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information in this manual that does not apply to your locality.
Corrections
This manual may contain technical inaccuracies or typographical errors due to improvements or changes in products.
When changes occur in applicable products or in the contents of this manual, Canon will release technical information
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Trademarks
The product names and company names used in this manual are the registered trademarks of the individual companies.
Copyright
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Use of this manual should be strictly supervised to avoid disclosure of confidential information.
Symbols Used
This documentation uses the following symbols to indicate special information:
SymbolDescription
Indicates an item of a non-specific nature, possibly classified as Note, Caution, or Warning.
Indicates an item requiring care to avoid electric shocks.
Indicates an item requiring care to avoid combustion (fire).
Indicates an item prohibiting disassembly to avoid electric shocks or problems.
Introduction
Memo
REF.
Indicates an item requiring disconnection of the power plug from the electric outlet.
Indicates an item intended to provide notes assisting the understanding of the topic in question.
Indicates an item of reference assisting the understanding of the topic in question.
Provides a description of a service mode.
Provides a description of the nature of an error indication.
Introduction
The following rules apply throughout this Service Manual:
1. Each chapter contains sections explaining the purpose of specific functions and the relationship between electrical
and mechanical systems with reference to the timing of operation.
In the diagrams, represents the path of mechanical drive; where a signal name accompanies the symbol ,
the arrow indicates the direction of the electric signal.
The expression "turn on the power" means flipping on the power switch, closing the front door, and closing the
delivery unit door, which results in supplying the machine with power.
2. In the digital circuits, '1'is used to indicate that the voltage level of a given signal is "High", while '0' is used to
indicate "Low".(The voltage value, however, differs from circuit to circuit.) In addition, the asterisk (*) as in
"DRMD*" indicates that the DRMD signal goes on when '0'.
In practically all cases, the internal mechanisms of a microprocessor cannot be checked in the field. Therefore, the
operations of the microprocessors used in the machines are not discussed: they are explained in terms of from
sensors to the input of the DC controller PCB and from the output of the DC controller PCB to the loads.
The descriptions in this Service Manual are subject to change without notice for product improvement or other
purposes, and major changes will be communicated in the form of Service Information bulletins.
All service persons are expected to have a good understanding of the contents of this Service Manual and all relevant
Service Information bulletins and be able to identify and isolate faults in the machine."
2.2.7Controlling the Inlet Flappers....................................................................................................................2- 19
2.2.8Controlling the Movement of Sheets......................................................................................................... 2- 22
2.2.9Controlling the Aligning the Sheets.......................................................................................................... 2- 24
2.2.10Controlling the Phase of the Crescent Roller .......................................................................................... 2- 27
2.2.11Overview of Folding Operation .............................................................................................................. 2- 28
2.2.12Controlling the Movement of Stacks.......................................................................................................2- 29
2.2.13Folding a Stack........................................................................................................................................2- 30
2.2.14Double Folding a Stack ...........................................................................................................................2- 32
2.3 Intermediate Process Tray Assembly.............................................................................................................. 2- 35
2.4.3Shifting the Stapler Unit............................................................................................................................2- 41
2.4.5Stitcher Unit ..............................................................................................................................................2- 47
2.7 Power Supply...................................................................................................................................................2- 58
2.7.2Protection Function (Finisher Unit)...........................................................................................................2- 58
2.7.4Protection Function (Saddle Stitcher Unit)................................................................................................2- 59
Chapter 3Installation
3.1 Making Pre-Checks ...........................................................................................................................................3- 1
3.1.1Checking the Contents.................................................................................................................................3- 1
3.1.2Installing the Accessories ............................................................................................................................3- 3
3.1.3Selecting the Site of Installation..................................................................................................................3- 4
3.2 Unpacking and Chacking the Components........................................................................................................3- 5
3.3.1Preparing the Finisher for Installation .......................................................................................................3- 10
3.3.2Preparing the Host Machine for Installation..............................................................................................3- 10
3.3.3Connecting to the Host Machine ...............................................................................................................3- 11
3.3.4Checking the Height/Tilt ...........................................................................................................................3- 13
3.4 Making Adjustments........................................................................................................................................3- 14
3.4.1Adjusting the Height/Tilt...........................................................................................................................3- 14
3.4.2Work After Making Checks/Adjustments .................................................................................................3- 17
3.5 Ataching the Labels etc. ..................................................................................................................................3- 19
3.5.1Attaching the Various Labels ....................................................................................................................3- 19
4.1.1 Front Cover .................................................................................................................................................4- 1
4.2 Drive System ...................................................................................................................................................4- 12
4.2.4 Stitcher Mount Unit...................................................................................................................................4- 26
4.3.1 Process Tray Assembly.............................................................................................................................4- 29
5.1 User Maintenance.............................................................................................................................................. 5- 1
5.8 Service Tools................................................................................................................................................... 5- 51
5.8.1Solvents and Oils....................................................................................................................................... 5- 51
6.2 User Error Code.................................................................................................................................................6- 2
6.2.1Staple is absent ............................................................................................................................................6- 2
6.2.2Stapler safety protection function activated................................................................................................ 6- 2
postcard, 279 mm x 432 mm (11 x 17), LGL, LTR,
LTRR, STMT, STMTR, elongation size, Envelope
64g/m2 to 250g/m2
2
Non sort: Trays 1 and 2
Sort: Trays 1 and 2
Staple: Trays 1 and 2
Tray 1: Non staple sortEquivalent of
Large size: 74 mm high (500 sheets)
Small size: 147 mm high (1000 sheets)
Tray 2: Non staple sort
Large size: 74 mm high (500 sheets)
Small size: 147 mm high (1000 sheets)
Tray 1: Staple sort
Large size: 74 mm high (500 sheets)/30 sets
Small size: 147 mm high (1000 sheets)/30 sets
Tray 2: Staple sort
Large size: 74 mm high (500 sheets)/30 sets
Small size: 147 mm high (1000 sheets)/30 sets
Size mixing: 74 mm high (500 sheets)
0004-8097
T-1-1
Remarks
Feed direction: 139.7 to 482.6 mm:
cross feed direction:
98.4 to 330. 2 mm; both maximum
80g/m2 paper.
Stapling: 74 mm high (500 sheets)/30 sets
Stapling
Stapling capacity
By rotating cam
Small size: 50 sheets(Thickness 5.7 mm or less)Equivalent of
Large size: 30 sheets
80g/m2 paper.
Notes 1 : Stacking capacity is equivalent of 80g/m2 paper.
Notes 2 : Alignment may not be correct if 750 or more small-size sheets are stacked.
Notes 3 : Stacking capability is not guaranteed for mixed size stacking.
1-1
Chapter 1
Paper Size Definition:
Large size (feed length of 216 to 432 mm):A3, A4R, B4, B5R, 279mm x 432mm (11 x 17), LGL, LTRR
Small size (feed length of 216 mm or less):A4, A5, A5R, B5, LTR, STMT, STMTR
DimensionsW:648(761) x D:657 x H:928mmIf within parentheses,
with the tray extended.
WeightApprox. 64 kg
Power supplyFrom host machine (24VDC/13VDC)
Maximum
power
consumption
8 W or less during standby/70 W or less
operating
<Stapling Positions>
Chapter 1
Front 1-point stapling (30deg.)
A4R, LGL and LTRR
5 -/+2 mm
5 -/+2 mm
Rear 1-point stapling (30deg.)
A4R, LGL and LTRR
5 -/+2 mm
5 -/+2 mm
2-point stapling
203 -/+4 mm
5 -/+2 mm
A3 and A4
83 -/+4 mm
279mm x 432mm
5 -/+2 mm
Front 1-point stapling (45deg.)
A3, A4, B4, B5,
279mm x 432mm (11x17) and LTR
5 -/+2 mm
5 -/+2 mm
Rear 1-point stapling (45deg.)
A3, A4,B4,B5,
279mm x 432mm (11x17) and LTR
5 -/+2 mm
5 -/+2 mm
B4 and B5
(11x17)
and LTR
183
5 -/+2 mm
63 -/+4 mm
-/+4
74 -/+4 mm
194
-/+4
mm
F-1-1
mm
1-3
Chapter 1
1.1.2 Saddle Stitcher Unit
Item
Stapling method
Paper size
Capacity
Paper weight
Stacking capacity
Specifications
Center binding (double folding)
A3, B4, A4R, 279mm x 432mm (11 x 17),
LGL, LTRR
Material for color: 1 to 10 sheetsIncluding 1 cover page.
Material for black-and-white: 1 to 15 sheets
64g/m2 to 250g/m2
Material for color:
1 to 5 sheets; 25 copies
6 to 10 sheets; 15 copies
Material for black-and-white:
1 to 5 sheets; 25 copies
6 to 10 sheets; 15 copies
11 to 15 sheets; 10 copies
0004-8101
T-1-3
Remarks
Special paper, postcards,
transparencies, or
elongation size can not be
handled
Cover mode;
up to 10 copies
Stapling position
Staple
2 points (center distribution; fixed interval)
2000 staples
accommodation
Staple supply
Staples
Staple detection
Manual stapling
Folding method
Folding mode
Folding position
Position
Special cartridge
Special staple (Staple-D3)
Provided
Not provided
Roller contact
Double folding
Paper center
Provided
adjustment
Power supply
From finisher unit (24VDC/13VDC)
Notes 1 : Stacking capability is not guaranteed for mixed size stacking.
2.2.7Controlling the Inlet Flappers....................................................................................................................2- 19
2.2.8Controlling the Movement of Sheets......................................................................................................... 2- 22
2.2.9Controlling the Aligning the Sheets.......................................................................................................... 2- 24
2.2.10Controlling the Phase of the Crescent Roller .......................................................................................... 2- 27
2.2.11Overview of Folding Operation .............................................................................................................. 2- 28
2.2.12Controlling the Movement of Stacks.......................................................................................................2- 29
2.2.13Folding a Stack........................................................................................................................................2- 30
2.2.14Double Folding a Stack ...........................................................................................................................2- 32
2.3 Intermediate Process Tray Assembly.............................................................................................................. 2- 35
2.4.3Shifting the Stapler Unit............................................................................................................................2- 41
2.4.5Stitcher Unit ..............................................................................................................................................2- 47
2.7.4 Protection Function (Saddle Stitcher Unit) ..............................................................................................2- 59
2.1 Basic Operation
Chapter 2
2.1.1 Basic Operation (Finisher Unit)
0003-4522
The finisher is designed to deliver copies arriving from its host machine, and its modes of delivery include simple
stacking, job offset, and staple.
All operations involved in these modes are controlled by the finisher controller PCB, according to the appropriate
commands from the host machine.
In the case of the Saddle Finisher, copies from the host machine may be routed to the saddle stitcher unit.
Tray drive system
Tray drive system
Swing guide drive system
Alignment drive system
Stapler drive system
Delivery drive system
Feeder drive system
Control system
Shutter drive system
Saddle stitcher unit control system
F-2-1
Memo: The term job offset refers to shifting each sorting job, separating a single stack into several stacks.
2.1.2 Overview of the Electrical Circuitry (Finisher Unit)
0003-4528
The finisher's sequence of operation is controlled by the finisher controller PCB. The finisher controller PCB is a 16bit microprocessor (CPU), and is used for communication with the host machine (serial) in addition to controlling
the finisher's sequence of operations.
The finisher controller PCB responds to the various commands coming from the host machine through a serial
communications line to drive solenoids, motors, and other loads. In addition, it communicates the finisher's various
states (information on sensors and switches) to the host machine through a serial communications circuit.
In the case of the Saddle Finisher, the finisher controller PCB not only communicates with the saddle stitcher
controller PCB but also communicates the saddle stitcher unit's various states (information on sensors and switches)
to the host machine.
2-1
Chapter 2
The ICs used on the finisher controller PCB are designed for the following:
<IC101 (CPU)>
Controls sequence of operations.
Contains sequence programs.
<IC106 (EEP-ROM)>
Backs up adjustment values.
Backs up initial setting data.
<IC102 (communications IC)>
Communicates with the host machine and the saddle stitcher unit.
<IC107 (regulator IC)>
Generates 5V.
<IC108 (regulator IC)>
Generates 3.3V.
The following figure shows the flow of signals between the finisher and the options controller.
Saddle stitcher
controller PCB
Punch controller PCB
(Puncher unit (option))
Host machine
(DC controller PCB CPU)
Finisher controller
PCB
IC101
CPU
IC106
EEP-ROM
IC102
Communications IC
IC107
Regulator IC
IC108
Regulator IC
F-2-2
Motor
Solenoid
Switch
Sensor
2-2
Chapter 2
2.1.3 Basic Operation (Saddle Stitcher Unit)
0003-4531
The unit "stitches" (2 points) a stack of sheets delivered by the finisher unit and folds it in two for delivery. All these
operations are controlled by the saddle stitcher controller PCB in
response to commands from the host machine via the finisher unit.
Finisher unit control system
Guide plate drive system
Paper positioning plate
drive system
Alignment drive system
Stitcher drive system
Delivery drive system
Control system
Feed drive system
F-2-3
Paper pushing plate
drive system
Paper folding roller
drive system
2-3
Chapter 2
2.1.4 Overview of the Electrical Circuitry (Saddle Stitcher Unit)
0003-4532
The sequence of operations used for the saddle stitcher is controlled by the saddle stitcher controller PCB. The saddle
stitcher controller PCB has a microprocessor. This microprocessor is used to control the sequence of operations and
to handle serial communications with the finisher controller PCB, driving solenoids and motors in response to the
various commands from the finisher controller PCB.
The saddle stitcher controller PCB is also used to communicate the state of various sensors and switches to the
finisher controller PCB in serial.
The functions of the major ICs mounted on the saddle stitcher controller PCB are as follows:
<IC7 (CPU)>
Controls the sequence of operations.
Contains the sequence program.
<IC8 (communications IC)>
Communicates with the finisher unit.
<IC512 (regulator IC)>
Generates 5V.
<IC10 (regulator IC)>
Generates 3.3V.
Saddle stitcher
Sensor
controller PCB
Motor
Switch
IC7 CPU
IC512
Regulator IC
IC10
Regulator IC
IC8
Communications IC
Finisher controller
PCB
Solenoid
Host machine
F-2-4
2-4
2.2 Feed Drive System
Chapter 2
2.2.1 Overview
0003-8412
This product consists of the Finisher unit and the Saddle Stitcher unit.
The Finisher unit simply stacks sheets delivered from a host machine, offsets a stack job, or staples and delivers the
sheets to the trays according to commands delivered from a host machine.
The Saddle Stitcher unit carries in, aligns, and stitches sheets delivered from the host machine, and then feeds the
resulting stack. After these operations, it folds a stack of sheets and delivers it to the delivery trays of the Saddle
Stitcher unit.
There are four delivery methods.
Method of delivery
Normal
delivery
Saddle stitch delivery
Simple stacking
Stack job offset
Staple
Front 1-point stapling
Rear 1-point stapling
2-point stapling
F-2-5
Normal delivery tray
Normal delivery tray
Saddle stitch
delivery tray
F-2-6
2-5
Chapter 2
2.2.2 Constraction of the Control System (Finisher Unit)
The copy sent from the host machine is delivered to the ejection tray, processing tray, or saddle stitcher according to
the ejection type. Job offset or stapling is performed, according to the instruction from the host machine, for copy
delivered to the staple tray.
When ejecting from the processing tray, rear end assist guide is used in addition to the stack ejection roller to eject
the stack.
The inlet motor (M31), stack ejection motor (M32), and rear end assist motor (M39) are step motors. These motors
are rotated forward or backward by the microcomputer (CPU) in the finisher controller PCB.
The following two sensors are provided in the copy delivery path to detect the arrival or passing of copies.
Inlet sensor (PI33)
Delivery path sensor (PI34)
Also, each ejection tray has sensors to detect the presence of copy on the tray.
First tray paper sensor (PI42)
Second tray paper sensor (PI43)
0003-8449
2-6
Chapter 2
If the copy does not reaches or passes each sensor within prescribed time, the finisher controller PCB determines that
the jam has occurred and stops the operation. Then it notifies the host machine that a jam has occurred. When all of
the doors are closed after fixing the jam, the finisher checks whether copy is detected by any of the above two sensors
(inlet sensor, delivery path sensor). If any of the sensors detects a copy, the finisher determines that the jam is not
fixed and sends jam processing signal to the host machine once more.
Finisher controller PCB (1/2)
Saddle inlet
motor drive signal
Saddle driver
PCB
M9
Stapler motor drive signal
Stapler drive motor drive signal
Second tray shift motor drive signal
First tray shift motor drive signal
motor drive signal
Aligning plate front/rear
M33
M34
Gear change motor drive signal
M40
Stack ejection motor drive signal
M32M31
Inlet motor drive signal
Rear end assist motor drive signal
M39
M38
M37
SL33
1st eject roller separation solenoid drive signal
DELIV-ROL-SL
Finisher controller PCB (2/2)
F-2-7
SL32
Buffer roller separation solenoid drive signal
BUFF-ROL-SL
SL31
Inlet roller separation solenoid drive signal
INLET-ROL-SL
SL34
Buffer rear end holding solenoid drive signal
BUFF-P-SL
SL5
Saddle inlet switching solenoid drive signal
SDL-INLET-SL
Saddle stitcher
controller PCB
M35
M41
2-7
Chapter 2
Second tray paper detection sensor TRY2-P
Finisher controller PCB
Inlet paper detection sensor INLET
First tray paper detection sensor TRY1-P
Delivery path paper detection sensor TIMING
F-2-8
2-8
Chapter 2
2.2.3 Paper Delivery Path (Finisher Unit)
<Overview>
There are three ejection paths to tray 1 and 2 depending on the ejection processing.
<Straight Ejection>
When the equipment is set to non-sort, all copies are ejected through the following path.
Stack ejection roller
Tr ay
Paper is stacked alternately
Stack ejection roller
1st delivery roller
Buffer roller
0003-8450
Inlet roller
F-2-9
2-9
Chapter 2
<Processing Tray Path>
This is the copy ejection path when the equipment is set to sort for paper size other than A4, B5, or LTR or when set
to staple sort. Copies are delivered to the processing tray for aligning and stapling. Then they are ejected using the
rear end assist.
Paper
Stack ejection roller
1st delivery roller
Paper
Buffer roller
Processing tray
Inlet roller
Rear end assist
F-2-10
<Buffer/Processing Tray Path>
This is the copy ejection path when the equipment is set to sort for A4, B5, or LTR paper size. Feed two sheets of
paper to buffer (two or three sheets if 2-point stapling). Then they are aligned and stapled in the processing tray and
ejected. Even while stapling or offset is being performed, simultaneous stack ejection, which simultaneously ejects
copies delivered to the buffer and post processed stack in the processing tray, is performed because copies are
received continuously from the host machine. The stack delivered from the buffer is ejected to the processing tray
and the stack processed in the processing tray is ejected to the tray.
Simultaneous stack ejection operation is described below for two A4 copies between stacks when the equipment is
set to sort.
2-10
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