AH-X08BE/10BE/13BE AY-X08BE/10BE/13BE AU …€¦ · 1 AH-X08BE/10BE/13BE AY-X08BE/10BE/13BE...

1

AH-X08BE/10BE/13BEAY-X08BE/10BE/13BEAU-X08BE/10BE/13BEAE-X08BE/10BE/13BE

S3106AYX13BE/

SPLIT TYPEROOM AIR CONDITIONERS

In the interests of user-safety (Required by safety regulations in somecountries) the set should be restored to its original condition and onlyparts identical to those specified should be used.

SERVICE MANUAL

PageSPECIFICATIONS ............................................................................................................................................. 2EXTERNAL DIMENSIONS ................................................................................................................................. 4WIRING DIAGRAMS ......................................................................................................................................... 6ELECTRICAL PARTS ......................................................................................................................................... 9BLOCK DIAGRAM ............................................................................................................................................ 10MICROCOMPUTER CONTROL SYSTEM ....................................................................................................... 12FUNCTIONS .................................................................................................................................................... 20FUNCTION AND OPERATION OF PROTECTIVE PROCEDURES ............................................................... 26BREAKDOWN DIAGNOSIS PROCEDURE .................................................................................................... 30REFRIGERATION CYCLE ............................................................................................................................. 30PERFORMANCE CURVES ............................................................................................................................. 32DISASSEMBLING PROCEDURE .................................................................................................................... 34OPTION ........................................................................................................................................................... 41REPLACEMENT PARTS LIST ......................................................................................................................... 42

TABLE OF CONTENTS

INDOOR UNIT

AH-X08BE/10BE/13BEAY-X08BE/10BE/13BEOUTDOOR UNIT

AU-X08BE/10BE/13BEAE-X08BE/10BE/13BE

MODELS

SHARP CORPORATION

2


SPECIFICATIONS

MODEL INDOOR UNIT OUTDOOR UNIT INDOOR UNIT OUTDOOR UNIT INDOOR UNIT OUTDOOR UNIT

ITEMS AH-X08BE AU-X08BE AH-X10BE AU-X10BE AH-X13BE AU-X13BE

Cooling capacity(Min. ~ Max.) kW 2.2(0.9 _ 2.7) 2.8(0.9 _ 3.3) 3.6(0.9 _ 4.2)

Moisture removal Liters/h 0.6 0.7 1.3

Electrical data

Phase Single

Rated frequency Hz 50

Rated voltage range V 198 to 264

Rated voltage V 220 - 240

Rated current A 3.4 _ 3.1 4.3 _ 4.0 5.5 _ 5.1

Rated input W 730 930 1200

Power factor % 98 _ 98 98 _ 97 99 _ 98

Type Hermetically sealed rotary type

Compressor Model 2RV110N5EA04 HV237A1-S15DK

Oil charge ATMOS M60 or SUNISO 4GDID 260 cm3 SUNISO 4GSD 455 cc

Evaporator Bare tube type Grooved tube type Grooved tube type

Refrigerant system Condenser Louver Fin and Grooved tube type

Control Capillary tube

Refrigerant volume 550g 550g 830g

Noise levelHigh dB(A) 33 43 36 43 38 48

(at cooling) Med. dB(A) 29 – 32 – 33 -

Low dB(A) 27 – 27 – 29 -

Fan system

Drive Direct drive

Air flow quantity High m3/min. 7.5 28 8.7 28 9.3 30

(at cooling) Med. m3/min. 6.8 – 7.8 – 8.1 –

Low m3/min. 6.0 – 6.0 – 6.6 –

Fan Cross flow fan Propeller fan Cross flow fan Propeller fan Cross flow fan Propeller fan

ConnectionsRefrigerant coupling Flare type

Refrigerant tube size Gas, Liquid 3/8", 1/4" 1/2", 1/4"

Drain piping mm O.D ø 18

Others

Compressor: Thermal protector

Safety device Fan motors: Thermal fuse

Fuse, Micro computer control

Air filters Polypropylene net (Washable)

Width mm 815 780 815 780 815 780

Net dimensions Height mm 278 540 278 540 278 540

Depth mm 198 269 198 269 198 269

Net weight kg 9 31 9 33 10 38

Note: The condition of star " " marked item are ‘ISO5151’ : 1994(E), condition T1.

3


MODEL INDOOR UNIT OUTDOOR UNIT INDOOR UNIT OUTDOOR UNIT INDOOR UNIT OUTDOOR UNIT

ITEMS AY-X08BE AE-X08BE AY-X10BE AE-X10BE AY-X13BE AE-X13BE

Cooling capacity(Min. ~ Max.) kW 2.2(0.7 _ 2.7) 2.8(0.7 _ 3.3) 3.6(0.9 _ 4.2)

Heating capacity(Min. ~ Max.) kW 3.2(0.7 _ 3.6) 3.7(0.7 _ 5.0) 4.8(1.0 _ 6.2)

Moisture removal(at cooling) Liters/h 0.7 0.8 1.3

Electrical data

Phase Single

Rated frequency Hz 50

Rated voltage range V 198 to 264

Rated voltage V 220 - 240

Cool A 3.4 _ 3.1 4.3 _ 4.0 5.5 _ 5.1

Rated current Heat A 4.2 _ 3.9 4.8 _ 4.4 6.8 _ 6.2

Cool W 730 930 1200

Rated input Heat W 910 1050 1480

Cool % 98 _ 98 98 _ 97 99 _ 98

Power factor Heat % 98 _ 97 99 _ 99 99 _ 99

Type Hermetically sealed rotary type

Compressor Model HV166A1-S10DK HV237A1-S15DK

Oil charge 455cc (SUNISO 4GSD) 455cc (SUNISO 4GSD)

Evaporator Louver Fin and Grooved tube type

Refrigerant system Condenser Corrugate Fin and Grooved tube type

Control Capillary tube

Refrigerant volume 760g 850g 880g

De-lce system Micro computer controled reversed systems

Noise levelHigh dB(A) 33 43 36 43 38 48

(at cooling) Med. dB(A) 29 – 32 – 33 -

Low dB(A) 27 – 27 – 29 -

Fan systemDrive Direct drive

Air flow quantity High m3/min. 7.5 28 9.8 27.7 9.3 30

(at cooling) Med. m3/min. 6.8 – 8.2 – 8.1 –

Low m3/min. 6.0 – 6.1 – 6.6 –

Fan Cross flow fan Propeller fan Cross flow fan Propeller fan Cross flow fan Propeller fan

Connections

Refrigerant coupling Flare type

Refrigerant tube size Gas, Liquid 3/8", 1/4" 1/2", 1/4"

Drain piping mm O.D ø 18

OthersCompressor: Thermal protector

Safety device Fan motors: Thermal fuse

Fuse, Micro computer control

Air filters Polypropylene net (Washable)

Width mm 815 780 815 780 815 780

Net dimensions Height mm 278 540 278 540 278 540

Depth mm 198 269 198 269 198 269

Net weight kg 9 35 10 36 10 39

Note: The condition of star " " marked item are ‘ISO5151’ : 1994(E), condition T1.

4


269

179.5

182.5

136

81

780

70

540

310

335

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1237.5

4.5

58

158

16

EXTERNAL DIMENSIONS

Figure E-1. INDOOR UNIT

Figure E-2. OUTDOOR UNIT

Length unit (mm)

19.5

58

CRMC-A442JBE0

R03(AAA) 2PCS.

SHARP CORPORATION

INVERTER AIR CONDITIONER

182

815

278

198

1100

5


Figure E-3. INSTALLATION DIMENSIONS

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orm

al co

nditio

nNo

rmal

Com

pres

sor l

ock

Abno

rmal

signa

l line

Over

heat

of t

he co

mpr

esso

rQM

1(IP

M) A

bnor

mali

ty

Shor

t circ

uit o

f the

ther

mist

or

7 86NO.

LED

indica

tion

patte

rnM

ulfun

ction

par

t or a

bnor

mal

cond

ition

Open

circ

uit o

f the

ther

mist

or

AC o

verc

urre

nt9

Powe

r fac

tor m

odule

erro

r

AC a

bnor

mal

curre

nt

BK

123456

NR1

NR2

CNR1

N 1 2

L3L4

WPE

33A 25

0V

CN3

CONT

ROL

BOAR

D UN

IT

DIOD

E BR

IDGE

DB1

BL

C5

WPE

210

A25

0V

BL

BR

FC2

BL YE FC1

T10

C10

~~

C AM

ACTI

VEFI

LTERAF

1I

I00

LL

CONT

ROL

BOX

FAN

MOT

ORCA

PACI

TOR

1.5µ

F 43

0V

C8: 1

200 µ

F 42

0V

C31

10


For Model AH-X08BE/X10BE/X13BE, AY-X08BE/X10BE/X13BEDESCRIPTION MODEL REMARKS SITEIndoor fan motor ML-A901 220 - 240V, 50Hz AH, AYIndoor fan motor capacitor – 430V, 2µF AH, AYTransformer – Primary; AC 220 - 240V, 50Hz AH, AY

Secondary; AC19V, 50HzWPE1 – QFS-GA027JBE0 (250V, 3A) AH, AY

For Model AE-X10BECompressor HV237A1-S15DK 3-PHASE Induction motor AU, AEOutdoor fan motor ML-A902 220 - 240V, 50Hz 220V, 60Hz AU, AEOutdoor fan motor capacitor – 430V, 1.5µF AU, AEWPE1 – QFS-GA033JBZZ(15A, 250V) AU, AEWPE2 – QFS-GA015JBE0(10A, 250V) AU, AEWPE3 – QFS-GA008JBE0(3A, 250V) AU, AE

or QFS-GA027JBE0 (3A, 250V) AU

For Model AE-X08BECompressor HV166A1-S10DK 3-PHASE Induction motor AU, AEOutdoor fan motor ML-A902 220 - 240V, 50Hz 220V, 60Hz AU, AEOutdoor fan motor capacitor – 430V, 1.5µF AU, AEWPE1 – QFS-GA033JBZZ(15A, 250V) AU, AEWPE2 – QFS-GA015JBE0(10A, 250V) AU, AEWPE3 – QFS-GA008JBE0(3A, 250V) AU, AE


For Model AU-X08BE/X10BECompressor 2RV110N5EA04 3-PHASE Induction motor AU, AEOutdoor fan motor ML-A902 220 - 240V, 50Hz 220V, 60Hz AU, AEOutdoor fan motor capacitor – 430V, 1.5µF AU, AEWPE1 – QFS-GA033JBZZ(15A, 250V) AU, AEWPE2 – QFS-GA015JBE0(10A, 250V) AU, AEWPE3 – QFS-GA008JBE0(3A, 250V) AU, AE


For Model AU-X13BE/X13BECompressor HV237A1-S15DK 3-PHASE Induction motor AU, AEOutdoor fan motor ML-A903 220 - 240V, 50Hz 220V, 60Hz AU, AEOutdoor fan motor capacitor – 430V, 2.0µF AU, AEWPE1 – QFS-GA014JBE0(20A, 250V) AU, AEWPE2 – QFS-GA019JBE0(20A, 250V) AU, AEWPE3 – QFS-GA008JBE0(3A, 250V) AU, AE


ELECTRICAL PARTS

11


BLOCK DIAGRAMSINDOOR UNIT

AC power

CPU

3 AWPE1

DC power supply circuit

Fan motor phase control circuit

Rotation pulse input circuit

AC clock circuit

Louvre motor drive circuit(upper)

Louvre motor drive circuit(lower)

Remote controller signal reception circuit

Buzzer drive circuit

CPU reset circuit

CPU oscillator circuit

Room temp. detect circuit

Heat exchanger pipe thermo circuit

Compensation circuit/ select circuit

Compensation circuit

Switchover circuit

Serial I/O circuit

Compressor relay drive circuit

LED drive circuit

Auto restart circuit

Test run circuit

Auxiliary mode

Power on circuit

Room fan motor

Fan motor pulse detect

Flow direction control (louver motor upper)

Flow direction control (louver motor lower)

Wireless remote control operation

Audible operation confirmation

Room temp. thermistor

Heat exchanger pipe thermistor

Blower temperature, fan speed, model select

Outdoor ratings

Wireless, preheat

Indoor/outdoor control signal I/O

Outdoor unit power supply on/off control

LED display

Test run (forced operation)

Auxiliary mode button ON/OFF

Self diagnostics, fault diagnosis

Unit-unit wiring (AC power and serial signals)

12


CPU

15 Aprotection

Outdoor fan

4-way valve(except for

the AU-X08BE/X10BE)

Power transistor module

Compressor

Current transformer

Compressor thermistor


Outdoor temperature thermistor

Heat exchanger pipe thermistor(option)

Outdoor temperature thermistor(option)

LED

3 Aprotection

10 Aprotection

Power supply circuit (built into IPM)


Outdoor fan relay drive circuit

4-way valve relay drive circuit

(except for the AU-X08BE/X10BE)

Power transistor module drive circuit

Serial I/O circuit

CPU reset circuit

DC overcurrent detection circuit

AC overcurrent detection circuit

Compressor thermo circuit


Outdoor temp. thermo. circuit

Winter kit circuit (option)

LED drive circuit

Test mode circuit

Active filter circuit

Filter circuit

Smoothing circuit


CPU

20 Aprotection

Outdoor fan

4-way valve(except for

the AU-X13BE)

Power transistor module

Compressor

Current transformer

Compressor thermistor


Outdoor temperature thermistor

Heat exchanger pipe thermistor(option)

Outdoor temperature thermistor(option)

LED

3 Aprotection

20 Aprotection

Power supply circuit (built into IPM)


DC overvoltage detection circuit

Outdoor fan relay drive circuit

4-way valve relay drive circuit

(except fot the AU-X13BE)

Power transistor module drive circuit

Serial I/O circuit

CPU reset circuit

DC overcurrent detection circuit

AC overcurrent detection circuit

Compressor thermo circuit


Outdoor temp. thermo. circuit

Winter kit circuit (option)

LED drive circuit

Test mode circuit

Active filter circuit

Filter circuit

Smoothing circuit


OUTDOOR UNIT for AU-X08BE/X10BE and AE-X08BE/X10BE

OUTDOOR UNIT for AU-X13BE and AE-X13BE

13


MICROCOMPUTER CONTROL SYSTEM

Fig

ure

L-1.

Ele

ctro

nic

Con

trol

Circ

uit D

iagr

am fo

r A

H-X

08B

E/X

10B

E/X

13B

E a

nd A

Y-X

08B

E/X

10B

E/X

13B

E

(CN

9)

LED101

LED104

LED103

LED102

LED110

LED109

LED108

LED107

LED106

LED105

R101

R102

R103

R104

R105

R106

R107

R108

R109

1/2W

1/2W

1/2W

1/2W

220

220

300

220

220

220

220

220

100

1/2W

1/2W

1/2W

1/2W

1/2W

LED111

1/2W

1/2W

1/2W

330

R11

4

R40

3.3K

50V

50V

C21

C22

1000

p10

00p

BC

N3

BC

N2

R58~R62

(SW

2)

MO

TO

RF

AN

ICH

OLE

321

P00P01P02P03P04P05P06P07P10P11P12P13P14

P16P1733

343536373839404142434445464748

52 53 54 55 56 57 58 59 60 61 62 63 64P

63P

64P

65P

66P

67A

Vss

Vre

fV

ccP

30P

31P

32P

33P

34515049

P35

P36

P20

P21

P22

32 31 30P

23P

24P

25P

26P

27V

ssX

out

Xin

P40

P41

RE

SE

TC

NV

ss(V

pp)

P42

29 28 27 26 25 24 23 22 21 20 19 18 17

P62P61P60P57P56P55P54P53P52P51P50

P45

P43

123456789

10111213141516

NC

M38

03**

IC1

(PA

TT

ER

N S

IDE

)

PC

2

PC

1

4

2 4

3

1 2

4.7K

100K

+

0.047µ50V

250V0.01µ

6806802W2W

6806802W2W

6802W

22K

P15

1

10K

10K

0.1µ

25V

8M

654321P

IPE

TE

MP

.T

H2

10kΩ

(25˚

C)

15kΩ

(25˚

C)

RO

OM

TE

MP

.T

H1

C20.22µ

250V

NR1

IN

T25

0V

OUTRY

1

WP

E

NN 2

S

1U

NIT

OU

TD

OO

RT

O

TE

RM

INA

LB

OA

RD

KID

6578

3AP

IC6

10

SW

1

5V

GN

D

12V

-24V

33K

33K

33K

33K

33K

16VC26

0.01µ

R411.8K

33K

33K

33K

1000

P

32

3

12

R233.3K

CN

6

100µC8 10V

+

FAN L

FAN M

FAN H

RATE HEAT

TEA

MODEL 5

MODEL 4

MODEL 3

MODEL 2

MADEL 1

R42R43

R44R45

R46R47

R48R49

R50R51

R52

R53

R54

R55

R56

JP 1

JP 2

JP 3

JP 4

JP 5

R67R66

12K12K2W

D9

D8

R65 R64

11K2W2W

11K

2W

C30 100µ35V

C29

ZD1

R63

C28D7

R57

C27

R38

R37

R36

R35

R34

JP8

JP7

JP6

R30380

R29680

C19

++

C1810µ16V 16V

10µ

10K(F)

R2710K(F)

R26

R21

R20

R19

C13

C12

C11

IC7

IC8

OS

C1

FRONT

1/2W

R9

R8

C9

C101000p 50V

25V

0.1µ

R5

RY1

R4

BZ1

BU

SY

1

12V

2

5V3 4

CLO

CK

5S

ER

IAL

OE

6 7R

ES

ET

GN

D8

HO

T K

EE

P

PR

EH

EA

T

WIR

ELE

SS

2.7K

50V1000p

1000p50V

P37

P44

P46P47

4321

765

8

1

1K

FUSETHERMAL

SSR1

470

1.8K

16

9

10K

31

PO

WE

RS

UP

PLY

SIN

GLE

PH

AS

E

21

JP1033K R2

TRANS1

D1~4

33K R3+

C4 50V0.1µ

7812

IC2

35VC31000µIN

0.1µ25V

OU

T

C5

+

47µ25V10

0

1/2W

R1 JP

11

+

C6 25V47µ

0.1µ25VC7

INIC

3D5 7805

25V0.1µ

R31

IC4

8

NC

9

118

13 11C31

250V0.01µ

SSR1

CNR1

L1

430V

C1

2µ

FU

SE

TH

ER

MA

L

MO

TO

RF

AN

531

CN

1

C32

C33

680

R6

CN

101

22 3

3

11

88

11 2

2 33 4

4 55 6

6 77

CN

102

NC

NC

10(B2)11(A2)12(F2)

15(B1)

18(F1)17(G1)16(A1)

14(CM1)13(CM2)

9(H2)8(C2)7(G2)6(D2)5(E2)4(H1)3(C1)2(D1)1(E1)

H2

H1C

M1,

2

D2G2A2

E2F2

B2

C2

D1G1A1

C1B1

E1F

1

33K

33K

R33

R32

JP9

JP99

TE

ST

PO

WE

ON

R3920K

C2416V0.01µ1

32

C25 50V1000P

330

W11

5

1/2W

LED121

R11

633

01/

2W

1/2W

R11

133

0

R11

2

R11

033

0

330

1/2W

R11

333

0

25V

0.1µ

680

680

Q1

Q2

R68

R69

3A

33K

CN

7

0.1µ

25V

33µ

10V

+

5V

GN

D

C20

1C

202

IC20

1

BC

N20

1

BC

N1

11

332

2

6.8K

8

IC5

9

116 10KR7

CN

31 2 3 4 5

LOU

VE

RM

OT

OR

UP

PE

R

LOW

ER

LOU

VE

RM

OT

OR

4 51C

N2

2 3

∆ :T

ES

T P

OIN

T(N

OT

E)

LED

101

:

OP

ER

AT

ION

LED

102

:

TIM

ER

LED

103

:

RO

OM

TE

MP

.LE

D10

4 :

O

UT

DO

OR

TE

MP

.

SW

1 :

A

UX

.(T

ES

T R

UN

)S

W2

:

PO

WE

R S

ELE

CT

ION

LED

105

:

PO

WE

R M

ON

ITO

R E

CO

LED

106

:

PO

WE

R M

ON

ITO

R 1

LED

107

:

PO

WE

R M

ON

ITO

R 2

LED

108

:

PO

WE

R M

ON

ITO

R 3

LED

109

:

PO

WE

R M

ON

ITO

R 4

LED

110

:

PO

WE

R M

ON

ITO

R P

OW

ER

HL 50

V

C34 JP34

C17 16V0.01µ

JP23 680

US

EN

ON

E

SW

2

US

E

NO

NE

NO

NE

NO

NE

NO

NE

NO

NE

US

E15

K13

K13

K15

K15

K13

K13

K15

K13

KN

ON

EN

ON

EU

SE

NO

NE

NO

NE

NO

NE

NO

NE

US

EU

SE

NO

NE

NO

NE

NO

NE

NO

NE

US

EN

ON

EN

ON

E13

K15

K13

K13

K15

K15

K13

K13

K15

KU

SE

NO

NE

NO

NE

NO

NE

NO

NE

US

EU

SE

15K

13K

13K

15K

15K

13K

13K

15K

13K

NO

NE

NO

NE

US

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

E

NO

NE

NO

NE

NO

NE

NO

NE

NO

NE

NO

NE

US

EU

SE

NO

NE

NO

NE

NO

NE

13K

24K

15K

13K

13K

15K

15K

13K

13K

130K

AH

-X08

BE

AH

-X13

BE

AH

-X10

BE

AY

-X08

BE

AY

-X13

BE

AY

-X10

BE

MO

DE

LJP

1JP

2JP

3JP

4JP

5JP

6JP

7JP

8JP

9R

51R

50R

49R

48R

47R

46R

45R

44R

43R

42JP

99

15K

13K

13K

15K

15K

13K

13K

15K

15K

13K

NO

NE

US

EN

ON

EN

ON

EN

ON

EU

SE

US

EN

ON

EN

ON

EN

ON

E

15K

13K

13K

15K

15K

13K

13K

15K

15K

13K

NO

NE

NO

NE

NO

NE

US

EU

SE

NO

NE

NO

NE

NO

NE

14


Figure L-2 Printed Wiring Board for AH-X08BE/X10BE/X13BE and AY-X08BE/X10BE/X13BE

QPWBFB389JBZZ

HEATCOOL

RATE

FAN HFAN MFAN L

R43

R51

R47R49

R45

1

JP1

R53R54R55R56

C27JP2

JP24

R6

JP22JP21

C9

R8

JP20

C10

R9

R7

JP3JP4JP5

2345

MODELSELECT

1

18

16BZ1R4

BCN1

CN2

9

11

5

SW1

SW2

3

4IC8

IC4

58

DPWBFJB

R69

R68C11C12

R5

JP17BCN2

3 1

R20

R30C21C22C23

R31R20R19

LOUVER LO

W

JP16

JP15H

L LOUVER UPCN3

THERMISTORCN7

1 5 1 4

1

19

10

1 8

18

IC5

BCN3 JP18JP19

IC6

OSC1

8

9 16

IC1

1

16

33 32

1748

49

49JP24

JP6

JP7

JP8

JP31

JP33

R35

R36

R34

JP27

R42R44R46R48R50

C26

R41R40C25

JP32

C7

R39R37C24

JP29

R31 PC2

PC1

JP23

C17

C29

C3R58

C32

C2NR1

R65

R64

C34Q2

32

1R28C20

R27C19

R26C18

JP34

28 9

15

C31RY1

IC3

WPE1 3A 250V

BLACK

C4

C30

ZD1

JP99R32

JP9

C8JP28 D5IC3

C6

R1JP11

TRANS1

Q1 R3

R2

C3 (CN8)

11 2 3

3

8

IC7

C33

JP10

CN9JP30C13

R21

JP25 R38

2 33

D7R63C28

R573 4 1 2

JP14

TERMINALBOARD

TERMINALBOARD

JP13

BROWNIN

OUTSRED

NBLUE

L1

SSR1

1

CN1FAN M

5JP12

CNR1

FAN MCN6

R23

R66

R67

R62R61

R60R59

D9

D8

1

D2D4

D1D3

C1

3

L

GND

+12V

-24V

+5V

BCN201C202

C201

13

IC20

1

FP389-DISPLAYJP101

CN1028

1

LED111

LED110

LED109

LED108

LED107

LED106

LED105

R109

R108

R107

R106

R105

R111

R113

R112R110

R116R115JP102

JP103

R102

LED104

R103

LED103

R101

CN101

1 3R114

1018

91

LED121

R101LED102LED101

TO TERMINAL " 2 " OF TERMINAL BOARD 4P(RED)

TO TERMINAL " N " OF TERMINAL BOARD 4P(BLUE)

FROM TERMINAL " 1 " OF TERMINAL BOARD 3P(BROWN)

FROM TERMINAL " 1 " OF TERMINAL BOARD 4P(BLACK)

FROM FAN MOTOR

FROM FAN MOTOR

FROM THERMISTOR

FROM LOUVER MOTOR UPPER(TOP)

FROM LOUVER MOTOR LOWER(BOTTOM)

15


Fig

ure

L-3.

Ele

ctro

nic

Con

trol

Circ

uit D

iagr

am fo

r A

U-X

08B

E/X

10B

E

TB

(T

ER

MIN

AL

BO

AO

D)

N1

2

1 2

3 4

BLUE

BROWN

RED FC

4

FC

3

GREEN/YELLOW

T2

T1

T4

T3

L3L4

C31

275V 1µF

C4

250V 2200pF

1 2

3 4

C2

275V 1µF C3

250V 2200pF

C34

250V 2200pF

WP

E1

250V

15A

C1275V 1µF

C33

250V 2200pFR2R1

1/4W510K

1/4W510K

CT

1

TO Q

M1

(IP

M)

T5

T6

MR

Y1

PT

C

BLU

GR

AY GRAY

WH

ITE

WH

ITE

L1 IN

IN

LL

OR

AN

GE

AC

1

FC

2

FC

5

FC

7

FC

6

AC

2

BLACK

BR

OW

N

43

21

OU

T

OU

T

AF

1 (P

FM

)T

M-0

5C

RE

D

RE

D

BLU

E

BLU

EC

842

0V 1

200µ

F

C3025V 100µF

C1125V 0.1µF

C18

50V 0.1µF

R35

510

R41

10K

R36

510

BLU

NO

TE

1.

M

AR

K I

S T

ES

T P

OIN

T.

2.

IF N

OT

SP

EC

IFIE

D 1

/4W

(R

ES

ISTO

R)

YE

LLO

W

T9

T10

T7

C10

630V

0.3

3µF

R39

1/2W270K

250V10A

WPE2

13V

5V

5V

R40

1/2W270K

T8

C32

250V 2200pF

1 : R

ed 2

-12

: Whi

te

12 11 10 9 8 7 6 5 4 3 2 1

1211

109

87

65

43

21

CN

11 (

CO

NT

RO

L P

WB

)

U V W

43

21

QM

1 (I

PM

)T

M-3

2

TO A

F1

(PF

M)

FC

1R

ED

WH

ITE

BLA

CK

U

V

W

IC2

Q4

AF

ON

HA

F O

FF

L(A

F C

ON

T)

(AF

AR

M)

ER

RO

R H

R33

R32

R31

R30

R29

R28

390

U

390

X

390

V

390

Y

390

W

390

Z

6 5 4 3 2 1

BC

N11

CN

8

TH

3(T

HE

RM

ISTO

R f

or O

UT

DO

OR

TE

MP.

)

TH

2(T

HE

RM

ISTO

R f

or H

EAT

-EX

CH

AN

GE

R)

TH

1(T

HE

RM

ISTO

R f

or C

OM

PR

ES

SO

R)

R38

6.8K F

C26

16V 10 F

5V

C22

16V 10 FC21

16V 10 F

R21

6.8K F

R20

6.8K F

C15

10V 220µFR10

6.8K F

R8

1.80K F R9

1.00K F D2

1 2

3

1

2

3

5V

C23

50V 1µF

PS

T99

3DIC

3

OS

C1

10M

Hz

5V5V

C17

10V 100µF

2 1

FR46

10K

JP1

R34

10K

5V

NC

WIN

TE

R-K

IT4 3 2 1C

N10

5V

33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64

32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01

P27

P26

P25

P24

P23

P22

P21

P20

P17

P16

P15

P14

P13

P12

P11

P10

P07

P06

P05

P04

P03

P02

P01

P00

VS

S

P37

P36

P35

P34

P33

P32

VC

C

VS

S

XI

X0

MO

D1

MO

D2

RS

TP

60P

61P

62P

63P

64A

VS

S

AV

RA

VC

C

AN

7A

N6

AN

5A

N4

AN

3A

N2

AN

1A

N0

P40

P41

P42

P43

P44

P45

P46

P47

P30

P31

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

IC1 MB89855

C16

25V 0.1µF

C2010V 100µF

5V(A

F C

ONT

)

(AF

ARM

) ER

ROR

H

R3

2.2K

5V

LED1

C5

430V

1.5

µF

WP

E3

250V 3A

NR2

Fan

Mot

or

5 3 1C

N3

T11

RY

1

CN

R1

(WIN

TE

R K

IT)

C12250V 4700pF

C1450V 1000pF

C1325V 0.01µF

R4

D1

3.3K

R6

2.7K

R5

5.6K R7

4.7K

PC81

7X7

PC1

PC

2

PC

853H

1 234 1 2

34

5V

R11

2W 1.0K

R12

2W 1

.0K

R13

2W 1.0K

R17

10K R16

10K

13V

RY

1 D6

Q1

MR

Y1 D

8

Q3

5V

NR1SA1

16


Fig

ure

L-4.

Ele

ctro

nic

Con

trol

Circ

uit D

iagr

am fo

r A

U-X

13B

E

TB

(T

ER

MIN

AL

BO

AO

D)

N1

2

1 2

3 4

BLUE

BROWN

RED FC

4

FC

3

GREEN/YELLOW

T2

T1

T4

T3

L3L4

C31

275V 1µF

C4

250V 2200pF

C12250V 4700pF

C1450V 1000pF

C1275V 1µF

C1325V 0.01µF

C5

430V

2µF

C46

25V 100µF

C45

25V 0.1µF

C41

25V 0.1µF

C43

25V 0.1µF

C16

25V 0.1µF

1 2

3 4

C2

275V 1µF C3

250V 2200pF

C34

C33250V 2200pF

250V 2200pF

WP

E1

250V

20A

WP

E3

250V 3A

NR1

NR2

SA1

R2R1

1/4W510K

1/4W510K

R4

D1

3.3K

R6

2.7K

R5

5.6K

R7

4.7K

PC

817X

7P

C1

PC

2

PC

853H

1 234

PC

4P

C81

7X

PC

3P

C81

7X

1 234

123

4

1 23

1 2

3

1

2

3

4

1 234

5V

R11

2W 1.0K

R17

10K R16

10K

R60

10K

R58

10K

R34

10K

R12

2W 1

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R13

2W 1.0K

Fan

Mot

or

5 3 1 CN

3

T11

RY

1

CN

R1

(WIN

TE

R K

IT)

13V

RY

1 D6

Q1

MR

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8

Q3

5V

C40

50V 0.01µF

C44

50V 0.01µF

1 2 3 4

R51

1/ 2W270K

R50

1/2W

270K

R5334.8K F

R54

15.8K F

R52

6.8K F

R56

3.3K

R59

390

R57

560

F

R3

2.2K

R55

1M

IC4

IC2

18V

18V

18V

18V

5V

18V

5V

5V

5V

5V

5V

5V

LED1

FR

OM

C8

(CN

12)

TO I

PM

(C

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)

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34

12

34

56

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FM(C

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8

12

3

C2010V 100µF

C17

10V 100µF

C15

10V 220µF

C3025V 100µF

C18

50V 0.1µF

C23

50V 1µF

5VQ4

AF

ON

HA

F O

FF

L(A

F C

ON

T)

(AF

AR

M)

ER

RO

R H

33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64

32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01

P27

P26

P25

P24

P23

P22

P21

P20

P17

P16

P15

P14

P13

P12

P11

P10

P07

P06

P05

P04

P03

P02

P01

P00

VS

S

P37

P36

P35

P34

P33

P32

VC

C

VS

S

XI

X0

MO

D1

MO

D2

RS

TP

60P

61P

62P

63P

64A

VS

S

AV

RA

VC

C

AN

7A

N6

AN

5A

N4

AN

3A

N2

AN

1A

N0

P40

P41

P42

P43

P44

P45

P46

P47

P30

P31

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

IC1 MB89855

NC

WIN

TE

R-K

IT4 3 2 1

2 1

CN

10

5V

F

R46

10K

R10

6.8K F

R38

6.8K F R35

510

R36

510

R8

1.80K F R9

1.00K F

JP1

PS

T99

3DIC

3

OS

C1

10M

Hz

65

43

21

43

21

1211

FR

OM

PW

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CN

13)

T5

T6

MR

Y1

CT

1

PT

C

BLU

BLU

BLU

GR

AY GRAY

WH

ITE

WH

ITE

L1 IN

IN

LL

OR

AN

GE

AC

1

FC

2

FC

5

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2

BLACK

BR

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FM

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INT.

2.

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WB B

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300

F

C10

630V

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3µF C32

250V 2200pF

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109

87

65

43

21

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CN

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te

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V

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R32

R31

R30

R29

R28

430

U

430

X

430

V

430

Y

430

W

430

Z

C26

16V 10µF

12 11 10 9 8 7 6 5 4 3 2 1

6 5 4 3 2 1

13V

5V

5V

C22

16V 10µFC21

16V 10µF

R21

6.8K F

R20

6.8K F

BC

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CN

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TH

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HE

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or O

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or H

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GE

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or C

OM

PR

ES

SO

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R40

1/2W270K

CN

11 (

CO

NT

RO

L P

WB

)

17


Fig

ure

L-5.

Ele

ctro

nic

Con

trol

Circ

uit D

iagr

am fo

r A

E-X

08B

E/X

10B

E

TB

(T

ER

MIN

AL

BO

AO

D)

N1

2

1 2

3 4

BLUE

BROWN

RED FC

4

FC

3

GREEN/YELLOW

T2

T1

T4

T3

L3L4

C31

275V 1µF

C4

250V 2200pF

1 2

3 4

C2

275V 1µF C3

250V 2200pF

C34

250V 2200pF

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C33

250V 2200pFR2R1

1/4W510KΩ

1/4W510KΩ

CT

1

TO Q

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(IP

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T5

T6

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C

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GR

AY GRAY

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OR

AN

GE

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FM

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C3025V 100µF

C1125V 0.1µF

C18

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R33

R32

R31

R30

R29

R28

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R38

6.8KΩF

C26

16V 10µF

5V

C22

16V 10µFC21

16V 10µF

R21

6.8KΩF

R20

6.8KΩF

C15

10V 220µFR10

6.8KΩF

R8

1.80KΩF R9

1.00KΩF D2

1 2

3

1

2

3

5V

C23

50V 1µF

PS

T99

3DIC

3

OS

C1

10M

Hz

5V5V

C17

10V 100µF

2 1

FR46

10KΩ

JP1

R34

10KΩ

5V

NC

WIN

TE

R-K

IT4 3 2 1C

N10

5V

33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64

32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01

P27

P26

P25

P24

P23

P22

P21

P20

P17

P16

P15

P14

P13

P12

P11

P10

P07

P06

P05

P04

P03

P02

P01

P00

VS

S

P37

P36

P35

P34

P33

P32

VC

C

VS

S

XI

X0

MO

D1

MO

D2

RS

TP

60P

61P

62P

63P

64A

VS

S

AV

RA

VC

C

AN

7A

N6

AN

5A

N4

AN

3A

N2

AN

1A

N0

P40

P41

P42

P43

P44

P45

P46

P47

P30

P31

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

IC1 MB89855

C16

25V 0.1µF

C2010V 100µF

5V(A

F C

ON

T)

(AF

ARM

) ERR

OR

H

R3

2.2KΩ

5V

LED1

C5

430V

1.5

µF

WP

E3

250V 3A

NR2

Fan

Mot

or

4-W

AYV

alve

5 3 1 3 1

CN

3

T11 C

N4

RY

1

CN

R1

RY

2

CN

R2

(WIN

TE

R K

IT)

C12250V 4700pF

C1450V 1000pF

C1325V 0.01µF

R4

D1

3.3KΩ

R6

2.7KΩ

R5

5.6KΩ R7

4.7KΩ

PC81

7X7

PC1

PC

2

PC

853H

1 234 1 2

34

5V

R11

2W 1.0KΩ

R12

2W 1

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Ω

R13

2W 1.0KΩ

R17

10KΩ R16

10KΩ

13V

RY

2 D7

Q2

RY

1 D6

Q1

MR

Y1 D

8

Q3

5V

NR1SA1

18


Fig

ure

L-6.

Ele

ctro

nic

Con

trol

Circ

uit D

iagr

am fo

r A

E-X

13B

E

TB

(T

ER

MIN

AL

BO

AO

D)

N1

2

1 2

3 4

BLUE

BROWN

RED FC

4

FC

3

GREEN/YELLOW

T2

T1

T4

T3

L3L4

C31

275V 1µF

C4

250V 2200pF

C12250V 4700pF

C1450V 1000pF

C1275V 1µF

C1325V 0.01µF

C5

430V

2µF

C46

25V 100µF

C45

25V 0.1µF

C41

25V 0.1 F

C43

25V 0.1µF

C16

25V 0.1µF

1 2

3 4

C2

275V 1µF C3

250V 2200pF

C34

C33250V 2200pF

250V 2200pF

WP

E1

250V

20A

WP

E3

250V 3A

NR1

NR2

SA1

R2R1

1/4W510K

1/4W510K

R4

D1

3.3K

R6

2.7K

R5

5.6K

R7

4.7K

PC

817X

7P

C1

PC

2

PC

853H

1 234

PC

4P

C81

7X

PC

3P

C81

7X

1 234

123

4

1 23

1 2

3

1

2

3

4

1 234

5V

R11

2W 1.0K

R17

10K R16

10K

R60

10K

R58

10K

R34

10K

R12

2W 1

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R13

2W 1.0K

Fan

Mot

or

4-W

AYV

alve

5 3 1 3 1CN

3

T11

CN

4

RY

1

CN

R1

RY

2

CN

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(WIN

TE

R K

IT)

13V

RY

2 D7

Q2

RY

1 D6

Q1

MR

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8

Q3

5V

C40

50V 0.01µF

C44

50V 0.01µF

1 2 3 4

R51

1/2W270K

R50

1/2W

270K

R5334.8K F

R54

15.8K F

R52

6.8K F

R56

3.3K

R59

390

R57

560

F

R3

2.2K

R55

1M

IC4

IC2

18V

18V

18V

18V

5V

18V

5V

5V

5V

5V

5V

5V

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(CN

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N14

)

12

34

12

34

56

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FM(C

N13

)

8

12

3

C2010V 100µF

C17

10V 100 F

C15

10V 220µF

C3025V 100µF

C18

50V 0.1µF

C23

50V 1 F

5VQ4

AF

ON

HA

F O

FF

L

(AF

CO

NT)

(AF

ARM

) ER

ROR

H

33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64

32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01

P27

P26

P25

P24

P23

P22

P21

P20

P17

P16

P15

P14

P13

P12

P11

P10

P07

P06

P05

P04

P03

P02

P01

P00

VS

S

P37

P36

P35

P34

P33

P32

VC

C

VS

S

XI

X0

MO

D1

MO

D2

RS

TP

60P

61P

62P

63P

64A

VS

S

AV

RA

VC

C

AN

7A

N6

AN

5A

N4

AN

3A

N2

AN

1A

N0

P40

P41

P42

P43

P44

P45

P46

P47

P30

P31

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

IC1 MB89855

NC

WIN

TE

R-K

IT4 3 2 1

2 1

CN

10

5V

F

R46

10K

R10

6.8K F

R38

6.8K F R35

510

R36

510

R8

1.80K F R9

1.00K F

JP1

PS

T99

3DIC

3

OS

C1

10M

Hz

65

43

21

43

21

1211

FR

OM

PW

B (

CN

13)

T5

T6

MR

Y1

CT

1

PT

C

BLU

BLU

BLU

GR

AY GRAY

WH

ITE

WH

ITE

L1 IN

IN

LL

OR

AN

GE

AC

1

FC

2

FC

5

AC

2

BLACK

BR

OW

N

1 2 3 4OU

T

OU

T

AF

1 (P

FM

)S

AC

T32

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RE

D

RE

DR

EDN

OT

E

1.

MA

RK

IS

TE

ST

PO

INT.

2.

IF

NO

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PE

CIF

IED

1/4

W (

RE

SIS

TOR

)

YE

LLO

W

QM

1 (I

PM

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M-3

8

T9

T10

T7

T8

(CN

12)

TO P

WB B

LUE

BLU

EC

845

0V 1

300µ

F

C10

630V

0.3

3µF C32

250V 2200pF

R39

1/2W270K

250V20A

WPE2

109

87

65

43

21

FR

OM

PW

B (

CN

14)

FC

1R

ED

WH

ITE

BLA

CK

1 : R

ed 2

-10

: Whi

te

U V W

U

V

W

D2

R33

R32

R31

R30

R29

R28

430

U

430

X

430

V

430

Y

430

W

430

Z

C26

16V 10µF

12 11 10 9 8 7 6 5 4 3 2 1

6 5 4 3 2 1

13V

5V

5V

C22

16V 10µFC21

16V 10µF

R21

6.8K F

R20

6.8K F

BC

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CN

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TH

3(T

HERM

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R fo

r O

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TEM

P.)

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r HE

AT-E

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ISTO

R fo

r CO

MPR

ESSO

R)

R40

1/2W270K

CN

11 (

CO

NT

RO

L P

WB

)

19


Figure L-7 Printed Wiring Board for AU-X08BE/X10BE and AE-X08BE/X10BE

Figure L-8 Printed Wiring Board for AU-X13BE and AE-X13BE

T5(DB1~)(BLACK)

C5

NR2

WPE3

R2 R1

CT1

3A 250V

RY1CNR1

CNR2RY2

WINTER KIT(OPTION)

T11(GRAY)

T10

T9

WPE2 10A 250V

(BLUE)

(YELLOW)

IPM

13V

R33R32R31R30R29R28

BCN1

1 (IP

M)

JP2

C32

C10

R40

R39 JP

20

JP1

R46

R34

JP14

JP15

JP16

JP12 LE

D1JP10 Q

3

C33

Q2

Q1

C1

SA1

D7D6

JP9

JP8JP7

JP4

JP6

JP5

JP3

IC2C1

1

C16

JP21

JP17

JP18

R41

(4-W

AY

VA

LVE

)CN

4(F

AN

MO

TOR

)CN

31

31

5

1012 E&

JV&

W2

IPM

(RED)

(BLUE)

T7CB

T8CB

WINTER KIT (OPTION)

CN10

JP22

JP19

C17

R35

JP25C1

8

C23

R20

C21

R13

R12

R11

C22

C26 R

21

R38

R36

F

JP23

JP24

CN91 2

14TERMINALFUSE ONLY

W2

IC3

OSC1

R4

C12

C31

D1

R16

C13

R17JP

16 C14

R1

R6

R5PC2

PC1

C3

3412

21

43

L3

C4L4

C34

C2

NR1

WPE1 15A 250V

OUT

32

33

IC1

1

CN8(THERMISTOR)

16

64

R3

C15

R10D8

JP11

C30R8

D2R9

ECB

ECB

ECB

C20 B C EQ4 Cool/40Hz

QPWBFB397JBZZDPWBFA JBKZ

0

MRY1

PTC(BLUE)

IN

(GRAY)(DB1~)

(RED)

(BLUE)

(BROWN)(GREEN/ YELLOW)

T3

T2

2

N

1T1

T4

DIP

T6(GRAY)PTC

5V

GND

FROM FAN MOTOR

FROM 4 WAY VALVE(EXCEPT FORAU-X08BE AND AUX10BE)

TO POWER TRANSISTORMODULE QM1

OPTION(FROM WINTER KIT)

FROM POWER TRANSISTORMODULE QM1 " "


FROMELECTLYTICCAPACITORC8 " "


FROMTHERMISTOR

OPTION(WINTER KIT)

FROMTERMINALBOARD " N "

FROMTERMINALBOARD " 2 "


FROMCONTROL BOX

FROMDIODE BRIDGEDB1 " ~ "


FROMPTC1

T5(DB1~)(BLACK)C5

NR2

WPE3

R2 R1

CT1

3A 250V

RY1CNR2

CNR1

RY2WINTER KIT(OPTION)

T11(GRAY)

T10

T9

WPE2 20A 250V

(BLUE)

(YELLOW)

IPM R33R32R31R30R29R28

C10

C40

R52

OUTC4

5

CN14

14

1CN

12

4

IN

IC2

C45

JP23

R50

R40

R39

JP1

R46

C33

Q2

Q1

C1

SA1

D7D6

JP2

JP17

JP19JP

18

(4-W

AY

VA

LVE

)CN

4(F

AN

MO

TOR

)CN

31

31

5

IPM

(RED)

(BLUE)

T7CB

T8 CB

WINTER KIT (OPTION)

CN10

JP16

JP20

C17

R35

R36

JP25

C18

C23

R20

C21

R13

R12

R11

C22

C26 R

21

R38

F

JP21R10

JP2214

IC3

C15OSC1

R4

C12

C31

D1

R16

C13

R17

JP12

R7C14

JP13

R6R5

R5PC2

PC1

C3

3412

21

43

L3

C4L4

C34

C2

NR1

WPE125A 250V

OUT

32

33

32

IC1

1

CN8(THERMISTOR)

16

64C20LED1

R59D8

C30

ECB

ECB

BCE

BCE

Q4

R3

R41

C12

JP7

JP6

R9

D2

R8

JP3

R57

C44

R58

JP5

JP4

R60

121

BCN1

1(IP

M)

JP8

JP9

JP10

JP11

C16

Q3

Cool/40Hz

QPWBFB388JBZZDPWBFA JBKZ

0

MRY1

PTC(BLUE)

IN

(GRAY)(DB1~)

(RED)

(BLUE)

(BROWN)(GREEN/ YELLOW)

T3

T2

2

N

1T1

T4

DIP

T6(GRAY)PTC

21

43

34

12

PC4

PC3

R34C32

JP14JP15

GND

R53

C41

14

8IC45

R54C43

61 CN13

18V 13VR51

5V

FROM FAN MOTOR

FROM 4 WAY VALVE(EXCEPT FORAU-X13BE)

FROMELECTLYTICCAPACITOR C8

OPTION(FROM WINTER KIT)

TOACTIVE FILTERMODULE AF1

TOTRANSISTORMODULE QM1





FROMTHERMISTOR

OPTION(WINTER KIT)

FROMTERMINALBOARD " N "



FROMCONTROL BOX



FROMPTC1

TOTRANSISTORMODULE QM1

20


AH-X08BE/X10BE/X13BE are not provided with theheating function.

1. INDOOR UNIT1-1 Temperature Adjustment

a. Normal controlProportional control (P control)When the temperature zone changes, this controlchanges the frequency by one rank to move closerto the set value.

Integral control (I control)When the temperature zone has set time in thesame zone, this control changes the frequencyby one rank to move closer to the set value.(Excluding the h zone.)

b. Initial controlThe initial frequency is determined as shown inthe tables below based on the difference betweenthe temperature adjustment setting at thebeginning of operation and the room temperature.After operation begins, normal control is performedand therefore the correspondences in the tablesbelow will not hold.

FUNCTIONS

c. Temperature adjustmentThe temperature adjustment range is changed bychanging the operating mode with the operation switch.

(1) HeatingIf the room temperature is in the z zone whenoperation begins, proportional/integral control isnot performed, and the machine runs at frequencycode c full power until the i zone is reached. Whenthe i zone is reached, the frequency changes tothe frequency code determined by fuzzy calculation,and after that proportional/integral control isperformed.

(2) CoolingIf the room temperature is in the c zone whenoperation begins,proportional/integral control is notperformed, and the machine runs at frequencycode 9 power until the i zone is reached. When theh zone is reached, the frequency changes to thefrequency code determined by fuzzy calculation,and after thatproportional/integral control isperformed.

(3) DryAfter operation begins, 2 minutes (running at the hzone) of the room temperature is stored in memory,and that becomes the set value.

(4) CirculationThe frequency code 0 is sent to the outdoormachine, and only the fan of the indoor machineruns, the compressor does not run.

1-2 Indoor fan controlThis control uses the thermistor for the indoor heatexchanger to control cold air blowing prevention, theindoor fan, and overheating prevention.

Cooling

Room temp. zone

Frequency Code

c 9d 8e 7f 5g 3h 2i 1j OFFk OFF

Heating

Room temp. zone

Frequency Code

k OFF(Hot keep fan)

j 1i 1h 2g 3f 4e 5d 6

e 7f 5g 3h 2i 1

Dry

Room temp. zone

Frequency Code

e 4d 5

f 3g 2

h2h1 1

2

i 1j 0

cbaz

8ABC Full power

operation only

Although the initial value of the h zone is 1, it changes to 2 after a lapse of 15 minutes.

c d e f g h i j

k

+3.33 +2.66

SET VALUE -0.66

-1.66

+0.66

+2.00

Cooling

+1.33

k

j

i

h

g

f

e

d

c

b

a

z

+1.33

+0.66

-1.33

-2.00

SET VALUE

-3.33

-2.67

-4.00

-4.66

-5.33

Heating

-0.66

e d

g

f

h

j

i

+2.00

+2.66

+1.33

-1.00

+0.66

-1.33

Dry

MEMORY SET VALUE

53504744

38

32

26

HGFED

C

B

A

(˚C)

Cold air blowing prevention lineT

empe

ratu

re o

f ind

oor

heat

exc

hang

er

Differential3˚C

21


(1) Control for indoor freezing preventionIf the temperature of the indoor heat exchanger staysbelow approximately 0°C for four minutes duringcooling or dry, this control stops the compressor. Over2˚C the compressor will run again.

(2) Control for cold air blowing preventionWhen heating begins, this control stops the indoor fanuntil the temperature of the indoor heat exchangerreaches 26°C. It also stops the fan if the temperaturegoes below 23°C during operation.

(3) Indoor fan and operating frequencyThe indoor fan has 12 speeds, and changing is donein four stages, "Auto", "High", "Med", and "Low". Therelations between the indoor fan speed, air quantitysetting, operating frequency, and indoor heatexchanger are shown in the following charts.

1-3 Hot keepIf the room temperature is in the j or k zone duringheating, the compressor is turned on and off toprevent overheating.The fan goes off 30 seconds after the compressorgoes off.

ZoneCompressorintermittent time Fan

After "3 min. on - 3 min.off" is repeated 4 times, the compressor goes off, and only the fan continues to repeat “3 min. on - 8 min.off”.

J

K

3 min. on - 3 min. off

3 min. on - 8 min. off

Same as Compressor

1-4 Automatic operationThe operating mode and temperature setting aredetermined by the room temperature and the externalair temperature.

The operating mode will changeover automaticallywith the following condition.

OFF123456789

1011

1 2 3 4 5 6 7 8 9OFF

Fan

spe

ed

Frequency cord

Fan speed : High / Med / Low

High

Med

Low

OFF123456789

1011

1 2 3 4 5 6 7 8 9OFF

Fan

spe

ed

Frequency cord

Fan speed : Automatic

COOLING

OFF123456789

1011

1 2 3 4 5 6 7 8 9OFF

Fan

spe

ed

Frequency cord

Fan speed : High / Med / Low

12

A B CA

B

C

Low D - H

Med D - H

High D - H

OFF123456789

1011

1 2 3 4 5 6 7 8 9OFF

Fan

spe

ed

Frequency cord

Fan speed : Automatic

12

A B CAB

C

D

E, F, G, H

HEATING

1. From cooling to heatingCooling mode will changeover to heating mode whencondition of indoor temperature 1.7˚C lower than theset temperature conditions for 5 minutes.

2. From heating to coolingHeating mode will change over to cooling mode whencondition of indoor temperature 1.3˚C higher than theset temperature conditions for 25 minutes under Hotkeep condition.

3. When the set temperature is adjusted within therange of ±2˚C by the remote control's key. ( ),the changeover judgement room temp. will also beshifted within the range of ±2˚C.

1-5 ON-timerThe ON-timer is set by pressing the ON-timer button.In order to attain the set temperature at the set time,the operation starting time is corrected by fuzzycomputing one hour before the set time.

Heating(24˚C)

Heating(23˚C)

Cooling(24˚C)

Cooling(24˚C)

(Room temperature - 2°C)

Cooling(25˚C)

Cooling(26˚C)

(Dry)

Room temperature(˚C)

When the cooling operation only can use winter kit

21

29

0 10 18 28 34

Outdoortemperature (°C)

Cooling(25˚C)

Cooling(26˚C)

Heating(22˚C)

12

11

10

9

8

7

6

5

4

3

2

1

0 1 2 3 4 5

f

e

d(Full power only)

j i

h1 h2, g

Dry

Operating frequency code

Fan

spe

ed

22


ONOFF

ON

ON

Air conditioneroperation

Compressor relay

100 sec.

compressor chamber temperature rises above 25°C.Preheat does not operate for 2 hours after heatingis stopped. After that, it goes on for 180 minutesand then stops for 30 minutes, repeatedly.

1-12 Power ON startIf a jumper wire is inserted into the place indicatedJP99 on the indoor control board, and the powerplug is inserted. cooling or heating will beautomatically determined by the room temperaturesensor on the main unit, and operation will begin.

1-6 OFF-timerThe OFF-timer is set by pressing the OFF-timerbutton. Operation is as follows:

CoolingHeating

Set temperature

By fuzzy computingSet the shift up time

Cooling setting + 1°CHeating setting - 3°CFinal

Dry Same as above (Final setting + 1°C)

*During Cooling / Dry

1°C

Stops

Timer set time

1hour

Timer operation starts

Room temperature

3°C Room temperature

Timer set time

1hour

Timer operation starts Stops

1-7 Swing louvresLouvres are moved by a stepping motors to performswing and fixing in the set position. If the "FLOWDIRECTION" button is pressed during swing, theywill stop. If the "FLOW DIRECTION" button is pressedwhile they are stopped, they will swing.

1-8 Restart controlOnce the compressor stops, this control prevents itfrom starting again for 3 minutes. It also preventsstarting for 80 seconds immediately following plugginginto the power outlet.

1-9 One-hour operationIf this button is pressed when operation is stopped,operation will begin and then stop after 1 hour. Ifpressed when it is operating, will stop after one hour.

1-10 Full power operationImmediately begins cooling or heating at maximumpower and air flow.

(During heating) Operates at setting of 32°C.(During cooling) Operates at setting of 18°C.

1-11 PreheatWhen heating is stopped, supplies a small amountof power to the compressor to make heating startmore quickly. Operates when the indoor temperaturesensor and external air sensor detect that the roomtemperature and outdoor temperature are low (below18°C and 5°C, respectively). Stops when the

30min

180min

At least 120 min

Air conditioner OFF

ON

OFF

OFF


Compressor relay

100 sec.

ON

ON

ONOFF

ON

OFF


Compressor relay

100 sec. 80 sec.

ON

*During Heating

1-13 Compressor relay(1) It is ON during operation, and when operation is

stopped, goes OFF after a delay of 100 seconds(not immediately).

Power select

Cooling Heating

H 7.9A 10.5A

7.7A 7.2A

7.9A

7.7A

LAY-X13BE

AH-X13BEH

L

(3) If air conditioner operation is turned on againduring the 100 second delay before thecompressor relay goes off, the compressor relaywill stay on.

(2) The minimum OFF time of the relay is 80 seconds.It will not go ON again before 80 seconds elapses.

1-14 Power selector (AY-X13BE, AH-X13BE)Operation power "H " (High) or "L" (Low) can beselected by switching the POWER SELECTORslide switch located above the AUX. button.

23


informed by the flashing number as well as thelighting pattern of the operation lamp whichflashes with the timer lamp.(For details, refer toError diagnostic method.)

AU-X08BE/10BE/13BE are not provided withthe heating function.

2. OUTDOOR UNIT2-1 Defrost operation (AE-X08BE/X10BE/13BE)(1) Overview

Defrosting begins during heating if the conditions forcompressor operation time and outdoor heatexchanger temperature are met.When defrosting begins, the indoor and outdoor fansstop. Defrosting stops when the temperature of theoutdoor heat exchanger goes above approximately5˚C or defrosting time exceeds 13 minutes.

1-15 Auto RestartWhen power failure occures, after power isrecovered, the unit will automatically restart in thesame setting which were active before the powerfailure.

Operating mode (Cool, Heat, Dry) Temperature adjustment (within 2˚C range)

automatic operation Temperature setting Fan setting Air flow direction Power ON/OFF Automatic operation mode setting Swing louver

Setting not memorized Timer setting Full power setting

1-16 Indoor/outdoor temperature displayEvery time the Temperature check button ispressed on the remote control, the display changesin the order of indoor temperature outdoortemperature no display. The temperature isdisplayed on the temperature indicator on the mainunit to be referred to for energy saving.(When the unit is not running, the display changesbetween indoor temperature and no display.)Indoortemperature is the temperature of the suction airmeasured by the room thermistor, and outdoortemperature is that measured by the outdoortemperature thermistor. When indoor temperatureis displayed, the indoor LED on the main unit is lit,and when outdoor temperature is displayed, theoutdoor LED is lit. For 90 seconds after theoperation starts, - - is displayed instead of theactual outdoor temperature since it is still beingmeasured.Because of the effect of the exchanger,the unit cannot confirm the exact indoortemperature right after the operation is terminated.Therefore, for one hour since the operation isstopped, the indoor temperature immediately beforethe operation is stopped is displayed. After overone hour since it is stopped, the unit displays theactual room temperature at that point.

1-17 Error diagnostic display(a) Indoor unit(1) When an error is detected, all relays are

turned off. At the same time, the details of theerror are displayed by flashing the numbercorresponding to the type of the error. Thedetails can also be displayed by pressing downthe emergency operation switch for 5 secondsor more in the state of operation stop.However,if the operation is continued only in the serialopen state and the state remains unchangedafter that, the main relay is turned off in 8minutes. In the serial short state, the error isnot displayed and the operation is continued. Ifthe unit stays in the same state, the main relayis turned off in 8 minutes. Although the error isnot displayed, it is memorized and can bedisplayed when it is recalled.

(2) If the operation is stopped and the emergencyoperation button is pressed down for 5 secondsor more, the self-diagnosis memory can berecalled.

(3) Details of self-diagnosis (error mode) are

Defrost mask time

Defrost mask time

Defrost mask time

Heatingbegins

DefrostingMax. 13 min.

DefrostingMax. 13 min.

More than

20 min.

More than

20 min.

Defrosting

Max. 12 min.

Heating

operation

startDefrosting

Max. 12 min.

More than

20 min.

(3) During defrostingWhen defrosting begins, the compressor stops.Approximately 1 minutes later, the compressorreactivates in the refrigeration cycle, and the outdoorheat exchanger is defrosted.Each mode is as follows:The outdoor fan is stoppedThe operating frequency is as shown in the tablebelow The indoor fan is stopped

(4) Defrost stopWhen defrosting time exceeds 13 minutes When thetemperature of the outdoor heat exchanger risesabove approximately 5˚C Defrost stop is determinedby either of the above conditions, and the compressoris stopped. At the same time, the outdoor fan go ON.The compressor is reactivated in the heating cycle 1minute after it was stopped, and normal controlresumes.

2) DefrostingIf the compressor operation time is more than 20minutes in the heating mode and the outdoor airtemperature and outdoor heat exchange temperaturesatisfy the defrosting conditions, the defrostingoperation is started.When the outdoor sheat-exchanger temperaturereaches approx. 5°C or above or when the defrostingtime exceeds 12 minutes, the defrosting operation isquit.

24


2-2 Frequency control(1) AC current peak control

Overheating prevention line 1 (Lower 5Hz)

46.11

49.14

AE-X13BE

[˚C]

AE-X10BEAE-X08BE

[˚C]

120Hz ~ ~ 90Hz

49.59

51.87

51.87

54.75

106Hz

83Hz ~

~ 88Hz

113Hz

88Hz ~

~ 92Hz

53.29

56.25

100Hz~

75Hz ~

~ 83Hz

54.26

58.32

50Hz~

50Hz ~

~ 75Hz

53.29

56.76

43Hz~

43Hz ~

~ 50Hz

52.34

55.74

37Hz ~

37Hz ~

~ 43Hz

~ 37Hz

~ 37Hz

51.41

54.26

Operating frequency

During normal operationDuring full power operation

Overheating prevention line 1 (Lower 5Hz)

48.26

51.41

AE-X13BE

[˚C]

AE-X10BEAE-X08BE

[˚C]

120Hz ~ ~ 90Hz

51.87

51.87

51.87

53.77

106Hz

83Hz ~

~ 88Hz

113Hz

88Hz ~

~ 92Hz

55.24

58.32

100Hz~

75Hz ~

~ 83Hz

56.25

59.94

50Hz~

50Hz ~

~ 75Hz

55.24

58.32

43Hz~

43Hz ~

~ 50Hz

54.26

57.27

37Hz ~

37Hz ~

~ 43Hz

~ 37Hz

~ 37Hz

53.29

56.25

Operating frequency

During normal operationDuring full power operation

(2) Control for prevention of indoor heat exchanger overheating. If the temperature of the indoor heat exchangerexceeds the overheating prevention line 1 or 2 during heating, the operating frequency is lowered by approximately5 to 10 Hz. After that, the frequency is lowered by approximately 5Hz once every 60 seconds or 10 Hz once every120 seconds. When the temperature of the indoor heat exchanger goes below the overheating prevention line 1,the frequency is raised by approximately 5 Hz once every 60 seconds, and normal operation is restored.If the frequency is lowered to minimum frequency without the temperature of the outdoor heat exchangerdecreasing and this condition lasts for 1 minute, the compressor will be stopped.

(3) Control for prevention of outdoor heat exchanger overheating. If the temperature of the outdoor heat exchangerexceeds the overheating prevention lone 1 or 2 during cooling, the operating frequency is lowered by approximately5 to 15 Hz.After that, the frequency is lowered by approximately 5 once every 60 seconds or approximately 15Hz once every120 seconds. When the temperature of the outdoor heat exchanger goes below the overheating prevention clearline, the frequency is raised by approximately 5 Hz once every 60 seconds, and normal operation is restored. If thefrequency is lowered to minimum frequency without the temperature of the outdoor heat exchanger decreasing andthis condition lasts for 1 minute, the compressor will be stopped.

56˚C58˚C55˚C

Lower 5Hz once every 60 secondsLower 15Hz once every 120 seconds

Overheating prevention line 1Overheating prevention line 1Overheating prevention line 1

ModelSet valve

Cool Heat

7.0A 8.5A

7.0A 6.5A

7.9A 10.5A

6.0A

6.5A

7.9A

AE-X08BE

AE-X10BE

AE-X13BE

AU-X08BE

AU-X10BE

AU-X13BE

4) Control for prevention of discharge overheatingIf the discharge temperature exceeds approximately (AU-X13BE:101°C except AU-X13BE:105°C) during compressoroperation, the operating frequency is lowered by approximately 5 Hz. After that, the frequency is lowered byapproximately 5 Hz once every 60 seconds. When the discharge temperature goes below approximately (AU-X13BE:100°C except AU-X13BE:104°C) , the frequency is raised by approximately 5 Hz once every 60 seconds,and normal operation is restored.If the frequency is lowered to minimum frequencywithout the discharge temperature decreasing and this conditionlasts for 1 minute, the compressor will be stopped.

(5) Control for prevention of indoor heat exchanger freezingIf the temperature of the indoor heat exchanger goes below approximately 5°C during cooling(only Full poweroperation), the operating frequency is lowered by approximately 5 Hz. After that, the frequency is lowered byapproximately 5 Hz once every 60 seconds. When the temperature of the indoor heat exchanger rises aboveapproximately 5°C, the frequency is raised by approximately 5 Hz once every 60 seconds, and normal operation isrestored.If the temperature of the indoor heat exchanger goes down to approximately 0°C and this condition continues for4 minutes, the compressor is stopped.When the temperature rises above approximately 2˚C, normal operation is restored.

25


2-3 Overcurrent protection(1) Compressor lock detection

If the set value (AE-X08BE: 3.2 A, except AE-X08BE: 2.7A) of AC current is exceeded in 6 seconds when operationbegins, operation is stopped. In this case, the compressor outdoor fan does not stop, and 170 seconds afteroperation is stopped, another try will be made. Three retries are allowed. On the fourth retry, a complete stoprequest signal is sent to the indoor unit, and the outdoor unit will remain stopped until reset is performed. At thistime, the 3-minute delay for control of the outdoor unit will not function; therefore, do not cancel by removing theplug and cutting the power.

(2) DC overcurrent detection, AC overcurrent detectionTo protect against overcurrent due to sudden changes in load, the compressor is stopped if the set value (AE-X08BE/AU-X13BE: 47A, AE-X08/10BE, AU-X08BE/10BE/13BE: 26A) DC is exceeded in the DC section, or the setvalue (AE-X08/10BE, AU-X08/10BE: 11A, AE-X13BE. AU-X13BE: 13A) AC is exceeded in the AC section. In thiscase, the outdoor fan does not stop, and 170 seconds after operation is stopped, another try will be made. Threeretries are allowed. On the fourth retry, a complete stop request signal is sent to the indoor unit, and the outdoor unitwill remain stopped until reset is performed. At this time, the 3-minute delay for control of the outdoor unit will notfunction; therefore, do not cancel by removing the plug and cutting the power.

2-4 Compressor protector controlIf the temperature of the compressor chamber exceeds 114°C, the compressor is stopped. In this case, the outdoorfan does not stop, and when the compressor chamber temperature decreases to 100°C three minutes afteroperation is stopped, another try will be made. Three retries are allowed. On the fourth retry, a complete stoprequest signal is sent to the indoor unit, and the outdoor unit will remain stopped until reset is performed. At thistime, the 3-minute delay for control of the outdoor unit will not function; therefore, do not cancel by removing theplug and cutting the power.

2-5 Power transistor module protectorIf the temperature of the chips in the power transistor module exceeds 105 °C, the compressor is stopped.In this case, the outdoor fan does not stop, and when the temperature of the chips in the power transistor moduledecreases to 105 °C 170 seconds seconds after operation is stopped, another try will be made.Three retries are allowed. On the fourth retry, a complete stop request signal is sent to the indoor unit, and theoutdoor unit will remain stopped until reset is performed. At this time, the 3-minute delay for control of the outdoorunit will not function; therefore, do not cancel by removing the plug and cutting the power.

2-6 Power factor module

(AE-X08BE, AE-X10BE, AU-X08BE, AU-X10BE)If a voltage error (over 400 V), current error (over 17 A), or temperature error (over 90°C) is detected in the powerfactor module, 170 seconds the compressor is stopped.

(AE-X13BE, AU-X13BE)If a voltage error (over 420V) is detected at power factor module output voltage, 170seconds the compressor isstopped.In this case, the outdoor fan does not stop, and 170 seconds after operation is stopped, another try will be made.Three retries are allowed. On the fourth retry, a complete stop request signal is sent to the indoor unit, and theoutdoor unit will remain stopped until reset is performed. At this time, the 3-minute delay for control of the outdoorunit will not function; therefore, do not cancel by removing the plug and cutting the power.

2-7 Serial signals(1) Serial signals consist of all 96-bit signals.(2) If the outdoor unit does not receive a serial signal, it will stop approximately 30 seconds later. Note that this is true

only of normal operation; in test mode, it does not stop and operation takes place based on the test modecommands.

26


FUNCTION AND OPERATION OF PROTECTIVE PROCEDURES

FunctionNODescription Detection

timeRestart condition

Restart times

Indoor Outdoor

Operation Self diagnosticdisplay

1

2

3

4

5

6

Indoor fan lock

Indoor fan rpm error

Indoor freezing guard

Indoor overheating control

DC overcurrent

AC overcurrent

Compressor lock

Stops operation if no revolution pulse signal is input from the indoor fan motor for one minute.

Stops operation if the revolution pulse signal from the indoor fan indicates low rpm (approximately 300 rpm or less).

Lowers the operating frequency if the temperature of the indoor heat exchanger goes below 5°C during cooling. Stops the compressor if the temperature stays below 0°C for 4 minutes.

Lowers the operating frequency if the temperature of the indoor heat exchanger rises above the overheating temperature during heating. Stops the compressor if the temperature stays above the overheating temperature for 1 minute at minimum frequency or less.Set values for overheating temperature

During normal operation: 46°C to 54°CDuring full power operation: 49°C to 58°C

Stops the compressor if a current of approximately 47/26A or more flows in the power transistor module. Also stops the compressor if the temperature of the power transistor module is exceeds 105°C.

Lowers the operating frequency if the compressor AC current exceeds set valve( ).Show "2-2(1)AC peak control"Stops the compressor if the current exceeds at 40Hz or less set valve( ).

Stops the compressor if the compressor AC current exceeds (AE-X08BE: 3.2A, except AE-X08BE:2.7A) immediately after activating the compressor (in 6 seconds).

When indoor fan is revolving

During cooling and dry

During heating

During compressor operation


Immediately after compressor activation.

Operation OFF

Automatically restarts when the exchange temperature rises above the freezing prevention temperature (above 2°C)

Automatically restarts when the exchange temperature goes below the overheating temperature.

Automatically restarts after safety time (170 seconds)



No limit

No limit

No limit

4 times

4 times

4 times

Yes

No

No

Yes

Yes

Yes

No

No

No

Yes

Yes

Yes

( )

ModelSet valve

Cool Heat

7.0A 8.5A

7.0A 6.5A

7.9A 10.5A

6.0A

6.5A

7.9A

AE-X08BE

AE-X10BE

AE-X13BE

AU-X08BE

AU-X10BE

AU-X13BE

27


FunctionNODescription Detection

timeRestart condition

Restart times

Indoor Outdoor

Operation Self diagnosticdisplay

7

8

9

10

11

12

13

14

Compressor overheating control

Compressor high temperature error

Outdoor heat exchangeroverheating control

Outdoor thermistor short

Outdoor thermistor open

AC abnormal current error

Serial signal error

Power factor module(Active filter) error

Lowers the operating frequency if the temperature of the compressor chamber thermistor (TH1) rises above 105°C or 101°C.Stops the compressor if the thermistor stays above 105°C or 101°C for 1 minutes at minimum frequency or less.

Stops the compressor if the compressor chamber thermistor is above 114°C.(Or when TH1 shorts)

Lowers the operating frequency if the temperature of the outdoor heat exchanger rises above 56°C during cooling. Stops the compressor if the temperature stays above 56°C for 1 minute at minumum frequency.

Stops the compressor if an outdoor thermistor (excluding TH1) shorts.

Stops the compressor if the circuit of an outdoor thermistor breaks.

Stops the compressor if if the operating frequency is above 70 Hz and the compressor current is below 1.0 A.

Turns the compressor relay off if the indoor unit does not receive a serial signal from the outdoor unit for 8 minutes.

Stops the compressor if the outdoor unit does not receive a serial signal from the indoor unit for 30 seconds.

When an power factor module error input is detected.


During operation


When compressor is activated

When compressor is activated


During operation

During operation



Automatically restarts when thermistor (TH1) temperature falls below 100°C (approximately 30 minutes)





Automatically restarts less than 8 minutes after operation stops

Restarts after reception of serial signal


No limit

4 times

No limit

4 times

4 times

4 times

No limit

No limit

4 times

No

Yes

No

Yes

Yes

Yes

Yes

Yes

No

Yes

No

Yes

Yes

Yes

Yes

Yes

28


: Blin

ks a

t 2-s

econ

d in

terv

als

: OF

F: O

N: B

links

3 ti

mes

at 0

.2-s

econ

d in

terv

als

Indoor and outdoor unit completely stopped

Indoor unit operatingOutdoor unit completely stopped

Dis

play

by

indo

or u

nit o

pera

tion

lam

pD

ispl

ayed

in a

pat

tern

whi

ch c

omes

on

at t

he s

ame

time

as th

e tim

er la

mp

4 se

cond

s of

f

Wha

t to

chec

k, p

roce

dure

Dis

play

by

outd

oor

unit

lam

p LE

D 1

Dia

gnos

isS

olut

ion

Con

ditio

n of

indo

or

and

outd

oor

unit Nor

mal

Onc

e

Tw

ice

3 tim

es

4 tim

es

5 tim

es

6 tim

es

7 tim

es

Com

pres

sor

lock

err

or

DC

ove

rcur

rent

err

or

AC

ove

rcur

rent

err

or

Nor

mal

Ser

ial s

hort

Ser

ial o

pen

Doe

s co

mpr

esso

r ac

tive

? D

oes

it go

off

imm

edia

tely

afte

r ac

tive

?

1. C

heck

the

circ

uit i

n th

e po

wer

tran

sist

or m

odul

e.2.

Is th

e ou

tdoo

r fa

n re

volv

ing

?

1. Is

the

disc

harg

e ou

tlet o

f the

out

door

uni

t clo

gged

?

1. C

heck

the

wiri

ng b

etw

een

units

.

1. C

heck

the

wiri

ng b

etw

een

units

.

1. C

heck

the

wiri

ng b

etw

een

units

.2.

Che

ck th

e fu

se in

the

outd

oor

unit.

3. In

door

con

trol

boa

rd.

4. O

utdo

or c

ontr

ol b

oard

.

1. M

easu

re th

e re

sist

ance

of t

herm

isto

r T

H2

on th

e ou

tdoo

r un

it

(se

e F

igur

e 2)

.

1. R

epla

ce p

ower

tran

sist

or

mod

ule

1. C

lear

the

disc

harg

e ou

tlet.

11 ti

mes

Pow

er fa

ctor

mod

ule

erro

r1.

CH

eck

wiri

ng o

f pow

er fa

ctor

mod

ule.

1. R

epla

ce th

e po

wer

fact

or m

odul

e.

1. R

ewire

.1.

Rew

ire.

Indo

or fa

n ou

t of o

rder

1. Is

the

fan

mot

or lo

cked

?2.

Is th

e w

iring

con

nect

or fi

rmly

fitte

d ?

3. Is

the

spee

d si

gnal

app

lied

to th

e m

otor

?

Ove

rhea

t of

the

com

p-re

ssor

err

or(p

rote

ctor

ope

ratin

g) o

r ou

tdoo

r co

mpr

esso

r

ther

mis

tor

TH

1 sh

ort

Out

door

pow

er s

uppl

y

does

't tu

rn o

n.W

iring

mis

take

.

1. R

ewire

.2.

Rep

lace

th

e fu

se,

repl

ace

the

outd

oor

boar

d as

sem

bly.

3. R

epla

ce th

e bo

ard.

4. R

epla

ce th

e bo

ard.

1. R

epla

ce fa

n m

otor

2. R

eatta

ch.

3.R

epla

ce t

he i

ndoo

r co

ntro

l bo

ard

asse

mbl

y.

1.R

epla

ce t

he o

utdo

or c

ontr

ol b

oard

as

sem

bly

(Cur

rent

tran

sfor

mer

wire

bre

ak.)

1. R

eatta

ch.

2.R

epla

ce

the

outd

oor

ther

mis

tor

asse

mbl

y.

1.R

epla

ce

the

outd

oor

ther

mis

tor

asse

mbl

y.

1.C

lear

the

disc

harg

e ou

tlet.

2.A

ssur

e po

wer

sup

ply

volta

ge.

3.R

efill

to r

ated

am

ount

.4.

Rep

lace

th

e ou

tdoo

r th

er-m

isto

r as

sem

bly.

5.R

epla

ce t

he i

ndoo

r co

ntro

l bo

ard

asse

mbl

y or

onl

y T

H2.

1.

App

ly

an

exte

rnal

sh

ock

to

the

com

pres

sor.

2. R

epla

ce th

e co

mpr

esso

r.

1. C

an v

olta

ge b

e de

tect

ed a

t th

e cu

rren

t tr

ansf

orm

er o

n th

e ou

tdoo

r un

it co

ntro

l boa

rd?

1. A

re th

e co

nnec

tors

of t

he o

utdo

or u

nit t

herm

isto

rs w

ell a

ttach

ed ?

2.

Mea

sure

th

e re

sist

ance

of

th

erm

isto

rs

TH

1 an

d T

H2

on

the

outd

oor

unit

(see

Fig

ure

2).

1. Is

the

disc

harg

e ou

tlet o

f the

out

door

uni

t clo

gged

?2.

Is th

e po

wer

sup

ply

volta

ge a

t lea

st 1

98 V

at f

ull p

ower

ope

ratio

n ?

3. C

heck

for

refr

iger

ant l

eaks

at t

he tu

bing

con

nect

ions

.4.

Mea

sure

the

res

ista

nce

of c

ompr

esso

r th

erm

isto

r T

H1

on t

he

outd

oor

unit

(see

Fig

ure

2).

5. M

easu

re t

he r

esis

tanc

e of

hea

t ex

chan

ger

pipe

the

rmis

tor

TH

2 on

th

e in

door

uni

t (se

e F

igur

e 1)

.

AC

ab

norm

al

curr

ent

er

ror

Ope

n ci

rcui

t of

th

e th

erm

isto

r er

ror

Sho

rt

circ

uit

of

the

th

erm

isto

r er

ror

1se

c..

1 sec

0.6

sec.

1se

c.1

sec.

1se

c.

1se

c.1

sec.

0.6

sec.

1se

c.1

sec.

1se

c.1se

c.1

sec.

1se

c.C

ompr

esso

r lo

d1

sec.

1se

c.1

sec.

Ove

rhea

t of t

he c

ompr

esso

r

0.6

sec.

0.6

sec.

1se

c.0.

6se

c.1

sec.

0.6

sec.

1 tim

e

2 tim

es

ON

OF

F

ON

OF

F

BR

EA

K D

OW

N D

IAG

NO

SIS

PR

OC

ED

UR

ES

elf-

diag

nost

ic p

roce

dure

usi

ng d

ispl

ay m

ode

If th

e tim

er la

mp

blin

ks d

urin

g op

erat

ion,

the

prob

lem

can

be

diag

nose

d us

ing

the

follo

win

g ta

ble.

Not

e:1.

Nor

mal

: O

nly

the

timer

lam

p bl

inks

. Err

or :

Dis

play

ed b

y bl

inki

ng o

f run

la

mp

(abo

ve ta

ble)

.2.

If th

e po

wer

plu

g is

rem

oved

from

the

outle

t or

the

brea

ker

is s

witc

hed

to

"OF

F",

the

self-

diag

nost

ic m

emor

y w

ill b

e er

ased

.3.

Exa

mpl

e of

out

door

uni

t LE

D 1

blin

king

:

29


100 80 60 40 20 0

-10

010

2030

40

ResistanceT

herm

isto

r

Roo

m te

mpe

ratu

re

Hea

t exc

hang

e

Col

or

Yel

low

Ora

nge

To

mea

sure

the

resi

stan

ce, f

irst r

emov

e th

e co

nnec

tor

as s

how

n at

rig

ht.

Roo

m te

mpe

ratu

re

ther

mis

tor

TH

1

Tes

ter

Sig

nal

CN

7

CN

7

Fig

ure

1

Tem

pera

ture

pro

pert

ies

of i

ndoo

r th

erm

isto

rs

500K

400K

300K

200K

100K

0-2

00

2060

8010

012

0

3.06

K5.

78K 4.17

K2.

28K 1.72

K

16

40K

30K

20K

10K 0

-20

020

6040

16

Fig

ure

2

Tem

pera

ture

pro

pert

ies

of o

utdo

or th

erm

isto

rs

Con

nect

orC

N8

TH

2 H

eat e

xcha

nge

ther

mis

tor

TH

3 O

utdo

or te

mp.

ther

mis

tor

TH

1 co

mpr

esso

r th

erm

isto

rT

H2,

TH

3

Con

nect

orC

N8

Tem

pera

ture

(°C

)

Tem

pera

ture

(°C

)T

este

r

Tes

ter

The

rmis

tor

To

mea

sure

the

resi

stan

ce, f

irst

rem

ove

the

conn

ecto

r fr

om th

e bo

ard.

Col

orN

o. C

onne

ctor

Com

pres

sor

ther

mis

tor

Hea

t exc

hang

erpi

pe th

erm

isto

r

Out

door

tem

p.th

erm

isto

r

TH

1

TH

2

TH

3

No.

1 to

2

No.

3 to

4

Red

Ora

nge

No.

5 to

6G

reen

Mic

roco

mpu

ter

term

inal

Inpu

tsi

gnal

To

Out

door

con

trol

boa

rdAda

ptor

(C14

)(G

ND

)

(R17

)

Pin

No.

43

Pin

No.

42

0 1

0

L

ow in

put

1

H

igh

inpu

t

K

Hea

t exc

hang

e th

erm

isto

r T

H2

(ora

nge)

25°C

res

ista

nce

15 K

Roo

m te

mpe

ratu

re

ther

mis

tor

TH

1 (y

ello

w)

25°C

res

ista

nce

10 K

25°C

res

ista

nce

45 K

Resistance ( )

Resistance ( )

0°C

res

ista

nce

14.5

K 25°C

res

ista

nce

4.43

1 K

Hea

t exc

hang

e th

erm

isto

r T

H2

Tes

ter

41

Cau

tions

whe

n at

tach

ing

or r

emov

ing

the

boar

d

Whe

n op

erat

ing

only

the

out

door

uni

t (c

oolin

g 40

Hz

fixed

mod

e) T

o m

ake

only

the

out

door

uni

t ru

n in

coo

ling

mod

e, s

hort

the

pla

ces

mar

ked

with

ar

row

s be

low

with

an

adap

tor,

and

appl

y a

volta

ge o

f 22

0 ~

240

V A

C t

o 1

and

N o

n th

e te

rmin

al b

oard

. (A

void

ope

ratin

g th

e ou

tdoo

r un

it al

one

for

long

per

iods

of t

ime.

)

PC1

PC2

R6

R5R7

R16R17

JP21

C14

Cool

/ 40

Hz3 4 1 2

30


REFRIGERATION CYCLE

Figure R-1. Refrigeration Cycle for AH-X08BE/10BE/13BE

Figure R-2. Refrigeration Cyclefor AY-X08BE/10BE/13BE

1

2

Capillary tube

3

Outdoor unit

Condenser

EvaporatorIndoor unit

Compressor

Flare coupling Flare coupling

Silencer

4

3-wayvalve

2-wayvalve

Accumulator

s

14

C

2

Capillary tube A

Capillary tube B

Capillary tube C(2 pieces)

Accumulator

3

Strainer

Heating Cooling

Outdoor unit

Condenser

EvaporatorIndoor unit

Reverse valve

Comp-ressor

Flare coupling Flare coupling

3-wayvalve

2-wayvalve

Silencer

Coil

31


Indoor side

Standard conditions:

Dry-bulb Temp. (˚C) Relative Humidity (%)

27Cooling 47

Outdoor side


35 40

AH-X08BE / AH-X10BE / AH-X13BE

Temperature at each part and pressure in 3-way valve

Operation mode

Model

Cool(Max.)

1

2

3

4

3-way valvepressure(MPaG)

90˚C

40˚C

11˚C

5˚C

0.44

84

97˚C

40˚C

13˚C

10˚C

0.45

101

100˚C

40˚C

13˚C

12˚C

0.46

95

70˚C

41˚C

13˚C

8˚C

0.55

50 settle

73˚C

45˚C

14˚C

11˚C

0.60

50 settle

CoolCool

(Max.) CoolCool

(Max.) Cool

70˚C

42˚C

14˚C

10˚C

0.63

50 settleNo. Hz

Dimension of Capillary tube

AH-X08BE AH-X10BE AH-X13BE

Model

ø2.7 ø2.7 ø2.7

O.D

ø1.4 ø1.5 ø1.6500 600

I.D LO.D I.D LO.D I.D L

500Capillary tube

AH-X10BEAH-X08BE AH-X13BE

Indoor side

Standard conditions:


20Heating

Outdoor side


7 87

27Cooling 47 35 40

AY-X08BE / AY-X10BE / AY-X13BE

Temperature at each part and pressure in 3-way valve

Operation mode

Cool (Max.)

Heat (Max.)

Cool Heat Cool (Max.)

Heat (Max.)

Cool Heat Cool (Max.)

Heat (Max.)

Cool Heat

Model

1

2

3

4

3-way valvepressure(MPaG)

99˚C

42˚C

11˚C

16˚C

0.47 1.79 0.53 1.42 0.49 1.76 0.59 1.28 0.45 1.80 0.64 1.20

65

102˚C

0˚C 42˚C

35˚C

3˚C

more than 67

83˚C

13˚C

12˚C

50 settle

74˚C

2˚C

3˚C

1˚C

50 settle

100˚C

43˚C

14˚C

16˚C

78

96˚C

0˚C

31˚C

3˚C

more than 85

72˚C

43˚C

15˚C

10˚C

50 settle

59˚C

2˚C

32˚C

2˚C

50 settle

96˚C

42˚C

13˚C

13˚C

98

100˚C

2˚C

35˚C

3˚C

more than 107

73˚C

41˚C

15˚C

11˚C

50 settle

58˚C

3˚C

31˚C

3˚C

50 settleNo. Hz

Dimension of Capillary tube

AY-X08BE AY-X10BE AY-X13BE

Model

ø2.7 ø2.7 ø2.7

O.D

ø1.6 ø1.6 ø1.6150 150

I.D LO.D I.D LO.D I.D L

150Capillary tube C

ø2.7 ø2.7 ø2.7ø1.4 ø1.5 ø1.6400 400 300Capillary tube B

ø2.7 ø2.7 ø2.7ø1.4 ø1.5 ø1.6500 600 300Capillary tube A

AY-X10BEAY-X08BE AY-X13BE

32


25 30 35 40

3.2

3.4

3.6

3.8

4.0 10

12

14

1000

1100

1200

1300

(Running frequency: 79Hz)

Coo

ling

capa

city

(kW

)

Outside air temp.(˚C)

Inpu

t(W

)

Out

let a

ir te

mp.

(˚C

)

25 30 35 40

2.4

2.6

2.8

3.0

3.2 12

14

16

700

800

900

1000


Coo

ling

capa

city

(kW

)


Inpu

t(W

)

Out

let a

ir te

mp.

(˚C

)

25 30 35 40

2.0

2.2

2.4

2.6

10

12

14

600

700

800

900

Coo

ling

capa

city

(kW

)


Inpu

t(W

)

Out

let a

ir te

mp.

(˚C

)

(Running frequency: 63HZ)

PERFORMANCE CURVESNOTE: 1) Indoor fan speed: Hi

2) Vertical adjustment louver "45˚", Horizontal adjustment louver "front"3) Indoor air temp. : Cooling 27˚C, Heating 20˚C

Figure P-1. At Cooling for AH-X08BE Figure P-2. At Cooling for AH-X10BE

Figure P-3. At Cooling for AH-X13BE Figure P-4. At Cooling for AY-X08BE

Figure P-5. At Cooling for AY-X10BE Figure P-6. At Cooling for AY-X13BE

25 30 35 40

2.0

2.2

2.4

2.6

10

12

14

600

700

800

900

Coo

ling

capa

city

(kW

)


Inpu

t(W

)

Out

let a

ir te

mp.

(˚C

)


25 30 35 40

2.4

2.6

2.8

3.0

3.2 12

14

16

700

800

900

1000


Coo

ling

capa

city

(kW

)Outside air temp.(˚C)

Inpu

t(W

)

Out

let a

ir te

mp.

(˚C

)

25 30 35 40

3.2

3.4

3.6

3.8

4.0 10

12

14

1000

1100

1200

1300


Coo

ling

capa

city

(kW

)


Inpu

t(W

)

Out

let a

ir te

mp.

(˚C

)

33


-5 0 5 7 10

3.0

3.5

4.0

4.5

5.0

5.5

30

35

40

45

1200

1300

1400

1500

1600(Running frequency: 95Hz)

Hea

ting

capa

city

(kW

)


Inpu

t(W

)

Out

let a

ir te

mp.

(˚C

)

Figure P-7. At Heating for AY-X08BE Figure P-8. At Heating for AY-X10BE

Figure P-9. At Heating for AY-X13BE

-5 0 75 10

2.4

2.8

3.2

3.6

35

40

45700

800

900

1000

(Running frequency: 63Hz)H

eatin

g ca

paci

ty(k

W)


Inpu

t(W

)

Out

let a

ir te

mp.

(˚C

)

-5 0 5 7 10

2.5

3.0

3.5

4.0 30

35

40

45

800

900

1000

1100


Hea

ting

capa

city

(kW

)


Inpu

t(W

)

Out

let a

ir te

mp.

(˚C

)

34


DISASSEMBLING PROCEDUREFOR INDOOR UNIT [AY-X08BE/X10BE/X13BE AND AH-X08BE/X10BE/X13BE]

CAUTION : DISCONNECT THE UNIT FROM THE POWER SUPPLY BEFORE ANY SERVICING

1. Open the opne panel, and remove 2 air filters.

2. Remove 4 screws fixing the front panel.

3. Remove the screw fixing the cord clamp.Note: During reassembly, install the holder after

installing the front panel. This will make iteasier to assemble the front panel.

4. Close the open panel. Pushing the nail of the frontpanel.

5. Pull the front panel up.

6. Remove the unit-to-unit wiring from the terminalboard.

7. Remove a screw fixing the control box cover, andremove it.

8. Remove a screw fixing the ground wire.Note: During reassembly, take care for the

direction of the lead wire.

35


9. Remove the thermistor of the evaporator.

10. Remove 4 connectors.

11. Remove the thermistor holder from the evaporator.

12. Remove the display from the drain pan.

13. Remove the screw fixing the pipe holder.

14. Remove 3 screws fixing the control box, and removethe control box.

15. Remove a screw fixing the drain pan.

16. Pull drain pan toward you.

CN1

CN6

CN3

CN2

36


17. Remove the drain cover from the evaporator.Note: During reassembly, verify that the dew on

the pipe is led to the drain pan.

18. Remove 4 screws fixing the evaporator.

19. Remove the evaporator from the cabinet.

20. Remove 2 screws fixing the motor cover, and pull upthe fan.

21. Loose a screw fixing fan.

[Cautionary points for assembling the fan]a. When inserting the motor shaft into the metal fan

boss, take care to prevent injuring the inner surface ofthe metal fan boss.

b. Before fastening the motor shaft and fan, insert themotor shaft into contact with the bottom of the metalfan boss.

Fan motor

Motor shaft

Fan boss

Cross flow fan

37


How to remove the display cover

1. Push the center of display cover from the back.2. Slide the display cover to the right.

How to assemble the display cover

1. Slide the left end of the display cover through 3 hookson the front panel along the guide from the center ofthe front panel.

2. After the left half is inseted completely, press thedisplay cover and snap in the 3 hooks on the right.

How to remove the control box

2. Remove the screw fixing the terminal board.

12

1. Remove the photo detector unit.(Press and spread the upper hook, and the photodetector unit will be ready for removal.)

3. Remove a screw fixing the cord holder.

4. Remove 2 screws fixing the board (transformer).

5. Pull the board.

38


Drain pan and related

1. Remove 3 screws fixing motors.

2. Turn the cap area of the drain hose counterclockwise,and remove it from the drain pan.During installation, turn the drain hose to the state ofthe “engagement position”.After reinstallation, verify that it is securely fastened.

How to remove the horizontal louverSlightly pull down the hinge area, defelect thge louver,and unhook it from the hinge. Remove the shaft fromeach of the left and right sides.

Drain pan

Drain Hose

Groove Projection

To disconned To reconnect

39


FOR OUTDOOR UNIT [AU-X08BE/X010BE/X13BE, AE-X08BE/X010BE/X13BE]CAUTION : DISCONNECT THE UNIT FROM THE POWER SUPPLY BEFORE ANY SERVICING

1. Loose a screw fixing the side cover.

Right side view Left side view

Right side view Left side view

Front view

2. Loose the unit to unit cord.

3. Loose a screw fixing the cord clamp.

4. Loose 4 screws fixing the top panel.

5. Loose 6 screws fixing the front panel.

6. Cut 3 nylon bands.

7. Disconnect following connectors and each wire. Choke coil(two terminal) Fan motor Thermistor Reverse valve (AE-X08BE/10BE/13BE)

40


8. Remove the terminal cover of compressor.

9. Remove 3 terminals of compressor..

10. Loose 4 screws fixing the control box.

11. Take out the control box.

DISASSEMBLING PROCEDURE OF THE FAN

1. Loose the fan nut and fan can take out.

2. Fan motor is secured by 4 screws.

Loose

41


OPTION

HOW TO REPLACE THE AIR PURIFYING FILTER (AZ-F900B; Electrostatic Type (2-sheet package))

PrecautionsThe filters are sealed in a plastic bag to keep thier dust collection effect. Do not open the bag until using thefilters. (Otherwise the filters’ life may get shorter.)Do not expose the filters to direct sunlight.(Otherwise they may deteriorate.)

1. REMOVE THE AIR FILTERS.1) Open the front panel2) Push the air filter up slightly to unhook them.

2. CHECK THE AIR PURIFYING FILTERS.1) Take of the old air purifying filters from the air filters. Snap out in the arrow marked direction.2) Set the new air purifying filters with filter stopperts located on the air filters.

3. REINSTALL THE AIR FILTERS1) Reinstall the air filters in the original positions.2) Close the front panel.3) Push the center part of the panel firmly to lock it in place.

REPLACEMENT INTERVALS GUIDELINE

Replace the air purifying filters at the intervals of 3-6 months.

The dirty filters are not washable for reuse.The filters are available at your nearest dealer.

1

2 3

3

1

2

Filter stoppers

42


REF. NO. PART NO. DESCRIPTION Q'TY CODE

REPLACEMENT PARTS LIST [AH/AY-X08BE/10BE/13BE]

CABINET AND UNIT PARTS1- 1 CMOT-A389JBKZ Fan motor sub assembly 1 BG1- 2 PGUMSA046JBE0 Damper rubber 1 AD1- 3 CHLD-A067JBK0 Bearing assembly 1 AL1- 4 DCHS-A399JBKZ Cabinet sub assembly [AY-X08BE, AH-X08BE/X10BE] 1 BD1- 4 DCHS-A401JBKZ Cabinet sub assembly [AY-X10BE/13BE, AH-X13BE] 1 BC1- 5 NFANCA089JBEZ Cross flow fan 1 BD1- 6 DSRA-A234JBKZ Drain pan sub assembly 1 BB1- 7 CMOTLA901JBEZ Fan motor 1 BG1- 8 MJNTPA082JBFA Louver link 2 AC1- 9 MLOV-A299JBFA Vertical louver 12 AC1-10 MLOV-A297JBFA Horizontal louver A 1 AK1-11 MLOV-A298JBFA Horizontal louver B 1 AK1-12 QW-VZC406JBE0 Lead wire (for Fan motor) 1 AK1-13 LHLD-A197JBFP Louver holder 2 AX1-14 NBRG-A026JBFA Louver bushing 2 AB1-15 LHLD-A476JBFZ Display cover 1 AK1-16 PHOS-A025JBE0 Drain hose 1 AL1-17 PPACGA010JBE0 O ring 1 AB1-18 PGID-A097JBFZ Drain cover 2 AF1-19 RMOT-A061JBE0 Louver motor 2 AS1-20 PGUMMA110JBE0 Drain plug 1 AD1-21 CWAK-C101JBKZ Front panel assembly 1 BL1-22 PPLT-A212JBFZ Side cover R 1 AL1-23 PPLT-A213JBFZ Side cover L 1 AL1-24 PCOV-A615JBRA Display cover 1 BC1-25 PFILMA145JBEA Air filter 2 AL1-26 DHLD-A010JBKZ Tube holder assembly 1 AK1-27 HPNL-A514JBFA Open panel 1 AQ1-28 TSPC-D601JBRA Name label [AH-X08BE] 1 AF1-28 TSPC-D599JBRA Name label [AH-X10BE] 1 AF1-28 TSPC-D600JBRA Name label [AH-X13BE] 1 AE1-28 TSPC-D598JBRA Name label [AY-X08BE] 1 AC1-28 TSPC-D588JBRA Name label [AY-X10BE] 1 AC1-28 TSPC-D591JBRA Name label [AY-X13BE] 1 AC1-29 PFPFPB901JBEZ Cabinet insulator [AY-X08BE, AH-X08BE/X10BE) 1 AH1-30 QW-VZE013JBZZ Lead wire(upper) 1 AG1-31 GWAK-A257JBFA Front panel 1 AX1-32 PCOV-A614JBFZ Drain cover 1 AG1-33 TLABCB374JBRZ Wiring diagram 1 AC1-34 QW-VZD893JBZZ Lead wire (Lower) 1 AG1-35 LHLD-A303JBFA Tube cover 1 AD1-36 PSEL-C125JBEZ Panel insulator 1 AF1-37 HDEC-B108JBEZ Sheet 2 AF1-38 HDEC-B112JBEZ Sheet 1 AN1-39 PSEL-C055JBEZ Evaporator seal [AY-X10BE/X13BE, AH-X13BE] 1 AC1-40 PSHE-A126JBE0 Evaporator seal 1 AG1-41 LSPR-A007JBE0 Seet spring 2 AD1-42 PSEL-C136JBEZ Insulator [AY-X10BE/X13BE, AH-X13BE] 1 AC1-43 PFPFPB962JBEZ Insulator 1 AC1-44 PFPFPB967JBEZ Sidecover insulator 1 AC

CONTROL BOX2- 1 RTHM-A300JBE0 Thermistor 1 AP2- 2 PBOX-A342JBFZ Control box 1 AQ2- 3 PBOX-A341JBFZ Terminal cover 1 AH2- 4 LHLD-A500JBFZ Thermistor holder 1 AC2- 5 PCOV-A300JBF0 Thermo holder cover 1 AB2- 6 HPNLCA776JBFA Control box cover 1 AG2- 7 HPNLCA777JBEA Control panel 1 AD2- 8 PCOV-A618JBFA LED holder 1 AE2- 9 PCOV-A619JBFA LED holder B 1 AE2-10 DPWBFA205JBKZ Control board unit [AH-X08BE] 1 BR2-10 DPWBFA200JBKZ Control board unit [AH-X10BE] 1 BR2-10 DPWBFA201JBKZ Control board unit [AH-X13BE] 1 BR2-10 DPWBFA199JBKZ Control board unit [AY-X08BE] 1 BR2-10 DPWBFA196JBKZ Control board unit [AY-X10BE] 1 BR2-10 DPWBFA197JBKZ Control board unit [AY-X13BE] 1 BR2-11 QACC-A158JBE0 Power supply cord 1 AT2-12 QTANZA002JBZZ Terminal board (3pin) 1 AN2-13 QTANZA001JBZZ Terminal board (4pin) 1 AQ2-14 PCOV-A609JBWZ Control box cover 1 AC2-15 RIC--A025BDE0 IC (IC4, IC5) 2 AE2-16 VHPGL6ZS27+-6 LED (LED102) 1 AG2-17 VHPSL326422-6 LED (LED121) 1 AP

43



HOW TO ORDER REPLACEMENT PARTS

To have your order filled prompty and correctly, please furnish the following information.

1. MODEL NUMBER 2. REF. NO. 3. PART NO. 4. DESCRIPTION

2-18 PCOV-A611JBWZ Control box cover 1 AF2-19 PCOV-A610JBWZ Terminal cover 1 AE2-20 VHLGPIU28RR-1 Photo detector unit (IC201) 1 AK2-21 QFS-GA027JBE0 Fuse 3A 250V (WPE1) 1 AD2-22 VHIKID65783-1 IC (IC6) 1 AK2-23 RIC--A022BDE0 IC (IC3) 1 AE2-24 VHIBR24C01A-6 IC (IC8) 1 AF2-25 RH-TZA098JBE0 Transistor (Q1, Q2) 2 AB2-26 RH-VZA020JBE0 Varistor (CNR1) 1 AE2-27 RH-VXA002JBZZ Varistor (NR1) 1 AF2-28 RH-IZA149JBE0 IC (IC2) 1 AE2-29 VHPGL6ZE27+-6 LED (LED103 - 111) 9 AG2-30 RRLYJA078JBE0 Relay (RY1) 1 AP2-31 RTRN-A287JBZZ Transformer (TRANS 1) 1 AT2-32 VHPGL6ZR27+-6 LED (LED101) 1 AF2-33 VHRPC817X7/1B Photo coupler (PC1) 1 AD2-34 VHRPC853H//-6 Photo coupler (PC2) 1 AG2-35 VHRS201D01/-6 Solid state relay (SSR1) 1 AK2-36 VHD1SR139-6-1 Diode (D7-D9) 3 AB2-37 VHD1SR35-4A-1 Diode (D1-D5) 5 AC2-38 VHEHZ24-2//-1 Zenner diode (ZD1) 1 AB

CYCLE PARTS3- 1 CPIPCA678JBKZ Tube assembly [AH-X08BE/10BE, AY-X08BE] 1 BG3- 1 CPIPCA679JBKZ Tube assembly [AH-X13BE, AY-X13BE] 1 BH3- 1 CPIPCA690JBKZ Tube assembly [AY-X10BE] 1 BH3- 2 PSEN-A004JBK0 Flare nut assembly (1/4") 1 AE3- 3 PSEN-A005JBK0 Flare nut assembly (3/8") 1 AG3- 3 PSEN-A016JBK0 Flare nut assembly (1/2") 1 AR3- 4 PVLV-0341JBE0 Flare union (1/4") 1 AG3- 5 PVLV-0342JBE0 Flare union (3/8") 1 AH3- 5 PVLV-0406JBE0 Flare union (1/2") 1 AK3- 6 DEVA-A128JBKZ Evaporator sub assembly [AY-X10BE] 1 BT3- 6 DEVA-A123JBKZ Evaporator sub assembly [AH-X08BE] 1 BR3- 6 DEVA-A122JBKZ Evaporator sub assembly [AH-X13BE/AY-X13BE] 1 BT3- 6 DEVA-A121JBKZ Evaporator sub assembly [AH-X10BE/AY-X08BE] 1 BS

ACCESSORY PARTS4- 1 CRMC-A529JBEZ Remote control [AH-X08BE/X10BE/X13BE] 1 BD4- 1 CRMC-A528JBEZ Remote control [AY-X08BE/X10BE/X13BE] 1 BB4- 2 UBATUA027JBE0 Battery pack 1 AE4- 3 LHLD-A477JBFA Cord holder(for covering the terminal board of indoor unit) 1 AE4- 4 XTTSD40P16000 Tapping screw (for fixing the cord holder) 1 AA4- 5 LX-NZA207JBEZ Special nut (for fixing long screw steadily) 9 AE4- 6 LPFT-A029JBF0 Drain joint [AY-X08BE/X10BE/X13BE] 1 AD4- 7 PPLTNA058JBWZ Mounting angle 1 AS4- 8 XTTSD45P30000 Long screw 8 AA4- 9 TINSEA262JBRZ Operation manual 1 AM4-10 TINS-A664JBRZ Installation manual 1 AE4-11 TINS-A665JBRZ Installation manual 1 AE4-12 LX-BZA106JBE0 Special screw (for hanging remote controller) 1 AE

SCREWS5- 1 LX-BZA075JBE0 Special screw (for earth) 1 AA

PACKING PARTS6- 1 CPADBA038JBKZ Packing pad assembly 2 AK6- 2 SPAKCA745JBEZ Packing case [AH-X08BE] 1 AR6- 2 SPAKCA743JBEZ Packing case [AH-X10BE] 1 AR6- 2 SPAKCA744JBEZ Packing case [AH-X13BE] 1 AR6- 2 SPAKCA742JBEZ Packing case [AY-X08BE] 1 AR6- 2 SPAKCA740JBEZ Packing case [AY-X10BE] 1 AR6- 2 SPAKCA741JBEZ Packing case [AY-X13BE] 1 AR

44


1-4

4-1

4-2

4-6

1-351-23

1-44

3-6

1-39

1-41

1-40

1-42

1-41

1-18

1-5

1-4

1-29

1-3

1-26

4-7

2-11

1-22

1-1

1-12

1-32

1-22-1

3-1

2-4

2-5

3-23-5

3-3

3-4

2-1

5-1

1-7

2-13

2-2

2-18

2-14

1-21

4-3

4-42-6

2-7

1-16

1-30

1-19

1-19

1-13

1-20

1-14

1-13

1-11

1-17

1-10

1-6

1-27

6-1

6-2

1-24

1-25

1-31

1-37

1-38

1-28

1-33

1-36

1-37

1-25

2-3

2-19

2-12

2-10

4-9 4-114-8

4-12

4-5 4-10

4-43

2-9

1-15

1-34

1-8

1-8

2-8

1-9

1-9

A

B

C

D

E

F

G

H

A

1 2 3 4 5 6

1 2 3 4 5 6

B

C

D

E

F

G

H

INDOOR UNIT FOR AY-X08BE/X10BE/X13BE ANDAH-X08BEX10BE/X13BE

45


REPLACEMENT PARTS LIST [AU/AE-X08BE/10BE/13BE]


CONTROL BOX PARTS1- 1 CMOTLA902JBEZ Fan motor [AE-X08BE/X10BE, AU-X08BE/X10BE] 1 BK1- 1 CMOTLA903JBEZ Fan motor [AE-X13BE, AU-X13BE] 1 BL1- 2 RTRN-A256JBE0 Current transfoemer CT1 1 AG1- 3 RFIL-A100JBZZ Coil assembly [AE-X08BE/X10BE, AU-X08BE/X10BE] 2 AY1- 3 RFIL-A102JBZZ Coil assembly [AE-X13BE, AU-X13BE] 2 AV1- 4 DPWBFA195JBKZ Electric control board [AE-X08BE/X10BE] 1 BS1- 4 DPWBFA198JBKZ Electric control board [AE-X13BE] 1 BG1- 4 DPWBFA202JBKZ Electric control board [AU-X08BE/X10BE] 1 BS1- 4 DPWBFA203JBKZ Electric control board [AU-X13BE] 1 BS1- 5 QTANZA001JBZZ Terminal board (4P) 1 AQ1- 6 RIC--A022BDE0 Integrated circuit IC2 [AE-X08BE/X10BE,AU-X08BE/X10BE] 1 AE1- 6 VHIK7818API-1 Integrated circuit IC2 [AE-X13BE,AU-X13BE] 1 AF1- 7 VSKRC245M//-3 Transistor Q3 1 AC1- 8 VHRPC817X7/1B Photo coupler PC1 1 AE1- 8 VHRPC817X7/1B Photo coupler PC3, PC4 [AE-X13BE, AU-X13BE] 2 AE1- 9 VHRPC853H//-6 Photo coupler PC2 1 AG1-10 RC-EZA254JBZZ Capacitor [AE-X08BE/10BE, AU-X08BE/10BE] 1 BP1-10 RC-EZA249JBZZ Capacitor [AE-X13BE, AU-X13BE] 1 BP1-11 RH-DZA117JBE0 Diode bridge [AE-X08BE/10BE, AU-X08BE/10BE] 1 AM1-11 RH-DZA087JBE0 Diode bridge [AE-X13BE, AU-X13BE] 1 AQ1-12 RH-HZ0011JBE0 PTC thermistor 1 AN1-13 RH-TZA145JBE0 Power transistor module(IPM) [AE-X08BE/10BE,AU-X08BE/10BE] 1 BU1-13 VHITM38++++-1 Power transistor module(IPM) [AE-X13BE, AU-X13BE] 1 BY1-14 PDAI-A126JBWZ Terminal plate 1 AE1-15 VHITM-05C//-6 Active filter [AE-X08BE/X10BE, AU-X08BE/X10BE] 1 BP1-15 RH-TXA003JBZZ Active filter [AE-X13BE, AU-X13BE] 1 BS1-16 RTHM-A022JBE0 Compressor thermistor 1 AN1-17 RH-HXA010JBZZ Thermistor 1 AX1-18 RTRN-A199JBE0 Choke coil [AE-X08BE/X10BE, AU-X08BE/X10BE] 1 BE1-18 RTRN-A286JBEZ Choke coil [AE-X13BE, AU-X13BE] 1 BF1-19 PBOX-A343JBWZ Control box 1 AR1-20 LBND-A042JBE0 Wire fixing band 4 AC1-21 PSPA-A151JBZZ Spacer 5 AE1-22 LHLD-A479JBFZ Heat sink holder 1 AE1-23 PRDAFA140JBEZ Heat sink for powertransistor module[AE-X08BE/10BE,AU-X08BE/10BE] 1 AX1-23 PRDAFA142JBEZ Heat sink for powertransistor module [AE-X13BE, AU-X13BE] 1 AX1-24 QW-VZD962JBZZ Lead wire (CN14-QM1) [AE-X13BE, AU-X13BE] 1 AE1-25 PSHE-A190JBEZ Protect sheet 1 AL1-26 PSEL-C061JBEZ Insulator 1 AE1-27 PSPA-A144JBE0 Spacer 5 AC1-28 RFIL-A064JBE0 Ferrite core 4 AF1-29 QW-VZD961JBZZ Lead wire (CN13-AF1) [AE-X13BE, AU-X13BE] 1 AG1-30 QW-VZD871JBZZ Lead wire (L1+, L1-) 2 AG1-31 QW-VZD857JBZZ Lead wire (Earth) 1 AC1-32 QW-VZD868JBZZ Lead wire (MRY1 - DB1) 1 AG1-33 QW-VZD861JBZZ Lead wire (MRY1 - PTC) 1 AF1-34 QW-VZD958JBZZ Lead wire (DB1+-AF(I+)) 1 AK1-35 QW-VZD866JBZZ Lead wire (T3 - TB2) 1 AF1-36 QW-VZD873JBZZ Lead wire (T10 - IPM(-)) 1 AF1-37 QW-VZD867JBZZ Lead wire (T5 - DB1)) 1 AG1-38 QW-VZD864JBZZ Lead wire (T2 - TBN) 1 AF1-39 QW-VZD865JBZZ Lead wire (T1 - TB1) 1 AF1-40 QW-VZD859JBZZ Lead wire (C8(+) - T7) 1 AE1-41 QW-VZD870JBZZ Lead wire (C8(+) - AF(0+)) [AE-X08BE/X10BE, AU-X08BE/X10BE] 1 AG1-42 QW-VZD960JBZZ Lead wire (C8-AF) [AE-X13BE, AU-X13BE] 1 AL1-43 QW-VZD869JBZZ Lead wire (C8(-) - AF(0-)) [AE-X08BE/X10BE, AU-X08BE/X10BE] 1 AF1-44 QW-VZD860JBZZ Lead wire (C8(-) - T8) 1 AE1-45 QW-VZD872JBZZ Lead wire (T9 - IPM(+)) 1 AE1-46 QW-IZA007JBZZ Lead wire (Compressor wire) [AE-X08BE/X10BE] 1 AP1-46 QW-IZA017JBZZ Lead wire (Compressor wire) [AU-X08BE/X10BE] 1 AP1-46 QW-IZA019JBZZ Lead wire (Compressor wire) [AE-X13BE, AU-X13BE] 1 AP1-47 QW-VZD420JBE0 Lead wire (AF lead wire 4P) 1 AE1-48 RH-IXA660JBZZ Microcomputer IC1 1 AX1-49 RH-IZA140JBE0 Integrated circuit IC3 1 AE1-50 RH-TZA098JBE0 Transistor Q1, Q2 2 AB1-51 RH-VZA020JBE0 Varistor CNR1, CNR2 2 AB1-52 RH-VXA002JBZZ Varistor NR1, NR2 2 AD1-53 RH-VZA042JBE0 Surge absorber SA1 1 AH1-54 LBNDKA098JBWZ Capacitor clamp [AE-X08BE/10BE, AU-X08BE/10BE] 1 AP1-54 LBNDKA099JBWZ Capacitor clamp [AE-X13BE, AU-X13BE] 1 AS1-55 PSEL-C122JBEZ Insulator 1 AC1-56 PSEL-C123JBEZ Insulator 1 AC1-57 PSEL-C124JBEZ Insulator 1 AC

46


CABINET AND UNIT PARTS2- 1 LANGKA124JBPZ Fan motor angle 1 AR2- 2 LANGKA127JBPZ Fan motor angle sub [AE-X08BE/X10BE, AU-X13BE] 1 AE2- 2 LANGKA128JBPZ Fan motor angle sub [AU-X08BE/X10BE] 1 AG2- 2 LANGKA123JBPZ Fan motor angle sub [AE-X13BE] 1 AE2- 3 GCAB-A196JBTA Rear cabinet 1 BD2- 3 GCAB-A203JBTA Rear cabinet [AU-X13BE] 1 BC2- 4 LHLD-0261JBM0 Cord holder 1 AB2- 5 PFPFPB911JBEZ Motor angle cushion 1 AC2- 6 GCAB-A195JBTA Front panel 1 BC2- 7 GGADFA037JBFA Fan guard 1 AT2- 8 PSEL-C045JBEZ Motor angle cushion 1 AB2- 9 PSEL-C048JBEZ F panel insulator 1 AC2-10 PSEL-C049JBEZ F panel insulator 1 AC2-11 PSEL-C050JBEZ Bulkhead insulator 1 AG2-12 TLABBA148JBRA Sharp badge 1 AH2-13 CCHS-A735JBTA Base pan assembly [AE-X08BE/X10BE/X13BE, AU-X13BE] 1 BD2-13 CCHS-A739JBTA Base pan assembly [AU-X08BE/X10BE] 1 BD2-14 PFTA-A092JBFA Side cover 1 AQ2-15 PCOV-A616JBPZ Protect cover 1 AE2-16 MSPR-A027JBE0 Thermistor spring [AE-X08BE/X10BE, AU-X08BE] 1 AB2-16 MSPR-A026JBE0 Thermistor spring [AE-X13BE, AU-X08BE/10BE] 1 AB2-17 MSPR-A046JBE0 Protector spring [AU-X13BE, AE-X08BE/X10BE/X13BE] 1 AC2-17 MSPR-A066JBE0 Protector spring [AU-X08BE/X10BE] 1 AD2-18 NFANPA094JBEZ Propeller fan 1 AX2-19 PSKR-A223JBWZ Bulkhead [AU-X08BE/X10BE, AE-X08BE/X10BE] 1 AR2-19 PSKR-A211JBWZ Bulkhead [AE-X13BE] 1 AQ2-19 PSKR-A212JBWZ Bulkhead [AU-X13BE] 1 AR2-20 TLABKC757JBRZ Number card [AU-X08BE] 1 AH2-20 TLABKC755JBRZ Number card [AU-X10BE] 1 AH2-20 TLABKC756JBRZ Number card [AU-X13BE] 1 AG2-20 TLABKC754JBRZ Number card [AE-X08BE] 1 AG2-20 TLABKC744JBRZ Number card [AE-X10BE] 1 AG2-20 TLABKC747JBRZ Number card [AE-X13BE] 1 AH2-21 TSPC-D605JBRZ Name badge [AU-X08BE] 1 AG2-21 TSPC-D603JBRZ Name badge [AU-X10BE] 1 AG2-21 TSPC-D604JBRZ Name badge [AU-X13BE] 1 AG2-21 TSPC-D682JBRZ Name badge [AE-X08BE] 1 AG2-21 TSPC-D589JBRZ Name badge [AE-X10BE] 1 AD2-21 TSPC-D593JBRZ Name badge [AE-X13BE] 1 AE2-22 PSEL-C051JBEZ Side cover seal 1 AE2-23 FFTA-A014JBKZ Side cover assembly 1 AT2-24 TLABCB375JBRZ Wiring diagram [AE-X08BE/10BE] 1 AC2-24 TLABCB463JBRZ Wiring diagram [AU-X08BE/10BE] 1 AE2-24 TLABCB430JBRZ Wiring diagram [AE-X13BE, AU-X13BE] 1 AE2-25 DCAB-A093JBKZ Top cover assembly [AE-X08BE/X10BE] 1 AY2-25 DCAB-A107JBKZ Top cover assembly [AU-X08BE/X10BE] 1 AX2-25 DCAB-A104JBKZ Top cover assembly [AE-X13BE, AU-X13BE] 1 AZ2-26 PSEL-C060JBEZ Insulator for rear cabinet 1 AB2-27 GCAB-A197JBTA Top cover 1 AX2-28 JHNDPA011JBFA Holder 1 AS2-29 PSEL-C046JBEZ Bulkhead insulator 1 AC2-29 PSEL-C091JBEZ Bulkhead insulator [AU-X13BE] 1 AE2-30 PSEL-C119JBEZ Box insulator 1 AE2-31 PSEL-C047JBEZ Box insulator 1 AF2-32 PSEL-C062JBEZ Box insulator 1 AG2-33 CHLD-A093JBK0 Holder assembly 1 AL2-34 PSEL-C121JBEZ Side cover seal 1 AC2-35 PSEL-C120JBEZ Side cover seal 1 AC

CYCLE PARTS3- 1 CVLV-A581JBKZ Reverse valve assembly [AE-X08BE] 1 BQ3- 1 CVLV-A572JBKZ Reverse valve assembly [AE-X10BE] 1 BV3- 1 CVLV-A574JBKZ Reverse valve assembly [AE-X13BE] 1 BW3- 2 DCPY-A218JBKZ Capillary tube assembly [AE-X08BE] 1 BF3- 2 DCPY-A212JBKZ Capillary tube assembly [AE-X10BE] 1 BF3- 2 DCPY-A217JBKZ Capillary tube assembly [AE-X13BE] 1 BF3- 2 DCPY-A221JBKZ Capillary tube assembly [AU-X08BE] 1 BF3- 2 DCPY-A219JBKZ Capillary tube assembly [AU-X10BE] 1 BE3- 2 DCPY-A220JBKZ Capillary tube assembly [AU-X13BE] 1 BF3- 3 PCON-A455JBPZ Condensor [AE-X08BE/X10BE] 1 BT3- 3 PCON-A445JBPZ Condensor [AE-X13BE] 1 BS3- 3 PCON-A451JBPZ Condensor [AU-X08BE/X10BE] 1 BS3- 3 PCON-A449JBPZ Condensor [AU-X13BE] 1 BT3- 4 DVLV-A461JBKZ 3 way valve unit [AE-X08BE/X10BE, AU-X08BE/X10BE] 1 AY3- 4 DVLV-A466JBKZ 3 way valve unit [AE-13BE, AU-X13BE] 1 BA3- 5 LX-NZA147JBE0 Service nut [AE-X08BE/X10BE, AU-X08BE/X10BE] 1 AK3- 5 LX-NZA037JBE0 Service nut [AE-X13BE, AU-X13BE] 1 AG


47


HOW TO ORDER REPLACEMENT PARTS

To have your order filled prompty and correctly, please furnish the following information.


1. MODEL NUMBER 2. REF. NO.3. PART NO. 4. DESCRIPTION

3- 6 LX-NZA146JBE0 Bonnet 2 AF3- 7 DVLV-A462JBKZ 2 way valve unit 1 AW3- 8 FCMPRA065JBK0 Compressor ass'y(Including for Ref.No.3-9,3-10,3-11)[AE-X10BE/X13BE,AU-X13BE] 1 CM3- 8 FCMPRA075JBK0 Compressor ass'y(Including for Ref.No.3-9,3-10,3-11)[AE-X08BE] 1 CH3- 8 FCMPRA103JBKZ Compressor ass'y(Including for Ref.No.3-9,3-11~3-14,2-17)[AU-X08BE/10BE] 1 CD3- 9 PCMPRA267JBE0 Compressor [AE-X10BE/X13BE, AU-X13BE] 1 CK3- 9 PCMPRA285JBE0 Compressor [AE-X08BE] 1 CK3- 9 PCMPRA331JBEZ Compressor [AU-X08BE/10BE] 1 CC3-10 LBSHCA005JBE0 Terminal bushing [AU-X13BE, AE-X08/X10/X13BE] 1 AA3-11 PCOV-0562JBE0 Terminal cover [AU-X13BE, AE-X08/X10/X13BE] 1 AD3-11 PCOV-A010JBE0 Terminal cover [AU-X08/X10BE] 1 AF3-12 PSEL-A403JBE0 Terminal gasket [AU-X08/X10BE] 1 AB3-13 PSEL-A150JBE0 Gasket washer [AU-X08/X10BE] 1 AA3-14 LX-NZA002JBE0 Special nut 1 AA3-15 GLEG-A001JBE0 Compressor cushion [AU-X08BE/X10BE] 3 AC3-15 GLEG-A029JBE0 Compressor cushion [AE-X08BE/X10BE/X13BE, AU-X13BE] 3 AE3-16 PSPF-A767JBEZ Compressor cover [AE-X08BE/X10BE/X13BE] 1 AV3-16 PSPF-A780JBEZ Compressor cover [AU-X08BE/X10BE/X13BE] 1 AT3-17 PSPF-A768JBEZ Compressor cover [AE-X08/X10/X13BE] 1 AG3-17 PSPF-A779JBEZ Compressor cover [AU-X08/X10/X13BE] 1 AG3-18 PSEN-A004JBK0 Flare nut ass'y 1 AE3-19 PSEN-A005JBK0 Flare nut ass'y [AU-X08/X10BE, AE-X08/X10BE] 1 AG3-19 PSEN-A016JBK0 Flare nut ass'y [AU-X13BE, AE-X13BE] 1 AR3-20 PGUM-A131JBEZ Compressor sheet 1 AG3-21 PSPF-A797JBE0 Compressor cover 1 AG3-22 PMUF-A026JBE0 Muffler [AE-X08BE/10BE, AU-X08BE/X10BE] 1 AL3-22 PMUF-A054JBEZ Muffler [AE-X13BE, AU-X13BE] 1 AT3-23 PVLVXA030JBE0 Reverse valve [AE-X08BE/X10BE] 1 BC3-23 PVLVXA039JBE0 Reverse valve [AE-X13BE] 1 BD3-24 LX-NZA146JBE0 Bonnet [AE-X08BE/10BE, AU-X08BE/X10BE] 1 AF3-24 LX-NZA037JBE0 Bonnet [AE-X13BE, AU-X13BE] 1 AG

SCREWS AND NUTS4- 1 LX-BZA091JBE0 Special screw 32 AA4- 2 LX-BZA072JBE0 Special screw (for 2/3 way valve unit) 4 AB4- 3 XTTSA40P14000 Tapping screw 1 AA4- 4 LX-BZA166JBE0 Special screw 3 AB4- 5 LX-NZA026JBE0 Special nut (for compressor) 3 AC4- 6 LX-BZA075JBE0 Special screw 2 AA4- 7 LX-BZA091JBE0 Special screw 7 AA4- 8 LX-BZA075JBE0 Special screw (for Earth) 1 AA4- 9 XBPSD40P20JS0 Machine screw (for IPM) 5 AB4-10 LX-NZA135JBE0 Special nut (for propeller fan) 1 AC4-11 XBPSD40P20J00 Machine screw (for DB1) 1 AA4-12 XCTSD40P12000 Tapping screw (for Terminal board ass'y angle, for capacitor clamp) 2 AA4-13 XTPSD30P12XS0 Tapping screw 3mm x 16mm (for PWB assembly) 2 AC4-14 LX-BZA076JBE0 Tapping screw 3mm x 16mm (for Top cover) 8 AA4-15 XTTSD40P16000 Tapping screw (for Heatsink) 1 AA4-16 LX-BZA091JBE0 Special screw (for Heatsink holder) 1 AA4-17 XCTSD40P16000 Tapping screw (for Terminal board ass'y) 1 AA

PACKING PARTS6- 1 CPADBA031JBKZ Bottom pad assembly 1 AS6- 2 SPAKCA697JBEZ Packing case [AE-X08BE] 1 AX6- 2 SPAKCA681JBEZ Packing case [AE-X10BE] 1 AX6- 2 SPAKCA687JBEZ Packing case [AE-X13BE] 1 AY6- 2 SPAKCA700JBEZ Packing case [AU-X08BE] 1 AX6- 2 SPAKCA698JBEZ Packing case [AU-X10BE] 1 AX6- 2 SPAKCA699JBEZ Packing case [AU-X13BE] 1 AX

48


2001 SHARP CORP. (3U1.00E) Printed in the Netherlands

A

B

C

D

E

F

G

H

A

1 2 3 4 5 6

1 2 3 4 5 6

B

C

D

E

F

G

H

OUTDOOR UNIT FOR AE-X08BE/X10BE/X13BE AND AU-X08BE/X10BE/X13BE

2-33

2-23

2-30

4-4

2-142-4

2-3

2-25

2-31

1-26

3-3

4-1

4-1

4-1

3-17

3-21

2-9

4-1

4-1

3-20

2-10

2-62-19

1-46

2-13

3-9

3-24

3-19

3-6

3-5

3-4

3-7

3-18

3-15

1-4

4-13

1-231-552-29

4-1

4-6

1-544-12

1-10

1-25

4-6

1-191-5

4-17

1-27

1-154-1

4-1

4-9 4-91-13

1-11

4-11

1-12

1-22

4-7

1-14

1-57

1-56

4-12

3-16

2-11

2-12

4-14

4-1

4-1

4-2

4-2

2-7

4-1

4-1

4-14

4-1

4-5

1-17

3-2

3-1

3-2

2-161-18

4-15

2-28

4-1

4-14-4

2-2

1-1

2-18

4-10

2-1

4-14

2-5

4-1

2-82-32

2-21

2-22

1-17

4-3

4-14

2-15

2-35

2-34

2-24

2-26

2-27

4-14

4-14

1-21

4-44-1

1-16

2-17

3-11

3-10

3-22

6-2

Front side

6-1

AU-X13BE

3-22

3-9

1-16

2-17

3-11

3-10

1-16

3-11

3-12

3-143-13

AU-X08BE/X10BE/X13BE

3-22

3-9

2-17

AH-X08BE/10BE/13BE AY-X08BE/10BE/13BE AU …€¦ · 1 AH-X08BE/10BE/13BE AY-X08BE/10BE/13BE...

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Transcript of AH-X08BE/10BE/13BE AY-X08BE/10BE/13BE AU …€¦ · 1 AH-X08BE/10BE/13BE AY-X08BE/10BE/13BE...