copier electrical component layout · rev.9/15/96 sorter (a606) electrical component layout svmbol...
TRANSCRIPT
COPIER ELECTRICAL COMPONENT LAYOUT
.
38
35
34
33
32
31
11
155
55
48
90
9
100
101
102
103104105106
152
107
/
108
/ 109
123I
111
112
113
– 39
66 671
83 ‘ //1147
97
L11
LIO \ /L12
L7/
L6
124
1
114
126
Rev. 9/15/96
Svmbol DescrirMion Index No. P-to-P Svmbol I Description I Index No. \ P-to-P
S23 lToner Densitv I 27 I Q5Motors
Ml Scanner Drive 42 P9—
M2 Exhaust Fan 43 L9
S24 IRegistration I 28 I L9
S25 Toner Near End 30 M9
S26 Auto-Response 34 J9
S27 Drum Potential 39 M2
M3 lMain I 44 I 19
M4 lDeveioDment Drive I 45 I G9
S28 I Imaae Densitv I I N2M5 By-pass Feed 46 H9
M6 3rd Scanner Drive 47 Pll S29 ]1st Paper End‘8-—u–
M7 lToner Bottle Drive I 48 I H9 S30 1st Paper Near End 69
+--
A5
631 1st PaDer Feed 70 AlOM’ Charge Wire Cleaner Drive 49 01
M9 Jogger 50 Q6
M1O Lens Horizontal Drive 51 Mll
Mll Lens Vertical Drive 52 Mll
S32 12nd PaDer Near End I 71 I A4
S33 1st Lift
S34 2nd Paper End +H-+”S35 ]Toner Collection Motor I 74 I A3M12 Optic Cooling Fan 53 Nll
M13 Fusing/Duplex Drive 54 H9 S36 2nd Lift 76
+
AlO——
S37 3rd Lift 78 A8M14 lPaDer Feed I 90 I E8
S38 \3rd PaDer Near End (4 Trav version onlv) I 79 I A4M15 ] 1st Lift 91 A5
M16 2nd Lift 92 A5
M17 Toner Collection 93 E7
S39 3rd Paper End
S40 3rd PaDer Feed –t--::- -+---::M18 13rd Lift (4 Trav version onlv) t 94 I A5 S41 2nd Paper Feed
S42 -----+-”-::--”t---_:;Base Plate Down (Tandem version only)
7
—
S43Side Fence Positioning(Tandem version only)
86 E2-——
‘1-------- -
——
S44Rear Fence Return(Tandem version only)
87 El
S45 Rear Fence HP (Tandem version only) 88 E2 ‘-
M19 lSide Fence Drive (Tandem version onlv) I 95 I E3
M20 Rear Fence Drive (Tandem version only) 96 E2
M21 LCT Motor (1 ,500 Tray version only) 127 A2
M22AC Drive Cooling Fan
(60/70 CPM version onlv) I 141 I L9
M23Optic Cooling Fan-2(60/70 CPM version only)
142 N2
M24 Duplex Cooling Fan ●143A, B K2S46
Left Tandem Paper End(Tandem version onlv) I 89 I El
S47 LCT Near End (1 ,500 Tray version only) 123
A
A2
S48 Tray Down (1 ,500 Tray version only) 124 A3.-
S49 Tray Paper Set (1 ,500 Tray version only) 125 AZ -—
M25 /Drum Caolina Fan (70 CPM version onlv) I 144 I M2
M26 14th Lift (4 Trav version onlv) I 151 I A5
M27 \S.cannerDrive Cooling Fan (70 CPMversion onty) I 155 N2
* (A: 60/70 CPM, B: 50/51 CPM) S50 lSide Fence Close (Tandem version onlv) I 150 I E3
S51 4th Lift (4 Tray version only) 145 A7
S52 4th Paper Near End (4 Tray version only) 146 A4
IAaanetic Clutches
MC1 Toner Supply 57 G9.-
MC2 Registration 58 M9
MC3 BV-DaSS Feed 60 L9
S53 14th PaDer End [4 Trav version onlv) I 147 I A7
S54 14th PaDer Feed (4 Trav version onlv) / 148 I A8
MC4 lDuciex TransDort I 64 I (26
~CBs
PCB1 IAC Drive 108 110
MC5 Duplex Feed 65 Q5
MC6 1st Feed 99 A9
PCB2 IMain I 109 I 17MC7 12nd Feed I 101 I A8PCB3 10c4ic Control I 110 I L1OMC8 3rd Feed 104 A9
MC9 4th Feed (4 Tray version Ot?lY) 152 A8PCB4 IDevelopment Bias Control I 111 I P4
PCB5 Paper Feed Control 112 C5
PCB6 DC Power Supply Unit 113 E1O
PCB7 Guidance 120 K9jwitches
Swl IBv-Dass Table I 25 I M9PCB8 moderation Panel I 121 I K9SW2 Front Door Safety 29 F1O
SW3 1st Trav Set (Non-Tandem version onlv) 66 A5
SW4 12nd PaDer Size I 67 I A6L1 lExDosure I 18 I J12SW5 lToner Overflow I 75 I A3L2 IFusina I 32 I K12SW6 Toner Collection Bottle Set 77 A3
SW7 Lower Front Door Safetv 83 E8 L3 Quenching
L4 Erase “+~SW8 3rd Tray Set (4 Tray version only) 84 A6
SW9 Main 122 Hll L5 lPre-transfer I 40 I 02
Swlo lTrav Down (1500 Trav version onlv) I 126 I A2‘ower Packs —
PP1 Transfer 117 Q3
Swl 1 14th Trav Set (4 Trav version onlv) I 149 I A6
PP2 lCharae I 119 I P4)olenoids
SOL1 Junction Gate 55 K2
SOL2 Duplex Positioning 56 Q6 )thers
TS 1 ICbtics Thermoswitch I 19 I JllSOL3 By-pass Pick-up 61 L9
SOL4 Guide Plate 59 M9
—I—T---
TF1 IFusinq Thermofuse I 33 I Jll
TH 1 I Fusma Thermistor I 24 I K12SOL5 Transfer Belt Positioning 62 Q2
SOL6 Pressure Arm 63 Q6 TH2 10rMics Thermwtor I 36 I L12
TH3Drum Thermistor
(Located on the ID Sensor Ass’y) I 41 I N12SOL7 lTandem Lack I 97 I /46
SOL8 ] 1st Pick-up I 98 AllH1 lTransfer Anti-Condensation I 31 I Gll
SOL9 1st Separation Roller 100 AlO
SOL1O 2nd pick-uD 102 AlOH2 10dics Anti-Condensation I 35 I Gll
SOLI 1 12nd Sec)aration Roller I 103 I A9
SOL12 3rd Pick-up 105 A7
SOL13 3rd Separation Roller 106 A9
SOL14 4th Pick-up (4 Tray version only) 153 A7
SOL154th Separation Roller(4 Tray version only)
154 A8
NF1 INoise Filter I 115 I C12
CB1 lCircuit Breaker I 116 I C12
LAl ILightening Arrestor 118 Ell
1 I I
;ensors
S1 \Scanner HP 1 L11 Svmbol I Name I Index No. I P-to-P
Sensors
LS1 IPaDer End 1 L2.rm2 —-.S2 Platen Cover Position-1 I
-----t
2 L11
S3 Platen Cover Position-2 3 QllLS2 Paper Near End
+
I-3 HZ— ————LS3 Paper Posdlon L4 ‘G2
LS4 Tray Down L6 12
LS5 Feed L9 12
S4 ILens Vertical HP I 4 I L11
S5 Lens Horizontal HP 5 Pll
S6 3rd Scanner HP 6 QI 1
S7 By-Pass Paper End 7 K9
S8 Guide Plate Position 8 M9
LS6 Lift
“0 +--
Switches
LSW1 Feed Unit Cover L1 12 -
LSW2 LCT Cover L7 K2
LSW3 Tray Down L8 H2
S9 lJoaaer HP I 9 I Q7
Slo Iverlical TransDort 10 I K9
Sll Duplex Exit 11 Q7
S12 Duplex Transport 12 A7
S13 Duplex Paper End 13 Q7
S14 Duplex Entrance 14 K2Motors
LM1 ILCT I L5 r J2-
1
S15 IExit I 15 I K2LM2 Feed L13 J2
S16 Fusing Exit 16 L2
S17 Paper Guide 17 L2
S18 Auto Imaqe Density 20 N11
others
LSOL1 I Pick-utI L;- J2
S19 10riainal Lenqth- 2 I 21 I 011 LMC1 ]Feed L12 J2
S20 10riainal Lenath- 1 I 22 I 011
S21 10riainal Width I 23 I Nll
S22 IBy-Pass Paper Size 26 I Q5
Rev. 9/15/96
SORTER (A606) ELECTRICAL COMPONENT LAYOUTSvmbol Descri~tion Index No. P-to-P
Motors
Ml IMain I 1 I A3
M2 IStarie I 10 I A1O
M3 lGri~ I 16 I G1O29
1M4 IBin Drive 18 I G3
32 M5 Jogger 20 G6
M6 Staple Unit Drive 23 A8
M7 Bin Rear Plate Drive 24 A1O
M8 Sorter Exit 27 A5
M9 Punch Drive (Punch version only) 33 H7
k / / 5
4/33
Sensors
S1 \Bin Jam (LED) I 3 I G128S2 Iproof Exit I 4 A5
S3 IEntrance I 5 I A427S4 IStaple HP 8 A8
26
25
24
23
S6 IPaper I 11 I G9
S7 Istaple Unit HP 13 I A8
S8 lGriD HP 15 G9
S9 Bin Jam (Photo Tr.) 17 G2
Slo Wheel Sensor 19 G4
Sll Bin HP 21 G4
S12 Jogger HP 22 G5
S13 Bin Rear Plate Open 25 A7
S14 Bin Rear Plate HP 26 A7
S15Punch Home position(Punch version only)
30 H8
S16Punch Rubbish (waste) Overflow(Punch version only)
31 H7
S18Staple UnitPulled-out position
— A7
Solenoids
SOL1 Turn Gate 2 A4
SOL2 Grip 12 A9
SOL3 Grip Arm Positioning 14 A9
PCBS
PCB1 Main Control 28 D1
PCB2 Punch Control (Punch version only) 29 F7
16
22
‘1 \ \’14
/20
/17
\
\ 1518
19
Symbol Description Index No. P-to-P
Switches
Swl Door Safety 6 B2
SW2 Cartridge Set 7 Al 1
SW3 Staple End 9 Al 1
Others
Otherl I Punch Unit (Punch version onlv) 32 F7
Rev. 9/15/96A I B I c I D I E
POINT TO POINT DIAGRAM SORTER STAPLER (A606)Main Control Board (PCB2)
I F I G I . .H
1
From
Copier
:N190-3 C_N425-3
-1 -2,5
---n
Bin JamSensor
-4 -1 (LED) (S1)
-2 -6
RXD
TXD
~ CN105-3 CNIOQ:: [24]
o +24V
o -4 -3{ ) A.GND
Swl
-4( ) [24] SWDoor Safety SW
CN265-12 CN’ 45:: ) [24]COM-11 --2 [24]COM-lo ‘3 [O]A.GND
--.’-:””’-””’””””-:l: E:’
5V[5]
ENTRY VR[5]
Bin VRIO]
C.GNDIO]
[=5] Q
[T51 aBin SENSOR[5]
C.GNDIO]
COM[24]
COM[24]
A[W24-O/24] D
A[V24~0/24] D
B[=24+0/24] D
B[=24-O/24] D
[T5] a
C.GNDIO]
[5]
C.GNDIO]
[75] q
[5]
C.GNDIO]
[=5] a
[5]
COM[24]
A[Y24~0/24] D
A[=24+0/24] D
B[=24~0/24] D
B[Y24+0/24] D
COM[24]
:N190-9 _CN420-1
-8 -2
~ “r
Bin Jam Sensor:6 -3 (Ph&)Tr.)
-7 -4
2
3
4
5
6
7
8
9
0
11
‘2
:N160-I CN230-7
~ -----4i
:9 a [v5/A5](cw/ccw)-3 ’10 a [w5](ON)
m cN260;‘-- ‘--
m- CN31O.-3 __EntranceSensor -2
(s3) -1 ‘-1W1 ??-: ~ [V5]
-:2 [O]C.GND
-3 [5];N170-4 CN395-3 A 1
D--”_ c_N330-3
--$
CNI 7>4 D [.5]Proof Exit
Sensor-2 ‘5 [O]C.GND
(s2) -1 “6 [5] ;N170-11
= ‘--’’’’’----:=m
-12
.-13
‘- Ic3!?2_____‘::--:’iiE:::‘7 d [724+0/24]
;“120-1 G-NW<-2
3
—*--
-5 .- -’i-=m-6 -9 /“.-
A--
DCN360-3
Bin Rear PlateOpen Sensor
(s13) -1 <~ ) [5]
mc:6:-
CN’80~% [O]C.GND‘-2 ---- –=5Q D [W5]-1 -6( ) [5]
m
Staple UnitCN370-3
cN000”8< [O]C.GNDPulled-cut __ ‘2
Sensor-=9QD [A5]
(S18)-1
-’0< [5]
D“---
CN375-3Staple UnitH.P,Sensor
-2
(s7) -1Punch Unit Set Detection
---------”k...Punch Control Board
~4v CN61O-1
;N195-1 CN600-11
-2 -lo
-3 -9
-4 -8
: :~&G~
/
-5 -7 M:B
24V
AGND
5V
CGND
M:A
M:B
M:A
-6
---”---3 L
-6 5V CN620-I
-7 -5
a
Waste Overflow - ~-—Punch Waste
-8 -4Overflow
CGND – --3----- Sensor
-9 -3
-10 -2CGND CN620-4
-11 -1 Punch H.P.
5V ~@!Il
M:B
Punch H.P.[75]
Waste Overflow[T5]
CN150-11
-12
‘-”’”””?-13 ____—
[5]
[75] a
C.GNDIO]
lN170-l_
-2
-3 ---- .Tc::mC.GNDIO]
[A5] 4[5]
COM[24]
COM[24]
A[T24-O/24] D
A[v24-00/24] D
B[V24+0/24] D
B[T24-O/24] D-7 -1 ‘
... ..... ........... .......... ..... ........... ................. ............................. IStaple: - &CN270-5 CN240-5 ( CNI 50-1Staple: + ‘
NC* :; “f;- ‘ ‘- -2{
)
)
-- uStaple: & -2 -2 -4Staple: ;
)-1 -1 I -5
Nc ~cN227-6)
CN226-7\l
Cartridge Set SW ‘ CN270-7 )o ,8 CN2’$O:;
CN185-6 )Staple End SW & -5
Staple Hammer HP & -9 -9 -4
StapleUnitSetDetectIon “e
-lo -lo -3
GND & -11 -11 -2
5V & -12 -12 -1
o 9
Staple MotorM8
●
[=24] t[TM]+
[24 ] Staple: –
[24 ] Staple:CartridgeSet Switch m ‘W3Staple EndSwitch + ~ SW4
. . ?
DDDD
[A5] Cartridge Set SW
[A5] Staple End SW
[A5] Staple Hammer HP
[A5] Staple Unit Set DetectIon
[O]GND
[5]5V
&
Symbol Table
r
- DC LineAC LinePulse SignalSignal Direction
A Ready Lowv Ready High
[ ] Voltage
Staple HammerSlo *
HP Sensor+ ‘I:t au I
@Flexible Cable
@F.G
● ++TIO ; T9
Note: voltage levels are shownwith the main switch on and themachine is in the ready condlhon........................................... ..... .... .... ..... ..... .... ....................
I J
A I B I c I D I E I F I G I H
RDH (A607) ELECTRICAL COMPONENTS
76 /
89
\
12
)8 \ >6 “17
Rev. 9/15/96
Symbol Description Index No. P-to-P
Motors
Ml Feed-in Motor 3 J7
M2 Transport Belt Motor 4 J5
M3 Inverter Motor 9 J4
M4 Feed-out Motor 15 J8
M5 Friction Belt Motor 21 J9
Solenoids
SOL1 Original Gate Solenoid 22 J1O
SOL2 Inverter Solenoid 8 Jll
SOL3 Push Plate Solenoid 14 J12
1 1 I
Switches
Swl Lift Switch 7 Al O
A1 , I
Sensors
S1 Original Set Sensor 17 A6
S2 Recycle Sensor 19 A7
S3 Registration Sensor 17 A3
S4 Original Width Sensor 20 A4
S5 Pulse Generator Sensor 1 A9
S6 Inverter Sensor 11 A5
S7 Feed-out Sensor 13 A5
S8 One Turn Sensor 6 A8
S9 RDH Position Sensor 16 Al O
Slo Feed-out Unit Safety Sensor 10 Al 2
S11 Feed-in Unit Safety Sensor 23 Al 1
I I
Magnetic Clutch
CL1 Feed-in clutch 2 J2
I I
Printed Circuit BoardsI
PCBI RDH Main PCB 12 E2
1 1 I
Others
LED I Indicator panel LED 5 J3
Rev. 9/15/96
1’
I
2
I
3
A B c D E I FI
Gi H I I J’
POINT TO POINT DIAGRAM (RECIRCULATING DOCUMENT HANDLER:A607)
CN104-2
CN104-1---=++~~~m
VAA[24]
Feed-in CI.[Y24]UCopier
l_----J-cN22051 G= FG RDH Main PCB
TXD T CN103j ~ TXD (PCBI)Copier
RXDR
f
cN103 b RXD
‘---- =$=CN108-1
CN108-2 -VAA[24]
Indicator[l 5+1 8]<
ECN303-3
‘--+
CN109-1Registration - ‘-
,~ CN303,2 ___[5]VCC
SensorCN109-2
x
> [A5] Registration
(s3) CN303-1 CN109-3 [O]GNDCN101-3 CN216-1
Inverter Motor+ [O~O/24]
Inverter Moto-[0+0/24]
Inverter Motor B[5+0/5]4
CN101-4 CN216-2
‘- .1:::=
CNI02-2
CN102-14
5
VCC[5]
GNDIO] CNI02-3 CN21 7-4_/’
E ‘--- ‘...:1Cf!?l M _______ ______<~06-g
lf7VHk!r.%f_E.Or~ CN21 8-2[5]VCC
CN106-10(S6)
r.-. > [A5]lnverter
, CN218-1 CN106-11— [O]GND Trans.Belt Motor +[0~0/24]
E--- ‘--
CN225-3 CN11O-4[5]VCC
Feed-out Sensor , CN225-2 CN1 10-5(s7)
p [A5]Feed-outCN225-1 CN11-0~6
T
[O]GND
CN101-5 CN214-2
C_NIOl_-6
%::-----.--:=
CN102-6Trans.Belt Motor -[0]
Trans.Belt Motor B[5~0/5]d
VCC[5]
GNDIO]
Trans.Belt Motor A[5-O/5]CN102-5 CN215-3
Fi:=’-------:%:‘A:gina’set7::::R:X3NOriginal Set Sensor CN301 -2
2
CN101-1
CN101-2
CN102-11
CN102-12
CN212-2
CN212-1
CN213-1
CN213-2
I T l--
I Feed-in Motor FG[2+1 /3]Q
1 1 I CN113-2
CN113-1
CN113-4
CN113-5
CN227-2
%KIz@
I Feed-out Motor +[0+0/24]
r- ) VYQZ- 1 -—
.3CN105-6
L
[5]VCC Feed-out Motor -[0]
‘ne ‘urn ‘ensor CN202-2 CN 105-5 D [A5]One Turn Feed-out Motor FG[2+1 /3]Q(S8)
I CN202-3 __ CN105-4 [O]GND Feed-out Motor FG[2~0/5]<I T
I ‘-CN1 05-2
CN105-1
- ““@iEDCN104-4
CNI04-3
CN209-2_
CN209-1 15”Z23
CN 107-2
CN107-1r _CN207-1 _
i
!
CN106-3[5]VCC VAA[24]
Feed-in Unit CN207-2Safety Sensor
,——————–< CN207-3_
—–CN!!?62 D [A5]Feed-in Safety Inverter SOI.[V24]<CN1 06-~
.< [O]GNDI I
I
~ Cf’!!!!l-... CNl10-10~— [5]VCC
[A5]Feed-out Unit
[O]GND
CN11O-2Feed-out Unit ~ CN228-2Safety Sensor
~ CN228-3 4CN11O-9
CNIIO-8D
VAA[24]
Push Plate SOI.[V24]<CN11O-1
I
Symbol Table
DC Line— AC Line
Pulse Signal
> Signal DirectionA Ready Low
Ready High[ v ] Voltage
Note: voltage levels are shown with the mainswitch on and the machine is in the ready condition.
H I J
FINISHER (A608) ELECTRICAL COMPONENTS
2726 \
25\\
21
24
23
20
19
18
17
16
22
\
2
4
5
6
7
8
9
_————
~11
—12
“13
15
10
Rev. 9/15/96
Symbol 1 Description Index No. P-to-P
Motors
Ml Transport Drive 21 N5
M2 Shift Tray Lift 25 N8
M3 Exit Drive 27 D1O
M4 Stack Feed-out 5 A3
M5 Jogger 19 A2
M6 Stapler Drive 17 A3
M7 Shift 7 N6
M8 Staple 13 A8
Sensors
S1 Entrance 26 N1
S2 Jogger Unit Entrance 24 Al
S3 Jogger Unit Paper 8 A4
S4 Stack Feed-out Belt HP 9 A6
S5 Jogger HP 18 A5
S6 Exit 3 N1
S7 Stack Height 1 2 N3
S8 Stack Height 2 1 N4
S9 Shift Tray Lower Limit 15 N3
Slo Stapler Hammer HP 14 A8
Sll Shift Tray Half-Turn 6 N2
S12 Stapler Unit HP 10 A5
Switches
Swl Front Door Safety (Switch) 22 N7
SW2 Shift Tray Upper Limit (Switch) 4 N8
SW3 Cartridge Set 12 A8
SW4 Staple End 11 A8
Solenoids
SOL1 Positioning Roller 20 D1O
SOL2 Junction Gate 23 D9
PCBS , 1PCB1 IMain Control 16 H2 1
Rev. 9/15/96~.—_ —.— —— —— —A B-T c ~ ‘~—-l—-—E— ‘;–—F– ‘~––-~-–~--—~-—~ – - ~ ‘– ‘–J ‘– ‘~—K—~- — ~- —---- -–M– ---T– - ~
POINT TO POINT DIAGRAM (FINISHER:AW8) I
,CN1 04-3 _____ _ CN201-14I&N 104-2 _
7
_ CN201-2 ,J Entrance Sensor\CN104-1 : __ _ CN201 -3 1( —, (s1)
T
t 1
Jogger Unit ~~=..— __ __ _ _ __ CN1 05-3,1 ~51vccEntranceSensorlJ CN205-2_ _
(s2)I CN205-3 CNM5-2-1 [O]GND VCC[5]
—cNo5*~[> [T5]Jogger Unit Entrance~~-— — —
1
GNDIO]Entrance[T5], I
_ CN202-7_,5 CN301
cD
1.5— _ _ _ CN106-—.\__ __ CN202-6 _ _ _l_4 “, / 14 cNlo6-
Jogger Motor ~~ CN202-4 13 ‘\’ 13 cNlo6-
(M5) ~) CN202-3 11 ,(, 11 cNlo6-
‘-YCN202-2CN202-1
12 cNlo6-10 / ‘“ K cNlo6-
CN301CN203-7 _ _
cm ‘-
31 , 31 CN117-& ~-...= :*:= — — — -— — — CN 117-;
Staple Drive Moto?Y
;:\/ ;3-CN117-4
(M6) /#+CN203~3 27 j\ 27CN203-2
CN117-!28 ‘ ‘, 28
CN203-1CN117-[
26 ; 26 CN117-”
Q
CN204-1CN301
CN107-Stack Feed-out ‘
?CN204-2 ;;
N
~ :; CN107-:Motor CN204-4(M4) +
21 CN 107-zCN204-5 22 ‘ :; CN 107-!
Control PCBI I
, CN207)CN113-3 _ _
D-- --
CN206-1<~CNl13-2 -2 ‘; ___
7
CN206-2, r Exit Sensor~CNl13-1 ___ _ 3/ Kl____-— CN206-3 ,] (S6)
T
(PCBI) VCC[5]Exit[A5]GNDIO]
>C.N110-3, CN2093
== - ‘--
CN208-l_,~CNl 10-2__ 2 2__
T
Shift Tray HalfCN20= ~1 Turn Sensor
CN11O-1 _ _3 /’l__ CN208-3 ,]1 (s11)
VCC[5]GNDIO]
Shift Tray Half Turn[A5]<
AAB VCC[5]B Shift Tray Lower Limit[A5]
GNDIO]
~ [24]VAA( [24]VAA<< o/45+0 Staple Drive
II
(.~ o/45+0 Staple Drive~~ 0/45+0 Staple Drive~~ o/45~0 Staple Drive
,CN11O-4 _
T
_CN~7-2 .Shift Tray Lower>CN11O-5 ~2~2 ~ Limit Sensor,CN1l O-6 __ _ _ — -— CN217-1<1
T (s9)~ [O]Stack Feed-out- 1 I
CN113-64CN214
- u
/3_ CN212-1 ,~13T __ 5’y 2__. _.—
7
Stack Hight 1CN21 2-2,1
)CN113-4_ __ _ _ 6 L._ CN212-3 rSensor
—/~1’ (s7)
, I [0+0/24] Stack Feed-out+~ [2-+1 /3] Stack Feed-out FG VCC[5]
~ [2~0/6]Stack Feed-out FG GNDIO]Stack Hight 1[A5]<
, CN214,CN1 13-9 _ 6 —__
--- a
CN213-1 1,CN113-8 —2
Stack Hight 2‘)/ 5_ _ _— CN213-2 :1 Sensor,CN113-7 _ _3/”4 CN213-3 J
Y (S8)
~ [O]GND
b [A5] Jogger Unit PaperVCC[5]
GNDIO1q[5]5v Stack Hight 2[k5~
‘Q[5]5V
b [~ 5] Jogger HP
[O]GND
VAA1241
1
1I
CN108-1(—
CN222-1 : _ _—___ _____ CN108-9Jogger
HP Sensor ., CN1 08-8Jogger HP
(s5) __--d -CN1 08-6
&Nl14-1 _ _ _ CN220-12,CN114-2 _______ _ CN220-11 ----,CN114-3 __ ____ CN22O-10 _ - -.,CN114-4 ____ _
3
CN220-9 --- ~ <E.
~ Transport DriveCN114-5 CN220-8CN114-6 CN220-7 J’CN114-8 CN220-5
Motor
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q[5]5vVAA~24~GNDIO]
‘b [v5] Stapler Unit HP GNDIO]
[O]GND Transport Drive: EIO~O/5]~Transport Drive: MLIO~O/5]>
q[5]5v Transport Drive: LIO~O/5]~
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b [A5] Stack Feed-Out Belt VCC[5]~ G::&:––:-=:::.’.J ~Stack Feed-outBelt Sensor
~S4) Stack Feed out Belt ~@224-3r —
CN108-1
CN 109-2
““””=‘-’”-’’-&-=”––
QN21O-1CNKKEL _
CN103-1 _ __ — —___
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Shift Motor[724]<VAA[24]
..................................................................................................r
Staple:+ ~CN227-1
T4
CN226-12Staple: + =227-2 CN226-11 ~,
~~CN227.3 >N226-1 O \ j
Q&225-4 CN109-12CN109-11CN225-5
CN225-7 _ CN109-&
.CN109-8.CN225-8
CN225-10 CNI09-6
CN225-11 ‘-CNl09-5-
CN225-12 CN109-4
QN225-13 _ CNI09-3CN225-14__ CN1 09-2cN225-i5 CN109-1
a.,,-.Staple Motor(M8)
<
a [T24] Staple:+Q [724] Staple:+ VAA[24]
Front Door Safety [~24]<
a [24] Staple: –Q [24] Staple: –
I I
+
CN226-7_ NC &CN227-6 _ _
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/CartridgeSet Switch Cartridge Set SW~227-7 C-N226-6Staple End
e’=::” =l–l.Staple End SW <)CN227-8
12: ,11,
CN226-5Switch fi~ Staple Hammer HP ~CN227-9 -
~ ‘———CN226-4 ; \<>
> StapleUnitSetDetection~j CN227- 10Staple Hammer ::s10> ___ CN226-2_ ~ ~,HP Sensor
~+flti/ i T - ‘:yg=- ‘—CN226-1~
CN115-3 _ ______ _– — -.. _ _04115–L._—.-—-————_ __D [A5] Cartridge Set SW Shift Tray Lift +[A24]~
D [A5] Staple End SWShift Tray Lift -[A24]>
D [A5] Staple Hammer HP
D [A5] Staple Unit Set Detection[O]GND
Q[5]5V Shift Tray Upper Limit[A24]~Shift Tray Upper Limit[A24]<
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–—- DC Line— AC Line
Pulse Signalp> Signal DirectionA Ready Low
Ready High
[ V ] Voltage
CN101-1 _ CNIOO-3Copier
CN101-3 _ __ _ __ _ _—. _ CN1OO-4 . .[24]VAA
VAA[24]
> [~24]Positioning Roller Sol. GNDIO]
[24]VAA[24]VAA
~ [24+0/2]Exit Drive A~ [24-+ 0/2]Exit Drive A< [24+0/2 ]Exit Drive Bj [24+0/2] Exit Drive B
------ .
r~-g”:- H-Exlt Drive Motor’~ T3I
T4 . .\ (M3) ~
Wale Iu–u CN112-5CN’21Q.9 CN112-6
CN117-7Note: voltage levels are shown with the main ‘=-.--J”-,. k,”k
. CN218-1 -. . ..-.switch on and the machine is in the ready condition.
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DJF A610) ELECTRICAL COMPONENTS
/15
T_===::::‘nde~NO- , ‘1 ‘~-pSymbol
2 Friction Belt Motor Ml GI
3 Feed-in Motor M2 G2
4 Indicator Panel Lamm L1 G7
5 Belt Drive Motor M3 G3
6 DF Main Board PCB1 D1
7 DF Position Sensor S2 B3
8 APS Start Sensor S3 B3
9 Inverter Solenoid SOLI G6
II 10 ]Feed-out Motor M4
11 Feed-out Sensor S4 B8
12 Pulse Count Sensor S5 B5
13 Registration-2 Sensor S6 B6 _
14 Original Width-1 Sensor S7 B6
15 Original Width-2 Sensor S8 B7
16 Original Width-3 Sensor S9 B7
17 Registration-1 Sensor Slo B6
18 Original Set Sensor SI 1 B4
19 Original Feed Sensor S12 B4
20 Friction Belt Turn Sensor S13 B5
21 Feed-in Clutch CL1 G5
22 Stopper Solenoid SOL2 G6
POINT TO POINT DJF (DF62/A61 O) Rev. 8/15/96
1
2
3
4
5
6
7
8
A IB
From Copier
Feed-in Cover n
I c ‘]---D- I E--[---F- [ ‘G I ‘-H
DF Main Board (PCBI)
1-:---CN103
CN103
CN220-11 CN1OO-1
CN220-12 CNICQ-2CN220-5
&FG
~, CN305-3 CN105-12
I~ ); CN305-2 CN105-13
Open Sensor S1 /}cN305-1 CN105-141 ,
CN309
DF Position
E
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7 CN106-1
Sensor
6 _CN 106:2
SP ($ cN3~-1 3 5 CN 106-3.
P
, >CN307-3 5 3 CN 106-5APS Start
‘+cN307-2 ;2 CN 106-6
Sensor S3 (,, CN307-1 1 CNI06-7L
Original SetSensor
Original FeedSensor
Pulse Count
Sensor
Friction Belt
Turn Sensor
RegistrationSensor 1
ReglstratlonSensor 2
Original WidthSensor 1
Original WidthSensor 2
Original WidthSensor 3
Feed-outSensor
A I
I U-J
ECN315-3 CN1ll-1
!CN3’5”2- w:S11 ,, CN315-1
ECN319-3 CN11O-8
:1: CN319-2 CN11O-9
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S5 (f cN3134-t cNlo?lo-
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:~, CN303-2 CN105-5
S13 }, CN303-1 CN105-6_
E, ~CN312-3 CN 109-1
b, o ),CN312-2
O ’10 ,r, CN312-1
CN109-2
CN 109-3
r CN314-3 CN 109-7
● 0 ‘[’CN314-2o S6 ‘~
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( , CN314-1 CN109-9
c CN313-3 CN109-4
>0 ‘I’CN313-2S9 :,:CN313.1
CN109-5
Q CN109-6
r CN308-3 CN106-9
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[24]24 COM B D
GNDA[ ~ 24] D
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B[ Y 24] p
~[ ~ 24] ~
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GiD
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[0]
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GND
GND
[; [75]
[0+ O/24]~
[0+ O/24]b
GND[5]
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GND [0+ 0/24] D
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[5]
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GND
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[24]
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[5]
~:DA 51 [24]
[=24] t .
[5]
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[24]
[724] [ >
[5]
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~:\A 5] [724] AUT;4~[24]
[YP4]READY[
[5]
~N~A 51
[5]
&;DA 51
CN112-1 CN317-7
CN 112-2
‘-o
CN3~4~
CN1l~-4 CN31 7-4
CN 112-5 CN317-3 MlFriction Belt
CN112$ CN317-2 - { Motor~N 112-~ CN317-1.=
CN112-3
:N101-3
;N101-4
--:’’’Q:)=’’”n>N102-1
>N102-2
;N102-3 _ J_CN204-3 ,
CN2D4-4
‘;’’’y@Priveve:N 102-4 _ _CNg5-~ , ‘—2N102-5 CN2Q5-3 ‘
:N102+ ‘CN2D5-2 ‘ 1
:N102-7 – – – –cr4205-i – – –.. ————I
CN203-2
o-q
Feed-out
CN203-1 M4 _ E Motor
;N102-8 CN2Q6-1;N102-9 _cN206-3 ;— .— — —
;N104:1 _CN301 -2
-2 CN301-1
o
‘ CL1 Feed-inClutch
>N104-3 CN302-2
-4
a
_CN302-1 :1’SOL2 ‘topperSolenoid
2N107-1 CN31O-2
-2
0
CN310-1 I SOL1 :~e:o:d
CN311 CN501
;N108-1 -4
-2 -3
.3 -2
-4 -1-- -[ -
-1 CN504-2 ,L READY AUTO !
1
—
2
3
—
4
5
6
—
-2 CN504-1 ‘;< 4-- Indication-3 cN503.2
-4 }01=CN503-1 ;
Panel 7
r LII I
Symbol Table1
DC Lme
— AC Lme
- Pulse Signal
~ S,gnal Dmeclm
A Ready Low
~ Ready High
f 1 Voilage
D I_ s -–---l_____!____ _l ___! _ I
8
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