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Canon ir7105 service manual pdf

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iR// Series This manual has been issued by Canon Inc. for qualified persons to learn The descriptions in this Service Manual are subject to change without notice for UFR II/PCL/PS printing + PDF/Tiff direct printing * . View and Download Canon ImageRUNNER service manual online. Direction iR/> 10 Changing the Reproduction Ratio in Sub. View and Download Canon ImageRUNNER service manual online. ImageRUNNER All in One Printer pdf manual download. Scanning Direction iR/> 10 Changing the Reproduction Ratio in Sub Scanning.

If dirt resists removal. No system software is found for the. The 1st sheet is identified as a pre-reversal pickup stationary 2 jam Page Chapter 17 Address Description Remarks P address bus not used delivery motor FG ARCNET-INT stack tray idle movement detection download hard latch command download hard latch input download latch release light signal lower order light signal upper order read signal not used clock output P The upper delivery sensor PS5 does not detect paper within a specific period of time distance after the buffer path 2 sensor UN14 has detected paper. Use one of the 2 slots.

A-OFI, FOLI, Manual Feed Pickup Unit Chapter 8 8. Detecting The Paper Size Chapter 8 8. Deck Chapter 8 8. Registration Unit Chapter 8 8. Duplex Feeding Unit Chapter 8 8. Sequence Of Operations Chapter 8 8. Press the Start key or settle the printer setting. Printing the Printing the front side Printing the backside Printing the backside front side of of the second sheet of the first sheet Page Chapter 8 2. The 1st side is printed on the 1st sheet. The 2nd sheet is picked up.

F 3. The 3rd side is printed on the 2nd sheet. The 1st sheet is moved to the holding tray assembly. The 3rd sheet is picked up. F 4. Page Chapter 8 5. The 1st sheet is moved to the lower feeding assembly. The 5th side is printed on the 3rd sheet.

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F 6. The 1st sheet is re-picked up from the lower feeding assembly. The 2nd side is printed on the 1st sheet. The 2nd sheet is kept in wait, and the 4th sheet is picked up. Page Chapter 8 8. The 7th side is printed on the 4th sheet, and the 1st sheet is discharged. F 9. The 4th side is printed on the 2nd sheet, and the 3rd sheet is kept in wait in the lower feeding assembly.

The 5th sheet is picked up. Page Chapter 8 The 6th side is printed on the 3rd sheet. F The 3rd sheet is discharged. The 8th side is printed on the 4th sheet. The 4th sheet is discharged, and the 10th side is printed on the 5th sheet. The 5th sheet is discharged.

The start position is detected. The paper position is detected. Delivery Chapter 8 8. T Delivery Copying operation Face-up - Making copies on transparencies However, the images will be mirror images. Detecting The Double-feed Chapter 8 8. Ul- trasonic waves are often characterized as follows, and may be used for the detection of double feeding regardless of the type of medium used plain paper, heavy paper, colored paper, transparency, etc.

Page Chapter 8 F [1] Registration roller [2] Double feeding sensor transmission [3] Double feeding sensor reception [4] Fixing roller Error code: E The double-feeding detection unit is faulty The double feeding sensor reception cannot attain a specific ultrasonic signal level. Service Mode: Parts Replacement Procedure Chapter 8 8.

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Right Deck Pickup Assembly Chapter 8 8. Left Deck Pickup Sensor Chapter 8 8. Sensor 1 Remove the front deck left pickup assembly. Assembly Butt the rack plate [1] of the manual feed tray against section A open state. Manual Pickup Roller Chapter 8 8. Page Chapter 8 3 Remove the stop ring [3] from the front of the 8 Remove the rail base front [1].

F 9 Remove the screw [2], and detach the rear fixing plate [1]; Manual Separation Roller Chapter 8 8. Manual Feed Pickup Solenoid Chapter 8 5 Remove the screw [1], and detach the connector cover [2]; then, disconnect the connector [3]. F 11 Remove the 2 mounting screws [2] of the sensor unit [1]. F 6 Open the manual feed tray. Registration Roller Chapter 8 3 Remove the two springs [8], E-ring [9], and arm support shaft [10] at the front. F 8. Registration Brake Clutch Chapter 8 8.

Feeding Roller Chapter 8 8. Duplexing Unit Chapter 8 5 Remove the E-ring [6], bearing [7], and three 2 Holding the left and right grips of the screws [8]. Duplexing unit Grip Grip F F 6 Remove the E-ring [9], gear [10], pin [11], three screws [12], E-ring [13], and bearing [14]. Page Chapter 8 4 Remove the bearing [4] and spacer [5]; then, 2 Disconnect the connector [3]; then, remove the detach the lower feeding right clutch [6]. Separation Roller Chapter 8 8.

Wider groove Narrower groove rear of the machine F front of the machine 6 Free the 2 cables [1] from the edge saddle [1]; Page Chapter 8 9 Remove the bushing [1] in the direction of the 3 Remove the double-feed sensor assembly [1]. Page Contents Contents 9. Construction Chapter 9 9.

T Component Notation Description Fixing upper roller heat roller, 60mm dia. Fixing lower roller Pressure roller, 50mm dia.

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Fixing motor DC motor, 33 W Fixing inlet sensor lifter motor main heater The machine can make about , prints A4 after indicating the message in the case of A3, 50, prints. The output of the sensor is used to move a lift mechanism, thereby making sure paper movement will not be disrupted. Basic Sequence Chapter 9 9. Various Control Mechanisms Chapter 9 9. Transparency Mode Chapter 9 9. Power Save Mode Chapter 9 9.

WMUPR omitted. Power save mode Power Save key Power Save key Protective Functions Chapter 9 9. Page Chapter 9 E heating failure The reading of the main thermistor is 70 deg C or more but does not reach deg C within 2. Lower Fixing Roller Chapter 9 8 While paying attention to the thermal switch c. When mounting, clean the electrode plate [1] and the thermistor, remove the upper roller and the electrode terminal [2].

External Delivery Roller Chapter 9 9. Internal Delivery Roller Chapter 9 9. Sub Thermistor Chapter 9 9. Fixing Heater Chapter 9 9. Do not touch the surface of the heater. Fixing Cleaning Belt Chapter 9 9. Claw Jam Sensor Chapter 9 9. Internal Delivery Sensor Chapter 9 9. Upper Separation Claw Chapter 9 9.

Claw 1 Remove the fixing assembly from the main body. Page Contents Contents Page Contents Control Panel Chapter 10 Counters Chapter 10 Page Chapter 10 T Ref.

Notation Name Discipline Error code Alarm code polygon mirror cooling cools the laser scanner motor; thermally E insulates the unit from the fixing assembly; prevents soiling of the wire of the primary charging assembly fixing heat discharge discharges heat from around the fixing E assembly Fans Chapter 10 Notat Name Description Error code Notat Name Description Error code Alarm code [14] FM19 duplexing transport fan cools the duplexing transport motor [15] FM20 separation heat discharges heat from around the separation E discharge fan assembly; improves separation [16] FM21 scanner heat discharge discharges heat from around the laser E fan Power Supply System Chapter 10 If the same setting is used for both 'low power mode shift interval' and 'auto sleep time', a shift is made to sleep mode if a specific period of time passes from a standby state i.

Parts Replacement Procedure Chapter 10 Developing Drive Assembly Chapter 10 Assembly Construction F Waste Toner Drive Assembly Chapter 10 7 Remove the six screws [1], and detach the waste toner drive assembly [2]. F 4 Disconnect the connector [3], and remove the two screws [4]; then, detach the vertical path drive assembly [5].

Lifter Drive Assembly Chapter 10 Assembly right deck Construction F 1 Remove the rear cover. Drum Drive Assembly Chapter 10 4 Remove the water toner case; then, remove the 5 screws [1], and disconnect the 4 connectors When mounting the main drive assembly, be sure [2] to detach the waste toner case base [3].

Cassette Pickup Drive Assembly Chapter 10 Control Panel Lcd Unit Chapter 10 Cover Switch Assembly Chapter 10 Drum Heater Switch Assembly Chapter 10 Control Panel Inverter Pcb Chapter 10 F 3 Remove the control panel rear cover [1].

Control Panel Family Pcb Chapter 10 Ac Driver Pcb Chapter 10 Relay Pcb Chapter 10 Hv-dc Pcb Chapter 10 Motor Driver Pcb Chapter 10 F 3 Remove the transceiver PCB [1].

F - nut [2] 4 Remove the power code base [1]. Laser Cooling Fan Chapter 10 Free the cable from the edge saddle [2]. Drum Fan Chapter 10 Power Supply Cooling Fan 2 Chapter 10 Delivery Anti-adhesion Fan Chapter 10 Separation Heat Discharge Fan Chapter 10 Overview Contents Contents Overview Chapter 11 The architecture is based on Java J2ME, i. Rds Chapter Application Operation Mode Chapter 12 Menu Screen: When the state of the device changes, e-RDS sends the alert code list.

E-rds Setting Screen Chapter 12 When the tab above is selected on any e-RDS setting screen, it changes to the mid item screen. Moreover, it returns to previous screen when reset key is pressed.

Page Chapter 12 Log list screen F History list of communication test error error generation date, error code and error information is dis- played. When the each line is selected touched , it shifts to "Log detailed screen". The list screen changes by a right arrow or a left arrow. Sleep Operation Chapter 12 Log detailed screen F Detailed information of individual communication test error is displayed.

Refer to the displayed message to "Error message list". It shifts to "Log list screen" by the [OK] button pressing. Maximum length of error information: E-rds Setting maintenance Chapter 12 Display the Menu screen of e-RDS from the service mode.

Error Message Chapter 12 Only the first part of error information is displayed in "Log list screen". Maximum length of error information in "Log detailed screen": Communication test is not performed. Hexadecimal UGW is succeeded.

Hexadecimal displayed after the message is error code that UGW returns. Periodically Replaced Parts Chapter 13 They are likely to affect the performance once they fail even in the absence of external change or damage. Whenever possible, plan their replacement so that it will coincide with a scheduled service visit.

Machine Proper Chapter 13 Parts name Parts No.

Page Chapter 13 As of Nov No. Q'ty Life Remarks pages Feeding roller FB 8 , actual number of prints deck, cassette 2 pc. Scheduled Servicing Basic Procedure Chapter 13 As a rule, perform schedule servicing every , prints. Before setting out for a visit, check the service book, and take parts for which replacement is expected. Use a blower brush. If dirt - No. Check the area around the cable.

Scheduled Servicing Chart Chapter 13 Page Chapter 13 Unit name Location Maintenance intervals Remarks upon every every installation , 1,, prints prints electrode of stop ring clean Clean the following using for drum heater lubricate alcohol, and apply FY9- on the charge collecting brush: F 6 With the cleaner assembly [1] slid halfway out, remove the screw [2] 1 pc.

Page Chapter 13 4 While forcing the lint-free paper against the photosensitive drum, wipe it as if to rub it from the front to the rear and then from the rear to the front.

F 10 Remove the cleaning blade from the cleaning blade assembly. Page Chapter 13 Keep the blade using the plate, and tighten the screws. Blade reinforcing plate Blade support plate Blade retainer If any abnormal condition is noted, replace it with a new one as soon as possible. Image Adjustment Basic Procedure Chapter 14 Grid wire 2. Primary charging wire 3. Pre-transfer charging wire 4. Transfer charging wire Check the following: Charging wire for height Make 2 copies each of the NA3 Chart for the following: Is it lighter at the rear?

Turn the adjusting Turn the adjusting screw at the front of Is the output Go to free of fuzziness and the "Checking for fogging" density correct? Make the following selections in service mode: If it is too dark, If it is too light, Image Adjustments Chapter 14 Page Chapter 14 margin by 1 mm. Page Chapter 14 2 Arrange the mirror positioning tool so that it is ready for use in the machine by changing the pin position; FRONT.

F F 4 Secure the end of the cable that has temporarily 3 Fit the pins of the mirror positioning tool front been fixed in place on the hook of the reader [2]; Laser Exposure System Chapter 14 Image Formation System Chapter 14 Height of charging wire Primary Feed Page Chapter 14 3 Turn off and then on the power.

F 5 Put back the developing assembly and the process unit. F 9 Fit the door switch actuator in the door switch 6 Connect the connector [1] of the potential assembly. Page Chapter 14 2. Making Use of Non-Auto Control Mode 2 Remove the developing assembly, and slide If a fault occurs in images, use the mode to find out the process unit. Location Of The Solenoids Chapter 14 After replacing the solenoid, make adjustments using the screw [2] so that the position of the drive lever is the same when the solenoid is ON.

Page Chapter 15 Correcting Faulty Images Check to see if the paper is a type recommended by Canon. Check to see if the paper is moist. Try paper fresh out of package.

Others Chapter 15 Condensation in the scanning system glass, mirrors, lenses will produce darker images. Outline Of Electrical Components Chapter 15 Reader Unit The reader unit does not use clutches.

Printer Unit T Connector No. Parts No. Solenoids Chapter 15 Reader Unit The reader unit does not use solenoids. Motor Chapter 15 E code M Scanner motor drives the No. Fan Chapter 15 Reader Unit T Connector No. Printer Unit Chapter 15 2. E code Alarm code polygon mirror cooling cools the laser scanner motor; thermally FH E insulates the unit from the fixing assembly; prevents soiling of the wire of the primary charging assembly fixing heat discharge fan discharges heat from around the fixing FH E Sensor Chapter 15 Sensor reader Chapter 15 Sensor 1 Chapter 15 Page Chapter 15 Connector No.

Sensor 2 Chapter 15 Switch Chapter 15 Reader Unit The reader unit does not have any switch. Lamps, Heaters, And Others Chapter 15 Pcbs Chapter 15 Dc Controller Pcb Chapter 15 Page Chapter 16 Self-Diagnosis Error Code Table Chapter 16 E The fixing unit has overheated.

After correcting the fault, be sure to reset the error. E A fault exists in the following: Dc Controller Pcb Chapter 16 Detach and then attach the waste toner pipe. Replace executed, the the developing assembly inside toner developing assembly inside toner sensor does not E The reader unit power supply 24 V has a fault.

Disconnect and then connect the reader power supply connector. Replace area is being initialized. Reset the PDL mechanism.

Canon imageRUNNER 7105 Service Manual

Turn off and then on the power. Detail In E Chapter 16 Jam Code Chapter 16 Description pickup fault 2 S3,S2 At time of pickup, the post-registration sensor detects an original before the start of the reversal motor. At time of pickup, the pre-registration roller sensor does not detect the original after it has been moved a specific distance.

Description 1st sheet pre- The 1st sheet is identified as a pre-reversal pickup delay jam Page Chapter 16 Code Sensor Notation Description registration sensor 1st sheet, registration sensor, stationary read sensor 1st sheet, read sensor, non arrival read sensor 1st sheet, read sensor, stationary delivery reversal sensor 1st sheet, delivery sensor, non arrival delivery reversal sensor 1st sheet, delivery sensor, stationary Alarm Code Chapter 16 Service Mode Chapter 17 Service Mode Outline Chapter 17 One set of modes are used for normal maintenance Level 1 modes , and another set are used for trouble- shooting Level 2 modes.

Initial Screen Chapter 17 Ethernet board connected 2: TokenRing board connected 3: Page Chapter 17 L: Feeder Chapter 17 All model. Dc-con Chapter 17 ON vibration motor 2 1: ON separation fan full speed FM13 1: ON not used curl-removing fan full speed 1: ON developing fan full speed FM15 1: ON developing fan half speed FM15 1: ON not used ON sub hopper inside toner feed clutch CL23 1: ON right deck pickup solenoid 1: ON manual feed pickup latch solenoid return 1: ON manual feed latch solenoid pull 1: Page Chapter 17 Addres Description Notation Remarks P for check download control reserved horizontal registration sensor clock signal not used P model switchover 1 model switchover 0 registration clutch brake registration roller clutch model switchover 2 relay SNS not used not used P factory mode OPEN side paper deck paper present H: ON side paper deck pickup sensor on H: ON side paper deck pull-off sensor on H: ON side paper deck pickup solenoid H: R-con Chapter 17 ON reader heat discharge fan 2 stop detection 1: Page Chapter 17 Addre Description Remarks P not used for factory mode original size detection control signal 1: ON main scanning detection signal 0: ON image lead edge signal 0: ON scanner home position signal 0: HPdetected not used copyboard closed detection signal 0: ON CCD drive on signal 1: ADF open not used P delivery reversal motor current setting 1 delivery reversal motor current setting 2 release motor current setting 1 release motor current setting Sorter Chapter 17 Page Chapter 17 Address Description Remarks P address bus not used delivery motor FG ARCNET-INT stack tray idle movement detection download hard latch command download hard latch input download latch release light signal lower order light signal upper order read signal not used clock output P ON not used saddle butting motor CCW 1: CW saddle butting motor CW 1: ON saddle folding transport motor PWM 0: ON saddle folding transport motor CCW 1: Page Chapter 17 Address Description Remarks P rear alignment motor clock rear alignment motor CW rear alignment motor current switchover not used front alignment motor clock front alignment motor CW front alignment motor current switchover IH not used front bin shift motor phase A front bin shift motor phase B front bin shift motor current switchover not used Page Chapter 17 Address Description Remarks P not used saddle lead edge stopper motor phase A saddle lead edge stopper motor phase B saddle lead edge stopper current 1: ON saddle flapper solenoid 2 1: ON not used P CCW shift transport motor current switchover 1 shift transport motor current switchover 2 not used fan on signal 1: ON Z-fold release solenoid 1: ON Z-fold lock solenoid 1: ON Z-fold inlet flapper solenoid CW lower tray motor current switchover 1 lower tray motor current switchover 2 upper tray motor clock sample tray upper tray motor CW sample tray Page Chapter 17 Address Description Remarks P upper tray paper sensor 1: OK stapling position 2 1: OK stapling position 3 1: Mn-cont Chapter 17 Adjust adjustment Mode Chapter 17 A lower setting will decrease the density of characters.

Sub item Description Level CCD, shading-related adjustment Use it to enter the white level target value for shading correction. The fact has to do with how the indication values are computed, and will not affect the operation of the machine. The fact has to do with the way indicated values are computed, and will not affect the operation of the machine. TR-N1 Use it to enter the output adjustment value of the transfer charging current.

Procedure 1 Select the item to highlight.

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Do not execute this item on its own. It is part of a series of operations performed when replacing the potential sensor unit. Make test prints for measurement of the fixing nip width. Sub item Description Level Use it to reset an error code. Sub item Description Level Use it to reset user mode settings.

P-TR- Use it to check the activation of the pre-transfer exposure lamp. Do not turn off the power while initialization is under way. Option machine Settings Mode 5 Turn off and then back on the main power switch. Indicates whether or not to add 'Object Class' and 'SrchNameRow' Search Name Row to the pull-down list showing the normal set of conditions name, group, organization unit, e-mail.

Letter default ; NTLM settings 0: PORT settings 1 to default: INVL settings 0: PSWD settings 0: When any of the special size papers is specified for U3, the paper may be used as a special size paper for U3 universal cassette. CONT settings 0: PS print server unit not connected default ; 3: Update the version of the language file Language.

Replace the boot ROM. E The auto power-off circuit has an error. An open circuit has been detected for 3 sec or more in the auto power-off circuit. Check the power main supply of the DC controller to controller.

B The font data is corrupted at start-up. Replace the external controller.. Replace it with one for the model in question. E A PDL-related error has occurred. Replace controller and the reader controller. Replace the controller cooling fan. Turn off the power. E There is a fault in the double-feeding detection unit. A file used by the Web browser to make references is damaged. While repairs are being made.

Turn on the power. Start up in safe mode. In response. E The fixing heat discharge fan rotation is faulty. Replace the double-feeding sensor PCB transmission.

At time of start-up. Action to take. Replace the fixing has not gone off. The screen changes to solid black. When done. Replace the double-feeding sensor transmission. Disconnect has not gone on. Replace the fixing heat discharge fan. Replace the drum fan. E An HP detection error has occurred in relation to the fixing inlet sensor fixing wrap jam detection.

E The pre-transfer charging assembly fan rotation is faulty. Remount the level. No system software is found for the. Reinstall the content of the Web browser.

E The rotation of the following is faulty: E The drum fan rotation is faulty. Description The HDD cannot be recognized. Box file management table. Start download mode. In service mode. PDF dictionary. The HDD has poor contact. Ask the user to download the address book data using a remote UI. The recovery operation for the boot partition is not possible without the use of the SST in save mode.

The ongoing write operation has. Check the cable and the power cord. Box stored on the HDD. S4 S2. At time of separation. At time of delivery. At time of pre-reveal. At time of pickup.

At time of pre-reversal. S3 PI4 S1. At time of reversal. S9 S3 S1. PI4 S4 S4. Chapter 3 3. S3 S1 S1. S3 Description At time of separation. At time of pre-reversal pickup. S9 PI S3 S1. In copyboard mode. At time of manual feed delivery. A pickup NG1 condition has occurred on the 1st sheet. S5 S4. PI4 S2 S2 S4. The 1st sheet is identified as a pre-reversal stationary 3 jam At time of pickup from the manual feeder. The 1st sheet is identified as a reversal stationary jam PI4 stationary 2 1st sheet reversal pickup delay 1st sheet reversal pickup stationary 1st sheet pickup lead edge skew 1st sheet pickup trail edge skew 1st sheet pickup fault 1 1st sheet pickup fault 2 S2 S2 S4.

A reversal pickup trail edge skew condition has occurred on the 1st sheet. The 1st sheet is identified as a delivery delay jam S3 1st sheet pre-reversal pickup S1 delay 1st sheet pre-reversal pickup S1. The 1st sheet is identified as a pickup trail edge skew jam The 1st sheet is identified as a pre-reversal delay 1 jam S5 S1 S3.

At time of pickup from the manual feeder platen roller. The 1st sheet is identified as a pre-reversal stationary 2 jam S5 edge skew 1st sheet reversal pickup NG1 timing fault 1 timing fault 2 PI4 - Chapter 3 Code Sensor type pre-reversal pickup stationary 2 reversal pickup delay reversal pickup stationary pickup lead edge skew pickup trail edge skew pickup fault 1 pickup fault 2 Sensor No.

The 1st sheet is identified as a reversal delay jam The software control mechanism has failed. The 1st sheet is identified as a reversal pickup stationary jam The 1st sheet is identified as a pickup delivery 1 jam The 1st sheet is identified as a pickup stationary 2 jam The 1st sheet is identified as a pickup lead edge skew jam S2 1st sheet reversal pickup trail S4.

The 1st sheet is identified as a pre-reversal pickup stationary 1 jam The 1st sheet is identified as a pre-reversal delay 2 jam S9 1st sheet pre-reversal delay 1 S3 1st sheet pre-reversal delay 2 S1.

The 1st sheet is identified as a pre-reversal stationary 4 jam S2 Description At time of pre-reversal pickup. The 1st sheet is identified as a pre-reversal delay 3 jam The 1st sheet is identified as a delivery stationary 2 jam The 1st sheet is identified as a pre-reversal pickup delay jam At time of arching operation in manual feed mode.

The 1st sheet is identified as a pre-reversal pickup stationary 2 jam S3 1st sheet pre-reversal delay 3 PI4 1st sheet pre-reversal stationary 1 1st sheet pre-reversal stationary 2 1st sheet pre-reversal stationary 3 1st sheet pre-reversal stationary 4 S1. PI4 stationary 1 1st sheet pre-reversal pickup S1. The 1st sheet is identified as a pre-reversal stationary 1 jam The 1st sheet is identified as a reversal pickup fault 1 jam The 1st sheet is identified as a reversal pickup delay At time of switch-over.

The cover is identified as being open. If not in high-speed duplexing mode. The read sensor does not detect paper a feed length of At time of stream reading. The separation sensor detects paper when paper has been moved mm if extralength. When the belt motor speed is switched over.

PI6 PI3. At time of manual feed pickup. At time of switching over the reversal motor speed. A drop occurs in the voltage supplied by the host machine while the machine is operating. At time of manual feed. A belt motor error occurs while the last original is being discharged by the platen roller or being moved. S At the start of operation. The registration sensor does not detect paper a feed length of The ADF is identified as being open while the machine is operating.

The 1st sheet is identified as having an image lead edge position error The delivery sensor detects paper a feed length of The cover front or rear is identified as being open while the machine is operating. S9 The pickup signal has been received for a specific period of time 2 sec in the absence of a detected original. The reversal sensor detects an original while the belt motor is moved for a specific distance before the start of a left pickup job.

The read sensor goes off before the registration sensor goes off. S3 S9. The read sensor detects paper a feed length of mm if extra-length.

Chapter 3 Code Sensor type illegal size manual feed original size error image lead edge position error 1st sheet image lead edge position error belt speed setting error belt speed switch-over error belt status error image lead edge output timing error reversal speed setting error reversal speed switch-over error reversal status error last original error error ADF open user DF open cover open user cover open initial stationary Sensor No.

A motor error other than an IPC communication or pickup error has occurred. The ADF has been opened while in operating paper wait. The cover has been opened while in operation drive system in operation. Paper has been detected in the path while the 1st sheet is being picked up. PS With no paper in the tray or while the tray is open. The cover has been opened while in operation paper wait. The paper does not detect the saddle vertical path sensor PS within a specific period of time after the saddle stop plate operation has been ended.

The paper does not leave the inlet sensor PS3 within a specific period of time after it has detected paper. The lower path sensor UN24 does not detect paper within a specific period of time distance after the buffer path 2 sensor UN14 has detected paper. The paper does not leave the saddle vertical path sensor PS within a specific period of time after the saddle stop plate operation has been started.

Paper exists in the path during initial rotation of the host machine. The saddle stitcher unit does not detect the start-up of the stitcher motor M within a specific period of time.

The paper does not leave the shift unit sensor PS4 within a specific period of time distance after the inlet sensor PS3 has detected paper. The paper does not leave the saddle small sensor PS within a specific period of time distance after the saddle inlet sensor PS has detected paper.

The upper delivery sensor PS5 does not detect paper within a specific period of time distance after the buffer path 2 sensor UN14 has detected paper. The paper does not leave the buffer path 2 sensor UN14 within a specific period of time distance after the shift unit sensor PS4 has detected paper.

The paper does not leave the saddle pre-pressing sensor PS within a specific period of time after the end of saddle stop plate operation.

The saddle pre-pressing sensor PS does not detect paper within a specific period of time after the saddle stop plate operation has been ended. The buffer path 2 sensor UN14 does not detect paper within a specific period of time distance after the shift unit sensor PS4 has detected paper.

The shift unit sensor PS4 does not detect paper within a specific period of time distance after the inlet sensor PS3 has detected paper. The buffer path 1 sensor UN13 does not detect paper within a specific period of time distance after the shift unit sensor PS4 has detected paper. The paper does not leave the upper delivery sensor PS5 within a specific period of time distance after the buffer path 2 sensor UN14 has detected paper.

The saddle home position sensor PS remains on detects the home position at the start of saddle pressing operation. The paper does not leave the saddle inlet sensor PS within a specific period of time distance after the lower path sensor UN24 has detected paper. The saddle small sensor PS does not detect paper within a specific period of time distance after the saddle inlet sensor PS has detected paper. The saddle inlet sensor PS does not detect paper within a specific period of time distance after the lower path sensor UN24 has detected paper.

PS The saddle stop plate sensor PS does not detect the start-up of the saddle motor stop plate motor M within a specific period of time. The paper does not leave the lower delivery sensor PS6 within a specific period of time distance after the buffer path 2 sensor UN14 has detected paper.

The paper does not leave the lower path sensor UN24 within a specific period of time distance after the buffer path 2 sensor UN14 has detected paper. Paper exists within the transport path at power-on. The lower delivery sensor PS6 does not detect paper within a specific period of time after the buffer path 2 sensor UN14 has detected paper. The saddle pressing home position sensor PS does not detect the home position within a specific period of time after the start of saddle stack delivery operation.

Group A. Mail Box. All Other Paper Sources: Consider Paper Type: Tray A: Stack Bypass: Group B. Chapter 4 Chapter 4 User Mode Items 4. Transparent Image. Off Invalid Entry Tone: Check Print. Heavy Paper Drawers 3 and 4: Off Job Done Tone: Other Tray B: Details Register. Other Tray C: Do Not Collate.

Bottom Left. Staple Corner: Top Left. Output Tray Two-sided Print: On Book Type. Top Right. Hole Punch. Bottom Right Double: Bottom Right. Offset Group. Face Up Reverse Stack. All Paper Sources Copies: Face Down Normal. Calender Type. Z-Fold Offset: Off Daily Activity Report Time: Off Aut Print: Sample Print Settings: Background Pattern: Leaves Size: Small 36 pt. White Letters on Colored Background: Medium 54 pt. One-touch Buttons. T Item Settings: Large 72 pt.

Cherry Blossoms. Polka Dots. Print List Auto Delivery Settings: Select Days. Off Dept. Functions Settings Value: Receive Restriction for Each Function: Print List.

Report Settings: Auto Print: Off Communication Log: Restrict Sending to Domain: GMT Off Address Book: Print List Clear Auto Online: Off Separate Report Type: Details Manual Delivery Add. On Network Settings: Off Use Send Via Server: On Dept. Print Transmitting Settings Register Destinations: Select All. Off Register. Print List 24 characters maximum Copy Set Num. Functns Set. Address Book Press [Start].

ID Management: Limit Functions Page Totals: Off Always Print. Paper Drawer 4. Off Num. Name Setting: Set Watermark: Stack Bypass Settings. Print Dept. Register Date: Select the date format. Off On. Divide into Pages. Copy Set Numbering: File Format. Print 4. Erase M1 to M18 Smart Scan: Four paper sources maximum Stack Bypass.

Print Mail Box: Off Copy: Off Initialize On. Paper Drawer 3. Various modes. Prin Printer: Move To Top 5 to 30 seconds. Display Destination Name: Up to 10 Set Keys. Initialize Register Seven devices maximum. Paper Drawer 1. T Item Common Settings: Paper Drawer 2. Small Various modes. Regular and Express Copy. Initialize Inbox No. Off Switch C: Erase 4. Auto Erase: Seven digits maximum Time until Doc. Off Switch B: Off Switch D: Fixed Reduction.

Erase Address Book 1 to RX Reduction: In the absence of a PCB. Chapter 5 Chapter 5 Service Mode 5.

Manual canon ir7105 pdf service

SEND function added Use it to indicate the connection of a trimmer. SEND function not added. Ethernet board connected 2: TokenRing board connected 3: Ethernet board and TokenRing board connected not used not used Use it to indicate installation of NetWare. Use it to indicate the connection of a double-feeding detection unit.

Be sure to check the display of "location. Finisher When a jam occurs in other units. Measures for a jam when both of a finisher and stacker are installed A finisher and stacker share some jam codes. For such jam codes. Paper deck. Main unit. Chapter 5 Code 08 09 0A 0B 60 61 Description manual feeder tray duplexing assembly inserter for finisher upper inserter for finisher lower for future use for future use CNTR: All model.

F Item No. The intervals at which data is collected may be changed in service mode: Chapter 5 5. HP PS63 1: ON CL11 1: ON CL12 1: ON CL14 1: ON FM17 1: ON FM6 1: ON FM15 1: ON FM19 0: ON M10 M20 1: ON FM20 0: ON FM10 1: ON FM13 1: ON 12 CL19 1: ON CL17 1: ON CL16 1: ON CL20 1: ON SL10 1: ON SL11 1: ON CL13 1: ON CL15 1: ON CL18 1: ON CL21 1: ON Chapter 5 Address P Bit 0 1 2 3 4 5 6 7 P 0 1 2 3 4 5 6 7 P 0 1 2 3 4 5 6 7 P 6 double-feeding detection PCB reception connection detection 7 bottle motor connection detection P 3 4 5 6 7 P 0 1 2 3 4 5 6 7 P 0 1 P 0 1 2 3 P 0 1 2 3 4 5 6 7 P DDI command not used right deck lifter motor drive left deck lifter motor drive cassette 3 lifter motor drive cassette 4 lifter motor drive DDI command DDI command not used not used relay ON not used not used PTOP output LED2 LED1 not used for check download control reserved horizontal registration sensor clock signal not used model switchover 1 model switchover 0 registration clutch brake registration roller clutch model switchover 2 relay SNS not used not used factory mode M13 M14 M16 M17 1: ON 9 HVT 0: ON HVT 0: ON PCB1 0: ON 1 PCB1 0: ON CL23 1: ON PCB3 0: ON FM21 1: ON FM18 1: ON LED1 1: SNR on only at poweron L: OPEN H: HPdetected 1: ON Remarks Cannon Denshi 0: ON Description Remarks 5.

ON hereafter. ADF cover open 1: ON Description Remarks 0: ADF open Reset 1: ON Description Remarks CCW 1: CCW 0: HP bin HP 1: Close 1: HP Description Remarks HP passed 1: HP Ready 0: OK Sub item Use it to adjust the image read start position. ADJ-S Use it to adjust the shading correction data measurement position.

Sub item CCD. Description Use it to adjust the character density for image density adjustment. Be sure to enter the value indicated on the service label if you have initialized the RAM on the reader controller PCB.

ADJ-Y Use it to adjust the image read start position horizontal registration in main scanning direction. A lower setting will decrease the density of characters. Be sure to enter the value indicated on the service label if you have replaced the reader controller PCB or initialized the RAM. Procedure Execute the following: ADJ-X Use it to adjust the image read start position image lead edge in sub scanning direction.

The fact has to do with how the indication values are computed. The laser B emission position moves in keeping with laser A. At times. Description Use it to enter the developing DC bias output value for when an image is being formed.

A lower setting will cause a move toward the front. TR-N1 Use it to enter the output adjustment value of the transfer charging current. Correct the F-value table if fogging occurs or a faint image occurs in a high-density area.

A lower setting will reduce fogging. Description Use it to enter the adjustment value for the primary charging assembly grid current. A higher setting will reduce faint images. The fact has to do with the way indicated values are computed.

SP-N1 Use it to enter the output adjustment value of the separation charging current. A higher setting will delay the timing at which the registration roller clutch goes on. HVT-SP Use it to enter the offset value of the separation high-voltage output for the high-voltage unit. HVT-TR Use it to enter the offset value of the transfer high-voltage output for the high-voltage unit.

TR-N2 Use it to enter the output adjustment value of the transfer charging current. SP-N2 Use it to enter the output adjustment value of the separation charging current. STMTR range: A6R range: A4 range: A4R range: Level 1 Increase the value if the image is displaced to the front. A higher setting will increase the speed. Print out a service sheet for future reference. Make sure the paper is the whitest of all used by the user but is not one for color printing.

Procedure 1 Select the item to highlight. Range 0: Use it if the difference. The message "Check the Developer" is used to prevent disconnection of the connector that could otherwise occur when mounting the developing assembly. Be sure to execute the foregoing always in combination in the correct order. As many as cards may be used starting with the one bearing the number you enter.

Make sure that the paper is a type used by the user. Use it to fine-adjust the CCD gain. Check to make sure that the connector of the developing assembly is connected. The machine will stop automatically when a specific count has been taken. Procedure Enter a number between 1 and CARD Use it to make card reader settings as part of installation work. At this time. The value will be registered at the end of the adjustment. Use it to register the paper width basic value of the manual feeder tray.

Do not execute this item on its own. A4 width: If fine-adjustment is needed after registration of the basic value. Execute the item after replacing the primary charging wire or the transfer charging wire.

A4R width: STMTR width: It is part of a series of operations performed when replacing the potential sensor unit. A6R width: Use it to check the activation of the LEDs on the control panel. Execute this item if you have replaced the control panel so that specific points on the LCD will match specific coordinates. If normal. The paper will be stopped at the fixing nip area. Make test prints for measurement of the fixing nip width.

The points of reference are 10 mm from the edges of the paper. CL-ON Use it to start a check on the operation of a clutch. See the table. SL-ON Use it to start a check on the operation of a solenoid. Sub item ERR Use it to reset an error code. The RAM will be initialized when the main power is turned off and then back on. The error code history will be reset when the OK key is pressed. The password will be reset when the OK key is pressed. The counter will be reset when the OK key is pressed.

The error will be reset when the main power is turned off and then back on. The jam history will be reset when the OK key is pressed. The log will be reset when the main power is turned off and then back on. The data will be reset when the main power is turned off and then back on. MMI Use it to reset user mode settings.

The address book data will be reset when the main power is turned off and then back on. The settings will be reset when the main power is turned off and then back on.

PJH-P-2 Use it to print out the data on the history of print jobs with details. PJH-P-1 Use it to print out the data on the history of print jobs with details. The certificate and key will be reset when the main power is turned off and then back on.

NG hardware. Do not turn off the power while initialization is under way. Be sure to change the setting as instructed by the QA Support department. NG software. If necessary. It will stop automatically in about 2 sec. The operation will stop automatically in about 5 sec. Procedure 1 Select the item. Press the Stop key to stop the operation.

A5R Use it to execute auto adjustment on paper width detection reference point 1 for the original pickup tray of the ADF. Be sure to clean the sensors before executing the item. LTR Use it to execute auto adjustment on paper width detection reference point 2 for the original pickup tray of the ADF. A4 Use it to execute auto adjustment on paper width detection reference point 2 for the original pickup tray of the ADF. Use it to check the passage of paper on the ADF on its own.

Affects the charging current level for pre-transfer. Each press changes the setting. AB 6R5E default 1: A 3R3E 3: Selects a mode in which minute dots are formed over the entire surface of the print outside the image as a remedy for retransfer. Varies the developing AC bias frequency to adjust the level of fogging.

VD down control to suit use of developing assembly 0 to K-DOT Use it to select an appropriate retransfer remedial mode. A higher setting will decrease the level of retransfer. B4 default. Selects VD down control mode to limit smearing occurring at time of fixing. Varies the developing AC bias frequency to adjust the level of following. Enable it if a smear occurs or the density drops immediately after power-on.

Decreases the fixing temperature to improve the performance of stacking in the finisher.

Service pdf manual ir7105 canon

If the user places priority on image quality. OFF disable idle rotation 1: Isolates faults occurring in reception images between received image data and image processing. Decreases the fixing temperature to facilitate separation of transparencies from the fixing roller.

Sub item Description A higher setting between 1 and 3 will limit the background more. A higher setting will make the images sharper. To switch over. Ecuadorian Officio-R. Australian Foolscap-R. Argentine Letter. Bolivian Office-R. Argentine Legal-R.

Government Legal-R. Argentine Officio-R. Letter default. Bolivian Officio-R. Legal-R default. B5 delay. Korean Government. Foolscap-R default. A higher setting will make the mechanism more sensitive. A4R default. Report Print. Use it to change the default conditions for the search attributes specified at time of making an LDAP server detail search.

PDL Print for copy category.

Pdf canon manual ir7105 service

Copy default 1: Box Print. The performance will be higher than the use in combination. Send Local Print. End Local Print. The machine is designed so that the scanning lamp goes on for detection of the size of the original when the copyboard cover is opened and then closed.

All model.. The machine may be set so that it detects the size of an original with the copyboard cover open e.

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Foolscap default. U4' on touch panel default 1: PS type 3 Halftone command compatible dither growth reversed. U4 Use it to specify the name of paper used in a paper size group U1. A4 default. Argentine Legal. When any of the following special size papers is set for U2. Ecuadorian Officio. Mexican Officio 2 2 2 Description Use it to select the size of the paper used in the front deck C1: