Canon STAPLER STACKER SS-72 Service Manual Download Page 104

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2. Entrance sensor lever spring failure

Action:

Reset the spring correctly. Replace the spring if deformed or damaged.

3. Entrance sensor failure

Action:

Conduct the sensor check mode described on Page 4-7 and see if the sensor is nor-
mal. If it is not normal, replace it.

4. Face-up deflector failure

Action:

Check the deflector, and replace it if it is worn, fractured, dented, or scarred.

5. Worn/deformed/dirty feed roller 1.

Action:

Clean the roller if dirty. Replace the roller if worn or deformed.

6. Worn/deformed/dirty reversing roller

Action:

Clean the roller if dirty. Replace the roller if worn or deformed.

7. Damaged gears

Action:

Replace any damaged gear.

8. Poor contact in reversing roller drive solenoid drive signal line connector.

Action:

Reconnect the connector J14 on the staple stacker driver PCB.

9. Reversing roller drive solenoid failure

Action:

Disconnect the connector J14 on the staple stacker driver PCB. Measure the resis-
tance between the connector J14-1 and J14-2 on the solenoid side. If it is not about
125

Ω

, replace the reversing roller drive solenoid.

10. Staple stacker driver PCB failure

Action:

Replace it.

4 - 10

CHAPTER 4

Summary of Contents for STAPLER STACKER SS-72

Page 2: ...f this manual should be strictly supervised to avoid disclosure of confidential information Prepared by PERIPHERAL PRODUCTS QUALITY ADVANCEMENT DIV PERIPHERAL PRODUCTS TECHNICAL DOCUMENTATION DEPT CANON INC 5 1 Hakusan 7 chome Toride City Ibaraki Pref 302 8501 Japan ...

Page 3: ...ems Chapter 3 The Mechanical System Explanation of mechanical operation disassembly reassembly and adjustment pro cedures Chapter 4 Troubleshooting Troubleshooting procedures measurement and adjustments maintenance and ser vicing etc Appendix General circuit diagram and list of signals Information in this manual is subject to change as the product is improved or redesigned All relevant information...

Page 4: ...r beam printer final pages were printed on DAINIPPON SCREEN MFG CO LTD DT R3100 All graphics were produced with Macromedia FreeHand J and all documents and page layouts were created with QuarkXPress E The video images were captured with SONY degital video camcorder and Radius PhotoDV capture board system and modified with Adobe Photoshop J ...

Page 5: ...III POWER SUPPLIES 2 30 A Outline 2 30 B Protection System 2 30 I PREFACE 3 1 II EXTERNALS 3 2 A Locations 3 2 B External Covers 3 3 III MAIN UNITS 3 6 A Staple Tray Unit 3 6 B Staple Unit 3 7 C Tray Drive Unit 3 7 IV MAIN PARTS 3 9 A Locations 3 9 B Stapler 3 10 V SWITCHES 3 11 A Locations 3 11 B Top Cover Open Detection Switch 3 12 C Swing Guide Close Detection Switch 3 12 D Safety Area Detectio...

Page 6: ...ple Stacker Driver PCB 3 32 C Power Supply Unit 3 32 D Option Interface PCB 3 33 E Tray Up Down Motor Clock Sensor PCB 3 33 CHAPTER 4 TROUBLESHOOTING APPENDIX I PREFACE 4 1 A Malfunction Diagnosis Flowchart 4 2 B Initial Check 4 3 II SERVICE MODE 4 4 III PAPER JAMS TROUBLESHOOTING 4 8 IV PAPER TRANSPORT TROUBLESHOOTING 4 11 V MALFUNCTION TROUBLESHOOTING 4 12 VI MALFUNCTION STATUS TROUBLESHOOTING 4...

Page 7: ...CHAPTER 1 PRODUCT INFORMATION I FEATURES 1 1 II SPECIFICATIONS 1 2 III PARTS OF THE STAPLER STACKER 1 3 IV INSTALLATION 1 5 V MAINTENANCE AND SERVICING BY THE CUSTOMER 1 14 ...

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Page 9: ...an be stacked 2 Job offset This feature shifts the very first page of each job to one side when it is output and groups the printed paper in the tray by the job 3 Stapling mechanism By the control signal from an external device stapling positions on the leading edge of the paper can be selected from two points in the middle one point on the nearer corner and one point on the farther corner 1 1 CHA...

Page 10: ...rtridge Number of sheets stapled 2 20 sheets of 64 g m2 paper per set per tray Max 30 sets or 300 sheets Stapling positions One point diagonal nearer corner or farther corner one point parallel farther corner or two points parallel middle Paper sizes A3 B4 A4 A4R B5R A5R Ledger Legal Letter Letter R Execuitve R Power consumption Max about 150W or less with 20ÞC room temperature and a rated voltage...

Page 11: ... Delivery bin 1 2 Delivery bin 2 3 Delivery bin 3 4 Option interface connector 5 Guide rail 6 Latches 7 Power receptacle 8 Upper cover 9 Upper guide 10 Center guide 11 Right cover unit 12 Stapler unit 13 Front cover 14 Staple test switch 1 3 CHAPTER 1 8 1 4 6 7 5 2 3 14 13 12 11 ...

Page 12: ...ss Sectional View Figure 1 3 3 1 Delivery bin 3 6 Distance sensor 2 Delivery bin 2 7 Paddle 3 Delivery bin 1 8 Reversing roller 4 Shutter 9 Stapler unit 5 Swing guide 10 Tray unit up down motor 1 4 CHAPTER 1 ...

Page 13: ...packing it This will take at least an hour 1 Unpacking the stable stacker 1 Open the stable stacker package and remove the carton 2 Check that the following are present Trays Screws Grounding adapter Paper delivery slot adapter Guide rail Cable holder Interface cable Manuals 3 Have two persons lift and erect the stable stacker Two persons are required to do so because the stacker moves easily on c...

Page 14: ...7 Insert the projections of the bin into the mounting holes in the stacker 1 and push it down 2 Figure 1 4 2 8 Secure the bin on the stacker with the supplied screws 3 Figure 1 4 3 1 6 CHAPTER 1 ...

Page 15: ... printer attach the guide rail along the staple stacker guide 1 and secure it with the supplied screw 2 Figure 1 4 4 2 Attach the paper delivery adapter to the face up delivery slot of the printer Figure 1 4 5 3 Attach the ground adapter to the paper deck guide Figure 1 4 6 1 7 CHAPTER 1 ...

Page 16: ... 5 Insert the cord holder between the printer and paper deck as shown Figure 1 4 8 6 Connect the 14 pin connector of the interface cable to the paper deck and the 15 pin con nector to the stapler stacker Figure 1 4 9 Figure 1 4 10 1 8 CHAPTER 1 14 pin connector 15 pin connector ...

Page 17: ... on the both ends of the interface connector differ in shape 15 pin and 14 pin as shown below Figure 1 4 11 7 Plug the power cord to the stapler stacker and power socket and then put the cord in the cord holder 1 9 CHAPTER 1 15 14 ...

Page 18: ...per jammed inside the unit 1 Paper jams in the reversing unit 1 Separate the stapler stacker from the printer Figure 1 4 12 2 Remove the jammed paper Figure 1 4 13 3 If jammed paper cannot be removed open the reversing guide and remove it Figure 1 4 14 Figure 1 4 15 1 10 CHAPTER 1 ...

Page 19: ...er Figure 1 4 16 2 Lift the upper guide by holding the knob indicated 1 3 Remove the jammed paper Figure 1 4 17 4 If jammed paper cannot be seen lift the center guide by holding the knob indi cated 2 5 Remove the jammed paper Figure 1 4 18 1 11 CHAPTER 1 1 2 ...

Page 20: ...t 1 Lift the swing guide and remove the jammed paper Figure 1 4 19 2 Open the front cover top cover or left cover once then close it E Staple Jams 1 Open the front cover Figure 1 4 20 2 Pull up the stapler unit Figure 1 4 21 1 12 CHAPTER 1 ...

Page 21: ...Figure 1 4 22 4 Remove the jammed staples by using a pointed object Figure 1 4 23 5 Return the staple guide to the original position by holding the knob Figure 1 4 24 6 Put the stapler unit back to its original location and then close the front cover Figure 1 4 25 1 13 CHAPTER 1 ...

Page 22: ...llow the procedures below to replace the staple cartridge 1 Open the front cover Figure 1 5 1 2 Pull up the stapler unit Figure 1 5 2 3 Pull out the staple cartridge Figure 1 5 3 4 Insert a new staple cartridge until its claws are in the secured position Figure 1 5 4 1 14 CHAPTER 1 ...

Page 23: ...he Enter key Then a sheet of paper is fed from the printer to the stapler stacker and sta pling operation is conducted Notes 1 Be sure to perform the staple test after replacing the staple cartridge 2 In test stapling a sheet of blank print paper is delivered from the printer for 12 position stapling operation in order to set the sta ples in the stapling position of the stapler unit Figure 1 5 6 1...

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Page 25: ...at ground level indicating that the signal is not being output A signal that is L or has a slash in front of its name is active at ground level and inac tive at the supply voltage level There is a microcomputer in this stacker But as the internal operation of the micro computer cannot be checked an explanation of the operation of the microcomputer has been left out As it is assumed that no repair ...

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Page 27: ... In the case of face down delivery job offset or stapling is available These operations are controlled by the stapler stacker driver PCB Figure 2 1 1 2 1 CHAPTER 2 Option controller PCB Video controller PCB DC controller PCB Printer Serial line Serial line Paper deck driver PCB Paper deck Stapler stacker drive r PCB Stapler stacker ...

Page 28: ...n controller through the serial line The stapler stacker driver also reports the information of the sensors and switches to the option controller through the serial line The main functions of the ICs installed on the stapler stacker driver are listed below IC14 IC15 main CPU sub CPU Sequence control IC23 EEP ROM Initial data backup Figure 2 1 2 shows the flow of signals between the stapler stacker...

Page 29: ...O CONTO STRBI PWRON IN STRBO CKO TXO RXI CONTI PWRON OUT SYNCHRONOUS CLOCK signal input SERIAL IN signal SERIAL OUT signal Communication ready signal output STROBE signal input POWER ON signal input STROBE signal output SYNCHRONOUS CLOCK signal output SERIAL OUT signal SERIAL IN signal Communication ready signal input POWER ON signal output J113 14 13 11 10 9 8 7 6 5 3 2 1 4 12 J400 5 10 15 1 3 4 ...

Page 30: ...OOKS CONNECT Stapler shift rotation control signal Staple motor rotation control signal L when there is no staple L when sensor detects stapler operation home position L when the stapler unit is installed SL7 SL8 J13 7 8 4 5 2 1 J202 J109 1 2 2 1 5 3 4 1 3 2 J202 J106 3 1 2 J13 1 3 2 J14 1 2 J12 B7 B9 B8 J105 3 1 2 PI1 PI2 5U SWBACK S 5U SENTP 24V 24V TGSLD PSLD H when sensor detects paper H when ...

Page 31: ...signal Pulse corresponding to tray unit elevation motor rotation speed H when connected to printer L when sensor detects tray unit home position Distance sensor control signal Stapler stacker Driver PCB Joint sensor Tray home position sensor Tray up down motor clock sensor 1 Distance sensor Tray up down motor temperature sensor Top cover open detection switch Front cover detection open switch Safe...

Page 32: ...sition sensor Delivery paper sensor Reference plate withdrawal solenoid Alignment plate motor Delivery motor clock sensor Delivery motor Feed motor L when sensor detects paper H when sensor detects alignment plate home position L when sensor detects paper Standard plate withdraws when L Alignment plate shift motor rotation control signal Pulse corresponding to delivery motor rotation speed Paper d...

Page 33: ...er Figure 2 2 1 Table 2 2 1 2 7 CHAPTER 2 Stacking types Face down delivery Face up delivery Simple stacking Job offset Stapling Simple stacking One point nearer corner One point farther corner Two points middle Test stapling Paper size A3 B4 A4 A4R B5R A5R Ledger Lagal Latter Latter R Executive R Universal Envelope Face up delivery Face down delivery Simple stacking Job offset Stapling Stacking t...

Page 34: ...from the printer and delivers the paper face down Figure 2 2 2 2 8 CHAPTER 2 A B C A B C Tray Printed paper Delivery roller 1 Delivery roller 2 Feed roller 2 Feed roller 1 Face up deflector Face up feed roller Reversing roller Upper guide Lower guide Tray Rubber roller Swing guide close ...

Page 35: ...livered face down to the tray but without being fed to the staple tray First page Figure 2 2 3 Second page and thereafter Figure 2 2 4 2 9 CHAPTER 2 Delivery roller 2 Feed roller 2 Tray Rubber roller Stopper Staple tray Delivery roller 1 Swing guide open Delivery roller 2 Feed roller 2 Tray Rubber roller Stopper Staple tray Delivery roller 1 Swing guide close Tray Second page and thereafter of pri...

Page 36: ...5 Figure 2 2 6 2 10 CHAPTER 2 Delivery roller 2 Feed roller 2 Tray Rubber roller Stopper Staple tray Delivery roller 1 Swing guide open Tray Paper Staple One point diagonal at nearer corner No 12 No 3 No 2 No 1 1 2 paper width One point diagonal at farther corner One point parallel at farther corner Two points in the middle Test stapling ...

Page 37: ...vered to the tray face up Figure 2 2 7 2 11 CHAPTER 2 A B C A B C Tray Printed paper Delivery roller 1 Delivery roller 2 Feed roller 2 Feed roller 1 Face up feed roller Reversing roller Upper guide Lower guide Tray Rubber roller Face up deflector Swing guide close ...

Page 38: ... the feed roller 1 rotates a sheet of paper is fed to the reversing unit When PI1 detects the trailing edge of the paper the reversing roller drive solenoid SL7 is turned ON and M1 rotates the reversing roller clockwise The paper is fed to the reversing position by this roller When the paper arrives at the reversing position the reversing roller rotates counterclockwise and feeds the paper to the ...

Page 39: ...NCE PLATE WITHDRAWAL SOLENOID DRIVE signal STAPLE TRAY PAPER DETECTION signal DELIVERY MOTOR DRIVE signal TRAY STACKED PAPER DETECTION signal PADDLE SOLENOID DRIVE signal TRAY UP DOWN MOTOR DRIVE signal DELIVERY PAPER DETECTION signal FEED MOTOR DRIVE signal REVERSING ROLLER DRIVE SOLENOID DRIVE signal FACE UP DEFLECTOR SOLENOID DRIVE signal ENTRANCE PAPER DETECTION signal REVERSING PAPER DETECTIO...

Page 40: ... rubber rollers on the delivery roller 1 The paper placed in the staple tray is detected by the staple tray paper sensor PI4 0 2 sec after PI4 detects the paper the stapler stacker driver drives the adjustment plate motor M3 and shifts the paper by 30mm Depending on the paper size the left edge may pre vent the paper from being shifted In such a case the stapler stacker driver turns ON the ref ere...

Page 41: ...re 2 2 9 Figure 2 2 10 2 15 CHAPTER 2 Job Job Job Job Reference plate withdrawal solenoid Adjustment plate motor Print paper Adjustment plate home position sensor Adjustment plate Left edge reference plate ...

Page 42: ... position If the stapler is in the home position it remains in the position and stands by When the leading edge of paper is detected by the entrance paper sensor PI1 the stapler stacker driver drives the stapler transfer motor M4 to shift the stapler unit to the center stand by position Note Note The center standby position is the position for the stapler unit to stand by before the paper is sent ...

Page 43: ...onal at nearer corner No 12 No 3 No 2 No 1 1 2 paper width One point diagonal at farther corner One point parallel at farther corner Two points in the middle Test stapling 1 2 3 5 4 Stapler transfer motor Print paper Stapler unit Stapler home position sensor ...

Page 44: ...is detected by the swing guide close sensor PI18 When the swing guide is open the paper is pulled back by the rubber rollers of the delivery roller 1 to the staple tray and is detected by the staple tray paper sensor PI4 The stapler stacker driver lifts the tray by 20 mm and drives the adjustment plate motor M3 after P14 detected the paper and aligns the paper Figure 2 2 13 2 18 CHAPTER 2 Swing gu...

Page 45: ...Figure 2 2 14 2 19 CHAPTER 2 Tray Swing guide Delivery roller 2 Staple tray Stapler unit Delivery roller 1 Rubber roller First page of printed paper ...

Page 46: ...ed back to the staple tray by this paddle 0 6 sec later the stapler stacker driver turns the paddle drive sole noid SL5 ON and rotates the paddle 0 4 sec later the stapler stacker rotates the adjustment plate motor M3 and moves the paper to the adjustment position Note to align it Figure 2 2 15 Note The adjustment position is 1 0 mm inside the side edge of the paper 2 20 CHAPTER 2 Paddle Paddle dr...

Page 47: ...Figure 2 2 16 2 21 CHAPTER 2 Tray Swing guide Delivery roller 2 Staple tray Stapler unit Delivery roller 1 Rubber roller Second page of printed paper Paddle ...

Page 48: ...ideo controller PCB via the option controller PCB the stapler stacker driver shifts the stapler to staple the paper When stapling is completed the stapler stacker driver drives M3 to shift the adjustment plate to the withdrawal position during paper delivery Note 2 Then the delivery motor M2 is rotated to rotate the delivery roller 2 which delivers stapled paper Figure 2 2 17 Notes 1 The staple ad...

Page 49: ...Figure 2 2 18 2 23 CHAPTER 2 Tray Swing guide Delivery roller 2 Staple tray Stapler unit Delivery roller 1 Rubber roller Printed paper ...

Page 50: ...very slot The upper limit of the tray is detected by the tray upper limit detection switch MS5 The stapler stacker driver stops the tray up down motor M5 when MS5 is turned ON The height of paper stacked on the tray is detected by the distance sensor PS1 When the height of the stacked paper reaches the prescribed value the tray descends The stapler stacker shuts off the 24VDC supply to the M5 and ...

Page 51: ...ay 2 Safety area detection switch Tray 3 Tray 1 Tray guide Tray upper limit detection switch Tray unit up down motor clock sensor 2 Tray unit up down motor Tray unit home position sensor Tray unit up down motor clock sensor 1 Encodor ...

Page 52: ...s is a safety protection func tion in case a finger is inserted when stapling The stapler stacker driver informs the option controller PCB of the staple motor trouble in the following cases 1 Home position detection does not finish in 0 5 sec after it started 2 Stapling operation home position switch PT2 remains ON when 0 5 sec passes since the start of stapling operation Furthermore during stapli...

Page 53: ...ons during simple stack ing or job offsetting 3 All sheets of paper of the same size are stapled 4 Others including large size Note 3 including face up delivery mixed sizes etc 5 All sheets of paper satisfy the following conditions during simple stacking or job off setting 1 Face down delivery 2 Same size Note 1 3 Middle size Note 4 Notes 1 Combinations of A4 and Letter A4 R and Letter R B5 R and ...

Page 54: ...the trailing edge of the preceding paper when the deliv ery method is changed from face down to face up or from face up to face down Stapling is performed No prior notice comes from the option controller There is no print paper feed data 3 Reversing paper sensor delay jam The CPU detects a reversing paper sensor delay jam if the leading edge of the paper does not reach the reversing paper sensor P...

Page 55: ... 7 Staple tray paper sensor stationary jam The CPU detects a staple tray paper sensor stationary jam if the trailing edge of the paper does not pass through the staple tray paper sensor PI4 within the prescribed time after the delivery of the first sheet for job offset or a stapled paper to the tray begins 8 Residual paper jam a The CPU detects a residual paper jam if one of the following sensors ...

Page 56: ... stapler stacker driver PCB Figure 2 3 1 is a block diagram of the power supply unit Figure 2 3 1 B Protection System The 24VDC power supply circuit has an excess current protection mechanism If a short cir cuit or other faults causes excess current the mechanism automatically shuts off the output voltage to prevent damaging the power supply circuit When no DC voltage is output from the power supp...

Page 57: ...CHAPTER 3 THE MECHANICAL SYSTEM I PREFACE 3 1 II EXTERNALS 3 2 III MAIN UNITS 3 6 IV MAIN PARTS 3 9 V SWITCHES 3 11 VI SENSORS 3 15 VII SOLENOIDS 3 24 VIII MOTORS 3 27 IX ELECTRICAL PARTS 3 31 ...

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Page 59: ...AUTION Before servicing the stacker disconnect its power cord from the electri cal outlet 2 Assembly is the reverse of disassembly unless otherwise specified 3 Note the lengths diameters and locations of screws as you remove them When reassem bling the stacker be sure to use them in their original locations 4 Do not operate the stacker with any parts removed 5 Discharge electrical static from your...

Page 60: ... Front door unit Top guide Bottom guide Figure 3 2 1 Following the procedures described in this section remove the covers when cleaning or check ing inside the stacker The removal procedures of the covers that can be removed simply by taking out the screws without removing other parts are omitted 3 2 CHAPTER 3 ...

Page 61: ...or Then lift up the tray unit to remove Screw Connector Tray unit Figure 3 2 3 2 Top cover unit 1 Open the top cover unit 2 Unhook the 2 claws and then remove the top cover unit Claws Top cover unit Figure 3 2 4 3 Right top cover 1 Following the rear cover removal proce dure described on Page 3 4 remove the rear cover 2 Open the top cover unit 3 Open the right cover unit 4 Unhook the 2 claws and t...

Page 62: ...inge and then take out the right cover unit by pulling it toward you Hinge Right cover unit Figure 3 2 7 6 Front cover 1 Open the front door unit and right cover unit 2 Following the right top cover removal procedure described on Page 3 3 remove the right top cover 3 Remove the 3 screws Screws Figure 3 2 8 4 Unhook the 4 claws and then remove the front cover Claws Front cover Figure 3 2 9 3 4 CHAP...

Page 63: ...Remove the 5 screws 4M 1 screw 3M and then top guide Screws 4M Screw 3M Top guide Figure 3 2 11 9 Bottom guide 1 Following the tray unit removal proce dure described on Page 3 3 remove the tray unit 2 Remove the 3 screws 4M and 3 screws 3M and then open the bottom guide toward you Screws 4M Screws 3M Bottom guide Figure 3 2 12 3 Remove the cable from the cable clamp 4 Disconnect the 2 connectors a...

Page 64: ...ed on Page 3 5 remove the top guide and bot tom guide 3 Remove the cable from the cable guide and then disconnect the 2 connectors Cable Cable guide Connectors Figure 3 3 1 4 Remove the cable from the cable guide and then disconnect the 2 connectors Cable Cable guide Connectors Figure 3 3 2 5 Remove the 3 screws and then the sta ple tray unit Screws Staple tray unit Figure 3 3 3 3 6 CHAPTER 3 ...

Page 65: ...and then take out the flat cable from the flat cable guide Screws Connectors Flat cable Flat cable guide Figure 3 3 4 4 Remove the 2 screws and then staple unit Screws Staple unit Figure 3 3 5 C Tray Drive Unit 1 Remove the staple unit 2 Remove the E ring bushing 2 screws and then cover E ring Bushing Screws Cover Figure 3 3 6 3 Disconnect the 2 connectors Connectors Figure 3 3 7 3 7 CHAPTER 3 ...

Page 66: ...move the cable clamp and 2 screws and then disconnect the connector Cable clamp Connector Screws Figure 3 3 8 5 Remove the 3 screws and then tray drive unit Screws Tray drive unit Figure 3 3 9 3 8 CHAPTER 3 ...

Page 67: ...IV MAIN PARTS A Locations Stapler Figure 3 4 1 3 9 CHAPTER 3 ...

Page 68: ...t removal proce dure described on Page 3 7 remove the staple unit 2 Disconnect the connector Connector Figure 3 4 2 3 Lifting up the stapler shift the lever at the back and then remove the stapler Lever Stapler Figure 3 4 3 3 10 CHAPTER 3 ...

Page 69: ... Top cover open detection switch Swing guide close detection switch Safety area detection switch Shutter close detection switch Tray upper limit detection switch Front cover open detection switch Figure 3 5 1 3 11 CHAPTER 3 ...

Page 70: ... Connector Switch cover Top cover open detection switch Figure 3 5 2 C Swing Guide Close Detection Switch 1 Following the staple tray unit removal procedure described on Page 3 6 remove the staple tray unit 2 Remove the 2 screws and then the mounting plate Screws Mounting plate Figure 3 5 3 3 Remove the 2 screws and then the swing guide close detection switch Screws Swing guide close detection swi...

Page 71: ...a detection switch Screw Connector Safety area detection switch Figure 3 5 5 E Shutter Close Detection Switch 1 Following the bottom guide removal procedure described on Page 3 5 remove the bottom guide 2 After taking out the cable from the cable clamp remove the 2 screws and then the shutter close detection switch Cable clamp Cable Screws Shutter close detection switch Figure 3 5 6 3 13 CHAPTER 3...

Page 72: ...ction switch from the switch cover Screw Connector Switch cover Tray upper limit detection switch Figure 3 5 7 G Front Cover Open Detection Switch 1 Following the front cover removal proce dure described on Page 3 4 remove the front cover 2 Disconnect the connector remove the switch cover and then take out the front cover open detection switch Connector Switch cover Front cover open detection swit...

Page 73: ... 6 Adjustment plate home position sensor 7 Stapler home position sensor 8 Tray home position sensor 9 Tray up down motor clock sensor 1 to 2 10 Delivery motor clock sensor 11 Swing guide close sensor 12 Distance sensor 13 Tray up down motor temperature sensor 14 Joint sensor 15 Tray paper sensor 1 to 3 Figure 3 6 1 3 15 CHAPTER 3 12 11 14 13 15 ...

Page 74: ...connector and then remove the entrance paper sensor Connector Entrance paper sensor Figure 3 6 2 C Reversing Paper Sensor 1 Following the rear cover removal proce dure described on Page 3 4 remove the rear cover 2 Disconnect the connector and then remove the reversing paper sensor Connector Reversing paper sensor Figure 3 6 3 3 16 CHAPTER 3 ...

Page 75: ...sensor mount Screw Connector Sensor mount Delivery paper sensor Figure 3 6 4 3 Remove the screw and then the delivery paper sensor E Staple Tray Paper Sensor 1 Following the staple tray unit removal procedure described on Page 3 6 remove the staple tray unit 2 Disconnect the connector and then remove the staple tray paper sensor Connector Staple tray paper sensor Figure 3 6 5 3 17 CHAPTER 3 ...

Page 76: ...ble clamp Cable Connector Shutter close sensor Figure 3 6 6 G Adjustment Plate Home Position Sensor 1 Following the staple tray unit removal procedure described on Page 3 6 remove staple tray unit 2 Remove the 3 screws and then the motor unit Screws Motor unit Figure 3 6 7 3 Disconnect the connector and then remove the adjustment plate home posi tion sensor Connector Adjustment plate home position...

Page 77: ...then remove the stapler home position sen sor Connector Stapler home position sensor Figure 3 6 10 I Tray Home Position Sensor 1 Following the rear cover removal proce dure described on Page 3 4 remove the rear cover 2 Disconnect the connector and then remove the tray home position sensor Connector Tray home position sensor Figure 3 6 11 3 19 CHAPTER 3 ...

Page 78: ...ge 3 33 remove the tray up down motor clock sensor PCB K Delivery Motor Clock Sensor 1 Following the staple tray unit removal procedure described on Page 3 6 remove the staple tray unit 2 Disconnect the connector and then remove the delivery motor clock sensor Connector Delivery motor clock sensor Figure 3 6 12 3 20 CHAPTER 3 ...

Page 79: ...ide close sensor Connector Swing guide close sensor Figure 3 6 13 M Distance Sensor 1 Following the staple tray unit removal procedure described on Page 3 6 remove the staple tray unit 2 Remove the 2 screws and then the sen sor cover Screws Sensor cover Figure 3 6 14 3 Disconnect the connector and then remove the distance sensor Connector Distance sensor Figure 3 6 15 3 21 CHAPTER 3 ...

Page 80: ...al procedure described on Page 3 30 remove the tray up down motor O Joint Sensor 1 Following the rear cover removal proce dure described on Page 3 4 remove the rear cover 2 Disconnect the connector and then remove the joint sensor Connector Joint sensor Figure 3 6 16 3 22 CHAPTER 3 ...

Page 81: ...rs 2 and 3 are omitted here as they can be taken out in the same way as the sensor 1 1 Remove the 2 screws and then the tray 1 Screws Tray 1 Figure 3 6 17 2 Unhook the 2 claws and then remove the cover Claws Cover Figure 3 6 18 3 Disconnect the connector and then remove the tray paper sensor 1 Connector Tray paper sensor 1 Figure 3 6 19 3 23 CHAPTER 3 ...

Page 82: ...VII SOLENOIDS A Locations Paddle drive solenoid Reference plate withdrawal solenoid Reversing roller drive solenoid Face up deflector solenoid Figure 3 7 1 3 24 CHAPTER 3 ...

Page 83: ... then take out the paddle drive solenoid Screw Connector Paddle drive solenoid Figure 3 7 3 C Reference Plate Withdrawal Solenoid 1 Following the staple tray unit removal procedure described on Page 3 6 remove the staple tray unit 2 Remove the 2 screws Screws Figure 3 7 4 3 Disconnect the connector remove the cable clamp and then take out the ref erence plate withdrawal solenoid Connector Cable cl...

Page 84: ...ing roller drive solenoid Figure 3 7 6 E Face up Deflector Solenoid 1 Following the power supply unit removal procedure described on Page 3 32 remove the power supply unit 2 Open the top cover unit Lifting up the jam clearance cover remove the 2 screws Top cover unit Jam clearance cover Screws Figure 3 7 7 3 Disconnect the connector and then remove the face up deflector solenoid Connector Face up ...

Page 85: ...VIII MOTORS A Locations Feed motor Delivery motor Adjustment plate motor Stapler transfer motor Tray up down motor Staple motor Figure 3 8 1 3 27 CHAPTER 3 ...

Page 86: ...e feed motor Screws Belt Feed motor Figure 3 8 2 C Delivery Motor 1 Following the staple tray unit removal procedure described on Page 3 6 remove the staple tray unit 2 Remove the screw and then the motor cover Screw Motor cover Figure 3 8 3 3 Remove the 2 screws disconnect the connector and then take out the deliv ery motor Screws Connector Delivery motor Figure 3 8 4 3 28 CHAPTER 3 ...

Page 87: ...nd then take out the adjustment plate motor Screws Connector Adjustment plate motor Figure 3 8 5 E Stapler Transfer Motor 1 Remove the rear cover 2 Remove the screw and then the PCB cover Screw PCB cover Figure 3 8 6 3 Remove the 2 screws disconnect the connector and then take out the stapler transfer motor Screws Connector Stapler transfer motor Figure 3 8 7 3 29 CHAPTER 3 ...

Page 88: ...otor 1 Following the tray drive unit removal procedure described on Page 3 7 remove the tray drive unit G Staple Motor 1 Following the stapler removal procedure described on Page 3 10 remove the sta pler 3 30 CHAPTER 3 ...

Page 89: ...IX ELECTRICAL PARTS A Locations Staple stacker driver PCB Power supply unit Option interface PCB Tray up down motor clock sensor PCB Figure 3 9 1 3 31 CHAPTER 3 ...

Page 90: ...d then take out the sta ple stacker driver PCB Screws Connectors Staple stacker driver PCB Figure 3 9 2 C Power Supply Unit 1 Following the staple stacker driver PCB removal procedure described on this page remove the staple stacker driver PCB 2 Remove the screw 3M 3 screws 4M and then the power supply unit Screw 3M Screws 4M Power supply unit Figure 3 9 3 3 32 CHAPTER 3 ...

Page 91: ... option interface PCB Screws Connector Option interface PCB Figure 3 9 4 E Tray Up Down Motor Clock Sensor PCB 1 Following the rear cover removal proce dure described on Page 3 4 remove the rear cover 2 Remove the screw disconnect the con nector and then take out the tray up down motor clock sensor PCB Screw Connector Tray up down motor clock sensor PCB Figure 3 9 5 3 33 CHAPTER 3 ...

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Page 93: ... 4 III PAPER JAMS TROUBLESHOOTING 4 8 IV PAPER TRANSPORT TROUBLESHOOTING 4 11 V MALFUNCTION TROUBLESHOOTING 4 12 VI MALFUNCTION STATUS TROUBLESHOOTING 4 13 VII MEASUREMENT AND ADJUSTMENT 4 18 VIII MAINTENANCE AND SERVICING 4 23 IX LOCATION OF CONNECTORS 4 25 ...

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Page 95: ...technician is to identify the factor of the malfunction according to the malfunction diagnosis flowchart and to clear the problem follow ing the action procedure for each factor Make sure the following points at the execution of troubleshooting Be sure that the connector has no poor contact when measuring the voltage at the specified terminal of the connector Before handling PCBs be sure to touch ...

Page 96: ...Note 1 Refer to the item paper jams Displays READY Execute paper delivery test Note 2 Occurs paper jam Initial check execution Delivers paper normally Refer to the item paper transport troubleshooting Refer to the item malfunction troubleshooting Refer to the item malfunction status troubleshooting END Is paper delivery test executable No Yes No No Yes Yes No Yes Yes No No Yes Displays operator ca...

Page 97: ...inter 2 Paper checks a The recommended paper for the stacker is used b Paper is not damp 3 Condensation During winter particularly when moving the stacker into a warm room from a cold location such as a warehouse various problems can occur due to condensation in the stacker When condensation was formed either wipe the parts with dry cloth or leave the stacker ON for 10 to 20 minutes 4 3 CHAPTER 4 ...

Page 98: ...1 Header ON for 2 0 seconds OFF for 1 0 second 2 Group On for 0 3 seconds OFF for 0 2 seconds 3 Pause OFF for 0 5 seconds 4 Content 1 ON for 0 3 seconds OFF for 0 2 seconds 5 Pause OFF for 0 5 seconds 6 Content 2 ON for 0 3 seconds OFF for 0 2 seconds 7 Pause OFF for 0 5 seconds When there is no failure error or other troubles the LED is kept ON during the warm up period and flashes after the peri...

Page 99: ...er of sheets of paper sent continuously from the printer should be 2 If 3 or more sheets are sent paper jam will result Perform the self drive mode in the following order 1 Set the DIP switches SW2 on the staple stacker driver PCB as follows A3 1 ON 2 OFF 3 ON 4 ON A4 1 ON 2 OFF 3 OFF 4 ON Ledger 1 ON 2 OFF 3 ON 4 OFF Letter 1 ON 2 OFF 3 OFF 4 OFF 4 5 CHAPTER 4 L Group 1 Failure mechanical drive p...

Page 100: ...wing guide close detection switch Staple operation home position detection switch Tray unit home position sensor Stapler home position sensor Adjustment plate home position sensor Front cover open detection switch Joint sensor Top cover open detection switch Tray upper limit detection switch Tray 1 paper sensor Tray 2 paper sensor Tray 3 paper sensor Follow the procedure below to check the sensors...

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Page 102: ...ns of the stacker Figure 4 3 1 III 1 Delivery block III 2 Printer connection block If the factor of malfunction was identified as paper jams by the malfunction diagnosis flow chart check the block in which the paper jam occurred and find the defective part 4 8 CHAPTER 4 ...

Page 103: ...t is not normal replace it 8 Staple tray paper sensor lever does not move smoothly or is damaged Action Reset the lever correctly Replace the lever if damaged 9 Staple tray paper sensor lever spring failure Action Reset the spring correctly Replace the spring if deformed or damaged 10 Staple tray paper sensor failure Action Conduct the sensor check mode described on Page 4 7 and see if the sensor ...

Page 104: ...ler if worn or deformed 6 Worn deformed dirty reversing roller Action Clean the roller if dirty Replace the roller if worn or deformed 7 Damaged gears Action Replace any damaged gear 8 Poor contact in reversing roller drive solenoid drive signal line connector Action Reconnect the connector J14 on the staple stacker driver PCB 9 Reversing roller drive solenoid failure Action Disconnect the connect...

Page 105: ...diagnosis flowchart Figure 4 1 1 perform the following actions IV 1 Wrinkles bent leading edge Possible causes 1 Worn deformed roller Action Replace any worn deformed roller IV 2 Bent leading edge Possible causes 1 Scarred deformed feed guide Action Check the paper feed path Replace the feed guide if scarred or deformed 4 11 CHAPTER 4 ...

Page 106: ...3 Power supply unit failure Action Turn OFF the printer power switch Disconnect the connector J1 from the staple stacker driver PCB Plug the power cord to the power supply unit and then turn ON the printer power switch Then measure the output of the DC power supply of the connector J1 making sure not to short it If the specified value is not output replace the power supply unit 4 Wiring DC loads s...

Page 107: ... in connectors Action Reconnect the connectors J7 J9 and J10 on the stable stacker driver PCB 2 Shutter close detection switch failure Action Disconnect the connector J7 on the staple stacker driver PCB Measure the resis tance between the connector J7 1 and J7 2 on the switch side If it is not 0 Ω with the shutter up and Ω with the shutter down replace the shutter close detection switch 3 Shutter ...

Page 108: ...tors J9 J207 and J210 between the staple stacker driver PCB and delivery motor clock sensor correctly 2 Poor contact in delivery motor drive signal line connector Action Reconnect the connector J11 on the staple stacker driver PCB 3 Delivery motor failure Action Disconnect the connector J11 on the staple stacker driver PCB Measure the resis tance between the connector J11 6 and J11 7 on the motor ...

Page 109: ...ine connector Action Reconnect the connectors J9 J207 and J121 between the staple stacker driver PCB and adjustment plate home position sensor 2 Adjustment plate home position sensor failure Action Conduct the sensor check mode described on Page 4 7 and see if the sensor is nor mal If it is not normal replace it 3 Poor contact in adjustment plate motor drive signal line connector Action Reconnect ...

Page 110: ...ler J8 on the intermediate PCB 1 J303 on the intermediate PCB 2 and J8 on the staple stacker driver PCB correctly 2 Stapler failure Action Replace it 3 Staple stacker driver PCB failure Action Replace it VI 11 Printer cannot become READY because current tray full status is output when the tray currently used is not full Possible causes 1 Staple stacker driver PCB failure Action Replace it VI 12 Pr...

Page 111: ...rinter cannot become READY because current tray full stop status is output when the tray currently used is not full Possible causes 1 Staple stacker driver PCB failure Action Replace it VI 15 Printer cannot become READY because tray up down motor overheat status is output when the motor is normal Possible causes 1 Poor contact in connectors Action Reconnect the connector J135 on the tray up down m...

Page 112: ...its home position 3 Runs the feed motor and opens the shutter 4 Runs the tray up down motor and lifts the tray unit to the position about 82mm away from the home position distance adjustment value input position 5 Reads distance date through the distance sensor 6 Runs the feed motor and closes the shutter 7 Runs the tray up down motor and lowers the tray unit to its home position Paper level detec...

Page 113: ...ormally the LED on the staple stacker driver PCB lights 6 Turn OFF the DIP switch SW2 4 turn the printer OFF and then ON and confirm that the LED on the staple stacker driver PCB flashes ON for 0 5 seconds OFF for 0 3 seconds Figure 4 7 2 4 19 CHAPTER 4 ON OFF 0 5sec 0 3sec ...

Page 114: ...quire special tools measuring instruments and high preci sion Do not touch them in the field Notes 1 Some LEDs receive leakage current during normal operation thus glow dimly even when they should be OFF 2 Variable resistor which may be adjusted in the field are marked Variable resistor which may not be adjusted in the field are marked 1 Staple stacker driver PCB Figure 4 7 3 4 20 CHAPTER 4 LED 1 ...

Page 115: ...Table 4 7 1 4 21 CHAPTER 4 1 2 3 4 LED 1 SW 2 No Operation check switches Refer to page 4 4 Function Check LED for service technician SW 1 ...

Page 116: ...This page intentionally left blank 4 22 CHAPTER 4 ...

Page 117: ...onsumable Parts Consumables require replacement one or more times during the warranty period of the stacker due to deterioration or damage Replace them when the parts are proven faulty Table 4 8 1 Note The values above are only estimates based on part data and are subject to change C Periodic Service The stacker has no parts that require periodic servicing D Standard Tools The standard tools that ...

Page 118: ...CO C2H5 Purchase locally Flammable keep away from flame MEK methyl ethyl ketone Cleaning oil and toner stains Purchase locally Highly flammable keep away from flame Lubricating oil Petroleum mineral oil Apply between gear and shaft Tool No CK 8003 100 ml bottle Tellus Oil 68 Shell Lubricating agent Lithium oil Tool No CK 8005 40 g bottle Permalub SHV 2 Nippon Koyu ltd 3 4 Apply between gear and sh...

Page 119: ...IX LOCATION OF CONNECTORS Figure 4 9 1 4 25 CHAPTER 4 J114 J800 J700 J112 J111 J118 J115 J210 J113 J130 J131 J202 J209 J207 J12 J13 J11 J5 J6 J4 J9 J7 J208 J132 J206 J205 J135 ...

Page 120: ...Figure 4 9 2 4 26 CHAPTER 4 J128 J123 J207 J208 J209 J124 J122 J210 J301 J8 J121 J134 J120 J119 J306 J304 J303 M5 J307 J308 J129 J302 J1 J10 J14 J8 JS2 J109 J202 J106 J105 J118 J115 J205 J206 J133 J135 ...

Page 121: ...APPENDIX I GENERAL CIRCUIT DIAGRAM A 1 II LIST OF SIGNALS A 3 ...

Page 122: ......

Page 123: ... 9 10 11 11 10 9 8 7 6 5 4 3 2 1 1 2 3 4 5 6 7 8 9 10 11 12 1 2 3 4 5 6 7 8 9 10 11 12 13 14 1 2 3 4 9 8 7 6 5 4 3 2 1 1 2 3 4 5 6 7 8 9 5 4 3 2 1 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 1 2 3 3 2 1 1 2 3 1 2 3 1 2 3 1 2 1 2 1 2 3 1 2 2 1 1 2 3 4 5 6 1 2 3 1 2 3 3 2 1 3 2 1 3 2 1 3 2 1 3 2 1 3 2 1 1 2 3 1 2 3 2 3 1 1 2 3 1 2 3 55 54 53 42 43 44 1 2 3 1 2 3 1 2 3 4 5 6 3 2 1 3 2 1 J124M J124F J123F J12...

Page 124: ......

Page 125: ...RXI I L Serial in signal 13 CONTI I L Communication ready signal 14 PWRON OUT O L Power on signal J5 1 24V O 2 GND 3 24Vmove I 4 24Vmove I 5 24Vshift I 6 GND 7 24Vshift I 8 GND 9 10 24Vshift I 11 24Vmove I 12 24R O J6 1 Vo O Distance sensor control signal 2 5V O 3 Vin I Distance sensor control signal 4 GND 5 SHSW Test staple start signal 6 GND J7 1 24Vmove O 2 3 SSHCLD O H Shutter close detection ...

Page 126: ...O 13 GND 14 EMCLK I P Delivery motor clock detection signal 15 5V O J10 1 24V O 2 24V O 3 FMBD O Feed motor drive signal 4 FMAD O Feed motor drive signal 5 FMBD O Feed motor drive signal 6 FMAD O Feed motor drive signal J11 1 24V O 2 JMBD O Alignment plate motor drive signal 3 JMAD O Alignment plate motor drive signal 4 JMBD O Alignment plate motor drive signal 5 JMAD O Alignment plate motor drive...

Page 127: ... paper detection signal J13 1 5V O 2 GND 3 SENTP I H Entrance paper detection signal 4 5V O 5 GND 6 SSWGOPN I H Swing guide close detection signal 7 24V O 8 PSLD O L Face up deflector solenoid drive signal J14 1 24V O 2 TGSLD O L Reversing roller drive solenoid drive signal J15 1 SSMSW I L Tray up down motor temperature detection signal 2 GND Connector Pin Abbreviation I O Logic Signal name ...

Page 128: ......

Page 129: ...red by PERIPHERAL PRODUCTS QUALITY ADVANCEMENT DIV PERIPHERAL PRODUCTS TECHNICAL DOCUMENTATION DEPT CANON INC Printed in Japan REVISION 0 FEB 1999 5 1 Hakusan 7 chome Toride City Ibaraki Pref 302 8501 Japan ...

Page 130: ...PRINTED IN JAPAN IMPRIME AU JAPON 0299AT0 70 CANON INC The printing paper contains 70 waste paper ...

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