AOC L42H961, Руководство по обслуживанию

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42
Ǝ
L
C
D
T
V
A
O
C
L
4
2
H
9
6
1
71
Q80
7
2
S
K
4
08
6L
S
090
107
R8
1
9
5
1
0
K
OH
M
1/
8W
D8
0
3
1N
41
4
8
PD
IM
R
8
01
0.
1 oh
m
D8
0
6
1
N
41
48
R8
3
7
1
0
K
O
H
M
1/
4W
+
-5%
CN8
0
1
CO
NN
1 2
L
N
Q8
14
(N
C
)R
K
70
02F
D
5
T
1
1
6
IS
1
R8
1
2
180
K 1/
10
W
5%
R8
0
8
1
M
1/
8W
5%
R8
1
8
1K
2 /
8
W
1
%
R8
0
3
1K
2 1/
8W
5%
T2
D8
0
2
S
C
S0
52
0P
1 2
R8
5
4
(N
C
)100
K 1/
10
W
5
%
VR
EF
T2
R8
4
5
20
0 O
H
M
1
/8
W
C8
0
2
2.
2u
F
25V
X
7
R
R8
3
3
10
K OH
M
1/
4W
+
-5
%
R
846
20
0 OH
M
1
/8
W
Q8
12
R
K
70
02F
D
5T
11
6
+
C8
0
5
4
7
0u
F
25
V
C8
0
8
0.
00
1u
F
Q80
2
2
S
K4
08
6L
S
C8
2
3
NC
ON
/O
F
F
DR
2
R8
0
6
3.
3M
OH
M
1
/8
W
R8
2
6
NC
TB
T1
12
V
R8
3
9
10
R
1/
8W
5%
VR
EF
VR
E
F
R8
4
1
10
R
1/
8W
5%
VSE
N
C8
1
6
15
00
PF
5
0
V
C8
0
7
330
pF
50
V
IF
P
12
V
VR
E
F
VS
IC
8
0
1
O
Z
9
9
7
6
G
N
-C
-0
-T
R
1 2 3 4 5 6 7 8
9 10 11 12 13 14 15 16
DR
V
1
GN
D
ZC
S
RT
1
CT LC
T
PD
IM
VS
EN
ISEN
SST
C
M
P
TI
M
E
R
AD
IM
EN
A
VR
EF
VI
N
DR
V
2
0
901
07
HS
7
H
EAT
SI
N
K
(
Q
806
)
1 2
Q80
5
PM
B
S
39
04
R8
0
4
10K
O
H
M
1/
4W
+
-5
%
R8
0
9
36
K OH
M
1/
8
W
C8
1
7
33
N
5
0
V
D8
1
0
1N
41
4
8
R8
5
6
N
C
R8
3
2
10K
O
H
M
1/
4W
+
-5%
R
834
1K
2 1/
4W
5
%
IS
2
C8
1
4
2.
2u
F
25
V
X
7
R
T8
0
2
1 2 3 5 6
7 8 9 10 11 12
R8
0
5
62
K O
H
M
1
/8
W
Q81
5
(N
C
)R
K
70
02
F
D
5
T
1
1
6
C8
1
3
C8
2
0
68
0p
F
Q8
11
SST
29
07
A
R8
2
9
1M
1
/1
0
W
5%
DR
1
- +
U8
0
1
A
(N
C
)L
M
39
3M
X
3 2
1
8 4
Q8
03
R
K
70
02
F
D
5
T
1
1
6
IS
1
R
823
NC
C8
0
6
0.
1u
F
C8
2
2
2.
2u
F
25
V X
7
R
C8
1
8
33N
5
0
V
IS
2
IS
1
R8
2
5
22
0 OH
M
+
-1
%
1/
10
W
C8
2
1
10
0P
F
1
K
V
R8
1
0
10
0K
O
H
M
1
/4W
R8
5
7
27
0KO
H
M
+
-5%
1/
1
0
W
TA
CN8
0
2
CO
NN
1 2 3 4 5
C8
1
5
22
0pF
VS
1.
0
Cu
s
to
m
36
M
o
nd
ay
,
F
e
br
ua
ry
1
6
, 2
0
0
9
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⿄⠍
>
03
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n
v
er
te
r C
o
n
tr
o
l
7
1
5
G
33
51
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O
E
M MO
D
E
L
S
iz
e
Re
v
Da
te
Sh
ee
t
of
TP
V
M
O
D
E
L
PC
B
N
A
M
E
⿄⠍
T
P
V
(
T
o
p
V
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to
ry
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le
c
tr
o
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s
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td
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Ke
y C
o
mp
o
n
e
n
t
㍀
䱨
⪰
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R8
0
7
240
K 1/
10
W
5%
C8
1
9
68
0p
F
D8
0
4
SC
S
0
5
2
0
P
1 2
R8
2
7
R8
2
1
10
K 1/
8W
5
%
HS
9
H
EAT
SI
N
K
(
Q
807
)
1 2
C8
1
0
09
0107
R8
2
8
68
K
1
/10
W
5
%
R8
1
6
NC R8
4
9
1
0
0
K
1/
10
W
5
%
Q8
13
R
K
70
0
2
F
D
5T
11
6
D8
0
9
1N
414
8
L8
01
3
.5uH
+
C8
0
1
47u
F
/50
V
D8
0
1
1
N
41
48
-B
400
6
IS
E
N
C
811
IF
P R8
1
3
NC
TA
R8
3
0
68
K
1/
10
W
5
%
IS
E
N
D8
0
8
1N
4
1
4
8
-B
40
06
C8
0
9
1U
2
5
V
Q8
08
S
S
T
2
90
7A
R8
1
5
NC
EN
A
Q8
06
2S
K40
8
6
L
S
12
V
R8
1
1
1.
5M
1
/8
W
5%
Q80
1
2
S
K
4
08
6L
S
IS
2
B+
TB
R8
1
4
51
K 1/
8W
5%
R8
5
5
(N
C
)1M
1/
10
W
5%
R8
3
5
10
K OH
M
1/
4W
+
-5
%
C8
0
3
10
0PF
1
K
V
R8
2
0
10
0K 1/
1
0
W
5%
R8
0
2
1K
2 1/
4W
5%
C8
1
2
0.
0
47u
F
HS
8
H
EAT
SI
N
K
(
Q
801
)
1 2
R8
4
0
10
R
1
/8W
5%
R8
3
1
1M
1
/1
0
W
5%
R8
4
2
10
R
1/
8W
5%
HS
1
0
H
EAT
SI
N
K
(
Q
802
)
1 2
T8
0
3
1 4
5 6 7 9 10
Q8
1
0
S
S
T
290
7A
R8
3
6
1K
2 1/
8W
5%
Q80
4
PM
B
S
39
04
D8
0
7
1
N
41
48
DR2
T1
R8
4
7
51
0K
1
/1
0
W
5%
T8
0
1
1 4
5 6 7 9 10
- + U8
0
1
B
(N
C
)L
M
39
3M
X
5 6
7
8 4
VSE
N
R
822
2
2
0
O
H
M
+
-1%
1/
10
W
R8
2
4
R8
5
0
(NC)
1
0
0
K
O
H
M
1
/4
W
R8
1
7
1K OH
M
R8
4
3
2
00 OH
M
1
/8W
R8
5
2
(N
C
)10
0K
1
/1
0
W
5%
R8
5
3
(N
C
)10
0K
1
/1
0
W
5%
VS
EN
Q8
09
SST
29
07
A
R8
4
8
82
K 1/
10
W
5
%
R8
5
1
10
M
O
H
M
1
/1
0
W
R8
4
4
20
0 OH
M
1
/8
W
DR1
D8
0
5
B
AV7
0
3
1 2