DOWNLOAD Sharp MX-4100N / MX-4101N / MX-5000N / MX-5001N (serv.man18) Service Manual ↓ Size: 965.32 KB | Pages: 41 in PDF or view online for FREE

Model
MX-4100N MX-4101N MX-5000N MX-5001N (serv.man18)
Pages
41
Size
965.32 KB
Type
PDF
Document
Service Manual
Brand
Device
Copying Equipment / Service Manual-Section 10-Electrical Section
File
mx-4100n-mx-4101n-mx-5000n-mx-5001n-sm18.pdf
Date
PREV: Sharp MX-4100N / MX-4101N / MX-5000N / MX-5001N (serv.man17) Service Manual

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MX-4101N  ELECTRICAL SECTION  10 – 25
(10) Paper feed drive unit section (P10)
C
P
F
M
(Paper
feed
motor
)
(Paper
feed
m
ain
h
arness
C
J2
)
C
N
6
B3
2
B-
P
H
DSS
B
0
7
P
-P
A
S
K
R
S
M
-2Pin
P
(Paper
feed
dri
ve
h
arness
C
J2
)(
D
C
main
harness
C
J2
)
C
N
5
R
S
M
-2Pin
P
R
S
M
-2Pin
P
R
S
M
-10Pin
P
B
2
4B-
P
H
DSS
CLU
M
1
(C
S1
lift
-up
motor
)
A
D
U
M
L
(A
D
U
lo
w
er
motor
)
(Paper
feed
d
ri
ve
h
arness
C
J2
)
C
N2
B
2P
-P
H-K-
S
CLU
M
2
(C
S2
lift
-up
motor
)
P
HR-6
B
12
B-
P
A
S
K-
1
B
2P
-P
H-K-
S
R
frame
H
P
F
M
(H
ori
zontal
transport
motor
)
(Paper
feed
d
ri
ve
h
arness
C
J2
)
C
N1
P
HR-6
B
0
6B-
P
A
E
K-
1
(BLU
E
)
P
F
M
(PS
front
motor
)
(Paper
feed
d
ri
ve
h
arness
C
J2
)
C
N
3
P
HR-6
Paper
feed
d
ri
ve
RR
M
(PS
motor
)
(Paper
feed
d
ri
ve
h
arness
C
J2
)
B6
P
-P
H-K-R
Process
dri
ve
B
1
3B-
P
A
S
K-
1
H
P
F
M
_A
4
6H
P
F
M
_A
H
P
F
M
_B
6
INT2
4
V1
5
H
P
F
M
_A
/1
3
H
P
F
M
_B
/
3
4H
P
F
M
_B
/
10
RR
M
_B
/
P
F
M
_B
2
3
4
5
H
P
F
M
_B
H
P
F
M
_A
/
9R
R
M
_B
7
INT2
4
V1
6
INT2
4
V1
12
RR
M
_A
RR
M
_A
2
11
RR
M
_A
/
8
INT2
4
V1
RR
M
_B
/
5
RR
M
_A
/
4
INT2
4
V1
6
RR
M
_B
3
INT2
4
V1
1
/C
P
FC
22
4
V
3
P
CU
P
WB
/C
P
F
M
_
D
3
2
INT2
4
V2
/C
P
F
M
_GA
IN
C
P
UC
1
(C
S1
paper
feed
clutch
)
INT2
4
V2
1
P
-G
ND
2
3
2
4
V
3
1
10
2
9
3
7
5
6
4
8
/C
P
F
M
_
D
5
3
0P
-G
ND
/C
P
F
M
_CK
4
2
4
28
2
6
/C
P
F
M
_CK
C
P
F
M
_L
D
6
C
P
F
M
_L
D
22
N
C7
C
P
FC
(Vertical
transport
clutch
)
2
/C
P
FC
1
2
2
4
V
3
2
1
1
/C
P
FC
1
1
/C
P
UC
1
/C
P
UC
2
5
4
5
/C
P
UC
1
3
2
4
V
3
4
/C
P
UC
2
1
/C
P
UC
1
1
3
2
4
V
36
2
4
V
3
2
2
4
V
3
2
P
-G
ND
2
4
V
3
8
9
P
-G
ND
6
7
P
-G
ND
7
/CLU
M
1
/CLU
M
1
8
10
P
-G
ND
9
5
2
3
/CLU
M
1
1
INT2
4
V1
P
-G
ND
1
1
A
D
U
M
L_A
2
/CLU
M
2
INT2
4
V1
INT2
4
V1
/CLU
M
2
10
4
5
6
A
D
U
M
L_B
/
/CLU
M
2
2
INT2
4
V1
2
A
D
U
M
L_A
/
A
D
U
M
L_A
11
12
A
D
U
M
L_A
/
A
D
U
M
L_B
A
D
U
M
L_B
/
10
A
D
U
M
L_B
C
P
UC
2
(C
S2
paper
feed
clutch
)
1
P
-G
ND
2
4
V
3
/C
P
UC
2
2
2
INT2
4
V1
D
R
IVE
R
M
A
IN
P
WB
P
F
M
_B
/
3
INT2
4
V1
1
P
F
M
_B
/
P
F
M
_A
/
INT2
4
V1
2
1
P
F
M
_A
4
INT2
4
V1
5
P
F
M
_B
6
P
F
M
_A
/
1
3
N,
C
7
8
9
INT2
4
V1
2
1
INT2
4
V1
P
F
M
_A
/C
P
F
M
_GA
IN
MX-4101N  ELECTRICAL SECTION  10 – 26
(11) PS unit and Process control unit section (P11)
R
ESI
SENS
O
RF
(Process
control
sensor
U
N
harness
P
A
2
)
OM
R
O
N1
79
228
-5
(Paper
feed
m
ain
harness
C
J2
)
C
N
6
R
ESI
SENS
O
RR
OM
R
O
N1
79
228
-5
R
S
M
2P
P
R
S
M
-18Pin
P
P
R
O
C
O
N
SENS
O
RU
N
PPD1
(PS
front
sensor
)
(PS
U
N
h
arness
P
A
2
)
BU
0
6
P
-T
R-
P
-H+
P
H
N
R-
0
6-H
(Paper
feed
m
ain
harness
C
J2
)
G
P1
A73
1
79
228
-3
PS
U
N
PPD2
(PS
sensor
)
B3
2
B-
P
H
DSS
G
P2
A
200
1
79
228
-3
PS
U
N
18
PPD2
10
5
VNPD
12
PPD1
20
D
-G
ND
1
4
D
-G
ND
1
6
5
VNPD
P
R
O
C
O
N
SENS
O
R
U
N
D
-G
ND
3
5
VNPD
1
PPD2
2
3
D
-G
ND
PPD1
2
1
5
VNPD
/P
C
SS
1
2
4
V
3
1
1
3
2
4
V
3
8
P
CU
P
WB
2
/P
C
SS
2
11
P
C
SS
(Process
control
shutter
solenoid
)
D
-G
ND
6
R
E
G
S
_R
4
2
5
VNPD
9
P
C
S
_CL
5
R
E
G
S
_F
7
D
-G
ND
5
VNPD
1
D
-G
ND
2
P
C
S
_F
5
/R
E
G
S
_F_L
ED
3
R
E
G
S
_F
4
D
-G
ND
2
P
C
S
_R
5
5
VNPD
1
R
E
G
S
_R
4
/R
E
G
S
_R_L
ED
3
1
7
N
C
1
7
18
N
C
18
1
5
2
4
V
3
1
5
1
4
/P
C
SS
1
4
1
3
/R
E
G
S
_R_L
ED
1
3
1
6
N
C
1
6
12
R
E
G
S
_R
12
11
D
-G
ND
11
10
5
VNPD
10
9
N
C9
8P
C
S
_CL
8
7
N
C7
6
D
-G
ND
6
55
VNPD
5
3
4
/R
E
G
S
_F_L
ED
4
3R
E
G
S
_F
1
2D
-G
ND
2
1
5
VNPD
2
PPD2
5
1
D
-G
ND
6
1
3
5
VNPD
4
6
5
VNPD
D
-G
ND
3
5
PPD1
2
4
/R
E
G
S
_F_L
ED
/R
E
G
S
_R_L
ED
1
5
VNPD
3
MX-4101N  ELECTRICAL SECTION  10 – 27
(12) Right door unit section (P12)
R
S
M
-2Pin
P
(R
ig
ht
door
harness
C
J2
)
(Paper
feed
main
harness
C
J2
)
C
N
7
C
N1
FG
FG
T
F
D
3
(R
ig
ht
paper
full
detection
)
(R
ig
ht
paper
exit
U
N
harness
)
(R
ig
ht
paper
exit,
re
verse
P
G
interface
harness
C
J)
C
N2
P
O
D
3
(R
ig
ht
paper
exit
detection
)
G
P1S
73
1
79
228
-3
G
P1S
73
1
79
228
-3
P
H
N
R-6-H
+
BU
0
6
P
-T
R-
P
-H
DS
W_A
D
U
(A
D
U
open/close
detection
)
G
P1S
73
1
79
228
-3
S1
6B-
P
H
DSS
-B
A
PPD1
(A
D
U
transport
detection
1
)
S1
6B-
P
H
DSS
-B
G
P1S
73
1
79
228
-3
(A
D
U
transport
1
interface
harness
)
P
H
N
R-3-H
+
BU
0
3
P
-T
R-
P
-H
R
S
M
-2Pin
P
B
2
4B-
P
H
DSS
A
PPD2
(A
D
U
transport
detection
2
)
(R
ig
ht
door
h
arness
C
J2
)
C
N
3(
1/2
)
P
Q
R
/P
43
2Pin
S
G
P1S
73
1
79
228
-3
C
N
3(
2/2
)
(M
anual
feed
tray
harness
)
(R
ig
ht
door
harness
C
J2
)
M
P
L
D
(M
anual
feed
paper
len
g
th
detection
1
)
P
H
N
R-9-H
+
BU
0
9
P
-T
R-
P
-H
(M
anual
feed
tray
harness
)
P
H
N
R-
1
4-H
+
BU
1
4
P
-T
R-
P
-H
R
S
M
-2Pin
P
(M
ulti
upper
U
N
h
arness
P2
)
G
P1S
73
1
79
228
-3
(R
ig
ht
door
harness
C
J2
)
P
H
N
R-
8
-H
+
B
U
08P
-T
R-
P
-H
M
P
W
D
(M
anual
feed
paper
w
idth
detection
)
M
PED
(M
anual
feed
paper
empty
detection
)
V
R_
P
WB
P
H
N
R-
0
3-H
1
79
228
-3
G
P1S
73
M
T
O
P2
(M
anual
feed
tray
extension
detection
)
P
H
N
R-5-H
+
B
U
0
5
P
-T
R-
P
-H
M
T
O
P1
(M
anual
feed
tray
reduction
detection
)
G
P1S
73
1
79
228
-3
M
P
F
D
(M
anual
feed
paper
entry
detection
)
G
P1S
73
1
79
228
-3
TH
&
HU
D
G
P1S
73
1
79
228
-3
D
F
11
-6
DP
-SP2
ZHR-4
PS
M
-2Pin
R
S
3
2
B-
P
H
DSS
-B
D
F
11
-8DP
-SP1
(M
ulti
lo
w
er
U
N
harness
)
P
CU
P
WB
N
C
N
C
N
C
N
C
11
N
C
A
D
U
g
ate
solenoid
1
2
4
V
3
1
2
/A
D
UG
S
2
2
3
2
4
V
3
HU
D
_
M
2
4
V
3
1
5
3
12
11
R
IGH
T
D
OO
R
I/
F
P
WB
1
5
1
3A
PPD
3
HU
D
_
M
5
V
L
ED
5
D
-G
ND
1
M
P
L
D
4
3
2
D
-G
ND
1
3
5
V
L
ED12
2
M
T
O
P1
5
V
L
ED1
3
M
T
O
P2
5
V
L
ED
9
3
1
28
5
VN
2
9
1
4
D
-G
ND
1
4
1
T
H_
M
5
V
L
ED
95
D
-G
ND
1
8
6
3
5
4
2
7
T
H_
M
1
2
3
4
5
VN
HU
D
_
M
D
-G
ND
1
D
-G
ND
5
VN
M
P
W
D2
3
1
3
11
8
10
9
12
9
3
2
7
8
D
-G
ND
1
1
5
VN
M
P
W
D
M
T
O
P1
M
T
O
P2
D
-G
ND
5
V
L
ED1
3
1
2
3
D
-G
ND
3
5
V
L
ED
9
2
M
T
O
P1
5
VN
HU
D
_
M
D
-G
ND
10
A
PPD1
20
1
9
3A
PPD1
1
1
1
3
28
5
65
V
L
ED12
4
3
D
-G
ND
P
O
D
3
1
7
HU
D
_
M
1
9
7
10
T
H_
M
2
4
/A
D
UG
S
1
3
D
-G
ND
1
5
VN
2
A
PPD2
D
-G
ND
6
4A
PPD2
5
A
PPD1
1
3
M
P
L
D
5
V
L
ED10
2
2
1
5
V
L
ED
5
3
DS
W_A
D
U
1
1
3
5
V
L
ED
5
2
D
-G
ND
D
-G
ND
2
5
V
L
ED2
5
V
L
ED
43
5
4
D
-G
ND
D
-G
ND
P
O
D
3
2
3
T
F
D
3
5
V
L
ED1
2
1
2
1
6
3
4
3
T
F
D
3
5
V
L
ED1
1
2
1
1
2D
-G
ND
D
-G
ND
2
1
5
VN
1
3
T
F
D
3
5
V
L
ED1
SIN
33
5
SE
L
IN1
4
SE
L
IN2
DS
W_A
D
U
7
95
V
L
ED2
8D
-G
ND
P
O
D
3
65
V
L
ED
4
5
D
-G
ND
4
A
PPD1
6
SE
L
IN
3
1
6
P
O
D
3
10
A
PPD2
8
A
PPD
3
6
5
9
T
H_
M
D
-G
ND
M
P
W
D
1
7
A
PPD1
1
9
2
18
3
20
5
VN
28
3
1
1
5
1
4
3
0
12
2
4
V
3
11
2
4
V
3
/M
P
UC
20
2
SIN
3
SE
L
IN1
3
SE
L
IN2
1
6
SE
L
IN
3
M
P
W
D
5A
PPD
3
5
VN
M
P
F
D
6
A
PPD1
18
A
PPD2
SE
L
IN
3
P
O
D
3
A
PPD
3
4
1
5
SIN
3
A
PPD2
M
P
F
D
3
2
F-G
ND
5
VN
21
4
SE
L
IN1
SE
L
IN2
3
2
5
VN
1
7
21
6
10
2
20
18
5
2
1
N
C(
G
ND
)
M
P
F
D
1
5
1
4
1
3
M
P
W
D
T
H_
M
7
3
1
9
4
2
3
8
8
/M
P
G
S
1
4
22
/M
P
F
S
9
2
4
V
3
6
M
PED
3
1
2
4
V
3
1
4
/M
P
UC
82
4
V
3
1
3
11
1
6
2
4
2
7
8
2/
M
P
G
S
7
/M
P
F
S
M
P
F
D
35
V
L
ED
6
1
2
2
4
V
3
/M
P
F
S
M
P
F
S
(M
anual
feed
pic
k-
up
clutch
)
5
V
L
ED
6
5
V
L
ED
7
M
P
F
D
D
-G
ND
3
1
2
2
4
V
3
4
3
3
/M
P
G
S
M
P
F
D
5
5
V
L
ED
6
4
1
2
1
12
4
V
3
1
1
3
5
M
P
G
S
(M
anual
feed
g
ate
solenoid
)
2/
M
P
G
S2
D
-G
ND
2
6
M
PED
1
2
5
3
D
-G
ND
5
D
-G
ND
8
N
C(
G
ND
)
3
2
N
C
3
0
M
PED
7
1
/M
P
UC
2
7
45
V
L
ED
75
2
4
6
D-GND
D-GND
D-GND
24V3
24V3
24V3
2
4
T
H_
M
HU
D
_
M
M
P
UC
(M
anual
paper
feed
clutch
)
1
2
2
4
V
3
1
N
C(
G
ND
)
2
6
2
4
V
39
2
5
/A
D
UG
S
2
5
1
4
1
6
G
ND
9
7
2
3
8
10
7
11
/M
P
G
S
N
C
5
V
L
ED
3
0
3
1
/M
P
F
S
2
4
V
3
D
-G
ND
12
21
N
C(
G
ND
)
5
V
L
ED10
M
P
L
D2
2
3
1
7
N
C(
G
ND
)
M
P
F
D1
0
9
D
-G
ND
5
V
L
ED
7
1
3
3
1
2
N
C(
F
A
X
_
D
)
5
V
L
ED
6
1
55
V
L
ED
4
2
2
4
3
4
2
5
7
9
10
5
VN
22
8
2
7
6
18
N
C
4
7
D
-G
ND
6
M
P
L
D
5
5
V
L
ED
4
5
V
L
ED12
11
M
T
O
P2
5
VN
2
6
M
P
W
D
5
V
L
ED1
3
7
5
5
V
L
ED
4
D
-G
ND
P
O
D
3
6
5
1
6
N
C9
1
3
N
C
8
12
1
4
1
M
P
L
D2
M
P
W
D
11
N
C(
G
ND
)
5
V
L
ED12
M
P
L
D
N
C(
5
V
L
ED
)
N
C(
G
ND
)
12
12
1
6
22
N
C
22
2
4
2
6
N
C
2
6
2
7
2
9
N
C
2
9
S
RA-
21T
-4
S
RA-
21T
-4
(Temperature
humidity
sensor
)
MX-4101N  ELECTRICAL SECTION  10 – 28
(13) Paper exit unit section (P13)
A
D
UH
M
(A
D
UH
motor
)
(Paper
e
xit
U
N
h
arness
C
J2
)
PD
F
1
B-
2
6
Pin
S
(U
pper
main
harness
C
J2
)
C
N
3
/C
N
4
D
R
IVE
R
S
UB
P
WB
P
HR-6
B
0
6B-
P
A
S
K
R
S
M
-4
Pin
P
(Paper
e
xit
U
N
h
arness
C
J2
)(
U
pper
main
harness
C
J2
)
C
N1
3
R
S
M
-4
Pin
P
R
S
M
-6
Pin
P
T
F
D2
(Paper
exit
full
detection
)
G
P1
A7
1P
HR-3
P
O
D2
(Paper
exit
detection
)
H
P
O
S
(S
H
IF
TE
RH
P
)
LG
2
4
8N
L
1
79
228
-3
LG
2
4
8N
L
1
79
228
-3
P
O
D1
(F
usin
g
rear
detection
)
B34B-
P
H
DSS
LG
2
4
8N
L
1
79
228
-3
D
F
11
-4
DP
-SP1
SSJ
C6-4
PS
L-
2Pin
R
SSJ
C6-6
PS
M
-3
Pin
R
(U
pper
main
harness
C
J2
)
C
N1
3
C
N1
5
FU
M
(F
usin
g
motor
)
(Paper
exit
U
N
harness
C
J2
)
R
S
M
-12Pin
P
(U
pper
main
harness
C
J2
)
C
N1
4
B3
2
B-
P
H
DSS
P
HR-6-R
P
OM
(Paper
exit
motor
)
(U
pper
main
harness
C
J2
)
R
S
M
-6
Pin
P
(Paper
feed
dri
ve
harness
C
J2
)
C
N2
P
HR-6
S
RA-
21T
-3
S
RA-
21T
-3
B
12
B-
P
A
S
K-
1
FG
FG
/FU
M
_
D
2
1I
N
T
2
4
V1
5
4
1
4
FU
M
_L
D
6
66
N
C
4
/FU
M
_
D
/FU
M
_
D
5
5F
U
M
_L
D
5
3
1
FU
M
_L
D
/FU
M
_CK
2
9
FUF
M
(F
usin
g
coolin
g
fan
)
1
9
3
1
W
E
B_
M
1out
3
2
W
E
B_
M
2out
8
D-GND
D-GND
7
W
E
B
M
(W
E
B
motor
)
2
W
E
B_
M
2out
2
1
9
P-GND
1
W
E
B_
M
1out
1
2
6
1I
N
T
2
4
V1
INT2
4
V1
5
2
6
INT2
4
V1
2
4
3A
D
M
H_B
INT2
4
V1
2
2
5
INT2
4
V1
2
5
2I
N
T
2
4
V1
A
D
M
H_B
3
2
4A
D
M
H_B
22
5A
D
M
H_A
/
A
D
M
H_B
/
6
2
3A
D
M
H_B
/2
3
4A
D
M
H_B
/
A
D
M
H_A
/
4
22
A
D
M
H_A
/
P
O
D1
2
9
D
-G
ND
A
D
M
H_A
1
21
A
D
M
H_A
21
6A
D
M
H_A
12
3
0
T
F
D2
1
4
1
2
T
F
D2
1
6
6
1
7
2
6
1
3
P
O
F
M
_L
D2
/O
S
M
_B
P
O
D2
2
4
V2
/O
S
M
_A
1
9
18
1I
N
T
2
4
V1
6
3
4
P
OM
_B
/
P
OM
_B
P
OM
_A
5
P
O
D2
1
4
5
VNPD
1
3
H
P
O
S
1
5
28
5
VNPD
9
12
2
5
10
W
E
B_
M
2out
18
W
E
B_
M
1out
18
10
/POFM_CNT
/POFM_CNT
5VNPD
3
5VNPD
5VNPD
4
5
5VNPD
3
8
7
POFM_V
POFM_V
/POFM_CNT
POFM_V
POFM_V
P
OM
_A
12
9
7
11
10
P
OM
_B
P
OM
_B
/
INT2
4
V1
D-GND
P
O
D1
1
6
12
11
D-GND
D
-G
ND
1P
O
F
M
_
V
4
3
P
-G
ND
2
3
1
P
O
F
M
_
V
2
P
OM
_B
6
P
OM
_B
/
3
INT2
4
V1
4
5
8
11
10
12
9
2
P
OM
_A
D
-G
ND
1
P
O
D1
2
1
P
OM
_A
/
INT2
4
V1
D
-G
ND
T
F
D2
2
H
P
O
S2
5
VNPD
2
4
P
O
F
M
_L
D1
3
P
-G
ND
/P
O
F
M
_C
NT
P
O
F
M
_L
D2
2
11
11
P
-G
ND
/O
S
M
_
X
A
/O
S
M
_
X
B
3
5
VNPD
3
P
O
F
M
1
P
O
F
M
2
2
1
4
20
P
O
F
M
_
V
7
P
O
F
M
_L
D1
21
P
-G
ND
22
8
/P
O
F
M
_C
NT
2
4
P
O
F
M
_L
D1
2
3
4
3
4
2
4
V2
/O
S
M
_
/B
2
1
/O
S
M
_
/A
1
7
1
6
1
5
2
P-GND
5VNPD
/POFM_CNT
5VNPD
P-GND
9
1
P-GND
4
5
VNPD
1
5
VNPD
1
7
1
2
4
1
3
55
1
2
4
V2
D
-G
ND
3
1
D
-G
ND
3
3
O
S
M
(S
H
IF
TE
R
MO
T
O
R)
3
P
CU
P
WB
D
R
IVE
R
M
A
IN
P
WB
INT2
4
V1
2I
N
T
2
4
V1
P
OM
_A
/
P
OM
_A
/
8
INT2
4
V1
2
P
-G
ND
2
2P
-G
ND
P
-G
ND
INT2
4
V1
1
3
N
C3
3
/FU
M
_CK
2
7
/FU
M
_CK
1
4
H
P
O
S
P
O
D2
6
N
C6
2
7
/O
S
M
_B
4
55
P
O
F
M
_
V
6
/O
S
M
_A
9
9
2
P
O
F
M
_L
D2
7
8
/P
O
F
M
_C
NT
6
/O
S
M
_A
1
2
3
2
/O
S
M
_
X
B
1
/O
S
M
_
X
A
3
4
/O
S
M
_B
1
D-GND
D-GND
1
5
P
OM
_A
/1
7
2
INT2
4
V1
2
3
P
OM
_B
/
3
6
4
P
OM
_A
4
5
INT2
4
V1
5
6
P
OM
_B
3
P
-G
ND
3
1
FUF
M
_
/V
1
2
FUF
M
_L
D2
1
9
P
-G
ND
33
FUF
M
_
/V
34
FUF
M
_L
D
5
P-GND
P-GND
6
/P
O
F
M
_C
NT
Page of 41
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