Mitsubishi MSC-C07TV-E1, MSC-C09TV-E1, MSC-C12TV-E1, MU-C07TV-E1, MU-C09TV-E1 Service Manual

SPLIT-TYPE,AIR CONDITIONERS

SPLIT-TYPE,HEAT PUMP AIR CONDITIONERS

HFC	No. OB269
utilized

SERVICE MANUAL	R407C

Wireless type

Models

MSC-C07TV - E1 (WH) MSC-C09TV - E1 (WH) MSC-C12TV - E1 (WH)

·MU-C07TV

·MU-C09TV

·MU-C12TV

E1-

E1-

E1-

MSC-C07TV - E1 (WH) MSC-C09TV - E1 (WH) MSC-C12TV - E1 (WH)

·MUH-C07TV

·MUH-C09TV

·MUH-C12TV

E1-

E1-

E1-

CONTENTS

MSC-C07TV - E1 MSC-C09TV - E1 MSC-C12TV - E1

1.TECHNICAL CHANGES ················

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

3.SPECIFICATION····················

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

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

6.WIRING DIAGRAM ··················

7.REFRIGERANT SYSTEM DIAGRAM ··········

8.PERFORMANCE CURVES ···············

9.MICROPROCESSOR CONTROL ············

10.SERVICE FUNCTIONS·················

11.TROUBLESHOOTING ·················

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

13.PARTS LIST······················

1 TECHNICAL CHANGES

MSC-C07SV - E1 MSC-C07TV - E1

MSC-C09SV - E1 MSC-C09TV - E1

MSC-C12SV - E1 MSC-C12TV - E1

1.Rated voltage has changed to 230V.

2.Remote controller has changed.

•Slide switch for setting the type has added on the remote controller. Indoor units for MU type and MUH type are common specifications.

Set slide switch on the remote controller according to the type of outdoor unit.

Slide switch

Type	COOL & HEAT COOL ONLY
The position	H C	H C
of the slide
switch

MU-C07TV - E1

MU-C09TV - E1

MU-C12TV - E1

New model

MUH-C07SV - E1 MUH-C07TV - E1

1.Rated voltage has changed to 230V.

2.Path of heat exchanger has changed.

3.Refrigerant filling capacity has changed.(0.85kg 0.90kg)

4.Capillary tube has changed.({3.0X{1.6X600 {3.0X{1.6X750, {3.0X{1.4X600 {3.0X{1.4X700)

5.Temperature of defrosting control has changed.

6.Additional refrigerant charge has been changed.(50g/m 25g/m)

MUH-C09SV - E1 MUH-C09TV - E1

1.Rated voltage has changed to 230V.

2.Outdoor heat exchanger has changed.

3.Refrigerant filling capacity has changed.(0.80kg 1.00kg)

4.Capillary tube has changed.

({3.0X{1.6X400 {3.0X{1.8X400, {3.0X{1.4X550 {3.0X{1.4X650, {3.0X{1.4X800 X2 {3.0X{1.4X500 X2)

5.Outdoor fan motor has changed.(RA6V23-EA RA6V33-CA)

6.Temperature of defrosting control has changed.

7.Additional refrigerant charge has been changed.(50g/m 25g/m)

MUH-C12SV - E1 MUH-C12TV - E1

1.Rated voltage has changed to 230V.

2.Path of heat exchanger has changed.

3.Refrigerant filling capacity has changed.(1.20kg 1.25kg)

4.Capillary tube has changed.({3.0X{1.8X250, {3.0X{1.8X400)

5.High pressure protection temperature has changed.

6.Temperature of defrosting control has changed.

7.Additional refrigerant charge has been changed.(50g/m 25g/m)

2

INFORMATION FOR THE AIR CONDITIONER WITH R407C REFRIGERANT

This room air conditioner adopts HFC refrigerant (R407C) which will never destroy the ozone layer. Pay attention to following points.

1Take sufficient care not to allow water and other contaminations to enter the R407C refrigerant during storage and installation, since it is more susceptible to contaminations than HCFC (R22) refrigerant.

2 Clean refrigerant pipings should be used.

3Composition change may occur in R407C since it is a mixed refrigerant. When charging, charge liquid refrigerant to prevent composition change.

4Be especially careful when managing the tools.

If dust, dirt, or water mixes in the refrigerant cycle, it may cause decrease of performance.

			New refrigerant	Previous refrigerant
	Refrigerant		R407C	R22
	Composition (Ratio)		R32: R125: R134a (23%:25%:52%)	HCFC22 (100%)
	Refrigerant handling		Non-azeotropic refrigerant	Single refrigerant
	Chlorine		Not included	Included
Refrigerant	Safety group (ASHRAE)		A1/A1	A1
	Saturated steam density [25:](Kg/K)		42.5	44.4
	Molecular weight		86.2	86.5
	Boiling point (:)		-43.6	-40.8
	Steam pressure [25:](Mpa [Gauge])		0.9177	0.94
	Combustibility		Non combustible	Non combustible
	ODP w1		0	0.055
	GWP w2		1530	1700
	Refrigerant charge method		From liquid phase in cylinder	Gas phase
	Additional charge on leakage		Impossible	Possible
Lubricant	Kind		Incompatible oil	Compatible oil
	Color		Non	Light yellow
	Smell		Non	Non
w1 :Ozone Destruction Parameter		: based on CFC11
w2 :Global Warmth Parameter		: based on CO2

Compressor

New Specification

Previous Specification

The incompatible lubricant easily separates from refrigerant

Since refrigerant and lubricant are compatible each other,

and makes the layer in the upper inside the suction muffler.

lubricant returns to the compressor through the lower

The higher position of the returning oil hole enables to return

position returning oil hole.

the lubricant of the upper layer to the compressor.

Suction muffler

Suction muffler

Returning oil hole

Compressor

Compressor

Lubricant

Returning oil hole

Refrigerant

Lubricant and Refrigerant

Conversion chart of refrigerant temperature and pressure

(MPa[Gauge])

	4.0
pressure	3.5	R407C
	2.5
	3.0	R22
liquid	2.0
Saturated	1.5
	1.0
	0.5
	0.0

-0.5 -30 -20 -10 0 10 20 30 40 50 60 (:)

NOTE : The 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])

3

1.Tools dedicated for the air conditioner with R407C refrigerant

The following tools are required for R407C refrigerant. Some R22 tools can be substituted for R407C tools. Do not use tools that are used with R22 refrigerant in order to avoid mixing oils.

	R407C tools	Can R22 tools be used?		Description
	Gauge manifold	No	A gauge manifold with a sight glass is recommended for charging the
			liquid refregerant.
	Charge hose	No	Hose material have been changed to improve the pressure
			resistance.
	Gas leak detector	No	Dedicated for HFC refrigerant.
	Torque wrench	Yes
	Flare tool	Yes
	Vacuum pump	New	Provided to prevent the back flow of oil. This adapter enables you to use
	adapter		existing vacuum pumps.
	Electronic scale for	New	Use the electronic control scale for measuring the R407C.
	refrigerant charging

2.Refrigerant piping

Do not use copper pipes which are broken, deformed or discoloured.

In addition, be sure that the inner surfaces of the pipes are clean, free of hazardous sulfur and oxides, or have no dust/ dirt, shaving particles, oil, moisture or any other contamination.

•If there is a large amount of residual oil inside the piping and joints, deterioration of the refrigerant oil will result.

3.Refrigerant oil

Apply the specific refrigeration oil (accessories) to the flare and the union seat surfaces.

4.Air purge

Use the vacuum pump for air purge to protect environments, and to avoid changing the composition of refrigerant.

5.Additional charge

For additional charging, charge the refrigerant with liquid phase slowly using a gas cylinder. If the refrigerant is charged with gas phase, the composition of refrigerant will change. In this case, ability of the refrigerating cycle decreases or normal operation can be impossible.

If liquid refrigerant is rapidly charged at once, the compressor may be locked.

NOTE: 1. The R407C is mixed refrigerant which consist of three different kinds of evaporative temperature. As a result, the R407C occurs the change of composition.

2.Additional refrigerant charge has been changed by change of refrigerant.(R22 R407C) R22 : <MU-type> 15g/m R407C : <MU-C07/C09/C12TV> 15g/m

R22 : <MUH-type> 50g/m R407C : <MUH-C07/C09/C12TV> 25g/m

Union

		Stop valve
Indoor unit	Liquid pipe
Refrigerant	Gas pipe	Outdoor unit
gas cylinder
operating	Service port
valve
	Gage manifold
	Charge hose
	Refrigerant gas cylinder
	for R407C with siphon
	Refrigerant (liquid)
	Electronic scale for
	refrigerant charging

4

2 PART NAMES AND FUNCTIONS

INDOOR UNIT

MSC-C07TV - E1

MSC-C09TV - E1

MSC-C12TV - E1

Deodorizing filter (gray sponge type)

Air cleaning filter (white bellows type)

Front panel

Air filter

Vertical vanes

Operation section

(when the grille is open)

Emergency operation switch

Grille

Air inlet

Remote control receiving section

Horizontal vane

Remote controller

Display section

Operation indicator lamp Receiving section

OUTDOOR UNIT

MU-C07TV - E1 MUH-C07TV - E1 MU-C09TV - E1 MUH-C09TV - E1 MU-C12TV - E1 MUH-C12TV - E1

Air inlet (back and side)

Piping

Drain hose

Air outlet

Drain outlet

ACCESSORIES

MSC-C07TV - E1

MSC-C09TV - E1

MSC-C12TV - E1

<Indoor unit>

1	Installation plate	1
2	Installation plate fixing screw 4 x 25 mm	5
3	Remote controller mounting hardware	1
4	Fixing screw for 3 3.5 x 16 mm (Black)	2
5	Battery (AAA) for remote controller	2
6	Wireless remote controller	1
7	Felt tape (Used for left or left-rear piping)	1
8	Deodorizing filter	1
9	Air cleaning filter	1
0	Refrigeration oil	1

MUH-C07TV - E1

MUH-C09TV - E1

MUH-C12TV - E1

<Outdoor unit : MUH type only>

1	Drain socket	1
2	Drain cap [33	2

5

MSC-C07TV - E1

MSC-C09TV - E1

MSC-C12TV - 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.

FAN SPEED CONTROL button

OPERATION SELECT button ECONO COOL button

RESET button

AM

ON/OFF	TOO	TOO
	WARM	COOL

	FAN	STOP
I FEEL COOL
HEAT	VANE	START
	DRY
/FAN
/		HR.
MODE
ECONO COOL		MIN.
	RESET CLOCK

OFF-TIMER button

ON-TIMER button

HR. button MIN. button (TIME SET button)

CLOCK SET button

VANE CONTROL button

3 SPECIFICATION

Indoor model

Function

Indoor unit power supply

	Capacity	Air flow(High)	K /h
		Power outlet	A
	Electrical data	Running current	A
		Power input	W
		Power factor	%
		Starting current	A
		Fan motor current	A
	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	Outdoor unit power supply
		Outdoor air flow	K /h
		Capacity	kW
		Dehumidification	R/h
		Power outlet	A
	Electrical data	Running current	A
		Power input	W
		Auxiliary heater	A(kW)
		Power factor	%
		Starting current	A
		Compressor motor current	A
		Fan motor current	A
	Coefficient of performance(C.O.P)
	Compressor	Model	"
		Output
			W
		Winding
		resistance(at20:)
	Fan motor	Model
		Winding	"
		resistance(at20:)
		Dimensions WOHOD	mm
		Weight	kg
		Sound level	dB
	Special remarks	Fan speed	rpm
		Fan speed regulator
		Refrigerant filling	kg
		capacity(R407C)
		Refrigerating oil (Model)	cc

MSC-C07TV - E1	MSC-C09TV - E1	MSC-C12TV - E1
Cooling	Cooling	Cooling
Single phase	Single phase	Single phase
230V,50Hz	230V,50Hz	230V,50Hz
474	474	588
10	10	10
0.17	0.17	0.19
35	35	40
90	90	92
—	—	—
0.17	0.17	0.19
RC4V19-BA	RC4V19-BA	RC4V19-BA
WHT-BLK 292	WHT-BLK 292	WHT-BLK 292
BLK-RED 325	BLK-RED 325	BLK-RED 325
850O278O191	850O278O191	850O278O191
9	9	10
5	5	5
36	36	39
950	950	1020
3	3	3
10	10	10
10	10	10
MU-C07TV - E1	MU-C09TV - E1	MU-C12TV - E1
Single phase	Single phase	Single phase
230V,50Hz	230V,50Hz	230V,50Hz
2.25	2.5	3.55
0.8	1.0	1.6
1686	1686	1914
10	10	10
3.03	3.53	6.01
695	795	1330
—	—	—
99	98	96
18	19	34
2.75	3.25	5.64
0.29	0.29	0.37
3.08	3.01	2.59
RE-130VGSHT	RE-145VGSHT	RE-231VHSHT
650	700	1100
C-R 4.18	C-R 4.03	C-R 2.25
C-S 5.76	C-S 5.71	C-S 4.07
RA6V23-EB	RA6V23-EB	RA6V33-CB
WHT-BLK 258	WHT-BLK 258	WHT-BLK 176
BLK-RED 385	BLK-RED 385	BLK-RED 413
780o540o255	780o540o255	780o540o255
32	32	34
45	45	49
645	645	725
1	1	1
0.77	0.88	0.90
350 (NEO22 )	350 (NEO22 )	620 (NEO22)

NOTE:Test conditions are based on JIS C 9612. Cooling : Indoor DB27°C / WB19°C

Outdoor DB35°C / WB24°C

7

	Indoor model			MSC-C07TV - E1						MSC-C09TV - E1
	Function			Cooling			Heating			Cooling			Heating
	Indoor unit power supply			Single phase						Single phase
				230V,50Hz						230V,50Hz
Capacity	Air flow(High)	K /h		474				504		474				504
	Power outlet	A				10						10
Electrical data	Running current	A			0.17						0.17
	Power factor	%				90						90
	Power input	W				35						35
	Starting current	A				—						—
	Fan motor current	A			0.17						0.17
Fan motor	Model	"		RC4V19-BA						RC4V19-BA
	Winding			WHT-BLK 292						WHT-BLK 292
	resistance(at20:)			BLK-RED 325						BLK-RED 325
	Dimensions WOHOD	mm		850	O	278	O	191		850	O	278	O	191
	Weight	kg				9						9
	Air direction					5						5
	Sound level(High)	dB		36				35		36				35
Special remarks	Fan speed(High)	rpm		950				1000		950				1000
	Fan speed regulator					3						3
	Thermistor RT11(at25:)	k"				10						10
	Thermistor RT12(at25:)	k"				10						10
	Outdoor model			MUH-C07TV - E1						MUH-C09TV - E1
	Outdoor unit power supply			Single phase						Single phase
				230V,50Hz						230V,50Hz
Capacity	Outdoor air flow	K /h
				2.2	1686			2.5		2.55	1914			3.2
	Capacity	kW
	Dehumidification	R/h		0.7				—		1.0				—
	Power outlet	A				10						10
	Running current	A		3.23				2.93		3.83				4.13
	Power input	W		735				675		875				925
Electrical data	Auxiliary heater	A(kW)				—						—
	Power factor	%				99				99				97
	Starting current	A				18						22
	Compressor motor current	A		2.95				2.65		3.46				3.76
	Fan motor current	A			0.29						0.37
Coefficient of performance(C.O.P)				2.86				3.52		2.80				3.33
Compressor	Model			RE-135VGSHT						RE-174VGSHT
	Output	W				650						800
	Winding	"		C-R 4.18						C-R 3.30
	resistance(at20:)			C-S 5.76						C-S 5.80
Fan motor	Model	"		RA6V23-EA						RA6V33-CA
	Winding			WHT-BLK 258						WHT-BLK 176
	resistance(at20:)			BLK-RED 385						BLK-RED 413
	Dimensions WOHOD	mm			o		o	255		780	o	540	o	255
				780 540
	Weight	kg				34						36
	Sound level	dB				47						49
	Fan speed	rpm				645						720
Special remarks	Fan speed regulator	kg				1						1
	Refrigerant filling				0.90						1.00
	capacity(R407C)
	Refrigerating oil (Model)	cc		350	(NEO22)					350		(NEO22)
	Thermistor RT61(at0:)	k"			33.18						33.18
NOTE:Test conditions are based on JIS C 9612.
	Cooling : Indoor DB27°C / WB19°C			Heating : Indoor DB20°C
	Outdoor DB35°C / WB24°C					Outdoor DB 7°C / WB 6°C

MSC-C12TV - E1

Cooling Heating

Single phase 230V,50Hz

588 576

10

0.19

40

92

—

0.19

RC4V19-BA

WHT-BLK 292

BLK-RED 325

850O278O191

10

5

39	39
1020	1000

3

10

10

MUH-C12TV - E1

Single phase 230V,50Hz

3.454.2

1.5 —

1914

10

5.716.01

1240 1310

—

94 95

34

5.345.64

0.37

2.70 3.11

RE-231VHSHT

1100

C-R 2.25

C-S 4.07

RA6V33-CA

WHT-BLK 176

BLK-RED 413

780o540o255

39

49

720

1

1.25

620 (NEO22)

33.18

8

4 NOISE CRITERIA CURVES

MSC-C07TV - E1											MSC-C12TV - E1
MSC-C09TV - E1
					NOTCH		SPL(dB(A))		LINE						NOTCH		SPL(dB(A))		LINE
					High		36								High		39
	Test conditions,										Test conditions,
		Cooling : Dry-bulb temperature 27: Wet-bulb temperature 19:										Cooling : Dry-bulb temperature 27: Wet-bulb temperature 19:
	90	Heating : Dry-bulb temperature 20:									90	Heating : Dry-bulb temperature 20:
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										PRESSURE	50
									NC-50										NC-50
	40										40
									NC-40										NC-40
SOUND										SOUND
	30										30
BAND									NC-30	BAND									NC-30
	20										20
OCTAVE		APPROXIMATE								OCTAVE		APPROXIMATE
		THRESHOLD OF							NC-20			THRESHOLD OF							NC-20
		HEARING FOR										HEARING FOR
		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-C07TV - E1

MU-C12TV - E1

MU-C09TV - E1

NOTCH

SPL(dB(A))

LINE

NOTCH

SPL(dB(A))

LINE

High

45

High

49

Test conditions,

Test conditions,

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

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

BAR	90									BAR	90
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										50
PRESSURE										PRESSURE
									NC-50										NC-50
	40										40
									NC-40										NC-40
SOUND										SOUND
	30										30
BAND									NC-30	BAND									NC-30
	20										20
OCTAVE		APPROXIMATE								OCTAVE		APPROXIMATE
		THRESHOLD OF							NC-20			THRESHOLD OF							NC-20
		HEARING FOR										HEARING FOR
		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

9

MUH-C07TV - E1										MUH-C12TV - E1
					NOTCH		SPL(dB(A))		LINE						NOTCH		SPL(dB(A))		LINE
					High		47								High		49
	Test conditions,										Test conditions,
	90	Heating : Dry-bulb temperature 7: Wet-bulb temperature 6:									90	Heating : Dry-bulb temperature 7: Wet-bulb temperature 6:
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										20
OCTAVE		APPROXIMATE								OCTAVE		APPROXIMATE
		THRESHOLD OF							NC-20			THRESHOLD OF							NC-20
		HEARING FOR										HEARING FOR
		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

MUH-C09TV - E1

NOTCH SPL(dB(A)) LINE

High 49

Test conditions,

Heating : Dry-bulb temperature 7: Wet-bulb temperature 6:

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
OCTAVE		APPROXIMATE
		THRESHOLD OF							NC-20
		HEARING FOR
		CONTINUOUS
	10	NOISE
		63	125	250	500	1000	2000	4000	8000

BAND CENTER FREQUENCIES, Hz

10

5 OUTLINES AND DIMENSIONS

MSC-C07TV - E1			82
MSC-C09TV - E1
INDOOR UNIT		Installation plate
		Indoor unit
	818
			41
			81.5	326
	850
278			ormore
			Air in
			7
56	629	165	100
58	19		Air out
			Power supply cord
162			Lead to right 1.0m
			Lead to left 0.3m

Wireless remote controller

Unit: mm

169		4.5
	231.5	271
2.5	42

326 116.5

Wall hole [65

5

189Installation plate

{Liquid line [6.35-0.5m Gas line [9.52-0.43m Insulation [37 O.D

[21 I.D

67Drain hose [16 (Connected part O.D)

78	Insulation [28

MSC-C12TV - E1

INDOOR UNIT

818

850

278

56	629
58	19
162

Wireless remote controller

82

Installation plate

Indoor unit

41

81.5326

Air in	more
	7 or
165	100

Air out

Power supply cord

Lead to right 1.0m

Lead to left 0.3m

11

169		4.5
	231.5	271
2.5	42

326 116.5

Wall hole [65

5

189Installation plate

{Liquid line [6.35-0.5m Gas line [9.52-0.43m Insulation [37 O.D

[21 I.D

67Drain hose [16 (Connected part O.D)

78	Insulation [28

MU-C07TV - E1 MUH-C07TV - E1 MU-C09TV - E1 MUH-C09TV - E1 MU-C12TV - E1 MUH-C12TV - E1

OUTDOOR UNIT

	Air in
	320
32
109
Air in
Drainage	147 110
3holes [33	Airout

540

260
10	40	122

500

780

Unit: mm

REQUIRED SPACE		moreor
		100mm	or	more
Outdoor			100mm
100mm	unit
	or
	more

	255 285 320	400mm		more
			or
				350mm	or
					more
		25
		Service panel
			Liquid refrigerant
				pipe joint
			Refrigerant pipe
		-	(flared) [6.35
		35
		-
	155 90	43
			Gas refrigerant
				pipe joint
	74	104	Refrigerant pipe
			(flared) [9.52 (MU-C07/C09TV)

(MUH-C07/C09TV) [12.7 (MU-C12TV)

(MUH-C12TV)

12

6 WIRING DIAGRAM

MSC-C07TV - E1
MSC-C09TV - E1
MSC-C12TV - E1	MODELS WIRING DIAGRAM

INDOOR UNIT

TO OUTDOOR	TB
UNIT		BRN			TAB12			CN
CONNECTING	L
	BRN							112
FOR					CN201	HIC1		CN
MUH TYPE	3	RED						111
					3
12V	N	BLU			2		NR11	CN	3
					1
FOR	BLU							121
					CN202
MU TYPE	2	WHT				TRANS		1
					2
							C11
12V	1	BLK			1	F11	SR141	2
								3
POWER			CN		LD101T		CN211
			151		ELECTRONIC CONTROL P.C. BOARD
SUPPLY
CORD
~/N 230V				5	5
50Hz					POWER MONITOR,
PE
		GRN/YLW	MV		RECEIVER
					P.C.BOARD
CIRCUIT BREAKER							REMOTE
							CONTROLLER

RT12

RT11

	BLK	1
	GRY
		2
	YLW
		43 MF
	BRN
	WHT	5
	RED	6

SYMBOL	NAME	SYMBOL	NAME	SYMBOL	NAME
C11	INDOOR FAN CAPACITOR	MV	VANE MOTOR	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 FUSE)	RT12	INDOOR COIL THERMISTOR
NOTE:1. About the outdoor side electric wiring refer to the outdoor unit electric wiring diagram for servicing.					SG79J047H01

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

3.Symbols below indicate.

/: Terminal block, : Connector

13

MU-C07TV - E1
MU-C09TV - E1
MU-C12TV - E1		MODELS WIRING DIAGRAM
OUTDOOR UNIT
			TB2
	FROM		2	WHT
	INDOOR UNIT
	CONNECTING		1	BLK	52C
	12V
					DSAR
			TB1		BRN
		CIRCUIT BREAKER			52C
			L
				BRN	WHT
							C
					NO COM WHT
	POWER SUPPLY		N	BLU		C1 RED	MC
	~ /N
	230V	PE			F	S	R
	50Hz					BLK
				GRN/YLW
					C2 WHT	WHT 1 WHT
						BLU 2 BLK	MF
						RED 3 RED
SYMBOL		NAME	SYMBOL		NAME	SYMBOL	NAME
C1	COMPRESSOR CAPACITOR			F	FUSE(2A)	TB1,TB2	TERMINAL BLOCK
C2	OUTDOOR FAN CAPACITOR			MC	COMPRESSOR(INNER PROTECTOR)	52C	CONTACTOR
DSAR	SURGE ABSORBER			MF	OUTDOOR FAN MOTOR(INNER PROTECTOR)

NOTE:1. About the indoor side electric wiring refer to the indoor unit electric wiring diagram for servicing.						VG79B057H01
2.Use copper conductors only. (For field wiring)
3. Symbols below indicate.
/: Terminal block,					: Connector

MUH-C07TV - E1 MUH-C09TV - E1 MUH-C12TV - E1

OUTDOOR UNIT

MODELS WIRING DIAGRAM

RT61

21S4

	TB2
FROM	3	RED
INDOOR UNIT
	N
CONNECTING		BLK
12V
CIRCUIT BREAKER TB1 BRN
	L	BRN	DSAR
POWER SUPPLY	N BLU
~ /N
230V
50Hz	PE

1	CN730	CN661
3
2
	F61	IC881
		TRANS

BLKBLK

CN721

X62

SR61

NR61

MF

1RED

2WHT

C65

3

4 BLK

CN711

TAB20	52C	X62

				4 3	DEICER P.C. BOARD
				C1		WHT	C
	GRN/YLW
			BLU		RED	MC
					BLK	S	R
SYMBOL	NAME	SYMBOL		NAME		SYMBOL	NAME
C1	COMPRESSOR CAPACITOR	MC	COMPRESSOR(INNER PROTECTOR)			TB1,TB2	TERMINAL BLOCK
C65	OUTDOOR FAN CAPACITOR	MF	OUTDOOR FAN MOTOR(INNER PROTECTOR)			X62	R.V. COIL RELAY
DSAR	SURGE ABSORBER	NR61	VARISTOR			21S4	R.V. COIL
F61	FUSE(2A)	RT61	DEFROST THERMISTOR			52C	CONTACTOR
IC881	DC/DC CONVERTER	SR61	SOLID STATE RELAY

NOTE:1. About the indoor side electric wiring refer to the indoor unit electric wiring diagram for servicing.						VG79B058H01
2.Use copper conductors only. (For field wiring)
3. Symbols below indicate.
/: Terminal block,					: Connector

14

7	REFRIGERANT SYSTEM DIAGRAM
					Unit:mm
MSC-C07TV - E1					MU-C07TV - E1
MSC-C09TV - E1					MU-C09TV - E1
INDOOR UNIT			Refrigerant pipe [9.52		OUTDOOR UNIT
			(Option)	Stop valve
			(with heat insulator)
				(with service port)
Indoor		Indoor coil
heat
		thermistor			Outdoor
exchanger
		RT12
			Flared connection		heat
					exchanger
Room temperature
thermistor					Compressor
RT11

Flared connection

Strainer

Capillary tube

Refrigerant pipe [6.35

[3.0x[1.4x600(MU-C07TV)

[3.0x[1.4x750(MU-C09TV)

(Option)

(with heat insulator)

Refrigerant flow in cooling

Unit:mm

MSC-C12TV - E1

MU-C12TV - E1

INDOOR UNIT

Refrigerant pipe [12.7

OUTDOOR UNIT

(Option)

(with heat insulator)

Indoor

Indoor coil

Stop valve

heat

exchanger

thermistor

(with service port)

Outdoor

RT12

heat

Flared connection

exchanger

Room temperature

thermistor

Compressor

RT11

Flared connection
		Stop valve	Strainer
			Capillary tube
Refrigerant pipe	[6.35		[3.0x[1.6x600
(Option)			Refrigerant flow in cooling
(with heat insulator)
		15

MSC-C07TV - E1 MSC-C09TV - E1

INDOOR UNIT

Indoor	Indoor coil
heat	thermistor
exchanger	RT12

Room temperature thermistor

RT11

Refrigerant pipe [ 9.52 (Option)

(with heat insulator)

Muffler

	Stop valve
	(with service
Flared connection	port)

Unit:mm

MUH-C07TV - E1

MUH-C09TV - E1

OUTDOOR UNIT

4-way valve

Defrost
thermistor	Outdoor
RT61	heat
Strainer	exchanger

Flared connection

Refrigerant pipe [6.35 (Option)

(with heat insulator)

Compressor

Capillary tube [3.0x[1.6x750(MUH-C07TV) [3.0x[1.8x400(MUH-C09TV)

		Check valve
	Strainer
	Stop valve	Capillary tube
		[3.0x[1.4x700(MUH-C07TV)
		[3.0x[1.4x650(MUH-C09TV)

Capillary tube [3.0x[1.4x800 (2 pcs) (MUH-C07TV) [3.0x[1.4x500 (2 pcs) (MUH-C09TV)

R.V. coil heating ON cooling OFF

Refrigerant flow in cooling Refrigerant flow in heating

Unit:mm

MSC-C12TV - E1

MUH-C12TV - E1

INDOOR UNIT Refrigerant pipe [12.7	4-way valve	OUTDOOR UNIT
(Option)

		(with heat insulator)	Muffler
Indoor	Indoor coil		Stop valve		Defrost
heat	thermistor
			(with service port)		thermistor	Outdoor
exchanger	RT12			Strainer
		Flared connection			RT61	heat
						exchanger

Room temperature

thermistor

RT11 Capillary tube [3.0x[1.4x500(2pcs)

Compressor	Capillary tube
	[3.0x[1.8x400

Flared connection

Capillary tube

Strainer [3.0x[1.6x800 R.V. coil heating ON

cooling OFF

		Stop valve	Refrigerant flow in cooling
	Refrigerant pipe [6.35
		Check	Refrigerant flow in heating
	(Option)	valve
	(with heat insulator)

16

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

{MSC-C07TV - E1 MU-C07TV - E1

					10	9.52		Gas 0.43	Gas 0
MSC-C09TV -
			E1
{MU-C09TV -							6.35
	E1
								Liquid 0.5	Liquid 0
MSC-C12TV -
			E1
{MU-C12TV -					15	12.7
	E1
					Refrigerant piping	Piping size O.D : mm		Length of connecting pipe : m
Model					Max. length : m
					A	Gas	Liquid	Indoor unit	Outdoor unit

{MSC-C07TV - MUH-C07TV -

{MSC-C09TV - MUH-C09TV -

{MSC-C12TV - MUH-C12TV -

E1

E1

E1

E1

E1

E1

10	9.52	Gas 0.43	Gas 0
		6.35
		Liquid 0.5	Liquid 0
15	12.7

MAX. HEIGHT DIFFERENCE

Indoor unit

	w Height difference should be within		Refrigerant Piping
	5m regardless of which unit,
		w Max. Height	Max.length
	indoor or outdoor position is high.
			A
		difference 5m

Outdoor unit

ADDITIONAL REFRIGERANT CHARGE(R407C : g)

Model		Outdoor unit precharged		Refrigerant piping length (one way)
			7m	10m	15m
MSC-C07TV - E1		770
{MU-C07TV -	E1
MSC-C09TV - E1			0	45
{MU-C09TV -	E1	880
MSC-C12TV - E1
{MU-C12TV -	E1	900			120

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

Model					Outdoor unit precharged		Refrigerant piping length (one way)
						7m		10m		15m
MSC-C07TV -
			E1
{MUH-C07TV -					900
			E1
MSC-C09TV -
			E1
{ MUH-C09TV -					1000	0		75
			E1
MSC-C12TV -
			E1
{MUH-C12TV -					1250					200
			E1

Calculation : Xg=25g/m x(Refrigerant piping length (m) -7)

17

8 PERFORMANCE CURVES

MSC-C07TV - E1 MSC-C09TV - E1 MSC-C12TV - E1

MU-C07TV - E1 MU-C09TV - E1 MU-C12TV - E1

MUH-C07TV - E1 MUH-C09TV - E1 MUH-C12TV - 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

Rated voltage : 198 ~ 264V, 50Hz

(2)AIR FLOW

Air flow should be set at MAX.

(3) MAIN READINGS

(1)	Indoor intake air wet-bulb temperature :	°CWB	} Cooling
(2)	Indoor outlet air wet-bulb temperature :	°CWB
(3)	Outdoor intake air dry-bulb temperature :	°CDB
(4)	Total input:	W	}
(5)	Indoor intake air dry-bulb temperature :	°CDB		Heating <MUH-C07/C09/C12TV>
(6)	Outdoor intake air wet-bulb temperature :	°CWB
(7)	Total input :	W

Indoor air wet/dry-bulb temperature difference on the left side of the chart on this page and next 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 wet-and 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(twice) to start the EMERGENCY COOL(HEAT<MUH-C07/C09/C12 TV>) 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

9.1							10.2	11.8
8.4							9.310.8
7.6							8.5	9.8
6.9							7.7	8.8
6.2							6.9	7.9
		5.5					6.1	7.0
		MSC-C07TV - E1 (MU-C07TV - E1 )				MSC-C09TV - E1 (MU-C09TV - E1 )		MSC-C12TV - E1 (MU-C12TV - E1 )

18

	8.9														10.4		11.4
	8.2															9.5	10.4
	7.4															8.7	9.5
	6.7															7.8	8.5
	6.0															7.0	7.6
				5.4												6.2	6.8
					MSC-C07TV - E1 (MUH-C07TV - E1 )								MSC-C09TV - E1			(MUH-C09TV - E1 )	MSC-C12TV - E1 (MUH-C12TV - E1 )
	19.5															24.9 28.6
	18.0															23.0 26.4
	16.5															21.1 24.2
	15.0															19.2 22.0
	13.5															17.2 19.8
	12.0															15.3 17.6
					10.5											13.4 15.4
	9.0															11.5 13.2
					MSC-C07TV - E1 (MUH-C07TV - E1 )								MSC-C09TV - E1			(MUH-C09TV - E1 )	MSC-C12TV - E1 (MUH-C12TV - E1 )

NOTE:The above curves are for the heating operation without any frost.

OUTDOOR LOW PRESSURE AND OUTDOOR UNIT CURRENT COOL operation

Both indoor and outdoor unit are under the same temperature/humidity condition.

Dry-bulb temperature	Relative humidity(%)
20	50
25	60
30	70

Air flow should be set at MAX.

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

(kgf/F[Gage])(MPa[Gage]) MU-C07TV - E1

	7	0.7
pressurelow									230V
	5	0.5
Outdoor	6	0.6
	4		0.4
			0.3
	3
		15 18 20				25		30 32 35(:)
		50				60		70(%)

Ambient temperature(˚C)

Ambient humidity(%)

19

Outdoor unit current (A)

MU-C07TV - E1

3.5

230V

3.0

2.5

2.0

1.5		30 32	35(:)
15 18 20	25
50	60	70(%)

Ambient temperature(˚C)

Ambient humidity(%)

(kgf/F[Gage])(MPa[Gage]) MU-C09TV - E1

	7		0.7
pressurelow																		230V
	5		0.5
Outdoor	6		0.6
	4									0.4
								0.3
	3
																	30 32
			15										18 20		25				35(:)
													50		60		70(%)
												Ambient temperature(˚C)
												Ambient humidity(%)
(kgf/F[Gage])(MPa[Gage])													MU-C12TV - E1
	7			0.7
pressure																		230V
	6				0.6
low
							0.5
	5
Outdoor
	4					0.4
	3				0.3
													18 20				30 32		35(:)
			15												25
													50		60		70(%)
												Ambient temperature(˚C)
												Ambient humidity(%)
(kgf/F[Gage])(MPa[Gage])													MUH-C07TV - E1
	8							0.8
pressure			0.6															230V
	7		0.7
low	6
									0.5
Outdoor	4
			0.4
	5
	3							0.3
													18 20				30 32		35(:)
			15												25
													50		60		70(%)
												Ambient temperature(˚C)
												Ambient humidity(%)
(kgf/F[Gage])(MPa[Gage])													MUH-C09TV - E1
	7		0.7
pressurelow																		230V
	5			0.5
Outdoor	6			0.6
	4									0.4
									0.3
	3
													18 20				30 32
			15												25				35(:)
													50		60		70(%)

Ambient temperature(˚C)

Ambient humidity(%)

Outdoor unit current (A)

Outdoor unit current (A)

Outdoor unit current (A)

Outdoor unit current (A)

MU-C09TV - E1

4.0

230V

3.5

3.0

2.5

2.0		30 32 35(:)
15 18 20	25
50	60	70(%)

Ambient temperature(˚C) Ambient humidity(%)

MU-C12TV - E1

7.0

230V

6.0

5.0

4.0

3.0			35(:)
15 18 20	25	30 32
50	60	70(%)

Ambient temperature(˚C)

Ambient humidity(%)

MUH-C07TV - E1

3.5

230V

3.0

2.5

2.0

1.5		30 32 35(:)
15 18 20	25
50	60	70(%)

Ambient temperature(˚C) Ambient humidity(%)

MUH-C09TV - E1

4.5

230V

4.0

3.5

3.0

2.5		30 32 35(:)
15 18 20	25
50	60	70(%)

Ambient temperature(˚C)

Ambient humidity(%)

20

(kgf/F[Gage])(MPa[Gage]) MUH-C12TV - E1

0.7

7

pressurelow	5	0.5				230V
Outdoor	6	0.6
	4		0.4
			0.3
	3
		15 18 20			25	30 18 35(:)
		50			60	70(%)

Ambient temperature(˚C)

Ambient humidity(%)

HEAT operation

Condition indoor:Dry bulb temperature 20.0°C Wet bulb temperature 14.5°C

MUH-C07TV - E1

4.0

(A)
current	3.5
unit			230V
	3.0
Outdoor
	2.5
	2.0			25(:)
	5 7 10	15	2021

Ambient temperature(˚C)

MUH-C12TV - E1

7.5

(A)
current	7.0		230V
unit	6.5
Outdoor	6.0
	5.5		20 21 25(:)
	5 7 10	15

Ambient temperature(˚C)

Outdoor unit current (A)

Outdoor unit current (A)

MUH-C12TV - E1

6.5

6.0		230V
5.5
5.0
4.5
4.0		30 32 35 (:)
15 18 20	25
50	60	70(%)

Ambient temperature(˚C)

Ambient humidity(%)

Outdoor:Dry bulb temperature 7,15,20°C Wet bulb temperature 6,12,14.5°C

MUH-C09TV - E1

5.5

5.0

230V

4.5

4.0

3.5		20 21 25(:)
5 7 10	15

Ambient temperature(˚C)

21

PERFORMANCE DATA COOL operation

MSC-C07TV - E1 : MU-C07TV - E1

	CAPACITY: 2.25(KW) SHF: 0.75							INPUT: 730(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	2.64	1.51		0.57	584	2.53	1.44		0.57	613	2.43		1.39		0.57	642	2.34		1.33		0.57	672
	21		20	2.76	1.24		0.45	613	2.64	1.19		0.45	650	2.57		1.15		0.45	664	2.48		1.11		0.45	694
	22		18	2.64	1.61		0.61	584	2.53	1.54		0.61	613	2.43		1.48		0.61	642	2.34		1.43		0.61	672
	22		20	2.76	1.35		0.49	613	2.64	1.30		0.49	650	2.57		1.26		0.49	664	2.48		1.21		0.49	694
	22		22	2.87	1.06		0.37	635	2.77	1.02		0.37	675	2.70		1.00		0.37	694	2.59		0.96		0.37	723
	23		18	2.64	1.72		0.65	584	2.53	1.65		0.65	613	2.43		1.58		0.65	642	2.34		1.52		0.65	672
	23		20	2.76	1.46		0.53	613	2.64	1.40		0.53	650	2.57		1.36		0.53	664	2.48		1.31		0.53	694
	23		22	2.87	1.18		0.41	635	2.77	1.13		0.41	675	2.70		1.11		0.41	694	2.59		1.06		0.41	723
	24		18	2.64	1.82		0.69	584	2.53	1.75		0.69	613	2.43		1.68		0.69	642	2.34		1.61		0.69	672
	24		20	2.76	1.57		0.57	613	2.64	1.51		0.57	650	2.57		1.46		0.57	664	2.48		1.41		0.57	694
	24		22	2.87	1.29		0.45	635	2.77	1.25		0.45	675	2.70		1.22		0.45	694	2.59		1.16		0.45	723
	24		24	3.02	0.99		0.33	664	2.90	0.96		0.33	701	2.84		0.94		0.33	723	2.75		0.91		0.33	759
	25		18	2.64	1.93		0.73	584	2.53	1.85		0.73	613	2.43		1.77		0.73	642	2.34		1.71		0.73	672
	25		20	2.76	1.68		0.61	613	2.64	1.61		0.61	650	2.57		1.56		0.61	664	2.48		1.51		0.61	694
	25		22	2.87	1.41		0.49	635	2.77	1.36		0.49	675	2.70		1.32		0.49	694	2.59		1.27		0.49	723
	25		24	3.02	1.12		0.37	664	2.90	1.07		0.37	701	2.84		1.05		0.37	723	2.75		1.02		0.37	759
	26		18	2.64	2.04		0.77	584	2.53	1.95		0.77	613	2.43		1.87		0.77	642	2.34		1.80		0.77	672
	26		20	2.76	1.79		0.65	613	2.64	1.72		0.65	650	2.57		1.67		0.65	664	2.48		1.61		0.65	694
	26		22	2.87	1.52		0.53	635	2.77	1.47		0.53	675	2.70		1.43		0.53	694	2.59		1.37		0.53	723
	26		24	3.02	1.24		0.41	664	2.90	1.19		0.41	701	2.84		1.16		0.41	723	2.75		1.13		0.41	759
	26		26	3.11	0.90		0.29	701	3.02	0.87		0.29	737	2.97		0.86		0.29	759	2.88		0.84		0.29	781
	27		18	2.64	2.14		0.81	584	2.53	2.05		0.81	613	2.43		1.97		0.81	642	2.34		1.90		0.81	672
	27		20	2.76	1.90		0.69	613	2.64	1.82		0.69	650	2.57		1.77		0.69	664	2.48		1.71		0.69	694
	27		22	2.87	1.64		0.57	635	2.77	1.58		0.57	675	2.70		1.54		0.57	694	2.59		1.47		0.57	723
	27		24	3.02	1.36		0.45	664	2.90	1.31		0.45	701	2.84		1.28		0.45	723	2.75		1.24		0.45	759
	27		26	3.11	1.02		0.33	701	3.02	0.99		0.33	737	2.97		0.98		0.33	759	2.88		0.95		0.33	781
	28		18	2.64	2.25		0.85	584	2.53	2.15		0.85	613	2.43		2.07		0.85	642	2.34		1.99		0.85	672
	28		20	2.76	2.01		0.73	613	2.64	1.93		0.73	650	2.57		1.87		0.73	664	2.48		1.81		0.73	694
	28		22	2.87	1.75		0.61	635	2.77	1.69		0.61	675	2.70		1.65		0.61	694	2.59		1.58		0.61	723
	28		24	3.02	1.48		0.49	664	2.90	1.42		0.49	701	2.84		1.39		0.49	723	2.75		1.35		0.49	759
	28		26	3.11	1.15		0.37	701	3.02	1.12		0.37	737	2.97		1.10		0.37	759	2.88		1.07		0.37	781
	29		18	2.64	2.35		0.89	584	2.53	2.25		0.89	613	2.43		2.16		0.89	642	2.34		2.08		0.89	672
	29		20	2.76	2.12		0.77	613	2.64	2.04		0.77	650	2.57		1.98		0.77	664	2.48		1.91		0.77	694
	29		22	2.87	1.86		0.65	635	2.77	1.80		0.65	675	2.70		1.76		0.65	694	2.59		1.68		0.65	723
	29		24	3.02	1.60		0.53	664	2.90	1.54		0.53	701	2.84		1.50		0.53	723	2.75		1.45		0.53	759
	29		26	3.11	1.27		0.41	701	3.02	1.24		0.41	737	2.97		1.22		0.41	759	2.88		1.18		0.41	781
	30		18	2.64	2.46		0.93	584	2.53	2.35		0.93	613	2.43		2.26		0.93	642	2.34		2.18		0.93	672
	30		20	2.76	2.23		0.81	613	2.64	2.14		0.81	650	2.57		2.08		0.81	664	2.48		2.00		0.81	694
	30		22	2.87	1.98		0.69	635	2.77	1.91		0.69	675	2.70		1.86		0.69	694	2.59		1.79		0.69	723
	30		24	3.02	1.72		0.57	664	2.90	1.65		0.57	701	2.84		1.62		0.57	723	2.75		1.56		0.57	759
	30		26	3.11	1.40		0.45	701	3.02	1.36		0.45	737	2.97		1.34		0.45	759	2.88		1.30		0.45	781
	31		18	2.64	2.56		0.97	584	2.53	2.46		0.97	613	2.43		2.36		0.97	642	2.34		2.27		0.97	672
	31		20	2.76	2.34		0.85	613	2.64	2.25		0.85	650	2.57		2.18		0.85	664	2.48		2.10		0.85	694
	31		22	2.87	2.09		0.73	635	2.77	2.02		0.73	675	2.70		1.97		0.73	694	2.59		1.89		0.73	723
	31		24	3.02	1.84		0.61	664	2.90	1.77		0.61	701	2.84		1.73		0.61	723	2.75		1.67		0.61	759
	31		26	3.11	1.52		0.49	701	3.02	1.48		0.49	737	2.97		1.46		0.49	759	2.88		1.41		0.49	781
	32		18	2.64	2.67		1.01	584	2.53	2.56		1.01	613	2.43		2.45		1.01	642	2.34		2.36		1.01	672
	32		20	2.76	2.45		0.89	613	2.64	2.35		0.89	650	2.57		2.28		0.89	664	2.48		2.20		0.89	694
	32		22	2.87	2.21		0.77	635	2.77	2.13		0.77	675	2.70		2.08		0.77	694	2.59		1.99		0.77	723
	32		24	3.02	1.96		0.65	664	2.90	1.89		0.65	701	2.84		1.84		0.65	723	2.75		1.78		0.65	759
	32		26	3.11	1.65		0.53	701	3.02	1.60		0.53	737	2.97		1.57		0.53	759	2.88		1.53		0.53	781
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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