Mitsubishi MS-18RV-E1, MS-24RV-E1, MS-30RV-E1, MU-18RV-E1, MU-24RV-E1 Service Manual

SPLIT-TYPE AIR CONDITIONERS

No. OB271

SERVICE MANUAL

Wireless type Models

MS-18RV MS-24RV MS-30RV

-E1 (WH)

-E1 (WH)

-E1 (WH)

·MU-18RV

·MU-24RV

·MU-30RV

E1-

E1-

E1-

CONTENTS

1. TECHNICAL CHANGES ················

2. PART NAMES AND FUNCTIONS············

3. SPECIFICATION···················

4. NOISE CRITERIA CURVES ··············

5. OUTLINES AND DIMENSIONS ·············

6. WIRING DIAGRAM ··················

MS-18RV - E1

MS-24RV - 7. REFRIGERANT SYSTEM DIAGRAM ··········

E1

8. PERFORMANCE CURVES ···············

9. MICROPROCESSOR CONTROL ············

10.SERVICE FUNCTIONS·················

11.TROUBLESHOOTING ·················

12.DISASSEMBLY INSTRUCTIONS············

13.PARTS LIST·····················

14.OPTIONAL PARTS ··················

1 TECHNICAL CHANGES

MS-18NV - E4 MS-18RV - E1

MS-24NV - E2 MS-24RV - E1

1.Remote controller has been changed.

•SLEEP MODE function has removed.

•ECONO COOL operation has added.

•SWING button is removed, but SWING MODE function is available by VANE CONTROL button.

MS-30RV - E1

New model

MU-18NV - E4 MU-18RV - E1

MU-24NV - E2 MU-24RV - E1

1. Outdoor model name has changed.

MU-30RV - E1

New model

2

2 PART NAMES AND FUNCTIONS

INDOOR UNIT
MS-18RV - E1	MS-30RV - E1
MS-24RV - E1
	Grille
Air cleaning filter(option)
Deodorizing filter(option)
Front panel	Remote control
	receiving section

(When the grille is open)
MS-18RV		- E1			MS-18RV			- E1
MS-24RV		- E1			MS-24RV			- E1

MS-30RV - E1

MS-30RV - E1

Operation Indicator

OUTDOOR UNIT

MU-18RV

- E1

MU-24RV

- E1

MU-30RV - E1

3

ACCESSORIES

Indoor unit

		MS-18RV-	E1	MS-30RV- E1
		MS-24RV-	E1
1	Installation plate	1		1
2	Installation plate fixing screw 4 o 25 mm	6		7
3	Remote controller mouting hardware	1		1
4	Fixing screw for 3 o 3.5 o 1.6 mm (Black)	2		2
5	Battery (AAA) for remote controller	2		2
6	Wireless remote controller	1		1
7	Felt tape (Used for left or left-rear piping)	1		1

REMOTE CONTROLLER

MS-18RV - E1

MS-24RV - E1	Signal transmitting section
	Operation display section			PM
	OPERATE /STOP			AM
	(ON /OFF)button	ON/OFF	TOO	TOO
			WARM	COOL

TEMPERATURE buttons

Open the front lid.

FAN SPEED CONTROL button

OPERATION SELECT button ECONO COOL button

RESET button

CLOCK

PM

AM

ON/OFF	TOO	TOO
	WARM	COOL
	FAN	STOP
I FEEL COOL
	VANE	START
FAN DRY
MODE		HR.
ECONO COOL		MIN.
	RESET CLOCK

OFF-TIMER button

ON-TIMER button

HR. button MIN. button (TIME SET button)

CLOCK SET button

VANE CONTROL button

4

REMOTE CONTROLLER

MS-30RV - E1

Signal transmitting section

Operation display section

OPERATE/ STOP

(ON/ OFF)button

		PM
		AM
ON/OFF	TOO	TOO
	WARM	COOL

TEMPERATURE buttons

Open the front lid.

VANE button (Horizontal vane button)

OPERATION SELECT button

ECONO COOL button

WIDE VANE button (Vertical vane button)

RESET button

CLOCK

PM

AM

ON/OFF	TOO	TOO
	WARM	COOL

	FAN	STOP
I FEEL COOL
	VANE	START
FAN DRY
MODE	WIDE VANE	HR.
ECONO COOL	LONG	MIN.
	RESET CLOCK

FAN SPEED CONTROL button

OFF-TIMER button

ON-TIMER button

HR. button MIN. button (TIME SET button)

CLOCK SET button

LONG button

5

3 SPECIFICATION

Indoor model

Function

Power supply

	Capacity	Capacity	kW
		Dehumidification	R/h
		Air flow(High)	K /h
		Power outlet	A
		Running current	A
	Electrical data	Power input	W
		Auxiliary heater	A(kW)
		Power factor	%
		Starting current	A
		Fan motor current	A
	Coefficient of performance(C.O.P)
	Fan motor	Model	"
		Winding
		resistance(at20:)
		Dimensions WOHOD	mm
		Weight	kg
		Air direction
	Special remarks	Sound level (High)	dB
		Fan speed (High)	rpm
		Fan speed regulator
		Thermistor RT11(at25:)	k"
		Thermistor RT12(at25:)	k"
		Outdoor model
	Capacity Air flow		K /h
	Electrical data	Fan motor current	A
		Compressor motor current	A
	Compressor	Model
		Output	W
		Winding	"
		resistance(at20:)
	Fan motor	Model	"
		Winding
		resistance(at20:)
		Dimensions WOHOD	mm
		Weight	kg
		Sound level(High)	dB
	Special remarks	Fan speed(High)	rpm
		Fan speed regulator
		Refrigerant filling	kg
		capacity(R22)
		Refrigerating oil (Model)	cc

NOTE:Test conditions are based on JIS C 9612.

Cooling : Indoor	DB 27°C	/ WB 19°C
Outdoor	DB 35°C	/ WB (24°C)

MS-18RV - E1	MS-24RV - E1
Cooling	Cooling
Single phase	Single phase
220-240V, 50Hz	220-240V, 50Hz
5.1	6.4
2.5	3.4
756	816
15	25
9.1	12.9-12.6
1,910-2,010	2,780-2,900
—	—
95-92	98-96
51-55	59
0.25	0.29
2.67-2.54	2.30-2.21
RA4V27-EF	RA4V27-EE
WHT-BLK 183.8	WHT-BLK 183.8
BLK-RED 250.5	BLK-RED 250.5
1,015O320O190	1,015O320O190
14	14
5	5
42	45
1,180	1,260
3	3
10	10
10	10
MU-18RV - E1	MU-24RV - E1
2,340-2,400	2,286-2,358
8.46	12.06-11.76
0.39	0.55
PH-33VPET	NH-47VMDT
1,500	2,200
C-R 1.08	C-R 0.96
C-S 2.18	C-S 2.07
RA6V50-OG	RA6V60-AC
WHT-BLK 116.4	WHT-BLK 81.1 BLK-RED 102.2
BLK-RED 111.0	BLK-YLW 92.2
850o605o290	850o605o290
48	61
52	53
830-860	860-886
1	2
1.05	2.15
900 (MS32N1)	1,200 (MS32N1)

6

Indoor model

Function

Power supply

	Capacity	Capacity	kW
		Dehumidification	R/h
		Air flow(High)	K /h
		Power outlet	A
	Electrical data	Running current	A
		Power input	W
		Auxiliary heater	A(kW)
		Power factor	%
		Starting current	A
		Fan motor current	A
	Coefficient of performance(C.O.P)
	Fan motor	Model	"
		Winding
		resistance(at20:)
		Dimensions WOHOD	mm
		Weight	kg
		Air direction
	Special remarks	Sound level (High)	dB
		Fan speed (High)	rpm
		Fan speed regulator
		Thermistor RT11(at25:)	k"
		Thermistor RT12(at25:)	k"
		Thermistor RT13(at25:)	k"
		Outdoor model
	Capacity Air flow		K /h
	Electrical data	Fan motor current	A
		Compressor motor current	A
	Compressor	Model
		Output	W
		Winding	"
		resistance(at20:)
	Fan motor	Model	"
		Winding
		resistance(at20:)
		Dimensions WOHOD	mm
		Weight	kg
		Sound level(High)	dB
		Fan speed(High)	rpm
	Special remarks	Fan speed regulator
		Refrigerant filling	kg
		capacity(R22)
		Refrigerating oil (Model)	cc
		Thermistor RT62(at25:)	k"
		Thermistor RT63(at0:)	k"

NOTE:Test conditions are based on JIS C 9612.

Cooling : Indoor	DB 27°C	/ WB 19°C
Outdoor	DB 35°C	/ WB (24°C)

MS-30RV - E1

Cooling Single phase 220-240V, 50Hz 8.4

4.5

960

25

15.7-15.8

3,380-3,520

—

98-93

82-84

0.33-0.35

2.49-2.39 RC4V40-AA WHT-BLK 138.2 BLK-RED 159.0 1,100O325O227 16

5

47

1,280

3

10

10

10

MU-30RV - E1

2,880-3,000

14.81-14.87

0.56-0.58

NH-56VNHT

2,700

C-R 0.66

C-S 1.58

RA6V75-AA

WHT-BLK 62.8 BLK-YLW 55.9

YLW-RED 26.0

870o850o295

78

55

790-820

2

2.40

1,200 (MS32N1)

231.44

33.18

7

4 NOISE CRITERIA CURVES

MS-18RV - E1												MS-24RV - E1
					NOTCH		SPL(dB(A))			LINE						NOTCH		SPL(dB(A))		LINE
					High			42								High		45
	Test conditions,											Test conditions,
		Cooling : Dry-bulb temperature 27: Wet-bulb temperature 19:
	90											90	Cooling : Dry-bulb temperature 27:					Wet-bulb temperature 19:
OCTAVE BAND SOUND PRESSURE LEVEL, dB re 0.0002 MICRO BAR
											OCTAVE BAND SOUND PRESSURE LEVEL, dB re 0.0002 MICRO BAR
	80											80
	70									NC-70		70
																				NC-70
	60											60
										NC-60										NC-60
	50											50
										NC-50
																				NC-50
	40											40
										NC-40
																				NC-40
	30											30
										NC-30
																				NC-30
	20	APPROXIMATE										20	APPROXIMATE
		THRESHOLD OF
													THRESHOLD OF
		HEARING FOR								NC-20
													HEARING FOR							NC-20
		CONTINUOUS											CONTINUOUS
	10	NOISE										10	NOISE
		63	125	250	500	1000		2000	4000	8000
													63	125	250	500	1000	2000	4000	8000

BAND CENTER FREQUENCIES, Hz	BAND CENTER FREQUENCIES, Hz

MU-18RV - E1										MU-24RV - E1
					NOTCH		SPL(dB(A))		LINE						NOTCH		SPL(dB(A))		LINE
					High		52								High		53
	Test conditions,										Test conditions,
	90	Cooling : Dry-bulb temperature 35: Wet-bulb temperature 24:									90	Cooling : Dry-bulb temperature 35: Wet-bulb temperature 24:
BAR										BAR
MICRO	80									MICRO	80
0.0002	70								NC-70	0.0002	70								NC-70
dB re	60									dB re	60
LEVEL,										LEVEL,
									NC-60										NC-60
											50
PRESSURE	50									PRESSURE
									NC-50										NC-50
	40										40
									NC-40										NC-40
SOUND										SOUND
	30										30
BAND									NC-30	BAND									NC-30
	20	APPROXIMATE									20	APPROXIMATE
OCTAVE										OCTAVE
		THRESHOLD OF										THRESHOLD OF
		HEARING FOR							NC-20			HEARING FOR							NC-20
		CONTINUOUS										CONTINUOUS
	10	NOISE									10	NOISE
		63	125	250	500	1000	2000	4000	8000			63	125	250	500	1000	2000	4000	8000

BAND CENTER FREQUENCIES, Hz

BAND CENTER FREQUENCIES, Hz

8

MS-30RV - E1

NOTCH SPL(dB(A))

LINE

High 47

Test conditions,

Cooling : Dry-bulb temperature 27: Wet-bulb temperature 19:

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

BAND CENTER FREQUENCIES, Hz

MU-30RV - E1

NOTCH SPL(dB(A))

LINE

High 55

Test conditions,

Cooling : Dry-bulb temperature 35: Wet-bulb temperature 24:

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

BAND CENTER FREQUENCIES, Hz

9

5 OUTLINES AND DIMENSIONS

MS-18RV - E1

MS-24RV - E1

INDOOR UNIT

995

1015

320

50	775
58	19
162

Wireless remote controller

MU-18RV - E1

MU-24RV - E1

OUTDOOR UNIT

	Drainage	355
		350	20
	hole {16.2
		Air in
	35

248

90

Air in

	Drainage		Air out
	3holes	{33

605

292
20	183
	500
	850

Unit : mm

		4holes 11o20	Indoor unit
	150	648	217
60	40			20
		450	254	297
		450
		438	352	3

Installation plate	Wall hole [75

190 5

Installation plate

Liquid line [8-0.5m

{Gas line [12-0.43m Air in Insulation [50 O.D

[28 I.D

	190	Air out	Drain hose [16
			Insulation [28

Power supply cord

Lead to right 2m

Lead to left 1m

REQUIRED SPACE		or more
		100mm	or	more
100mm	or		100mm
	more

or	more

500mm

290

310

345

50

350mm	or
	more

	30	Service panel
		Liquid refrigerant
			pipe joint
			Refrigerant pipe
				(flared) [6.35(MU18RV)
		°	°	[9.52(MU-24RV)
			35
		30
157	100	Gas refrigerant

pipe joint

161Refrigerant pipe (flared) {15.88

74

10

MS-30RV - E1

INDOOR UNIT

Installation plate	Indoor unit
98	173

1068

47

98

414.5

414.5

173

Wall hole [ 75

Unit: mm

		7.5
	255.5	315
2.5	47

325

225 5

	1100
		Air in
56	791	253
		Air out
58	19

Installation plate

{Liquid line [ 9.52- 0.5m Gas line [ 19-0.43m Insulation [ 50 O.D

[ 32 I.D

Drain hose [ 16 (Connected part O.D)

Insulation [ 28

162 Wireless remote controller

11

MU-30RV - E1														Unit: mm
OUTDOOR UNIT
	185	500	185								Outdoor Unit-Necessary surrounding clearance
				17										200
		Air intake	27.539.5
				330		362							Note:Allow adequate
	Air intake											10	10	upper clearance
												Front opening
	Air outlet		Terminal15
		870						block for power line				10	500	150
	302		Terminal block for indoor and outdoor unit connection										Service space
												500
	Outlet guide
	installation hole
			Handle for moving
			Service panel
Handle for moving
A	524								850
										Refrigerant-pipe flared
	441	468	445		450		553			connection [15.88		45
										Refrigerant-pipe flared
	179									connection [9.52
	40	524	60						Knock out hole		60	53
												Knock out holes for
									for front piping
									(refrigerant,drainage		120 power line 2-[27
	2-12o23 Oval holes								and wiring)
			104
	(standard bolt M10)
			33	42		45			Knock out hole
	Drain hole [33								for right piping
									(refrigerant,drainage
			Bottom						and wiring)
			piping hole

Drain hole [33

Handle for moving

138

95

Rear piping hole

2-U-shaped notched holes

7

295

24

A

Side air intake

Rear fresh air intake

23

33

Outdoor Unit-Necessary surrounding clearance

(Concentrated installation) The upper side must be open.

	200	R6
100		17
	10

12

For 10 units or less

1000

R20

R20

80

25 max.

Standard bolt length

65

Front right piping holesdetail figures

12

6 WIRING DIAGRAM

MS-18RV - E1

INDOOR UNIT	MODEL WIRING DIAGRAM

LTB

BRN

CN

RT12

TO OUTDOOR

BRN

HIC1

IC141

112

UNIT

CONNECTING

F12

BLU

3

2

4

NR11

CN

BRN

WHT

2

121

YLW

BLU 1

CN201

3 52C

220-240V~

N

BLU

3

C11

CN211

GRY

BLU

TRANS

WHT

MF

1

4

BLU

BRN

F11

2

RED

BLK

1

POWER

LD1

CN

CN

CN

CN

RT11

SUPPLY

DSAR

GRN/YLW

102

151

101

ELECTRONIC CONTROL P.C. BOARD 111

CORD

~/N 220-240V

5

50Hz

3

3

PE

MV

DISPLAY

RECEIVER

CIRCUIT BREAKER

GRN/YLW

P.C. BOARD

P.C. BOARD

REMOTE

CONTROLLER

SYMBOL	NAME	SYMBOL	NAME	SYMBOL	NAME
C11	INDOOR FAN CAPACITOR	IC141	HYBRID IC	RT12	INDOOR COIL THERMISTOR
DSAR	SURGE ABSORBER	MF	INDOOR FAN MOTOR(INNER FUSE)	TB	TERMINAL BLOCK
F11	FUSE(3.15A)	MV	VANE MOTOR	52C	CONTACTOR
F12	THERMAL FUSE(93°C)	NR11	VARISTOR
HIC1	DC / DC CONVERTER	RT11	ROOM TEMPERATURE THERMISTOR
NOTE:1. About the outdoor side electric wiring refer to the outdoor unit electric wiring diagram for servicing.					VG79B019H01

2.Use copper conductors only. (For field wiring)

3.Symbols below indicate.

/: Terminal block, : Connector

MU-18RV - E1

OUTDOOR UNIT MODEL WIRING DIAGRAM

FROM INDOOR UNIT CONNECTING

220-240V~

TB

2

N

GRN/YLW

	WHT
WHT		C
	C1 RED
BLU		MC
	S
		R
F	BLK

C2

RED RED

ORN 1 ORN

WHT 2 WHT MF

BLU 3 BLK 4

SYMBOL					NAME			SYMBOL	NAME	SYMBOL	NAME
C1	COMPRESSOR CAPACITOR							F	FUSE(2A)	MF	OUTDOOR FAN MOTOR(INNER PROTECTOR)
C2	OUTDOOR FAN CAPACITOR							MC	COMPRESSOR(INNER PROTECTOR)	TB	TERMINAL BLOCK
NOTE:1. About the indoor side electric wiring refer to the indoor unit electric wiring diagram for servicing.											SG79J002H01
2.Use copper conductors only. (For field wiring)
3. Symbols below indicate.
/: Terminal block,						: Connector			13

MS-24RV - E1
INDOOR UNIT	MODEL WIRING DIAGRAM
TO OUTDOOR
UNIT
CONNECTING 3 TB		RED
220-240V~				CN201
	N	BLU F12 BLU 2
220-240V~			BLU	3
	BLU	BLU 1		1

2
L		WHT
BRN	WHT		WHT
		1
POWER			LD1	CN	CN
				102	151
SUPPLY	DSAR	GRN/YLW
CORD					5
~ /N 220-240V
50Hz					3
PE					MV
				DISPLAY
CIRCUIT BREAKER				P.C. BOARD
GRN/YLW

			CN		RT12
	HIC1		112
		IC141
			CN
					RT11
			111
		NR11
	52C		121	3	YLW
4			CN		BRN
3					GRY
	TRANS	C11	CN211
					WHT MF
			4
	F11		2		RED
					BLK
			1
CN	ELECTRONIC CONTROL P.C. BOARD
101

3

RECEIVER

P.C. BOARD

REMOTE

CONTROLLER

SYMBOL	NAME	SYMBOL	NAME	SYMBOL	NAME
C11	INDOOR FAN CAPACITOR	IC141	HYBRID IC	RT12	INDOOR COIL THERMISTOR
DSAR	SURGE ABSORBER	MF	INDOOR FAN MOTOR(INNER FUSE)	TB	TERMINAL BLOCK
F11	FUSE(3.15A)	MV	VANE MOTOR	52C	CONTACTOR
F12	THERMAL FUSE(93°C)	NR11	VARISTOR
HIC1	DC / DC CONVERTER	RT11	ROOM TEMPERATURE THERMISTOR
NOTE:1. About the outdoor side electric wiring refer to the outdoor unit electric wiring diagram for servicing.					VG79B020H01

2.Use copper conductors only. (For field wiring)

3.Symbols below indicate.

/: Terminal block, : Connector

MU-24RV - E1

OUTDOOR UNIT MODEL WIRING DIAGRAM

TB

CONNECTING	3		F		TB2
		RED		RED 1		RED			GRY
	240V~-220							CR
					WHT
		A2/b	52C A1/a			RED		RED	7
										X1
		BLU
	N					BLU	26F1
UNITINDOOR	240V~-220
					BLU		C1	RED	S
	2		52C					BLK		MC
		WHT 2		1				WHT	R
FROM		GRN/YLW

5

6

8

C

	C2
X1	3
BLU	1
	YLW BLK WHT ORN RED
	6 5 4 3 2 1
	YLW BLK WHT ORN RED

MF

SYMBOL	NAME	SYMBOL	NAME	SYMBOL	NAME
CR	CR SURGE ABSORBER	MC	COMPRESSOR (INNER PROTECTOR)	X1	FAN MOTOR RELAY
C1	COMPRESSOR CAPACITOR	MF	OUTDOOR FAN MOTOR (INNER PROTECTOR)	26F1	THERMOSTAT (AIR FLOW CONTORL)
C2	OUTDOOR FAN CAPACITOR	TB	TERMINAL BLOCK	52C	COMPRESSOR CONTACTOR
F	FUSE(2A)	TB2	TERMINAL BLOCK

NOTE:1. About the indoor side electric wiring refer to the indoor unit electric wiring diagram for servicing.						SG79J003H01
2.Use copper conductors only. (For field wiring)
3. Symbols below indicate.
/: Terminal block,					: Connector

14

MS-30RV - E1

MODEL WIRING DIAGRAM

INDOOR UNIT

TO OUTDOOR
UNIT
CONNECTING
12V	3TB	RED
	N	BLU
220-240V~	L	BRN
		GRN/YLW

				4	RT13
				3
		HIC1		2	RT12
				1
	CN201		CN112		BLK
	3		NR11	CN 3	GRY
	2			121	YLW
	1	TRANS	C11	1	BRN MF
					WHT
	TAB12	F11	SR141	3
					RED
				4
CN	CN	CN	CN211
				111CN	RT11
151	102	101 ELECTRONIC CONTROL P.C. BOARD
15	3	3
MV2 MV2 MV1	DISPLAY	RECEIVER
	P.C.BOARD	P.C.BOARD

REMOTE

CONTROLLER

SYMBOL	NAME	SYMBOL	NAME	SYMBOL	NAME
C11	INDOOR FAN CAPACITOR	MV2	VANE MOTOR(VERTICAL)	SR141	SOLID STATE RELAY
F11	FUSE(3.15A)	NR11	VARISTOR	TB	TERMINAL BLOCK
HIC1	DC/DC CONVERTER	RT11	ROOM TEMPERATURE THERMISTOR
MF	INDOOR FAN MOTOR(INNER PROTECTOR)	RT12	INDOOR COIL THERMISTOR (MAIN)
MV1	VANE MOTOR(HORIZONTAL)	RT13	INDOOR COIL THERMISTOR (SUB)
NOTE:1. About the outdoor side electric wiring refer to the outdoor unit electric wiring diagram for servicing.					SG79J148H01

2.Use copper conductors only. (For field wiring)

3.Symbols below indicate.

/: Terminal block, : Connector

15

MU-30RV - E1

MODEL WIRING DIAGRAM

OUTDOOR UNIT

RT62 RT63

MF

LEV

YLW

BLK

WHT

ORN

RED

6

6

5

4

3

2

1 RED

CIRCUIT BREAKER

YLW

BLK

WHT

ORN

C2

TB2

CN662

CN724

1

2

3 CN711

SUPPLY

L

-240V

X52

SR62

N

SR61

POWER

~ /N 220

50Hz

PE

X52

TAB52

GRN/YLW

COM

NO

BLU

WHT

BLU

F61

1

NR61

T61

3

BRN

DEICER P.C. BOARD

CN730

5

WHT

TB1

RED

BLU

BLU

12V

3

TO INDOOR UNIT

CONNECTING

N

220-240V~

L

DSAR WHT

WHT

CZ

WHT

WHT

C

1

52C

2

MC

C1

RED

S

R

BLU

A2

A1

BLK

52C

SYMBOL	NAME	SYMBOL	NAME	SYMBOL	NAME
CZ	CZ SURGE ABSORBER	MF	OUTDOOR FAN MOTOR (INNER PROTECTOR)	TB2	TERMINAL BLOCK
C1	COMPRESSOR CAPACITOR	NR61	VARISTOR	T61	TRANSFORMER
C2	OUTDOOR FAN CAPACITOR	RT62	DISCHARGE TEMPERATURE THERMISTOR	X52	CONTACTOR
DSAR	SURGE ABSORBER	RT63	AMBIENT TEMPERATURE THERMISTOR	52C	COMPRESSOR CONTACTOR
F61	FUSE(3.15A)	SR61	SOLID STATE RELAY
LEV	EXPANSION VALVE COIL	SR62	SOLID STATE RELAY
MC	COMPRESSOR (INNER PROTECTOR)	TB1	TERMINAL BLOCK
NOTE 1. Use copper conductors only (For field wiring).					SG79J153H02

2.Since the indoor and outdoor unit connecting wires have polarity, connect them according to the numbers (3,N, L).

3.Symbols below indicate.

/: Terminal block, : Connector

16

7 REFRIGERANT SYSTEM DIAGRAM

Unit:mm

MS-18RV - E1

INDOOR UNIT

MU-18RV - E1

OUTDOOR UNIT

Refrigerant pipe [15.88 (with heat insulator)

				Accumulator
Indoor	Indoor coil		Stop valve		Outdoor
heat	thermistor		(with service port)		heat
		RT12
exchanger				Strainer	exchanger
Distributor			Flared
			connection	Compressor
Room temperature
thermistor				Capillary tube
RT11
			Stop valve	[3.0X[2.0X700
		Refrigerant pipe [6.35
		(with heat insulator)
				Refrigerant flow in cooling
					Unit:mm
MS-24RV - E1				MU-24RV - E1
INDOOR UNIT		Refrigerant pipe [15.88		OUTDOOR UNIT
		(with heat insulator)		Accumulator
Indoor	Indoor coil		Stop valve		Outdoor
heat	thermistor		(with service port)		heat
		RT12
exchanger					exchanger
Distributor			Flared

Room temperature thermistor

RT11

connection

Stop valve

Refrigerant pipe 9.52 (with heat insulator)

	Compressor
	Discharge
Capillary tube	Pressure
	Regulator
[3.0X[1.6X350	open 26kgf/F
Capillary tube [3.0X[2.0X700		Strainer

Refrigerant flow in cooling

17

	Unit:mm
MS-30RV - E1	MU-30RV - E1
INDOOR UNIT	OUTDOOR UNIT
	Refrigerant pipe [15.88
	(with heat insulator)

Indoor	Indoor coil
heat	thermistor
exchanger	RT12(main)

Indoor coil thermistor RT13(sub)

Room temperature thermistor

RT11

Strainer

	Strainer
Stop valve
(with service port)		Outdoor
Flared connection	Discharge	heat
	temperature	exchanger
	thermistor
	RT62
Accumulator
	Compressor	Ambient
	Capillary tube	temperature
		thermistor
	[4.0 [2.4 200
		RT63
	(Upper path)	Capillary tube
Flared connection		[4.0 [2.4 100
	LEV	(Lower path)
	Strainer
Stop valve	Capillary tube
Refrigerant pipe [9.52	[3.6 [2.4 50	Refrigerant flow in cooling
(with heat insulator)

18

MAX. REFRIGERANT PIPING LENGTH

				Refrigerant piping	Piping size O.D : mm		Length of connecting pipe : m
Model				Max. length : m
				A	Gas	Liquid	Indoor unit	Outdoor unit
MS-18RV -
		E1				6.35
MU-18RV -
		E1	15
MS-24RV -							Gas 0.43	Gas 0
		E1
					15.88		Liquid 0.5	Liquid 0
MU-24RV -
		E1				9.52
MS-30RV -
		E1	30
MU-30RV -
		E1

MAX. HEIGHT DIFFERENCE

Indoor unit

w Max. Height

difference 5m

Refrigerant Piping

(MS-18/24RV)

Max.length

/15m(MS-30RV)

A

Outdoor unit

wHeight difference should be within 5m(MS-18/24RV) /15m(MS-30RV) regardless of which unit, indoor or outdoor position is high.

ADDITIONAL REFRIGERANT CHARGE(R22 : g)

Model

MS-18RV - MU-18RV - MS-24RV - MU-24RV -

E1

E1

E1

E1

Refrigerant piping length (one way)

Outdoor unit precharged	10m	15m
7m
1,050
0	45	120
2,150

Calculation : Xg=15g/mx(Refrigerant piping length (m)-7)

Model	Outdoor unit			Refrigerant piping length (one way)
	precharged	7m	10m		15m	20m		25m	30m
MS-30RV - E1	2,400	0	45		120	195		270	345
MU-30RV - E1
					Calculation : Xg=15g/mo(Refrigerant piping length(m)-7)

19

8 PERFORMANCE CURVES

MS-18RV - E1 MS-24RV - E1 MS-30RV - E1

MU-18RV - E1 MU-24RV - E1 MU-30RV - E1

The standard data contained in these specifications apply only to the operation of the air conditioner under normal conditions. Since operating conditions vary according to the areas where these units are installed. The following information has been provided to clarify the operating characteristics of the air conditioner under the conditions indicated by the performance curve.

(1)GUARANTEED VOLTAGE

198 ~ 264V

(2)AIR FLOW

Air flow should be set at MAX.

(3) MAIN READINGS

(1)	Indoor intake air wet-bulb temperature	:°CWB	}
(2)	Indoor outlet air wet-bulb temperature	:°CWB		Cooling
(3)	Outdoor intake air dry-bulb temperature	:°CDB
(4) Total input		:W

Indoor air wet/dry-bulb temperature difference on the left side of the chart on this page shows the difference between the indoor intake air wet/dry-bulb temperature and the indoor outlet air wet/dry -bulb temperature for your reference at service.

How to measure the indoor air wet-bulb/dry-bulb temperature difference

1.Attach at least 2 sets of wet-and dry-bulb thermometers to the indoor air intake as shown in the figure, and at least 2 sets of wet-and dry-bulb thermometers to the indoor air outlet. The thermometers must be attached to the position where air speed is high.

2.Attach at least 2 sets of dry-bulb thermometers to the outdoor air intake. Cover the thermometers to prevent direct rays of the sun.

3.Check that the air filter is cleaned.

4.Open windows and doors of room.

5.Press the EMERGENCY OPERATION switch once to start the EMERGENCY COOL MODE.

6.When system stabilizes after more than 15 minutes, measure temperature and take an average temperature.

7.10 minutes later, measure temperature again and check that the temperature does not change.

INDOOR UNIT

OUTDOOR UNIT

Wet-and dry-bulb thermometers

Wet-and dry-bulb thermometers

	14.9	18.9
	13.5	17.1
	12.2	15.4
	11.0	13.7
	9.8	12.2
	8.6	10.7
MS-18RV - E1	MS-24RV - E1	MS-30RV - E1

20

50

60

70

OUTDOOR LOW PRESSURE AND OUTDOOR UNIT CURRENT COOL operation

1 Both indoor and outdoor unit are under the same temperature/humidity condition. Dry-bulb temperature Relative humidity(%)

20

25

30

2 Air flow should be set at MAX.

3The unit of pressure has been changed to MPa on the international system of units(SI unit system). The conversion factor is : 1(MPa[Gauge]) =10.2(kgf/f[Gauge])

(kgf/F[Gauge])(MPa[Gauge])										MU-18RV -
														E1
pressure	7	0.7
				0.6
	6
										220V-240V
low	5				0.5
Outdoor
					0.4
	4
			0.3
	3
		15 18					20			25		30 32 35(:)
							50			60		70(%)

Ambient temperature(˚C)Ambient humidity(%)

(kgf/F[Gauge])(MPa[Gauge]) MU-24RV - E1

pressure	8
	6
	7
low	4
Outdoor
	5
	220-240V
	3

Ambient temperature(˚C)Ambient humidity(%)

(kgf/F[Gauge])(MPa[Gauge])							MU-30RV - E1
pressure	6			0.6
		0.5
	5
							220-240V
low	4			0.4
Outdoor
	3		0.3
				0.2
	2
		15 18 20					25		30 32		35(:)
		50					60		70		(%)

Ambient temperature(˚C)Ambient humidity(%)

MU-18RV - E1

11

current(A)	10
unit	9
	8			220V-240V
Outdoor
	7
	6
					30 32 35(:)
	15 18 20		25
	50		60		70(%)

Ambient temperature(˚C)Ambient humidity(%)

MU-24RV - E1

	current(A)unitOutdoor	220V
		240V

Ambient temperature(˚C)Ambient humidity(%)

MU-30RV - E1

	17
current(A)						240V
	16							220V
	15
unit	14
	13
Outdoor
	12
	11
	10
									35(:)
	15 18 20			25		30 32
	50			60		70			(%)

Ambient temperature(˚C)Ambient humidity(%)

21

PERFORMANCE DATA

COOL operation

MS-18RV - E1 : MU-18RV - E1 (220V)

CAPACITY: 5.1(kW) SHF : 0.66 INPUT: 1910(W)

										OUTDOOR DB(:)
INDOOR	INDOOR			21					25					27					30
DB(:)	WB(:)	Q	SHC		SHF	INPUT	Q	SHC		SHF	INPUT	Q	SHC		SHF	INPUT	Q	SHC		SHF	INPUT
21	18	5.99	2.88		0.48	1528	5.74	2.75		0.48	1604	5.51	2.64		0.48	1681	5.30	2.55		0.48	1757
21	20	6.25	2.25		0.36	1604	5.99	2.16		0.36	1700	5.81	2.09		0.36	1738	5.61	2.02		0.36	1815
22	18	5.99	3.12		0.52	1528	5.74	2.98		0.52	1604	5.51	2.86		0.52	1681	5.30	2.76		0.52	1757
22	20	6.25	2.50		0.40	1604	5.99	2.40		0.40	1700	5.81	2.33		0.40	1738	5.61	2.24		0.40	1815
22	22	6.50	1.82		0.28	1662	6.27	1.76		0.28	1767	6.12	1.71		0.28	1815	5.87	1.64		0.28	1891
23	18	5.99	3.36		0.56	1528	5.74	3.21		0.56	1604	5.51	3.08		0.56	1681	5.30	2.97		0.56	1757
23	20	6.25	2.75		0.44	1604	5.99	2.64		0.44	1700	5.81	2.56		0.44	1738	5.61	2.47		0.44	1815
23	22	6.50	2.08		0.32	1662	6.27	2.01		0.32	1767	6.12	1.96		0.32	1815	5.87	1.88		0.32	1891
24	18	5.99	3.60		0.60	1528	5.74	3.44		0.60	1604	5.51	3.30		0.60	1681	5.30	3.18		0.60	1757
24	20	6.25	3.00		0.48	1604	5.99	2.88		0.48	1700	5.81	2.79		0.48	1738	5.61	2.69		0.48	1815
24	22	6.50	2.34		0.36	1662	6.27	2.26		0.36	1767	6.12	2.20		0.36	1815	5.87	2.11		0.36	1891
24	24	6.83	1.64		0.24	1738	6.58	1.58		0.24	1834	6.43	1.54		0.24	1891	6.22	1.49		0.24	1986
25	18	5.99	3.84		0.64	1528	5.74	3.67		0.64	1604	5.51	3.53		0.64	1681	5.30	3.39		0.64	1757
25	20	6.25	3.25		0.52	1604	5.99	3.12		0.52	1700	5.81	3.02		0.52	1738	5.61	2.92		0.52	1815
25	22	6.50	2.60		0.40	1662	6.27	2.51		0.40	1767	6.12	2.45		0.40	1815	5.87	2.35		0.40	1891
25	24	6.83	1.91		0.28	1738	6.58	1.84		0.28	1834	6.43	1.80		0.28	1891	6.22	1.74		0.28	1986
26	18	5.99	4.07		0.68	1528	5.74	3.90		0.68	1604	5.51	3.75		0.68	1681	5.30	3.61		0.68	1757
26	20	6.25	3.50		0.56	1604	5.99	3.36		0.56	1700	5.81	3.26		0.56	1738	5.61	3.14		0.56	1815
26	22	6.50	2.86		0.44	1662	6.27	2.76		0.44	1767	6.12	2.69		0.44	1815	5.87	2.58		0.44	1891
26	24	6.83	2.19		0.32	1738	6.58	2.11		0.32	1834	6.43	2.06		0.32	1891	6.22	1.99		0.32	1986
26	26	7.04	1.41		0.20	1834	6.83	1.37		0.20	1929	6.73	1.35		0.20	1986	6.53	1.31		0.20	2044
27	18	5.99	4.31		0.72	1528	5.74	4.13		0.72	1604	5.51	3.97		0.72	1681	5.30	3.82		0.72	1757
27	20	6.25	3.75		0.60	1604	5.99	3.60		0.60	1700	5.81	3.49		0.60	1738	5.61	3.37		0.60	1815
27	22	6.50	3.12		0.48	1662	6.27	3.01		0.48	1767	6.12	2.94		0.48	1815	5.87	2.82		0.48	1891
27	24	6.83	2.46		0.36	1738	6.58	2.37		0.36	1834	6.43	2.31		0.36	1891	6.22	2.24		0.36	1986
27	26	7.04	1.69		0.24	1834	6.83	1.64		0.24	1929	6.73	1.62		0.24	1986	6.53	1.57		0.24	2044
28	18	5.99	4.55		0.76	1528	5.74	4.36		0.76	1604	5.51	4.19		0.76	1681	5.30	4.03		0.76	1757
28	20	6.25	4.00		0.64	1604	5.99	3.84		0.64	1700	5.81	3.72		0.64	1738	5.61	3.59		0.64	1815
28	22	6.50	3.38		0.52	1662	6.27	3.26		0.52	1767	6.12	3.18		0.52	1815	5.87	3.05		0.52	1891
28	24	6.83	2.73		0.40	1738	6.58	2.63		0.40	1834	6.43	2.57		0.40	1891	6.22	2.49		0.40	1986
28	26	7.04	1.97		0.28	1834	6.83	1.91		0.28	1929	6.73	1.88		0.28	1986	6.53	1.83		0.28	2044
29	18	5.99	4.79		0.80	1528	5.74	4.59		0.80	1604	5.51	4.41		0.80	1681	5.30	4.24		0.80	1757
29	20	6.25	4.25		0.68	1604	5.99	4.07		0.68	1700	5.81	3.95		0.68	1738	5.61	3.81		0.68	1815
29	22	6.50	3.64		0.56	1662	6.27	3.51		0.56	1767	6.12	3.43		0.56	1815	5.87	3.28		0.56	1891
29	24	6.83	3.01		0.44	1738	6.58	2.89		0.44	1834	6.43	2.83		0.44	1891	6.22	2.74		0.44	1986
29	26	7.04	2.25		0.32	1834	6.83	2.19		0.32	1929	6.73	2.15		0.32	1986	6.53	2.09		0.32	2044
30	18	5.99	5.03		0.84	1528	5.74	4.82		0.84	1604	5.51	4.63		0.84	1681	5.30	4.46		0.84	1757
30	20	6.25	4.50		0.72	1604	5.99	4.31		0.72	1700	5.81	4.19		0.72	1738	5.61	4.04		0.72	1815
30	22	6.50	3.90		0.60	1662	6.27	3.76		0.60	1767	6.12	3.67		0.60	1815	5.87	3.52		0.60	1891
30	24	6.83	3.28		0.48	1738	6.58	3.16		0.48	1834	6.43	3.08		0.48	1891	6.22	2.99		0.48	1986
30	26	7.04	2.53		0.36	1834	6.83	2.46		0.36	1929	6.73	2.42		0.36	1986	6.53	2.35		0.36	2044
31	18	5.99	5.27		0.88	1528	5.74	5.05		0.88	1604	5.51	4.85		0.88	1681	5.30	4.67		0.88	1757
31	20	6.25	4.75		0.76	1604	5.99	4.55		0.76	1700	5.81	4.42		0.76	1738	5.61	4.26		0.76	1815
31	22	6.50	4.16		0.64	1662	6.27	4.01		0.64	1767	6.12	3.92		0.64	1815	5.87	3.75		0.64	1891
31	24	6.83	3.55		0.52	1738	6.58	3.42		0.52	1834	6.43	3.34		0.52	1891	6.22	3.24		0.52	1986
31	26	7.04	2.82		0.40	1834	6.83	2.73		0.40	1929	6.73	2.69		0.40	1986	6.53	2.61		0.40	2044
32	18	5.99	5.51		0.92	1528	5.74	5.28		0.92	1604	5.51	5.07		0.92	1681	5.30	4.88		0.92	1757
32	20	6.25	5.00		0.80	1604	5.99	4.79		0.80	1700	5.81	4.65		0.80	1738	5.61	4.49		0.80	1815
32	22	6.50	4.42		0.68	1662	6.27	4.27		0.68	1767	6.12	4.16		0.68	1815	5.87	3.99		0.68	1891
32	24	6.83	3.83		0.56	1738	6.58	3.68		0.56	1834	6.43	3.60		0.56	1891	6.22	3.48		0.56	1986
32	26	7.04	3.10		0.44	1834	6.83	3.01		0.44	1929	6.73	2.96		0.44	1986	6.53	2.87		0.44	2044
NOTE	Q : Total capacity (kW)						SHF : Sensible heat factor								DB: Dry-bulb temperature
	SHC : Sensible heat capacity (kW)						INPUT : Total power input (W)								WB: Wet-bulb temperature

22

PERFORMANCE DATA

COOL operation

MS-18RV - E1 : MU-18RV - E1 (220V)

CAPACITY: 5.1(kW) SHF : 0.66 INPUT: 1910(W)

										OUTDOOR DB(:)
INDOOR	INDOOR			35					40					43					46
DB(:)	WB(:)	Q	SHC		SHF	INPUT	Q	SHC		SHF	INPUT	Q	SHC		SHF	INPUT	Q	SHC	SHF	INPUT
21	18	5.00	2.40		0.48	1872	4.59	2.20		0.48	1986	4.41	2.12		0.48	2025	4.23	2.03	0.48	2063
21	20	5.25	1.89		0.36	1948	4.90	1.76		0.36	2044	4.72	1.70		0.36	2101	4.54	1.63	0.36	2158
22	18	5.00	2.60		0.52	1872	4.59	2.39		0.52	1986	4.41	2.29		0.52	2025	4.23	2.20	0.52	2063
22	20	5.25	2.10		0.40	1948	4.90	1.96		0.40	2044	4.72	1.89		0.40	2101	4.54	1.82	0.40	2158
22	22	5.56	1.56		0.28	2025	5.20	1.46		0.28	2139	5.02	1.41		0.28	2177	4.85	1.36	0.28	2216
23	18	5.00	2.80		0.56	1872	4.59	2.57		0.56	1986	4.41	2.47		0.56	2025	4.23	2.37	0.56	2063
23	20	5.25	2.31		0.44	1948	4.90	2.15		0.44	2044	4.72	2.08		0.44	2101	4.54	2.00	0.44	2158
23	22	5.56	1.78		0.32	2025	5.20	1.66		0.32	2139	5.02	1.61		0.32	2177	4.85	1.55	0.32	2216
24	18	5.00	3.00		0.60	1872	4.59	2.75		0.60	1986	4.41	2.65		0.60	2025	4.23	2.54	0.60	2063
24	20	5.25	2.52		0.48	1948	4.90	2.35		0.48	2044	4.72	2.26		0.48	2101	4.54	2.18	0.48	2158
24	22	5.56	2.00		0.36	2025	5.20	1.87		0.36	2139	5.02	1.81		0.36	2177	4.85	1.74	0.36	2216
24	24	5.87	1.41		0.24	2101	5.51	1.32		0.24	2197	5.36	1.29		0.24	2244	5.20	1.25	0.24	2292
25	18	5.00	3.20		0.64	1872	4.59	2.94		0.64	1986	4.41	2.82		0.64	2025	4.23	2.71	0.64	2063
25	20	5.25	2.73		0.52	1948	4.90	2.55		0.52	2044	4.72	2.45		0.52	2101	4.54	2.36	0.52	2158
25	22	5.56	2.22		0.40	2025	5.20	2.08		0.40	2139	5.02	2.01		0.40	2177	4.85	1.94	0.40	2216
25	24	5.87	1.64		0.28	2101	5.51	1.54		0.28	2197	5.36	1.50		0.28	2244	5.20	1.46	0.28	2292
26	18	5.00	3.40		0.68	1872	4.59	3.12		0.68	1986	4.41	3.00		0.68	2025	4.23	2.88	0.68	2063
26	20	5.25	2.94		0.56	1948	4.90	2.74		0.56	2044	4.72	2.64		0.56	2101	4.54	2.54	0.56	2158
26	22	5.56	2.45		0.44	2025	5.20	2.29		0.44	2139	5.02	2.21		0.44	2177	4.85	2.13	0.44	2216
26	24	5.87	1.88		0.32	2101	5.51	1.76		0.32	2197	5.36	1.71		0.32	2244	5.20	1.66	0.32	2292
26	26	6.17	1.23		0.20	2177	5.81	1.16		0.20	2273	5.64	1.13		0.20	2321	5.46	1.09	0.20	2368
27	18	5.00	3.60		0.72	1872	4.59	3.30		0.72	1986	4.41	3.18		0.72	2025	4.23	3.05	0.72	2063
27	20	5.25	3.15		0.60	1948	4.90	2.94		0.60	2044	4.72	2.83		0.60	2101	4.54	2.72	0.60	2158
27	22	5.56	2.67		0.48	2025	5.20	2.50		0.48	2139	5.02	2.41		0.48	2177	4.85	2.33	0.48	2216
27	24	5.87	2.11		0.36	2101	5.51	1.98		0.36	2197	5.36	1.93		0.36	2244	5.20	1.87	0.36	2292
27	26	6.17	1.48		0.24	2177	5.81	1.40		0.24	2273	5.64	1.35		0.24	2321	5.46	1.31	0.24	2368
28	18	5.00	3.80		0.76	1872	4.59	3.49		0.76	1986	4.41	3.35		0.76	2025	4.23	3.22	0.76	2063
28	20	5.25	3.36		0.64	1948	4.90	3.13		0.64	2044	4.72	3.02		0.64	2101	4.54	2.90	0.64	2158
28	22	5.56	2.89		0.52	2025	5.20	2.71		0.52	2139	5.02	2.61		0.52	2177	4.85	2.52	0.52	2216
28	24	5.87	2.35		0.40	2101	5.51	2.20		0.40	2197	5.36	2.14		0.40	2244	5.20	2.08	0.40	2292
28	26	6.17	1.73		0.28	2177	5.81	1.63		0.28	2273	5.64	1.58		0.28	2321	5.46	1.53	0.28	2368
29	18	5.00	4.00		0.80	1872	4.59	3.67		0.80	1986	4.41	3.53		0.80	2025	4.23	3.39	0.80	2063
29	20	5.25	3.57		0.68	1948	4.90	3.33		0.68	2044	4.72	3.21		0.68	2101	4.54	3.09	0.68	2158
29	22	5.56	3.11		0.56	2025	5.20	2.91		0.56	2139	5.02	2.81		0.56	2177	4.85	2.71	0.56	2216
29	24	5.87	2.58		0.44	2101	5.51	2.42		0.44	2197	5.36	2.36		0.44	2244	5.20	2.29	0.44	2292
29	26	6.17	1.97		0.32	2177	5.81	1.86		0.32	2273	5.64	1.80		0.32	2321	5.46	1.75	0.32	2368
30	18	5.00	4.20		0.84	1872	4.59	3.86		0.84	1986	4.41	3.71		0.84	2025	4.23	3.56	0.84	2063
30	20	5.25	3.78		0.72	1948	4.90	3.53		0.72	2044	4.72	3.40		0.72	2101	4.54	3.27	0.72	2158
30	22	5.56	3.34		0.60	2025	5.20	3.12		0.60	2139	5.02	3.01		0.60	2177	4.85	2.91	0.60	2216
30	24	5.87	2.82		0.48	2101	5.51	2.64		0.48	2197	5.36	2.57		0.48	2244	5.20	2.50	0.48	2292
30	26	6.17	2.22		0.36	2177	5.81	2.09		0.36	2273	5.64	2.03		0.36	2321	5.46	1.96	0.36	2368
31	18	5.00	4.40		0.88	1872	4.59	4.04		0.88	1986	4.41	3.88		0.88	2025	4.23	3.73	0.88	2063
31	20	5.25	3.99		0.76	1948	4.90	3.72		0.76	2044	4.72	3.59		0.76	2101	4.54	3.45	0.76	2158
31	22	5.56	3.56		0.64	2025	5.20	3.33		0.64	2139	5.02	3.22		0.64	2177	4.85	3.10	0.64	2216
31	24	5.87	3.05		0.52	2101	5.51	2.86		0.52	2197	5.36	2.78		0.52	2244	5.20	2.71	0.52	2292
31	26	6.17	2.47		0.40	2177	5.81	2.33		0.40	2273	5.64	2.25		0.40	2321	5.46	2.18	0.40	2368
32	18	5.00	4.60		0.92	1872	4.59	4.22		0.92	1986	4.41	4.06		0.92	2025	4.23	3.89	0.92	2063
32	20	5.25	4.20		0.80	1948	4.90	3.92		0.80	2044	4.72	3.77		0.80	2101	4.54	3.63	0.80	2158
32	22	5.56	3.78		0.68	2025	5.20	3.54		0.68	2139	5.02	3.42		0.68	2177	4.85	3.29	0.68	2216
32	24	5.87	3.28		0.56	2101	5.51	3.08		0.56	2197	5.36	3.00		0.56	2244	5.20	2.91	0.56	2292
32	26	6.17	2.72		0.44	2177	5.81	2.56		0.44	2273	5.64	2.48		0.44	2321	5.46	2.40	0.44	2368
NOTE	Q : Total capacity (kW)						SHF : Sensible heat factor								DB: Dry-bulb temperature
	SHC : Sensible heat capacity (kW)						INPUT : Total power input (W)								WB: Wet-bulb temperature

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