Toshiba RAS-13UKHP-AS2, RAS-13UKHP-ES2, RAS-13UA-ES2, RAS-18GKP-ES2, RAS-10UA-AS2 SERVICE MANUAL

SERVICE MANUAL

AIR CONDITIONER

RAS-13UKHP-ES2 / RAS-13UAH-ES2

RAS-13UKHP-AS2 / RAS-13UAH-AS2

RAS-10UKHP-ES2 / RAS-10UAH-ES2

FILE NO. SVM-03001

SPLIT WALL TYPE

RAS-10UKHP-AS2 / RAS-10UAH-AS2

RAS-13UKP-ES2 / RAS-13UA-ES2

RAS-13UKP-AS2 / RAS-13UA-AS2

RAS-10UKP-ES2 / RAS-10UA-ES2

RAS-10UKP-AS2 / RAS-10UA-AS2

Feb ., 2003

FILE NO. SVM-03001

CONTENTS

1. SPECIFICATIONS

2. CONSTRUCTION VIEWS

2-1 Indoor Unit
2-2 Outdoor Unit

3. WIRING DIAGRAM

3-1 RAS-13UKHP-ES2 / RAS-13UAH-ES2

RAS-13UKHP-AS2 / RAS-13UAH-AS2

3-2 RAS-10UKHP-ES2 / RAS-10UAH-ES2

RAS-10UKHP-AS2 / RAS-10UAH-AS2

3-3 RAS-13UKP-ES2 / RAS-13UA-ES2

RAS-13UKP-AS2 / RAS-13UA-AS2

3-4 RAS-10UKP-ES2 / RAS-10UA-ES2

RAS-10UKP-AS2 / RAS-10UA-AS2

4. SPECIFICATION OF ELECTRICAL PARTS

4-1 Indoor Unit (RAS-13UKHP-ES2, RAS-13UKHP-AS2, RAS-10UKHP-ES2,

RAS-10UKHP-AS2)
4-2 Outdoor Unit (RAS-13UAH-ES2, RAS-13UAH-AS2, RAS-13UA-ES2, RAS-13UA-AS2)
4-3 Outdoor Unit (RAS-10UAHP-ES2, RAS-10UAH-AS2)
4-4 Indoor Unit (RAS-13UKP-ES2, RAS-13UKP-AS2, RAS-10UKP-ES2, RAS-10UKP-AS2)
4-5 Outdoor Unit (RAS-10UA-ES2, RAS-10UA-AS2)

5. REFRIGERATION CYCLE DIAGRAM

5-1 RAS-13UKHP-ES2 / RAS-13UAH-ES2

RAS-13UKHP-AS2 / RAS-13UAH-AS2

5-2 RAS-10UKHP-ES2 / RAS-10UAH-ES2

RAS-10UKHP-AS2 / RAS-10UAH-AS2

5-3 RAS-13UKP-ES2 / RAS-13UA-ES2

RAS-13UKP-AS2 / RAS-13UA-AS2

5-4 RAS-10UKP-ES2 / RAS-10UA-ES2

RAS-10UKP-AS2 / RAS-10UA-AS2

6. CONTROL BLOCK DIAGRAM

6-1 RAS-13UKHP-ES2 / RAS-13UAH-ES2

RAS-13UKHP-AS2 / RAS-13UAH-AS2
RAS-10UKHP-ES2 / RAS-10UAH-ES2
RAS-10UKHP-AS2 / RAS-10UAH-AS2

6-2 RAS-13UKP-ES2 / RAS-13UA-ES2

RAS-13UKP-AS2 / RAS-13UA-AS2
RAS-10UKP-ES2 / RAS-10UA-ES2
RAS-10UKP-AS2 / RAS-10UA-AS2

– 1 –

7. OPERATION DESCRIPTION

7-1 Outline of Air Conditioner Control
7-2 Description of Operation Circuit
7-3 Hi POWER Mode
7-4 High-Temperature Limit Control
7-5 Low-Temperature Limit Control
7-6 Auto Restart Function
7-7 Filter Check Lamp

8. INSTALLATION PROCEDURE

8-1 Safety Cautions
8-2 Installation Diagram of Indoor and Outdoor Units
8-3 Installation
8-4 Indoor Unit
8-5 Outdoor Unit
8-6 How to Set Remote Control Selector Switch
8-7 Others

9. TROUBLESHOOTING CHART

9-1 Troubleshooting Procedure
9-2 Basic Check Items
9-3 Primary Judgement
9-4 Self-Diagnosis by Remote Control (Check Code)
9-5 Troubleshooting Flowcharts
9-6 Troubleshooting for Remote Control (Including The Indoor P.C. Board)

FILE NO. SVM-03001

10. PARTS REPLACEMENT

10-1 Indoor Unit
10-2 Outdoor Unit

11. EXPLODED VIEWS AND PARTS LIST

11-1 Indoor Unit (E-Parts Assy)
11-2 Indoor Unit
11-3 Outdoor Unit (RAS-13UAH-ES2, RAS-13UAH-AS2)
11-4 Outdoor Unit (RAS-10UAH-ES2, RAS-10UAH-AS2)
11-5 Outdoor Unit (RAS-13UA-ES2, RAS-13UA-AS2)
11-6 Outdoor Unit (RAS-10UA-ES2, RAS-10UA-AS2)

• This air conditioner is charged with
HFC (R410A) that doesn’t deplete the
Ozone layer.

• This air conditioner requires special
installation for the refrigerant R410A.

– 2 –

FILE NO. SVM-03001

1. SPECIFICATIONS

MODEL RAS-13UKHP-ES2, AS2 RAS-13UKP-ES2, AS2

RAS-13UAH-ES2, AS2 RAS-13UA-ES2, AS2

ITEM Cooling Heating Cooling

Capacity

Power source V 220 – 240

Pow er consumption kW 1.10 1.12 1.14 1.18 1.13 1.17
Pow er factor % 98 97 97 96 98 97
Running Indoor A 0.15
current Outdoor A 4.95 4.65 5.20 4.95 5.10 4.90
Starting current A 27 28
Moisture removal lit/h 2.0

Noise

Refrigerant

Refrigerant control Capillary tube

Interconnection
pipe

INDOOR UNIT RAS-13UKHP-ES2, AS2 RAS-13UKP-ES2, AS2

Dimensions Width mm 790

Net weight kg 10
Evaporator type Finned tube
Indoor fan type Cross flow fan

Air volume Medium fan m3/h 520 550 520

Fan motor output W 20
Air filter Honeycomb woven filter with PP frame

OUTDOOR UNIT RAS-13UAH-ES2, AS2 RAS-13UA-ES2, AS2

Dimensions Width mm 780

Net weight kg 40 37
Condenser type Finned tube
Outdoor fan type Propeller fan
Airflow volume m3/h 2120 2200 2120 2200 2120 2200
Fan motor output W 42

Compressor

Safety device Fuse, Overload relay
Louver type Automatic louver
Usable outdoor temperature range °C 15 ~ 43 –10 ~ 24 15 ~ 43

Indoor (H/M/L) dB 41/35/31
Outdoor (220-240V) dB 49 51 49 51 49 50
Name of refrigerant R410A
Rated amount kg 1.00 0.97

Gas side size mm ∅12.7
Connection type Flare connection
Liquid side size mm ∅6.35
Connection type Flare connection
Maximum length

(One way)
Maximum height

difference

Height mm 275

Depth mm 208

High fan m3/h 630 650 630

Low fan m3/h 430 490 430

Height mm 550

Depth mm 270

Model PA150X2T-4FM1
Output W 1100

kW 3.60 3.60 4.20 4.26 3.75 3.75

Phase 1∅

Hz 50

m15*

m6

220V 240V 220V 240V 220V 240V

1

– 3 –

FILE NO. SVM-03001

MODEL RAS-10UKHP-ES2, AS2 RAS-10UKP-ES2, AS2

RAS-10UAH-ES2, AS2 RAS-10UA-ES2, AS2

ITEM Cooling Heating Cooling

Capacity

Power source V 220 – 240

Power consumption kW 0.82 0.84 0.78 0.82 0.82 0.84
Power factor % 98 97 97 96 98 97
Running Indoor A 0.15
current Outdoor A 3.65 3.45 3.50 3.40 3.80 3.60
Starting current A 18
Moisture removal lit/h 1.2

Noise

Refrigerant

Refrigerant control Capillary tube

Interconnection
pipe

INDOOR UNIT RAS-10UKHP-ES2, AS2 RAS-10UKP-ES2, AS2

Dimensions Width mm 790

Net weight kg 10
Evaporator type Finned tube
Indoor fan type Cross flow fan

Air volume Medium fan m3/h 460 520 490

Fan motor output W 20
Air filter Honeycomb woven filter with PP frame

OUTDOOR UNIT RAS-10UAH-ES2, AS2 RAS-10UA-ES2, AS2

Dimensions Width mm 780

Net weight kg 35 30
Condenser type Finned tube
Outdoor fan type Propeller fan
Airflow volume m3/h 2030 2150 2030 2150 1740 1850
Fan motor output W 30 20

Compressor

Safety device Fuse, Overload relay
Louver type Automatic louver
Usable outdoor temperature range °C 15 ~ 43 –10 ~ 24 15 ~ 43

Indoor (H/M/L) dB 39/33/26
Outdoor (220-240V) dB 47 49 47 49 46 47
Name of refrigerant R410A
Rated amount kg 0.72 0.65

Gas side size mm ∅9.52
Connection type Flare connection
Liquid side size mm ∅6.35
Connection type Flare connection
Maximum length

(One way)
Maximum height

difference

Height mm 275

Depth mm 208

High fan m3/h 570 610 630

Low fan m3/h 340 400 370

Height mm 550

Depth mm 270

Model PA108X1T-4FZ1
Output W 750

kW 2.70 2.70 2.90 2.96 2.70 2.70

Phase 1∅

Hz 50

m 10*

m5

220V 240V 220V 240V 220V 240V

1

– 4 –

Note : 1

• Capacity is based on the following temperature conditions.

FILE NO. SVM-03001

Condition

Temperature

Indoor unit inlet air temperature

Outdoor unit inlet air temperature

Note : 2

• Charge refrigerant according to the table below.

RAS-13UKHP-ES2 / RAS-13UAH-ES2 RAS-10UKHP-ES2 / RAS-10UAH-ES2

Refrigerant

*1 No need to charge

extra refrigerant

RAS-13UKHP-AS2 / RAS-13UAH-AS2 RAS-10UKHP-AS2 / RAS-10UAH-AS2

RAS-13UKP-ES2 / RAS-13UA-ES2 RAS-10UKP-ES2 / RAS-10UA-ES2

RAS-13UKP-AS2 / RAS-13UA-AS2 RAS-10UKP-AS2 / RAS-10UA-AS2

(DB) 27°C 20°C

(WB) 19°C 15°C

(DB) 35°C 7°C

(WB) 24°C 6°C

15m or less 10m or less

JIS C9612-1994

Cooling Heating

– 5 –

2-1. Indoor Unit

FILE NO. SVM-03001

2. CONSTRUCTION VIEWS

Front panel

Back body

660

Knock out system

Air inlet

Air filter

790

Heat exchanger

275

Air outlet

120 80

590

Hanger

64

53

48

208

48

Knock out system

660

Drain hose (0.54m)

Hanger

45

Minimum
distance
to ceiling

275

1

7

0

o

r m

o

re

320

620

235 235

215 215

re

Minimum
distance
to ceiling

o
r m

o

5

6

Hanger

– 6 –

Connecting pipe (0.43m)
(Flare ∅6.35)

Connecting pipe (0.33m)

(For 13 series ; Flare ∅12.7
For 10 series ; Flare ∅9.52)

Hanger

Hanger

150150 160160

Installation plate outline

Center line

For stud bolt
(∅8~∅10)

For stud bolt (∅6)

26

4519040

Minimum
distance
to ceiling

1

7

0

o

r m

o

re

32

9090

160

57 18

Wireless remote control

2-2.Outdoor Unit

FILE NO. SVM-03001

A

A Detail Drawing (Back Leg)

600

52

310

36

302

270

∅6 Hole

R15

R5.5

32.5

310

302

∅30 Drain outlet

∅436

530

265

FAN GUARD

115 125

2-∅11x14 Hole
(For ∅8-∅10 anchor bolt)

600 90
780 62

102

∅6 Hole

∅11x14 Hole

B

B Detail Drawing (Front Leg)

310

302

36

52

310
330

R15

COVER PV

Z

Electrical
part cover

Installation dimension

B or more

325

100 or more

ZView

Air outlet

600

Air inlet

A or more

600 or more

120

54

75

Service port

13 Series
A 600 mm 400 mm

B 100 mm 45 mm

4x∅11 Long holes (For ∅8-∅10 anchor bolt)

10 Series

Liquid side
(Flare ∅6.35)

Gas side
(Flare ∅9.52)
10 Series

Gas side
(Flare ∅12.7)
13 Series

– 7 –

3. WIRING DIAGRAM

3-1.RAS-13UKHP-ES2 / RAS-13UAH-ES2

RAS-13UKHP-AS2 / RAS-13UAH-AS2

PNK

PNK

1

2

1

2

CN04

BLK

GRN&YEL

POWER
TERMINAL
BLOCK

L
N

GRN&YEL

POWER SUPPLY
SINGLE PHASE
220-240V ,
50 Hz

WHI

SG01

P04

DSA

BRW
BLU

CN27

1
3

INDOOR
TERMINAL
BLOCK

OUTDOOR
TERMINAL
BLOCK

BLK

T02
C.T

VARISTOR

RY03

BLK

R22

BLK

1

(L)2(N)

1

T6.3A
250V

3

4

RY04

WHI

2

F01

RY01

CR01

CR02

BLU

RED

3

3

C15

BLU

R21
VARISTOR

L01

1

2

3

1

2

3

GRY

BRW

YEL

BLU

GRN&YEL

4

4

Louver motor

YEL

YEL

YEL

YEL

3

2 1

5

4

3

2 1

5

4

CN07

C01 R01

CR03

C58

135

5
5

BLK

24

1

24

1

CN11

AC FAN MOTOR

INDOOR

OUTDOOR

CHASSIS

CN25

WHI

MAIN P.C. BOARD

MCC-862

R47

R46

D38

R48

3

1

CN10

3

1

WHI

RED

6

35

6

35

FILE NO. SVM-03001

INFRARED RAYS RECEIVE
AND INDICATION PARTS

3

1

4 5 6 7 8 9

2

3

4 5 6 7 8 9

1

2

BLU

BLU

BLU

BLU

3

4 5 6 7 8 9

1

2

CN13

DB01

C02

DC 12V
DC 5V

IC03

112

BLK

THERMO
SENSOR

(TA)

BLU

2

BLK

10 11
10 11

BLU

BLU

BLU

BLU

BLU

10 11

POWER
SUPPLY
CIRCUIT

112

BLK

HEAT

EXCHANGER

SENSOR

(TC)

WHI

2

BLK

CN01CN03

COMPRESSOR

PNK
WHI

RED

SOLENOID COIL

CAPACITOR

RED

RED

CAPACITOR

FAN
MOTOR

– 8 –

WHI BLK

COLOR IDENTIFICATION

:

BROWN

BRW

:

RED

RED

:

WHITE

WHI

:

YEL

YELLOW

:

BLUE

BLU

:

BLK

BLACK

:

GRAY

GRY

:

PINK

PNK

:

ORN

ORANGE

GRN&YEL

:

GREEN &

:

GREENGRN

YELLOW

3-2.RAS-10UKHP-ES2 / RAS-10UAH-ES2

RAS-10UKHP-AS2 / RAS-10UAH-AS2

PNK

PNK

1

2

1

2

CN04

BLK

GRN&YEL

POWER
TERMINAL
BLOCK

L
N

GRN&YEL

POWER SUPPLY
SINGLE PHASE
220-240V ,
50 Hz

WHI

P04

BRW
BLU

CN27

1
3

INDOOR
TERMINAL
BLOCK

OUTDOOR
TERMINAL
BLOCK

SG01

DSA

BLK

T02
C.T

R22

VARISTOR

T6.3A
250V

3

4

RY03

BLK

RY04

BLK

WHI

2

1 4

(L)2(N)

1

F01

RY01

CR01

CR02

BLK

RED

3

3

C15

BLK

R21
VARISTOR

L01

1

2

3

1

2

3

GRY

BRW

YEL

BLU

GRN&YEL

4

Louver motor

YEL

YEL

YEL

YEL

3

2 1

5

4

3

2 1

5

4

CN07

C01 R01

CR03

C58

135

5
5

BLK

24

1

24

1

CN11

AC FAN MOTOR

INDOOR

OUTDOOR

CHASSIS

CN25

WHI

MAIN P.C. BOARD

MCC-862

R47

R46

D38

R48

3

1

CN10

3

1

WHI

RED

6

35

6

35

FILE NO. SVM-03001

INFRARED RAYS RECEIVE
AND INDICATION PARTS

3

1

4 5 6 7 8 9

2

3

1

4 5 6 7 8 9

2

BLU

BLU

BLU

BLU

3

1

4 5 6 7 8 9

2

CN13

DB01

C02

DC 12V
DC 5V

IC03

112

BLK

THERMO
SENSOR

(TA)

BLU

2

BLK

10 11
10 11

BLU

BLU

BLU

BLU

BLU

10 11

POWER
SUPPLY
CIRCUIT

112

BLK

HEAT

EXCHANGER

SENSOR

(TC)

WHI

2

BLK

CN01CN03

COMPRESSOR

PNK
WHI

RED

SOLENOID COIL

RED

RED

CAPACITOR

CAPACITOR

FAN
MOTOR

– 9 –

WHI BLK

COLOR IDENTIFICATION

GRN&YEL

BRW

RED

WHI
YEL
BLU

BLK
GRY
PNK

ORN

:

BROWN

:

RED

:

WHITE

:

YELLOW

:

BLUE

:

BLACK

:

GRAY

:

PINK

:

ORANGE

:

GREEN &

:

GREENGRN

YELLOW

3-3.RAS-13UKP-ES2 / RAS-13UA-ES2

RAS-13UKP-AS2 / RAS-13UA-AS2

PNK

PNK

1

2

1

2

CN04

BLK

GRN&YEL

POWER
TERMINAL
BLOCK

L
N

GRN&YEL

POWER SUPPLY
SINGLE PHASE
220-240V ,
50 Hz

P04

BRW
BLU

SG01

DSA

R22

VARISTOR

T6.3A
250V

3

4

F01

RY01

R21
VARISTOR

C15

Louver motor

YEL

5
5

L01

YEL

YEL

YEL

WHI

3

2 1

4

3

2 1

4

CN07

MAIN P.C. BOARD

C01 R01

R47

CR03

D38

INFRARED RAYS RECEIVE
AND INDICATION PARTS

1

CN25

1

BLU

1

MCC-862

DB01

DC 12V
DC 5V

R46

IC03

R48

FILE NO. SVM-03001

3

4 5 6 7 8 9

2

3

4 5 6 7 8 9

2

BLU

BLU

BLU

3

4 5 6 7 8 9

2

C02

BLU

CN13

BLU

BLU

10 11
10 11

BLU

BLU

10 11

POWER
SUPPLY
CIRCUIT

BLU

WHI

WHI

INDOOR
TERMINAL
BLOCK

OUTDOOR
TERMINAL
BLOCK

BLK BLK

BLK

1 2

(L)

1

RED

FAN MOTOR

COMPRESSOR

WHI

(N)

2

GRN&YEL

CAPACITOR

RED
WHI

1

3

2

1

3

2

YEL

GRY

BRW

CHASSIS

RED

PNK
WHI

C58

5
5

BLK

35

24

1

35

24

1

135

AC FAN MOTOR

INDOOR

OUTDOOR

CAPACITOR

3

1

CN10CN11

3

1

WHI

RED

6
6

THERMO

SENSOR

COLOR IDENTIFICATION

:

BROWN

BRW

:

RED

RED

:

WHITE

WHI

:

YEL

YELLOW

:

BLUE

BLU

:

BLK

BLACK

:

GRAY

GRY

:

PINK

PNK

:

ORN

ORANGE

GRN&YEL

:

GREEN &

:

GREENGRN

112

BLK

(TA)

2

BLK

EXCHANGER

YELLOW

112

2

BLK

BLK

HEAT

SENSOR

(TC)

CN01CN03

– 10 –

3-4.RAS-10UKP-ES2 / RAS-10UA-ES2

RAS-10UKP-AS2 / RAS-10UA-AS2

PNK

PNK

1

2

1

2

CN04

BLK

GRN&YEL

POWER
TERMINAL
BLOCK

L
N

GRN&YEL

POWER SUPPLY
SINGLE PHASE
220-240V ,
50 Hz

P04

BRW
BLU

SG01

DSA

R22

VARISTOR

T6.3A
250V

3

4

F01

RY01

R21
VARISTOR

C15

Louver motor

YEL

5
5

L01

YEL

YEL

YEL

WHI

3

2 1

4

3

2 1

4

CN07

MAIN P.C. BOARD

C01 R01

R47

CR03

D38

INFRARED RAYS RECEIVE
AND INDICATION PARTS

1

CN25

1

BLU

1

MCC-862

DB01

DC 12V
DC 5V

R46

IC03

R48

FILE NO. SVM-03001

3

4 5 6 7 8 9

2

3

4 5 6 7 8 9

2

BLU

BLU

BLU

3

4 5 6 7 8 9

2

C02

BLU

CN13

BLU

BLU

10 11
10 11

BLU

BLU

10 11

POWER
SUPPLY
CIRCUIT

BLU

WHI

WHI

INDOOR
TERMINAL
BLOCK

OUTDOOR
TERMINAL
BLOCK

BLK BLK

BLK

1 2

(L)

1

RED

FAN MOTOR

COMPRESSOR

WHI

(N)

2

GRN&YEL

CAPACITOR

RED
WHI

1

3

2

1

3

2

YEL

GRY

BRW

CHASSIS

RED

PNK
WHI

C58

5
5

BLK

35

24

1

35

24

1

135

AC FAN MOTOR

INDOOR

OUTDOOR

CAPACITOR

3

1

CN10CN11

3

1

WHI

RED

6
6

THERMO

SENSOR

COLOR IDENTIFICATION

:

BROWN

BRW

:

RED

RED

:

WHITE

WHI

:

YEL

YELLOW

:

BLUE

BLU

:

BLK

BLACK

:

GRAY

GRY

:

PINK

PNK

:

ORN

ORANGE

GRN&YEL

:

GREEN &

:

GREENGRN

112

BLK

(TA)

2

BLK

YELLOW

112

CN01CN03

2

BLK

BLK

HEAT

EXCHANGER

SENSOR

(TC)

– 11 –

FILE NO. SVM-03001

4. SPECIFICATION OF ELECTRICAL PARTS

4-1. Indoor Unit (RAS-13UKHP-ES2, RAS-13UKHP-AS2, RAS-10UKHP-ES2,

RAS-10UKHP-AS2)

No. Parts name Type Specifications

1 Fan motor (for indoor) MMF-240-20-4A-1 AC Motor with 135°C thermo fuse
2 Thermo sensor (TA-sensor) ——— 10kΩ at 25°C
3 Switching transformer (T01) SWT-47
4 Microcontroller unit (IC30) TMP87CM40AN
5 Heat exchanger sensor

(TC-sensor)
6 Line filter (L01) LC*SS11V-06270 27mH, 600mA
7 Bridge rectifier (DB01) D3SBA60 4A, 600V
8 Capacitor (C02) KMH400VSSN47M22S 47µF, 400V
9 Fuse (F01) TSCR6.3A T6.3A, 250VAC

10 Varistor (R21, R22) 15G561K 560V
11 Resistor (R01) RF-2TK5R6 5.6Ω, 2W
12 Louver motor MP24GA 12VDC
13 Relay (Comp., RY01) DI12D1 Rating 20A/AC250V, 12VDC
14 Relay (Fan, RY03) G5N-1A Rating 3A/AC250V, 12VDC
15 Relay (Solenoide, RY04) G5N-1A Rating 3A/AC250V, 12VDC

——— 10kΩ at 25°C

4-2. Outdoor Unit (RAS-13UAH-ES2, RAS-13UAH-AS2, RAS-13UA-ES2, RAS-13UA-AS2)

No. Parts name Type Specifications

Output (Rated) 1100W, 2poles, 1 phase, 220 – 240V, 50Hz

1 Compressor PA150X2T-4FM1 Winding resistance (Ω) C-R C-S

(at 20°C) 2.49 3.95
Output (Rated) 42W, 6poles, 1 phase, 220 – 240V, 50Hz

2 Fan motor (for outdoor) HF-240-42B Winding resistance (Ω) Red-Black White-Black

(at 20°C) 176.2 290.5

Running capacitor

3

(for fan motor)

Running capacitor

4

(for compressor)

Solenoid coil
5 (for 4-way valve) VHV-01AJ503C1 AC 220 – 240V, 50Hz

(for Heat pump model)

DS45115CBPQC AC 450V, 1.5µF

DS371306CPN AC 370V, 30µF

– 12 –

FILE NO. SVM-03001

4-3. Outdoor Unit (RAS-10UAH-ES2, RAS-10UAH-AS2)

No. Parts name Type Specifications

Output (Rated) 750W, 2poles, 1 phase, 220 – 240V, 50Hz

1 Compressor PA108X1T-4FZ1 Winding resistance (Ω) C-R C-S

(at 20°C) 3.89 4.51
Output (Rated) 30W, 6poles, 1 phase, 220 – 240V, 50Hz

2 Fan motor (for outdoor) HF-240-30B Winding resistance (Ω) Red-Black White-Black

(at 20°C) 245 388.3

Running capacitor

3

(for fan motor)

Running capacitor

4

(for compressor)

Solenoid coil

5

(for 4-way valve)

DS451155BPQC AC 450V, 1.5µF

DS371256CPNB AC 370V, 25µF

SQ-373 AC 220 – 240V

4-4. Indoor Unit (RAS-13UKP-ES2, RAS-13UKP-AS2, RAS-10UKP-ES2,

RAS-10UKP-AS2)

No. Parts name Type Specifications

1 Fan motor (for indoor) MMF-240-20-4A-1 AC Motor with 135°C thermo fuse
2 Thermo sensor (TA-sensor) ——— 10kΩ at 25°C
3 Switching transformer (T01) SWT-47
4 Microcontroller unit (IC30) TMP87CM40AN-2C67
5 Heat exchanger sensor

(TC-sensor)
6 Line filter (L01) LC*SS11V-06270 27mH, 600mA
7 Bridge rectifier (DB01) D3SBA60 4A, 600V
8 Capacitor (C02) KMH400VSSN47M22S 47µF, 400V
9 Fuse (F01) TSCR6.3A T6.3A, 250VAC

10 Varistor (R21, R22) 15G561K 560V
11 Resistor (R01) RF-2TK5R6 5.6Ω, 2W
12 Louver motor MP24GA 12VDC
13 Relay (Comp., RY01) DI12D1 Rating 20A/AC250V, 12VDC

——— 10kΩ at 25°C

– 13 –

FILE NO. SVM-03001

4-5. Outdoor Unit (RAS-10UA-ES2, RAS-10UA-AS2)

No. Parts name Type Specifications

Output (Rated) 750W, 2poles, 1 phase, 220 – 240V, 50Hz

1 Compressor PA108X1T-4FZ1 Winding resistance (Ω) C-R C-S

(at 20°C) 3.89 4.51
Output (Rated) 20W, 6poles, 1 phase, 220 – 240V, 50Hz

2 Fan motor (for outdoor) HF-240-20B Winding resistance (Ω) Red-Black White-Black

(at 20°C) 387.3 466.2

Running capacitor

3

(for fan motor)

Running capacitor

4

(for compressor)

DS451155BPQC AC 450V, 1.5µF

DS371256CPNB AC 370V, 25µF

– 14 –

5. REFRIGERATION CYCLE DIAGRAM

5-1.RAS-13UKHP-ES2 / RAS-13UAH-ES2

RAS-13UKHP-AS2 / RAS-13UAH-AS2

FILE NO. SVM-03001

Indoor unit

Cooling

0.39m
(Connecting pipe)
∅12.7

O.D.:12.7mm O.D.:6.35mm

Cooling

Heating

Heating

P

Packed valve

(∅12.7)

Heating

4-way valve

Cooling

Compressor

PA150X2T-4FM1

Accumulator

Evaporator

Cross flow fan

T1

Capillary tube

∅1.5x1200s

0.49m

(Connecting pipe)

∅6.35

Packed valve

(∅6.35)

Capillary tube

∅1.2x1600s

Condenser

Refrigerant
R410A : 1.00 kg.

Cooling
Heating

Propeller fan
Outdoor unit

Mark( )means check points of Gas Leak.

Ambient temp.

Surface temp. of heat

exchanger interchanging

pipe

T1

(°C)

Fan speed

(indoor)

conditions DB/WB

(°C)

Indoor Outdoor

50Hz

Standard

pressure

(MPaG)

P

Standard 2.75 44.0 High 20/15 7/6

Heating Overload*1 3.20 ~ 3.70 52.0 ~ 59.0 Low 27/– 24/18

Low temperature 2.20 35.0 High 20/– –10/–10
Standard 0.90 10.0 High 27/19 35/24

Cooling Overload 1.10 14.0 High 32/23 43/26

Low temperature 0.70 2.0 Low 21/15 21/15

Note :

• Measure the heat exchanger temperature at the center of U-bend. (By means of TC sensor)

*1 • During heating overload operation, a value for the high temperature limit control operation is included.

– 15 –

5-2.RAS-10UKHP-ES2 / RAS-10UAH-ES2

RAS-10UKHP-AS2 / RAS-10UAH-AS2

FILE NO. SVM-03001

Indoor unit

Cooling

0.39m
(Connecting pipe)
∅9.52

O.D.:9.52mm O.D.:6.35mm

Cooling

Heating

Heating

P

Packed valve

(∅9.52)

Heating

4-way valve

Cooling

Compressor

PA108X1T-4FZ1

Accumulator

Evaporator

Cross flow fan

T1

Capillary tube

∅1.2x800s

0.49m
(Connecting pipe)
∅6.35

Packed valve

(∅6.35)

Capillary tube

∅1.0x800s

Condenser

Refrigerant
R410A : 0.72 kg.

Cooling
Heating

Propeller fan
Outdoor unit

Mark( )means check points of Gas Leak.

Ambient temp.

Surface temp. of heat

exchanger interchanging

pipe

T1

(°C)

Fan speed

(indoor)

conditions DB/WB

(°C)

Indoor Outdoor

50Hz

Standard

pressure

(MPaG)

P

Standard 2.70 42.0 High 20/15 7/6

Heating Overload 3.00 50.0 Low 27/– 24/18

Low temperature 2.20 35.0 High 20/– –10/–10
Standard 0.95 12.0 High 27/19 35/24

Cooling Overload 1.15 16.0 High 32/23 43/26

Low temperature 0.85 5.0 Low 21/15 21/15

Note :

• Measure the heat exchanger temperature at the center of U-bend. (By means of TC sensor)

– 16 –

5-3.RAS-13UKP-ES2 / RAS-13UA-ES2

RAS-13UKP-AS2 / RAS-13UA-AS2

FILE NO. SVM-03001

Indoor unit

Cooling

0.39m
(Connecting pipe)
∅12.7

O.D.:12.7mm O.D.:6.35mm

Cooling

Packed valve

Cooling

P

(∅12.7)

Compressor

PA150X2T-4FM1

Heat exchanger

Cross flow fan

T1

0.49m
(Connecting pipe)
∅6.35

Packed valve

(∅6.35)

Capillary tube

∅1.5x500S

Condenser

Refrigerant
R410A : 0.97 kg.

Cooling

Propeller fan

Outdoor unit

Mark( )means check points of Gas Leak.

Ambient temp.

Surface temp. of heat

exchanger interchanging

pipe

T1

(°C)

Fan speed

(indoor)

conditions DB/WB

(°C)

Indoor Outdoor

50Hz

Standard

pressure

(MPaG)

P

Standard 0.90 9.0 High 27/19 35/24

Cooling Overload 1.10 13.0 High 32/23 43/26

Low temperature 0.70 2.0 Low 21/15 21/15

Note :

• Measure the heat exchanger temperature at the center of U-bend. (By means of TC sensor)

– 17 –

5-4.RAS-10UKP-ES2 / RAS-10UA-ES2

RAS-10UKP-AS2 / RAS-10UA-AS2

FILE NO. SVM-03001

Indoor unit

Cooling

0.39m
(Connecting pipe)
∅9.52

O.D.:9.52mm O.D.:6.35mm

Cooling

Packed valve

Cooling

P

(∅9.52)

Compressor

PA108X1T-4FZ1

Evaporator

Cross flow fan

T1

0.49m
(Connecting pipe)
∅6.35

Packed valve

(∅6.35)

Capillary tube

∅1.5x1100S

Condenser

Refrigerant
R410A : 0.65 kg.

Cooling

Propeller fan
Outdoor unit

Mark( )means check points of Gas Leak.

Ambient temp.

Surface temp. of heat

exchanger interchanging

pipe

T1

(°C)

Fan speed

(indoor)

conditions DB/WB

(°C)

Indoor Outdoor

50Hz

Standard

pressure

(MPaG)

P

Standard 0.95 11.0 High 27/19 35/24

Cooling Overload 1.15 15.0 High 32/23 43/26

Low temperature 0.85 5.0 Low 21/15 21/15

Note :

• Measure the heat exchanger temperature at the center of U-bend. (By means of TC sensor)

– 18 –

FILE NO. SVM-03001

6. CONTROL BLOCK DIAGRAM

6-1.RAS-13UKHP-ES2 / RAS-13U AH-ES2, RAS-13UKHP-AS2 / RAS-13U AH-AS2,

RAS-10UKHP-ES2 / RAS-10UAH-ES2, RAS-10UKHP-AS2 / RAS-10UAH-AS2

Heat Exchange sensor

Thermo. Sensor

Current Sensor

(Compressor Current)

Infrared Rays Signal Reciver

Main Unit Control Panel

Functions

• Louver Control

• 3-minutes Delay at Restart

for Compressor

Initiallizing Circuit

Clock Frequency
Oscillator Circuit

Power Supply

Circuit

Noise Filter Relay Driver, Louver Driver

• Motor Revolution Control

• Processing

(Temperature Processing)

• Timer

Compressor

ON/OFF

Signal

Outdoor Fan

M.C.U.

ON/OFF

Signal

4-Way Valve

ON/OFF

Signal

Operation

Display

Timer

Display

Filter Sign

Display

Hi Power

Sign Display

PRE DEF.

Sign Display

Indoor Fan

Motor

Louver

ON/OFF

Signal

Louver

Motor

220-240 V~, 50Hz

REMOTE CONTROL

Relay

RY01

Compressor 4-Way Valve

Remote Control

Operation (START/STOP)
Operation Mode Selection

AUTO, COOL, DRY, FAN ONLY

Temperature Setting
Fan Speed Selection

ON TIMER Setting

OFF TIMER Setting

Louver Auto Swing

Louver Direction Setting

ECO

Outdoor Fan Motor

Relay

RY03

Infrared Rays

Relay

RY04

Hi power

Filter Reset

– 19 –

FILE NO. SVM-03001

6-2.RAS-13UKP-ES2 / RAS-13UA-ES2, RAS-13UKP-AS2 / RAS-13UA-AS2,

RAS-10UKP-ES2 / RAS-10UA-ES2, RAS-10UKP-AS2 / RAS-10UA-AS2

Main Unit Control Panel M.C.U.

Heat Exchange sensor

Thermo. Sensor

Infrared Rays Signal Reciver

Initiallizing Circuit

Clock Frequency
Oscillator Circuit

Functions

• Louver Control

• 3-minutes Delay at Restart

for Compressor

• Motor Revolution Control

• Processing

(Temperature Processing)

• Timer

Operation

Display

Timer

Display

Filter Sign

Display

Hi Power

Sign Display

Fan Only

Sign Display

Indoor Fan

Motor

220-240 V~, 50Hz

REMOTE CONTROL

Power Supply

Circuit

Noise Filter Relay Driver, Louver Driver

Operation (START/STOP)
Operation Mode Selection

AUTO, COOL, DRY, FAN ONLY

Compressor

ON/OFF

Signal

Relay

RY01

Compressor, Outdoor Fan Motor

Infrared Rays

Remote Control

Temperature Setting

Louver

ON/OFF

Signal

Louver

Motor

Fan Speed Selection

ON TIMER Setting

OFF TIMER Setting

Louver Auto Swing

Louver Direction Setting

ECO

Hi power

Filter Reset

– 20 –

7. OPERATION DESCRIPTION

FILE NO. SVM-03001

7-1.Outline of Air Conditioner Control

This is a fixed capacity type air conditioner, which uses
a AC motor for an indoor fan. The AC motor drive
circuit is mounted in the indoor unit. And electrical
parts which operate the compressor and the outdoor
fan motor, are mounted in the outdoor unit.
The air conditioner is mainly controlled by the indoor
unit controller. The controller operates the indoor fan
motor based upon commands transmitted by the
remote control and transfers the operation commands
to the outdoor unit controller.
The outdoor unit controller receives operation
commands from the indoor unit, and operates the
outdoor fan motor and the compressor.

(1) Role of indoor unit controller

7-1-1. Louver control

(1) Vertical air flow louver

Position of veritcal air flow louver is automatically
controlled according to the operation mode.
Besides, position of vertical air flow louver can be
arbitrarily set by pressing [FIX] button.
The louver position which is set by [FIX] button is
stored in the microcontroller, and the louver is
automatically set at the stored position for the next
operation.

(2) Swing

If [SWING] button is pressed when the indoor unit
is in operation, the vertical air flow louver starts
swinging. When [FIX] button is pressed, it stops
swinging.

The indoor unit controller receives the operation

commands from the remote control and executes
them.

• Temperature measurement at the air inlet of the
indoor heat exchanger by the indoor
temperature sensor

• Temperature setting of the indoor heat
exchanger by the heat exchanger sensor

• Louver motor control

• Indoor fan motor operation control

• LED display control

• Transferring of operation commands to the

outdoor unit

• Receiving of information of the operation status
and judging of the information or indication of
error

7-1-2. Indoor fan control (AC Fan motor)

(1) The indoor fan is operated by the stepless speed

change AC motor.

(2) For air flow level, speed of the indoor fan motor is

controlled in five steps (LOW, LOW+, MED, MED
and HIGH). If AUTO mode is selected, the fan
motor speed is automatically controlled by the
difference between the preset temperature and
the room temperature.

LOW

=

LOW+MED

+

2

MED+=

MED+HIGH

2

Table 7-1-1

RAS-13UKHP-ES2 RAS-10UKHP-ES2

Model

HIGH 1,300 630 1,200 570
Cooling MED+ 1,200 570 1,100 520
and MED 1,100 520 1,000 460
Fan only LO W+ 1,020 470 900 400

LOW 950 430 800 340

HIGH 1,350 650 1,250 610

MED+ 1,250 610 1,170 560

Heating MED 1,150 550 1,100 520

LOW+ 1,100 520 1,000 460

LOW 1,050 490 900 400

Model

HIGH 1,300 630 1,300 630
Cooling MED+ 1,200 570 1,180 560
and MED 1,100 520 1,050 490
Fan only LO W+ 1,020 470 950 430

LOW 950 430 850 370

RAS-13UKHP-AS2 RAS-10UKHP-AS2

Motor speed Air flow level Motor speed Air flow level

(rpm) (m3/h) (rpm) (m3/h)

RAS-13UKP-ES2 RAS-10UKP-ES2

RAS-13UKP-AS2 RAS-10UKP-AS2

– 21 –

+

FILE NO. SVM-03001

7-2. Description of Operation Circuit

(1) When turning on the breaker, the operation lamp

blinks. This means that the power is on (or the
power supply is cut off.)

(2) When pressing [START / STOP] button on the

remote control, receiving beep sounds from the
indoor unit, and the next operation is performed
together with opening the vertical air flow louver.

(3) Once the operation mode is set, it is memorized in

the microcontroller so that the previous operation
can be effected thereafter simply by pressing
[START / STOP] button.

7-2-1. Fan only operation

([MODE] button on the remote control is set
to the fan only operation.)

(1) When [FAN] button is set to AUTO, the indoor fan

motor operates as shown in Fig. 7-2-1. When
[FAN] button is set to LOW, LOW+, MED, MED+ or
HIGH, the motor operates with a constant air flow.

7-2-2. Cooling operation

([MODE] button on the remote control is set
to the cooling operation.)

(1) The compressor, 4-way valve, outdoor fan and

operation display on the remote control are
controlled as shown in Fig. 7-2-2.

ON ON

OFF OFF OFF ON

4-way valve

Compressor

Outdoor fan

(Room temp.) — (Preset temp.)

Preset
temp.

0.5

0

Fig. 7-2-2

display

OPERATION

+3
+2.5
+2

+1.5
+1
+0.5

(Room temp.) – (Preset temp.)

Preset
temp.

0

NOTE :

*1: The values marked with *1 are calculated and

controlled by the difference in motor speed
between M+ and L–.

Fig. 7-2-1 Setting of air flow [FAN:AUTO]

(2) The Hi POWER operation cannot be set.

M+

*1
*1
*1

(2) When [FAN] button is set to AUTO, the indoor fan

motor operates as shown in Fig. 7-2-3. When
[FAN] button is set to LOW, LOW+, MED, MED+ or
HIGH, the motor operates with a constant air flow.

(Room temp.) – (Preset temp.)

Preset
temp.

+3
+2.5
+2
+1.5
+1
+0.5

0

-0.5

M+

*1
*1
*1

NOTE :

*1: The values marked with *1 are calculated and

controlled by the difference in motor speed
between M+ and L–.

Fig. 7-2-3 Setting of air flow [FAN:AUTO]

– 22 –

FILE NO. SVM-03001

7-2-3. Dry operation

([MODE] button on the remote control is set
to the dry operation.)

(1) The compressor, 4-way valve, outdoor fan and

operation display on the remote control are
controlled as shown in Fig. 7-2-4.

ON:6min.

OFF:4min.

ON:5min.

OFF:5min.

OFF

4-way valve

Outdoor fan

(Preset temp.)

—

(Room temp.)

Preset
temp.

+3

+2

+1

ON:6min.

OFF:4min.

OFF

ON:5min.

OFF:5min.

OFF

0

Compressor

Fig. 7-2-4

ON

display

OPERATION

7-2-4. Heating operation *Heat pump model only

([MODE] button on the remote control is set
to the heating operation.)

(1) The compressor, 4-way valve, outdoor fan and

operation display on the remote control are
controlled as shown in Fig. 7-2-6.

Preset
temp.

0

-0.5

(Preset temp.)

–

(Room temp.)

ON

OFF

ON

Compressor

ON

OFF

ON

4-way valve

Outdoor fan

Fig. 7-2-6

display

OPERATION

(2) The microcontroller turns the compressor on and

off at the regular intervals (4 to 6 minutes). While
the compressor is turning off, the indoor fan motor
operates in the SUPER LOW position.

The pattern of operation depending on the relation

between room temperature and preset
temperatures is shown in Fig. 7-2-5.

Room temp.

Preset temp.+1
Preset temp.

Compressor
Outdoor fan

Indoor fan

ON ON ON ON

OFF OFF OFF

L.*S.L. S.L.L. L. S.L. L.

*

Super Low

Fig. 7-2-5

(3) [FAN] button on the remote control is set to AUTO

only.

(2) When [FAN] button is set to AUTO, the indoor fan

motor operates as shown in Fig. 7-2-7. When
[FAN] button is set to LOW, LOW+, MED, MED+ or
HIGH, the motor operates with a constant air flow.

Preset

temp.

0

-0.5

-1

-1.5

-2

(Preset temp.)

—

-5.0

-5.5

[FAN AUTO]

(Room temp.)

L
*1

*2

+

M

H

*1, *2 : The values marked with *1 and *2 are

calculated and controlled by the difference in
motor speed between M+ and L.

Fig. 7-2-7 Setting of air flow [FAN:AUTO]

(4) The Hi POWER operations cannot be set.

– 23 –

FILE NO. SVM-03001

(3) The indoor heat exchanger restricts revolving

speed of the fan motor to prevent a cold draft. The
upper limit of the revolving speed is shown in
Fig. 7-2-8 and Table 7-2-1.

RAS-13UKHP-ES2, RAS-13UKHP-AS2

Manual

AUTO

*4

*3

SUL

SUL*1

Stop

(One of 5 steps)

L-H (Up to
seting speed)

424134

33

292821

20

*2

A+4

A+4

A-8

A-8

*6 *5

Indoor heat exchanger temperature

RAS-10UKHP-ES2, RAS-10UKHP-AS2

Manual

AUTO

*4

SUL

SUL*1

Stop

*3

(One of 5 steps)

L-H (Up to
seting speed)

464534

33

323121

20

*2

A+4

A+4

A-8

A-8

*6 *5

Indoor heat exchanger temperature

Fig. 7-2-8 Cold draft preventing control

NOTES :

*1: The fan stops for 2 minutes after thermostat-OFF.
*2: A is 24°C when the preset temperature is 24°C or

more and A is the preset temperature when it is

under 24°C.
*3: SUL means Super Ultra Low.
*4: Calculated from difference in motor speed

between SUL and HIGH.

*5 and *6:

Table 7-2-1

Fan *5 *6
speed Starting period Stabilized period

AUTO • Up until 12 minutes

passed after starting
the unit

• From 12 to 25 minutes
passed after starting
the unit and room
temperature is 3°C
lower than preset
temperature

Manual • Room temperature
(L – H) < Preset temperature

• From 12 to 25 minutes
passed after starting
the unit and room
temperature is
between preset
temperature and 3°C
lower than preset
temperature

• 25 minutes or more
passed after starting
the unit

• Room temperature

Preset temperature

–4°C

–3.5°C

7-2-5. Automatic operation

([MODE] button on the remote control is set
to the automatic operation.)

(1) One of 3 operations (Cooling, Fan only or Heating)

is selected according to difference between the
preset temperature and the room temperature at
which the automatic operation has started, as
shown in Fig. 7-2-9. The Fan only operation
continues until the room temperature reaches a
level at which another mode is selected.

(2) Temporary Auto

When the TEMPORARY button on the indoor unit
is pushed, the preset temperature is fixed at 24°C
and the indoor unit is controlled as shown in
Fig. 7-2-9.

C

Cooling operation

The louver moves to the position same
as Hi POWER operation.

+4

Cooling operation

0

– 24 –

Heating operation

RAS-13UKHP-ES2
RAS-13UKHP-AS2

(Room temp.) – (Preset temp.)

RAS-10UKHP-ES2
RAS-10UKHP-AS2

Fan only operation

RAS-13UKP-ES2
RAS-13UKP-AS2
RAS-10UKP-ES2
RAS-10UKP-AS2

Fig. 7-2-9

FILE NO. SVM-03001

60

53

52

Compressor

Outdoor fan

OFF

OFF

ON

ON

OFF

ON

Heat exchanger
temp.

7-3.Hi POWER Mode

([Hi POWER] button on the remote
control is pressed.)

When [Hi POWER] button is pressed while the indoor
unit is in Auto, Cooling or Heating operation, Hi
POWER mark is indicated on the display of the remote
control and the unit operates as follows.

(1) Automatic operation

• The indoor unit operates in according to the
current operation.

(2) Cooling operation

• The preset temperature drops 3°C.
(The value of the preset temperature on the
remote control does not change.)

• If the difference between the preset
temperature and the room temperature is big,
the horizontal louver moves to the Hi POWER
position automatically. Then when the difference
between them gets smaller, the horizontal
louver returns automatically.

• FAN speed : [AUTO]
If the difference between the preset
temperature and room temperature is big, the
air conditioner operates at maximum airflow
level. If the difference between the preset
temperature and the room temperature is small,
the air conditioner operates at normal airflow
level.

• FAN speed : One of 5 levels
The air conditioner operates at normal airflow
level.

(3) Heating operation *Heat pump model only

• The preset temperature increases 2°C,
(The value of the preset temperature on the
remote control does not change.)

• The indoor unit operates in normal heating
mode except the preset temperature is higher
(+2°C).

(4) The Hi POWER mode can not be set in Dry or Fan

only operation.

7-4.High-Temperature Limit Control

*Heat pump model only

The microcontroller detects the indoor heat exchanger
temperature to prevent pressure of a refrigerating cycle
from increasing excessively.
The compressor and outdoor fan motor are controlled
as shown in Fig. 7-4-1.

Fig. 7-4-1

7-5.Low-Temperature Limit Control

The microcontroller detects the indoor heat exchanger
temperature to prevent the indoor heat exchanger from
freezing.
The compressor and outdoor fan motor are controlled
as shown in Fig. 7-5-1 and 7-5-2.

RAS-13UKHP-ES2
RAS-13UKHP-AS2
RAS-13UKP-ES2
RAS-13UKP-AS2

Heat exchanger
temperature

6

2

Fig. 7-5-1

RAS-10UKHP-ES2
RAS-10UKHP-AS2
RAS-10UKP-ES2
RAS-10UKP-AS2

Compressor Outdoor fan

ON

Less than continues

for 5 minutes

OFF

– 25 –

Heat exchanger
temperature

7

5

Compressor

Fig. 7-5-2

Outdoor fan

ON

Less than continues

for 5 minutes

OFF

FILE NO. SVM-03001

7-6.Defrost Operation *Heat pump model only

During the heating operation, the outdoor heat
exchanger temperature goes down and sometimes it is
frozen.
In this case, the air conditioner stops the heating
operation and starts the defrost operation to melt ice.

7-6-1. Condition to start the defrost operation

The defrost operation starts whichever below
conditions are satisfied.

(1) When the cumulative compressor operating time is

longer than 40 or 90 minutes and difference
between the indoor heat exchanger temperature
and the room temperature is less than the
specified value. (This value is decided by the
microprocessor.) (Control example is shown in
Fig. 7-6-1. In case of B or C, the defrost operation
starts.)

(2) When the current limit control or the high

temperature limit control is performed for total of
90 minutes.

D

<In case of C>

(1) The heating operation is performed for at least 90

minutes.

(2) The defrost operating time is 10 minutes.

7-6-3. Ending condition at defrost operation

(1) When the compressor current becomes 7.5A or

more during defrost operation, the defrost
operation stops and the heating operation restarts.
(The current sensor detects the compressor
current.)

(2) The defrost operation continues for at most

6 minutes or 10 minutes.

DEFROST LAMP :

• During defrost operation, the PRE-DEF. lamp is
on and the indoor and outdoor fans are off.

• The compressor start protection timer is inter­looked with the PRE-DEF. lamp. So the PRE-DEF.
Lamp is off (the fans stop) for about 3 minutes
after the START/STOP button is turned on. When
the compressor is turned on, the PRE-DEF. lamp
comes on. After the heat ex-changer is preheated
to about 24°C or higher, the PRE-DEF. Lamp
goes off, and the indoor fan starts.

Indoor heat exchanger temp

- Room temp

A

B

C

Cumulative
compressor
operating time

Fig. 7-6-1 (Indoor fan speed : M)

7-6-2. Defrost operation time control
<In case of B>

(1) The heating operation is performed for at least

40 minutes.

(2) The maximum defrost operating time is 6 minutes.

The defrost operating time for the 4th cycle is
10 minutes. (When the outdoor temperature is
very low, however, the defrost operating time is
10 minutes.)

minutes

40

Heating

minutes

40

Defrost

Heating

Max 6 minutes

minutes

40

Defrost

Heating

10 minutes

minutes

40

Defrost

Heating

Defrost

1 cycle

Fig. 7-6-2

– 26 –

7-7.Current Limit Control *Heat pump model

only

The microcontroller detects the input current so as to
prevent it exceeds a specified value by means of
controlling the outdoor fan control as described in (1)
and (2).

(1) Current limit control (Cooling operation)

Control is performed as shown below by detecting

the compressor operating current with a current
sensor (C.T).

RAS-13UKHP-ES2, RAS-13UKHP-AS2 / RAS-10UKHP-ES2, RAS-10UKHP-AS2

FILE NO. SVM-03001

Input current

13.5A/ 19.2A I4

12.5A/ 17.8A I3

Compressor Outdoor fan

More than I4 continues for 3 seconds

More than I3 continues for 5 seconds

Fig. 7-7-1

(2) Current limit control (Heating operation)

Control is performed as shown in Fig. 7-7-2

RAS-13UKHP-ES2, RAS-13UKHP-AS2 / RAS-10UKHP-ES2, RAS-10UKHP-AS2

Input current

13.5A/ 19.2A I4

12.5A/ 17.8A I3

Compressor Outdoor fan

More than I4 continues for 3 seconds

More than I3 continues for 5 seconds

OFF

OFF

ON

OFF

OFF

10A/ 15.6A I2

9A/ 15.0A I1

ON OFF

ON

Fig. 7-7-2

Remark :

This function is available only for heat pump model (Cooling models have no a current sensor (C.T.)).

– 27 –

FILE NO. SVM-03001

7-8.Auto Restart Function

The indoor unit is equipped with an automatic
restarting function which allows the unit to restart
operating with the set operating conditions in the event
of power supply being accidentally shut down. The
operation will resume without warning three minutes
after power is restored.
This function is not set to work when shipped from the
factory. Therefore it is necessary to set it to work.

7-8-1. How to set auto restart function

To set the auto restart function, proceed as follows:
The power supply to the unit must be on; the function
will not set if the power is off.
Push the [TEMPORARY] button located in the center
of the front panel continuously for three seconds.
The unit receives the signal and beeps three times.
The unit then restarts operating automatically in the
event of power supply being accidentally shut down.

When the unit is on standby (Not operating)

Operation Motions

Push [TEMPORARY] button for more The unit is on standby.
than three seconds.

The unit starts to operate. The green lamp is on.

The unit beeps three times The lamp changes from
and continues to operate. green to orange.

If the unit is not required to operate at this time, push [TEMPORARY]

TEMPORARY button

0

3S

→
→

button once more or use the remote control to turn it off.

After approx. three seconds,

When the unit is in operation

Operation Motions

Push [TEMPORARY] button for more The unit is in operation. The green lamp is on.
than three seconds.

The unit stops operating. The green lamp is turned off.

→
→

After approx. three seconds,

0

3S

The unit beeps three times
If the unit is required to operate at this time, push [TEMPORARY]

TEMPORARY button

• While this function is being set, if the unit is in
operation, the orange lamp is on.

• This function can not be set if the timer operation

button once more or use the remote control to turn it on.

• While the filter check lamp is on, the
TEMPORARY button has the function of filter
reset button.

has been selected.

• When the unit is turned on by this function, the
louver will not swing even though it was swinging
automatically before shutting down.

– 28 –

7-8-2. How to cancel auto restart function

To cancel auto restart function, proceed as follows:
Repeat the setting prodedure: the unit receives the
signal and beeps three times.
The unit will be required to be turned on with the
remote control after the main power supply is turned
off.

When the unit is on standby (Not operating)

Operation Motions

Push [TEMPORARY] button for more The unit is on standby.
than three seconds.

→

FILE NO. SVM-03001

The unit starts to operate. The orange lamp is on.

→

After approx. three seconds,

The unit beeps three times The lamp changes from
and continues to operate. orange to green.

If the unit is not required to operate at this time, push [TEMPORARY]

TEMPORARY button

0

3S

button once more or use the remote control to turn it off.

When the unit is in operation

Operation Motions

Push [TEMPORARY] button for more The unit is in operation. The orange lamp is on.
than three seconds.

The unit stops operating. The orange lamp is turned off.

→
→

After approx. three seconds,

0

3S

The unit beeps three times
If the unit is required to operate at this time, push [TEMPORARY]

TEMPORARY button

• While this function is being set, if the unit is in

button once more or use the remote control to turn it on.

7-9. Filter Check Lamp

operation, the orange lamp is on.

When the elapsed time reaches 1000 hours, the filter

7-8-3. Power failure during timer operation

check lamp indicates. After cleaning the filters, turn off
the filter check lamp.

When the unit is in Timer operation, if it is turned off
because of power failure, the timer operation is

7-9-1. How to turn off filter check lamp

cancelled. Therefore, set the timer operation again.

Press [FILTER] button on the remote control.
OR push [TEMPORARY] button on the indoor unit.

Note:

If [TEMPORARY] button is pushed while the filter
check lamp is not indicating, the indoor unit will start
the Automatic Operation.

– 29 –

FILE NO. SVM-03001

8. INSTALLATION PROCEDURE

8-1.Safety Cautions

For general pub lic use

Power supply cord of parts of appliance for Outdoor use shall be at least polychloroprene sheathed flexible
cord (design H07 RN-F), or cord designation 245 IEC66.

CAUTION

• THIS AIR CONDITIONER USES THE NEW HFC REFRGERANT (R410A), WHICH DOES NOT DESTROY

THE OZONE LAYER.

R410A refrigerant is apt to be affected by impurity such as water, oxidizing membranes, and oils because the
pressure of R410A refrigerant is approx. 1.6 times of refrigerant R22. As well as the adoption of this new
refrigerant, refrigerating machine oil has also been changed. Therefore, during installation work, be sure that
water, dust, former refrigerant, or refrigerating machine oil does not enter into the refrigerating cycle of a
new-refrigerant air conditioner.
To avoid mixing refrigerant and refrigerating machine oil, the sizes of charging port connecting sections on
the main unit are different from those for the conventional refrigerant, and different size tools are also
required. Accordingly, special tools are required for the new refrigerant (R410A) as shown below. For
connecting pipes, use new and clean piping materials with high-pressure withstand capabilities, designed for
R410A only, and ensure that water or dust does not enter. Moreover, do not use any existing piping as its
pressure withstand may be insufficient, and may contain impurities.

CAUTION

This appliance must be connected to the main power supply by means of a circuit breaker or a switch with a
contact separation of at least 3 mm.
If this is not possible, a power supply plug with earth must be used. This plug must be easily accessible after
installation. The plug must be disconnected from the power supply socket in order to disconnect the
appliance completely from the mains.

New Refrigerant Air conditioner Installation

To Disconnect the Appliance from the Main Power Supply

– 30 –

FILE NO. SVM-03001

DANGER

• FOR USE BY QUALIFIED PERSONS ONLY.

• TURN OFF MAIN POWER SUPPLY BEFORE ATTEMPTING ANY ELECTRICAL WORK. MAKE SURE

ALL POWER SWITCHES ARE OFF. FAILURE TO DO SO MAY CAUSE ELECTRIC SHOCK.

• CONNECT THE CONNECTING CABLE CORRECTLY. IF THE CONNECTING CABLE IS CONNECTED
WRONGLY, ELECTRIC PARTS MAY BE DAMAGED.

• CHECK THE EARTH WIRE THAT IT IS NOT BROKEN OR DISCONNECTED BEFORE INSTALLATION.

• DO NOT INSTALL NEAR CONCENTRATIONS OF COMBUSTIBLE GAS OR GAS VAPORS.

FAILURE TO FOLLOW THIS INSTRUCTION CAN RESULT IN FIRE OR EXPLOSION.

• TO PREVENT OVERHEATING THE INDOOR UNIT AND CAUSING A FIRE HAZARD, PLACE THE UNIT
WELL AWAY (MORE THAN 2 M) FROM HEAT SOURCES SUCH AS RADIATORS, HEATORS,
FURNACE, STOVES, ETC.

• WHEN MOVING THE AIR-CONDITIONER FOR INSTALLING IT IN ANOTHER PLACE AGAIN, BE VERY
CAREFUL NOT TO GET THE SPECIFIED REFRIGERANT (R410A) WITH ANY OTHER GASEOUS
BODY INTO THE REFRIGERATION CYCLE. IF AIR OR ANY OTHER GAS IS MIXED IN THE
REFRIGERANT, THE GAS PRESSURE IN THE REFRIGERATION CYCLE BECOMES ABNORMALLY
HIGH AND IT RESULTINGLY CAUSES BURST OF THE PIPE AND INJURIES ON PERSONS.

• IN THE EVENT THAT THE REFRIGERANT GAS LEAKS OUT OF THE PIPE DURING THE
INSTALLATION WORK, IMMEDIATELY LET FRESH AIR INTO THE ROOM. IF THE REFRIGERANT GAS
IS HEATED BY FIRE OR SOMETHING ELSE, IT CAUSES GENERATION OF POISONOUS GAS.

WARNING

• Never modify this unit by removing any of the safety guards or bypassing any of the safety interlock
switches.

• Do not install in a place which cannot bear the weight of the unit.
Personal injury and property damage can result if the unit falls.

• Before doing the electrical work, attach an approved plug to the power supply cord.
Also, make sure the equipment is properly earthed.

• Appliance shall be installed in accordance with national wiring regulations.
If you detect any damage, do not install the unit. Contact your TOSHIBA dealer immediately.

CAUTION

• Exposure of unit to water or other moisture before installation could result in electric shock.
Do not store it in a wet basement or expose to rain or water.

• After unpacking the unit, examine it carefully for possible damage.

• Do not install in a place that can increase the vibration of the unit. Do not install in a place that can amplify

the noise level of the unit or where noise and discharged air might disturb neighbors.

• To avoid personal injury, be careful when handling parts with sharp edges.

• Please read this installation manual carefully before installing the unit. It contains further important instruc-

tions for proper installation.

REQUIREMENT OF REPORT TO THE LOCAL POWER SUPPLIER

Please make absolutely sure that the installation of this appliance is reported to the local power supplier
before installation. If you experience any problems, or if the installation is not accepted by the supplier, the
service agency will take adequate countermeasures.

Remark per EMC Directive 89/336/EEC

To prevent flicker impressions during the start of the compressor (technical process) following installation
conditions do apply.

1. The power connection for the air conditioner has to be done at the main power distribution. This distribution
has to be of an impedance.
Normally the required impedance is reached at a 32A fusing point. Air conditioner fuse has to be 16A max.!

2. No other equipment should be connected to this power line.

3. For detailed installation acceptance, please contact your power supplier whether its restriction does apply
for products like washing machines, air conditioners or electrical ovens.

4. For power details of the air conditioner, refer to the rating plate of the product.

– 31 –

8-2.Installation Diagram of Indoor and Outdoor Units

FILE NO. SVM-03001

Before installing the
wireless remote control

• With the remote control cover

open, load the batteries supplied
correctly, observing their
polarity.

22

2 Wireless remote control

22

Cover

33

3 Batteries

33

(A

tta

5 Zeolite filter

2 Wireless remote

control

13 series 10 series

A 600 mm 400 mm

Air filter

c

h

to

th

e

fr

o

n

t p

6 Purifying filter

1

7

0

m

o

m

r

m

o

r

e

H

ook

a

n

e

l)

8 Pan head wood screw

4 Remote control holder

Hook

1 Installation

65 mm or more

plate

Shield
pipe

For the rear left and left
piping

Wall

1

7

0

m

o

m

r

m

o

r

e

Insert the cushion between
the indoor unit and wall,
and tilt the indoor unit for
better operation.

Do not allow the drain hose
to get slack.

Cut the piping hole
sloped slightly

Make sure to run the drain
hose sloped downward.

The auxiliary piping can be
connected the left, rear left,
rear right, right, bottom right
or bottom left.

B 100 mm 45 mm

Right

Vinyl tape
Apply after
carrying out a

or more

B mm

e

r

600 mm or more

1

0

0

m

m

o

r m

o

re

o

m

r

o

m

m

A

drainage test.

Saddle

Extension
drain hose

(Option:
RB–821SW)

6

0

0

m

m

o

r m

o

re

Rear right

Rear left

Bottom right

Bottom left

Insulate the refrigerant
pipes separately with
insulation, not together.

6 mm thick heat resisting
polyethylene foam

Left

– 32 –

8-3.Installation

8-3-1. Optional installation parts

FILE NO. SVM-03001

Part

Code

Parts name

Refrigerant piping
Liquid side : ∅6.35 mm

A

Gas side : ∅9.52 mm (10 series)
Gas side : ∅12.70 mm (13 series)

Pipe insulating material

B

(polyethylene foam, 6 mm thick)
Putty, PVC tapes

C

<Fixing bolt arrangement of outdoor unit>

125 mm115 mm

32.5 mm

∅30

73 mm

310 mm

7 mm

Air outlet

600 mm

Air inlet

102 mm

90 mm

Drain outlet

Q'ty

One

each

1

One

each

Fig. 8-3-1

• Secure the outdoor unit with fixing bolts and nuts if the unit is likely to be exposed to a strong wind.

• Use ∅8 mm or ∅10 mm anchor bolts and nuts.

• If it is necessary to drain the defrost water, attach 9 drain nipple and ! cap water proof to the bottom

plate of the outdoor unit before installing it.

– 33 –

8-3-2. Accessory and installation parts

FILE NO. SVM-03001

Part

No.

Part name (Q'ty)

1

Installation plate x 1

2

Wireless remote control x 1

3

Battery x 2

Others

This model is not equipped with an extension drain hose.

Name

Owner’s manual

Installation manual

Part

No.

Part name (Q'ty)

4

Remote control holder x 1

5

Zeolite filter x 1

6

Purifying filter x 1

Part

No.

Part name (Q'ty)

7

Mounting screw ∅4 x 25 s x 6

8

Pan head wood screw
∅3.1 x 16 s x 2

9

Drain nipple* x 1

(For Heat pump model only)

!

Cap water proof* x 2

(For Heat pump model only)

The part marked with asterisk (*) is packaged with the
outdoor unit.

Option :

For the extension drain hose, use an optionally available RB-821SW or commercially available one.

– 34 –

FILE NO. SVM-03001

8-3-3. Installation/Servicing tools
<Changes in the product and components>

In the case of an air conditioner using R410A, in order to prevent any other refrigerant from being charged
accidentally, the service port diameter of the outdoor unit control valve (3 way valve) has been changed. (1/2
UNF 20 threads per inch)

• In order to increase the pressure
size of opposite side of flare nuts have been changed. (for copper pipes with nominal dimensions 1/2 and 5/8)

New tools for R410A Applicable to R22 model Changes

Gauge manifold As pressure is high, it is impossible to measure by

Charge hose In order to increase pressure withstand strength,

Electronic balance As pressure is high and gasification speed is fast,
for refrigerant charging it is difficult to read the indicated value by means

withstand

strength of the refrigerant piping, flare processing diameter and

means of conventional gauge. In order to prevent
any other refrigerant from being charged, each
port diameter has been changed.

hose materials and port size have been changed
(to 1/2 UNF 20 threads per inch).
When purchasing a charge hose, be sure to
confirm the port size.

of a charging cylinder, as air bubbles occur.

Torque wrench
(nominal dia. 1/2, 5/8) Incidentally, a common wrench is used for nominal

Flare tool By increasing the clamp bar's receiving hole,
(clutch type) strength of spring in the tool has been improved.

Gauge for projection Used when flare is made with a conventional flare
adjustment tool.

V acuum pump adapter Connected to conventional vacuum pump. It is

Gas leakage detector Exclusive for HFC refrigerant.

• Incidentally, the “refrigerant cylinder” comes with the refrigerant designation (R410A) and protector coating in
the U. S ARI specified rose color (ARI color code: PMS 507).

• Also, the “charge port and packing for refrigerant cylinder” require 1/2 UNF 20 threads per inch
corresponding to the port size of the charge hose.

—

The size of opposing flare nuts has been increased.
diameters 1/4 and 3/8.

necessary to use an adapter to prevent vacuum
pump oil from flowing back to the charge hose.
The charge hose connecting part has two ports:
one for conventional refrigerant (7/16 UNF 20
threads per inch) and one for R410A. If the
vacuum pump mineral oil mixes with R410A,
a sludge may occur and damage the equipment.

– 35 –

FILE NO. SVM-03001

62

85

82.5

170

8-4.Indoor Unit

8-4-1. Installation place

• A place which provides the spaces around the
indoor unit as shown in the above diagram.

• A place where there is no obstacle near the air inlet
and outlet.

• A place that allows easy installation of the piping to
the outdoor unit.

• A place which allows the front panel to be opened.

CAUTION

• Direct sunlight to the indoor unit's wireless

receiver should be avoided.

• The microprocessor in the indoor unit should not

be too close to RF noise sources.
(For details, see the owner's manual.)

<Remote control>

• A place where there are no obstacles such as a
curtain that may block the signal from the indoor
unit.

• Do not install the remote control in a place exposed
to direct sunlight or close to a heating source, such
as a stove.

• Keep the remote control at least 1 m apart from the
nearest TV set or stereo equipment. (This is
necessary to prevent image disturbances or noise
interference.)

• The location of the remote control should be
determined as shown below.

8-4-2. Cutting a hole and mounting installation

plate

<Cutting a hole>

When installing the refrigerant pipes from the rear.

Pipe
hole

∅65 mm

The center of the pipe
hole is above the arrow.

100 mm

Fig. 8-4-2

1. After determining the pipe hole position on the
mounting plate (A), drill the pipe hole (∅65 mm) at
a slight downward slant to the outdoor side.

NOTE

• When drilling a wall that contains a metal lath, wire
lath or metal plate, be sure to use a pipe hole brim
ring sold separately.

<Mounting the installation plate>

For installation of the indoor unit, use the paper pattern
on the back.

Thread

Hook

Weight

Hook

Pipe hole

7 Mounting screw

1

Installation
plate

Indoor unit

(Side view)

7 m

°

5

7

Reception
range

Remote
control

(Top view)

Indoor unit

Reception
range

* : Axial distance

Fig. 8-4-1

45

°

5 m

°

Remote control

* 7 m

Hook

Pipe hole

Indoor unit

m

5

45

Fig. 8-4-3

– 36 –

FILE NO. SVM-03001

<When the installation plate is directly mounted on
the wall>

1. Securely fit the installation plate onto the wall by
screwing it in the upper and lower parts to hook up
the indoor unit.

2. To mount the installation plate on a concrete wall
with anchor bolts, utilize the anchor bolt holes as
illustrated in the above figure.

3. Install the installation plate horizontally in the wall.

CAUTION

When installing the installation plate with a
mounting screw, do not use the anchor bolt hole.
Otherwise the unit may fall down and result in
personal injury and property damage.

Installation plate
<Keep horizontal direction>

Anchor
bolt

Projection

5 mm dia. hole

Clip anchor
(local parts)

15 mm or less

77

7 Mounting

77

screw
∅4 x 25

ss

s

ss

Fig. 8-4-4

CAUTION

8-4-3. Electrical work

1. The supply voltage must be the same as the rated
voltage of the air conditioner.

2. Prepare the power source for exclusive use with the
air conditioner.

CAUTION

• This appliance can be connected to the mains in
either of the following two ways.
(1) Connection to fixed wiring:

A switch or circuit breaker which disconnects
all poles and has a contact separation of at
least 3 mm must be incorporate in the fixed
wiring. An approved circuit breaker or
switches must used.

(2) Connection with power supply plug:

Attach power supply plug with power cord
and plug it into wall outlet. An approved
power supply cord and plug must be used.

NOTE

• Ensure all wiring is used within its electrical rating.

RAS-13UKHP-ES2 RAS-10UKHP-ES2

Model

Power source 50 Hz, 220 – 240 V Single phase
Maximum

running current
Plug socket &

fuse rating
Power cord 1.3 mm

RAS-13UKHP-AS2 RAS-10UKHP-AS2

RAS-13UKP-ES2 RAS-10UKP-ES2
RAS-13UKP-AS2 RAS-10UKP-AS2

12A 7.5A

16A

2

or more 1 mm2 or more

Failure to firmly install the unit may result in
personal injury and property damage if the unit falls.

• In case of block, brick, concrete or similar type
walls, make 5 mm dia. holes in the wall.

• Insert clip anchors for appropriate 7 mounting
screws.

NOTE

• Secure four corners and lower parts of the
installation plate with 4 to 6 mounting screws to
install it.

– 37 –

FILE NO. SVM-03001

8-4-4. Wiring connection
<How to connect the power cord>
For the air conditioner that does not have power

cord, connect a power cord to it as mentioned
below.

(1) Open the air inlet grille upward.
(2) Remove the four screws securing the front panel.
(3) Slightly open the lower part of the front panel then

pull the upper part of the front panel toward you to
remove it from the rear plate.

(4) After removing the front panel, remove the power

cord connect cover and the cord camp.

(5) Connect and secure the power supply cord and

secure the cord camp and the power connect

cover.
(6) Put the power supply cord through the notch.
(7) Be sure to smooth the notch with a file,etc.

Air Inlet grille

Front panel

<Stripping length of the connecting cable>

40 mm

10 mm

Earth line

N
L

10 mm

30 mm

Fig. 8-4-7

NOTE

• Use stranded wire only.

• Wire type : H07 RN-F or more

<Taking out the power cord>

Notch

Fig. 8-4-8

2

1

3

• Put the power supply cord through the notch.

Fig. 8-4-5

Earth line

Terminal
block

Power supply cord

Power cord
connect cover

Cord clamp

Screw

Screw

Screw

Fig. 8-4-6

– 38 –

FILE NO. SVM-03001

1

2

3

4

1

2

<How to connect the connecting cable>
Wiring of the connecting cable can be carried out

without removing the front panel.

1. Remove the air inlet grille.

Open the air inlet grille upward and pull it toward
you.

2. Remove the terminal cover and cord clamp.

3. Insert the connecting cable (according to the local

cords) into the pipe hole on the wall.

4. Take out the connecting cable through the cable

slot on the rear panel so that it protrudes about
15 cm from the front.

5. Insert the connecting cable fully into the terminal

block and secure it tightly with screws.

6. Tightening torque : 1.2 N·m (0.12 kgf·m)

7. Secure the connecting cable with the cord clamp.

8. Fix the terminal cover, rear plate bushing and air

inlet grille on the indoor unit.

CAUTION

• Be sure to refer to the wiring system diagram
labeled inside the front panel.

• Check local electrical cords and also any specific
wiring instructions or limitations.

For RAS-13/10UK

Connecting
cable

about 15 cm

Screw

Stripping length of the connecting cable

Terminal
cover

10 mm

10 mm

Cord clamp

Screw

Screw

Fig. 8-4-11

60 mm

50 mm

1

2

Connecting cable

Earth line

Terminal block

Earth line

For RAS-13/10UKH

Terminal
cover

Connecting
cable

about 15 cm

Screw

Stripping length of the connecting cable

Cord clamp

Screw

Fig. 8-4-9

10 mm

10 mm

Screw

80 mm

70 mm

10 mm

1

2

3

50 mm

4

Connecting cable

Earth line

Terminal block

Earth line

Fig. 8-4-12

NOTE

• Use stranded wire only.

• Wire type : H07 RN-F or more

<How to install the air inlet grille on the indoor unit>

• When attaching the air inlet grille, the contrary of
the removed operation is performed.

Fig. 8-4-13

Fig. 8-4-10

– 39 –

FILE NO. SVM-03001

8-4-5. Piping and drain hose installation
<Piping and drain hose forming>

* Since dewing results in a machine trouble, make

sure to insulate both the connecting pipes. (Use
polyethylene foam as insulating material.)

Rear right

Rear left

Bottom left

Changing

Left
Bottom right
Right

Die-cutting

Front panel slit

drain hose

Piping preparation

1. Die-cutting Front panel slit

For leftward connection, cut out slit on the left side of
the front panel. (A knife will produce splinters, so use
nippers.)

2. Changing drain hose

For leftward connection, bottom leftward connection
and rear leftward connection’s piping, it is necessary to
change the drain hose and drain cap.

How to remove the drains cap

Clip drain cap by needle-nose plier, and pull out.

How to fix the drains cap

1) Insert hexagonal wrench (4 mm) in a center
head.

4 mm

Fig. 8-4-16

2) Firmly insert drains cap.

No gap

Do not apply lubricating oil
(refrigerant machine oil) when
inserting the drain cap.
Application causes deterioration

Insert a hexagon
wrench (4 mm)

and drain leakage of the plug.

Fig. 8-4-17

CAUTION

Firmly insert the drain hose and drain cap; otherwise,
water may leak.

<In case of right or left piping>

Fig. 8-4-14

How to install the drain hose

Firmly insert drain hose connecting part until hitting on
a heat insulator.

Heat insulator

Drain hose

Fig. 8-4-15

• After scribing slits of the front panel with a knife or a
making-off pin, cut them with a pair of nippers or an
equivalent tool.

Slit

Fig. 8-4-18

<In case of bottom right or bottom left piping>

• After scribing slits of the front panel with a knife or a
making-off pin, cut them with a pair of nippers or an
equivalent tool.

Slit

– 40 –

Fig. 8-4-19

FILE NO. SVM-03001

<Left-hand connection with piping>

Bend the connecting pipe so that it is laid within 43 mm
above the wall surface. If the connecting pipe is laid
exceeding 43 mm above the wall surface, the indoor
unit may unstably be set on the wall. When bending the
connecting pipe, make sure to use a spring bender so
as not to crush the pipe.

Bend the connection pipe within a radius of 30 mm.

To connect the pipe after installation of the unit (figure)

(To the forefront of flare)

270 mm

170 mm

R 30 mm (Use polisin (polyethylene)

43 mm

core or the like for bending pipe.)

0

8

Liquid side

Gas side

Outward form of indoor unit

Use the handle of screwdriver, etc.

Fig. 8-4-20

8-4-6. Indoor unit fixing

1. Pass the pipe through the hole in the wall, and hook
the indoor unit on the installation plate at the upper
hooks.

2. Swing the indoor unit to right and left to confirm that
it is firmly hooked up on the installation plate.

3. While pressing the indoor unit onto the wall, hook it
at the lower part on the installation plate. Pull the
indoor unit toward you to confirm that it is firmly
hooked up on the installation plate.

1

2

Hook

Hook here

1 Installation

plate

Press

(unhook)

Fig. 8-4-21

• For detaching the indoor unit from the installation
plate, pull the indoor unit toward you while pushing
its bottom up at the specified parts.

NOTE

If the pipe is bent incorrectly, the indoor unit may
unstably be set on the wall.
After passing the connecting pipe through the pipe
hole, connect the connecting pipe to the auxiliary pipes
and wrap the facing tape around them.

CAUTION

• Bind the auxiliary pipes (two) and connecting
cable with facing tape tightly. In case of leftward
piping and rear-leftward piping, bind the auxiliary
pipes (two) only with facing tape.

Indoor unit

Auxiliary pipes

Installation plate

• Carefully arrange pipes so that any pipe does not
stick out of the rear plate of the indoor unit.

• Carefully connect the auxiliary pipes and
connecting pipes to each other and cut off the
insulating tape wound on the connecting pipe to
avoid double-taping at the joint, moreover, seal
the joint with the vinyl tape, etc.

• Since dewing results in a machine trouble, make
sure to insulate both the connecting pipes. (Use
polyethylene foam as insulating material.)

• When bending a pipe, carefully do it, not to crush it.

Connecting cable

PushPush

Fig. 8-4-22

– 41 –

FILE NO. SVM-03001

8-4-7. Drainage

1. Run the drain hose sloped downwards.

NOTE

• Hole should be made at a slight downward slant on
the outdoor side.

Do not form the
Do not rise the
drain hose.

50 mm
or more

Do not put
the drain
hose end
into water.

drain hose into

a wavy shape.

Do not put
the drain
hose end in
the drainage
ditch.

Fig. 8-4-23

2. Put water in the drain pan and make sure that the
water is drained out of doors.

3. When connecting extension drain hose, insulate the
connecting part of extension drain hose with shield
pipe.

Shield pipe

Drain hose

Inside the room

Extension drain hose

Fig. 8-4-24

CAUTION

Arrange the drain pipe for proper drainage from the
unit.
Improper drainage can result in dew-dropping.

This air conditioner has the structure designed to drain
water collected from dew, which forms on the back of
the indoor unit, to the drain pan.
Therefore, do not store the power cord and other parts
at a height above the drain guide.

8-5.Outdoor Unit

8-5-1. Installation place

• A place which provides the spaces around the
outdoor unit as shown in the left diagram.

• A place which can bear the weight of the outdoor
unit and does not allow an increase in noise level
and vibration.

• A place where the operation noise and discharged
air do not disturb your neighbors.

• A place which is not exposed to a strong wind.

• A place free of a leakage of combustible gases.

• A place which does not block a passage.

• When the outdoor unit is to be installed in an

elevated position, be sure to secure its feet.

• An allowable length of the connecting pipe is up to
10 m (RAS-10UA) or 15 m (RAS-13UA).

• An allowable height level is up to 5 m (RAS-10UA)
or 6 m (RAS-13UA).

• A place where the drain water does not raise any
problem.

CAUTION

1. Install the outdoor unit without anything blocking
the air discharging.

2. When the outdoor unit is installed in a place
exposed always exposed to strong wind like a
coast or on a high storey of a building, secure
the normal fan operation using a duct or a wind
shield.

3. In particularly windy areas, install the unit such
as to avoid admission of wind.

4. Installation in the following places may result in
trouble.
Do not install the unit in such places.

• A place full of machine oil.

• A saline-place such as the coast.

• A place full of sulfide gas.

• A place where high-frequency waves are likely

to be generated as from audio equipment,
welders, and medical equipment.

Space for pipes

Fig. 8-4-25

Wall

Drain guide

– 42 –

Strong

wind

Fig. 8-5-1

FILE NO. SVM-03001

8-5-2. Refrigerant piping connection

1. Cut the pipe with a pipe cutter.

90°

Obliquity

Roughness

Fig. 8-5-2

2. Insert a flare nut into the pipe, and flare the pipe.

• Projection margin in flaring : A (Unit : mm)

A

Die

Pipe

Fig. 8-5-3

Rigid (Clutch type)

Outer dia. R410A Conventional

of copper pipe tool used tool used

Warp

Outer dia.

of copper pipe

∅6.35 16 to 18 (1.6 to 1.8 kgf·m)

Tightening torque

∅9.52 30 to 42 (3.0 to 4.2 kgf·m)

∅12.70 50 to 62 (5.0 to 6.2 kgf·m)

• Tightening torque of flare pipe connections

The operating pressure of R410A is higher than that of
R22. (Approx. 1.6 times). It is therefore necessary to
firmly tighten the flare pipe connecting sections (which
connect the indoor and outdoor units) up to the
specified tightening torque. Incorrect connections may
cause not only a gas leakage, but also damage to the
refrigerant cycle.

Flare at indoor unit side

(Unit : N·m)

6.35 0 to 0.5 1.0 to 1.5

9.52 0 to 0.5 1.0 to 1.5

12.70 0 to 0.5 1.0 to 1.5

Imperial (wing nut type, conventional tool)

Outer dia.

of copper pipe

R410A

6.35 1.5 to 2.0

9.52 1.5 to 2.0

12.70 2.0 to 2.5

<Tightening connection>

Align the centers of the connecting pipes and tighten
the flare nut as far as possible with your fingers. Then
tighten the nut with a spanner and torque wrench as
shown in the figure.

CAUTION

• Do not apply excess torque.

• Otherwise, the nut may crack depending on the

conditions.

Externally
threaded side

Use a wrench to secure.

CAUTION

Flare at outdoor unit side

Fig. 8-5-4

Mark line

Fig. 8-5-5

Flare nutHalf union

Internally
threaded side

Use a torque wrench to tighten.

Fig. 8-5-6

•

KEEP IMPORTANT 4 POINTS FOR PIPING WORK

(1) Take away dust and moisture (Inside of the

connecting pipes.)
(2) Tight connection (between pipes and unit)
(3) Evacuate the air in the connecting pipes using

VACUUM PUMP.
(4) Check gas leak (connected points)

– 43 –

FILE NO. SVM-03001

8-5-3. Evacuating

After the piping has been connected to the indoor unit,
you can perform the air purge together at once.

AIR PURGE

Evacuate the air in the connecting pipes and in the
indoor unit using
a vacuum pump. Do not use the refrigerant in the
outdoor unit.
For details, see the manual of the vacuum pump.

<Using a vacuum pump>

Be sure to use a vacuum pump with counter-flow
prevention function so that inside oil of the pump does
not flow backward into pipes of the air conditioner
when the pump stops. (If oil inside of the vacuum pump
enters into the air conditioner, which use R410A,
refrigeration cycle trouble may result.)

1. Connect the charge hose from the manifold valve to
the service port of the gas side packed valve.

2. Connect the charge hose to the port of the vacuum
pump.

3. Open fully the low pressure side handle of the
gauge manifold valve.

4. Operate the vacuum pump to start evacuating.
Perform evacuating for about 15 minutes if the piping
length is 20 meters. (15 minutes for 20 meters)
(assuming a pump capacity of 27 liters per minute.)
Then confirm that the compound pressure gauge
reading is –101 kPa (–76 cmHg).

5. Close the low pressure side valve handle of gauge
manifold.

6. Open fully the valve stem of the packed valves
(both sides of Gas and Liquid).

7. Remove the charging hose from the service port.

8. Securely tighten the caps on the packed valves.

<Packed valve handling precautions>

• Open the valve stem all the way out; but do not try
to open it beyond the stopper.

• Securely tighten the valve stem cap with torque in
the following table:

Gas side 50 to 62 N·m
(∅12.70 mm) (5.0 to 6.2 kgf·m)

Gas side 30 to 42 N·m
(∅9.52 mm) (3.0 to 4.2 kgf·m)

Liquid side 16 to 18 N·m
(∅6.35 mm) (1.6 to 1.8 kgf·m)

Service port

9 to 10 N·m
(0.9 to 1.0 kgf·m)

Hexagonal wrench
is required.

m

m

4

Fig. 8-5-8

Compound pressure gauge

-101kPa (-76cmHg)

Handle Lo

Charge hose

(For R410A only)

Connecting pipe

Packed valve at gas side

Service port
(Valve core (Setting pin))

Packed valve at liquid side

Fig. 8-5-7

Pressure gauge

Manifold valve

Handle Hi
(Keep full closed)

Charge hose
(For R410A only)

Vacuum pump
adapter for
counter-flow
prevention
(For R410A only)

Vacuum

pump

– 44 –

FILE NO. SVM-03001

Selector Switch

LED Assembly

8-5-4. Wiring connection

1. Remove the valve cover from the outdoor unit.

2. Connect the connecting cable to the terminal as
identified with their respective matched numbers on
the terminal block of indoor and outdoor unit.

3. When connecting the connecting cable to the
outdoor unit terminal, make a loop as shown in the
installation diagram of indoor and outdoor unit, to
prevent water coming in the outdoor unit.

4. Insulate the unused cords (conductors) from any
water coming in the outdoor unit. Proceed them so
that they do not touch any electrical or metal parts.

<Stripping length of connecting cable>
For RAS-13/10UAH

Terminal block

70 mm

10 mm

10 mm

Earth line

60 mm

Terminal
screw

Connecting
cable

Screw

Cord clamp

Fig. 8-5-9

Earth
line

8-6.How to Set Remote Control Selector

Switch

When two indoor units ae installed in seperated rooms,
there is no need to change the selector switch.

<Remote control selector switch>

• When two indoor units are installed in the same
room or the adjacent two rooms, they may be
controlled simultaneously with a single remote
control. To prevent this, set either unit and its
remote control to B setting. (Both units are set to A
setting before shipment.)

• The remote control signal is not recived when the
indoor unit setting is different from the remote
control one.

1. Set the remote control selector switch with the
indoor unit.

1) Turn the circuit breaker of the main power switch off
before setting the selector switch.

2) Remove the Air inlet grille and Front panel. (Refer to
page 63, 10-1)

3) Select the terminal of selector switch from
[A position] to [B position].

For RAS-13/10UA

Terminal block

10 mm

60 mm

Earth line

10 mm

50 mm

Terminal
screw

Connecting
cable

Screw

Fig. 8-5-10

CAUTION

• Wrong wiring connection may cause some
electrical parts burn out.

• Be sure to comply with local codes on running
the wire from indoor unit to outdoor unit (size of
wire and wiring method etc.)

• Every wire must be connected firmly.

Earth
line

Cord clamp

Fig. 8-6-1

NOTE

• Wire type: H07 RN-F or 245 IEC66 (2.0 mm2 or
more)

– 45 –

FILE NO. SVM-03001

2. Set the remote control selector switch with the

remote control

[B] is indicated on the liquid crystal display when
setting remote control selector switch to B. [A] is
not indicated on the display even if the selector
switch is set to A.

1) Load the remote control with the batteries.

2) Press the [CHECK] button using something with

sharp point. (The preset temperature on the remote
control changes to [00].)

3) Press the [MODE] button while pressing the

[CHECK] button, [B] is indicted at the right of the
present temperature display.

• To reset the switch to the [A] setting, press the

[MODE] button again while pressing the [CHECK]
button.

A

A
B

B

8-7.Others

8-7-1. Gas leak test

Valve cover

Valve stem cap
connection

Service cap
connection

Fig. 8-7-1

• Check the flare nut connections, valve stem cap
connections and service port cap connections for
gas leak with a leak detector or soap water.

8-7-2. Test operation

To switch the TEST RUN (COOL) mode, press
TEMPORARY button for 10 sec.
(The beeper will make a short beep.)

PRESET

START/STOP

ECO

AUTO

Hi-POWER

MEMO

CLOCK CHECKRESET

[MODE] button

FAN MODE

SWING

TIMER

FIX

ON

OFF SET CLR

FILTER

[CHECK] button

Fig. 8-6-2

3. Confirm that the indoor unit can operate with
the new setting.

TEMPORARY button

Fig. 8-7-2

8-7-3. Auto restart setting

This product is designed so that, after a power failure,
it can restart automatically in the same operating mode
as before the power failure.

Information

The product was shipped with Auto Restart function
in the off position. Turn it on as required.

<How to set the auto restart>

• Press and hold the TEMPORARY button for about
3 seconds. After 3 seconds, the electronic beeper
makes three short beeps to tell you the Auto
Restart has been selected.

• To cancel the Auto Restart, follow the steps
described in the section Auto Restart Function of
the Owner’s Manual.

– 46 –

9. TROUBLESHOOTING CHART

FILE NO. SVM-03001

9-1. Troubleshooting Procedure

9-2-2. Incorrect cable connection between Indoor

and outdoor units

Follow the details of 9-2. Basic Check Items.
If there is no trouble corresponding to 9-2, check
whether or not there are faulty parts following
9-4. Self-Diagnosis by Remote Control.

9-2. Basic Check Items

9-2.1 Power supply voltage

The line voltage must be AC 220 – 240V. If it is not
within this range, the air conditioner may not operate
normally.

The indoor unit is connected to the outdoor unit with
5 cables (Heat pump model) or 3 cables (Cooling Only
model). Check that the indoor and outdoor units have
been properly connected with terminals assigned the
same numbers. If the connectors are not properly
connected, the outdoor unit will not operate normally,
or OPERATION lamp and TIMER lamp will blink (5Hz).

9-2-3. Program control

The microcontroller operates as shown in Table 9-2-1
to control the air conditioner. If there are any opera­tional problems, check whether or not the problems
correspond to Table 9-2-1. If they correspond to the
Table, they are not problems with the air conditioner,
but they are indispensable operations to control and
maintain the air conditioner properly.

Table 9-2-1

No. Operation of air conditioner Descriptions

1 When the main power supply is turned on,

the OPERATION lamp on the indoor unit
blinks.

2 The indoor fan motor speed does not change

in the Dry operation.

The OPERATION lamp blinks to indicate that power is turned on.
If the [START/STOP] button is pressed, the lamp stops blinking.

The indoor fan motor speed is automatically controlled in the Dry
operation.

3 The compressor is not turned off even though

the room temperature is in the range that the
compressor is turned off.

4 The compressor is not turned on and off even

though the thermo control is operated in the
Dry operation.

5 The PRE-DEF. lamp is indicated when the

Heating operation starts.

6 The outdoor fan motor stops in the Heating

operation.

7 The compressor is not turned on even though

the room temperature is in the range that the
compressor is turned on.

8 The operation mode changes in the

Automatic operation.

9 The F an only operation continues in the

Automatic operation.

10 The Hi-POWER operation does not work.

The compressor has a function that it is not turned off for
3 minutes after it is turned on even though the room temperature
is in the range that the compressor is turned off.

In the Dry operation, the compressor is turned on and off
automatically at the regular intervals, independent of the thermo
control.

The PRE-DEF. lamp is indicated during the Defrosting
operation or if the indoor heat exchanger temperature is low when
the Heating operation starts. At this time, the indoor fan motor
stops to prevent cold air from blowing in the room.

When the indoor heat exchanger temperature is high, the outdoor
fan motor is stopped by the high-temperature limit control
operation.

The compressor is not turned on in the restart delay timer
(3-minutes timer) operation. It is also not turned on after the power
supply is turned on because of this timer operation.

In Automatic operation, the room temperature is detected all time
for control fan speed and the operation mode is changed every
15 minutes according to difference between the room temperature
and the preset temperature.

When the room temperature is in the range (Preset temperature
± 1°C), the Fan only operation is selected.

This operation does not work when the unit is in the Dry operation
or Fan only operation.

– 47 –

FILE NO. SVM-03001

9-3. Primary Judgement

9-3-1. Role of indoor unit controller

The indoor unit controller receives the operation
commands from the remote control and executes
them.

• Temperature measurement at the air outlet of the
indoor heat exchanger by the indoor temperature
sensor

• Temperature setting of the indoor heat exchanger by
the heat exchanger sensor

• Louver motor control

• Indoor fan motor operation control

• LED display control

• Transferring of operation commands to the outdoor

unit

Table 9-3-1

Lamps Self-diagnosis

A OPERATION lamp is blinking. (1Hz)

B OPERATION lamp is blinking. (5Hz)
C OPERATION lamp is blinking. (5Hz)
D OPERATION lamp is blinking. (5Hz)

E OPERATION lamp is blinking. (5Hz)

F OPERATION and TIMER lamps are blinking.

(5Hz)

9-3-2. Failure diagnosis

The indoor unit diagnoses the operation condition and
indicates the information of the self-diagnosis with the
lamps on the display panel of the indoor unit.

Power failure (when the power supply is turning on)
Thermo sensor (TA) short or break
Heat exchanger sensor (TC) short or break
Indoor fan motor lock or failure
Indoor P.C. board f ailure
Wrong wiring of connecting cable

G OPERA TION, TIMER and PRE-DEF.

(or FAN ONLY for cooling only model) lamps
are blinking.

Table 9-3-2 Diagnosis by detective operation

Symptom Check Primary judgement

The remote control
does not work.

The outdoor fan
does not rotate.

Turn off the power supply once,
then turn it on. Try to operate
the remote control.

The compressor operates.

The compressor does not operate.

Cycle failure

• Gas shortage or other refrigerant cycle trouble

• Heat exchanger sensor open, break or short

• Overload relay or thermostat trouble of compressor

The remote control
still does not work.

The remote control
works.

The indoor unit (and/or remote
control) is/are defective .

OK.

The outdoor unit (Outdoor fan
motor) is defective .

An internal part of the
compressor or PCB is defective.

– 48 –

9-4. Self-Diagnosis by Remote Control

(Check Code)

(1) If the lamps are indicated as shown B to G in Table

9-3-1, exchanger the self-diagnosis by the remote
control.

(2) When the remote control is set to the service

mode, the indoor controller diagnoses the
operation condition and indicate the information of
the self-diagnosis on the display of the remote
control with the check codes. If a fault is detected,
all lamps on the indoor unit will blink at 5Hz and it

will beep for 10 seconds (Pi, Pi, Pi....). The timer

lamp usually blinks (5Hz) during the self-diagnosis.

9-4-1. How to use remote control in service mode

SET CLR

CLOCK CHECKRESET

FILE NO. SVM-03001

(1) Press [CHECK] button with a tip of pencil to set the

remote control to the service mode.

• “00” is indicated on the display of the remote
control.

• The timer lamp on the indoor unit blinks continu
ously. (5 times per 1 sec.)

AUTOA

START/STOP

FAN MODE

SWING

ON

ECO

TIMER

FIX

OFF SET CLR

FILTER

A
B

PRESET

AUTO

Hi-POWER

MEMO

CLOCK CHECKRESET

(2) Press [TIMER 8] button.

If there is no fault with a code, the indoor unit will
beep once (Pi) and the display of the remote
control will change as follows:

00 01 1d 1E02 22

• Check the unit with all 35 check codes (00 to 22).
as shown in Table 9-4-1.

• Press [TIMER 9] button to change the check
code backwards.

If there is a fault, the indoor unit will beep f or 10
seconds (Pi, Pi, Pi...).
Note the check code on the display of the remote
control.

• 2-digits alphanumeric will be indicated on the
display.

• All lamps on the indoor unit will blink. (5 times
per 1 sec.)

(3) Press [CLR] button. After service finish for clear

service code in memory.

• “7F” is indicated on the display of the remote
control.

• Alphanumeric characters are used for the check code.
is 5. is 6.

is A. is B.
is C. is D.

* This illustration in only for Heat pump model.

For Cooling only model, there is not the ( ) symbol.

– 49 –

(4) Press [START/STOP] button to release the service

mode.

• The display of the remote control returns to as it
was before service mode was engaged.

Block level Diagnosis function

Check Check

code

Block

Indoor
P.C. board

code

Symptom Conditioner Condition

Thermo. sensor
short/break.

Table 9-4-1

Continued
operation.

Air

status

Indicated
when detected
abnormal

FILE NO. SVM-03001

Judgement and action

1.Check thermo sensor.

2.If it is OK, check P.C.
board.

Cable
connection/
Thermal
fuse
Refrigerant
system

Heat exchanger
sensor
short/break.

Indoor fan lock,
abnormality of
indoor fan or
thermal fuse break.

Abnormality of other
indoor unit P.C.
board.

1) Wrong wiring or
disconnection of
connective cable.

2) Terminal fuse cut
off.

Continued
operation.

All off

All off

All off

Indicated
when detected
abnormal

Indicated
when detected
abnormal

Indicated
when detected
abnormal

Indicated
when detected
abnormal

1.Check heat exchanger
sensor.

2.If it is OK, check P.C.
board.

1.Check heat thermal
fuse is blow or not?
(Terminal block part.)

2.If the thermal fuse is
not blow, check indoor
fan motor.
(Refer to trouble
shooting flow charts.)

Replace P.C. borad.

1.Check connective
cable correct if wiring is
wrong.

2.Check thermal fuse
and T erminal blocks.

3.If it is OK, check P.C.
board.

Other parts
(including
compressor)

1) Overload relay or
thermostat for
compressor
break.

All off

Indicated
when detected
abnormal

1.If overload relay and
themostat for compres­sor are OK, check
refrigerant cycle.

2.If refrigerant cycle is
OK, check P.C. board.

3. If heat exchanger
sensor is OK, check
overload relay and
themostat for
compressor.

Content detected by the check codes “ ” to “ ” are stored in memory of the microcomputer even if the
power supply is turned off. Therefore, contents of operations in the past are all displayed.

– 50 –

9-5. T roubleshooting Flowcharts

9-5-1. Power can not be turned on (No operation at all)

<Preliminary checks>

(1) Is the supply voltage normal?
(2) Is the connection to the AC output OK.?

Shut off the power supply

from AC outlet once and

turn it on after 5 seconds.

FILE NO. SVM-03001

Operation

Check Items

Main cause

Countermeasure

Symptom

Does the fuse

Does the thermal

(Under PF. Terminal)

Is the indication voltage

NO

(DC12V or 5V) of main

PC board correct?

Is the voltage

across C02 measured

DC310V ~ 340V?

YES

NO

(F01) blow?

fuse blow?

NO

Does the OPERATION

lamp blink?

Does the power turn on
by pushing the [START/

STOP] button of the

remote control?

YES

NO

YES

NO

YES

Refer to the paragraph

“Pre-check”, or defective circuit

before power PC board block.

YES

NO NO

YES

Parts (R21, R22, SG01,

C15, C01, DB01, C02,

Q01, T01) are defective.

Wrong wiring of

AC cord or connecting

cable is defective.

Does the CN13

connector the wrong

connecting?

Does the transmission

indicator of remote

control flash normally

and transmit certainly?

(No problem)

YES

NO

YES

P.C. board is

defective.

Remote control is

defective.

Replace the remote

control.

Replace the

thermal fuse set.

Check connection.

Replace the main

P.C. board.

Re-wiring the cable.

Is the secondary

voltage of SW

transformer (T01)

measured DC12V,

and DC7V?

YES YES

* Be sure to disconnect the motor connector CN10 after shut off the power supply, or it will be a cause of damage of the motor.

Shut off the power

supply once, and turn

NO NO

it on again after

disconnecting the motor

connector CN10*.

Is the secondary

voltage of SW

transformer

measured DC12V,

and DC7V?

SW transformer

(T01) or Tr (Q01)

for power supply is

defective.

Replace the main

P.C. board.

Motor is defective.

– 51 –

9-5-2. Power can not be turned on after replacing indoor P.C. board

<Checking Procedure>

Connect the AC

Pow er supply

FILE NO. SVM-03001

Does the OPERATION

lamp blink?

YES

NO NO

RAS-13UKHP-ES2, RAS-13UKHP-AS2

Black

White

1 234 NL

Indoor
terminal
block

Blue

Power
terminal
block

Is it wired as shown

in Figure below?

Brown

Return the wiring of the

power relay is returned to

the normal procedure.

YES

To the paragraph of

“No Power turns on”.

RY01

T02

CN31

RAS-10UKHP-ES2, RAS-10UKHP-AS2

Black

White

1 234

Indoor
terminal
block

Blue

NL

Power
terminal
block

P.C board

Bind Band

Brown

RY01

T02

CN31

P.C board

Double winding

– 52 –

RAS-13UKP-ES2, RAS-13UKP-AS2, RAS-10UKP-ES2, RAS-10UKP-AS2

FILE NO. SVM-03001

Black

White

Blue

1 2NL

Indoor
terminal
block

9-5-3. Outdoor unit does not operate

Shut off the power supply

from AC outlet once and turn

it on after 5 seconds.

Power
terminal
block

Brown

RY01

CN31

P.C board

Does the OPERATION lamp blink?

YES

Does the power turn on by pushing

the [START/STOP] button of the

remote control?

YES

Is AC 220-240V supplied between

terminal block 1 - 2?

YES

Is cable connection between indoor

and outdoor units correct?

YES

Check items as following procedure

in 9-5-4, 9-5-5, 9-5-6

NO

NO

NO

NO

See “ Power can not be turned on”.

See “ Power can not be turned on”.

Relays (RY01) or IC31

or IC30 is failure.

Correct cabling between indoor

and outdoor units.

Replace the

P.C. board.

– 53 –

9-5-4. Only compressor does not operate

Shut off the power supply

from AC outlet once and turn

it on after 5 seconds.

FILE NO. SVM-03001

Does the OPERATION lamp blink?

YES

Does the power turn on by

pushing the [START/STOP] button

of the remote control?

YES

Is the voltage across the indoor terminal

(1 - 2) AC 220-240V?

YES

Is cable connection between indoor

and outdoor units correct?

YES

Is the voltage across the outdoor terminal

(1 - 2) AC 220-240V?

YES

Are all the cords for compressor normal?

YES

NO

NO

NO

NO

NO

NO

See “ Power can not be turned on”.

See “ Power can not be turned on”.

Relays (RY01) or IC31

or IC30 is failure.

Correct cabling between indoor

and outdoor units.

Cables between indoor and

outdoor units are defective.

Re-wire or replace the defective cords.

Replace the

P.C. board.

Is the compressor motor winding normal?

(Check the winding resistor.)

YES

Is the capacitor for compressor normal.

YES

Is the overload relay normal?

YES

Does the compressor start?

YES

Compressor starts but

it stops after a while?

YES

Is the gas quantity normal?

(Check the pressure)

YES

Compressor is defective

NO

NO

NO

NO

NO

Compressor is defective.

Capacitor is defective.

Overload relay is defective.

Compressor is defective.

Gas shortage (Gas leakage)

– 54 –

9-5-5. Only outdoor fan does not operate

Shut off the power supply

from AC outlet once and

turn it on after 5 seconds.

FILE NO. SVM-03001

Does the OPERATION lamp blink?

YES

Does the power turn on by

pushing the [START/STOP] button

of the remote control?

YES

Is the voltage across the indoor terminal

(2 - 4 : Heat pump model, 1 - 2 :

Cooling only model) AC 220-240V?

YES

Is cable connection between indoor

and outdoor units correct?

YES

Is the voltage across the terminal

(2 - 4 : Heat pump model, 1 - 2 :

Cooling only model) AC 220-240V?

YES

Are all the cords for outdoor

fan motor normal?

YES

NO

NO

NO

NO

NO

NO

See “Power can not be turned on”.

See “Power can not be turned on”.

Relays (RY03) or IC31

or IC30 is failure.

Correct cabling between indoor

and outdoor units.

Cables between indoor

and outdoor units are defective.

Correct the wire or

replace the defective cords.

Replace the

P.C. board.

Is the outdoor fan motor winding normal?

(Check the winding resistance)

YES

Is the capacitor for compressor normal?

YES

Outdoor fan motor is defective.

NO

NO

Outdoor fan motor is defective.

Capacitor for outdoor

fan motor is defective.

– 55 –

9-5-6. Only 4-Way valve does not operate (During heating operation)

Shut off the power supply

from AC outlet once and

turn it on after 5 seconds.

FILE NO. SVM-03001

Does the OPERATION lamp blink?

YES

Does the power turn on by

pushing the [START/STOP] button

of the remote control?

YES

Is the voltage across the indoor terminal

(2 - 3) 220-240V?

YES

Is cable connection between indoor

and outdoor units correct?

YES

Is the voltage across the outdoor terminal

(2 - 3) 220-240V?

YES

Is the wiring of solenoid coil for

4-way valve normal?

YES

NO

NO

NO

NO

NO

NO

See “Power can not be turned on”.

See “Power can not be turned on”.

Relays (RY04) or IC31

or IC30 is failure.

Correct cabling between indoor

and outdoor units.

Cables between indoor

and outddor units are defective.

Solenoid coil is defective.

Replace the P.C.

board.

4-way valve is defective.

– 56 –

9-5-7. Only the indoor fan does not operate

<Check procedure>

Shut off the

power supply once.

Turn the power supply.

FILE NO. SVM-03001

Does the fan stop in

no operating status?

YES

Start the operation

with low fan setting

in cool operation.

Does the fan rotate?

YES

Change the setting of

cooling to hight fan.

Does the fan speed

become higher?

YES

NO

NO

NO

Control P.C. board is defective.

Does AC 120V

or higher voltage apply

to between red and black

lead of fan motor?

YES

Shut off the power supply.

Does the cross flow

fan rotate normally?

YES

Turn on the power supply.

Operation

stops

NO

NO

Does connecting

terminal, connecting

cable or power supply

cord completely?

Does not found the short

wire about connecting

cable and power cord?

YES

Repair the
bearing of

the fan.

Motor control circuit failure

(IC30, IC03, T01) or 12V power

circuit failire (D03, Q03).

Replace the P.C. board.

Replace the P.C. board.

NO

Thermal fuse operated

due to prevent

temperature rising cause

of incompleted connecting.

Normal

Is the rotation signal (DC+5V-0V)

output between 2 (gray lead wire)

and 3 (brown lead wire) of the motor

connector (CN11) when rotating

the cross flow fan by hand in no

operating status?

(1 pulse/one turn)

YES

Replace the control

P.C. board.

– 57 –

NO

Replace the fan motor

Replace connecting

the cable (or power cord),

thermal fuse and

terminal block.

FILE NO. SVM-03001

9-6. Troubleshooting for Remote Control (Including the Indoor P.C. Board)

There is no been from

Push the START/STOP button.

the indoor unit.
The operation lamp of
the air conditioner main
unit does not light.

Is there direct

sunlight on the

receptor of the air

conditioner?

YES

NO

Is there any

thyristor

fluorescent light

near by?

YES

NO

YES

NO NO

Is operation possible

when setting the

temporary switch of the

air conditioner main unit

to “TEST RUN” or

“TEMPORARY AUTO”?

Does the transmission

indicator blink?

Is operation

possible when the

transmitter is moved
nearer to the infrared
sinnal receiver of the

air conditioner?

YES

Battery life

NO

Reset the remote control

by use the tip pencil push

in the RESET hole

Push the START/

STOP button

Dose the

transmission

indicator light?

YES

NO

Avoid direct

sunlight.

Keep the air

conditioner away

from thyristor

flurescent light.

YES

Can any signal tone

be heard in a trasistor

radio when transmitting

within 5cm distance

from the radio?

YES

P.C. board is failure.

Replace

P.C. board

Note: After battery replacement, Shortcircuit the metal

terminal at the side of the battery comparment
(all-clear terminal) with a pencil.

NO

Replace the

batteries

NO

Normal

Is there any

beep and

operation?

YES

Remote control

is failure.

Replace remote

control.

– 58 –

FILE NO. SVM-03001

9-6-1 How to check the P.C. board
(1) Operating precautions

1) When removing the front panel or the P.C. board,
be sure to shut off the power supply.

2) When removing the P.C. board, hold the edge of
the P.C. boed and do not apply force to the
parts.

3) When connecting or disconnecting the connec­tors on the P.C. board, hold the Whole housing.
Do not pull at the lead wire.

(2) Inspection procedres

1) when a P.C. board is judged to be defective,
check for disconnection, burning, or discolora­tion of the copper foil pattern or this P.C. board.

2) the P.C. board consists of the follwing 2 parts

a. Main P.C. board part:

power relay, indoor fan motor drive circuit and
control circuit, C.P.U. and peripheral circuits,
buzzer drive circuit and buzzer.

b. Infrared rays receive and indication parts:

Infrared rays receiver unit and LED.

– 59 –

(3) Checking procedure

FILE NO. SVM-03001

Table 9-6-1

No.

1

Shut off the power supply and
remove the P.C. board assembly
from the electronic parts base.
Remove the connecting cable from
the terminal block.

2

Remove the connector for the motor,
and turn the power on.
If the OPERATION lamp blinks
(0.5 sec. : ON, 0.5 sec. :OFF) when
the power turning on, the checking
points described as 1-4 of right
column are not necessary to
perform.

3

Make the operation status by
pushing once the START/STOP
button, except the status of [FAN
ONLY], [ON TIMER].

4

Start the operation with the system
which the time of the restart delay
timer is shortened.

Procedure

Check Point (Symptom) Causes

1.Is the fuse blown?

Voltage check

1.Between
(AC 220–240V)

2.Between + and – of C02
(DC 310 ~ 340V)

3.Between

4.Between 12V and GND

Voltage check

1.Voltage of relay coil. (DC 12V)
Between pin 10 of IC31 and GND
Between pin 11 of IC31 and GND

2.Between No. 1 and 2 of connect­ing cable terminal block.
(AC 220–240V)

1.All indicators light for 3 sec..

2.Indicators do not indicate normally
after approximate 3 sec..

TP1 and TP2

5V and GND

1.• Application of shock voltage.

• Overload by short-circuit of the
parts.

1.• AC power cord is defective.

• Poor contact of the terminal plate.

• Miss wiring of the power relay.

2.• Capacitor (C01, C15) is defective.

• Line filter (L01) is defective.

• Resistor (R01) is defective.

• Diode (DB01) is defective.

3.Q01, T01, F03 are defective.

4.Q01, T01, F02, Q29, IC03 are
defective.

1.Breaking wire of the relay coil,
defective relay driver. (IC31)

2.Poor contact of relay.

Defective indicator, or poor

}

housing assembly. (CN13)

5

Make the operation status by
pressing once the START/ST OP
button.

1.The time of the restart delay timer
is shortened.

2.Cool operation

3.Air volume [AUTO]

4.Make the setting temperature lower
enough than room temperature.

5.Continuous operation.

6

The status of No. 5 is continued, and
make the following condition.

1.Heat operation

2.Make the setting temperature
higher enough than room
temperature.

7

Turn the power on after connecting
the motor connector. Start the
operation with the following
condition.

1.Operation [Cooling]

2.Airflow [High fan]

3.Continuous operation

1.Compressor does not operate.

2.OPERATION lamp blinks.

1.Compressor does not operate.

2.OPERATION lamp blinks.

1.Motor does not rotate. (The key
operation is accepted.)

2.The Motor rotates, but it vibrates
too much.

1.The temperature of the indoor
heat exchanger is abnomally lower.

2.Poor contact of the heat
exchanger sensor. (The connector
is disconnected.) (CN01)

3.Heat exchanger sensor, main P.C.
board are defective. (Refer to
Table 9-6-2 for the judgment of
defective resistance values.)

4.Main P.C. board is defective .

1.The temperature of the heat
exchanger is abnormally high.

2.The heat exchanger sensor
connector has short-circuit. (CN01)

3.The heat exchanger sensor is
defective. (Refer to Table 9-6-2
for the judgment of defective
resistance values.)

4.P.C. board is defective.

1.Poor contact of the motor
connector.

2.P.C. board is defective.

– 60 –

FILE NO. SVM-03001

17

Table 9-6-2 Approximate resistance value of thermo sensor

Temperature 0°C 10°C 20°C 25°C 30°C

Resistance value 33.8 20.35 12.59 10.00 7.99

9-6-2. How to shorten time of restart delay timer

1 Press [CLR] button while pressing [CHECK] button

with a tip of a pencil.

2 Then press [START/STOP] button to transmit the

signal to the indoor unit.

AUTOA

A
B

(kΩ)

START/STOP

FAN MODE

SWING

ON

ECO

TIMER

FIX

OFF SET CLR

FILTER

PRESET

AUTO

Hi-POWER

MEMO

CLOCK CHECKRESET

1

17

2

– 61 –

9-6-3. P.C.board layout

FILE NO. SVM-03001

T op View

Bottom View

– 62 –

FILE NO. SVM-03001

10. PART REPLACEMENT

10-1. Indoor Unit

No. Part name Procedures Remarks

1 Front panel

2 Electrical part

How to remove the front panel

1) Stop the operation of the air conditioner and
turn off its main power supply.

2) Pull the air inlet grille toward you to open it
and remove the air inlet grille.
Then remove the 4 screws fixing the front
panel.

3) First open the horizontal louver, and then
remove the front panel from the back body
by pulling it toward you.

How to mount the front panel

Push the front panel back in and make sure
all hooks are locked.

How to remove the electrical part.

1) Remove the front panel with procedure 1.

2) Remove the screw holding the electrical part
cover.

3) Remove the drain guide.

4) Disconnect the 2 connectors (3P) for the fan
motor and the connector (5P) for the

louver

motor from the P.C. board assembly.

5) Pull out the TC sensor from the sensor
holder.

6) Remove the screw for the ground connection,
remove the 2 screws for the electrical part
box and remov e the screw from the LED unit.
Then remove the LED unit and the electrical
part box from the main unit.

How to mount the electrical part.

1) To put back the electrical part box, lock it to
the upper hook of the back body.

2) Tighten the 2 screws on the electrical part box.

3) Connect the 3 connectors and arrange the
wiring same as original condition and then
tighten the screw from the LED unit to the
back body.

4) Attach the TC sensor to the holder.

5) Tighten the screw for the ground connection.

6) Assemble the drain guide (the TC sensor wire
should be covered by the drain guide).

7) Tighten the screw on the electrical part cover.

2

6 Screw

2

2

2 4-Screws

3

2 Screws

3 Drain guide

5 TC Sensor

4

3-Connectors

6 2-Screw

3 Horizontal

louver

1) Remove the front panel and the electrical
part following procedure 2.

2) Remove the center shaft of the horizontal
louver from the back body.

3) Remove the left shaft from the back body.

4) Remove the horizontal louver from the back
body.

– 63 –

3 Left shaft

2 Center shaft

FILE NO. SVM-03001

No. Part name Procedures Remarks

4 Heat exchanger

5 Cross flow fan

1) Remove the front panel, electrical part and
the horizontal louver following procedure 3.

2) Remove the pipe holder at the rear side of
main unit.

3) Remove the 2 screws on the heat exchanger
at the base bearing.

4) Remove the 2 screws on the heat exchanger
at the 2 fixed plates (upper and lower) from
the back body, and then pull out the upper
side of the heat exchanger slowly.

1) Remove the front panel, electrical part,
horizontal louver and the heat exchanger
following procedure 4.

2) Remove the 2 screws on the band motor (L)
and remove the 2 screws on the band motor
(R) and then remove the cross flow fan.

3) Loosen the set screw of the cross flow fan
then separate the fan and the fan motor.

Notice
To assemble cross flow fan and fan motor to the
unit, please turn the fan motor unit the center of
its terminal meets the lowest point of band motor
(R) (point A).
Fix the cross flow fan with the set screw at the
position where the gap between the back body
and the right surface of the cross flow fan is
4 mm.

2 Pipe holder

3

2-Screws

4

2-Screws

2

2-Screws
(R)

2 2-Screws (L)

4 mm

6 Set screw

Middle of the fan motor terminal

6 Base bearing

1) Remove the front panel, electrical part,
horizontal louver, heat exchanger and the
cross flow fan following procedure 5.

2) Remove the 2 screws fixing the base bearing.

3) Remove the bearing from the base bearing. If
the housing protrudes from the base bearing,
put the housing in position and attach the
bearing to the base bearing.

– 64 –

2

2-Screws

FILE NO. SVM-03001

10-2. Outdoor Unit

No. Part name Procedures Remarks

1 Common

procedure

1) Stop the operation of air-conditioner, and
disconnect the power cord from the AC
supply.

2) Remove packed valve cover and Electric
parts cover.
(3-Screws ∅4 x 10L)

3) Remove the cord clamp (2-Screws ∅4 x 22L)
and disconnect the connecting cable.

4) Remove the upper cabinet (4-Screws ∅4 x 10L)
Pulling out upword.

5) Remove the front cabinet.
(3-Screws ∅4 x 10L)
Pull the front right portion toward you, and
remove it pulling out upward.

Cord clamp

2-Screws ∅4 x 22L

Electric
parts cover

3-Screws ∅4 x10L

Packed valve cover

Upper
cabinet

2 Capacitor for

compressor

3 Capacitor for

fan motor

1) Perform the common procedure 1.

2) Remove the fixing screw and the capacitor
band.
(1-Screw ∅4 x 10L)

3) Disconnect the lead wires.

1) Perform the common procedure 1.

2) Remove the fixing screw and the capacitor
band.
(1-Screw ∅4 x 10L)

3) Disconnect the lead wires.

– 65 –

Front
cabinet

Screws
∅4 x10L

Capacitor for fan motor

Capacitor band

Capacitor
for
compressor

Screws
∅4 x10L

11. EXPLODED VIEWS AND PARTS LIST

11-1. Indoor Unit (E-Parts Assy)

405

404

FILE NO. SVM-03001

411

402

410

Location Part

No. No.

402 43T60002 Terminal Block, 3P

3P AC300V, 20A

403 43T69004 Sensor, Heat Exchanger

10kΩ 25°C
404 43T69005 Sensor, Thermostat 10kΩ 25°C
405 43T69079 P.C. Board ASSY, WRS-LED

MCC-861

Description

403

410

406

Location Part

No. No.

406 43T60077 Fuse, Temperature, 77°C
410 43T62003 Cord Clamp
411 43T69075 P.C. Board (RAS-10UKHP-ES2/AS2)

43T69076 P.C. Board (RAS-10UKP-ES2/AS2)
43T69077 P.C. Board (RAS-13UKHP-ES2/AS2)
43T69078 P.C. Board (RAS-13UKP-ES2/AS2)

402

Description

– 66 –

11-2. Indoor Unit

217

216

FILE NO. SVM-03001

217

214

210

211

212

201

204

202

234

206

Location Part

No. No.

Description

201 43T00352 Front Panel Assy
202 43T09308 Inlet Grille Assy
203 43T03302 Back Body Assy
204 43T80301 Air Filter
205 43T09309 Horizontal Louver
206 43T08350 LED Panel Assy

(For Heat pump model)
206 43T08351 LED Panel Assy

(For Cooling only model)
207 43T70002 Drain Hose
208 43T79301 Cap Drain
209 43T21321 Motor, Louver, MP24GA, DC 12V
210 43T44322 Refrigeration Cycle Assy

(For 10 Series)
210 43T44325 Refrigeration Cycle Assy

(For 13 Series)
211 43T47006 Pipe, Delivery ∅6.35
212 43T47005 Pipe, Suction ∅9.52
213 43T49009 Spring
214 43T11301 Pipe Shield (For 10 Series)
214 43T11302 Pipe Shield (For 13 Series)
215 43T19302 Holder Sensor
216 43T49302 Plate of EVA Seal
217 43T49006 Holder, Plate EVA Seal
218 43T79302 Guide Drain
219 43T22002 Bearing

215

205

204

219

218

228

220

229

Location Part

213

208

221

Electric Parts

Assembly

226

227

No. No.

203

209

231

232

225

207

233

222

Description

223

224

220 43T39301 Base, Bearing
221 43T20302 Cross Flow Fan
222 43T39302 Band Motor-L
223 43T21322 Motor, Fan, MMF-240-20-4A-1,

AC 220-240V
224 43T39303 Band Motor-R
225 43T82301 Plate, Installation
226 43T69306 Remote Controller, Wireless

WH-H1UE (For Heat pump model)
226 43T69307 Remote Controller, Wireless

WC-H1UE (For Cooling only model)
227 43T83003 Holder Remote Controller
228 43T85364 Owner’s Manual

(RAS-13UKHP-ES2, RAS-10UKHP-ES2)
228 43T85365 Owner’s Manual

(RAS-13UKP-ES2, RAS-10UKP-ES2)
228 43T85383 Owner’s Manual

(RAS-13UKHP-AS2, RAS-10UKHP-AS2)
228 43T85384 Owner’s Manual

(RAS-13UKP-AS2, RAS-10UKP-AS2)
229 43T62302 Terminal Cover
231 43T60317 Cord Motor Louver
232 43T60316 Cord Motor Fan
233 43T07303 Holder Pipe
234 43T01004 Mark

– 67 –

11-3. Outdoor Unit (RAS-13UAH-ES2, RAS-13UAH-AS2)

!

7

8

9

1

;

<

4

FILE NO. SVM-03001

2

.

/

:

6

5

Location Part

No. No.

Description

01 43T00368 Front cabinet assembly
02 43T03306 Back cabinet assembly
03 43T42303 Base cabinet assembly
04 43T00369 Upper cabinet assembly
05 43T09318 Guard fan
06 43T62311 Electrical part cover
07 43T20307 Fan propeller
08 43T21308 Motor fan (HF-240-42A)
09 43T47001 Nut flange
10 43T41326 Condenser assembly
11 43T46317 Valve packed 6.35 Dia
12 43T46318 Valve packed 12.7 Dia
13 43T47020 Bonnet, 6.35 Dia
14 43T47018 Bonnet, 12.7 Dia

,

+

3

=

Location Part

No. No.

15 43T03303 Fixing plate valve
16 43T47318 Tube capillary ∅1.2ID
17 43T47011 Tube capillary ∅1.5ID
18 43T41321 Compressor (PA150XT2-4FM1)
19 43T47324 Bolt compressor(M6)
20 43T49008 Cushion rubber
21 43T52310 Packed valve cover assembly
22 43T55306 Capacitor Plastic film (30µF 370V)
23 43T55314 Capacitor Plastic film (1.5µF 450V)
24 43T60323 Terminal-4P
25 43T46319 4 Wa y valve
26 43T49306 Solenoid coil
27 43T79305 Nipple drain

~

)

#

(

%

"

$

-

&

Description

– 68 –

11-4. Outdoor Unit (RAS-10UAH-ES2, RAS-10UAH-AS2)

!

7

8

9

1

;

<

4

FILE NO. SVM-03001

2

.

/

:

6

5

Location Part

No. No.

Description

01 43T00374 Front cabinet assembly
02 43T03306 Back cabinet assembly
03 43T42304 Base cabinet assembly
04 43T00369 Upper cabinet assembly
05 43T09318 Guard fan
06 43T62311 Electrical part cover
07 43T20307 Fan propeller
08 43T21323 Motor fan (HF-240-30B)
09 43T47001 Nut flange
10 43T41329 Condenser assembly
11 43T46317 Valve packed 6.35 Dia
12 43T46322 Valve packed 9.52 Dia
13 43T47020 Bonnet, 6.35 Dia
14 43T47021 Bonnet, 9.52 Dia

,

+

3

=

Location Part

No. No.

15 43T03303 Fixing plate valve
16 43T47308 Tube capillary ∅1.0ID
17 43T47318 Tube capillary ∅1.2ID
18 43T41331 Compressor (PA108X1T-4FZ1)
19 43T47325 Bolt compressor(M6)
20 43T49001 Cushion rubber
21 43T52310 Packed valv e cover assembly
22 43T55305 Capacitor Plastic film (25µF 370V)
23 43T55314 Capacitor Plastic film (1.5µF 450V)
24 43T60323 Terminal 4P
25 43T46321 4 W a y valve
26 43T49307 Solenoid coil
27 43T79305 Nipple drain

~

)

#

(

%

"

$

-

&

Description

– 69 –

11-5. Outdoor Unit (RAS-13UA-ES2, RAS-13UA-AS2)

!

FILE NO. SVM-03001

4

2

7

1

5

Location Part

No. No.

9

Description

01 43T00368 Front cabinet assembly
02 43T03308 Back cabinet assembly
03 43T42303 Base cabinet assembly
04 43T00370 Upper cabinet assembly
05 43T09318 Guard fan
06 43T62311 Electrical part cover
07 43T20307 Fan propeller
08 43T21308 Motor fan (HF-240-42A)
09 43T47001 Nut flange
10 43T41322 Condenser assembly
11 43T46317 Valve packed 6.35 Dia
12 43T46318 Valve packed 12.7 Dia

8

+

~

3

Location Part

No. No.

13 43T47020 Bonnet 6.35 Dia
14 43T47018 Bonnet 12.7 Dia
15 43T03303 Fixing plate valve
16 43T47008 Tube capillary ∅1.5ID
17 43T41321 Compressor (PA150X2T-4FM1)
18 43T47324 Bolt compressor(M6)
19 43T49008 Cushion rubber
20 43T52310 Packed valve cover assembly
21 43T55306 Capacitor, Plastic film (30µF 370V)
22 43T55314 Capacitor, Plastic film (1.5µF 450V)
23 43T60322 Terminal 2P

)

#

%

(

"

$

&

­.

/

6

,

Description

– 70 –

11-6. Outdoor Unit (RAS-10UA-ES2, RAS-10UA-AS2)

!

FILE NO. SVM-03001

4

2

7

1

5

Location Part

No. No.

9

Description

01 43T00368 Front cabinet assembly
02 43T03308 Back cabinet assembly
03 43T42304 Base cabinet assembly
04 43T00370 Upper cabinet assembly
05 43T09318 Guard fan
06 43T62311 Electrical part cover
07 43T20307 Fan propeller
08 43T21320 Motor fan (HF-240-20B)
09 43T47001 Nut flange
10 43T41324 Condenser assembly
11 43T46317 Valve packed 6.35 Dia
12 43T46320 Valve packed 9.52 Dia

8

+

~

3

Location Part

No. No.

13 43T47020 Bonnet 6.35 Dia
14 43T47021 Bonnet 9.52 Dia
15 43T03303 Fixing plate valve
16 43T47008 Tube capillary ∅1.5ID
17 43T41327 Compressor (PA108X1T-4FZ1)
18 43T47325 Bolt compressor(M6)
19 43T49001 Cushion rubber
20 43T52310 Packed valv e cover assembly
21 43T55305 Capacitor, Plastic film (25µF 370V)
22 43T55314 Capacitor, Plastic film (1.5µF 450V)
23 43T60322 Terminal 2P

)

#

%

(

"

$

&

­.

/

6

,

Description

– 71 –

FILE NO. SVM-03001

TOSHIBA CARRIER (THAILAND) CO.,LTD.

144/9 MOO 5, BANGKADI INDUSTRIAL PARK, TIVANON ROAD, TAMBOL BANGKADI,

AMPHUR MUANG, PATHUMTHANI 12000,THAILAND.

– 72 –