Haier SUPER MATCH AS12NS1HRA-GOLDEN - Circuit Diagrams

 Circuit diagrams 


Domestic air conditioner 
12. Circuit diagrams
C8
100n F-5 0V
R22
2K -1/ 4W
R26
2K-2W
R12
100K-1/4W
E4
100uF-50V- 105
ć
CY3
2. 2nF-2 50VAC
220V _L
⬉⑤N
R14
47K-3 W
R15 47K-3W
COMM
22 0V _L
FUSE1
T3.15A-250VAC
1
CN22
1
1
2
4
3
2
4
3
LX 1
LB2 271(32 mH-0.3 5A )
咥
L
~220VAC
CY4
2.2nF-250VAC
CY5
2.2nF-250VAC
1
CN27
1
CN21
RV1
TVR1 4561*
CX1
470n F-2 75VAC
1
&1
⬉⑤N
ⱑ
+15V
9/
&;
0.1uF-275 VAC
91
220VAC~/ 50HZ
310V
R13
330ȍ
R20 1K
R19
10K
C9
1nF
+5V
COMM_RX
COMM_TX
COMM_TX
COMM_RX
5
.
5
.
220-L
220-N
220-L
220-N
1
CN17
250
N5
SS805 0LT1H
D6
1N 53 99
D7
1N 53 99
D8
1N5399
D9 1N5399
D1 1
1N4007
D12
1N 40 07
ZD4
1N 47 46 A(18V-1W)
IC4
TL P851/PC8 51
IC6
TLP421
3 4 2 1
K2
892N-1A C-C
1
CO N 3
1
CO N 2
+12V
220V _L
⬉⑤N
3 4 2 1
K4
892N-1A C-C
+12V
1
CON1
D1 4
RLS4148
D4
RLS4148
FLZ
VS
HX F1
E7
100u F-45 0V-10 5ć
C010
10 2-50V
1
6
2
3
54
7
T1
BCK-6-FE1901 H
S
1
BR
2
GND
3
FB
4
VCC
5
NC
6
D/ST
7
D/ST
8
IC9
A6 05 9H
E8
22uF- 50 V-10 5
ć
C23
103-630VDC
C009
102-10 00V
⫋⠛
E204
1000 uF-25 V-105
ć
E9
47 uF-50 V-10 5
ć
+15V
C002
104-6 30VDC
+310V
R206
270ȍ-2W
R004
2. 2K-060 3
R205
560ȍ-0805
R161
1. 5ȍ-1/2W
R77
10ȍ-1206
R80
1. 5K-060 3
C013
2. 2n F-2 50V AC
R203
100ȍ-1206
R202
100ȍ-1206
+12V
C7
0. 1uF
CY2
2. 2nF-2 50VAC
CY1
2. 2nF-2 50VAC
+15V
CY6
4. 7nF-2 50VAC
1
1
2
2
4
4
3
3
IC10
TL P421
R78
47K-2 W
D206
FR106(1A- 6 00 V-50 0ns )
D20
FR106(1A-6 00V-5 00ns )
D19
US1M( 1A-1000V-75ns
˅
N001
KTC805 0
D8
ER302(3A-200V-50ns)
ZD 00 1
1N4746 A (18 V -1W˅
ZD 20 2
1N4742 A(12V-1W)
ZD 00 3
1N47 42 A(12V-1W)
+5V
H-2 5*15HS1
R019
47ȍ-1/2W
&
X)
&
0.1uF
(
470uF-16V
INPUT
1
GND
2
OU TPUT
3
IC5
L7805CV
˄1.5A-5V˅
15 V-100mA
12 V-900mA
C004
10pF-1K V
R209
100ȍ
17&
SCK084R7 2
CX2
100n F-2 75VAC
A0
1
A1
2
A2
3
VSS
4
SDA
5
SCL
6
TEST
7
VCC
8
,& 
 & 
+5V
&
 Q )
+5V
SCL
SDA
EEPROM
&
 Q )
+5V
5 ¡
5
 ¡
5
 ¡
5 .
+5V
IR
SRC
K
RCK
SER
COM
3
COM
2
5 ¡
5 
¡
GND
+5V
1
2
3
4
5
6
7
8
&1
(
X)9
5
.
5
.
5 .
5
.
&
Q)
1
2
3
4
5
&1 
+12V
A
B
C
D
%8==
3.0(3<
5 
¡
+12V
+5V
5 &RPP HQ W .
5 &R PP HQ W  .
&
&RPPHQWQ)
1
2
-3 
7-&ゟᓣ
5
.
5 .
&
Q)
+5V
SER
SRCK
GG
RCK
5V
GND
IR
DIG H
DIG L
1
2
&1
&
Q)
5   ¡
12V
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
&1 
MODE
DIG H
DIG L
SER
SRCK
RCK
LSTEP_A
LSTEP_B
LSTEP_C
LSTEP_D
BUZZ
5 
.
CHECK/S_TIME
IR
SWITCH
+5V
+5V
RST
MODE
DIG _MODE
1
2
-3 
7- &ゟᓣ
5 .
+5V
⊼ 3 ˖ R53,R6,R16,R18 ,R17 ,R21
/('
+5V
3
6 $  $ .
1B
1
2B
2
3B
3
4B
4
5B
5
6B
6
7B
7
E
8
COM
9
7C
10
6C
11
5C
12
4C
13
3C
14
2C
15
1C
16
,&
8/1$䌈⠛
VREF
61
KI0/AN8/P10
49
AN7/P00
50
AN6/P01
51
AN5/P02
52
AN4/P03
53
AN3/P04
54
P62
55
P61
56
CLK1/AN2/P05
57
DA0/AN1/P06
58
VSS/AVSS
59
DA1/AN0/P07
60
VCC/AVCC
62
SSO/P37
63
SSCK/SCL/P35
64
P33/SSI
1
P34/SDA/SCS
2
MODE
3
P43/XCIN
4
P44/XCOUT
5
RESET
6
P47 /XOUT
7
VSS/AVSS
8
P46/XIN
9
VCC/AVCC
10
P54/TCIOD
11
P53/TCIOC
12
P52/TCIOB
13
P51/TCIOA/TCTRG
14
P50/TCCLK
15
P27 /TDIOD1
16
(INT2)/P32
45
P15/RXD0/( TRIO)/(INT1)
26
P14/TXD0
27
P86
28
P85/TFO12
29
P84/TFO11
30
P83/TFO10/TFI
31
P82/TFO02
32
TFO01/ P81
33
TFO00/ P80
34
TEO/P6 0
35
INT0/P45
36
TX D1/INT2 /P6 6
37
RXD1/INT3/P67
38
(CLK1)/CLK2/P65
39
RXD2 /P6 4
40
TXD2/ P63
41
TBO/ P31
42
TAO /P3 0
43
KI3 /AN11/ P13
46
KI2 /AN10/ P12
47
P26/TDIOC1
17
P25/TDIOB1
18
P24/TDIOA1
19
P23/TDIOD0
20
P17/TAIO/INT1
24
P16/CLK0
25
KI1 /AN9/P1 1
48
P20/TDIOA0/TDCLK
23
P21/TDIOB0
22
(INT1)/P36
44
P22/TDIOC0
21
,&
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&
Q)
(
X)9
MODE
+5V
HXF
乘⬭
79 6
+796%&$9:ঠ৥
HXF
5 
.
RST
RST
;7
)&50&ϝ㛮
5
0
+5V
+12V
FLZ
& 
 Q )
+12V
+12V
5  .
5  .
5  .
5 
.
5  .
5  .
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
&1 
%
%3+.6㡆ゟᓣ
5  .
5
.
1B
1
2B
2
3B
3
4B
4
5B
5
6B
6
7B
7
E
8
COM
9
7C
10
6C
11
5C
12
4C
13
3C
14
2C
15
1C
16
,& 
8/1$䌈⠛
USTE P_A
A
B
C
D
12V
A
B
C
D
12V
USTEP_B USTEP_C USTEP_D
DSTEP_A DSTEP_B DSTEP_C DSTEP_D
5 . 5 .
1
2
3
4
CN3 4
5267-04A-
㡆 - ゟᓣ
+5V
C2 4
10nF
RX
TX
GND
+5V
+5V
&
Q)
+15V
5 
.
5
 .
5   ¡
VS
5 .
5
.
+15V
(
X)9ć
5 .
&
Q)
,& 
7/ 3 
5 .
,& 7/3
+5V
1
2
3
4
5
6
7
&1
(
X) 9ć
R7710K R78
10K
5 
.
5
.
5
.
5
 .
&
Q)
& 
Q)
+5V
FK
1
2
&1
1
66/7+
R56
4.7K
1
2
CN3 6
R35
10K
+12V
C1 3
10nF
R73 10K
R38 10K
R34 1K
R66 10K
+5V
REMOTE_TX
REMOTE_RX
N1
SS8050LT1H
N2
SS8050LT1H
R40 10K
COMM_RX
COMM_TX
D1 5
RLS4148
D16
RLS4148
R93
10K
1
2
-3
7-&ゟᓣ
1
2
-3
7-&ゟᓣ
+5V
A/B
+5V
C1 8
100n F
A/B
+5V
& 
 Q )
25/35
&
 Q )
1
2
3
4
5
6
7
8
6:
BM
5  
.
5 .
5 .
5

.
5
.
5
.
5
.
5
.
& 
Q)
&
 Q)
&
 Q)
1
2
3
4
&1 
+5V
PIPE
ROOM
(
 X )  9
(
X)9
ROOMPIPE
5
.
5 .
5
.
1
2
3
4
5
&1
+12V
A
B
C
D
12V
1B
1
2B
2
3B
3
4B
4
5B
5
6B
6
7B
7
E
8
COM
9
7C
10
6C
11
5C
12
4C
13
3C
14
2C
15
1C
16
,&
8/1 $
+12V
HXF
& 
 Q )
HXF1
FLZ1
FLZ1
5 .
5
.
1 2
J45
%
%3+ .6㡆ゟ ᓣ
%3;+$㡆ゟᓣ
5
.
5
.
5
.
5
.
5
.
5
.
5
.
5
.
5
.
5 
 .
5 
 ¡
5  .
5 .
5 .
5 .
5 .
5 
.
5 .
5
.f
5 
.f
5
.
5 
 ¡
5
¡
5
¡
5
.
5 
 .
5 
 .
5
.
IR
( X)9
1 2
J46
5 .
+5V
57