A
B
8.1 RFC 1 PAPER FEEDING
1
IOT PWB
DC330
PL8.1
ROLL 1 FEED MOTOR
J443
BIT 0 +5VDC
16
YEL
DC330
DC COM
ROLL 1 FEED MOTOR
BIT 1 +5VDC
17
YEL
DC COM
DC330
2
ROLL 1 FEED MOTOR
BIT 2 +5VDC
18
YEL
DC COM
3
NOTE:
1
Control of motor rotation is based on combinations of
signal outputs (Bit 0, Bit 1, Bit 2) from IOT PWB.
For details, see the table below.
Signal
Motor Status
BIT 2
BIT 1
BIT 0
H
H
H
Stops immediately.
4
H
H
L
Rotates in reverse.
H
L
H
-
H
L
L
-
L
H
H
Rotates forward at low speed.
L
H
L
Rotates forward at high speed.
L
L
H
Slows down then stops.
L
L
L
Slows down then holds.
5
2
The winding resistance of Motor is 6.4Ω±10% (25 ).
3
Virtual Line
7.1
6
7-93
C
RFC MOTOR PWB
PL8.5
071-001
+5VDC
1
J561
1
071-002
+5VDC
DC COM
1
2
DC COM
071-003
+5VDC
1
DC COM
3
DC COM
+24VDC
(1.10 J2)
J443-9
(V)
DC COM
+5VDC
+2.2VDC
-
-
+2.2VDC
+2VDC
+5VDC
0VDC
℃
ROLL 1
FEED DRIVE
ZONE
H2
RFC 1 STACKED
PAPER
D
E
ROLL 1 FEED MOTOR
J564
J661A
ON +24V CLOCK A
A1
1
BLU
CLOCK A
5
A3
BLU
CLOCK B
2
B1
BLU
CLOCK B
6
B3
BLU
A COM
3
A2
ORN
B COM
4
B2
ORN
071-270
DC330
ROLL 1 FEED MOTOR
J562
CLOCK +5VDC
J443
1
Paper
ROLL 1 FEED
MOTOR
F
G
ROLL 1 FEED
MOTOR
PL10.4
P661
P662
J662
P361
A1
1
BLU
BRN
A3
5
BLU
ORN
B1
2
BLU
RED
B3
6
BLU
YEL
A2
3
ORN
BLK
B2
4
ORN
WHT
IOT PWB
PL8.1
+5VDC
1
9
YEL
ROLL 1 FEED ROLL
H
J
2
ROLL 1
FEED DRIVE
ZONE
MOT
D6
3
ROLL 1 FEED
MOTOR FAIL
8.8
SIGNAL
RFC 1 FED
8.2
PAPER
e0bnt730801
Chain 8 Paper Transportation
7.3 BSD
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