Sharp MX-4100N / MX-4101N / MX-5000N / MX-5001N (serv.man18) Service Manual ▷ View online
MX-4101N ELECTRICAL SECTION 10 – 13
(2) DSPF CNT PWB section 2/2
1
754
8
7-3
1
ROC
D
L
o
w
er
co
ver
open/close
detection
2S
G
ND
B
3
B
-P
H-K-
S
1
S
OC
D
B
oo
k
detection
2S
G
ND
35
V
(Sensor
)
D
_ROC
D
D
_
S
OC
D
2
9
21
6
1
-2
B
3
B
-P
H-K-
S
1S
G
ND
SPPD
5
Paper
p
ass
5
2
35
V
D
_
SPPD
5
SPPD
4
Paper
p
ass
4
2
35
V
D
_
SPPD
4
35
V
B
3
B
-P
H-K-
S
1S
G
ND
C
N2
B
18
B
-P
H
DSS
-B
1S
G
ND
2
35
V
B
3
B
-P
H-K-
S
1
1
3
1
2
3
8
9
11
10
1
4
1
5
5
7
8
7
1
7
5
V
(Sensor
)
G
ND
1
6
9
10
11
4
D
_
SPPD
5
5
6
C
N
6
S
G
ND
D
_
SP
FFA
N
5
V
2
3
D
R
IVE
R
P
W
B
1
D
_
SPPD2
D
_
SPPD
3
2
S
G
ND
(DSP
F
D
R
IVE
R
interface
)
G
ND
D
_
SPPD2
D
_
SPPD
3
5
V
5
V
5
V
D
_
SPPD
4
G
ND
5
V
G
ND
2
4
S
G
ND
1
7
D
_
SP
FM_CLK
22
2
3
D
_SP
FM_
DI
R
E
C
D
_
ST
RRC
D
_
ST
M
PS
D
_
ST
RR
B
C
B
2
4
B
-P
H
DSS
-B
5
V
S
G
ND
D
_
SP
FFA
N
S
G
ND
D
_
SPPD1
D
_RA
ND
OM
D
_
S
OC
V
1
6
D
_
SP
FM_M
2
D
_
SP
FM_M
1
AG
ND
12
D
_
SP
FC
1
3
D
_
S
RRC
1
4
D
_
S
RR
B
C
1
5
2
4
V
D
_
SP
OM_
DI
R
2
4
V
P
G
ND
2
4
V
D
_
SP
OM_
EN
A
D
_SP
OM_
STEP
D
_SP
OM_MO
DE
P
G
ND
D
_
S
LUMA
D
_
S
ULM
/A
D
_
S
LUM
B
D
_
S
LUM
/B
D
_
S
LUM
B
D
_
SP
UM_
IN
A
S
G
ND
D
_
SPPD1
D
_
SP
UM_
IN/
A
D
_
S
OC
V
D
_
SP
O
D
D
_RA
ND
OM
D
_
SP
UM_
IN
B
D
_
SP
UM_
IN/
B
D
_
SP
UM_
IN/
A
D
_
SP
UM_
IN
B
D
_
S
LUMA
D
_
SP
UM_
IN/
B
D
_
S
ULM
/A
G
ND
D
_ROC
D
2
12
D
_
S
OC
D
5
V
(Sensor
)
18
D
_
SP
O
D
D
_
SP
UM_
IN
A
3
2
1
1
1
S
G
ND
D
_
SPPD
5
2
5
V
2
4
V
3
C
N
5
2
4
V
6
4
3
CL
CL-
INV
-R
P
G
ND
P
G
ND
P
G
ND
2
1
22
2
3
2
4
2
4
V
2
4
V
LAM
P
P
G
ND
1
2
5
18
1
9
20
21
1
4
1
5
1
6
1
7
10
11
12
1
3
S
G
ND
1
2
3
4
5
6
7
8
9
D
_
ST
RR
B
C
D
_
ST
M
PS
/D
_
ST
RC
5
V
5
D
_
SE
LA
D
_
SE
LA
1
2
3
D
_SP
OM_
V
R
E
F2
4
D
_SP
OM_
V
R
E
F1
D
_SP
OM_
V
R
E
F2
P
G
ND
P
G
ND
LAM
P
5
P
G
ND
2
4
V
P
G
ND
D
_SP
OM_
V
R
E
F1
2
4
V
P
G
ND
D
_SP
UM_
V
R
E
F
D
_SP
FM_
V
R
E
F
B
2
6
B
-P
H
DSS
-B
C
N
3
D
_
SP
W
S
3
.3
V
G
ND
C
N
7
D
_
S
RR
B
C
D
_
SP
FM_M
1
D
_
SP
FM_M
2
D
_
SP
FM_CLK
D
_SP
FM_
DI
R
E
C
D
_
ST
RRC
D
_
SE
L
B
D
_
SE
LC
7
D
_
SE
LC
21
22
2
3
2
4
2
5
2
6
D
_SP
UM_
V
R
E
F
1
2
3
C
N1
SPPD2
Paper
p
ass
2
DSP
FC
NT
P
W
B
4
SPPD
3
Paper
p
ass
3
G
ND
D
_
SE
LOU
T
9
V
AR
E
F
11
8
2
5
2
6
6
D
_
SE
L
B
2
4
V
D
_
SP
W
S
11
4
5
6
7
8
9
12
1
5
D
_
SP
O
M_
DI
R
1
6
1
7
18
1
9
D
_
SP
O
M_
EN
A
D
_SP
O
M_
STEP
20
D
_
S
LUM
/B
B
2
4
B
-P
H
DSS
-B
D
_
S
RRC
C
N
3
10
AG
ND
D
_
SP
FC
D
_
SE
LOU
T
V
AR
E
F
18
D
_SP
FM_
V
R
E
F
5
V
1
9
20
21
12
1
3
1
4
1
5
1
6
1
7
18
1
9
20
B
2
6
B
-P
H
DSS
-B
P
G
ND
B
M
0
6
B
-GH
S
-T
B
T
1
2
3
4
5
/D
_
ST
RC
6
C
P
U_RX
D
(DSP
F
PPD
5
interface
harness
)
P
H
N
R-
0
3-H+
B
U
0
3
P
-T
R-
P
-H
N
C
N
C
C
P
U_
T
X
D
3
4
5597-
0
5C
P
B
7F
10
(DSP
F
cnt
sensor
harness
C
2
)
(DSP
FL
A
M
P
FFC
C
2
)
21
22
2
3
2
4
D
_SP
O
M_
MO
DE
1
3
1
4
MX-4101N ELECTRICAL SECTION 10 – 14
(3) DRIVER PWB
(SP
F
S
W
V
R
harness
)
F-G
ND
F-G
ND
(DSP
F
g
round
h
arness
)
12
4
V
_
T
R
1
S
M
P
-02V
-N
C
2
6
4
N
C(FA
N
_P
WM)
ST
RC
S
MR-
02V
-N
4
D
_
SP
FMA
4
/D
_
ST
RC
2
5
2
4
V
_
SP
FM
5
3
6
2
4
V
_
SP
FM
D
_
SP
FM
B
3
B
28
B
-P
H
DSS
-B
3
3
FA
N
_LOCK
2
1
2
P
G
ND
N
C
N
C
21
22
1
5
1
6
N
C
N
C
/D
_
ST
RC
28
1
4
18
2
5
10
12
20
2
4
V
_
T
R
2
6
2
7
1
2
D
_
SP
FM
/B
2
D
_
SP
FM
/A
9
SP
FM
Transport
motor
ST
M
PS
F
inish
stamp
ST
RRC
No.1
resist
roller
S
RRC
R
esist
FA
N
12
21
1
2
4
V
_
T
R
4
P
H
N
R-
02
-H
2
2
4
V
_
T
R
/D
_
ST
RRC
1
2
D
_
STSET
/D
_
ST
M
P
2
4
V
_
T
R
1
P
H
N
R-
02
-H+
B
U
02P
-T
R-
P
-H
1
P
H
N
R-
02
-H
S
M
P
-0
6
V
-N
C
S
MR-
0
6
V
-N
/D
_
S
RRC
SP
R
D
R
andom
detection
2
35
V
D
_RA
ND
OM
ST
U
D
Tray
upper
limit
2S
G
ND
3
5
V
(Sensor
)
D
_
ST
U
D
SP
UM
Paper
feed
m
otor
S
ULM
L
ift
-up
motor
SP
OM
Paper
exit
motor
S
G
ND
3
S
G
ND
1
2
5
V
(Sensor
)
5
V
(Sensor
)
1
754
8
7-3
3
S
G
ND
D
R
IVE
R
P
W
B
S
CO
V
C
o
ver
open
1
754
8
7-3
1
D
_
S
OC
V
D
_
SPED1
1
SPED1
Paper
e
mpty
upper
2
2
4
V
_
T
R
D
_
ST
L
D
SPPD1
Paper
p
ass
1
2
35
V
D
_
SPPD1
P
HR-3
D
_
ST
L
D
5
V
(Sensor
)
5
2
3
4
6
/D
_
S
RR
B
C
7
8
11
1
9
1
3
2
3
2
4
1
7
D
_
SP
OM
/B
D
_
SP
OM
/A
2
4
V
_
T
R
D
_
SP
FM
B
C
N8
D
_
SP
FM
/B
2
1
2
C
N
9
3
2
1
754
8
7-3
1
1
754
8
7-3
1
1
754
8
7-3
1S
G
ND
P
HR-3
1S
G
ND
SP
FC
Paper
feed
clutch
SPED2
Document
detection
1
S
G
ND
2
3
5
V
(Sensor
)
D
_
SPED2
ST
L
D
Tray
lo
w
er
limit
detection
S
G
ND
5
V
(Sensor
)
S
G
ND
5
V
(Sensor
)
ST
L
D
Tray
lo
w
er
limit
detection
1
754
8
7-3
D
_
SP
O
D
3
1
3
2
1
2
4
V
_
T
R
5
D
_
S
LUM
/B
1
D
_
SP
O
D
6
7
1
754
8
7-3
SP
W
S
W
idth
detection
V
R
V
AR
E
F
D
_
SP
W
S
AG
ND
C
N1
1
754
8
7-3
SP
L
S2
Len
gth
detection
(L
on
g)
S
G
ND
1
D
_
SP
L
S2
2
5
V
(Sensor
)
3
SP
L
S1
Len
gth
detection
(Short
)
D
_
SP
L
S1
5
V
(Sensor
)
1
2
3
S
G
ND
2
4
V
_
T
R
P
G
ND
FA
N
_LOCK
N
C(FA
N
_
P
WM)
/D
_
S
RRC
2
4
V
_
T
R
D
_
SP
FM
/A
D
_
SP
FMA
2
4
V
_
SP
F
M
2
4
V
_
T
R
2
4
V
_
SP
F
M
B
6
B
-P
H-K-
S
D
_
SP
UM
/A
D
_
SP
UMA
2
4
V
_
SP
UM
2
4
V
_
SP
UM
2
3
5
6
D
_
SP
UM
B
D
_
SP
UM
/B
1
5
V
(Sensor
)
9
5
5
V
(Sensor
)
D
_
SP
OM
B
B
5
B
-P
H-K-
S
1
2
4
C
N
7
3
4
D
_
SPED2
3
8
S
G
ND
C
N
5
N
C(
S
G
ND
)
D
_
SP
L
S1
5
V
(Sensor
)
V
AR
E
F
5
V
(Sensor
)
S
G
ND
C
N2
7
8
D
_
SP
W
S
6A
G
ND
B
4
B
-P
H-K-
S
(DSP
F
tray
harness
)
B
9
B
-P
H-K-
S
D
_
SP
L
S2
S
G
ND
1
2
3
4
5
P
H
N
R-
0
4-H
9
10
B
10
B
-P
H
DSS
-B
S
G
ND
5
V
D
_
SPPD1
D
_
SP
OMA
4
S
G
ND
P
H
N
R-
0
4-H+
B
U
0
4
P
-T
R-
P
-H
D
_
S
LUM
/A
2
D
_
S
LUM
B
3
D
_
S
LUMA
4
/D
_
ST
RRC
P
H
N
R-
02
-H+
B
U
02P
-T
R-
P
-H
/D
_
ST
RR
B
C
S
G
ND
7
D
_
SPED1
2
/D
_
ST
M
P
1
2
4
V
_
T
R
4
3
2
S
G
ND
1
79
228
-4
S
G
ND
D
_
STSET
2
4
V
_
T
R
1
2
4
1
2
3
S
MR-
02V
-B
1
79
228
-4+
2
9
22
54-4
(DSP
F
clutch
interface
harness
C
2)
1
2
4
11
18
1
4
1
5
1
6
2
4
V
_
T
R
/D
_
SP
FC
D
_
S
OC
V
S
G
ND
6
8
1
5
5
V
(Sensor
)
D
_RA
ND
OM
2
4
V
_
T
R
/D
_
SP
FC
9
3
5
V
(Sensor
)
S
G
ND
S
G
ND
5
V
(Sensor
)
D
_
ST
U
D
C
N
4
S
G
ND
5
V
S
M
P
-02V
-B
C
12
1
3
1
7
B
18
B
-P
H
DSS
-B
(DSP
F
paper
feed
h
arness
C
2
)
10
(DSP
F
paper
exit
sensor
harness
)
P
H
N
R-
0
3-H
P
H
N
R-
0
3-H+
B
U
0
3
P
-T
R-
P
-H
V
AR
E
F
D
_
SP
W
S
AG
ND
1
2
3
MX-4101N ELECTRICAL SECTION 10 – 15
B. RSPF
1
7
9
2
2
8
-3
(B
L
A
C
K
)
S
P
P
D
2
C
N
1
6
P
H
R
-1
0
C
N
G
P
H
R
-1
3
VHPGP1A73A+-18
(N
C
)
1
7
9
2
2
8
-3
(B
L
A
C
K
)
S
P
P
D
3
(N
C
)
(N
C
)
VHPGP1A73A+-18
B
1
0
B
-P
H
-K
-S
(L
F
)(
S
N
)
1
7
9
2
2
8
-3
S
O
C
D
C
N
A
(N
C
)
B
1
3
B
-P
H
-K
-S
VHPGP1S73P+-18
1
7
9
2
2
8
-3
(B
L
A
C
K
)
S
P
P
D
5
C
N
1
5
VHPGP1A73A+-18
S
R
A
-2
1
T
-3
S
R
A
-2
1
T
-4
C
N
E
P
H
R
-1
1
1
7
9
2
2
8
-3
S
P
E
D
VHPGP1S73P+-18
1
7
9
2
2
8
-3
(B
L
A
C
K
)
S
P
P
D
1
(N
C
)
B
1
1
B
-P
H
-K
-S
VHPGP1A73A+-18
P
S
-1
8
7
-2
V
(N
C
)
S
C
O
V
B
2
8
B
-P
H
D
S
S
-B
(L
F
)(
S
N
)
P
H
D
R
-2
8
V
S
-1
P
H
D
R
-3
4
V
S
-1
B
3
4
-P
H
D
S
S
-B
(L
F
)(
S
N
)
S
R
A
-2
1
T
-3
S
R
A
-2
1
T
-3
C
N
B
P
H
R
-7
-R
C
N
C
1
7
9
2
2
8
-3
(B
L
A
C
K
)
(N
C
)
B
7
B
-P
H
-K
-R
S
P
P
D
4
P
H
R
-3
B
3
B
-P
H
-K
-S
VHPGP1A73A+-18
S
R
A
-2
1
T
-3
S
R
A
-2
1
T
-4
C
N
F
S
R
A
-2
1
T
-4
S
R
A
-2
1
T
-3
1
7
9
2
2
8
-3
S
P
L
S
1
VHPGP1S73P+-18
P
H
R
-6
B
6
B
-P
H
-K
-S
1
7
9
2
2
8
-3
S
P
L
S
2
C
N
D
P
H
R
-1
2
VHPGP1S73P+-18
C
N
H
(N
C
)
P
H
R
-6
B
6
B
-P
H
-K
-R
B
1
2
B
-P
H
-K
-S
33
34
X
A
D
R
-3
4
V
/X
A
D
R
P
-3
4
V
29
30
31
32
25
26
27
28
21
22
23
24
17
18
19
20
13
14
15
16
9
10
11
12
5
6
7
8
1
2
3
4
33
GND
34
GND
31
SPPD5
32
5VPD
29
SPFFAN
30
SPPD3
27
SSELO
28
SPPD4
25
SELB
26
SELC
23
SPWS
24
SELA
21
SRRC
22
SPFC
19
SGS
20
STMPS
17
SPRMB/
18
SPRMO1
15
SPRMA/
16
SPRMB
13
SPFMO2
14
SPRMA
11
SPFMM2
12
SPFMO1
9
SPFMCK
10
SPFMM1
7
+5V
8
AVCC
5
+24VPD
6
+24VPD
3
SPPD1
4
SPPD2
1
GND
2
GND
GND
3
1
2
+5VPD
1
SPPD2
2
3
1
GND
2
STMPU
9
1
2
3
GND
8
+24VPD
9
GND
10
5
6
7
8
1
2
3
4
+5VPD
4
SPPD3
5
GND
6
SOCD
7
3
GND
4
+5V_SPED
5
+5VPD
10
SPPD5
11
GND
8
+5VPD_SOCD
9
GND
12
(NC)
13
+5VPD
10
SPPD5
11
GND
8
+5VPD_SOCD
9
5
GND
6
SOCD
7
SPPD3
+5VPD
1
SPPD2
2
GND
3
+5VPD
4
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
GND
GND
SPPD1
SPPD2
+24VPD
+24VPD
+5V
AVCC
SPFMCK
SPFMM1
SPFMM2
SPFMO1
SPFMO2
SPRMA
SPRMA/
SPRMB
SPRMB/
SPRMO1
SGS
STMPS
SRRC
SPFC
SPWS
SELA
SELB
+24VPD_STMPS
4
GND
1
STMPU
2
GND
12
5
1
GND
2
+5V_SPED
3
+5VPD
3
4
5
6
11
7
8
9
10
12
S
M
R
-1
2
V
-N
/
S
M
P
-1
2
V
-N
C
GND
7
+24VPD_SRRC
1
SRRC/
2
SPED
4
GND
+24VPD_SRRC
1
SRRC/
2
SPED
SELC
SSELO
SPPD4
SPFFAN
SPPD3
SPPD5
5VPD
+5VPD
6
SPPD1
7
+24VPD_SW
11
+24VPD
7
+5VPD
1
1
7
9
2
2
8
-4
/
2
9
2
2
5
4
-4
/
1
7
9
2
2
8
-4
4
3
STMPS/
4
+24VPD_STMPS
SPPD1
5
GND
6
GND
3
GND
SPFMA/
SPPD4
2
SPPD4
6
+5VPD
STMPS/
1
+24VPD
2
SPFMA
3
1
SPRMA/
SPFMB
4
+24VPD
5
3
SPRMA
2
+24VPD
7
8
SPRMB/
6
4
SPRMB
SPFMB/
6
+24VPD
5
3
4
5
6
S
M
P
-0
2
V
-N
C
/
S
M
R
-0
2
V
-N
1
2
SPLS1
1
P
A
L
R
-0
8
V
F
/
P
A
P
-0
8
V
-S
+24VPD_SW
8
1
2
GND
2
+5VPD_SPLS1
3
SPLS2
4
GND
5
+5VPD_SPLS2
6
AVCC
7
SPWS
8
1
SPED
2
GND
3
+5V_SPED
1
+5VPD
2
SPPD1
3
GND
1
+24VPD
2
+24VPD_SW
GND
9
SPFC/
10
+24VPD_SW_SPFC
12
GND
11
SPLS1
1
GND
2
+5VPD_SPLS1
3
SPLS2
1
GND
2
+5VPD_SPLS2
3
1
+5VPD
2
SPPD2
3
GND
1
+5VPD
2
SPPD3
3
GND
1
SOCD
2
GND
3
+5VPD_SOCD
1
+5VPD
2
SPPD5
3
GND
AVCC
1
SPWS
2
1
2
1
2
3
GND
3
SPFC/
1
S
M
P
-0
2
V
-B
C
/
S
M
R
-0
2
V
-B
S
M
P
-0
3
V
-N
C
/
S
M
P
-0
3
V
-N
C
1
+24VPD_SGS
2
(NC)
3
SGS/
+24VPD_SW_SPFC
2
GND
1
GND
2
3.3V
3
3.3V
4
5V
5
12V
6
24V
7
24V
8
24V
9
GND
10
SPPD1
1
SPPD2
2
SPFMCK
3
SPFMM1
4
SPFMM2
5
SPFMO1
6
SPFMO2
7
SPRMA
8
SPRMA/
9
SPRMB
10
SPRMB/
11
SPRMO1
12
SGS
13
STMPS
14
SRRC
15
SPFC
16
SPWS
17
SELA
18
SELB
19
SELC
20
SSELO
21
SPPD4
22
SPFFAN
23
SPPD3
24
SPPD5
25
5VPD
26
GND
27
(NC)
28
R
S
P
F
D
R
IV
E
R
P
W
B
SRRC
STMPS
SPFC
SPWS
SPFM
SPRM
SGS
S
C
N
-C
N
T
P
W
B
T
ranspor
t
har
ness
P2
T
ranspor
t
interf
ace
har
ness
P2
RSPF
connecting
har
ness
P2
(SPF
document
paper
e
xit
gate
solenoid)
(SPF
tr
anspor
t
motor)
(SPF
paper
feed
re
v
erse
motor)
HF
main
unit
-
RSPF
interf
ace
har
ness
P2
Base
tr
a
y
har
ness
P2
Document
tr
a
y
har
ness
P2
P
aper
feed
har
ness
P2
(Stamp
solenoid)
(SPF
re
v
erse
gate
front
sensor)
(SPF
co
v
e
r
S
W)
(SPF
paper
entr
y
sensor)
(SPF
document
empty
sensor)
(SPF
resist
roller
clutch)
(SPF
re
v
erse
rear
sensor)
(SPF
open/close
sensor)
(SPF
paper
entr
y
2
sensor)
(SPF
scan
front
sensor)
(SPF
document
width
sensor)
(SPF
paper
feed
clutch)
(SPF
document
length
shor
t
sensor)
(SPF
document
length
long
sensor)
MX-4101N ELECTRICAL SECTION 10 – 16
C. Main unit
(1) Power supply section (P1)
(M
S
W
harness
:
other
than
S
E
C
)
(AC
COR
D
)
C
N1
(B
0
3
P
-V
L)
AC
P
W
B
C
N2
(B
0
3
P
-V
L-K)
C
N2
(B
5
P
-V
H-
B
)
(D
C
main
harness
P2
)
C
N10
1
L_
IN
M
S
W-
Nout
1
M
S
W-
Nout
1
D
-G
ND
1
1D
-G
ND
2N
C
N
C
2
PS
-2
5
0
(R
ED
)
D
-G
ND
2
2D
-G
ND
3
N
_
IN
M
S
W-L
out
3
M
S
W-L
out
1
5
V
O3
35
V
L
C
N
6(
B
2P
3-
V
H-R)
C
N
3(
B
0
3
P
-V
L-R)
PS
-2
5
0
(R
ED
)
5
V
L4
45
V
L
1N
_WH
M
S
W-L
in
1
M
S
W-L
in
1
5
V
L5
55
V
O
2N
C
N
C
2
PS
-2
5
0
M
S
W
63
.3
V
3
L_WH
M
S
W-
Nin
3
M
S
W-
Nin
1
75
VN
PS
-2
5
0
81
2
V
C
N
5(
B
0
3
P
-V
L-
E
)
C
N
3(
B
0
3
P
-V
H-
B
)
9
2
4
V
3
1
L_HL
(Japan
only
)
3
.3
V1
10
P
-G
ND
(AC-HL
harness
P
A
2:
other
than
SE
C)
2N
C
3
.3
V2
B
10P
-V
H
3
N
_HL
D
-G
ND
3
C
N10
(B
4
P
-P
H-K-
S
)
1
C
N
6(
B
0
3
B
-P
A
S
K-
1
)
C
N1
5
2N
C
D
CC
NT1
1
nD
CC
NT1
C
N1
3
N
C
N
C
2
nD
CC
NT2
L_HL
1
4
C
N
4(
B
3
P
4-
V
H-R)
C
N1
(B
2P
3-
V
H-
B
)
D
CC
NT2
3
N
C
2
1
3L
_
D
C
N
_HL
3
N
C
2
2N
C
C
N
4(
B
6
P
-V
H-
B
)
B
0
3
P
-V
L(WH)
N
C3
1N
_
D
C
5
VN
1
HL
P
W
B
4
5
VN
2
B
0
5
B
-P
H-K-
S
(AC-
D
C
reactor
harness
100V
)
5
VN
3
T
O
L
CC(
P1
5)
(AC-
D
C
harness
1
20V/200V
)
5
VN
4
T
O
INSE
R
T
OR(
P1
6)
(AC-WH
harness
)
D
-G
ND
5
C
N
4
D
-G
ND
6
T
O
L
CC(
P1
5)
PS
-18
7
1
C
N
5(
B
0
4
P
-V
H-
B
)
WH_
S
W
12V
1
B
2
6
B
-P
H
DSS
(E
X
200V
O
N
L
Y
)
12V
2
C
N
9(
B
2P
3-
V
H-
B
-B
LU
E
)
N
C3
PS
-18
7
1
N
C4
2
C
N
7(
B
8P
-V
H-
B
)
3
FW
1
C
N2
C
N1
P
-G
ND
2
12
4
V1
1
P
-G
ND
3
2P
-G
ND
2N
C
To
P2
3
2
4
V2
3
P
-G
ND
4
4
P
-G
ND
B
2P
3-
V
H-R
N
C(
P
-G
ND
)5
5
2
4
V
3
P
-G
ND
6
T
O
INSE
R
T
OR(
P1
6)
6
D
-G
ND
WH
P
W
B
(AC-HL
harness
P
A
2:
other
than
S
E
C)
P
-G
ND
7
T
O
L
CC(
P1
5)
7
12V
(S
C
N
-WH
harness
)
N
C(
P
-G
ND
)
8
8D
-G
ND
C
N2
R
E
L-
2Pin
P
R
E
L
2PIN
P
95
VN
1
C
N8
(B
7
P
-V
H-
B
)
11
3
.3
V
N
C
2
N
C(
2
4
V1
)
1
12
FW
3
2
4
V1
2
10
N
C(
D
-G
ND
)
B
2P
3
V
H-
B
L
JPN:
O
PTI
O
N
2
4
V2
3
To
P2
B
12P
-XL
E
X
100V:
O
PTI
O
N
2
4
V
34
C
N
3
E
X
120V:
O
PTI
O
N
2
4
V
35
1
E
X
200V:
O
PTI
O
N
2
4
V
46
T
O
L
CC(
P1
5)
S
MR-3
S
M
P
-3
C
N
5
N
C
2
2
4
V
57
T
O
INSE
R
T
OR(
P1
6)
3
B
2P
3-
V
H
JPN:ST
A
ND
AR
D
E
X
100V:
O
PTI
O
N
C
N
4
E
X
120V:
O
PTI
O
N
N
AM
E
S
M
P
-3
S
MR-3
E
X
200V:
O
PTI
O
N
5
V
LM
F
P
5
V
OF
A
X
N
C3
To
P1
5
5
VN
O
T
H
E
R
2
4
V1
EN
G
INE
2
4
V2
EN
G
INE
B
4
P
(5-3)-
V
H
2
4
V
3
EN
G
INE
2
4
V
4
LCC
,DES
K
C
N
5
2
4
V
5F
INIS
H
E
R
1
S
M
P
-4
S
MR-4
N
C
2
3
B
0
3
B
-P
H-K-R
(D
C
main
harness
P2
)
B
2
4
B
-P
H
DSS
11
21
PS
FM
2
_
V
P
-G
ND
22
PS
FM
2
_L
D
D
-G
ND
11
55
VNPD
1
5
P
-G
ND
3
2
PS
FM
O
Z
FM
(O
zone
fan
)
1
2
4
1
2
3
2
2
1
3
PS
FM
2
33
22
3
5
1
WH-L(
S
CA
N
)
2
11
WH
2
4
V
3
WH-L(
S
CA
N
)
WH-
N
(DES
K
1)
WH-L
WH-
N
WH_
P
R
MO
T
H
E
R
P
W
B
P
CU
P
W
B
1
L_WH
L_WH
N
_
D
C
INT
5
V
WH-
N
(S
CA
N
)
WH-
N
(S
CA
N
)
2
4
1
2
1
WH_
N
(L
S
U)
WH_L(L
S
U)
WH_L(
DES
K/
LCC)
WH_
N(
DES
K/
LCC)
WH-L(
DES
K
1)
WH
WH-
N
(S
CA
N
)
1
WH-L(
S
CA
N
)
2
12
1
2
3
4
5
1
3
3
2
3
18
/0
Z
FM_C
NT
P
-G
ND
4
0
Z
FM_
V
PS
FM_
V
PS
FM_L
D
D
-G
ND
1
5
VNPD
INT
5
V
WH_
P
R
20
2
4
V
3
1
9
O
Z
FM_L
D
1
4
1
6
D
C
P
W
B
PS
R
ec
-IN
N
C
PS
R
ec
-OU
T
2
4
V2
D
-G
ND
R
E
AC
T
OR
R
E
AC
T
OR
L_
D
C
S
CA
NNE
RU
NIT
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