http://cxema.ru
A
1234
5678
9
1
0
1
1
1
2
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
B
C
D
E
F
G
H
I
J
K
L
M
N
O
– 92 –
– 93 –
– 91 –
– 94 –
(4) Schematic Dia
grams of B
2
, H
3
, J
2
and
VM
1
Boar
ds
– B
2
Boar
d –
PRINTED WIRING
BO
ARDS
– J
2
Boar
d – (KV
-XF25M63/XF25M97/XF25M97)
B
2
[COMB FIL
TER]
J
2
[3D TERMINAL]
1
2
3
4
5
6
7
1
2
3
4
5
6
7
8
1
2
3
C5
9
0
3
C
5907
C
5
908
C5
9
1
0
C
5912
C
5
913
C5
9
1
4
C
5916
C
5
917
CN5901
D5901
D5903
D5905
Q
5902
R5
9
0
2
R
5904
R
5
908
R
5
910
R5
9
1
3
R
5915
R
5919
R
5
921
R
5923
R
5
924
R5
9
2
9
C
5
901
C
5
904
C
5915
R5
9
2
8
L5901
R
5909
R5
9
1
6
Q5
9
0
6
CN5904
C
5911
J
W
5901
C
N
2801
C
5918
R
5911
R
5
903
R
5920
R5
9
2
5
R
5914
R
5
912
R
5
917
R
5
907
C
5
905
Q
5904
D5907
D5906
R
5922
C
5909
R
5918
Q
5901
Q
5903
Q5
9
0
5
C5
9
0
0
C
5
919
C5
9
0
6
R
5
906
R
5905
C
5
902
C
5920
C
5921
J
W
5900
L5902
Q
5908
Q
5909
R
5
901
R5
9
2
7
R5
9
3
0
R
5931
R
5932
R
5933
R5
9
3
4
R5
9
3
5
Q
5
907
D5904
D5902
10k
0.0047
500V
E
33
160V
0.047
200V
:P
T
0.001
:P
T
0.1
200V
:P
T
0.001
:P
T
100
16V
0.047
:P
T
470
10V
7P
BL
K
:S
-M
IC
R
O
1S
S
119
T
EMP-C
O
R
R
1
SS1
1
9
1S
S
119
2S
A
1837
VM.
D
R
IVE.
1
560
:FP
R
D
330
1.5
:FP
R
D
68
1k
:FP
R
D
180
3W
:R
S
1.5
:FP
R
D
JW
(5
)
10
2W
:R
S
220
#
#
#
#
1.5k
#
2S
C4793
VM.
D
R
IVE.
2
8P
:B
TOB
2.2
160V
10MM
#
120
500V
68k
:FP
R
D
39
1/2W
:FP
R
D
68k
39
:FP
R
D
68
47k
820
1.0k
470
10V
2S
A
1175
B
U
FFE
R
120
120
560
100
16V
10k
2S
C2458-
Y
G
R
AMP
2S
C2458-
Y
G
R
2S
C2458-
Y
G
R
0.047
:P
T
1k
1k
330
16V
2S
C2785T
P
M
T
Z
J
-T
-77-
39
D
C
.BI
AS
MT
Z
J
-T
-7
7
-3
9
D
C
.BI
AS
*
*
*
*
*
*
*
B
U
FFE
R
*
*
*
*
**
*
*
*
Q.P
.-
Q.P
.+
E
VM
QP
QP
V
M
+B
9V
E
VM M
UT
E
GND
GND
VM
T
O
A BO
AR
D
CN306
NC
QP-
QP-
QP+
QP+
E
E
VM
VM
QP
-
NC
QP
+
VELOCIT
Y MODULAT
ION
()
O
R
P1
BO
AR
D
O
R
CN 4303
B-SSSBG
3
S
..
.VM1
-2
5
.
8.
8
5.
0
5.
5
9V
0
0.4
0
8.
8
0.
1
0.
2
0
8.
8
0.
3
0.
2
134.
7
134.
7
5.
0
8.
6
4.
9
4.
5
4.
5
2.
7
0.
3
59.
7
59.
3
9V
9V
9V
T
O
D
1
BO
AR
D
CN 282
V
L
R
1
1
2
3
1
2
3
4
5
1
2
3
4
5
6
12
34
1
2
3
4
G
R
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
3
1
2
1
2
3
4
1
2
3
4
C
N
3901
C
N
3905
S
3601
R
3916
C
3911
C
3912
C
3910
R
3915
R
3914
R
3913
R
3911
R
3901
S
3907
S
3908
S
3902
S
3903
S
3904
S
3905
S
3906
L3901
L3902
C
3913
J
3903
Q
3901
Q
3902
D3907
D3901
D3905
D3908
D3906
D3
90
0
R
3921
R
3920
C
N
3902
D3
90
2
C
3914
J
W
3900
C
N
3904
C
3902
C
3900
J
3901
J
3902
C
3901
C
3903
J
W
3602
JW
36
01
F
3601
C
3601
R
3924
R
3919
R
3905
R
3904
R
3922
R
3900
R
3907
R
3908
R
3909
R
3910
R
3912
C
N
3603
C
N
3602
C
N
3601
C
3904
R
3923
R
3918
R
3917
R
3902
C
3905
C
3906
C
3907
L3
90
3
C
N
3903
C
N
3906
IC3901
4P
BLK
:S
-M
ICRO
9P
WHT
:S
-M
ICRO
A
C
-P
US
H-
S
W
47
47
16V
470p
47
16V
10k
330
10k
330
330
:E
L0606
:E
L0606
1
3P
DT
C144E
S
A
DT
C144E
S
A
RD9.
1E
S
-T
1
B
RD9.
1E
S
-T
1
B
SPB-2
6
MVW
F
RD
9.1
ES
-T1
B
RD9.
1E
S
-T
1
B
PR
O
T
EC
T
RD9.
1E
S
-T
1
B
PR
O
T
EC
T
100
100
6P
WHT
:S
-M
ICRO
RD
9.1
ES
-T1
B
22
#
9P
RE
D
:S
-M
ICRO
0.01
:P
P
0.01
:P
P
JA
C
K
TE
R
M
IN
A
L
,S
#
#
15MM
15
MM
#
#
75
220
10k
10k
2.2k
330
5.6k
470
1k
1.8k
3.3k
TA
B
5P
4P
47
25V
220
:FP
R
D
220
:FP
R
D
75
:FP
R
D
75
:FP
R
D
*
*
*
*
*
*
*
AC
OU
T
NC
NC
NC
AC
OU
T
AC
IN
NC
NC
AC
IN
SP
R O
UT
SP
GN
D
SP
GN
D
SP
L O
UT
SP
GN
D
SP
GN
D
W IN
W IN
GN
D
GN
D
GN
D
ST
BY
+5
V
GN
D
7V
LE
D 2
LE
D 1
GN
D
KE
Y 2
KE
Y 1
SIR
CS
E
SP
R IN
SP
L IN
R IN
L IN
W G
ND
W G
ND
W G
ND
W G
ND
3D
OU
T
PH
L IN
PH
R IN
C IN
S IN
CV
IN
Y IN
S
Y
C
T
O
A BOAR
D
T
O
A BOAR
D
T
O
F
BOAR
D
C
N
4602
C
N
601
C
N
904
T
O
B3 BOAR
D
C
N
904
C
N
3451
T
O
B3 BOAR
D
C
N
6202
C
N
6204
SP (L
)
SP (R
)
(F
UNCT
ION KEY)
T
O
J
2
BOAR
D
T
O
B3 BOAR
D
+5
V
+5
V
+5
V
+5
V
+5
V
AU
DIO
(L)
Y
AU
DIO
(R)
AU
DIO
(R)
AU
DIO
(L)
S
SC
Y
B-SSSBG
3
S
-...-
H
3
.2
5
4.
9
0
4.
9
0
0
1.
0
1.
4
0.
1
0
AU
DIO
(L)
AU
DIO
(R)
AU
DIO
(R)
AU
DIO
(L)
1
2
3
4
5
6
7
8
9
10
11
1
2
4
5
6
7
3
C
N
2302
YC
M
2301
11P
:B
TO
B
CO
MB
FI
L
T
E
R
Y O
U
T
NC
GND
C OUT
NC
VI
D
E
O
I
N
VC
C
NC
NC
NC
NC
GN
D
VID
EO
VC
C
C
GN
D
Y
VC
C
T
O
A B
O
AR
D
C
N
304
(CO
MB F
ILT
ER)
B-
SSSBG
3
S
-...-
B
2
.25
1
2
3
C
N
3451
J
3451
D3453
D3454
D3452
D3451
3P
YEL
:S
-M
IC
R
O
2P
RD30E
S
-T
1
B
2
PR
O
T
EC
T
RD30E
S
-T
1
B
2
PR
O
T
EC
T
JW
(5
)
JW
(5
)
GND
3
D
SP +
(
R
ED
)
3D
S
P
- (B
LK
)
3D
+IN
GND/
3D-
TO H
3
B
O
A
R
D
CN 3906
B-SSSBG
3
S
..
.J
2
.2
5
(3
D T
E
RMINAL
)
H
3
BO
ARD
✽
MARK LIST
KV
-XF25M97
KV
-XF25M67
KV
-XF25M63
KV
-XF25M50
C3907
0.68UF :PT
0.68UF :PT
#
#
CN3903
40
40
#
#
CN3906
3P
3P
#
#
IC3901
SBX1981-51(21)
SBX1981-51(21)
SBX3081-51(30)
SBX3081-51(30)
JW3918
JW(12.5)
JW(12.5)
#
#
L3903
68UH
68UH
#
#
Note)
The par
ts indicated as
“#”
in this circuit diag
ram are not listed here
, as the
y are not used f
or these
models
.
(KV
-XF25M63/XF25M67/XF25M97)
Содержание KV-XF25M50
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Страница 76: ...http cxema ru ...
Страница 77: ...http cxema ru ...