Canon Staple Finisher-H1 Service Manual Download Page 72 | Manualshive

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6-2

6-2

How to Utilize This Installation Procedure

How to Utilize This Installation Procedure

How to Utilize This Installation Procedure

Descriptions Used in This Procedure

In this procedure, the machine connected to the finisher is called the host machine.

When Using the Contained Parts (Bundled Components
in the Shipping Carton)

After unpacking, confirm the parts contained in the package.
The below symbol appears on the illustration of some steps when the parts contained in
the shipping carton are to be used. Mind this symbol to be aware the parts contained in the
shipping carton are to be used.

F-6-1

Symbols in the Illustration

The frequently-performed operations/works are described with symbols in this procedure.
Check the description below.

Tighten

Connect

Connector

Harness

Good

Connect to

the outlet

Remove the

projection

Release/

remove

the claw

Fit in/attach

the claw

Turn ON

the switch

Push

Copy

Bad

Check

Visual

check

Disconnect

Connect/

Secure

Disconnect/

Free

Remove

Sound

check

Instruction on direction

(front/rear, top/bottom)

Prohibition

(Good/Bad)

Screw

Checking

instruction

Fit in the

projection

F-6-2

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Summary of Contents for Staple Finisher-H1

Page 1: ...7 6 5 4 3 2 1 Staple Finisher H1 Service Manual Product Outline Technology Periodic Servicing Parts Replacement and Cleaning Procedure Adjustment Installation Appendix ...

Page 2: ... information as the need arises In the event of major changes in the contents of this manual over a long or short period Canon will issue a new edition of this manual The following paragraph does not apply to any countries where such provisions are inconsistent with local law Trademarks The product names and company names used in this manual are the registered trademarks of the individual companie...

Page 3: ...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 practic...

Page 4: ...Blank Page ...

Page 5: ...y Unit 2 18 Stack Tray Shift Operation 2 18 Stack Tray Paper Height Detection Control 2 18 Stack Tray Paper Full Detection Control 2 19 Controller Unit 2 20 Outline 2 20 Detecting Jams 2 21 Outline 2 21 Power Supply 2 23 Outline 2 23 Protective Functions 2 23 Work of Service 2 24 When replacing the parts 2 24 Periodical Servicing 2 24 Upgrading 2 24 Periodic Servicing List of Work for Scheduled Se...

Page 6: ...stment Adjustment Item 5 2 Overview 5 2 Dip Switch Function 5 3 Sensor Detection Check Mode 5 3 Entering the Sensor Detection Check Mode 5 3 List of Sensor Detection Check States 5 3 Motor Operation Check Mode 5 4 Entering the Motor Operation Check Mode 5 4 List of Motor Operation Check States 5 4 Shifting Operation ON OFF Setting in Staple Mode 5 5 Installation How to Utilize This Installation Pr...

Page 7: ...Safety Precautions Notes Before Servicing Points to Note at Cleaning ...

Page 8: ...o the specified steps and disconnect the power plug Caution Do not turn off the power switch when downloading is under way Turning off the main power switch while downloading is under way can disable the machine Points to Note at Cleaning Caution When performing cleaning using organic solvent such as alcohol be sure to check that the component of solvent is vaporized completely before assembling ...

Page 9: ...1 1 Product Outline Product Outline Features Specifications Names of Parts ...

Page 10: ...Outline Features Features Compact semi inner finisher which corresponds to A4 black and white high speed MFP Gripper mechanism for delivering paper to the stack tray Stack tray capacity of approximate 500 sheets Easy to install on the host machine ...

Page 11: ...le sort 73 5 mm or less in height or 22 sets or less Equivalent of 80 g m2 paper Mixed stacking capacity Non sort sort 73 5 mm or less in height Staple sort 73 5 mm or less in height or 22 sets or less Equivalent of 80 g m2 paper Dimensions 263 mm H 798 mm W 395 mm D Weight Approx 10 5 kg Power supply From host machine 24V 5V Power consumption Standby 2 5 W or less Operating 50 W or less T 1 1 Sta...

Page 12: ...tline Names of Parts Cross Section Names of Parts External View Stack Tray Front Door F 1 2 Cross Section Inlet Roller Paddle Feed Roller Alignment Plate Delivery Roller Stapler Stack Tray Paper Retainer Tray Auxiliary Guide Paper Return Paddle Gripper Stack Tray F 1 3 ...

Page 13: ...2 2 Technology Technology Basic Configuration Controls Basic Operation Feed Unit Processing Tray Unit Stack Tray Unit Controller Unit Detecting Jams Power Supply Work of Service ...

Page 14: ...s finisher controller PCB The finisher controller PCB has the 16 bit CPU and the controller also controls the communication with the host machine in addition to controlling the finisher s operation sequence The CPU on the finisher controller PCB contains a flash ROM used to store the operating sequence program The finisher controller PCB uses the serial communication line to receive various comman...

Page 15: ...0 Staple Operation Refer to page 2 16 Stack Delivery Operation Refer to page 2 16 Stack Tray Paper Retainer Operation Refer to page 2 17 Stack Tray Unit Stack Tray Shift Operation Refer to page 2 18 Stack Tray Paper Height Detection Control Refer to page 2 18 Stack Tray Paper Full Detection Control Refer to page 2 19 Controller Unit Outline Refer to page 2 20 Detecting Jams Outline Refer to page 2...

Page 16: ...aper return paddle are used to align paper in the feed direction If two or more sheets with a length of 150 mm or more are stacked the tray auxiliary guides slide out Paddle Paper Return Paddle Stack Tray Paper Retainer F 2 3 F 2 4 3 The alignment plates are used to align paper in the width direction In the illustration below paper is aligned with reference to the central reference position Rear A...

Page 17: ...chnology Basic Operation Outline 6 After being shifted the sheets stacked on the processing tray are delivered to the stack tray If the tray auxiliary guides have slid out they slide back before the sheets are delivered to the stack tray Gripper F 2 7 ...

Page 18: ... M4 5 M8 M7 M6 M9 M1 Feed Motor M7 Gripper Motor M2 Delivery Motor M8 Stack Tray Shift Motor M3 Paddle Motor M9 Staple Motor M4 Front Alignment Motor S1 Inlet Sensor M5 Rear Alignment Motor S2 Delivery Sensor M6 Tray Auxiliary Guide Motor F 2 8 T 2 2 Feeding Paper to Processing Tray Unit The paper delivered from the host machine is fed by the inlet roller feed roller and delivery roller The paper ...

Page 19: ...e Function 1 Paddle Stacks the paper delivered from the delivery roller on the processing tray 2 Paper Return Paddle Presses the paper stacked on the processing tray against the stopper alignment in the feed direction and prevents the previously stacked paper from being fed delivered 3 Front Rear Alignment Plate Aligns the paper stacked on the processing tray in the width direction and shifts the ...

Page 20: ...ime since detection of paper by the inlet sensor S1 thus sliding out the tray auxiliary guides M6 Tray Auxiliary Guide Motor Inlet Sensor S1 Tray Auxiliary Guide F 2 11 2 After the specified time has lapsed since paper has passed through the delivery sensor S2 the paddle motor M3 operates to rotate the paddle once to stack the paper on the processing tray The stacked paper is pressed against the s...

Page 21: ...Alignment Plate Front Alignment Plate F 2 13 Tray Auxiliary Guide Operation When two or more sheets with a length of 150 mm or more are stacked on the processing tray the tray auxiliary guides slide out to prevent misalignment of paper due to curl The tray auxiliary guides are driven by the tray auxiliary guide motor M6 They slide out when the inlet sensor S1 detects paper and they slide back when...

Page 22: ...Length 216 mm T 2 4 Alignment Shifting Operation The paper stacked on the processing tray is aligned in the width direction by the front and rear alignment plates Then the paper is shifted to the position where it is delivered to the stack tray The front alignment plate is driven by the front alignment motor M4 and the rear alignment plate is driven by the rear alignment motor M5 The home position...

Page 23: ...hift position 10 mm backward from the central reference position Same as the alignment position Shift amount 20 mm 180 mm or more to less than 210 mm Front shift position F mm frontward from the central reference position F 110 Paper width 2 Rear shift position R mm frontward from the central reference position R 85 Paper width 2 Shift amount 25 mm less than 180 mm Front shift position 10 mm front...

Page 24: ...gnment Plate Rear Alignment Plate Middle of Feeding Path Half of Paper Width 10mm F 2 16 2 After lapse of the specified time since detection of the trailing edge of paper by the delivery sensor S2 the front and rear alignment plates move for paper alignment Front Rear alignment position when the paper width is 180 mm or more 20mm Rear Alignment Position Front Alignment Position 20mm Paper when ali...

Page 25: ...ore 2mm Front Alignment Plate Home Position Half of Paper Width 10mm Middle of Feeding Path Front standby position when the paper width is less than 200 mm Half of Paper Width 10mm Middle of Feeding Path Half of Paper Width 10mm F 2 19 F 2 20 2 After lapse of the specified time since detection of the paper s trailing edge by the delivery sensor S2 the front and rear alignment plates move to align ...

Page 26: ...g in the front The position that aligns paper by the front and rear alignment plates Middle of Feeding Path Rear shift position when the paper width is from 180 mm or more to less than 210 mm 85mm Paper when aligning in the rear The position that aligns paper by the front and rear alignment plates Middle of Feeding Path F 2 23 F 2 24 Front shift position when the paper width is less than 180 mm Al...

Page 27: ... rear alignment plates Rear shift position when the paper width is 210 mm or more Middle of Feeding Path Half of Paper Width 10mm The position that aligns paper by the front and rear alignment plates F 2 27 F 2 28 Front shift position when the paper width is less than 210 mm 110mm Paper when aligning in the front Middle of Feeding Path The position that aligns paper by the front and rear alignment...

Page 28: ... the front of the finisher Paper is stapled at only one position at the front A maximum of 50 sheets can be stapled Stapler Paper F 2 31 Stack Delivery Operation The paper stacked on the processing tray is delivered to the stack tray by the gripper after being shifted and stapled The gripper is driven by the gripper motor M7 via the gripper drive belt The home position of the gripper is detected b...

Page 29: ...d to the stack tray is retained by the stack tray paper retainer to prevent wrong detection of paper height and misalignment caused by curl The tray paper retainer is released when the gripper presses portion A of the gear stopper after it has delivered paper to the stack tray Then it is rotated by the driving force of the gripper motor M7 M7 Stack Tray Paper Retainer Gripper Motor A Gear Stopper ...

Page 30: ...he specified amount Then the stack tray moves up until the stack tray paper height sensor S9 detects the stack tray top surface top surface of the stacked paper with the stack tray paper height sensor flag M8 Stack Tray Paper Height Sensor Flag Stack Tray Stack Tray Lower Limit Switch SW2 Stack Tray Shift Motor Stack Tray Paper Height Sensor S9 F 2 34 Stack Tray Paper Height Detection Control The ...

Page 31: ... paper full state of the stack tray is detected in the following cases When the power is turned on or during initialization before start of printing When the ON states of both the stack tray paper height sensor S9 and stack tray lower limit switch SW2 are detected When paper is delivered When the ON state of the stack tray lower limit switch is detected two successive times because the height of t...

Page 32: ...e finisher controller PCB are summarized below Name Function CPU U1 Controls communications between this finisher and host machine Stores firmware Controls operations of this finisher Motor Driver U5 Controls the driver of feed motor M1 Motor Driver U6 Controls the driver of delivery motor M2 Motor Driver U7 Controls the driver of front alignment motor M4 Motor Driver U8 Controls the driver of rea...

Page 33: ...of the specified time since detection of paper by the inlet sensor S1 Delivery sensor staionary jam S2 Detected when the delivery sensor S2 does not turn off after lapse of the specified time since detection of paper by the delivery sensor S2 Inlet sensor early arrival jam S1 Detected when the inlet sensor S1 detects paper without receiving a delivery signal from the host machine Or detected when ...

Page 34: ...en the controller detected the following errors during feeding operation Error in the paddle motor E577 Error in the front alignment motor E530 Error in the rear alignment motor E537 Error in the tray auxiliary guide motor E583 Error in the gripper motor E575 Error in the stack tray shift motor E540 Error in the staple motor E531 T 2 8 ...

Page 35: ... is used to drive the motors and the switches while the 5VDC power is used for the sensors and the ICs SW1 SW2 M M8 Stack Tray Shift Motor Stack Tray Lower Limit Switch Motors Sensors Motor Driver U13 14 Finisher Controller PCB Motor Driver U5 to U12 CPU U1 Host Machine Front Door Switch F1 F2 F3 F5 to 10 F4 5VDC 24VDC Protective Functions The finisher is provided with fuses F1 through 10 which bl...

Page 36: ...sher controller PCB with the service parts check that the firmware is the latest version If it is not the latest version upgrade it Periodical Servicing This finisher has no periodic service items Upgrading When upgrading the firmware of the finisher controller PCB upgrade from the host machine Refer to the service manual for the host machine as to the detail ...

Page 37: ...3 3 Periodic Servicing Periodic Servicing List of Work for Scheduled Servicing ...

Page 38: ...riodic Servicing List of Work for Scheduled Servicing Periodic Servicing List of Work for Scheduled Servicing List of Work for Scheduled Servicing There is no item that requires the scheduled service in this finisher ...

Page 39: ...4 4 Parts Replacement and Cleaning Procedure Parts Replacement and Cleaning Procedure Finisher List of Parts External Internal Covers Main Units Motors Switches PCBs ...

Page 40: ...hine CAUTION When detaching this finisher from the host machine be sure to check that the host machine has been turned off and its power plug has been disconnected from the outlet When disassembling or assembling this finisher remove it from the host machine following the specified procedure 1 Lift the control panel and open the front door F 4 1 2 Release the hook to remove the front door x1 F 4 2...

Page 41: ...o release the hook and then slide the finisher leftward until it stops A F 4 4 NOTE After releasing the hook by sliding the finisher 2 3 cm you can remove the screwdriver or the like CAUTION The hook may not be released completely with the finisher at the leftmost position In this case slide the finisher 1 2 cm back and raise the lever to release the hook 5 While releasing the hook by raising the ...

Page 42: ...rate shaped Guide Stack Tray Front Cover Staple Unit F 4 6 F 4 7 Rear PCB Cover Rear Cover No Name Part No Reference 1 Front Door FM4 8192 2 Front Cover FM4 8198 Refer to page 4 7 3 Rear Cover FC0 3505 Refer to page 4 7 4 Upper Feed Guide Unit FM4 8176 Refer to page 4 8 5 Upper Cover FC0 3506 Refer to page 4 9 6 PCB Cover FC0 3500 Refer to page 4 9 7 Staple Unit FM4 8187 Refer to page 4 11 8 Grate...

Page 43: ... FM4 8182 Refer to page 4 12 3 Lower Processing Tray Unit Refer to page 4 15 F 4 9 T 4 2 List of Motors M9 M1 M3 M2 M5 M8 M4 M7 M6 No Name Part No Reference M1 Feed Motor FM4 8171 Refer to page 4 16 M2 Delivery Motor FK3 1668 Refer to page 4 17 M3 Paddle Motor FM4 8179 Refer to page 4 18 M4 Front Alignment Motor FM4 8181 Refer to page 4 18 M5 Rear Alignment Motor FM4 8181 Refer to page 4 19 M6 Tra...

Page 44: ...e HP Sensor WG8 5776 S5 Rear Alignment Plate HP Sensor WG8 5776 S6 Tray Auxiliary Guide HP Sensor WG8 5776 S7 Gripper HP Sensor WG8 5776 S8 Gripper Encoder Sensor WG8 5776 S9 Stack Tray Paper Height Sensor WG8 5776 S10 Staple Paper Detection Sensor FK2 1772 S11 Staple HP Sensor S12 Staple Edging Sensor S13 Staple Sensor SW1 Front Door Switch FK3 1665 Refer to page 4 23 SW2 Stack Tray Lower Limit S...

Page 45: ... and Cleaning Procedure External Internal Covers Removing the Rear Cover External Internal Covers Removing the Front Cover 1 Remove the 4 screws and release the hook and then remove the front cover x1 x4 F 4 13 Removing the Rear Cover 1 Remove the 3 screws and release the hook and then remove the rear cover x3 x1 F 4 14 ...

Page 46: ...pper Feed Guide Unit Removing the Upper Feed Guide Unit 1 Remove the front and rear covers Refer to page 4 7 2 Open the paper delivery guide holding it by the front tab Then remove the 3 screws x3 F 4 15 3 Remove the 3 screws and disconnect the connector from the rearward and then loosen the screw A of the belt tensioner to remove the belt Then remove the upper feed guide unit x3 x1 A F 4 16 ...

Page 47: ... Replacement and Cleaning Procedure External Internal Covers Removing the PCB Cover Removing the Upper Cover 1 Remove the front and rear covers Refer to page 4 7 2 Remove the 4 screws and then remove the upper cover x4 F 4 17 Removing the PCB Cover 1 Remove the screw and then remove the PCB cover x1 F 4 18 ...

Page 48: ...Guide Parts Replacement and Cleaning Procedure Main Units Removing the Grate shaped Guide Main Units Removing the Grate shaped Guide 1 Remove the front and rear covers Refer to page 4 7 2 Loosen the 2 screws A and then remove the stack tray support plate by loosening the 2 screws x2 A A F 4 19 ...

Page 49: ...g Procedure Main Units Removing the Staple Unit 3 Remove the 4 screws and disconnect the connector and then remove the grate shaped guide x2 x2 x1 F 4 20 Removing the Staple Unit 1 Removing the front cover Refer to page 4 7 2 Remove the 2 screws and disconnect the 2 connectors and then remove the staple unit x2 x2 F 4 21 ...

Page 50: ...ray Unit Front Rear 1 Remove the front and rear covers Refer to page 4 7 2 Remove the upper feed guide unit Refer to page 4 8 3 Remove the upper cover Refer to page 4 9 4 Remove the grate shaped guide Refer to page 4 10 5 Remove the 2 screws and disconnect the connector and then release the harness from the harness guide to remove the paddle motor unit x1 x2 x1 F 4 22 6 Remove the 2 E rings and ge...

Page 51: ...port plate x4 F 4 24 8 Remove the 4 screws and then remove the delivery guide x4 F 4 25 9 Remove the 5 screws and disconnect the connector and remove the belt by loosening the 2 screws A securing the delivery motor unit and then remove the delivery unit x5 x1 A A F 4 26 CAUTION When tightening the screws securing the delivery motor unit attach the belt and then tighten them at the position where t...

Page 52: ...the Upper Processing Tray Unit Front Rear 10 Remove the 3 screws and disconnect the 2 connectors and then release the harness from the harness guide to remove the upper processing tray unit front x3 x2 x1 F 4 28 11 Remove the 3 screws and disconnect the 2 connectors and then release the harness from the harness guide to remove the upper processing tray unit rear x3 x2 x1 F 4 29 ...

Page 53: ...ng the Lower Processing Tray Unit Removing the Lower Processing Tray Unit 1 Remove the upper processing tray unit front rear Refer to page 4 12 2 Remove the finisher controller PCB Refer to page 4 25 3 Remove the 2 screws and disconnect the 4 connectors and then release the harness from the harness guide to remove the lower processing tray unit x2 x1 x2 x3 F 4 30 ...

Page 54: ...he 2 screws and disconnect the connector and remove the belt by loosening the screw A of the belt tensioner and then remove the feed motor along with its support plate x2 x1 A F 4 31 3 Remove the 2 screws and then remove the feed motor x2 F 4 32 CAUTION When attaching the feed motor to the support plate tighten the 2 screws in such a manner that the clearance between the motor and support place is...

Page 55: ...Refer to page 4 7 2 Remove the E ring and spring and screw and then remove the hook and lever x1 F 4 34 3 Remove the 2 screws and belt and then disconnect the connector to remove the delivery motor x2 x1 F 4 35 CAUTION When attaching the delivery motor attach the belt with the screws tightened loosely and then tighten the screws securely at the position where tension is applied to the belt due to ...

Page 56: ... the Paddle Motor M3 1 Remove the rear cover Refer to page 4 7 2 Remove the 2 screws and disconnect the connector and then remove the paddle motor x1 x2 F 4 37 Removing the Front Alignment Motor M4 1 Remove the upper processing tray unit Refer to page 4 12 2 Remove the 2 screws and disconnect the connector and then remove the belt from the pully to remove the front alignment motor x1 x2 F 4 38 ...

Page 57: ...e Rear Alignment Motor M5 1 Remove the upper processing tray unit rear Refer to page 4 12 2 Remove the 2 screws and disconnect the connector and then remove the belt from the pully to remove the rear alignment motor x1 x2 F 4 39 Removing the Tray Auxiliary Guide Motor M6 1 Remove the lower processing tray unit Refer to page 4 15 2 Remove the 2 screws and then remove the tray auxiliary guide motor ...

Page 58: ...otor M7 Removing the Gripper Motor M7 1 Remove the lower processing tray unit Refer to page 4 15 2 Pull out the tray auxiliary guide until it stops F 4 41 3 Remove the 3 screws and the belt and disconnect the 2 connectors and then remove the gripper motor along with the support plate x2 x3 F 4 42 4 Remove the 2 screws and then remove the gripper motor x2 F 4 43 ...

Page 59: ...r M8 1 Remove the rear cover Refer to page 4 7 CAUTION As the stack tray lowers by removing the gear carry out the work while supporting the stack tray F 4 44 2 Removing the E ring and gear and straight pin F 4 45 3 Remove the 3 screws and disconnect the connector and then remove the stack tray shift motor along with the support plate x1 x3 F 4 46 4 Remove the 2 screws and then remove the stack tr...

Page 60: ...tack Tray Shift Motor M8 CAUTION When attaching the stack tray shift motor check that the front and rear rack gear plates are in phase with the gears F 4 48 CAUTION When attaching the stack tray shift motor tighten the 3 screws in such a manner that the clearance between the motor support plate and side plate is about 0 5 mm to 1 0 mm Approx 0 5mm to 1 0mm F 4 49 ...

Page 61: ... the Front Door Switch 1 Remove the front cover Refer to page 4 7 2 Remove the screw and then remove the switch along with the support plate x1 F 4 50 3 Remove the screw and disconnect the 2 connectors and then remove the front door switch x1 x2 F 4 51 CAUTION When attaching the front door switch to the support plate check that the boss of the support plate is in the hole on the switch F 4 52 ...

Page 62: ...ving the Stack Tray Lower Limit Switch Removing the Stack Tray Lower Limit Switch 1 Remove the front cover Refer to page 4 7 2 Remove the screw and disconnect the 2 connectors and then remove the stack tray lower limit switch x1 x2 F 4 53 CAUTION When attaching the stack tray lower switch check that the boss of the side plate is in the hole on the switch F 4 54 ...

Page 63: ... the Finisher Controller PCB PCBs Removing the Finisher Controller PCB 1 Remove the grate shaped guide Refer to page 4 10 2 Disconnect all connectors from the finisher controller PCB x12 F 4 55 2 Release the harness from the 6 harness guides Remove the 2 screws and disconnect the 2 connector and then remove the finisher controller PCB x2 x6 x2 F 4 56 ...

Page 64: ...Blank Page ...

Page 65: ...5 5 Adjustment Adjustment Adjustment Item Dip Switch Function ...

Page 66: ...nt Adjustment Item Overview Adjustment Item Overview This finisher has no adjustment items Sensor detection check and motor operation check can be performed using the DIP switch SW1 push switch SW2 and LED LD1 on the finisher controller PCB SW2 SW1 LD1 F 5 1 ...

Page 67: ...3 Home position detected Other than home position 4 ON ON OFF OFF Front Alignment Plate HP Sensor S4 Home position detected Other than home position 5 OFF OFF ON OFF Rear Alignment Plate HP Sensor S5 Home position detected Other than home position 6 OFF ON OFF ON Tray Auxiliary Guide HP Sensor S6 Home position detected Other than home position 7 OFF ON ON OFF Gripper HP Sensor S7 Home position det...

Page 68: ...FF ON OFF Paddle Motor M3 Pressing down the push switch SW2 drives the paddle motor to rotate the paddle once 4 ON ON OFF OFF Front Alignment Motor M4 Pressing down the push switch SW2 each time drives the front alignment motor to move the front alignment plate as follows Minimum width paper alignment position Maximum width paper alignment position 5 OFF OFF ON OFF Rear Alignment Motor M5 Pressing...

Page 69: ...u can determine whether paper is to be shifted in the staple mode With the host machine turned off set the DIP switch SW1 as follows Shifting operation ON Paper is shifted Default In the staple mode paper is delivered to the stack tray with it shifted ON 1 2 3 4 Shifting operation OFF Paper is not shifted In the staple mode paper is always delivered with it aligned at the front without being shift...

Page 70: ...Blank Page ...

Page 71: ...6 6 Installation Installation How to Utilize This Installation Procedure Unpacking Procedure Installation Procedure ...

Page 72: ...he parts contained in the shipping carton are to be used Mind this symbol to be aware the parts contained in the shipping carton are to be used F 6 1 Symbols in the Illustration The frequently performed operations works are described with symbols in this procedure Check the description below Tighten Connect Connector Harness Good Connect to the outlet Remove the projection Release remove the claw ...

Page 73: ...re Caution Make sure that the host machine is turned off and the power plug is disconnected from the outlet 1 Take out the three accessories and the packing material F 6 3 2 Take out the finisher by holding its sides indicated in the illustration and place it on a flat surface F 6 4 3 Remove all shipping tape and packing materials from the finisher F 6 5 ...

Page 74: ...stallation on Host Machine Installation Procedure Preparation for Installation on Host Machine 1 Lift the control panel and open the front cover of the host machine F 6 6 2 Pull the duplex tray out straight F 6 7 3 While pressing the notch to release the hook remove the delivery outer tray x1 F 6 8 4 Close the front cover of the host machine F 6 9 ...

Page 75: ... Machine Connecting to Host Machine Caution Hold the finisher by its sides indicated in the illustration F 6 10 1 Make sure that the left edge of the finisher aligns along the rear side of the output paper area and then slowly push the finisher into the host machine F 6 11 NOTE Push the finisher until it clicks into place F 6 12 ...

Page 76: ...dure Connecting to Host Machine 2 Make sure that the two tabs of the front cover of the finisher align with the grooves on the finisher and then press the cover toward the host machine to snap it into place F 6 13 3 Lower the control panel back in place F 6 14 4 Attach the output tray to the finisher F 6 15 ...

Page 77: ...7 7 Appendix Appendix Service Tools General Circuit Diagram ...

Page 78: ...ernal covers Fluoride family hydrocarbon Alcohol Surface activating agent Water Do not bring near fire Procure locally Substitute IPA isopropyl alcohol 2 Solvent Cleaning e g metal oil or toner stain Fluoride family hydrocarbon Chlorine family hydrocarbon Alcohol Do not bring near fire Procure locally Substitute MEK 3 Lubricating oil Lubrication e g drive areas friction areas Silicone oil Tool No ...

Page 79: ...Oils Applying the Grease Appendix Service Tools Solvents and Oils Applying the Grease Applying the Grease 1 Bushings of paddle drive shaft 2 locations Paddle drive gear 2 Friction areas of inlet and feed roller 6 rollers each 2 locations F 7 1 F 7 2 ...

Page 80: ...nd Oils Applying the Grease Appendix Service Tools Solvents and Oils Applying the Grease 3 Drive shafts of front and rear alignment plate 4 Gears of lower processing tray unit 3 locations Grooves of gripper unit drive rail 2 locations F 7 3 F 7 4 ...

Page 81: ...ndix Service Tools Special Tools Appendix Service Tools Special Tools 5 Friction areas of stack tray shift motor s worm gear shaft 2 locations Worm gear 6 Groove of stack tray drive rail Special Tools None F 7 5 F 7 6 ...

Page 82: ...6 3 2 P6 2 P6 3 1 1 2 2 3 3 4 4 A A B B A A B B 1 5 2 6 3 7 4 8 1 9 2 10 J10 P10 J9 P9 P10 1 P9 1 GND STP LOW STP READY STP HOME VCC 1 1 2 2 3 3 4 4 5 5 1 1 2 2 3 3 4 4 J4 J17 1 1 M M M M M M M M M F i n i s h e r C o n t r o l l e r P C B T o H o s t M a c h i n e S W 1 F r o n t D o o r S w i t c h S W 2 S t a c k T r a y L o w e r L i m i t S w i t c h M 8 S t a c k T r a y S h i f t M o t o r ...

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