, insulation work, electrical wiring, power source switch, and other items
			shall be referred to the Installation Manual.

Note :	* 1 Nominal cooling conditions	* 2 Nominal cooling conditions	* 3 Nominal heating conditions
Indoor :	27˚CDB/19˚CWB (81˚FDB/66˚FWB)	27˚CDB/19.5˚CWB (81˚FDB/67˚FWB)	20˚CDB (68˚FDB)
Outdoor :	35˚CDB (95˚FDB)	35˚CDB (95˚FDB)	7˚CDB/6˚CWB (45˚FDB/43˚FWB)
Pipe length :	7.5 m (24-9/16 ft)	5 m (16-3/8 ft)	7.5 m (24-9/16 ft)
Level difference :	0 m (0 ft)	0 m (0 ft)	0 m (0 ft)

*Nominal conditions * 1, * 3 are subject to JIS B8615-1.

*Due to continuing improvement, above specifications may be subject to change without notice.

Unit converter

kcal/h	= kW × 860
Btu/h	= kW × 3,412
cfm	= m3/min × 35.31
lb	= kg/0.4536

*Above specification data is subject to rounding variation.

4 DATA

4-1. COOLING AND HEATING CAPACITY AND CHARACTERISTICS

4-1-1. Method for obtaining system cooling and heating capacity:

To obtain the system cooling and heating capacity and the electrical characteristics of the outdoor unit, first add up the ratings of all the indoor units connected to the outdoor unit (see table below), and then use this total to find the standard capacity with the help of the tables on 4-2.STANDARD CAPACITY DIAGRAM.

(1) Capacity of indoor unit

Model Number for indoor unit	Model 15	Model 20	Model 25	Model 32	Model 40	Model 50	Model 63	Model 71	Model 80	Model 100	Model 125	Model 140
Model Capacity	17	22	28	36	45	56	71	80	90	112	140	160

(2) Sample calculation

1System assembled from indoor and outdoor unit (in this example the total capacity of the indoor units is greater than that of the outdoor unit)

• Outdoor unit	PUMY-P125YHMB
• Indoor unit	PKFY-P25VBM-E o 2 , PLFY-P50VLMD-E o 2

2According to the conditions in 1, the total capacity of the indoor unit will be: 28 o 2 + 56 o 2 = 168 3The following figures are obtained from the 168 total capacity row of the standard capacity diagram (4-2.):

Capacity (kW)		Outdoor unit power consumption (kW)		Outdoor unit current (A)/400V
Cooling	Heating	Cooling	Heating	Cooling	Heating

A 14.60	B 16.33	4.34	3.95	6.59	6.01

4-1-2. Method for obtaining the heating and cooling capacity of an indoor unit:

model capacity

(1) The capacity of each indoor unit (kW) = the capacity A (or B) o total model capacity of all indoor units

(2) Sample calculation (using the system described above in 4-1-1. (2) ):

During cooling:

During heating:

• The total model capacity of the indoor unit is: 2.8 o 2 + 5.6 o 2=16.8kW

Therefore, the capacity of PKFY-P25VBM-E and PLFY-P50VLMD-E will be calculated as follows by using the formula in 4-1-2. (1):

Model 25=14.6 o 16.82.8 = 2.43kW

Model 50=14.6 o 16.85.6 = 4.87kW

• The total model capacity of indoor unit is: 3.2 o 2 + 6.3 o 2=19.0

Therefore, the capacity of PKFY-P25VBM-E and PLFY- P50VLMD-E will be calculated as follows by using the formula in 4-1-2. (1):

Model 25=16.33 o 19.03.2 = 2.75kW

Model 50=16.33 o 19.06.3 = 5.41kW

4-2. STANDARD CAPACITY DIAGRAM

4-2-1. PUMY-P100VHMB PUMY-P100VHMB-BS

*Before calculating the sum of total capacity of indoor units, please convert the value into the kW model capacity following the formula on 4-1-1.

Total capacity of	Capacity(kW)		Power Consumption(kW)		Current(A)/220V		Current(A)/230V		Current(A)/240V
indoor units*	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating
56	5.60	6.30	1.37	1.79	6.3	8.3	6.1	7.9	5.8	7.6
57	5.70	6.41	1.39	1.82	6.4	8.4	6.2	8.1	5.9	7.7
58	5.80	6.53	1.42	1.85	6.6	8.6	6.3	8.2	6.0	7.8
59	5.90	6.64	1.44	1.88	6.7	8.7	6.4	8.3	6.1	8.0
60	6.00	6.75	1.46	1.91	6.8	8.8	6.5	8.4	6.2	8.1
61	6.10	6.87	1.49	1.94	6.9	9.0	6.6	8.6	6.3	8.2
62	6.20	6.98	1.51	1.97	7.0	9.1	6.7	8.7	6.4	8.4
63	6.30	7.09	1.54	2.00	7.1	9.2	6.8	8.8	6.5	8.5
64	6.40	7.20	1.56	2.03	7.2	9.4	6.9	9.0	6.6	8.6
65	6.50	7.32	1.59	2.06	7.4	9.5	7.0	9.1	6.7	8.7
66	6.60	7.43	1.62	2.09	7.5	9.7	7.2	9.2	6.9	8.9
67	6.70	7.54	1.64	2.12	7.6	9.8	7.3	9.4	7.0	9.0
68	6.80	7.66	1.67	2.15	7.7	9.9	7.4	9.5	7.1	9.1
69	6.90	7.77	1.70	2.18	7.9	10.1	7.5	9.6	7.2	9.2
70	7.00	7.88	1.73	2.22	8.0	10.3	7.7	9.8	7.3	9.4
71	7.10	8.00	1.76	2.25	8.1	10.4	7.8	10.0	7.5	9.5
72	7.20	8.11	1.79	2.28	8.3	10.5	7.9	10.1	7.6	9.7
73	7.30	8.22	1.82	2.31	8.4	10.7	8.1	10.2	7.7	9.8
74	7.40	8.33	1.85	2.34	8.6	10.8	8.2	10.3	7.8	9.9
75	7.50	8.44	1.88	2.37	8.7	11.0	8.3	10.5	8.0	10.0
76	7.60	8.56	1.91	2.41	8.8	11.1	8.4	10.7	8.1	10.2
77	7.70	8.67	1.94	2.44	9.0	11.3	8.6	10.8	8.2	10.3
78	7.80	8.78	1.97	2.47	9.1	11.4	8.7	10.9	8.4	10.5
79	7.90	8.89	2.00	2.50	9.2	11.6	8.8	11.1	8.5	10.6
80	8.00	9.00	2.04	2.54	9.4	11.7	9.0	11.2	8.6	10.8
81	8.10	9.10	2.07	2.57	9.6	11.9	9.2	11.4	8.8	10.9
82	8.20	9.20	2.10	2.60	9.7	12.0	9.3	11.5	8.9	11.0
83	8.30	9.30	2.14	2.64	9.9	12.2	9.5	11.7	9.1	11.2
84	8.40	9.40	2.17	2.67	10.0	12.3	9.6	11.8	9.2	11.3
85	8.50	9.50	2.21	2.70	10.2	12.5	9.8	11.9	9.4	11.4
86	8.60	9.60	2.24	2.74	10.4	12.7	9.9	12.1	9.5	11.6
87	8.70	9.70	2.28	2.77	10.5	12.8	10.1	12.2	9.7	11.7
88	8.80	9.80	2.32	2.80	10.7	12.9	10.3	12.4	9.8	11.9
89	8.90	9.90	2.35	2.84	10.9	13.1	10.4	12.6	10.0	12.0
90	9.00	10.00	2.39	2.87	11.1	13.3	10.6	12.7	10.1	12.2
91	9.10	10.10	2.43	2.91	11.2	13.5	10.7	12.9	10.3	12.3
92	9.20	10.22	2.47	2.94	11.4	13.6	10.9	13.0	10.5	12.5
93	9.30	10.33	2.50	2.97	11.6	13.7	11.1	13.1	10.6	12.6
94	9.40	10.45	2.54	3.01	11.7	13.9	11.2	13.3	10.8	12.8
95	9.50	10.56	2.58	3.04	11.9	14.1	11.4	13.4	10.9	12.9
96	9.60	10.67	2.62	3.08	12.1	14.2	11.6	13.6	11.1	13.1
97	9.70	10.79	2.66	3.11	12.3	14.4	11.8	13.8	11.3	13.2
98	9.80	10.90	2.70	3.15	12.5	14.6	11.9	13.9	11.4	13.3
99	9.90	11.02	2.75	3.19	12.7	14.7	12.2	14.1	11.7	13.5
100	10.00	11.13	2.79	3.22	12.9	14.9	12.3	14.2	11.8	13.6
101	10.10	11.24	2.83	3.26	13.1	15.1	12.5	14.4	12.0	13.8
102	10.20	11.36	2.87	3.29	13.3	15.2	12.7	14.5	12.2	13.9
103	10.30	11.47	2.91	3.33	13.5	15.4	12.9	14.7	12.3	14.1
104	10.40	11.59	2.96	3.36	13.7	15.5	13.1	14.9	12.5	14.2
105	10.50	11.70	3.00	3.40	13.9	15.7	13.3	15.0	12.7	14.4
106	10.60	11.81	3.05	3.44	14.1	15.9	13.5	15.2	12.9	14.6
107	10.70	11.93	3.09	3.47	14.3	16.0	13.7	15.3	13.1	14.7
108	10.80	12.04	3.14	3.51	14.5	16.2	13.9	15.5	13.3	14.9
109	10.90	12.16	3.18	3.55	14.7	16.4	14.1	15.7	13.5	15.0
110	11.00	12.27	3.23	3.59	14.9	16.6	14.3	15.9	13.7	15.2



Total capacity of	Capacity(kW)		Power Consumption(kW)		Current(A)/220V		Current(A)/230V		Current(A)/240V
indoor units*	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating
111	11.10	12.38	3.27	3.62	15.1	16.7	14.5	16.0	13.9	15.3
112	11.20	12.50	3.34	3.66	15.4	16.9	14.8	16.2	14.1	15.5
113	11.22	12.51	3.35	3.65	15.5	16.9	14.8	16.1	14.2	15.5
114	11.24	12.53	3.35	3.64	15.5	16.8	14.8	16.1	14.2	15.4
115	11.26	12.54	3.36	3.63	15.5	16.8	14.9	16.0	14.2	15.4
116	11.28	12.55	3.36	3.62	15.5	16.7	14.9	16.0	14.2	15.3
117	11.30	12.56	3.36	3.61	15.5	16.7	14.9	16.0	14.2	15.3
118	11.32	12.57	3.37	3.59	15.6	16.6	14.9	15.9	14.3	15.2
119	11.34	12.58	3.37	3.58	15.6	16.5	14.9	15.8	14.3	15.2
120	11.36	12.60	3.38	3.57	15.6	16.5	14.9	15.8	14.3	15.1
121	11.38	12.61	3.38	3.56	15.6	16.5	14.9	15.7	14.3	15.1
122	11.40	12.62	3.38	3.55	15.6	16.4	14.9	15.7	14.3	15.0
123	11.42	12.63	3.39	3.54	15.7	16.4	15.0	15.7	14.4	15.0
124	11.44	12.64	3.39	3.52	15.7	16.3	15.0	15.6	14.4	14.9
125	11.47	12.66	3.40	3.51	15.7	16.2	15.0	15.5	14.4	14.9
126	11.49	12.67	3.40	3.50	15.7	16.2	15.0	15.5	14.4	14.8
127	11.51	12.68	3.40	3.49	15.7	16.1	15.0	15.4	14.4	14.8
128	11.53	12.69	3.41	3.48	15.8	16.1	15.1	15.4	14.4	14.7
129	11.55	12.70	3.41	3.47	15.8	16.0	15.1	15.3	14.4	14.7
130	11.57	12.71	3.42	3.45	15.8	15.9	15.1	15.3	14.5	14.6
131	11.59	12.73	3.42	3.44	15.8	15.9	15.1	15.2	14.5	14.6
132	11.61	12.74	3.42	3.43	15.8	15.9	15.1	15.2	14.5	14.5
133	11.63	12.75	3.43	3.42	15.9	15.8	15.2	15.1	14.5	14.5
134	11.65	12.76	3.43	3.41	15.9	15.8	15.2	15.1	14.5	14.4
135	11.67	12.77	3.44	3.40	15.9	15.7	15.2	15.0	14.6	14.4
136	11.69	12.78	3.44	3.38	15.9	15.6	15.2	14.9	14.6	14.3
137	11.71	12.80	3.45	3.37	15.9	15.6	15.3	14.9	14.6	14.3
138	11.73	12.81	3.45	3.36	15.9	15.5	15.3	14.9	14.6	14.2
139	11.75	12.82	3.45	3.35	15.9	15.5	15.3	14.8	14.6	14.2
140	11.77	12.83	3.46	3.34	16.0	15.4	15.3	14.8	14.7	14.2
141	11.79	12.84	3.46	3.32	16.0	15.3	15.3	14.7	14.7	14.1
142	11.82	12.86	3.47	3.31	16.0	15.3	15.3	14.6	14.7	14.0
143	11.84	12.87	3.47	3.30	16.0	15.3	15.3	14.6	14.7	14.0
144	11.86	12.88	3.47	3.29	16.0	15.2	15.3	14.5	14.7	13.9
145	11.88	12.89	3.48	3.28	16.1	15.2	15.4	14.5	14.7	13.9

4-2-2. PUMY-P125VHMB PUMY-P125VHMB-BS

*Before calculating the sum of total capacity of indoor units, please convert the value into the kW model capacity following the formula on 4-1-1.

Total capacity of	Capacity(kW)		Power Consumption(kW)		Current(A)/ 220V		Current(A)/ 230V		Current(A)/ 240V
indoor units*	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating
70	7.00	7.88	1.83	2.05	8.4	9.5	8.1	9.1	7.7	8.7
71	7.10	8.00	1.85	2.08	8.6	9.6	8.2	9.2	7.8	8.8
72	7.20	8.11	1.88	2.11	8.7	9.7	8.3	9.3	8.0	8.9
73	7.30	8.22	1.90	2.13	8.8	9.8	8.4	9.4	8.1	9.0
74	7.40	8.33	1.93	2.16	8.9	10.0	8.5	9.5	8.2	9.1
75	7.50	8.44	1.96	2.19	9.0	10.1	8.6	9.6	8.3	9.2
76	7.60	8.56	1.98	2.21	9.2	10.2	8.8	9.8	8.4	9.4
77	7.70	8.67	2.01	2.24	9.3	10.3	8.9	9.9	8.5	9.5
78	7.80	8.78	2.04	2.27	9.4	10.5	9.0	10.0	8.6	9.6
79	7.90	8.89	2.07	2.29	9.5	10.6	9.1	10.1	8.7	9.7
80	8.00	9.00	2.09	2.32	9.7	10.7	9.3	10.3	8.9	9.8
81	8.10	9.10	2.12	2.35	9.8	10.8	9.4	10.4	9.0	9.9
82	8.20	9.20	2.15	2.38	9.9	11.0	9.5	10.5	9.1	10.1
83	8.30	9.30	2.18	2.41	10.1	11.1	9.6	10.6	9.2	10.2
84	8.40	9.40	2.21	2.44	10.2	11.2	9.8	10.8	9.4	10.3
85	8.50	9.50	2.24	2.46	10.3	11.4	9.9	10.9	9.5	10.4
86	8.60	9.60	2.27	2.49	10.5	11.5	10.0	11.0	9.6	10.5
87	8.70	9.70	2.30	2.52	10.6	11.6	10.2	11.1	9.7	10.7
88	8.80	9.80	2.33	2.55	10.8	11.8	10.3	11.3	9.9	10.8
89	8.90	9.90	2.36	2.58	10.9	11.9	10.4	11.4	10.0	10.9
90	9.00	10.00	2.39	2.61	11.0	12.0	10.6	11.5	10.1	11.0
91	9.10	10.10	2.42	2.64	11.2	12.2	10.7	11.7	10.3	11.2
92	9.20	10.22	2.45	2.67	11.3	12.3	10.8	11.8	10.4	11.3
93	9.30	10.33	2.49	2.70	11.5	12.5	11.0	11.9	10.5	11.4
94	9.40	10.45	2.52	2.73	11.6	12.6	11.1	12.1	10.7	11.6
95	9.50	10.56	2.55	2.76	11.8	12.7	11.3	12.2	10.8	11.7
96	9.60	10.67	2.58	2.79	11.9	12.9	11.4	12.3	10.9	11.8
97	9.70	10.79	2.62	2.82	12.1	13.0	11.6	12.5	11.1	11.9
98	9.80	10.90	2.65	2.85	12.2	13.2	11.7	12.6	11.2	12.1
99	9.90	11.02	2.68	2.89	12.4	13.3	11.9	12.7	11.4	12.2
100	10.00	11.13	2.72	2.92	12.6	13.5	12.0	12.9	11.5	12.3
101	10.10	11.24	2.75	2.95	12.7	13.6	12.2	13.0	11.7	12.5
102	10.20	11.36	2.79	2.98	12.9	13.8	12.3	13.2	11.8	12.6
103	10.30	11.47	2.82	3.01	13.0	13.9	12.5	13.3	11.9	12.7
104	10.40	11.59	2.86	3.05	13.2	14.1	12.6	13.4	12.1	12.9
105	10.50	11.70	2.89	3.08	13.4	14.2	12.8	13.6	12.2	13.0
106	10.60	11.81	2.93	3.11	13.5	14.4	12.9	13.7	12.4	13.2
107	10.70	11.93	2.96	3.14	13.7	14.5	13.1	13.9	12.6	13.3
108	10.80	12.04	3.00	3.18	13.9	14.7	13.3	14.0	12.7	13.4
109	10.90	12.16	3.04	3.21	14.0	14.8	13.4	14.2	12.9	13.6
110	11.00	12.27	3.07	3.24	14.2	15.0	13.6	14.3	13.0	13.7
111	11.10	12.38	3.11	3.28	14.4	15.1	13.7	14.5	13.2	13.9
112	11.20	12.50	3.15	3.31	14.5	15.3	13.9	14.6	13.3	14.0
113	11.30	12.63	3.19	3.34	14.7	15.4	14.1	14.8	13.5	14.1
114	11.40	12.75	3.22	3.38	14.9	15.6	14.2	14.9	13.7	14.3
115	11.50	12.88	3.26	3.41	15.1	15.7	14.4	15.1	13.8	14.4
116	11.60	13.00	3.30	3.45	15.3	15.9	14.6	15.2	14.0	14.6
117	11.70	13.13	3.34	3.48	15.4	16.1	14.8	15.4	14.1	14.7
118	11.80	13.25	3.38	3.52	15.6	16.2	14.9	15.5	14.3	14.9
119	11.90	13.38	3.42	3.55	15.8	16.4	15.1	15.7	14.5	15.0
120	12.00	13.50	3.46	3.59	16.0	16.5	15.3	15.8	14.7	15.2
121	12.10	13.63	3.50	3.62	16.2	16.7	15.5	16.0	14.8	15.3
122	12.20	13.75	3.54	3.66	16.4	16.9	15.6	16.1	15.0	15.5
123	12.30	13.88	3.58	3.69	16.5	17.0	15.8	16.3	15.2	15.6
124	12.40	14.00	3.62	3.73	16.7	17.2	16.0	16.5	15.3	15.8
125	12.50	14.13	3.66	3.76	16.9	17.4	16.2	16.6	15.5	15.9
126	12.60	14.25	3.71	3.80	17.1	17.5	16.4	16.8	15.7	16.1
127	12.70	14.38	3.75	3.84	17.3	17.7	16.6	16.9	15.9	16.2
128	12.80	14.50	3.79	3.87	17.5	17.9	16.7	17.1	16.0	16.4
129	12.90	14.63	3.83	3.91	17.7	18.0	16.9	17.3	16.2	16.5
130	13.00	14.75	3.88	3.95	17.9	18.2	17.1	17.4	16.4	16.7



Total capacity of	Capacity(kW)		Power Consumption(kW)		Current(A)/ 220V		Current(A)/ 230V		Current(A)/ 240V
indoor units*	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating
131	13.10	14.88	3.92	3.98	18.1	18.4	17.3	17.6	16.6	16.9
132	13.20	15.00	3.96	4.02	18.3	18.6	17.5	17.8	16.8	17.0
133	13.30	15.13	4.01	4.06	18.5	18.7	17.7	17.9	17.0	17.2
134	13.40	15.25	4.05	4.10	18.7	18.9	17.9	18.1	17.1	17.3
135	13.50	15.38	4.09	4.14	18.9	19.1	18.1	18.3	17.3	17.5
136	13.60	15.50	4.14	4.17	19.1	19.3	18.3	18.4	17.5	17.7
137	13.70	15.63	4.18	4.21	19.3	19.4	18.5	18.6	17.7	17.8
138	13.80	15.75	4.23	4.25	19.5	19.6	18.7	18.8	17.9	18.0
139	13.90	15.88	4.27	4.29	19.7	19.8	18.9	18.9	18.1	18.1
140	14.00	16.00	4.32	4.33	20.0	20.0	19.1	19.1	18.3	18.3
141	14.02	16.01	4.33	4.32	20.0	19.9	19.1	19.1	18.3	18.3
142	14.04	16.02	4.33	4.31	20.0	19.9	19.1	19.0	18.3	18.2
143	14.06	16.03	4.33	4.30	20.0	19.8	19.1	19.0	18.3	18.2
144	14.08	16.04	4.33	4.28	20.0	19.8	19.1	18.9	18.3	18.1
145	14.10	16.06	4.33	4.27	20.0	19.7	19.2	18.9	18.4	18.1
146	14.12	16.07	4.34	4.26	20.0	19.7	19.2	18.8	18.4	18.0
147	14.15	16.08	4.34	4.25	20.0	19.6	19.2	18.7	18.4	18.0
148	14.17	16.09	4.34	4.23	20.1	19.5	19.2	18.7	18.4	17.9
149	14.19	16.10	4.34	4.22	20.1	19.5	19.2	18.6	18.4	17.9
150	14.21	16.12	4.35	4.21	20.1	19.4	19.2	18.6	18.4	17.8
151	14.23	16.13	4.35	4.20	20.1	19.4	19.2	18.5	18.4	17.8
152	14.25	16.14	4.35	4.19	20.1	19.3	19.2	18.5	18.4	17.7
153	14.27	16.15	4.35	4.17	20.1	19.3	19.2	18.4	18.4	17.7
154	14.30	16.16	4.35	4.16	20.1	19.2	19.2	18.4	18.4	17.6
155	14.32	16.17	4.36	4.15	20.1	19.1	19.3	18.3	18.4	17.5
156	14.34	16.19	4.36	4.14	20.1	19.1	19.3	18.3	18.5	17.5
157	14.36	16.20	4.36	4.12	20.1	19.0	19.3	18.2	18.5	17.4
158	14.38	16.21	4.36	4.11	20.2	19.0	19.3	18.2	18.5	17.4
159	14.40	16.22	4.37	4.10	20.2	18.9	19.3	18.1	18.5	17.3
160	14.42	16.23	4.37	4.09	20.2	18.9	19.3	18.0	18.5	17.3
161	14.45	16.25	4.37	4.08	20.2	18.8	19.3	18.0	18.5	17.2
162	14.47	16.26	4.37	4.06	20.2	18.8	19.3	17.9	18.5	17.2
163	14.49	16.27	4.37	4.05	20.2	18.7	19.3	17.9	18.5	17.1
164	14.51	16.28	4.38	4.04	20.2	18.6	19.3	17.8	18.5	17.1
165	14.53	16.29	4.38	4.03	20.2	18.6	19.3	17.8	18.5	17.0
166	14.55	16.31	4.38	4.01	20.2	18.5	19.4	17.7	18.6	17.0
167	14.57	16.32	4.38	4.00	20.2	18.5	19.4	17.7	18.6	16.9
168	14.60	16.33	4.39	3.99	20.3	18.4	19.4	17.6	18.6	16.9
169	14.62	16.34	4.39	3.98	20.3	18.4	19.4	17.6	18.6	16.8
170	14.64	16.35	4.39	3.97	20.3	18.3	19.4	17.5	18.6	16.8
171	14.66	16.36	4.39	3.95	20.3	18.2	19.4	17.5	18.6	16.7
172	14.68	16.38	4.39	3.94	20.3	18.2	19.4	17.4	18.6	16.7
173	14.70	16.39	4.40	3.93	20.3	18.1	19.4	17.3	18.6	16.6
174	14.72	16.40	4.40	3.92	20.3	18.1	19.4	17.3	18.6	16.6
175	14.75	16.41	4.40	3.91	20.3	18.0	19.4	17.2	18.6	16.5
176	14.77	16.42	4.40	3.89	20.3	18.0	19.5	17.2	18.6	16.5
177	14.79	16.44	4.41	3.88	20.4	17.9	19.5	17.1	18.7	16.4
178	14.81	16.45	4.41	3.87	20.4	17.9	19.5	17.1	18.7	16.4
179	14.83	16.46	4.41	3.86	20.4	17.8	19.5	17.0	18.7	16.3
180	14.85	16.47	4.41	3.84	20.4	17.7	19.5	17.0	18.7	16.3
181	14.87	16.48	4.42	3.83	20.4	17.7	19.5	16.9	18.7	16.2
182	14.89	16.50	4.42	3.82	20.4	17.6	19.5	16.9	18.7	16.2

4-2-3. PUMY-P140VHMB PUMY-P140VHMB-BS

*Before calculating the sum of total capacity of indoor units, please convert the value into the kW model capacity following the formula on 4-1-1.

Total capacity of	Capacity(kW)		Power Consumption(kW)		Current(A)/220V		Current(A)/230V		Current(A)/240V
indoor units*	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating
80	8.00	9.00	2.35	2.86	10.9	13.2	10.4	12.6	10.0	12.1
81	8.10	9.10	2.38	2.90	11.0	13.4	10.5	12.8	10.1	12.3
82	8.20	9.20	2.41	2.93	11.1	13.5	10.7	13.0	10.2	12.4
83	8.30	9.30	2.44	2.96	11.3	13.7	10.8	13.1	10.3	12.5
84	8.40	9.40	2.48	2.99	11.5	13.8	11.0	13.2	10.5	12.7
85	8.50	9.50	2.51	3.03	11.6	14.0	11.1	13.4	10.6	12.8
86	8.60	9.60	2.54	3.06	11.7	14.1	11.2	13.5	10.8	13.0
87	8.70	9.70	2.57	3.09	11.9	14.3	11.4	13.7	10.9	13.1
88	8.80	9.80	2.61	3.13	12.1	14.5	11.5	13.8	11.1	13.3
89	8.90	9.90	2.64	3.16	12.2	14.6	11.7	14.0	11.2	13.4
90	9.00	10.00	2.67	3.19	12.3	14.7	11.8	14.1	11.3	13.5
91	9.10	10.11	2.71	3.23	12.5	14.9	12.0	14.3	11.5	13.7
92	9.20	10.23	2.74	3.26	12.7	15.1	12.1	14.4	11.6	13.8
93	9.30	10.34	2.77	3.29	12.8	15.2	12.2	14.5	11.7	13.9
94	9.40	10.46	2.81	3.33	13.0	15.4	12.4	14.7	11.9	14.1
95	9.50	10.57	2.84	3.36	13.1	15.5	12.6	14.9	12.0	14.2
96	9.60	10.68	2.88	3.40	13.3	15.7	12.7	15.0	12.2	14.4
97	9.70	10.80	2.91	3.43	13.5	15.9	12.9	15.2	12.3	14.5
98	9.80	10.91	2.95	3.46	13.6	16.0	13.0	15.3	12.5	14.7
99	9.90	11.03	2.98	3.50	13.8	16.2	13.2	15.5	12.6	14.8
100	10.00	11.14	3.02	3.53	14.0	16.3	13.4	15.6	12.8	15.0
101	10.10	11.25	3.05	3.57	14.1	16.5	13.5	15.8	12.9	15.1
102	10.20	11.37	3.09	3.60	14.3	16.6	13.7	15.9	13.1	15.3
103	10.30	11.48	3.13	3.64	14.5	16.8	13.8	16.1	13.3	15.4
104	10.40	11.60	3.16	3.67	14.6	17.0	14.0	16.2	13.4	15.6
105	10.50	11.71	3.20	3.71	14.8	17.1	14.1	16.4	13.6	15.7
106	10.60	11.82	3.24	3.74	15.0	17.3	14.3	16.5	13.7	15.8
107	10.70	11.94	3.27	3.78	15.1	17.5	14.5	16.7	13.9	16.0
108	10.80	12.05	3.31	3.81	15.3	17.6	14.6	16.8	14.0	16.1
109	10.90	12.17	3.35	3.85	15.5	17.8	14.8	17.0	14.2	16.3
110	11.00	12.28	3.39	3.88	15.7	17.9	15.0	17.2	14.4	16.4
111	11.10	12.39	3.43	3.92	15.9	18.1	15.2	17.3	14.5	16.6
112	11.20	12.51	3.46	3.95	16.0	18.3	15.3	17.5	14.7	16.7
113	11.30	12.63	3.50	3.99	16.2	18.4	15.5	17.6	14.8	16.9
114	11.40	12.75	3.54	4.03	16.4	18.6	15.7	17.8	15.0	17.1
115	11.50	12.88	3.58	4.06	16.5	18.8	15.8	17.9	15.2	17.2
116	11.60	13.00	3.62	4.10	16.7	18.9	16.0	18.1	15.3	17.4
117	11.70	13.13	3.66	4.13	16.9	19.1	16.2	18.3	15.5	17.5
118	11.80	13.25	3.70	4.17	17.1	19.3	16.4	18.4	15.7	17.7
119	11.90	13.38	3.74	4.21	17.3	19.5	16.5	18.6	15.8	17.8
120	12.00	13.50	3.78	4.24	17.5	19.6	16.7	18.7	16.0	18.0
121	12.10	13.63	3.82	4.28	17.7	19.8	16.9	18.9	16.2	18.1
122	12.20	13.75	3.86	4.32	17.8	20.0	17.1	19.1	16.4	18.3
123	12.30	13.88	3.90	4.35	18.0	20.1	17.2	19.2	16.5	18.4
124	12.40	14.00	3.95	4.39	18.3	20.3	17.5	19.4	16.7	18.6
125	12.50	14.13	3.99	4.43	18.4	20.5	17.6	19.6	16.9	18.8
126	12.60	14.25	4.03	4.46	18.6	20.6	17.8	19.7	17.1	18.9
127	12.70	14.38	4.07	4.50	18.8	20.8	18.0	19.9	17.2	19.1
128	12.80	14.50	4.12	4.54	19.0	21.0	18.2	20.1	17.5	19.2
129	12.90	14.63	4.16	4.58	19.2	21.2	18.4	20.2	17.6	19.4
130	13.00	14.75	4.20	4.61	19.4	21.3	18.6	20.4	17.8	19.5
131	13.10	14.88	4.24	4.65	19.6	21.5	18.7	20.6	18.0	19.7
132	13.20	15.00	4.29	4.69	19.8	21.7	19.0	20.7	18.2	19.9
133	13.30	15.13	4.33	4.73	20.0	21.9	19.1	20.9	18.3	20.0
134	13.40	15.25	4.38	4.77	20.2	22.0	19.4	21.1	18.6	20.2
135	13.50	15.38	4.42	4.80	20.4	22.2	19.5	21.2	18.7	20.3
136	13.60	15.50	4.46	4.84	20.6	22.4	19.7	21.4	18.9	20.5
137	13.70	15.63	4.51	4.88	20.8	22.6	19.9	21.6	19.1	20.7
138	13.80	15.75	4.55	4.92	21.0	22.7	20.1	21.7	19.3	20.8
139	13.90	15.88	4.60	4.96	21.3	22.9	20.3	21.9	19.5	21.0
140	14.00	16.00	4.64	5.00	21.4	23.1	20.5	22.1	19.7	21.2
141	14.10	16.13	4.69	5.03	21.7	23.2	20.7	22.2	19.9	21.3
142	14.20	16.26	4.74	5.07	21.9	23.4	21.0	22.4	20.1	21.5
143	14.30	16.40	4.78	5.11	22.1	23.6	21.1	22.6	20.3	21.6
144	14.40	16.53	4.83	5.15	22.3	23.8	21.4	22.8	20.5	21.8
145	14.50	16.66	4.87	5.19	22.5	24.0	21.5	22.9	20.6	22.0



Total capacity of	Capacity(kW)		Power Consumption(kW)		Current(A)/220V		Current(A)/230V		Current(A)/240V
indoor units*	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating
146	14.60	16.80	4.92	5.23	22.7	24.2	21.7	23.1	20.8	22.2
147	14.70	16.93	4.97	5.27	23.0	24.4	22.0	23.3	21.1	22.3
148	14.80	17.06	5.02	5.31	23.2	24.5	22.2	23.5	21.3	22.5
149	14.90	17.20	5.06	5.35	23.4	24.7	22.4	23.6	21.4	22.7
150	15.00	17.33	5.11	5.39	23.6	24.9	22.6	23.8	21.6	22.8
151	15.10	17.46	5.16	5.43	23.8	25.1	22.8	24.0	21.9	23.0
152	15.20	17.60	5.21	5.47	24.1	25.3	23.0	24.2	22.1	23.2
153	15.30	17.73	5.26	5.51	24.3	25.5	23.3	24.4	22.3	23.3
154	15.40	17.86	5.31	5.55	24.5	25.6	23.5	24.5	22.5	23.5
155	15.50	18.00	5.35	5.58	24.7	25.8	23.6	24.7	22.7	23.6
156	15.51	18.01	5.35	5.57	24.7	25.7	23.7	24.6	22.7	23.6
157	15.52	18.02	5.35	5.55	24.7	25.7	23.7	24.5	22.7	23.5
158	15.54	18.04	5.36	5.54	24.8	25.6	23.7	24.5	22.7	23.5
159	15.55	18.05	5.36	5.52	24.8	25.5	23.7	24.4	22.7	23.4
160	15.57	18.06	5.36	5.51	24.8	25.5	23.7	24.4	22.7	23.3
161	15.58	18.07	5.37	5.49	24.8	25.4	23.7	24.3	22.7	23.3
162	15.60	18.09	5.37	5.48	24.8	25.3	23.7	24.2	22.7	23.2
163	15.61	18.10	5.37	5.47	24.8	25.3	23.7	24.2	22.8	23.2
164	15.62	18.11	5.37	5.45	24.8	25.2	23.8	24.1	22.8	23.1
165	15.64	18.12	5.38	5.44	24.8	25.1	23.8	24.0	22.8	23.0
166	15.65	18.14	5.38	5.42	24.9	25.1	23.8	24.0	22.8	23.0
167	15.67	18.15	5.38	5.41	24.9	25.0	23.8	23.9	22.8	22.9
168	15.68	18.16	5.38	5.39	24.9	24.9	23.8	23.8	22.8	22.8
169	15.70	18.17	5.39	5.38	24.9	24.9	23.8	23.8	22.8	22.8
170	15.71	18.19	5.39	5.36	24.9	24.8	23.8	23.7	22.8	22.7
171	15.73	18.20	5.39	5.35	24.9	24.7	23.8	23.6	22.8	22.7
172	15.74	18.21	5.40	5.34	24.9	24.7	23.9	23.6	22.9	22.6
173	15.76	18.22	5.40	5.32	24.9	24.6	23.9	23.5	22.9	22.5
174	15.77	18.24	5.40	5.31	25.0	24.5	23.9	23.5	22.9	22.5
175	15.79	18.25	5.40	5.29	25.0	24.5	23.9	23.4	22.9	22.4
176	15.80	18.26	5.41	5.28	25.0	24.4	23.9	23.3	22.9	22.4
177	15.81	18.27	5.41	5.26	25.0	24.3	23.9	23.3	22.9	22.3
178	15.83	18.29	5.41	5.25	25.0	24.3	23.9	23.2	22.9	22.2
179	15.84	18.30	5.41	5.23	25.0	24.2	23.9	23.1	22.9	22.2
180	15.86	18.31	5.42	5.22	25.0	24.1	23.9	23.1	23.0	22.1
181	15.87	18.32	5.42	5.21	25.0	24.1	24.0	23.0	23.0	22.1
182	15.89	18.34	5.42	5.19	25.1	24.0	24.0	22.9	23.0	22.0
183	15.90	18.35	5.43	5.18	25.1	23.9	24.0	22.9	23.0	21.9
184	15.92	18.36	5.43	5.16	25.1	23.9	24.0	22.8	23.0	21.9
185	15.93	18.37	5.43	5.15	25.1	23.8	24.0	22.8	23.0	21.8
186	15.95	18.39	5.43	5.13	25.1	23.7	24.0	22.7	23.0	21.7
187	15.96	18.40	5.44	5.12	25.1	23.7	24.0	22.6	23.0	21.7
188	15.97	18.41	5.44	5.10	25.1	23.6	24.0	22.6	23.0	21.6
189	15.99	18.42	5.44	5.09	25.2	23.5	24.1	22.5	23.1	21.6
190	16.00	18.44	5.45	5.07	25.2	23.5	24.1	22.4	23.1	21.5
191	16.02	18.45	5.45	5.06	25.2	23.4	24.1	22.4	23.1	21.4
192	16.03	18.46	5.45	5.05	25.2	23.3	24.1	22.3	23.1	21.4
193	16.05	18.47	5.45	5.03	25.2	23.3	24.1	22.2	23.1	21.3
194	16.06	18.49	5.46	5.02	25.2	23.2	24.1	22.2	23.1	21.3
195	16.08	18.50	5.46	5.00	25.2	23.1	24.1	22.1	23.1	21.2
196	16.09	18.51	5.46	4.99	25.2	23.1	24.1	22.1	23.1	21.1
197	16.11	18.52	5.46	4.97	25.3	23.0	24.2	22.0	23.1	21.1
198	16.12	18.54	5.47	4.96	25.3	22.9	24.2	21.9	23.2	21.0
199	16.14	18.55	5.47	4.94	25.3	22.9	24.2	21.9	23.2	20.9
200	16.15	18.56	5.47	4.93	25.3	22.8	24.2	21.8	23.2	20.9
201	16.16	18.57	5.48	4.92	25.3	22.7	24.2	21.7	23.2	20.8
202	16.18	18.59	5.48	4.90	25.3	22.7	24.2	21.7	23.2	20.8
203	16.19	18.60	5.48	4.89	25.3	22.6	24.2	21.6	23.2	20.7
204	16.21	18.61	5.48	4.87	25.3	22.5	24.2	21.5	23.2	20.6
205	16.22	18.62	5.49	4.86	25.4	22.5	24.3	21.5	23.2	20.6
206	16.24	18.64	5.49	4.84	25.4	22.4	24.3	21.4	23.3	20.5
207	16.25	18.65	5.49	4.83	25.4	22.3	24.3	21.3	23.3	20.5
208	16.27	18.66	5.49	4.81	25.4	22.3	24.3	21.3	23.3	20.4

4-2-4. PUMY-P100YHMB PUMY-P100YHMB-BS

*Before calculating the sum of total capacity of indoor units, please convert the value into the kW model capacity following the formula on 4-1-1.

Total capacity of	Capacity(kW)		Power Consumption(kW)		Current(A)/380V		Current(A)/400V		Current(A)/415V
indoor units *	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating
56	5.60	6.30	1.57	1.87	2.52	3.00	2.39	2.85	2.31	2.75
57	5.70	6.41	1.59	1.90	2.55	3.05	2.42	2.89	2.34	2.79
58	5.80	6.53	1.62	1.92	2.60	3.08	2.47	2.93	2.38	2.82
59	5.90	6.64	1.64	1.95	2.63	3.13	2.50	2.97	2.41	2.86
60	6.00	6.75	1.66	1.98	2.66	3.17	2.53	3.02	2.44	2.91
61	6.10	6.87	1.69	2.00	2.71	3.21	2.58	3.05	2.48	2.94
62	6.20	6.98	1.71	2.03	2.74	3.26	2.61	3.09	2.51	2.98
63	6.30	7.09	1.74	2.06	2.79	3.30	2.65	3.14	2.56	3.02
64	6.40	7.20	1.76	2.08	2.82	3.34	2.68	3.17	2.59	3.05
65	6.50	7.32	1.78	2.11	2.85	3.38	2.71	3.21	2.61	3.10
66	6.60	7.43	1.81	2.14	2.90	3.43	2.76	3.26	2.66	3.14
67	6.70	7.54	1.83	2.17	2.93	3.48	2.79	3.31	2.69	3.19
68	6.80	7.66	1.86	2.20	2.98	3.53	2.83	3.35	2.73	3.23
69	6.90	7.77	1.89	2.22	3.03	3.56	2.88	3.38	2.78	3.26
70	7.00	7.88	1.91	2.25	3.06	3.61	2.91	3.43	2.81	3.30
71	7.10	8.00	1.94	2.28	3.11	3.66	2.96	3.47	2.85	3.35
72	7.20	8.11	1.97	2.31	3.16	3.70	3.00	3.52	2.89	3.39
73	7.30	8.22	1.99	2.34	3.19	3.75	3.03	3.56	2.92	3.44
74	7.40	8.33	2.02	2.37	3.24	3.80	3.08	3.61	2.97	3.48
75	7.50	8.44	2.05	2.40	3.28	3.85	3.12	3.66	3.01	3.52
76	7.60	8.56	2.08	2.43	3.33	3.90	3.17	3.70	3.05	3.57
77	7.70	8.67	2.11	2.46	3.38	3.94	3.21	3.75	3.10	3.61
78	7.80	8.78	2.13	2.49	3.41	3.99	3.24	3.79	3.13	3.66
79	7.90	8.89	2.16	2.52	3.46	4.04	3.29	3.84	3.17	3.70
80	8.00	9.00	2.19	2.55	3.51	4.09	3.34	3.88	3.22	3.74
81	8.10	9.10	2.22	2.58	3.56	4.14	3.38	3.93	3.26	3.79
82	8.20	9.20	2.25	2.61	3.60	4.18	3.43	3.97	3.30	3.83
83	8.30	9.30	2.28	2.64	3.65	4.23	3.47	4.02	3.35	3.88
84	8.40	9.40	2.31	2.67	3.70	4.28	3.52	4.07	3.39	3.92
85	8.50	9.50	2.35	2.70	3.76	4.33	3.58	4.11	3.45	3.96
86	8.60	9.60	2.38	2.74	3.81	4.39	3.62	4.17	3.49	4.02
87	8.70	9.70	2.41	2.77	3.86	4.44	3.67	4.22	3.54	4.07
88	8.80	9.80	2.44	2.80	3.91	4.49	3.72	4.26	3.58	4.11
89	8.90	9.90	2.47	2.83	3.96	4.54	3.76	4.31	3.63	4.15
90	9.00	10.00	2.51	2.86	4.02	4.58	3.82	4.35	3.68	4.20
91	9.10	10.10	2.54	2.90	4.07	4.65	3.87	4.42	3.73	4.26
92	9.20	10.22	2.57	2.93	4.12	4.70	3.91	4.46	3.77	4.30
93	9.30	10.33	2.60	2.96	4.16	4.74	3.96	4.51	3.82	4.34
94	9.40	10.45	2.64	3.00	4.23	4.81	4.02	4.57	3.88	4.40
95	9.50	10.56	2.67	3.03	4.28	4.86	4.07	4.61	3.92	4.45
96	9.60	10.67	2.71	3.06	4.34	4.90	4.13	4.66	3.98	4.49
97	9.70	10.79	2.74	3.10	4.39	4.97	4.17	4.72	4.02	4.55
98	9.80	10.90	2.78	3.13	4.45	5.02	4.23	4.77	4.08	4.59
99	9.90	11.02	2.81	3.17	4.50	5.08	4.28	4.83	4.12	4.65
100	10.00	11.13	2.85	3.20	4.56	5.13	4.34	4.87	4.18	4.70
101	10.10	11.24	2.88	3.24	4.61	5.19	4.39	4.93	4.23	4.75
102	10.20	11.36	2.92	3.27	4.67	5.24	4.45	4.98	4.29	4.80
103	10.30	11.47	2.96	3.31	4.74	5.30	4.51	5.04	4.34	4.86
104	10.40	11.59	2.99	3.34	4.79	5.35	4.55	5.08	4.39	4.90
105	10.50	11.70	3.03	3.38	4.85	5.42	4.61	5.15	4.45	4.96
106	10.60	11.81	3.07	3.41	4.91	5.46	4.67	5.19	4.51	5.00
107	10.70	11.93	3.11	3.45	4.98	5.53	4.74	5.25	4.56	5.06
108	10.80	12.04	3.14	3.48	5.03	5.58	4.78	5.30	4.61	5.11
109	10.90	12.16	3.18	3.52	5.09	5.64	4.84	5.36	4.67	5.17
110	11.00	12.27	3.22	3.56	5.15	5.70	4.90	5.42	4.73	5.22
111	11.10	12.38	3.26	3.59	5.22	5.75	4.96	5.47	4.78	5.27
112	11.20	12.50	3.30	3.63	5.28	5.81	5.02	5.52	4.84	5.32
113	11.22	12.51	3.31	3.62	5.30	5.80	5.04	5.51	4.86	5.31
114	11.24	12.53	3.31	3.61	5.30	5.78	5.04	5.50	4.86	5.30
115	11.26	12.54	3.32	3.60	5.31	5.77	5.05	5.48	4.87	5.28
116	11.28	12.55	3.32	3.59	5.31	5.75	5.05	5.47	4.87	5.27
117	11.30	12.56	3.32	3.58	5.31	5.74	5.05	5.45	4.87	5.25
118	11.32	12.57	3.33	3.56	5.33	5.70	5.07	5.42	4.89	5.22
119	11.34	12.58	3.33	3.55	5.33	5.69	5.07	5.40	4.89	5.21
120	11.36	12.60	3.34	3.54	5.35	5.67	5.08	5.39	4.90	5.19



Total capacity of	Capacity(kW)		Power Consumption(kW)		Current(A)/380V		Current(A)/400V		Current(A)/415V
indoor units *	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating
121	11.38	12.61	3.34	3.53	5.35	5.66	5.08	5.37	4.90	5.18
122	11.40	12.62	3.34	3.52	5.35	5.64	5.08	5.36	4.90	5.17
123	11.42	12.63	3.35	3.51	5.36	5.62	5.10	5.34	4.92	5.15
124	11.44	12.64	3.35	3.50	5.36	5.61	5.10	5.33	4.92	5.14
125	11.47	12.66	3.36	3.48	5.38	5.58	5.12	5.30	4.93	5.11
126	11.49	12.67	3.36	3.47	5.38	5.56	5.12	5.28	4.93	5.09
127	11.51	12.68	3.36	3.46	5.38	5.54	5.12	5.27	4.93	5.08
128	11.53	12.69	3.37	3.45	5.39	5.53	5.13	5.25	4.95	5.06
129	11.55	12.70	3.37	3.44	5.39	5.51	5.13	5.24	4.95	5.05
130	11.57	12.71	3.38	3.43	5.41	5.50	5.15	5.22	4.96	5.03
131	11.59	12.73	3.38	3.41	5.41	5.46	5.15	5.19	4.96	5.00
132	11.61	12.74	3.38	3.40	5.41	5.45	5.15	5.18	4.96	4.99
133	11.63	12.75	3.39	3.39	5.43	5.43	5.16	5.16	4.97	4.97
134	11.65	12.76	3.39	3.38	5.43	5.42	5.16	5.15	4.97	4.96
135	11.67	12.77	3.40	3.37	5.44	5.40	5.18	5.13	4.99	4.95
136	11.69	12.78	3.40	3.36	5.44	5.38	5.18	5.12	4.99	4.93
137	11.71	12.80	3.40	3.34	5.44	5.35	5.18	5.08	4.99	4.90
138	11.73	12.81	3.41	3.33	5.46	5.34	5.19	5.07	5.00	4.89
139	11.75	12.82	3.41	3.32	5.46	5.32	5.19	5.05	5.00	4.87
140	11.77	12.83	3.42	3.31	5.47	5.30	5.21	5.04	5.02	4.86
141	11.79	12.84	3.42	3.30	5.47	5.29	5.21	5.02	5.02	4.84
142	11.82	12.86	3.42	3.29	5.47	5.27	5.21	5.01	5.02	4.83
143	11.84	12.87	3.43	3.27	5.49	5.24	5.22	4.98	5.03	4.80
144	11.86	12.88	3.43	3.26	5.49	5.22	5.22	4.96	5.03	4.78
145	11.88	12.89	3.44	3.25	5.51	5.21	5.24	4.95	5.05	4.77

4-2-5. PUMY-P125YHMB PUMY-P125YHMB-BS

*Before calculating the sum of total capacity of indoor units, please convert the value into the kW model capacity following the formula on 4-1-1.

Total capacity of	Capacity(kW)		Power Consumption(kW)		Current(A)/380V		Current(A)/400V		Current(A)/415V
indoor units *	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating
70	7.00	7.88	1.80	2.04	2.88	3.27	2.74	3.10	2.64	3.00
71	7.10	8.00	1.83	2.06	2.93	3.30	2.79	3.13	2.69	3.02
72	7.20	8.11	1.85	2.09	2.96	3.35	2.82	3.18	2.72	3.07
73	7.30	8.22	1.88	2.11	3.01	3.38	2.86	3.21	2.76	3.10
74	7.40	8.33	1.91	2.14	3.06	3.43	2.91	3.26	2.81	3.14
75	7.50	8.44	1.93	2.17	3.09	3.48	2.94	3.30	2.83	3.19
76	7.60	8.56	1.96	2.19	3.14	3.51	2.98	3.33	2.88	3.22
77	7.70	8.67	1.99	2.22	3.19	3.56	3.03	3.38	2.92	3.26
78	7.80	8.78	2.01	2.25	3.22	3.61	3.06	3.42	2.95	3.30
79	7.90	8.89	2.04	2.28	3.27	3.66	3.10	3.47	3.00	3.35
80	8.00	9.00	2.07	2.30	3.32	3.69	3.15	3.50	3.04	3.38
81	8.10	9.10	2.10	2.33	3.36	3.74	3.20	3.55	3.08	3.42
82	8.20	9.20	2.12	2.36	3.40	3.78	3.23	3.59	3.11	3.46
83	8.30	9.30	2.15	2.39	3.44	3.83	3.27	3.64	3.16	3.51
84	8.40	9.40	2.18	2.42	3.49	3.88	3.32	3.68	3.20	3.55
85	8.50	9.50	2.21	2.44	3.54	3.91	3.36	3.71	3.24	3.58
86	8.60	9.60	2.24	2.47	3.59	3.96	3.41	3.76	3.29	3.63
87	8.70	9.70	2.27	2.50	3.64	4.01	3.45	3.80	3.33	3.67
88	8.80	9.80	2.30	2.53	3.68	4.06	3.50	3.85	3.38	3.71
89	8.90	9.90	2.33	2.56	3.73	4.10	3.55	3.89	3.42	3.76
90	9.00	10.00	2.36	2.59	3.78	4.15	3.59	3.94	3.46	3.80
91	9.10	10.10	2.39	2.62	3.83	4.20	3.64	3.99	3.51	3.85
92	9.20	10.22	2.42	2.65	3.88	4.25	3.68	4.03	3.55	3.89
93	9.30	10.33	2.45	2.68	3.92	4.30	3.73	4.08	3.60	3.93
94	9.40	10.45	2.49	2.71	3.99	4.34	3.79	4.12	3.66	3.98
95	9.50	10.56	2.52	2.74	4.04	4.39	3.83	4.17	3.70	4.02
96	9.60	10.67	2.55	2.77	4.08	4.44	3.88	4.21	3.74	4.07
97	9.70	10.79	2.58	2.80	4.13	4.49	3.92	4.26	3.79	4.11
98	9.80	10.90	2.62	2.83	4.20	4.54	3.99	4.30	3.85	4.15
99	9.90	11.02	2.65	2.86	4.24	4.58	4.03	4.35	3.89	4.20
100	10.00	11.13	2.68	2.89	4.29	4.63	4.08	4.40	3.93	4.24
101	10.10	11.24	2.72	2.92	4.36	4.68	4.14	4.44	3.99	4.29
102	10.20	11.36	2.75	2.96	4.40	4.74	4.18	4.50	4.04	4.34
103	10.30	11.47	2.79	2.99	4.47	4.79	4.24	4.55	4.10	4.39
104	10.40	11.59	2.82	3.02	4.52	4.84	4.29	4.59	4.14	4.43
105	10.50	11.70	2.86	3.05	4.58	4.89	4.35	4.64	4.20	4.48
106	10.60	11.81	2.89	3.08	4.63	4.94	4.40	4.68	4.24	4.52
107	10.70	11.93	2.93	3.12	4.69	5.00	4.46	4.75	4.30	4.58
108	10.80	12.04	2.96	3.15	4.74	5.05	4.50	4.79	4.34	4.62
109	10.90	12.16	3.00	3.18	4.80	5.10	4.56	4.84	4.40	4.67
110	11.00	12.27	3.04	3.21	4.87	5.14	4.62	4.88	4.46	4.71
111	11.10	12.38	3.07	3.25	4.91	5.21	4.67	4.94	4.51	4.77
112	11.20	12.50	3.11	3.28	4.98	5.26	4.73	4.99	4.56	4.81
113	11.30	12.63	3.15	3.31	5.04	5.30	4.79	5.03	4.62	4.86
114	11.40	12.75	3.19	3.35	5.11	5.37	4.85	5.09	4.68	4.92
115	11.50	12.88	3.22	3.38	5.15	5.42	4.90	5.14	4.73	4.96
116	11.60	13.00	3.26	3.42	5.22	5.48	4.96	5.20	4.78	5.02
117	11.70	13.13	3.30	3.45	5.28	5.53	5.02	5.25	4.84	5.06
118	11.80	13.25	3.34	3.49	5.35	5.59	5.08	5.31	4.90	5.12
119	11.90	13.38	3.38	3.52	5.41	5.64	5.14	5.35	4.96	5.17
120	12.00	13.50	3.42	3.55	5.47	5.69	5.20	5.40	5.02	5.21
121	12.10	13.63	3.46	3.59	5.54	5.75	5.26	5.46	5.08	5.27
122	12.20	13.75	3.50	3.62	5.60	5.80	5.32	5.51	5.14	5.31
123	12.30	13.88	3.54	3.66	5.67	5.86	5.38	5.57	5.19	5.37
124	12.40	14.00	3.58	3.70	5.73	5.93	5.44	5.63	5.25	5.43
125	12.50	14.13	3.62	3.73	5.79	5.98	5.51	5.67	5.31	5.47
126	12.60	14.25	3.66	3.77	5.86	6.04	5.57	5.73	5.37	5.53
127	12.70	14.38	3.70	3.80	5.92	6.09	5.63	5.78	5.43	5.58
128	12.80	14.50	3.74	3.84	5.99	6.15	5.69	5.84	5.49	5.63
129	12.90	14.63	3.79	3.88	6.07	6.22	5.76	5.90	5.56	5.69
130	13.00	14.75	3.83	3.91	6.13	6.26	5.82	5.95	5.62	5.74



Total capacity of	Capacity(kW)		Power Consumption(kW)		Current(A)/380V		Current(A)/400V		Current(A)/415V
indoor units *	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating
131	13.10	14.88	3.87	3.95	6.19	6.33	5.88	6.01	5.68	5.80
132	13.20	15.00	3.91	3.99	6.26	6.39	5.95	6.07	5.74	5.85
133	13.30	15.13	3.96	4.02	6.34	6.44	6.02	6.11	5.81	5.90
134	13.40	15.25	4.00	4.06	6.40	6.51	6.08	6.17	5.87	5.96
135	13.50	15.38	4.04	4.10	6.47	6.57	6.14	6.23	5.93	6.02
136	13.60	15.50	4.09	4.14	6.55	6.63	6.22	6.30	6.00	6.07
137	13.70	15.63	4.13	4.17	6.61	6.68	6.28	6.34	6.06	6.12
138	13.80	15.75	4.18	4.21	6.69	6.75	6.36	6.40	6.13	6.18
139	13.90	15.88	4.22	4.25	6.75	6.81	6.42	6.46	6.19	6.24
140	14.00	16.00	4.27	4.29	6.83	6.87	6.49	6.52	6.26	6.29
141	14.02	16.01	4.28	4.28	6.84	6.86	6.50	6.51	6.27	6.28
142	14.04	16.02	4.28	4.27	6.85	6.84	6.50	6.49	6.28	6.26
143	14.06	16.03	4.28	4.26	6.85	6.82	6.51	6.47	6.28	6.24
144	14.08	16.04	4.28	4.24	6.85	6.80	6.51	6.45	6.28	6.23
145	14.10	16.06	4.28	4.23	6.86	6.78	6.51	6.43	6.29	6.21
146	14.12	16.07	4.29	4.22	6.86	6.76	6.52	6.42	6.29	6.19
147	14.15	16.08	4.29	4.21	6.86	6.74	6.52	6.40	6.29	6.17
148	14.17	16.09	4.29	4.19	6.87	6.72	6.52	6.38	6.29	6.15
149	14.19	16.10	4.29	4.18	6.87	6.70	6.53	6.36	6.30	6.14
150	14.21	16.12	4.30	4.17	6.87	6.68	6.53	6.34	6.30	6.12
151	14.23	16.13	4.30	4.16	6.88	6.66	6.53	6.32	6.30	6.10
152	14.25	16.14	4.30	4.15	6.88	6.64	6.54	6.31	6.31	6.08
153	14.27	16.15	4.30	4.13	6.88	6.62	6.54	6.29	6.31	6.07
154	14.30	16.16	4.30	4.12	6.89	6.61	6.54	6.27	6.31	6.05
155	14.32	16.17	4.31	4.11	6.89	6.59	6.55	6.25	6.32	6.03
156	14.34	16.19	4.31	4.10	6.90	6.57	6.55	6.23	6.32	6.01
157	14.36	16.20	4.31	4.09	6.90	6.55	6.55	6.21	6.32	6.00
158	14.38	16.21	4.31	4.07	6.90	6.53	6.56	6.20	6.33	5.98
159	14.40	16.22	4.32	4.06	6.91	6.51	6.56	6.18	6.33	5.96
160	14.42	16.23	4.32	4.05	6.91	6.49	6.56	6.16	6.33	5.94
161	14.45	16.25	4.32	4.04	6.91	6.47	6.57	6.14	6.34	5.92
162	14.47	16.26	4.32	4.03	6.92	6.45	6.57	6.12	6.34	5.91
163	14.49	16.27	4.32	4.01	6.92	6.43	6.57	6.10	6.34	5.89
164	14.51	16.28	4.33	4.00	6.92	6.41	6.58	6.09	6.35	5.87
165	14.53	16.29	4.33	3.99	6.93	6.39	6.58	6.07	6.35	5.85
166	14.55	16.31	4.33	3.98	6.93	6.37	6.58	6.05	6.35	5.84
167	14.57	16.32	4.33	3.97	6.93	6.35	6.59	6.03	6.36	5.82
168	14.60	16.33	4.34	3.95	6.94	6.33	6.59	6.01	6.36	5.80
169	14.62	16.34	4.34	3.94	6.94	6.32	6.59	5.99	6.36	5.78
170	14.64	16.35	4.34	3.93	6.95	6.30	6.60	5.98	6.37	5.77
171	14.66	16.36	4.34	3.92	6.95	6.28	6.60	5.96	6.37	5.75
172	14.68	16.38	4.34	3.91	6.95	6.26	6.61	5.94	6.37	5.73
173	14.70	16.39	4.35	3.89	6.96	6.24	6.61	5.92	6.38	5.71
174	14.72	16.40	4.35	3.88	6.96	6.22	6.61	5.90	6.38	5.69
175	14.75	16.41	4.35	3.87	6.96	6.20	6.62	5.88	6.38	5.68
176	14.77	16.42	4.35	3.86	6.97	6.18	6.62	5.87	6.39	5.66
177	14.79	16.44	4.36	3.84	6.97	6.16	6.62	5.85	6.39	5.64
178	14.81	16.45	4.36	3.83	6.97	6.14	6.63	5.83	6.39	5.62
179	14.83	16.46	4.36	3.82	6.98	6.12	6.63	5.81	6.40	5.61
180	14.85	16.47	4.36	3.81	6.98	6.10	6.63	5.79	6.40	5.59
181	14.87	16.48	4.36	3.80	6.98	6.08	6.64	5.77	6.40	5.57
182	14.89	16.50	4.37	3.78	6.99	6.06	6.64	5.76	6.41	5.55

4-2-6. PUMY-P140YHMB PUMY-P140YHMB-BS

*Before calculating the sum of total capacity of indoor units, please convert the value into the kW model capacity following the formula on 4-1-1.

Total capacity of	Capacity(kW)		Power Consumption(kW)		Current(A)/380V		Current(A)/400V		Current(A)/415V
indoor units *	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating
80	8.00	9.00	2.34	2.73	3.75	4.37	3.56	4.16	3.44	4.01
81	8.10	9.10	2.37	2.76	3.80	4.42	3.61	4.20	3.48	4.05
82	8.20	9.20	2.40	2.79	3.84	4.47	3.66	4.25	3.52	4.10
83	8.30	9.30	2.43	2.82	3.89	4.52	3.70	4.29	3.57	4.14
84	8.40	9.40	2.46	2.86	3.94	4.58	3.75	4.35	3.61	4.20
85	8.50	9.50	2.49	2.89	3.99	4.63	3.79	4.40	3.66	4.24
86	8.60	9.60	2.53	2.92	4.05	4.67	3.85	4.45	3.71	4.29
87	8.70	9.70	2.56	2.95	4.10	4.72	3.90	4.49	3.76	4.33
88	8.80	9.80	2.59	2.98	4.15	4.77	3.94	4.54	3.80	4.37
89	8.90	9.90	2.62	3.01	4.20	4.82	3.99	4.58	3.85	4.42
90	9.00	10.00	2.66	3.04	4.26	4.87	4.05	4.63	3.90	4.46
91	9.10	10.11	2.69	3.08	4.31	4.93	4.10	4.69	3.95	4.52
92	9.20	10.23	2.72	3.11	4.36	4.98	4.14	4.74	3.99	4.56
93	9.30	10.34	2.76	3.14	4.42	5.03	4.20	4.78	4.05	4.61
94	9.40	10.46	2.79	3.17	4.47	5.07	4.25	4.83	4.10	4.65
95	9.50	10.57	2.83	3.21	4.53	5.14	4.31	4.89	4.15	4.71
96	9.60	10.68	2.86	3.24	4.58	5.19	4.35	4.93	4.20	4.75
97	9.70	10.80	2.89	3.27	4.63	5.23	4.40	4.98	4.24	4.80
98	9.80	10.91	2.93	3.30	4.69	5.28	4.46	5.02	4.30	4.84
99	9.90	11.03	2.97	3.34	4.75	5.35	4.52	5.08	4.36	4.90
100	10.00	11.14	3.00	3.37	4.80	5.39	4.57	5.13	4.40	4.95
101	10.10	11.25	3.04	3.40	4.87	5.44	4.63	5.18	4.46	4.99
102	10.20	11.37	3.07	3.43	4.91	5.49	4.67	5.22	4.51	5.03
103	10.30	11.48	3.11	3.47	4.98	5.55	4.74	5.28	4.56	5.09
104	10.40	11.60	3.14	3.50	5.03	5.60	4.78	5.33	4.61	5.14
105	10.50	11.71	3.18	3.53	5.09	5.65	4.84	5.37	4.67	5.18
106	10.60	11.82	3.22	3.57	5.15	5.71	4.90	5.43	4.73	5.24
107	10.70	11.94	3.26	3.60	5.22	5.76	4.96	5.48	4.78	5.28
108	10.80	12.05	3.29	3.63	5.27	5.81	5.01	5.53	4.83	5.33
109	10.90	12.17	3.33	3.67	5.33	5.87	5.07	5.59	4.89	5.39
110	11.00	12.28	3.37	3.70	5.39	5.92	5.13	5.63	4.95	5.43
111	11.10	12.39	3.41	3.74	5.46	5.99	5.19	5.69	5.00	5.49
112	11.20	12.51	3.45	3.77	5.52	6.03	5.25	5.74	5.06	5.53
113	11.30	12.63	3.48	3.80	5.57	6.08	5.30	5.78	5.11	5.58
114	11.40	12.75	3.52	3.84	5.63	6.15	5.36	5.85	5.17	5.63
115	11.50	12.88	3.56	3.87	5.70	6.19	5.42	5.89	5.22	5.68
116	11.60	13.00	3.60	3.91	5.76	6.26	5.48	5.95	5.28	5.74
117	11.70	13.13	3.64	3.94	5.83	6.31	5.54	6.00	5.34	5.78
118	11.80	13.25	3.68	3.98	5.89	6.37	5.60	6.06	5.40	5.84
119	11.90	13.38	3.72	4.01	5.95	6.42	5.66	6.10	5.46	5.88
120	12.00	13.50	3.76	4.05	6.02	6.48	5.72	6.16	5.52	5.94
121	12.10	13.63	3.80	4.08	6.08	6.53	5.78	6.21	5.58	5.99
122	12.20	13.75	3.84	4.12	6.15	6.59	5.85	6.27	5.63	6.04
123	12.30	13.88	3.88	4.15	6.21	6.64	5.91	6.32	5.69	6.09
124	12.40	14.00	3.92	4.19	6.27	6.71	5.97	6.38	5.75	6.15
125	12.50	14.13	3.97	4.22	6.35	6.75	6.04	6.42	5.82	6.19
126	12.60	14.25	4.01	4.26	6.42	6.82	6.10	6.48	5.88	6.25
127	12.70	14.38	4.05	4.29	6.48	6.87	6.16	6.53	5.94	6.29
128	12.80	14.50	4.09	4.33	6.55	6.93	6.23	6.59	6.00	6.35
129	12.90	14.63	4.13	4.36	6.61	6.98	6.29	6.64	6.06	6.40
130	13.00	14.75	4.18	4.40	6.69	7.04	6.36	6.70	6.13	6.46
131	13.10	14.88	4.22	4.44	6.75	7.11	6.42	6.76	6.19	6.51
132	13.20	15.00	4.26	4.47	6.82	7.15	6.48	6.80	6.25	6.56
133	13.30	15.13	4.31	4.51	6.90	7.22	6.56	6.86	6.32	6.62
134	13.40	15.25	4.35	4.54	6.96	7.27	6.62	6.91	6.38	6.66
135	13.50	15.38	4.39	4.58	7.03	7.33	6.68	6.97	6.44	6.72
136	13.60	15.50	4.44	4.62	7.11	7.39	6.76	7.03	6.51	6.78
137	13.70	15.63	4.48	4.65	7.17	7.44	6.82	7.08	6.57	6.82
138	13.80	15.75	4.53	4.69	7.25	7.51	6.89	7.14	6.65	6.88
139	13.90	15.88	4.57	4.73	7.31	7.57	6.96	7.20	6.70	6.94
140	14.00	16.00	4.62	4.76	7.39	7.62	7.03	7.24	6.78	6.98
141	14.10	16.13	4.66	4.80	7.46	7.68	7.09	7.31	6.84	7.04
142	14.20	16.26	4.71	4.84	7.54	7.75	7.17	7.37	6.91	7.10
143	14.30	16.40	4.76	4.87	7.62	7.79	7.24	7.41	6.98	7.14



Total capacity of	Capacity(kW)		Power Consumption(kW)		Current(A)/380V		Current(A)/400V		Current(A)/415V
indoor units *	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating	Cooling	Heating
144	14.40	16.53	4.80	4.91	7.68	7.86	7.31	7.47	7.04	7.20
145	14.50	16.66	4.85	4.95	7.76	7.92	7.38	7.53	7.11	7.26
146	14.60	16.80	4.89	4.99	7.83	7.99	7.44	7.59	7.17	7.32
147	14.70	16.93	4.94	5.02	7.91	8.03	7.52	7.64	7.25	7.36
148	14.80	17.06	4.99	5.06	7.99	8.10	7.59	7.70	7.32	7.42
149	14.90	17.20	5.04	5.10	8.07	8.16	7.67	7.76	7.39	7.48
150	15.00	17.33	5.08	5.14	8.13	8.23	7.73	7.82	7.45	7.54
151	15.10	17.46	5.13	5.17	8.21	8.27	7.81	7.87	7.53	7.58
152	15.20	17.60	5.18	5.21	8.29	8.34	7.88	7.93	7.60	7.64
153	15.30	17.73	5.23	5.25	8.37	8.40	7.96	7.99	7.67	7.70
154	15.40	17.86	5.28	5.29	8.45	8.47	8.04	8.05	7.75	7.76
155	15.50	18.00	5.32	5.32	8.51	8.51	8.09	8.09	7.80	7.80
156	15.51	18.01	5.32	5.31	8.52	8.49	8.10	8.08	7.81	7.79
157	15.52	18.02	5.32	5.29	8.52	8.47	8.10	8.06	7.81	7.77
158	15.54	18.04	5.33	5.28	8.52	8.45	8.11	8.04	7.81	7.74
159	15.55	18.05	5.33	5.27	8.53	8.43	8.11	8.01	7.82	7.72
160	15.57	18.06	5.33	5.25	8.53	8.40	8.12	7.99	7.82	7.70
161	15.58	18.07	5.34	5.24	8.54	8.38	8.12	7.97	7.83	7.68
162	15.60	18.09	5.34	5.22	8.54	8.36	8.12	7.95	7.83	7.66
163	15.61	18.10	5.34	5.21	8.55	8.34	8.13	7.93	7.83	7.64
164	15.62	18.11	5.34	5.20	8.55	8.32	8.13	7.91	7.84	7.62
165	15.64	18.12	5.35	5.18	8.56	8.29	8.14	7.89	7.84	7.60
166	15.65	18.14	5.35	5.17	8.56	8.27	8.14	7.87	7.85	7.58
167	15.67	18.15	5.35	5.16	8.56	8.25	8.14	7.85	7.85	7.56
168	15.68	18.16	5.35	5.14	8.57	8.23	8.15	7.83	7.85	7.54
169	15.70	18.17	5.36	5.13	8.57	8.21	8.15	7.80	7.86	7.52
170	15.71	18.19	5.36	5.11	8.58	8.18	8.16	7.78	7.86	7.50
171	15.73	18.20	5.36	5.10	8.58	8.16	8.16	7.76	7.87	7.48
172	15.74	18.21	5.37	5.09	8.59	8.14	8.17	7.74	7.87	7.46
173	15.76	18.22	5.37	5.07	8.59	8.12	8.17	7.72	7.87	7.44
174	15.77	18.24	5.37	5.06	8.59	8.10	8.17	7.70	7.88	7.42
175	15.79	18.25	5.37	5.05	8.60	8.07	8.18	7.68	7.88	7.40
176	15.80	18.26	5.38	5.03	8.60	8.05	8.18	7.66	7.89	7.38
177	15.81	18.27	5.38	5.02	8.61	8.03	8.19	7.64	7.89	7.36
178	15.83	18.29	5.38	5.00	8.61	8.01	8.19	7.62	7.89	7.34
179	15.84	18.30	5.38	4.99	8.62	7.99	8.19	7.59	7.90	7.32
180	15.86	18.31	5.39	4.98	8.62	7.96	8.20	7.57	7.90	7.30
181	15.87	18.32	5.39	4.96	8.63	7.94	8.20	7.55	7.91	7.28
182	15.89	18.34	5.39	4.95	8.63	7.92	8.21	7.53	7.91	7.26
183	15.90	18.35	5.40	4.94	8.63	7.90	8.21	7.51	7.91	7.24
184	15.92	18.36	5.40	4.92	8.64	7.88	8.22	7.49	7.92	7.22
185	15.93	18.37	5.40	4.91	8.64	7.85	8.22	7.47	7.92	7.20
186	15.95	18.39	5.40	4.89	8.65	7.83	8.22	7.45	7.93	7.18
187	15.96	18.40	5.41	4.88	8.65	7.81	8.23	7.43	7.93	7.16
188	15.97	18.41	5.41	4.87	8.66	7.79	8.23	7.41	7.93	7.14
189	15.99	18.42	5.41	4.85	8.66	7.77	8.24	7.39	7.94	7.12
190	16.00	18.44	5.41	4.84	8.66	7.74	8.24	7.36	7.94	7.10
191	16.02	18.45	5.42	4.82	8.67	7.72	8.24	7.34	7.95	7.08
192	16.03	18.46	5.42	4.81	8.67	7.70	8.25	7.32	7.95	7.06
193	16.05	18.47	5.42	4.80	8.68	7.68	8.25	7.30	7.95	7.04
194	16.06	18.49	5.43	4.78	8.68	7.66	8.26	7.28	7.96	7.02
195	16.08	18.50	5.43	4.77	8.69	7.63	8.26	7.26	7.96	7.00
196	16.09	18.51	5.43	4.76	8.69	7.61	8.27	7.24	7.97	6.98
197	16.11	18.52	5.43	4.74	8.70	7.59	8.27	7.22	7.97	6.96
198	16.12	18.54	5.44	4.73	8.70	7.57	8.27	7.20	7.97	6.94
199	16.14	18.55	5.44	4.71	8.70	7.54	8.28	7.18	7.98	6.92
200	16.15	18.56	5.44	4.70	8.71	7.52	8.28	7.15	7.98	6.90
201	16.16	18.57	5.44	4.69	8.71	7.50	8.29	7.13	7.99	6.88
202	16.18	18.59	5.45	4.67	8.72	7.48	8.29	7.11	7.99	6.86
203	16.19	18.60	5.45	4.66	8.72	7.46	8.29	7.09	7.99	6.84
204	16.21	18.61	5.45	4.65	8.73	7.43	8.30	7.07	8.00	6.82
205	16.22	18.62	5.46	4.63	8.73	7.41	8.30	7.05	8.00	6.79
206	16.24	18.64	5.46	4.62	8.73	7.39	8.31	7.03	8.01	6.77
207	16.25	18.65	5.46	4.60	8.74	7.37	8.31	7.01	8.01	6.75
208	16.27	18.66	5.46	4.59	8.74	7.35	8.31	6.99	8.01	6.73

Indoor D.B. 27˚C / W.B. 19˚C Outdoor D.B. 35˚C

Indoor D.B. 20˚C

Outdoor D.B. 7˚C / W.B. 6˚C

4-3. CORRECTING COOLING AND HEATING CAPACITY

4-3-1. Correcting Changes in Air Conditions

(1)The performance curve charts (Figure 1, 2) show the change ratio of capacity and input (power consumption) according to the indoor and outdoor temperature condition when defining the rated capacity (total capacity) and rated input under the standard condition in standard piping length (5m) as “1.0”.

• Standard conditions:

Rated cooling capacity

Rated heating capacity

•Use the rated capacity and rated input given in “4-2.”.

•The input is the single value on the side of the outdoor unit; the input on the sides of each indoor unit must be added to obtain the total input.

(2)The capacity of each indoor unit may be obtained by multiplying the total capacity obtained in (1) by the ratio between the individual capacity at the rated time and the total capacity at the rated time.

Individual capacity under stated conditions = total capacity under the stated conditions o

individual capacity at the rated time

total capacity at the rated time

(3)Capacity correction factor curve

Figure 1.

PUMY-P100VHMB(-BS) PUMY-P100YHMB(-BS) PUMY-P125VHMB(-BS) PUMY-P125YHMB(-BS) PUMY-P140VHMB(-BS) PUMY-P140YHMB(-BS)

Figure 2. PUMY-P100VHMB(-BS) PUMY-P125VHMB(-BS) PUMY-P140VHMB(-BS)

PUMY-P100YHMB(-BS) PUMY-P125YHMB(-BS) PUMY-P140YHMB(-BS)

		Cooling performance curve						Heating performance curve
Cooling	1.4						1.4
Capacity	1.4
Capacity
(ratio)	1.2						1.2						15
							1.2						20
													20
	1.0				22		1.0						25
					22		1.0						25
					20								INDOOR
					18	Heating							INDOOR
					18	Heating	0.8
	0.8				16	Capacity							<D.B. :>
					16								<D.B. :>
					INDOOR
					INDOOR	(ratio)
					<W.B. :>	(ratio)	0.6
	0.6				<W.B. :>		0.6
	0.6
Cooling	1.4						0.4
							0.4

Power													INDOOR
							1.4

consumption	1.2				22								<D.B. :>
consumption													<D.B. :>
(ratio)							1.2
					20								20


	1.0				18	Heating							15
	1.0				16	Power	1.0						15
					INDOOR	consumption							25
	0.8				<W.B. :>	(ratio)	0.8
	0.8						0.8
	0.6						0.6
	0.6						0.6
	0.4						0.4
	0.4						0.4
	-5 0	10	20	30	40 46		-15 -10 -5		0	5	10	15
		Outdoor	<D.B. :>					Outdoor	<W.B. :>

4-3-2. Correcting Capacity for Changes in the Length of Refrigerant Piping

(1)During cooling, obtain the ratio (and the equivalent piping length) of the outdoor units rated capacity and the total in-use indoor capacity, and find the capacity ratio corresponding to the standard piping length from Figure 3. Then multiply by the cooling capacity from Figure 1 to obtain the actual capacity.

(2)During heating, find the equivalent piping length, and find the capacity ratio corresponding to standard piping length from Figure 3. Then multiply by the heating capacity from Figure 2 to obtain the actual capacity.

(1)Capacity CORRECTION CURVE (Figure 3)

Capacity ratio [%]

																		Cooling
																		Cooling
100																		Heating
100																		Heating
95																	Heating P100, 125, 140



																	models
90																	models





85																	Cooling P100 model




80

																	Cooling P125 model


75
																	Cooling P140 model



70



	5	10	15	20	25	30	35	40	45	50	55	60	65	70	75	80 [m]

Corrected pipe length

(2) Method for Obtaining the Equivalent Piping Length

Equivalent length for type P100·125·140 = (length of piping to farthest indoor unit) + (0.3 o number of bends in the piping) (m) Length of piping to farthest indoor unit: type P100~P140.....80m

4-3-3. Correction of Heating Capacity for Frost and Defrosting

If heating capacity has been reduced due to frost formation or defrosting, multiply the capacity by the appropriate correction factor from the following table to obtain the actual heating capacity.

Correction factor diagram

Outdoor Intake temperature (W.B.°C)	6	4	2	0	-2	-4	-6	-8	-10
Correction factor	1.0	0.98	0.89	0.88	0.89	0.9	0.95	0.95	0.95

4-4.NOISE CRITERION CURVES

PUMY-P100VHMB(-BS) MODE SPL(dB) LINE

COOLING 49

PUMY-P100YHMB(-BS) HEATING 51

μbar)	90
μbar)
= 0.0002	80
= 0.0002
dB	70								NC-70
dB (0									NC-70
dB (0	60
LEVEL,	60
									NC-60
	50
PRESSURE	50
									NC-50
	40
									NC-40
SOUND									NC-40
	30
									NC-30
BAND									NC-30
BAND	20	APPROXIMATE
OCTAVE	20	THRESHOLD OF
		THRESHOLD OF
		HEARING FOR							NC-20
		CONTINUOUS							NC-20
		CONTINUOUS
	10	NOISE
	10	63	125	250	500	1000	2000	4000	8000
		63	125	250	500	1000	2000	4000	8000

BAND CENTER FREQUENCIES, Hz

PUMY-P140VHMB(-BS) MODE SPL(dB) LINE

PUMY-P140YHMB(-BS) COOLING 51

HEATING 53

PUMY-P125VHMB(-BS)
	MODE	SPL(dB)	LINE
PUMY-P125YHMB(-BS)	COOLING	50

	HEATING	52

μbar)	90
μbar)
= 0.0002	80
= 0.0002
dB	70								NC-70
dB
dB (0
dB (0	60
LEVEL,	60
									NC-60
	50
PRESSURE	50
									NC-50
	40
									NC-40
SOUND									NC-40
	30
									NC-30
BAND									NC-30
BAND	20	APPROXIMATE
OCTAVE	20	THRESHOLD OF
		THRESHOLD OF
		HEARING FOR							NC-20
		CONTINUOUS							NC-20
	10	NOISE
	10	63	125	250	500	1000	2000	4000	8000
		63	125	250	500	1000	2000	4000	8000

BAND CENTER FREQUENCIES, Hz

μbar)	90
μbar)
0.0002=	80
	80
dB	70								NC-70
dB
(0										MICROPHONE
(0										MICROPHONE
dB	60
LEVEL,	60									1m
									NC-60	1m
	50									UNIT
PRESSURE	50
PRESSURE									NC-50
									NC-50
	40									1.5m
SOUND									NC-40	1.5m
									NC-40
	30
	30
BAND									NC-30
BAND	20	APPROXIMATE
OCTAVE	20	THRESHOLD OF
	10	THRESHOLD OF								GROUND
	10	NOISE								GROUND
		HEARING FOR							NC-20
		CONTINUOUS							NC-20
		CONTINUOUS
		63	125	250	500	1000	2000	4000	8000

BAND CENTER FREQUENCIES, Hz

1 FREE SPACE (Around the unit)

2 SERVICE SPACE

3 FOUNDATION BOLTS

4 PIPING-WIRING DIRECTIONS

The diagram below shows a		Dimensions of space needed		Please secure the unit		Piping and wiring connections
basic example.		for service access are		firmly with 4 foundation (M10)		can be made from 4 directions:
Explantion of particular details is		shown in the below diagram.		bolts.(Bolts and washers must		front, right, rear and below.
given in the installation manuals etc.			Over 150	be purchased locally.)
FREE			Over 150
			Over 500	<Foundation bolt height>
Over 10	Over 10	Over	Over 500	Lessthan 30
		10			FOUNDATION
	Service space Over				FOUNDATION
	Service space Over
		500
						Rear Air Intake
Over 1000	Over 150					Side Air Intake

175

Side Air Intake

30 330

Handle for moving

322

Example of Notes							363723
Refrigerant GAS pipe connection(FLARE):15.88(5/8 inch)
Refrigerant LIQUID pipe connection(FLARE): 9.52(3/8 inch)
+1·····Indication of STOP VALVE connection location.
(Knockout)	92	5527	363732	922732	6373			5527	Handle for moving		1350
(Knockout)	92	5527	363732	922732	6373			5527		(Knockout)	1350
Handle for moving									Handle for moving			635
	Air intake											371
Piping Knockout Hole Details												23
							Power supply wiring hole					23
				Right piping hole			Power supply wiring hole
Power supply wiring hole				Right piping hole			(2-:27Knockout)
(2-:27Knockout)				(Knockout)			Right trunking hole
							Right trunking hole
Front trunking hole							(Knockout)			Power supply wiring hole
	40	45						45	40	Power supply wiring hole
	40	45			75		40	45	40	(2-:27Knockout)		219
(Knockout)										Rear trunking hole		219
(Knockout)

										(Knockout)
	n92					n92			:92			81
	n92					n92			:92
Front piping hole					19	55			92	Rear piping hole		30	220
					19	55		65	92	Rear piping hole		30	220
		65			92			65
					92

Rear Air Intake

		2-U Shaped notched holes			-PUMY -PUMY -PUMY -PUMY -PUMY -PUMY
		(Foundation Bolt M10)			P100VHMB( P125VHMB( P140VHMB( P100YHMB( P125YHMB( P140YHMB(
600		175
Installation Feet				370 19 417
		37	56	370 19 417
					- - - - - -
2-12%36 Oval holes	70	42	53	28	BS) BS) BS) BS) BS) BS)
(Foundation Bolt M10)	70	42	53	28	BS) BS) BS) BS) BS) BS)
Air Discharge	56
Air Discharge

950

Ground for the power supply ("GR"marking position)

Terminal block

(Left·········For the power supply ) Center····For the transmission line Right·······For concentration control

Ground for the transmission line

Ground for concentration control

Service panel

			Handle for moving
				1088
			4231	+1 507
			1
			+
			2
				Front piping cover
			71	Rear piping cover
			71
			Bottom piping hole
			(Knockout)
145	145	145	Drain hole
145	145	145	(5-:33)	mm : Unit
			(5-:33)

DIMENSIONS AND OUTLINES 5

6 WIRING DIAGRAM

PUMY-P100VHMB PUMY-P125VHMB PUMY-P140VHMB

PUMY-P100VHMB-BS PUMY-P125VHMB-BS PUMY-P140VHMB-BS

	SYMBOL	NAME
TB1		Terminal Block <Power Supply>
TB3		Terminal Block <Communication Line>
TB7		Terminal Block <Centralized Control Line>
MC		Motor For Compressor
MF1,MF2		Fan Motor
21S4		Solenoid Valve<Four-Way Valve>
63H		High Pressure Switch
63L		Low Pressure Switch
63HS		High Pressure Sensor
SV1		Solenoid Valve<Bypass valve>
TH3		Thermistor<Outdoor Pipe>
TH4		Thermistor<Discharge>
TH6		Thermistor<Low Pressure Saturated>
TH7		Thermistor<Outdoor>
TH8		Thermistor<Heatsink>
DCL		Reactor
ACTM		Active Filter Module
CE		Main Smoothing Capacitor
P.B.		Power Circuit Board
	TABU/V/W	Connection Terminal<U/V/W-Phase>
	TABS/T	Connection Terminal<L/N-Phase>
	TABP1/P2/P	Connection Terminal<DC Voltage>
	TABN1/N2/N	Connection Terminal<DC Voltage>
	DS2,DS3	Diode Bridge
	IPM	Power Module
N.F.		Noise Filter Circuit Board
	LI/LO	Connection Terminal<L-Phase>
	NI/NO	Connection Terminal<N-Phase>
	EI,E2	Connection Terminal<Ground>
	52C	52C Relay
C.B.		Controller Circuit Board
	SW1	Switch<Display Selection>
	SW2	Switch<Function Selection>
	SW3	Switch<Test Run>
	SW4	Switch<Model Selection>
	SW5	Switch<Function Selection>
	SW6	Switch<Function Selection>
	SW7	Switch<Function Selection>
	SW8	Switch<Function Selection>
	SWU1	Switch<Unit Address Selection, 1s digit>
	SWU2	Switch<Unit Address Selection, 10ths digit>
	CNLVB	Connector<To N.F. Board CN52C>
		(Symbol of Board is CNLVB)
	SS	Connector<Connection For Option>
	CN3D	Connector<Connection For Option>
	CN3S	Connector<Connection For Option>
	CN3N	Connector<Connection For Option>
	CN51	Connector<Connection For Option>
	LED1,LED2	LED<Operation Inspection Display>
	LED3	LED<Power Supply to Main Microcomputer>
	F1,F2	Fuse<T6,3AL250V>
	X501~505	Relay
M-NET P.B.		M-NET Power Circuit Board
	TP1	ConnectionTerminal<Ground>

Cautions when Servicing

63HS TH7 TH6 TH3 TH4

63L

63H

MULTI. B.

MF1

CNF1

3 1

1 2

2 1

CN3D CN3S CN3N

CNLVB

SWU2 SWU1 SW5

SW6

7(WHT)

(WHT) (RED) (BLU)

(RED)

63HS TH7/6

TH3

TH4

3 1

(WHT) (RED) (WHT) (WHT)

SW1

SW8 SW2

163L3

MF2

CNF2

SW4 SW3 SW7

7(WHT)

(RED)

1 CN51

(WHT)

M-NET P.B.

CN4

LED1

LED2

63H

CN2

(WHT)

TRANS

(YLW)

(WHT) 7

1 CN2 4

LED3

(WHT)

CNDC

TP1 BLK

(PNK)

CN1

X505

X504

X503

X502

X501

CN102

5 (WHT)1

CNS1 CNS2

CN41

CN40

4(WHT)1

1 52C

1 21S4 3

SV2

SV1 3

(RED) (YLW)

4(WHT)1

1 CNAC

1 2

(BLK)

(GRN)

(BLU)

(WHT)

(RED)

21S4

SV1

P. B.

DS3

TABT BLU

CNAF

TB3

(WHT)

CNDC

RED 2

(PIN)

DS2

TABS WHT

CN2

TABP2

IPM

WHT

RED

(WHT)

TABP1 RED

CN3

RED

TABN1

DC 30V(Non-polar)

TH8

BLK

52C

TO INDOOR UNIT

2 (WHT)

CONNECTING WIRES

CN5

2 (RED)

CN4

WHT

2 (WHT)

TABN

TABV

TABW

TABN2

TB7

RED

TABU

TABP

YLW 2

RED

WHT BLK

WHT

YLW

CNAC2 (RED)

U MS W

FOR CENTRALIZED

CONTROL

DC 30V(Non-polar)

DCL

RED

P 6

RED

CNAC1 (WHT)

BLK

WHT

L I

POWER SUPPLY

RED

~/N 230V 50Hz

ACTM

TB1

BLU	N. F.
NO
	1	2
	2
	CN52C (BLK)

BLK

		E2
	1	2
	2	2
	2	(RED)
	CN5	(RED)
		BLK
I	U	E I
N
BLU

L	RED
L
	BLU
N	BLU
N
	GRN/YLW	+1 MODEL SELECT 1:ON 0:OFF
	GRN/YLW	+1 MODEL SELECT 1:ON 0:OFF
			MODELS			SW4
						SW4
				1	2	3	4	5	6
				1	2	3	4	5	6

			PUMY-P100VHMB	0	1	0	0	1	0
			PUMY-P125VHMB	0	1	0	0	0	1
			PUMY-P140VHMB	0	1	0	0	1	1

!WARNING: When the main supply is turned off, the voltage [340 V] in the main capacitor will drop to 20 V in approx. 2 minutes (input voltage: 240 V). When servicing, make sure that LED1, LED2 on the outdoor circuit board goes out, and then wait for at least 1 minute.

Components other than the outdoor board may be faulty: Check and take corrective action, referring to the service manual. Do not replace the outdoor board without checking.

NOTES:

•Refer to the wiring diagrams of the indoor units for details on wiring of each indoor unit. Self-diagnosis function

The indoor and outdoor units can be diagnosed automatically using the self-diagnosis switch (SW1) and LED1, LED2 (LED indication) found on the multi-controller of the outdoor unit.

LED indication : Set all contacts of SW1 to OFF.

• During normal operation									[Example]
The LED indicates the drive state of the controller in the outdoor unit.									When the compressor and
Bit	1	2	3	4	5	6	7	8	SV1 are turned on during cooling
									operation.	1	2 3	4 5	6 7	8
Indication	Compressor	52C	21S4	SV1	(SV2)	—	—	Always lit

	operated

• When fault requiring inspection has occurred, the LED alternately indicates the inspection code and the location of the unit in which the fault has occurred.

Mitsubishi PUMY-P100VHMB(-BS), PUMY-P125VHMB(-BS), PUMY-P140VHMB(-BS), PUMY-P100YHMB(-BS), PUMY-P125YHMB(-BS) Service Manual

PUMY-P100YHMB PUMY-P125YHMB PUMY-P140YHMB

PUMY-P100YHMB-BS PUMY-P125YHMB-BS PUMY-P140YHMB-BS

SYMBOL	NAME
TB1	Terminal Block <Power Supply>
TB3	Terminal Block <Communication Line>
TB7	Terminal Block <Centralized Control Line>
MC	Motor For Compressor
MF1,MF2	Fan Motor
21S4	Solenoid Valve<Four-Way Valve>
63H	High Pressure Switch
63L	Low Pressure Switch
63HS	High Pressure Sensor
SV1	Solenoid Valve<Bypass Valve>
TH3	Thermistor<Outdoor Pipe>
TH4	Thermistor<Discharge>
TH6	Thermistor<Low Pressure Saturated>
TH7	Thermistor<Outdoor>
RS	Rush Current Protect Resistor
ACL1~ACL4	Reactor
CB1,CB2	Main Smoothing Capacitor
CK	Capacitor
P.B.	Power Circuit Board
TB-U/V/W	Connection Terminal<U/V/W-Phase>
TB-L1/L2/L3	Connection Terminal<L1/L2/L3-Power Supply>
TB-P2	Connection Terminal
TB-C1	Connection Terminal
TB-N1	Connection Terminal
X52A	Relay
N.F.	Noise Filter Circuit Board
LO1/LO2/LO3/NO	Connection Terminal<L1/L2/L3-Power Supply>
LI1/LI2/LI3/NI	Connection Terminal<L1/L2/L3-Power Supply>
GD1,GD3	Connection Terminal<Ground>
CONV.B.	Converter Circuit Board
L1-A1/IN	Connection Terminal<L1-Power Supply>
L1-A2/OU	Connection Terminal<L1-Power Supply>
L2-A2/OU	Connection Terminal<L2-Power Supply>
L3-A2/OU	Connection Terminal<L3-Power Supply>
N-IN	Connection Terminal
CK-OU	Connection Terminal
C.B.	Controller Circuit Board
SW1	Switch<Display Selection>
SW2	Switch<Function Selection>
SW3	Switch<Test Run>
SW4	Switch<Model Selection>
SW5	Switch<Function Selection>
SW6	Switch<Function Selection>
SW7	Switch<Function Selection>
SW8	Switch<Function Selection>
SWU1	Switch<Unit Address Selection, 1s digit>
SWU2	Switch<Unit Address Selection, 10ths digit>
SS	Connector<Connection For Option>
CN3D	Connector<Connection For Option>
CN3S	Connector<Connection For Option>
CN3N	Connector<Connection For Option>
CN51	Connector<Connection For Option>
LED1,LED2	LED<Operation Inspection Display>
LED3	LED<Power Supply to Main Microcomputer>
F1,F2	Fuse<T6.3AL250V>
X501~X505	Relay
M-NET P.B.	M-NET Power Circuit Board
TP1	Connection Terminal<Ground>

63L 63H

63HS TH7 TH6 TH3 TH4

C. B.

t t

MF1

CNF1

CN3D CN3S CN3N

SWU2 SWU1 SW5

SW6

(WHT) 1

3 1

1 2

2 1

(WHT) (RED) (BLU)

63HS TH7/6

TH3

TH4

1 3

(WHT) (RED) (WHT) (WHT)

SW1 SW8 SW2

MF2

CNF2

163L3

SW4 SW3 SW7

(WHT)

(RED)

CN51

(WHT)

CN4

LED1

LED2

63H

CN2

(WHT)

(YLW)

(WHT) 7

1 2

TRANS

LED3

1CNDC

(PNK)

X505

X504

X503

X502

X501

CN102

CNS1 CNS2

CN41

CN40 4(WHT)1

52C

1 21S4 3

SV2

SV1 3

(RED) (YLW)

4(WHT)1 4(WHT)1

3 1

SS 2

1 CNAC

(BLK)

(GRN)

(BLU)

(WHT)

(RED)

21S4

SV1

M-NET P.B. 4

TB3

1 CN2 4

M1 RED 2

P. B.

(WHT)

TP1

BLK

CN1

CN2

(WHT)

RED

CN7

(WHT)

TB-W

BLK

W MC

TB-V

2 CN4

WHT

TO INDOOR UNIT

1 (WHT)

RED

CONNECTING WIRES

2 CN5

TB-U

DC 30V(Non-polar)

1 (RED)

TB-L3

BLK

TB-L2

WHT

RED X52A

TB-L1

RED

WHT

TB7

RED

YLW 2

BLK L3-OU BLK

L3-A2

L2-OU

L2-A2

L1-OU RED

L1-A2

RED

YLW

TB-P2

TB-C1

TB-N1

(WHT)

CN7

Conv.B.

FOR CENTRALIZED

CB1

CB2

CONTROL

L1-A1

L1-IN

CK-OU

DC 30V(Non-polar)

N-IN

N. F.

RED

BLU

BLK

CNAC1

CNCT

CNAC2

(WHT) 1

(RED)

2 1

(RED)

ACL1

TB1

RED

LI1

LO1

RED

WHT

LI2 U

LO2

WHT

ACL2

ACL3

BLK

LI3

LO3

BLK

	N	BLU	NI	U					NO BLU
	N
POWER		GRN/YLW							+
SUPPLY								+	+
3N~				U				+
400V				U					U -
50Hz									U -
				GD1	CNAC1 3	1	GD3	CNDC 1 3 3	1 CNL
				GD1	(WHT)		GD3	(PNK)	(BLU)

+1 MODEL SELECT 1:ON 0:OFF

	MODELS	SW4
	MODELS	1 2 3 4 5 6
		1 2 3 4 5 6

PUMY-P100YHMB 1 1 0 0 1 0

PUMY-P125YHMB 1 1 0 0 0 1

PUMY-P140YHMB 1 1 0 0 1 1

Cautions when Servicing

BLK

WHT WHT

ACL4

!WARNING: When the main supply is turned off, the voltage [570 V] in the main capacitor will drop to 20 V in approx. 5 minutes (input voltage: 400 V). When servicing, make sure that LED1 and LED2 on the outdoor circuit board goes out, and then wait for at least 5 minute.

Components other than the outdoor board may be faulty: Check and take corrective action, referring to the service manual. Do not replace the outdoor board without checking.

NOTES:
•		Refer to the wiring diagrams of the indoor units for details on wiring of each indoor unit.
		Self-diagnosis function
		The indoor and outdoor units can be diagnosed automatically using the self-diagnosis switch
		(SW1), LED1 and LED2 (LED indication) found on the multi-controller of the outdoor unit.
		LED indication : Set all contacts of SW1 to OFF.
	•	During normal operation
		The LED indicates the drive state of the controller in the outdoor unit.

		Bit	1	2	3	4	5	6	7	8
	Indication		Compressor	52C	21S4	SV1	(SV2)	—	—	Always lit
			operated
	•	When fault requiring inspection has occurred, the LED alternately indicates the inspection code
		and the location of the unit in which the fault has occurred.

[Example]

When the compressor and

SV1 are turned on during cooling operation.

1 2 3 4 5 6 7 8

7 NECESSARY CONDITIONS FOR SYSTEM CONSTRUCTION

7-1. TRANSMISSION SYSTEM SETUP

Indoor unit

005

Indoor unit

004

Indoor unit

003

Indoor unit

002

			Indoor unit		001
Piping		Transmission wire

		For remote controller
		1	2	34
		1			5
		0			5
		9		7	6
Outdoorunit	051		8	7
Outdoorunit	051	1	2	34
		1			5
		0			5
		9		7	6
			8	7
	For centralized management

Address SW

1	2
1
0

9
	8
1	2
1
0
9
	8

1	2
1
0

9
	8
1	2
1
0
9
	8

1	2
1
0

9
	8
1	2
1
0
9
	8

1	2
1
0

9
	8
1	2
1
0
9
	8

1	2
1
0

9
	8
1	2
1
0
9
	8

3
4
	5
7	6
7
3
4
	5
7	6
7

3
4
	5
7	6
7
3
4
	5
7	6
7

3
4
	5
7	6
7
3
4
	5
7	6
7

3
4
	5
7	6
7
3
4
	5
7	6
7

3
4
	5
7	6
7
3
4
	5
7	6
7

Remote Remote Remote controller 104 controller 154 controller 105

Remote controller 102

Remote controller 101

SW	0	2	34
SW	0			5
	1
Address	9		7	6
		8	7
		8	7
	1	2	34
	0			5
	9			6
1
SW	0	2	34
SW	0			5
	1
Address	9		7	6
Address		8	7	6
		8	7
	1	2	34
	1			5
	0			5
	9
1
SW	0	2	34
SW	0			5
	1
Address	9			6
Address		8	7	6
		8	7
	1	2	34
	1			5
	0			5
	9
		8	7
1

SW	0	2	34
SW	0			5
	1
Address	9		7	6
		8	7
	1	2	34
	1			5
	0			5
	9		7	6
		8	7
1
SW	0	2	34
SW	0			5
	1
Address	9			6
Address		8	7	6
		8	7
	1	2	34
	1			5
	0			5
	9
		8	7
1

	A transmission wire must be connected to each refrigerant system (outdoor and indoor).	Set addresses: Outdoor unit ..............051-100 Indoor unit .................001-050 Remote controller .....101-200	PUMY has no 100ths digit switch. The address automatically become "100" if it is set as "01~50".

For remote controller

Outdoor unit	056
For centralized	management

Indoor unit

006

Indoor unit

007

Indoor unit

008

Indoor unit

009

Indoor unit

010

1	2	34
			5
0
9		7	6
	8
1	2	34
			5
0
9		7	6
	8

Address SW

1	2
1
0

9
	8
1	2
1
0
9
	8

1	2
1
0

9
	8
1	2
1
0
9
	8

1	2
1
0

9
	8
1	2
1
0
9
	8

1	2
1
0

9
	8
1	2
1
0
9
	8

1	2
1
0

9
	8
1	2
1
0
9
	8

3
4
	5
7	6
7
3
4
	5
7	6
7

3
4
	5
7	6
7
3
4
	5
7	6
7

3
4
	5
7	6
7
3
4
	5
7	6
7

3
4
	5
7	6
7
3
4
	5
7	6
7

3
4
	5
7	6
7
3
4
	5
7	6
7

Remote Remote controller 107 controller 157

SW	0	2	34
SW	0			5
	1
Address	9		7	6
		8	7
	1	2	34
	1			5
	0			5
	9		7	6
		8	7
1
SW	0	2	34
SW	0			5
	1
Address	9		7	6
Address		8	7	6
		8	7
	1	2	34
	1			5
	0			5
	9
1


7-2. REFRIGERANT SYSTEM DIAGRAM	Unit: mm <inch>

PUMY-P100VHMB(-BS) PUMY-P125VHMB(-BS) PUMY-P140VHMB(-BS)

PUMY-P100YHMB(-BS)

PUMY-P125YHMB(-BS)

PUMY-P140YHMB(-BS)

Refrigerant flow in cooling

Refrigerant flow in heating

Service		Pressure sensor		Thermistor (TH7)
Service		(63HS)
port		(63HS)	High pressure
port	Stop valve		High pressure	(Outdoor temperature)
	Stop valve	4-way valve	switch (63H)	(Outdoor temperature)
Refrigerant Gas pipe			switch (63H)

		Solenoid
<5/8>	Strainer	Solenoid
		valve (SV1)
		Capillary tube		Distributor
Thermistor<Saturation temperature			Check valve	Distributor
of suction pressure> (TH6)		Strainer	<High pressure>
Check valve<Low pressure>			Oil separator	Thermistor (TH3)
Check valve<Low pressure>			Strainer	(Pipe temperature)
	Accumulator	Low pressure	Discharge
	Accumulator	Low pressure	thermistor (TH4)
		switch(63L)	Compressor
Stop valve			Heatsink
Stop valve			thermistor (TH8)
Refrigerant Liquid pipe
<3/8>	Strainer
Service port

Capillary tube for oil separator : :2.5 % :0.8 % L1000

Refrigerant pipng specifications <dimensions of flared connector>

Capacity	Item	Liquid piping	Gas piping
	P15, P20, P25, P32, P40, P50	:6.35 <1/4>	:12.7 <1/2>
Indoor unit	P63, P80, P100	:9.52 <3/8>	:15.88 <5/8>
	P125, P140	:9.52 <3/8>	:15.88 <5/8>
	P125, P140
Outdoor unit	P100, P125, P140	:9.52 <3/8>	:15.88 <5/8>

7-3. SYSTEM CONTROL

7-3-1. Example for the System

• Example for wiring control cables, wiring method and address setting, permissible lengths, and the prohibited items are listed in the standard system with detailed explanation.

The explanation for the system in this section : Use 1 single outdoor unit and multiple outdoor units for M-NET remote control system.

Use 1 single outdoor unit and multiple indoor units in the multiple outdoor units for the M-NET remote control system.

A. Example of a M-NET remote controller system (address setting is necessary.)

Example of wiring control cables

1. Standard operation

	L1			L2
OC
51		IC		IC
51		01		02
		01		02
TB3	TB7	TB5	TB15	TB5	TB15
M1M2 S	A B S	M1M2 S	1 2	M1M2 S	1 2
		L3
				l2
		l1		A B
				A B
• 1 remote controller for each		A B		102
• 1 remote controller for each		101		RC
indoor unit.				RC

		RC
		RC

•There is no need for setting the 100 position on the remote controller.

2.Operation using 2 remote controllers

OC
51		IC		IC
51		01		02
		01		02
TB3	TB7	TB5	TB15	TB5	TB15
M1M2 S	A B S	M1M2 S	1 2	M1M2 S	1 2

A B

• Using 2 remote controllers

101

151

102

152

for each indoor unit.

(Main)

(Sub)

(Main)

(Sub)

3. Group operation

IC(Main)

IC(Sub)

TB3

TB7

TB5

TB15

TB5

TB15

M1M2 S

A B S

M1M2 S

1 2

M1M2 S

1 2

A B

	101
• Multiple indoor units operated	RC
• Multiple indoor units operated
together by 1 remote controller

Combinations of 1through 3 above are possible.

Wiring Method and Address Setting

a.Use feed wiring to connect terminals M1 and M2 on transmission cable block (TB3) for the outdoor unit (OC) to terminals M1 and M2 on the transmission cable block (TB5) of each indoor unit (IC). Use non-polarized 2 wire.

b.Connect terminals M1 and M2 on transmission cable terminal block (TB5) for each indoor unit with the terminal block (TB6) for the remote controller (RC).

c.Set the address setting switch (on outdoor unit P.C.B) as shown below.

Unit	Range	Setting Method
Indoor unit (IC)	001 to 050	—
Outdoor unit		Use the smallest
Outdoor unit	051 to 100	address of all the indoor
(OC)	051 to 100	address of all the indoor
(OC)		unit plus 50.
		unit plus 50.
Remote	101 to 150	Indoor unit address plus
controller (RC)	101 to 150	100.

a.Same as above.

b.Same as above.

c.Set address switch (on outdoor unit P.C.B) as shown below.

Unit	Range	Setting Method
Indoor Unit (IC)	001 to 050	—
Outdoor unit		Use the smallest
Outdoor unit	051 to 100	address of all the indoor
(OC)	051 to 100	address of all the indoor
(OC)		units plus 50.
		units plus 50.
Main Remote	101 to 150	Indoor unit address plus
Controller (RC)	101 to 150	100.
Sub Remote	151 to 200	Indoor unit address plus
Controller (RC)	151 to 200	150.

a.Same as above.

b.Connect terminals M1 and M2 on transmission cable terminal block (TB5) of the IC main unit with the most recent address within the same indoor unit (IC) group to terminal block (TB6) on the remote controller.

c.Set the address setting switch (on outdoor unit P.C.B) as shown below.

Unit	Range	Setting Method
IC (Main)	001 to 050	Use the smallest address within the
IC (Main)	001 to 050	same group of indoor units.
		same group of indoor units.
		Use an address, other than that of
IC (Sub)		the IC (Main) from among the units
IC (Sub)	001 to 050	within the same group of indoor
		units. This must be in sequence with
		the IC (Main).
Outdoor Unit	051 to 100	Use the smallest address of all the
Outdoor Unit	051 to 100	indoor units plus 50.
Main Remote	101 to 150	Set at an IC (Main) address within
Controller	101 to 150	the same group plus 100.
Sub Remote	151 to 200	Set at an IC (Main) address within
Controller	151 to 200	the same group plus 150.

d. Use the indoor unit (IC) within the group with the most functions as the IC (Main) unit.

+ 70 hidden pages