AL-1622 (serv.man18). Actual wiring diagram - Sharp Copying Equipment Service Manual (repair manual)

Model
AL-1622 (serv.man18)
Pages
4 Few pages! See other manuals at the bottom of the first or last page.
Size
40.02 MB
Type
PDF
Document
Service Manual
Brand
Device
Copying Equipment / Actual wiring diagram
File
al-1622-sm18.pdf
Date

View Sharp AL-1622 (serv.man18) Service Manual online

AL-1611/AL-1622
ACTUAL WIRING DIAGRAM
15 – 1
[1
5
] A
C
T
UA
L
 W
IR
ING
 D
IAG
RA
M
1
. ACT
UAL WIRING 
D
IA
G
R
A
M 1/4
AL-1611/AL-1622
ACTUAL WIRING DIAGRAM
15 – 2
2. ACTUAL
 W
IR
IN
G
 DIAGRAM
 2
/4
AL-1611/AL-1622
ACTUAL WIRING DIAGRAM
15 – 3
3. ACTUA
W
IRING
 DIAGRAM
 3/4
AL-1611/AL-1622
ACTUAL WIRING DIAGRAM
15 – 4
9
24V
SELC
1
4
24V
C
O
V
E
R OP
E
N
PP
C
GY
B
R
S
enser
 P
W
B
5
1
7
2
2
P
H
NR
-7
-H
P
S
O
L
/
P
S
O
L
DF3
-3
S
-2
C
LE
D
S
PP
D
24V
1
5
G
S
O
L
/
R
D
OR
P
K
6
2
3
Y
1
5
4
P
A
P
E
R
R
D
B
L
C
O
V
E
R
5
V2
2
L
2
5
6
P
H
NR
-6
-H
P
H
NR
-2
-H
5
R
S
O
L
B
/
1
GY
P
K
S
M
P
-0
2V
(N
)
3
2
0
C
O
V
E
R
24
3
P
G
N
D
P
L
W
3
1
1
6
3
1
P
A
P
E
F
EE
D
 U
N
IT
24V
1
C
N
00
3
GY
P
L
S
M
P
-0
2V
(B
)
CL
2
11
-0
2
11
-6
1
7
L
G
N
D
1
0
M
O
T
A
N
P
K
6
1
3
L
G
N
D
2
5
V
R
S
O
L
/
1
3
OR
B
L
B
L
E
A
R
T
H
P
L
A
T
E
6
1
4
M
O
T
A
M
O
T
B
N
5
CL
H
5
V
1
C
N
00
1
P
L
3
9
L
G
N
D
L
G
N
D
B
U
6
P
-T
R
-P
-H
W
1
P
A
P
E
R
CL
H
/
1
R
D
P
L
P
L
11
G
S
O
L
5
V2
1
6
P
S
O
L
SEL
A
S
R
A
-2
1
T
-4
GY
(P
H
D
R
-22V
S
)
L
G
N
D
L
G
N
D
2
0
L
G
N
D
P
S
O
L
/
1
P
A
P
E
R
R
D
P
L
L
B
8
24V
SEL
B
1
8
9
P
D
O
W
N
OR
B
R
5
V
4
2
1
1
3
P
H
NR
-7
-H
24V
1
(P
H
R
-7
)
22
A
/
4
24V
1
(P
H
R
-2
)
OR
P
L
5
22
C
O
V
E
R OP
E
N
1
3
2
L
G
N
D
L
B
W
1
W
0
1
3
6
5
P
H
NR
-2
-H
CL
H
B
GY
L
B
S
M
R
-0
2V
(N
)
2
1
9
P
A
P
E
R
22
1
2
P
G
N
D
B
L
L
G
N
D
7
5
V2
5
B
U
7
P
-T
R
-P
-H
2
2
1
4
CL
H
/
5
GY
L
B
P
H
R
-3
24V
1
1
6
P
G
N
D
8
M
O
T
B
B
R
5
W
1
5
V
5
V2
1
W
0
B
U
2
P
-T
R
-P
-H
24V
1
2
4
OR
L
B
L
B
S
P
F
 F
IX
IN
G
P
L
A
T
E
3
1
3
CL
H
2
3
R
S
O
L
SELC
In
ter
fac
e
 P
W
B
P
L
2
11
5
V
4
2
W
2
2
3
6
M
O
T
R
D
P
K
P
K
IN
T
E
RN
A
L
 S
P
F
/D
S
P
F
7
1
0
P
S
O
L
5
V
1
2
0
24V
Y
F
G
GY
C
N
00
2
1
9
6
3
3
1
24V
1
DF3
-3
S
-2
C
L
G
N
D
6
R
D
OR
B
L
7
24
M
O
T
A
N
SEL
A
1
7
7
C
O
V
E
R
OR
B
L
W
0
3
L
1
4
P
H
NR
-6
-H
O
rigi
n
a
T
ra
y
C
N
1
0
1
1
8
A
1
2
C
N
00
4
GY
P
L
P
H
R
-6
4
2
1
P
D
O
W
N
1
9
1
L
G
N
D
L
B
W
2
C
O
V
E
R
2
7
4
R
S
O
L
/
(P
H
R
-7
)
G
S
O
L
GY
B
R
S
M
R
-0
2V
(B
)
1
1
8
L
G
N
D
11
M
O
T
B
N
B
R
7
1
6
L
1
4
1
8
24V
1
1
GY
B
L
L
B
3
2
1
5
M
O
T
B
P
G
N
D
6
M
O
T
A
5
V2
(P
H
D
R
-24V
S
)
P
L
4
W
2
L
1
L
2
7
C
O
V
E
R
24V
1
2
R
S
P
F
 ON
L
Y
OR
B
R
B
R
2
1
2
R
S
O
L
2
1
G
S
O
L
SEL
B
F
G
GY
1
W
3
L
2
1
5
1
W
3
1
0
2
1
2
R
D
B
L
B
L
N
.C
.
2
5
N
.C
.
B
R
(P
H
R
-3
)
C
N
00
5
1
C
O
V
E
R OP
E
N
3
5
V2
2
L
G
N
D
C
O
V
E
R OP
E
N
1
3
DF3
-3
S
-2
C
G
P
1
A
7
1
A
1
2
R
D
OR
B
R
GY
4
A
C
TUAL WIRING DIAGRAM 4
/4
AL-1611/AL-1622
ACTUAL WIRING DIAGRAM
15 – 4
9
24V
SELC
1
4
24V
C
O
V
E
R OP
E
N
PP
C
GY
B
R
S
enser
 P
W
B
5
1
7
2
2
P
H
NR
-7
-H
P
S
O
L
/
P
S
O
L
DF3
-3
S
-2
C
LE
D
S
PP
D
24V
1
5
G
S
O
L
/
R
D
OR
P
K
6
2
3
Y
1
5
4
P
A
P
E
R
R
D
B
L
C
O
V
E
R
5
V2
2
L
2
5
6
P
H
NR
-6
-H
P
H
NR
-2
-H
5
R
S
O
L
B
/
1
GY
P
K
S
M
P
-0
2V
(N
)
3
2
0
C
O
V
E
R
24
3
P
G
N
D
P
L
W
3
1
1
6
3
1
P
A
P
E
F
EE
D
 U
N
IT
24V
1
C
N
00
3
GY
P
L
S
M
P
-0
2V
(B
)
CL
2
11
-0
2
11
-6
1
7
L
G
N
D
1
0
M
O
T
A
N
P
K
6
1
3
L
G
N
D
2
5
V
R
S
O
L
/
1
3
OR
B
L
B
L
E
A
R
T
H
P
L
A
T
E
6
1
4
M
O
T
A
M
O
T
B
N
5
CL
H
5
V
1
C
N
00
1
P
L
3
9
L
G
N
D
L
G
N
D
B
U
6
P
-T
R
-P
-H
W
1
P
A
P
E
R
CL
H
/
1
R
D
P
L
P
L
11
G
S
O
L
5
V2
1
6
P
S
O
L
SEL
A
S
R
A
-2
1
T
-4
GY
(P
H
D
R
-22V
S
)
L
G
N
D
L
G
N
D
2
0
L
G
N
D
P
S
O
L
/
1
P
A
P
E
R
R
D
P
L
L
B
8
24V
SEL
B
1
8
9
P
D
O
W
N
OR
B
R
5
V
4
2
1
1
3
P
H
NR
-7
-H
24V
1
(P
H
R
-7
)
22
A
/
4
24V
1
(P
H
R
-2
)
OR
P
L
5
22
C
O
V
E
R OP
E
N
1
3
2
L
G
N
D
L
B
W
1
W
0
1
3
6
5
P
H
NR
-2
-H
CL
H
B
GY
L
B
S
M
R
-0
2V
(N
)
2
1
9
P
A
P
E
R
22
1
2
P
G
N
D
B
L
L
G
N
D
7
5
V2
5
B
U
7
P
-T
R
-P
-H
2
2
1
4
CL
H
/
5
GY
L
B
P
H
R
-3
24V
1
1
6
P
G
N
D
8
M
O
T
B
B
R
5
W
1
5
V
5
V2
1
W
0
B
U
2
P
-T
R
-P
-H
24V
1
2
4
OR
L
B
L
B
S
P
F
 F
IX
IN
G
P
L
A
T
E
3
1
3
CL
H
2
3
R
S
O
L
SELC
In
ter
fac
e
 P
W
B
P
L
2
11
5
V
4
2
W
2
2
3
6
M
O
T
R
D
P
K
P
K
IN
T
E
RN
A
L
 S
P
F
/D
S
P
F
7
1
0
P
S
O
L
5
V
1
2
0
24V
Y
F
G
GY
C
N
00
2
1
9
6
3
3
1
24V
1
DF3
-3
S
-2
C
L
G
N
D
6
R
D
OR
B
L
7
24
M
O
T
A
N
SEL
A
1
7
7
C
O
V
E
R
OR
B
L
W
0
3
L
1
4
P
H
NR
-6
-H
O
rigi
n
a
T
ra
y
C
N
1
0
1
1
8
A
1
2
C
N
00
4
GY
P
L
P
H
R
-6
4
2
1
P
D
O
W
N
1
9
1
L
G
N
D
L
B
W
2
C
O
V
E
R
2
7
4
R
S
O
L
/
(P
H
R
-7
)
G
S
O
L
GY
B
R
S
M
R
-0
2V
(B
)
1
1
8
L
G
N
D
11
M
O
T
B
N
B
R
7
1
6
L
1
4
1
8
24V
1
1
GY
B
L
L
B
3
2
1
5
M
O
T
B
P
G
N
D
6
M
O
T
A
5
V2
(P
H
D
R
-24V
S
)
P
L
4
W
2
L
1
L
2
7
C
O
V
E
R
24V
1
2
R
S
P
F
 ON
L
Y
OR
B
R
B
R
2
1
2
R
S
O
L
2
1
G
S
O
L
SEL
B
F
G
GY
1
W
3
L
2
1
5
1
W
3
1
0
2
1
2
R
D
B
L
B
L
N
.C
.
2
5
N
.C
.
B
R
(P
H
R
-3
)
C
N
00
5
1
C
O
V
E
R OP
E
N
3
5
V2
2
L
G
N
D
C
O
V
E
R OP
E
N
1
3
DF3
-3
S
-2
C
G
P
1
A
7
1
A
1
2
R
D
OR
B
R
GY
4
A
C
TUAL WIRING DIAGRAM 4
/4
AL-1611/AL-1622
ACTUAL WIRING DIAGRAM
15 – 4
9
24V
SELC
1
4
24V
C
O
V
E
R OP
E
N
PP
C
GY
B
R
S
enser
 P
W
B
5
1
7
2
2
P
H
NR
-7
-H
P
S
O
L
/
P
S
O
L
DF3
-3
S
-2
C
LE
D
S
PP
D
24V
1
5
G
S
O
L
/
R
D
OR
P
K
6
2
3
Y
1
5
4
P
A
P
E
R
R
D
B
L
C
O
V
E
R
5
V2
2
L
2
5
6
P
H
NR
-6
-H
P
H
NR
-2
-H
5
R
S
O
L
B
/
1
GY
P
K
S
M
P
-0
2V
(N
)
3
2
0
C
O
V
E
R
24
3
P
G
N
D
P
L
W
3
1
1
6
3
1
P
A
P
E
F
EE
D
 U
N
IT
24V
1
C
N
00
3
GY
P
L
S
M
P
-0
2V
(B
)
CL
2
11
-0
2
11
-6
1
7
L
G
N
D
1
0
M
O
T
A
N
P
K
6
1
3
L
G
N
D
2
5
V
R
S
O
L
/
1
3
OR
B
L
B
L
E
A
R
T
H
P
L
A
T
E
6
1
4
M
O
T
A
M
O
T
B
N
5
CL
H
5
V
1
C
N
00
1
P
L
3
9
L
G
N
D
L
G
N
D
B
U
6
P
-T
R
-P
-H
W
1
P
A
P
E
R
CL
H
/
1
R
D
P
L
P
L
11
G
S
O
L
5
V2
1
6
P
S
O
L
SEL
A
S
R
A
-2
1
T
-4
GY
(P
H
D
R
-22V
S
)
L
G
N
D
L
G
N
D
2
0
L
G
N
D
P
S
O
L
/
1
P
A
P
E
R
R
D
P
L
L
B
8
24V
SEL
B
1
8
9
P
D
O
W
N
OR
B
R
5
V
4
2
1
1
3
P
H
NR
-7
-H
24V
1
(P
H
R
-7
)
22
A
/
4
24V
1
(P
H
R
-2
)
OR
P
L
5
22
C
O
V
E
R OP
E
N
1
3
2
L
G
N
D
L
B
W
1
W
0
1
3
6
5
P
H
NR
-2
-H
CL
H
B
GY
L
B
S
M
R
-0
2V
(N
)
2
1
9
P
A
P
E
R
22
1
2
P
G
N
D
B
L
L
G
N
D
7
5
V2
5
B
U
7
P
-T
R
-P
-H
2
2
1
4
CL
H
/
5
GY
L
B
P
H
R
-3
24V
1
1
6
P
G
N
D
8
M
O
T
B
B
R
5
W
1
5
V
5
V2
1
W
0
B
U
2
P
-T
R
-P
-H
24V
1
2
4
OR
L
B
L
B
S
P
F
 F
IX
IN
G
P
L
A
T
E
3
1
3
CL
H
2
3
R
S
O
L
SELC
In
ter
fac
e
 P
W
B
P
L
2
11
5
V
4
2
W
2
2
3
6
M
O
T
R
D
P
K
P
K
IN
T
E
RN
A
L
 S
P
F
/D
S
P
F
7
1
0
P
S
O
L
5
V
1
2
0
24V
Y
F
G
GY
C
N
00
2
1
9
6
3
3
1
24V
1
DF3
-3
S
-2
C
L
G
N
D
6
R
D
OR
B
L
7
24
M
O
T
A
N
SEL
A
1
7
7
C
O
V
E
R
OR
B
L
W
0
3
L
1
4
P
H
NR
-6
-H
O
rigi
n
a
T
ra
y
C
N
1
0
1
1
8
A
1
2
C
N
00
4
GY
P
L
P
H
R
-6
4
2
1
P
D
O
W
N
1
9
1
L
G
N
D
L
B
W
2
C
O
V
E
R
2
7
4
R
S
O
L
/
(P
H
R
-7
)
G
S
O
L
GY
B
R
S
M
R
-0
2V
(B
)
1
1
8
L
G
N
D
11
M
O
T
B
N
B
R
7
1
6
L
1
4
1
8
24V
1
1
GY
B
L
L
B
3
2
1
5
M
O
T
B
P
G
N
D
6
M
O
T
A
5
V2
(P
H
D
R
-24V
S
)
P
L
4
W
2
L
1
L
2
7
C
O
V
E
R
24V
1
2
R
S
P
F
 ON
L
Y
OR
B
R
B
R
2
1
2
R
S
O
L
2
1
G
S
O
L
SEL
B
F
G
GY
1
W
3
L
2
1
5
1
W
3
1
0
2
1
2
R
D
B
L
B
L
N
.C
.
2
5
N
.C
.
B
R
(P
H
R
-3
)
C
N
00
5
1
C
O
V
E
R OP
E
N
3
5
V2
2
L
G
N
D
C
O
V
E
R OP
E
N
1
3
DF3
-3
S
-2
C
G
P
1
A
7
1
A
1
2
R
D
OR
B
R
GY
4
A
C
TUAL WIRING DIAGRAM 4
/4
AL-1611/AL-1622
ACTUAL WIRING DIAGRAM
15 – 4
9
24V
SELC
1
4
24V
C
O
V
E
R OP
E
N
PP
C
GY
B
R
S
enser
 P
W
B
5
1
7
2
2
P
H
NR
-7
-H
P
S
O
L
/
P
S
O
L
DF3
-3
S
-2
C
LE
D
S
PP
D
24V
1
5
G
S
O
L
/
R
D
OR
P
K
6
2
3
Y
1
5
4
P
A
P
E
R
R
D
B
L
C
O
V
E
R
5
V2
2
L
2
5
6
P
H
NR
-6
-H
P
H
NR
-2
-H
5
R
S
O
L
B
/
1
GY
P
K
S
M
P
-0
2V
(N
)
3
2
0
C
O
V
E
R
24
3
P
G
N
D
P
L
W
3
1
1
6
3
1
P
A
P
E
F
EE
D
 U
N
IT
24V
1
C
N
00
3
GY
P
L
S
M
P
-0
2V
(B
)
CL
2
11
-0
2
11
-6
1
7
L
G
N
D
1
0
M
O
T
A
N
P
K
6
1
3
L
G
N
D
2
5
V
R
S
O
L
/
1
3
OR
B
L
B
L
E
A
R
T
H
P
L
A
T
E
6
1
4
M
O
T
A
M
O
T
B
N
5
CL
H
5
V
1
C
N
00
1
P
L
3
9
L
G
N
D
L
G
N
D
B
U
6
P
-T
R
-P
-H
W
1
P
A
P
E
R
CL
H
/
1
R
D
P
L
P
L
11
G
S
O
L
5
V2
1
6
P
S
O
L
SEL
A
S
R
A
-2
1
T
-4
GY
(P
H
D
R
-22V
S
)
L
G
N
D
L
G
N
D
2
0
L
G
N
D
P
S
O
L
/
1
P
A
P
E
R
R
D
P
L
L
B
8
24V
SEL
B
1
8
9
P
D
O
W
N
OR
B
R
5
V
4
2
1
1
3
P
H
NR
-7
-H
24V
1
(P
H
R
-7
)
22
A
/
4
24V
1
(P
H
R
-2
)
OR
P
L
5
22
C
O
V
E
R OP
E
N
1
3
2
L
G
N
D
L
B
W
1
W
0
1
3
6
5
P
H
NR
-2
-H
CL
H
B
GY
L
B
S
M
R
-0
2V
(N
)
2
1
9
P
A
P
E
R
22
1
2
P
G
N
D
B
L
L
G
N
D
7
5
V2
5
B
U
7
P
-T
R
-P
-H
2
2
1
4
CL
H
/
5
GY
L
B
P
H
R
-3
24V
1
1
6
P
G
N
D
8
M
O
T
B
B
R
5
W
1
5
V
5
V2
1
W
0
B
U
2
P
-T
R
-P
-H
24V
1
2
4
OR
L
B
L
B
S
P
F
 F
IX
IN
G
P
L
A
T
E
3
1
3
CL
H
2
3
R
S
O
L
SELC
In
ter
fac
e
 P
W
B
P
L
2
11
5
V
4
2
W
2
2
3
6
M
O
T
R
D
P
K
P
K
IN
T
E
RN
A
L
 S
P
F
/D
S
P
F
7
1
0
P
S
O
L
5
V
1
2
0
24V
Y
F
G
GY
C
N
00
2
1
9
6
3
3
1
24V
1
DF3
-3
S
-2
C
L
G
N
D
6
R
D
OR
B
L
7
24
M
O
T
A
N
SEL
A
1
7
7
C
O
V
E
R
OR
B
L
W
0
3
L
1
4
P
H
NR
-6
-H
O
rigi
n
a
T
ra
y
C
N
1
0
1
1
8
A
1
2
C
N
00
4
GY
P
L
P
H
R
-6
4
2
1
P
D
O
W
N
1
9
1
L
G
N
D
L
B
W
2
C
O
V
E
R
2
7
4
R
S
O
L
/
(P
H
R
-7
)
G
S
O
L
GY
B
R
S
M
R
-0
2V
(B
)
1
1
8
L
G
N
D
11
M
O
T
B
N
B
R
7
1
6
L
1
4
1
8
24V
1
1
GY
B
L
L
B
3
2
1
5
M
O
T
B
P
G
N
D
6
M
O
T
A
5
V2
(P
H
D
R
-24V
S
)
P
L
4
W
2
L
1
L
2
7
C
O
V
E
R
24V
1
2
R
S
P
F
 ON
L
Y
OR
B
R
B
R
2
1
2
R
S
O
L
2
1
G
S
O
L
SEL
B
F
G
GY
1
W
3
L
2
1
5
1
W
3
1
0
2
1
2
R
D
B
L
B
L
N
.C
.
2
5
N
.C
.
B
R
(P
H
R
-3
)
C
N
00
5
1
C
O
V
E
R OP
E
N
3
5
V2
2
L
G
N
D
C
O
V
E
R OP
E
N
1
3
DF3
-3
S
-2
C
G
P
1
A
7
1
A
1
2
R
D
OR
B
R
GY
4
A
C
TUAL WIRING DIAGRAM 4
/4
AL-1611/AL-1622
ACTUAL WIRING DIAGRAM
15 – 4
9
24V
SELC
1
4
24V
C
O
V
E
R OP
E
N
PP
C
GY
B
R
S
enser
 P
W
B
5
1
7
2
2
P
H
NR
-7
-H
P
S
O
L
/
P
S
O
L
DF3
-3
S
-2
C
LE
D
S
PP
D
24V
1
5
G
S
O
L
/
R
D
OR
P
K
6
2
3
Y
1
5
4
P
A
P
E
R
R
D
B
L
C
O
V
E
R
5
V2
2
L
2
5
6
P
H
NR
-6
-H
P
H
NR
-2
-H
5
R
S
O
L
B
/
1
GY
P
K
S
M
P
-0
2V
(N
)
3
2
0
C
O
V
E
R
24
3
P
G
N
D
P
L
W
3
1
1
6
3
1
P
A
P
E
F
EE
D
 U
N
IT
24V
1
C
N
00
3
GY
P
L
S
M
P
-0
2V
(B
)
CL
2
11
-0
2
11
-6
1
7
L
G
N
D
1
0
M
O
T
A
N
P
K
6
1
3
L
G
N
D
2
5
V
R
S
O
L
/
1
3
OR
B
L
B
L
E
A
R
T
H
P
L
A
T
E
6
1
4
M
O
T
A
M
O
T
B
N
5
CL
H
5
V
1
C
N
00
1
P
L
3
9
L
G
N
D
L
G
N
D
B
U
6
P
-T
R
-P
-H
W
1
P
A
P
E
R
CL
H
/
1
R
D
P
L
P
L
11
G
S
O
L
5
V2
1
6
P
S
O
L
SEL
A
S
R
A
-2
1
T
-4
GY
(P
H
D
R
-22V
S
)
L
G
N
D
L
G
N
D
2
0
L
G
N
D
P
S
O
L
/
1
P
A
P
E
R
R
D
P
L
L
B
8
24V
SEL
B
1
8
9
P
D
O
W
N
OR
B
R
5
V
4
2
1
1
3
P
H
NR
-7
-H
24V
1
(P
H
R
-7
)
22
A
/
4
24V
1
(P
H
R
-2
)
OR
P
L
5
22
C
O
V
E
R OP
E
N
1
3
2
L
G
N
D
L
B
W
1
W
0
1
3
6
5
P
H
NR
-2
-H
CL
H
B
GY
L
B
S
M
R
-0
2V
(N
)
2
1
9
P
A
P
E
R
22
1
2
P
G
N
D
B
L
L
G
N
D
7
5
V2
5
B
U
7
P
-T
R
-P
-H
2
2
1
4
CL
H
/
5
GY
L
B
P
H
R
-3
24V
1
1
6
P
G
N
D
8
M
O
T
B
B
R
5
W
1
5
V
5
V2
1
W
0
B
U
2
P
-T
R
-P
-H
24V
1
2
4
OR
L
B
L
B
S
P
F
 F
IX
IN
G
P
L
A
T
E
3
1
3
CL
H
2
3
R
S
O
L
SELC
In
ter
fac
e
 P
W
B
P
L
2
11
5
V
4
2
W
2
2
3
6
M
O
T
R
D
P
K
P
K
IN
T
E
RN
A
L
 S
P
F
/D
S
P
F
7
1
0
P
S
O
L
5
V
1
2
0
24V
Y
F
G
GY
C
N
00
2
1
9
6
3
3
1
24V
1
DF3
-3
S
-2
C
L
G
N
D
6
R
D
OR
B
L
7
24
M
O
T
A
N
SEL
A
1
7
7
C
O
V
E
R
OR
B
L
W
0
3
L
1
4
P
H
NR
-6
-H
O
rigi
n
a
T
ra
y
C
N
1
0
1
1
8
A
1
2
C
N
00
4
GY
P
L
P
H
R
-6
4
2
1
P
D
O
W
N
1
9
1
L
G
N
D
L
B
W
2
C
O
V
E
R
2
7
4
R
S
O
L
/
(P
H
R
-7
)
G
S
O
L
GY
B
R
S
M
R
-0
2V
(B
)
1
1
8
L
G
N
D
11
M
O
T
B
N
B
R
7
1
6
L
1
4
1
8
24V
1
1
GY
B
L
L
B
3
2
1
5
M
O
T
B
P
G
N
D
6
M
O
T
A
5
V2
(P
H
D
R
-24V
S
)
P
L
4
W
2
L
1
L
2
7
C
O
V
E
R
24V
1
2
R
S
P
F
 ON
L
Y
OR
B
R
B
R
2
1
2
R
S
O
L
2
1
G
S
O
L
SEL
B
F
G
GY
1
W
3
L
2
1
5
1
W
3
1
0
2
1
2
R
D
B
L
B
L
N
.C
.
2
5
N
.C
.
B
R
(P
H
R
-3
)
C
N
00
5
1
C
O
V
E
R OP
E
N
3
5
V2
2
L
G
N
D
C
O
V
E
R OP
E
N
1
3
DF3
-3
S
-2
C
G
P
1
A
7
1
A
1
2
R
D
OR
B
R
GY
4
A
C
TUAL WIRING DIAGRAM 4
/4
AL-1611/AL-1622
ACTUAL WIRING DIAGRAM
15 – 4
9
24V
SELC
1
4
24V
C
O
V
E
R OP
E
N
PP
C
GY
B
R
S
enser
 P
W
B
5
1
7
2
2
P
H
NR
-7
-H
P
S
O
L
/
P
S
O
L
DF3
-3
S
-2
C
LE
D
S
PP
D
24V
1
5
G
S
O
L
/
R
D
OR
P
K
6
2
3
Y
1
5
4
P
A
P
E
R
R
D
B
L
C
O
V
E
R
5
V2
2
L
2
5
6
P
H
NR
-6
-H
P
H
NR
-2
-H
5
R
S
O
L
B
/
1
GY
P
K
S
M
P
-0
2V
(N
)
3
2
0
C
O
V
E
R
24
3
P
G
N
D
P
L
W
3
1
1
6
3
1
P
A
P
E
F
EE
D
 U
N
IT
24V
1
C
N
00
3
GY
P
L
S
M
P
-0
2V
(B
)
CL
2
11
-0
2
11
-6
1
7
L
G
N
D
1
0
M
O
T
A
N
P
K
6
1
3
L
G
N
D
2
5
V
R
S
O
L
/
1
3
OR
B
L
B
L
E
A
R
T
H
P
L
A
T
E
6
1
4
M
O
T
A
M
O
T
B
N
5
CL
H
5
V
1
C
N
00
1
P
L
3
9
L
G
N
D
L
G
N
D
B
U
6
P
-T
R
-P
-H
W
1
P
A
P
E
R
CL
H
/
1
R
D
P
L
P
L
11
G
S
O
L
5
V2
1
6
P
S
O
L
SEL
A
S
R
A
-2
1
T
-4
GY
(P
H
D
R
-22V
S
)
L
G
N
D
L
G
N
D
2
0
L
G
N
D
P
S
O
L
/
1
P
A
P
E
R
R
D
P
L
L
B
8
24V
SEL
B
1
8
9
P
D
O
W
N
OR
B
R
5
V
4
2
1
1
3
P
H
NR
-7
-H
24V
1
(P
H
R
-7
)
22
A
/
4
24V
1
(P
H
R
-2
)
OR
P
L
5
22
C
O
V
E
R OP
E
N
1
3
2
L
G
N
D
L
B
W
1
W
0
1
3
6
5
P
H
NR
-2
-H
CL
H
B
GY
L
B
S
M
R
-0
2V
(N
)
2
1
9
P
A
P
E
R
22
1
2
P
G
N
D
B
L
L
G
N
D
7
5
V2
5
B
U
7
P
-T
R
-P
-H
2
2
1
4
CL
H
/
5
GY
L
B
P
H
R
-3
24V
1
1
6
P
G
N
D
8
M
O
T
B
B
R
5
W
1
5
V
5
V2
1
W
0
B
U
2
P
-T
R
-P
-H
24V
1
2
4
OR
L
B
L
B
S
P
F
 F
IX
IN
G
P
L
A
T
E
3
1
3
CL
H
2
3
R
S
O
L
SELC
In
ter
fac
e
 P
W
B
P
L
2
11
5
V
4
2
W
2
2
3
6
M
O
T
R
D
P
K
P
K
IN
T
E
RN
A
L
 S
P
F
/D
S
P
F
7
1
0
P
S
O
L
5
V
1
2
0
24V
Y
F
G
GY
C
N
00
2
1
9
6
3
3
1
24V
1
DF3
-3
S
-2
C
L
G
N
D
6
R
D
OR
B
L
7
24
M
O
T
A
N
SEL
A
1
7
7
C
O
V
E
R
OR
B
L
W
0
3
L
1
4
P
H
NR
-6
-H
O
rigi
n
a
T
ra
y
C
N
1
0
1
1
8
A
1
2
C
N
00
4
GY
P
L
P
H
R
-6
4
2
1
P
D
O
W
N
1
9
1
L
G
N
D
L
B
W
2
C
O
V
E
R
2
7
4
R
S
O
L
/
(P
H
R
-7
)
G
S
O
L
GY
B
R
S
M
R
-0
2V
(B
)
1
1
8
L
G
N
D
11
M
O
T
B
N
B
R
7
1
6
L
1
4
1
8
24V
1
1
GY
B
L
L
B
3
2
1
5
M
O
T
B
P
G
N
D
6
M
O
T
A
5
V2
(P
H
D
R
-24V
S
)
P
L
4
W
2
L
1
L
2
7
C
O
V
E
R
24V
1
2
R
S
P
F
 ON
L
Y
OR
B
R
B
R
2
1
2
R
S
O
L
2
1
G
S
O
L
SEL
B
F
G
GY
1
W
3
L
2
1
5
1
W
3
1
0
2
1
2
R
D
B
L
B
L
N
.C
.
2
5
N
.C
.
B
R
(P
H
R
-3
)
C
N
00
5
1
C
O
V
E
R OP
E
N
3
5
V2
2
L
G
N
D
C
O
V
E
R OP
E
N
1
3
DF3
-3
S
-2
C
G
P
1
A
7
1
A
1
2
R
D
OR
B
R
GY
4
A
C
TUAL WIRING DIAGRAM 4
/4
AL-1611/AL-1622
ACTUAL WIRING DIAGRAM
15 – 4
9
24V
SELC
1
4
24V
C
O
V
E
R OP
E
N
PP
C
GY
B
R
S
enser
 P
W
B
5
1
7
2
2
P
H
NR
-7
-H
P
S
O
L
/
P
S
O
L
DF3
-3
S
-2
C
LE
D
S
PP
D
24V
1
5
G
S
O
L
/
R
D
OR
P
K
6
2
3
Y
1
5
4
P
A
P
E
R
R
D
B
L
C
O
V
E
R
5
V2
2
L
2
5
6
P
H
NR
-6
-H
P
H
NR
-2
-H
5
R
S
O
L
B
/
1
GY
P
K
S
M
P
-0
2V
(N
)
3
2
0
C
O
V
E
R
24
3
P
G
N
D
P
L
W
3
1
1
6
3
1
P
A
P
E
F
EE
D
 U
N
IT
24V
1
C
N
00
3
GY
P
L
S
M
P
-0
2V
(B
)
CL
2
11
-0
2
11
-6
1
7
L
G
N
D
1
0
M
O
T
A
N
P
K
6
1
3
L
G
N
D
2
5
V
R
S
O
L
/
1
3
OR
B
L
B
L
E
A
R
T
H
P
L
A
T
E
6
1
4
M
O
T
A
M
O
T
B
N
5
CL
H
5
V
1
C
N
00
1
P
L
3
9
L
G
N
D
L
G
N
D
B
U
6
P
-T
R
-P
-H
W
1
P
A
P
E
R
CL
H
/
1
R
D
P
L
P
L
11
G
S
O
L
5
V2
1
6
P
S
O
L
SEL
A
S
R
A
-2
1
T
-4
GY
(P
H
D
R
-22V
S
)
L
G
N
D
L
G
N
D
2
0
L
G
N
D
P
S
O
L
/
1
P
A
P
E
R
R
D
P
L
L
B
8
24V
SEL
B
1
8
9
P
D
O
W
N
OR
B
R
5
V
4
2
1
1
3
P
H
NR
-7
-H
24V
1
(P
H
R
-7
)
22
A
/
4
24V
1
(P
H
R
-2
)
OR
P
L
5
22
C
O
V
E
R OP
E
N
1
3
2
L
G
N
D
L
B
W
1
W
0
1
3
6
5
P
H
NR
-2
-H
CL
H
B
GY
L
B
S
M
R
-0
2V
(N
)
2
1
9
P
A
P
E
R
22
1
2
P
G
N
D
B
L
L
G
N
D
7
5
V2
5
B
U
7
P
-T
R
-P
-H
2
2
1
4
CL
H
/
5
GY
L
B
P
H
R
-3
24V
1
1
6
P
G
N
D
8
M
O
T
B
B
R
5
W
1
5
V
5
V2
1
W
0
B
U
2
P
-T
R
-P
-H
24V
1
2
4
OR
L
B
L
B
S
P
F
 F
IX
IN
G
P
L
A
T
E
3
1
3
CL
H
2
3
R
S
O
L
SELC
In
ter
fac
e
 P
W
B
P
L
2
11
5
V
4
2
W
2
2
3
6
M
O
T
R
D
P
K
P
K
IN
T
E
RN
A
L
 S
P
F
/D
S
P
F
7
1
0
P
S
O
L
5
V
1
2
0
24V
Y
F
G
GY
C
N
00
2
1
9
6
3
3
1
24V
1
DF3
-3
S
-2
C
L
G
N
D
6
R
D
OR
B
L
7
24
M
O
T
A
N
SEL
A
1
7
7
C
O
V
E
R
OR
B
L
W
0
3
L
1
4
P
H
NR
-6
-H
O
rigi
n
a
T
ra
y
C
N
1
0
1
1
8
A
1
2
C
N
00
4
GY
P
L
P
H
R
-6
4
2
1
P
D
O
W
N
1
9
1
L
G
N
D
L
B
W
2
C
O
V
E
R
2
7
4
R
S
O
L
/
(P
H
R
-7
)
G
S
O
L
GY
B
R
S
M
R
-0
2V
(B
)
1
1
8
L
G
N
D
11
M
O
T
B
N
B
R
7
1
6
L
1
4
1
8
24V
1
1
GY
B
L
L
B
3
2
1
5
M
O
T
B
P
G
N
D
6
M
O
T
A
5
V2
(P
H
D
R
-24V
S
)
P
L
4
W
2
L
1
L
2
7
C
O
V
E
R
24V
1
2
R
S
P
F
 ON
L
Y
OR
B
R
B
R
2
1
2
R
S
O
L
2
1
G
S
O
L
SEL
B
F
G
GY
1
W
3
L
2
1
5
1
W
3
1
0
2
1
2
R
D
B
L
B
L
N
.C
.
2
5
N
.C
.
B
R
(P
H
R
-3
)
C
N
00
5
1
C
O
V
E
R OP
E
N
3
5
V2
2
L
G
N
D
C
O
V
E
R OP
E
N
1
3
DF3
-3
S
-2
C
G
P
1
A
7
1
A
1
2
R
D
OR
B
R
GY
4
A
C
TUAL WIRING DIAGRAM 4
/4

Download Sharp AL-1622 (serv.man18) Service Manual (Repair Manual)

Here you can view online and download Sharp AL-1622 (serv.man18) Service Manual in PDF. AL-1622 (serv.man18) service manual will guide through the process and help you recover, restore, fix, disassemble and repair Sharp AL-1622 (serv.man18) Copying Equipment. Information contained in service manuals typically includes schematics / circuit diagrams, wiring diagrams, block diagrams, printed wiring boards, exploded views, parts list, disassembly / assembly, pcb.