Canon FY8-13FW-000DADF-A1- User Manual

Canon FY8-13FW-000DADF-A1

Canon FY8-13FW-000DADF-A1– User Manual, read for free online in PDF format. We hope this helps you resolve any issues you may have. If you have further questions, please contact us through the contact form.

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Table of Contents:

  • Page 3 – Symbols Used; Symbol; Provides a description of a service mode.
  • Page 4 – Outline of the Sevice Manual
  • Page 5 – iii; indicates a path of mechanical drive the symbol
  • Page 6 – iv; Contents; CHAPTER 1 GENERAL DESCRIPTION; Outline of the Electrical
  • Page 7 – CHAPTER 3 MECHANICAL SYSTEMS
  • Page 8 – CHAPTER 5 TROUBLESHOOTING; Making Adjustments When
  • Page 9 – vii; APPENDIX; Reversal Motor Driver Circuit
  • Page 11 – CHAPTER 1
  • Page 12 – Features; c. Stream Reading of All Sizes
  • Page 13 – Specifications; Item
  • Page 15 – Names of Parts
  • Page 17 – Using the DADF; Original Set Indicator; flashes when a jam occurs.; Warnings and Action to Take; jam go through the following to remove the jam:
  • Page 18 – Routine Maintenance by the User; Instruct the user to clean the following at least once a week:; Description
  • Page 20 – CHAPTER 2
  • Page 21 – Basic Construction; Outline of the Electrical Circuitry
  • Page 22 – Communication with the Copier; the existing mode of IPC communication.
  • Page 23 – Inputs to the ADF Controller PCB
  • Page 25 – Outputs from the ADF Controller PCB
  • Page 26 – Basic Operations
  • Page 29 – sponding copying mode:
  • Page 30 – The following is an outline of the flow of originals.
  • Page 31 – The following is an outline of the flow of originals:
  • Page 36 – Detecting Originals
  • Page 39 – tion roller clock sensor (PI5) are used to identify a default size.; Default size
  • Page 43 – LTRR
  • Page 46 – Picking Up and Separating Originals; to monitor the movement of originals.
  • Page 47 – by means of pulses from sensors and the pickup motor.
  • Page 51 – tor the movement of originals for the following:; Alarm
  • Page 53 – phase stepping motor, and the circuit is used for the following:
  • Page 54 – The circuit is used for the following:
  • Page 55 – Picking Up/Separation Originals
  • Page 56 – ered to the original delivery tray.
  • Page 57 – stepping motor, and the circuit is used for the following:
  • Page 58 – Signal; Function
  • Page 59 – DC motor, and the circuit is used for the following:
  • Page 60 – moved to make copies.
  • Page 61 – ) The copier’s scanner starts copying operation.
  • Page 68 – the copyboard glass to make copies.
  • Page 74 – ) The feeding belt is rotated to move the original.
  • Page 77 – Operation; Operation mode; Copying mode
  • Page 79 – ) The copier’s scanner starts copying operation.
  • Page 80 – tated for a specific length to end the movement of the original.
  • Page 83 – Fixed reading is used.
  • Page 84 – ) The copier’s scanner starts copying operation.
  • Page 85 – ) The copier’s scanner starts copying operation.
  • Page 91 – Manual feeder pickup/delivery is used only in fixed reading mode.
  • Page 94 – Copier’s Service Mode Screen
  • Page 101 – Power Supply; flows into the circuit.
  • Page 103 – CHAPTER 3
  • Page 104 – Detach the covers as needed when clean-
  • Page 105 – Cover
  • Page 106 – ) Free the hook of the pickup assembly
  • Page 109 – ) The side guide of the original tray is
  • Page 110 – Drive System; Unit
  • Page 112 – ) Remove the separation motor unit and
  • Page 115 – Feeding System
  • Page 117 – 3) Shift down the delivery lower guide
  • Page 119 – Roller
  • Page 123 – Registration Roller
  • Page 125 – ) Remove the gear support plate of the
  • Page 133 – Replacing the Feeding; decrease the tension of the belt.
  • Page 135 – ) Insert a screwdriver between the DADF
  • Page 136 – CHAPTER 4
  • Page 137 – Periodically Replaced Par ts
  • Page 138 – Scheduled Servicing Chart; Do not use solvents or oils not indicated.
  • Page 140 – Cleaning; ) Wipe the copyboard glass of the copier
  • Page 141 – sor; ) Clean the sensor window in the original
  • Page 142 – Sensor; ) Clean the face of the prism behind the
  • Page 143 – ) Clean the two filter surfaces of the sen-; ) Clear the surface of the prism of the
  • Page 144 – ) lean the filter face of the reversal sensor
  • Page 145 – Roller Paper Sensor
  • Page 146 – ) Obtain a single sheet of A4 or LTR copy
  • Page 147 – ) At the end of cleaning work, press the
  • Page 148 – Member
  • Page 149 – ) With the manual feed tray closed, clean; Roller, Suppor t Member
  • Page 150 – ) Clean the manual feed registration roller
  • Page 151 – CHAPTER 5
  • Page 152 – Standards and Adjust-; Basic Adjustments; The basic adjustments of the DADF con-
  • Page 153 – This adjustment is to adjust the right
  • Page 154 – ) Place a separate sheet of copy paper
  • Page 155 – The skew must be removed for the fol-
  • Page 156 – stopped on the copyboard glass.
  • Page 157 – If the Value Is Not As Indicated; Adjust the position of the registration
  • Page 158 – b. Pickup from the Manual Feed Tray
  • Page 159 – ) Open the manual feed tray, and place a
  • Page 161 – Adjust the position of the manual feed
  • Page 162 – ) Loosen the fixing screw on the manual
  • Page 163 – ) Place a single sheet of A4 or LTR copy
  • Page 165 – If the value is not as indicated, adjust the
  • Page 166 – ) Loosen the fixing screw on the reversal; justment; Horizontal registration adjustment is
  • Page 167 – Original size; Value of C
  • Page 168 – ) At the end of the adjustment, loosen the
  • Page 169 – b. Manual Feed Tray Pickup
  • Page 170 – make sure that C shown is as indicated.; • The original will be delivered to the
  • Page 171 – ment; Original stop position adjustment is made
  • Page 172 – ) Place a singe sheet of A4 or LTR copy
  • Page 173 – Switch; EX
  • Page 175 – ) To adjust the original stop position, use
  • Page 177 – Making Adjustments; Major parts; • ADF controller PCB; Work; Perform the following when replacing the
  • Page 178 – ) If error code E420 is indicated, mount; Deliver y Motor; Perform the adjustment if you have re-
  • Page 179 – Steps to Take; copy of a solid black original.
  • Page 180 – ) At the end of the operation, press the; If the Result is NG; Check the condition of each of the sen-
  • Page 181 – ) At the end of the operation, press the
  • Page 182 – Auxiliary Adjustment; Item to adjust; Adjusting the Degree of Arching at the Registration Roller
  • Page 183 – • LED2 will start to flash to indicate the
  • Page 184 – ) Press the push switch SW3 or SW4 on
  • Page 185 – ) At the end of operation, press the push; Feeding Belt
  • Page 187 – ) Press the push switch SW3 or SW4 on; sal
  • Page 189 – ) At the end of the operation, press the
  • Page 190 – Sensor in question
  • Page 191 – indication; paper; ) To end the check, press the push switch
  • Page 192 – Jam Counter; controller PCB as indicated.
  • Page 193 – ) Check the number of jams that occurred; Manual Feed Pickup Counter; Setting
  • Page 194 – ) Press the push switches SW3 and SW4; • The total number may be as; ) At the end of the check, press the push
  • Page 196 – sembly
  • Page 198 – If the dirt is limited,
  • Page 199 – If dirt is appreciable,
  • Page 202 – LED2 indication
  • Page 203 – its sequence of indication.
  • Page 204 – Troubleshooting; Troubleshooting Malfunctions; the meter to x1
  • Page 205 – ) Set the meter range to 10 VDC. Does the voltage between connec-; Cable; ) Is the cable between the belt motor driver PCB and the ADF con-; Belt motor driver PCB, ADF controller PCB; ) Try replacing the belt motor driver PCB. Is the problem corrected?; Replace the ADF controller PCB.
  • Page 206 – meter range to x1
  • Page 208 – meter range to X1
  • Page 209 – ) Set the meter range to 10 VDC. Does the voltage between connec-; ) Try replacing the ADF controller PCB. Is the problem corrected?
  • Page 210 – Communication cable; ) Is the cable between the copier and the DADF properly connected?; Connector; Connect the connector properly.; Cable, ADF controller PCB; ) Is the cable from the connector (J1) on the ADF controller PCB to; Connect the cable properly.
  • Page 211 – Arrangement of Electrical Components
  • Page 213 – Reference
  • Page 214 – ADF Controller PCB
  • Page 215 – cording to how it is set:
  • Page 219 – Reversal Motor Driver PCB
  • Page 220 – Indication LED PCB
  • Page 221 – Self Diagnosis; Fault
  • Page 222 – The DADF may issue the following alarms:
  • Page 224 – Cause
  • Page 227 – General Timing Char t
  • Page 235 – Signals and Abbreviations
  • Page 237 – General Circuit Diagram
  • Page 239 – ADF Controller Circuit Diagram
  • Page 251 – Reversal Motor Driver Circuit Diagram
  • Page 252 – Belt Motor Driver Circuit Diagram
  • Page 253 – Reversal Sensor Circuit Diagram
  • Page 255 – Separation Sensor/Skew Sensor Circuit Diagram
  • Page 257 – 2 Tray Circuit Diagram
  • Page 259 – 3 Pre-Last Original Paper Sensor Circuit Diagram
  • Page 260 – 5 Manual Feed Registration Roller Paper Sensor
  • Page 261 – 6 Special Tools; standard tools set; 7 Solvents and Oils List
Loading the manual

MAR. 2001

FY8-13H6-000

DADF-J1

REVISION 0

COPYRIGHT© 2001 CANON INC. CANON DADF-J1 REV.0 MAR. 2001 PRINTED IN JAPAN (IMPRIME AU JAPON)

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Summary

Page 3 - Symbols Used; Symbol; Provides a description of a service mode.

COPYRIGHT© 2001 CANON INC. CANON DADF-J1 REV.0 MAR. 2001 i INTRODUCTION 1 Symbols Used This documentation uses the following symbols to indicate special information: Symbol Description Indicates an item requiring care to avoid combustion (fire). Indicates an item prohibiting disassembly to avoid ele...

Page 4 - Outline of the Sevice Manual

COPYRIGHT© 2001 CANON INC. CANON DADF-J1 REV.0 MAR. 2001 ii INTRODUCTION 2 Outline of the Sevice Manual This Service Manual contains basic information needed to service the DADF-J1in the field, conducted for the purpose of maintaining its product quality and a specific level ofperformance. This Serv...

Page 5 - iii; indicates a path of mechanical drive the symbol

COPYRIGHT© 2001 CANON INC. CANON DADF-J1 REV.0 MAR. 2001 iii INTRODUCTION The following rules apply throughout this document:As a rule, the descriptions in this documentation are based on the following: 1. As needed, the work of each function and its relationship with electrical and me- chanical par...

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