Haier AW09TE1VHA, Руководство по обслуживанию

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REFERENCE INFORMATION PAGE 5
ENGLISH
Outdoor Board Schematic
()
g
g
1
1
.2.Outdoor Unit
1
1.2.1Control Board Circuit Diagrams
13
GND
4
GND
3
GND
2
GND
1
VCC
8
GND
7
SCL
6
SDA
5
IC6
A
T
2
4C0
2
B
1
CN2 AC-
L
1
CN1 AC-
N
Bla
ck
Wh
it
e
FU
S
E
1
T25
A
25
0VAC
RV1 S14
K
35
0
R1 1M
R12 10
0/
1W
CX1 2
2
5/
27
5V
L1
8M
H
/10
A
RV2
S14
K
35
0
RV3
S1
4K
3
5
0
CX2
2
2
5/
27
5V
PT
C
1
400
N
CY1
472/250 V/2 75V
CY2
472/250 V/2 75V
CY3
103/250 V/2 75V
CY4
103/250 V/2 75V
1
CN3
PE
SA1 RA-36
2M
K5
1
2
V-25
A-891
P
-1A-C
K3
12
V-5A-89
2
H(
N)-1
A
C
-C
K4
12V-
5
A
-8
92
H(
N)
-1
AC-
C
K2
1
2V-5A-8
9
2H(
N
)-
1
A
C-C
K1
1
2V-5A-89
2-1C
C-C
1
2
3
CN1 0
Com
m
en
t:
CX4
10
3/
27
5
V
1
2
3
4
5
6
7
8
9
CN1 2
1
2
3
4
5
CN1 3
ST
COM
1
CN1
4
1
CN
1
5
C1
2
U
/4
50V
COM
L
H
C
C
COM
L
H
CC
1 2 3 4 5 6 7 GND
12
V
10 11 12 13 14 15 16
IC
7
U
L
N
2
0
0
3
+1
2
V
1 2 3 4 5 6
CN
1
6
A B C D
C10
10
4/
50
V
+5
V
+5
V
R7
5
2
K
LED1
P1
2S
A
1
03
7A
K
R4
7
5.
1K
/1
%
R49 10K R50 1K
+5
V
C2
0
1
0
2/
50
V
1 2 3 4 5 6
CN21
C15
10
3/
50
V
31
0
V
0V 15
V
R33 2.
2
K
R36
1
K
R34
1K
R13
33
0/
1W
R35
1
K
R37
3
30
ZD2 1
0
V/
0.
5W
ZD3 5.1
V
/0.5
W
4 3
1 2
IC
8
PC
8
1
7
A
4 3
1 2
IC
9
PC
8
1
7
A
E9 47
U/2
5
V
N1
Co
m
m
en
t:
2S
C241
2K
R41
1
K
R3
9
10
K
R38 33
0
R40
5
.1
K
/1
%
C14
1
0
2/
50
V
XT1
4M
C1
3
1
04/
50
V
+5
V
C12 104
/50V
R63 560
R65 10
K
R64 10K
1 2 3
CN
2
0
1 2 3
CN
1
8
1 2
CN
1
9
+5
V
R76
20K /1 %
R87 4.
7K
R8
8
10
K
R77
1K C24 104
/5
0
V
C25 104
/50V
C26 10
4/
50
V
E1
4
4.
7
U
/1
6V
E1
1
4.
7
U
/1
6V
E1
2
4.
7
U
/1
6V
E1
3
4.
7
U
/16V
+1
5
V
R74 10K/1%
R73 10K/1%
R5
4
10
K
C22 10 2/5 0V
C21 10 2/5 0V R82
47K/1%
R80
20K/1%
R78
20K/1%
R79
1K
R81
1K
R83
1K
C2
3
1
04/
5
0
V
CS(W hit e) ) e t i h W ( Q T ) w o l l e Y ( W H
1 2 3
CN23
5V COM GND
C
o
m
w
ith
M
o
d
u
le (
B
la
ck
)
1 2 3 4 5
CN
3
0
1 2 3 4
CN
3
1
+5
V
1
CN8 AC-
N
OUT
1
CN9 AC-
L
OUT
na
F
C
A
de
ep
s
-
o
ya
W
-
r
u
o
F
E-valve (White )
R55 1K
R56 1K
R57 1K
R58 1K
R6
7
1
K
R7
2
1
K
R7
1
1
K
R7
0
1
K
+5
V
1 2
CN33
SW TE ST (B LUE)
CX7 104
/275
V
R4
8
10
K
XQ(Red)
C11
104/50V
R62 10
K
P2 2S
A103
7AK
R6
0
10
K
R61
2K
R5
9
2K
FU
S
E
2
T1A/
25
0V
WB
R5
3
10
K
R52 10
K
R51 10K
F
UCT
IO
N TEST(
W
hite)
TEST
/S
S
COOL HEAT PC GND
(
)
+5
V
R85 10K
R6
6
1
K
R8
4
4.
7
K
R6
8
1
K
R6
9
1
K
N3
2SC2
412
K
N4
2S
C24
1
2K
Wh
it
e
ERROR
1 2 3
CN
1
7
D5 L
L
41
48
D6 LL
4
1
4
8
Y
ell
ow
/G
re
en
1 2
CN
3
2
TEST
/S
S
GND
1
2
CN1
1
+1
2
V
J1 J2
J3
J6
+5
V
+5
V
J7
+1
2
V
+1
2
V
J8
R91 10
K
J9
J10
C1
9
1
04/
50
V
J1
5
J16
+1
5
V
+1
5
V
J13 J14 J12
R9
2
0
R9
3
0
R9
4
0
J1
7
J19
J2
3
L2
8M
H/
10A
R2 1M
CX3
225
/275
V
CY5
472/250 V/2 75V
CY6
472/250 V/2 75V
J2
4
J2
5
J26
J27
J2
8
J2
9
J30
J31
J3
2
J33
N P
P N
1
2
CN36
Wh
it
e
B
la
ck
R8
6
4.7
K
K6
1
2
V-5A-8
92H(
N
)-1AC-C D11 LL
4
1
4
8
N5 2S
C241
2K
R89 10K
J27
J34
1 2
4 3
SW
1
R95 10K
R96 10
K
+5
V
VCC
62
VRE
F
61
AVS
S
59
DC-
F
ANSP
EE
D
13
DC F
AN
P
G
36
In
d
o
o
r C
o
m
OUT
41
In
doo
r C
o
m
IN
38
PC
C
O
M
37
NC
33
Te
rm
in
al
P
ro
28
M
ODUL
E
COM
OUT
27
M
ODUL
E
COM
I
N
26
VS
S
50
TE
ST-EN
24
NC
44
COOL
-E
N
23
HEAT
-E
N
22
RE
SET
6
XI
N
9
XOUT
7
VS
S
8
E-
VAL
V
E-
A
5
E-
V
A
L
V
E
-B
4
E-
V
A
L
V
E
-C
2
E-
VAL
V
E-
D
1
PT
C
64
HEAT-
1
63
4-
W
A
Y
58
FA
N
57
H/L
F
A
N
SP
EED
42
SC
L
30
SDA
29
F
an/
E-
Valv
e s
ele
ct
47
HEAT-
2
60
VS
S
49
VS
S
48
Fa
u
lt
Li
g
h
t
31
Fr
e A
d
ju
st
46
HW
54
CS
53
XQ
52
TX
51
NC
45
M
ODE
3
VCC
10
NC
14
NC
15
NC
17
NC
18
NC
19
NC
20
NC
21
NC
25
NC
11
NC
12
NC
16
NC
32
NC
34
NC
35
NC
40
NC
39
NC
43
SW-2
56
SW-1
55
IC
5
R5F
2
1
2A8
S
NF
A
1 2 3 4
CN7
R9
8
10
K
+5V
MO
D
E
RS
T
5V GND
FLA
S
H
R97 10
K
R4
6
0
1
CN5
AC-
L
1
CN6
AC-
N
J4
J5 J22
J35
J36
J3
7
J3
8
R9
9
0
J39 J40
CY7
222/250VAC
R4 2K
CY10
222/250VAC
C1
6
Com
m
en
t:
102
/5
0
V
+5
V
R42 33
0
R3 2K
/2
W
D1 1N
4
0
07
4 3
1 2
IC11 TL
P
8
51
/P
C
8
51
R43
0
R44 1K
4 3
1 2
IC10 T
L
P4
2
1
/P
S2
56
1
1
CN4 COM
J1
8
J2
1
J20
1
CN25
1
CN2
7
COM
he
at
er
N6 Co
m
m
en
t:
2SC
241
2K
R10
0
4.
7K
R1
01
4.7
K
R10
2
0
R10
3
4.
7
K
R10
4
0
R19 47
18-24K