Lexmark MX610de
Рейтинг
Модули
FRAME
Electronics 1
Staple finisher (right)
Option trays
Control panel
Staple finisher (top)
Staple finisher option
Electronics 2
Imaging
COVERS
Staple finisher (rear)
Детали Staple finisher (right)
| Деталь: | Transfer roll |
| Парткод: | 40X8093 |
| Деталь: | Stapler diverter spring |
| Парткод: | 40X9098 |
| Деталь: | Redrive assembly |
| Парткод: | 40X9082 |
| Деталь: | Stapler cable |
| Парткод: | 40X9116 |
| Деталь: | Duplex assembly |
| Парткод: | 40X8275 |
| Деталь: | ACM liftplate gearbox |
| Парткод: | 40X8084 |
| Деталь: | TRAY GUIDE |
| Парткод: | 40X9523 |
| Деталь: | Pick tire |
| Парткод: | 40X8297 |
| Деталь: | ACM assembly |
| Парткод: | 40X8261 |
| Деталь: | MPF pick roller and Separator pad |
| Парткод: | 40X8295 |
| Цена: | 1 500 ₽ |
| Деталь: | Jam access cover |
| Парткод: | 40X8279 |
| Деталь: | MPF gearbox |
| Парткод: | 40X8278 |
| Деталь: | Duplex gear assembly |
| Парткод: | 40X8277 |
| Деталь: | Main drive gearbox |
| Парткод: | 40X8085 |
| Деталь: | Cartridge gearbox |
| Парткод: | 40X8083 |
| Деталь: | Front mounts |
| Парткод: | 40X8299 |
| Деталь: | Laser scanning unit |
| Парткод: | 40X8079 |
| Деталь: | Fuser, 100 V |
| Парткод: | 40X8343 |
| Деталь: | Fuser, 110 V |
| Парткод: | 40X8023 |
| Деталь: | Fuser, 220 V |
| Парткод: | 40X8024 |
| Деталь: | COOLING FAN |
| Парткод: | 40X8274 |
| Деталь: | Controller board |
| Парткод: | 40X9134 |
| Деталь: | Tray present sensor |
| Парткод: | 40X7592 |
| Деталь: | Front input guide |
| Парткод: | 40X8280 |
| Деталь: | MPF solenoid |
| Парткод: | 40X8300 |
| Деталь: | Reverse solenoid |
| Парткод: | 40X8301 |
| Деталь: | Stapler interface cable |
| Парткод: | 40X8144 |
| Деталь: | Sensor (stapler access door) |
| Парткод: | 40X7592 |
| Деталь: | Stapler door close limit switch with cable |
| Парткод: | 40X8139 |
| Деталь: | Stapler carriage assembly |
| Парткод: | 40X8142 |
| Деталь: | Stapler right cover |
| Парткод: | 40X8130 |
| Деталь: | Stapler cartridge access door |
| Парткод: | 40X8129 |
| Деталь: | Staple roll holder |
| Парткод: | 40X8149 |
| Деталь: | 250-sheet tray |
| Парткод: | 40X8287 |
| Деталь: | 550-sheet tray |
| Парткод: | 40X8286 |
| Деталь: | Dust cover, 250.sheet tray |
| Парткод: | 40X8520 |
| Деталь: | Dust cover, 550.sheet tray |
| Парткод: | 40X8521 |
| Деталь: | ACM assembly |
| Парткод: | 40X8262 |
| Деталь: | Pick roller assembly |
| Парткод: | 40X8443 |
| Деталь: | Separator roll assembly |
| Парткод: | 40X8444 |
| Деталь: | 550-sheet tray insert |
| Парткод: | 40X8086 |
| Деталь: | 250-sheet tray insert |
| Парткод: | 40X8305 |
| Деталь: | LCD top cover |
| Парткод: | 40X9089 |
| Деталь: | 7 LCD (touch-screen) |
| Парткод: | 40X7861 |
| Деталь: | Control panel cover (MX610de) |
| Парткод: | 40X9125 |
| Деталь: | Control panel cover (MX611de) |
| Парткод: | 40X9132 |
| Деталь: | Control panel cover (MX611dhe) |
| Парткод: | 40X9133 |
| Деталь: | Keypad assembly cover |
| Парткод: | 40X9120 |
| Деталь: | UICC cable |
| Парткод: | 40X9052 |
| Деталь: | UICC |
| Парткод: | 40X9130 |
| Деталь: | UICC video cable |
| Парткод: | 40X9085 |
| Деталь: | Interface PCBA |
| Парткод: | 40X9115 |
| Деталь: | Stapler service cover |
| Парткод: | 40X8140 |
| Деталь: | Stapler top cover |
| Парткод: | 40X8141 |
| Деталь: | Stapler controller PCBA |
| Парткод: | 40X8137 |
| Деталь: | Stapler tamper motor |
| Парткод: | 40X8125 |
| Деталь: | Sensor (stapler bin full send) |
| Парткод: | 40X8131 |
| Деталь: | Sensor (stapler bin full receive) |
| Парткод: | 40X8132 |
| Деталь: | Staple finisher option |
| Парткод: | 40X8121 |
| Деталь: | Front door sensor |
| Парткод: | 40X8048 |
| Деталь: | Cartridge smart chip contact |
| Парткод: | 40X8266 |
| Деталь: | TONER DENSITY SENSOR |
| Парткод: | 40X8046 |
| Деталь: | Power supply, 100 V/110 V |
| Парткод: | 40X7797 |
| Деталь: | Power supply, 220 V |
| Парткод: | 40X7798 |
| Деталь: | Trailing edge sensor |
| Парткод: | 40X8045 |
| Деталь: | Duplex sensor and input sensor |
| Парткод: | 40X8043 |
| Деталь: | Media present sensor |
| Парткод: | 40X7592 |
| Деталь: | Index sensor |
| Парткод: | 40X8044 |
| Деталь: | ADF separator roller |
| Парткод: | 40X9108 |
| Деталь: | ADF input tray |
| Парткод: | 40X9054 |
| Деталь: | ADF ASSEMBLY |
| Парткод: | 40X9093 |
| Деталь: | Restraint pad |
| Парткод: | 40X9110 |
| Деталь: | Flatbed cushion (legal) |
| Парткод: | 40X5804 |
| Деталь: | ADF right hinge |
| Парткод: | 40X7546 |
| Деталь: | Flatbed |
| Парткод: | 40X9094 |
| Деталь: | MPF USB cable |
| Парткод: | 40X9051 |
| Деталь: | USB cable bracket |
| Парткод: | 40X9053 |
| Деталь: | Scanner front cover |
| Парткод: | 40X9097 |
| Деталь: | Cave light lens |
| Парткод: | 40X9088 |
| Деталь: | Speaker cable |
| Парткод: | 40X9080 |
| Деталь: | ADF left hinge |
| Парткод: | 40X9129 |
| Деталь: | MPF wireless cable |
| Парткод: | 40X9050 |
| Деталь: | SPEAKER |
| Парткод: | 40X9079 |
| Деталь: | ADF pick roll |
| Парткод: | 40X8736 |
| Деталь: | ADF top cover (legal) |
| Парткод: | 40X9142 |
| Деталь: | High end ADF cable |
| Парткод: | 40X9117 |
| Деталь: | Output expander cover |
| Парткод: | 40X9102 |
| Деталь: | Exit rear door |
| Парткод: | 40X9096 |
| Деталь: | Diverter cover |
| Парткод: | 40X9084 |
| Деталь: | REAR COVER |
| Парткод: | 40X9087 |
| Деталь: | RIGHT COVER |
| Парткод: | 40X9090 |
| Деталь: | Memory access door (MFP) |
| Парткод: | 40X9100 |
| Деталь: | 550.sheet tray |
| Парткод: | 40X8086 |
| Деталь: | Cartridge plunger |
| Парткод: | 40X9148 |
| Деталь: | Name plate cover |
| Парткод: | 40X9101 |
| Деталь: | Front bin cover |
| Парткод: | 40X9095 |
| Деталь: | MPF tray cover |
| Парткод: | 40X9131 |
| Деталь: | Front access cover (MPF) |
| Парткод: | 40X9068 |
| Деталь: | LEFT COVER |
| Парткод: | 40X9086 |
| Деталь: | Bin full sensor cable |
| Парткод: | 40X9126 |
| Деталь: | Bin full sensor |
| Парткод: | 40X9092 |
| Деталь: | IR sensor lens |
| Парткод: | 40X9127 |
| Деталь: | Stapler cooling fan |
| Парткод: | 40X8148 |
| Деталь: | Stapler power supply unit |
| Парткод: | 40X8135 |
| Деталь: | Stapler rear cover |
| Парткод: | 40X8128 |
| Деталь: | Trapped staple access door |
| Парткод: | 40X8458 |
| Деталь: | Sensor (stapler pass through) |
| Парткод: | 40X8134 |
| Деталь: | Stapler rear door close limit switch with cable |
| Парткод: | 40X8138 |
| Деталь: | Sensor (stapler rear door) |
| Парткод: | 40X7592 |
Коды ошибок
111.00...111.69
121.07...121.37
126.01, 126.02
132.01...132.34
133.05...133.08
140.10...140.80
146.00
155.00
171.03...171.07
200.01
200.02...200.08
200.09...200.15
200.16
200.19, 200.21
200.23, 200.24, 200.29, 200.30
200.31, 200.32, 200.33
200.38, 200.42, 200.44, 200.45
201.01
202.01...202.28
230.01...232.10
241.01...241.49
242.01...244.49
250.06...250.18
31.21...31.25
31.40...31.45
31.46
31.60...31.65
31.66
32.01, 32.05, 32.10
32.11
321.51, 321.52, 321.53
322.54, 322.55, 322.56.
324.57, 324.58, 324.59.
325.60...325.63
331.51...331.53
332.54, 332.55, 332.56
334.57, 334.58, 334.59
335.60...335.63
34
341.51, 341.52, 341.53
342.54, 342.55, 342.56
344.57, 344.58, 344.59
35, 36, 37
41.xy, 42
52
54
80
84
840.01, 840.02, 840.03
841.xx
842.xx
843.00...849.xx
88
900.xx
912.xx
940.xx
948.xx
950.xx
952.xx
953.xx
954.xx
955.xx
956.xx
957.xx
958.xx
959.xx
960.xx
961.xx
964.xx
975.xx
976.xx
978.xx
979.xx
980.xx
981.xx
982.xx
983.xx
984.xx
990.xx
991.xx
Описание
| Error code: | 111.00...111.69 |
| Description: | 111.00 Pel clock check failed. 111.01 Downlevel ASIC detected. 111.31 Printhead never delivered HSYNCs. 111.32 Printhead lost HSYNCs. 111.40 Wrong printhead installed 111.50 Open-loop printhead error, open-loop sweep state. 111.51 111.52 Open-loop printhead error, check prelim amp state. 111.53 Open-loop printhead error, enable amp Kp state. 111.54 Closed-loop printhead error, amp Kp failed to converge. 111.55 Closed-loop printhead error while waiting for amp Kp to converge. 111.56 Closed-loop printhead error, amp Ki failed to converge. 111.57 Closed-loop printhead error while waiting for amp Ki to converge. 111.58 Closed-loop printhead error, load scan regs state. 111.59 Closed-loop printhead error, forward and reverse capture times differ by too much. 111.60 Closed-loop printhead sweep error, check sweep accuracy state. 111.61 Printhead drive control out of range due to an external event beyond what the control is designed to handle. 111.62 Closed-loop printhead error, off-resonant PI effort state. 111.63 Timed out on POR sweep. 111.64 Attempted to exceed open loop drive limits. 111.65 111.66 Failed alignment of printhead. 111.67 111.68 Too many fake HSYNCs while aligning printhead. 111.69 |
| Remedy: | Step 1 Check the LSU cables JVIDEO1 and JGLV1 for proper connection. Are they properly connected? Go to step 2. Reseat the cables. Step 2 Inspect the LSU cables and connectors. Are they free of damage? Replace the controller board. See “Controller board removals”. Replace the LSU. See “Laser scanning unit (LSU) removal”. |
| Error code: | 121.07...121.37 |
| Description: | 121.07 Fuser has been on for more than allowed after a gap blowout, and the temperature is still too cold. 121.08 Fuser was under temp when page was in fuser. 121.20 Fuser undertemp during steady state control. Can ocurr in printing or standby modes. 121.22 Fuser did not warm enough to start line voltage detection. 121.23 Fuser took too long to heat to line detection temp. 121.24 Fuser never reached detection temperature. 121.25 After line voltage detection, control did not roll over to steady state control in time. 121.26 Failed to reach temperature during warm up. 121.28 Failed to reach EP warm up temperature in time. 121.29 Fuser failed to reach pre.heat temperature for motor start during warm up. 121.30 Fuser failed to reach printing temperature by the time a page reached the fuser. 121.31 Fuser is too hot. Global overtemp check. 121.32 Open fuser main thermistor. 121.33 Open fuser edge thermistor. 121.34 Open fuser backup roll thermistor. 121.35 Attempting to POR after receiving a 121.34. 121.36 Fuser did not heat to allow compression jog. 121.37 Fuser heated faster than allowed during line voltage detection. |
| Remedy: | 1 Restore the engine settings to their defaults: Diagnostics Menu > Printer Setup > Defaults 2 Restore the EP setup settings to their defaults: Diagnostics Menu > EP Setup > Defaults Step 1 • Check the fuser cables JTHERM1 and JEXIT for proper connection to the controller board. • Check the cable PCN5 for proper connection to the power supply. Are they properly connected? Go to step 2. Reseat the cables. Step 2 Are the cables JTHERM1, JEXIT and PCN5 free of damage? Go to step 3. Replace the fuser. See “Fuser removal”. Step 3 a Turn off the printer. b Remove the rear door and cover. c Disconnect the fuser cable connected to PCN5 of the power supply. d Check for approximate correct resistance on the fuser cable: • 220V fuser—43 ohms • 110V fuser—10 ohms • 100V fuser—8 ohms Is the resistance equal to any of the above values? Perform an LVPS service check. See “LVPS service check”. Replace the fuser. See “Fuser removal”. Step 4 Check the fuser rollers, belts and gears for damage and debris. Are they free of damage and debris? Perform a cooling fan service check and LVPS service check. See “171.xx Cooling fan service check” and “LVPS service check”. Replace the fuser. See “Fuser removal” on |
| Error code: | 126.01, 126.02 |
| Description: | 126.01 Line Frequency outside operating range of device 126.02 No line frequency detected |
| Remedy: | Step 1 Reset the machine. Does the error remain? Replace the LVPS. See “LVPS removal”. Go to step 2. Problem resolved. Step 2 Reset the machine. Does the error remain? Replace the controller board. See “Controller board removal”. Problem resolved. |
| Error code: | 132.01...132.34 |
| Description: | 132.01 TDS baseline too low. 132.02 TDS baseline too high. 132.03 TDS baseline excessive range. 132.16 TDS calibration at maximum. 132.17 TDS calibration too low. 132.18 TDS calibration too close to baseline. 132.32 PC drum measurement too high. 132.33 PC drum measurement too different from calibration. 132.34 PC drum measurement too close to baseline. |
| Remedy: | Step 1 Remove the transfer roll, and check for loose toner blocking the toner density sensor. Is it free of loose toner? Go to step 2. Clean the sensor. Step 2 Check the toner density sensor for proper operation: a Lower the ACM assembly. b Move the toner density sensor wiper from left to right. Does it move freely? Go to step 3. Reinstall the wiper properly. If it still cannot move freely, replace the toner density sensor. See “Toner density sensor removal”. Step 3 Check the toner density sensor cable for proper connection to the controller board. Is it properly connected? Go to step 4. Reseat the cable. Step 4 Check the toner density sensor cable for damage and pinch points. Is it free of damage? Replace the controller board. See “Controller board removals”. Replace the toner density sensor. See “Toner density sensor removal”. |
| Error code: | 133.05...133.08 |
| Description: | 133.05 Toner Level Sensing reading above maximum expected value 133.06 Toner Level Sensing reading below minimum expected value 133.07 Toner failed to replenish into the Imaging Unit 133.08 Excessive toner level sensing noise |
| Remedy: | Step 1 Ensure that the toner cartridge is installed properly. Is the toner cartridge properly installed? Go to step 2. Reinstall the toner cartridge properly. Step 2 Remove the existing toner cartridge and install a different cartridge. Does the error remain? Go to step 3. Problem resolved. Step 3 Ensure the cable for socket “JCTLS” on the controller board is properly connected. Is the above connection properly connected? Go to step 4. Reseat the connection or replace the cable. Go to the next step. Step 4 Ensure the toner low / imaging unit high voltage contact is free from damage. Is the toner low / imaging unit high voltage contact free from damage? Go to step 5. Replace the toner low / imaging unit high voltage contact. Go to step 5. Step 5 Reset the machine. Does the error continue? Replace the controller board. See “Controller board removal”. Problem resolved. |
| Error code: | 140.10...140.80 |
| Description: | 140.10 Transport motor halls not detected. 140.20 Transport motor took too long to stop. 140.30 Transport motor unable to lock (before motor ID). 140.40 Transport motor overspeed detected. 140.60 Transport motor unable to lock (after motor ID). 140.70 Transport motor out of lock detected. 140.80 Transport motor excessive PWM or overtemp. |
| Remedy: | Step 1 Remove the main drive gearbox and check for any debris. Is it free of debris? Go to step 2. Remove the debris. Step 2 Check the gears of main drive gearbox for wear or damage. Are they free of wear or damage? Go to step 3. Replace the main drive gearbox. See “Main drive gearbox removal”. Step 3 Check the main drive motor for proper operation: a Remove the main drive gearbox. Note: Do not disconnect the main drive gearbox cable. b POR into the Diagnostics menu and perform a feed test: Diagnostics Menu > Input Tray Tests > Feed Test > Select any input source c Check if the main drive motor rotates when doing the feed test. Does it rotate when doing the feed test? Replace the controller board. See “Controller board removals”. Replace the main drive gearbox. See “Main drive gearbox removal”. |
| Error code: | 146.00 |
| Description: | Autocomp Pick/Lift Motor—Encoder Never Detected in tray 1. |
| Remedy: | Step 1 a Remove Tray 1. b Check the lift plate and gears for proper operation by moving the metal plate. Do the lift plate and gears move freely, and are they free of wear or damage? Go to step 2. Replace the tray insert. Step 2 Check the pick/lift motor gearbox for the following: • Gear tooth breakage • Freedom of rotation Is it free of wear or damage? Go to step 3. Replace the pick/lift motor gearbox. See “Pick/Lift motor gearbox removal”. Step 3 Check the cable JLIFT1 on the controller board. Is it properly connected and free of damage? Go to step 4. Replace the pick/lift motor gearbox. See “Pick/Lift motor gearbox removal”. Step 4 Replace the controller board. Does this fix the problem? The problem is solved. Contact the next level of support. |
| Error code: | 155.00 |
| Description: | No encoder received from auger motor. |
| Remedy: | Step 1 Check the gear on the toner cartridge for wear or damage. Is it free of wear or damage? Go to step 2. Replace the toner cartridge. Step 2 Check the gears on the cartridge gearbox for proper rotation and for wear or damage. Does it rotate properly and is it free of wear or damage? Go to step 3. Replace the cartridge gearbox. See “Cartridge gearbox removal”. Step 3 Check the cartridge gearbox cable for proper connection to the controller board. Is it properly connected? Go to step 4. Reseat the cable. Step 4 Check the cartridge gearbox cable for damage. Is it free of damage? Replace the controller board. See “Controller board removals”. Replace the cartridge gearbox. See “Cartridge gearbox removal”. |
| Error code: | 171.03...171.07 |
| Description: | Fuser fan error. |
| Remedy: | Step 1 a Make sure that the cable JFAN1 is properly connected to the controller board. b Check if the cooling fan is rotating properly. Is it rotating properly? Go to step 2. Replace the cooling fan. See “Cooling fan removals”. Step 2 a Turn off the printer, and disconnect JFAN1 from the controller board. b Turn on the printer, and measure the voltage across JFAN1. Is the voltage approximately 24 V? Go to step 3. Replace the controller board. See “Controller board removals”. Step 3 Is the fan idle? Replace the cooling fan. See “Cooling fan removals”. The problem is solved. |
| Error code: | 200.01 |
| Display: | 200.01 |
| Description: | Input sensor is made when printer tries to print from an idle state. Possible causes: • Paper jam leaving page over sensor • Defective input sensor • Faulty system card |
| Remedy: | • Check for anything in the paper path that might cause the paper to jam. |
| Error code: | 200.02...200.08 |
| Description: | 200.02 Input sensor covered too quickly. 200.03 Media did not reach input sensor from MPF. 200.05 Input sensor covered too long. 200.07 Input sensor failed to become uncovered from sheet ahead. 200.08 Page arrive at input senor at unexpected time. |
| Remedy: | Step 1 Check the paper source. Is the paper from the MPF? Go to step 2. Go to step 5. Step 2 Check the MPF pick roller and separator pad for damage and contamination. Are they free of damage and contamination? Go to step 3. Replace the MPF pick roller and separator pad. See “MPF pick roller removal” and “Separator pad removal”. Step 3 Check the MPF solenoid for proper operation: a Remove the left cover. b POR into the Diagnostics menu and perform a feed test: Diagnostics Menu > Input Tray Tests > Feed Test > Multipurpose feeder c Check if the MPF solenoid moves when doing the feed test. Does it move when doing the feed test? Go to step 4. Replace the MPF solenoid. See “MPF solenoid reStep 4 Make sure the MPF gearbox spring is properly installed and free of damage. Check the MPF gearbox for wear or damage. Are they free of wear or damage? Go to step 5. Replace the MPF gearbox. See “MPF gearbox removal”.moval”. Step 5 Check the input sensor area for jammed media fragments. Is the paper path free of partially fed or jammed media? Go to step 6. Clear the paper path of any media fragments. Step 6 Check the jam access cover if it is blocking the input sensor. Is it blocking the input sensor? Replace the jam access cover. See “Jam access cover removal” Go to step 7. Step 7 Check the input sensor cable for proper connection. Is it properly connected? Go to step 8. Reseat the cable. Step 8 POR into the Diagnostics menu and perform a sensor test: Diagnostics Menu > Base Sensor Test > Input Does the sensor state on the control panel display change when it is toggled? Go to step 9. Replace the input sensor. See “Duplex sensor and input sensor removal”. Step 9 Does the error remain? Contact the next level of support. The problem is solved. |
| Error code: | 200.09...200.15 |
| Description: | 200.09 Printhead did not receive proper motor feedback to start laser servo. 200.10 Printhead motor not locked when media reaches the input sensor. 200.11 Printhead motor fell out of lock after page reaches the input sensor. 200.12 Printhead was not ready for media. 200.13 Media at input sensor is not the next media to be imaged. 200.14 Media reached the input sensor before EP was ready. 200.15 Image data did not start on time. |
| Remedy: | Step 1 Check the LSU cables for proper connection. Are they properly connected? Go to step 2. Reseat the cables. Step 2 Inspect the LSU cables and connectors. Are they free of damage? Go to step 3. Replace the LSU. See “Laser scanning unit (LSU) removal”. Step 3 Check the input sensor cable for proper connection. Is it properly connected? Go to step 4. Reseat the cable. Step 4 POR into the Diagnostics menu and perform a feed test: Diagnostics Menu > Input Tray Tests > Feed Tests > Tray 1 Does it pass the test? Go to step 5. Replace the LSU. See “Laser scanning unit (LSU) removal”. Step 5 POR into the Diagnostics menu and perform a sensor test: Diagnostics Menu > Base Sensor Test > Input Does the sensor state on the control panel display change when it is toggled? Go to step 6. Replace the input sensor. See “Duplex sensor and input sensor removal”. Step 6 Check the controller board for any damage. Is it free of damage? Go to step 7. Replace the controller board. See “Controller board removals”. Step 7 Does the error remain? Contact the next level of support. |
| Error code: | 200.16 |
| Display: | 200.16 |
| Description: | Input sensor is made when printer powers up or covers are closed. Possible causes: • Paper jam leaving page over sensor • Defective input sensor • Faulty system card |
| Remedy: | • Check for anything in the paper path that might cause the paper to jam. |
| Error code: | 200.19, 200.21 |
| Description: | 200.19 Page that was successfully picked from option tray never reached the input sensor. 200.21 No response from paper port driver while waiting for the source to deactivate the Input Source Ready flag to indicate it has initiated picking. |
| Remedy: | Step 1 Check the paper source. Is the paper from the MPF? Go to step 2. Go to step 5. Step 2 Check the MPF pick roller and separator pad for damage and contamination. Are they free of damage and contamination? Go to step 3. Replace the MPF pick roller and separator pad. See “MPF pick roller removal” and “Separator pad removal”. Step 3 Check the MPF solenoid for proper operation: a Remove the left cover. b POR into the Diagnostics menu and perform a feed test: Diagnostics Menu > Input Tray Tests > Feed Test > Multipurpose feeder c Check if the MPF solenoid moves when doing the feed test. Does it move when doing the feed test? Go to step 4. Replace the MPF solenoid. See “MPF solenoid reStep 4 Make sure the MPF gearbox spring is properly installed and free of damage. Check the MPF gearbox for wear or damage. Are they free of wear or damage? Go to step 5. Replace the MPF gearbox. See “MPF gearbox removal”.moval”. Step 5 Check the input sensor area for jammed media fragments. Is the paper path free of partially fed or jammed media? Go to step 6. Clear the paper path of any media fragments. Step 6 Check the jam access cover if it is blocking the input sensor. Is it blocking the input sensor? Replace the jam access cover. See “Jam access cover removal” Go to step 7. Step 7 Check the input sensor cable for proper connection. Is it properly connected? Go to step 8. Reseat the cable. Step 8 POR into the Diagnostics menu and perform a sensor test: Diagnostics Menu > Base Sensor Test > Input Does the sensor state on the control panel display change when it is toggled? Go to step 9. Replace the input sensor. See “Duplex sensor and input sensor removal”. Step 9 Does the error remain? Contact the next level of support. The problem is solved. |
| Error code: | 200.23, 200.24, 200.29, 200.30 |
| Description: | 200.23 Laser servo never started due to potential conflict with the transfer servo. 200.24 Measured gap at input sensor too small to meet video delivery requirements. (Not enough time since prior image finished to start new image). 200.29 Printhead drive control out of range due to an external event beyond what the control is designed to handle. 200.30 Invalid printhead NVRAM. |
| Remedy: | Step 1 Check the LSU cables for proper connection. Are they properly connected? Go to step 2. Reseat the cables. Step 2 Inspect the LSU cables and connectors. Are they free of damage? Go to step 3. Replace the LSU. See “Laser scanning unit (LSU) removal”. Step 3 Check the input sensor cable for proper connection. Is it properly connected? Go to step 4. Reseat the cable. Step 4 POR into the Diagnostics menu and perform a feed test: Diagnostics Menu > Input Tray Tests > Feed Tests > Tray 1 Does it pass the test? Go to step 5. Replace the LSU. See “Laser scanning unit (LSU) removal”. Step 5 POR into the Diagnostics menu and perform a sensor test: Diagnostics Menu > Base Sensor Test > Input Does the sensor state on the control panel display change when it is toggled? Go to step 6. Replace the input sensor. See “Duplex sensor and input sensor removal”. Step 6 Check the controller board for any damage. Is it free of damage? Go to step 7. Replace the controller board. See “Controller board removals”. Step 7 Does the error remain? Contact the next level of support. |
| Error code: | 200.31, 200.32, 200.33 |
| Description: | 200.31 Paper, in the middle of a job, at input sensor before interrupt occurred. 200.32 Detected cover switch bounce. 200.33 Input sensor covered too quickly. |
| Remedy: | Step 1 Check the paper source. Is the paper from the MPF? Go to step 2. Go to step 5. Step 2 Check the MPF pick roller and separator pad for damage and contamination. Are they free of damage and contamination? Go to step 3. Replace the MPF pick roller and separator pad. See “MPF pick roller removal” and “Separator pad removal”. Step 3 Check the MPF solenoid for proper operation: a Remove the left cover. b POR into the Diagnostics menu and perform a feed test: Diagnostics Menu > Input Tray Tests > Feed Test > Multipurpose feeder c Check if the MPF solenoid moves when doing the feed test. Does it move when doing the feed test? Go to step 4. Replace the MPF solenoid. See “MPF solenoid reStep 4 Make sure the MPF gearbox spring is properly installed and free of damage. Check the MPF gearbox for wear or damage. Are they free of wear or damage? Go to step 5. Replace the MPF gearbox. See “MPF gearbox removal”.moval”. Step 5 Check the input sensor area for jammed media fragments. Is the paper path free of partially fed or jammed media? Go to step 6. Clear the paper path of any media fragments. Step 6 Check the jam access cover if it is blocking the input sensor. Is it blocking the input sensor? Replace the jam access cover. See “Jam access cover removal” Go to step 7. Step 7 Check the input sensor cable for proper connection. Is it properly connected? Go to step 8. Reseat the cable. Step 8 POR into the Diagnostics menu and perform a sensor test: Diagnostics Menu > Base Sensor Test > Input Does the sensor state on the control panel display change when it is toggled? Go to step 9. Replace the input sensor. See “Duplex sensor and input sensor removal”. Step 9 Does the error remain? Contact the next level of support. The problem is solved. |
| Error code: | 200.38, 200.42, 200.44, 200.45 |
| Description: | 200.38 Interpage servo gap smaller than expected for galvo offset target evaluation. 200.42 Rogue sheet at ACM sensor while flushing the paper path prior to declaring tray 1 source empty. 200.44 Page from tray 1 did not reach the input sensor (or the manual feed sensor, if present) after multiple pick attempts. Page did make it out of the tray at least as far as the ACM sensor. 200.45 During warm up flush, sheet detected too long over input sensor. |
| Remedy: | Step 1 Check the paper source. Is the paper from the MPF? Go to step 2. Go to step 5. Step 2 Check the MPF pick roller and separator pad for damage and contamination. Are they free of damage and contamination? Go to step 3. Replace the MPF pick roller and separator pad. See “MPF pick roller removal” and “Separator pad removal”. Step 3 Check the MPF solenoid for proper operation: a Remove the left cover. b POR into the Diagnostics menu and perform a feed test: Diagnostics Menu > Input Tray Tests > Feed Test > Multipurpose feeder c Check if the MPF solenoid moves when doing the feed test. Does it move when doing the feed test? Go to step 4. Replace the MPF solenoid. See “MPF solenoid reStep 4 Make sure the MPF gearbox spring is properly installed and free of damage. Check the MPF gearbox for wear or damage. Are they free of wear or damage? Go to step 5. Replace the MPF gearbox. See “MPF gearbox removal”.moval”. Step 5 Check the input sensor area for jammed media fragments. Is the paper path free of partially fed or jammed media? Go to step 6. Clear the paper path of any media fragments. Step 6 Check the jam access cover if it is blocking the input sensor. Is it blocking the input sensor? Replace the jam access cover. See “Jam access cover removal” Go to step 7. Step 7 Check the input sensor cable for proper connection. Is it properly connected? Go to step 8. Reseat the cable. Step 8 POR into the Diagnostics menu and perform a sensor test: Diagnostics Menu > Base Sensor Test > Input Does the sensor state on the control panel display change when it is toggled? Go to step 9. Replace the input sensor. See “Duplex sensor and input sensor removal”. Step 9 Does the error remain? Contact the next level of support. The problem is solved. |
| Error code: | 201.01 |
| Description: | Narrow media sensor is covered during warm up. Input sensor is not covered. |
| Remedy: | Step 1 Check the narrow media sensor cable JNRW1 for proper connection. Is it properly connected? Go to step 2. Reseat the cable. Step 2 POR into the Diagnostics menu and perform a sensor test: Diagnostics Menu > Base Sensor Test > Narrow Media Does the sensor state on the control panel display change when it is toggled? Go to step 3. Replace the narrow media sensor. See “Narrow media/bin full sensor removal”. Step 3 Check the redrive rollers for damage. Are they free of damage? Go to step 4. Replace the redrive assembly. See “Redrive assembly removal”. Step 4 Does the error remain? Contact the next level of support. The problem is solved. |
| Error code: | 202.01...202.28 |
| Description: | 202.01 Exit sensor is covered during warm up. 202.03 Media did not reach the fuser exit sensor. 202.05 Fuser exit sensor covered too long by the current sheet. 202.07 Fuser exit sensor covered too long by the previous sheet. 202.13 Restart attempted after an internal jam without cover open. Close event. Likely that the jam was not actually cleared. 202.14 Expected banner sheet ( assumed wide ) not detected by narrow media sensor, possible accordion jam, unsupported narrow banner media, or missing signal. 202.16 Page at fuser nip before fuser started ramping toward desired. Indicates code may be receiving more hall interrupts than intended. 202.17 Page at fuser nip before fuser reached acceptable operating temperature. Page arrived at fuser earlier than expected, so it was probably staged. 202.22 Cartridge Motor - Motor Underspeed Error. Motor made it to closed loop steady state, but then detected speed was below threshold. 202.28 Exit sensor bounce issue. |
| Remedy: | Step 1 Check the input sensor area for jammed media fragments. Is the paper path free of partially fed or jammed media? Go to step 2. Clear the paper path of any media fragments. Step 2 Check the fuser exit sensor cable JEXIT1 for proper connection. Is it properly connected? Go to step 3. Reseat the cable. Step 3 POR into the Diagnostics menu and perform a sensor test: Diagnostics Menu > Base Sensor Test > Exit Does the sensor state on the control panel display change when it is toggled? Go to step 4. Replace the fuser. See “Fuser removal”. Step 4 Check the fuser gears and rollers for damage. Are they free of damage? Go to step 5. Replace the fuser. See “Fuser removal”. Step 5 Does the error remain? Contact the next level of support. The problem is solved. |
| Error code: | 230.01...232.10 |
| Description: | 230.01 Sheet covering internal duplex sensor during warm up. 230.02 Paper jam around internal duplex. 230.03 Internal duplex sensor never made by leading edge of page. 230.04 Page in duplexer ahead of current reversing page never staged. 230.05 Internal duplex sensor never broke on the trailing edge of the sheet. 230.07 Internal duplex sensor never broke from sheet ahead of page. 230.09 Page in duplexer never picked. 230.10 Narrow page reversing into duplexer. 230.28 Bouncy duplex sensor never made. 232.03 Input sensor never detected sheet from internal duplex path. 232.10 Feed error picking from the duplexer. |
| Remedy: | Step 1 a Remove the rear cover. See “Rear door and cover removal”. b Check the redrive rollers for wear or damage. Are they free of wear or damage? Go to step 2. Replace the redrive assembly. See “Redrive assembly removal”. Step 2 a Remove the left cover. See “Left cover removal”. b POR into the Diagnostics menu and perform a duplex feed test: Diagnostics Menu > Duplex Tests > Duplex Feed 1 c Check the reverse solenoid for proper operation. Does it function properly? Go to step 3. Replace the reverse solenoid. See “Reverse solenoid removal”. Step 3 a Remove the input tray. b From under the printer, check the duplex gear assembly and duplex link for wear and damage. Are the they free of wear and damage? Go to step 4. Replace the duplex gear assembly. See “Duplex gear assembly removal”. Step 4 From under the printer, check the duplex, belt, and roller for wear and damage. Are they free of wear and damage? Go to step 5. Replace the duplex. See “Duplex removal”. Step 5 a Remove the input tray. b POR into the Diagnostics menu and perform a duplex sensor test: Diagnostics Menu > Duplex Tests > Sensor Test c Lower the duplex jam door, and toggle the duplex sensor. Does the sensor state on the control panel display change when it is toggled? Go to step 6. Replace the duplex sensor. See “Duplex sensor and input sensor removal”. Step 6 Does the error remain? Contact the next level of support. The problem is solved. |
| Error code: | 241.01...241.49 |
| Description: | 241.01 Paper over tray 1 pass thru sensor on warmup. 241.02 Sensor (input) early arriving jam. 241.03 Tray 1 pass thru sensor never became covered when feeding a sheet from an option below. 241.07 Option tray 1 pass thru sensor never became uncovered when feeding a sheet from an option below. 241.13 The media is late reaching the sensor (input) within the specified time from tray 1. 241.14 The media is late reaching the sensor (input) within the specified time from tray 1. 241.15 Media tray 1, tray pulled jam. 241.16 The engine timed out waiting for the tray 1 to report `ready` before the 1st pick attempt. 241.17 Page was not properly picked from tray 1. Have not exhausted all pick retry attempts as there are sheets committed to the paper path from below. 241.18 Failed to feed from tray 1. Exhausted all pick retries. Paper present sensing indicates media is in the tray. 241.20 Took too long to ramp up media feeder motor in tray 1. 241.21 Media feeder motor stall in tray 1. 241.22 Media feeder motor pick motor underspeed in tray 1. 241.24 Media feeder motor stalled on the last pick attempt in tray 1. 241.29 Tray 1 lift plate failed to make the index sensor while elevating. 241.32 Media tray not ready. 241.33 The media tray was pulled during the media pick process. 241.41 Media feeder motor stall in tray 1. 241.42 Media feeder motor pick motor under.speed in tray 1. 241.43 Media feeder motor stalled on the last pick attempt in tray 1. 241.44 Motor 2 (Separator/Passthru) motor stalled. 241.45 Motor 2 (Separator/Passthru) motor PWM overflow error (underspeed). Motor underspeed (max PWM and motor underspeed, typical accordion jam). 241.46 Motor 2 (Separator/Passthru) motor ramp (end ramp - did not reach speed, typical pack feed paper jam). 241.47 Motor 3 motor stalled. 241.48 Motor 3 motor PWM overflow error (underspeed). Motor underspeed (max PWM and motor underspeed, typical accordion jam). 241.49 Motor 3 motor ramp (end ramp - did not reach speed, typical pack feed paper jam). |
| Remedy: | Step 1 Restart the printer. Does it fail to complete the POST sequence and display a 241.xx error? Replace the index sensor. Go to step 2. Step 2 Check the pick tires. Are they free of wear or damage? Go to step 3. Replace the pick tires. Step 3 Check the separator roll assembly. Is it free of wear or damage? Go to step 4. Replace the separator roll assembly. See “Separator roll assembly removal”. Step 4 Check the tray guides. Are they free of wear or damage? Go to step 5. Replace the tray insert. Step 5 a POR into the Diagnostics menu and perform a feed test: Diagnostics Menu > Input Tray Tests > Feed Test > Tray 1 > Continuous b Cancel the test after five pages. Does the printer successfully feed the five pages into the output bin? Go to step 7. Go to step 6. Step 6 Observe the location of the jammed paper. Are the first page fed to the output bin, the second page jammed in the rear door, and the third page jammed in the input tray? Go to step 7. Replace the trailing edge senStep 7 Perform a tray 1 pick/lift motor gearbox service check. See “Tray 1 pick/ lift motor gearbox service check”. Does the error remain? Go to step 8. The problem is solved.Step 1 Check the paper source. Is the paper from the MPF? Go to step 2. Go to step 5. Step 2 Check the MPF pick roller and separator pad for damage and contamination. Are they free of damage and contamination? Go to step 3. Replace the MPF pick roller and separator pad. See “MPF pick roller removal” and “Separator pad removal”. Step 3 Check the MPF solenoid for proper operation: a Remove the left cover. b POR into the Diagnostics menu and perform a feed test: Diagnostics Menu > Input Tray Tests > Feed Test > Multipurpose feeder c Check if the MPF solenoid moves when doing the feed test. Does it move when doing the feed test? Go to step 4. Replace the MPF solenoid. See “MPF solenoid reStep 4 Make sure the MPF gearbox spring is properly installed and free of damage. Check the MPF gearbox for wear or damage. Are they free of wear or damage? Go to step 5. Replace the MPF gearbox. See “MPF gearbox removal”.moval”. Step 5 Check the input sensor area for jammed media fragments. Is the paper path free of partially fed or jammed media? Go to step 6. Clear the paper path of any media fragments. Step 6 Check the jam access cover if it is blocking the input sensor. Is it blocking the input sensor? Replace the jam access cover. See “Jam access cover removal” Go to step 7. Step 7 Check the input sensor cable for proper connection. Is it properly connected? Go to step 8. Reseat the cable. Step 8 POR into the Diagnostics menu and perform a sensor test: Diagnostics Menu > Base Sensor Test > Input Does the sensor state on the control panel display change when it is toggled? Go to step 9. Replace the input sensor. See “Duplex sensor and input sensor removal”. Step 9 Does the error remain? Contact the next level of support. The problem is solved.sor. See “Trailing edge sensor removal”. Step 7 Perform a tray 1 pick/lift motor gearbox service check. See “Tray 1 pick/ lift motor gearbox service check”. Does the error remain? Go to step 8. The problem is solved. Step 8 Check the ACM assembly. Is it free of wear or damage? Go to step 9. Replace the ACM assembly. See “ACM assembly removal”. Step 9 Check the MPF gearbox Is it free of wear or damage? Go to step 10. Replace the MPF gearbox. See “MPF gearbox removal”. Step 10 Check the main drive gearbox Is it free of wear or damage? Go to step 11. Replace the main drive gearbox. See“Main drive gearbox removal”. Step 11 Does the error remain? Contact the next level of support. The problem is solved. |
| Error code: | 242.01...244.49 |
| Description: | 242.01 Paper over tray 2 pass thru sensor on warmup. 242.02 Input sensor detected late feed during a pick retry from tray 2. 242.03 Tray 2 pass thru sensor never became covered when feeding a sheet from an option below. 242.06 Failed to feed from tray. Paper present sensing supported and indicates media still in tray. 242.07 Option tray 2 pass thru sensor never became uncovered when feeding a sheet from an option below. 242.09 Tray 2 pick motor lost encoder. 242.11 Autocomp Pick/Lift Motor—Encoder Never Detected in tray 2. 242.12 Motor ramp up error in tray 2. 242.13 Page to be stapled failed to feed from tray. 242.14 Sheets flushed from paper path either due to feed error or cartridge error. 242.15 One or more trays located above the source tray 2 has been pulled. 242.16 The engine timed out waiting for the tray 2 to report ready before the 1st pick attempt. 242.17 Page was not properly picked from tray 2. Have not exhausted all pick retry attempts as there are sheets committed to the paper path from below. 242.19 Tray 2 fail to feed error. Detected while trying to pick a sheet, and that leading edge was not detected by 242.20 Took too long to ramp up dc feed motor in tray 2. 242.21 Pick motor stall in tray 2. 242.22 Tray 2 pick motor underspeed. 242.24 DC Feed autocompensator stalled on the last pick attempt in tray 2. 242.32 Tray not ready. 242.33 Pick received but detected a tray pulled. 242.41 Motor 1 (Pick/Lift) Elevator motor stalled. 242.42 Motor 1 (Pick/Lift) Elevator motor PWM overflow error (underspeed). Motor underspeed (max PWM and motor underspeed, typical accordion jam). 242.43 Motor 1 (Pick/Lift) motor ramp (end ramp - did not reach speed, typical pack feed paper jam). 242.44 Motor 2 (Separator/Passthru) motor stalled. 242.45 Motor 2 (Separator/Passthru) motor PWM overflow error (underspeed). Motor underspeed (max PWM and motor underspeed, typical accordion jam). 242.46 Motor 2 (Separator/Passthru) motor ramp (end ramp - did not reach speed, typical pack feed paper jam). 242.47 Motor 3 motor stalled. 242.48 Motor 3 motor PWM overflow error (underspeed). Motor underspeed (max PWM and motor underspeed, typical accordion jam). 242.49 Motor 3 motor ramp (end ramp - did not reach speed, typical pack feed paper jam). 243.01 Paper over tray 3 pass thru sensor on warmup.243.02 Input sensor detected late feed during a pick retry from tray 3. 243.03 tray 3 pass thru sensor never became covered when feeding a sheet from an option below. 243.06 Failed to feed from tray. Paper present sensing supported and indicates media still in tray. 243.07 Option tray 3 pass thru sensor never became uncovered when feeding a sheet from an option below. 243.09 Tray 3 pick motor lost encoder. 243.10 Failed to feed from tray. 243.11 Autocomp Pick / Lift Motor - Encoder never detected in tray 3. 243.12 Motor ramp up error in tray 3. 243.13 Page to be stapled failed to feed from tray. 243.14 Sheets flushed from paper path either due to feed error or cartridge error. 243.15 One or more trays located above the source tray 3 has been pulled. 243.16 The engine timed out waiting for the tray 3 to report `ready` before the 1st pick attempt. 243.17 Page was not properly picked from tray 3. Have not exhausted all pick retry attempts as there are sheets committed to the paper path from below. 243.19 Tray 3 fail to feed error. Detected while trying to pick a sheet, and that leading edge was not detected by tray sensor. 243.20 Took too long to ramp up dc feed motor in tray 3. 243.21 Pick motor stall in tray 3. 243.22 Tray 3 pick motor underspeed. 243.24 DC Feed autocompensator stalled on the last pick attempt in tray 3. 243.32 Tray not ready. 243.33 Pick received but detected a tray pulled. 243.41 Motor 1 (Pick/Lift) Elevator motor stalled. 243.42 Motor 1 (Pick/Lift) Elevator motor PWM overflow error (underspeed). Motor underspeed (max PWM and motor underspeed, typical accordion jam). 243.43 Motor 1 (Pick/Lift) motor ramp (end ramp - did not reach speed, typical pack feed paper jam). 243.44 Motor 2 (Separator/Passthru) motor stalled. 243.45 Motor 2 (Separator/Passthru) motor PWM overflow error (underspeed). Motor underspeed (max PWM and motor underspeed, typical accordion jam). 243.46 Motor 2 (Separator/Passthru) motor ramp (end ramp - did not reach speed, typical pack feed paper jam). 243.47 Motor 3 motor stalled. 243.48 Motor 3 motor PWM overflow error (underspeed). Motor underspeed (max PWM and motor underspeed, typical accordion jam). 243.49 Motor 3 motor ramp (end ramp - did not reach speed, typical pack feed paper jam). 244.01 Paper over tray 4 pass thru sensor on warmup. 244.02 Input sensor detected late feed during a pick retry from tray 4. 244.03 Tray 4 pass thru sensor never became covered when feeding a sheet from an option below. 244.06 Failed to feed from tray. Paper present sensing supported and indicates media still in tray. 244.07 Option tray 4 pass thru sensor never became uncovered when feeding a sheet from an option below. 244.09 Tray 4 pick motor lost encoder. 244.11 Autocomp Pick / Lift Motor - Encoder Never Detected in tray 4. 244.12 Motor ramp up error in tray 4. 244.13 Page to be stapled failed to feed from tray. 244.14 Sheets flushed from paper path either due to feed error or cartridge error. 244.15 One or more trays located above the source tray 4 has been pulled. 244.16 The engine timed out waiting for the tray 4 to report `ready` before the 1st pick attempt. 244.17 Page was not properly picked from tray 4. Have not exhausted all pick retry attempts as there are sheets committed to the paper path from below. 244.19 Tray 4 fail to feed error. Detected while trying to pick a sheet, and that leading edge was not detected by tray sensor. 244.20 Took too long to ramp up dc feed motor in tray 4. 244.21 Pick motor stall in tray 4. 244.22 Tray 4 pick motor underspeed. 244.24 DC Feed autocompensator stalled on the last pick attempt in tray 4. 244.32 Tray not ready. 244.33 Pick received but detected a tray pulled. 244.41 Motor 1 (Pick/Lift) Elevator motor stalled. 244.42 Motor 1 (Pick/Lift) Elevator motor PWM overflow error (underspeed). Motor underspeed (max PWM and motor underspeed, typical accordion jam). 244.43 Motor 1 (Pick/Lift) motor ramp (end ramp - did not reach speed, typical pack feed paper jam). 244.44 Motor 2 (Separator/Passthru) motor stalled. 244.45 Motor 2 (Separator/Passthru) motor PWM overflow error (underspeed). Motor underspeed (max PWM and motor underspeed, typical accordion jam). 244.46 Motor 2 (Separator/Passthru) motor ramp (end ramp - did not reach speed, typical pack feed paper jam). 244.47 Motor 3 motor stalled. 244.48 Motor 3 motor PWM overflow error (underspeed). Motor underspeed (max PWM and motor underspeed, typical accordion jam). 244.49 Motor 3 motor ramp (end ramp - did not reach speed, typical pack feed paper jam). |
| Remedy: | Step 1 Restart the printer. Does it fail to complete the POST sequence and display a 242.01 error? Replace the option tray. Go to step 2. Step 2 a POR into the Diagnostics menu and perform a feed test: Diagnostics Menu > Input Tray Tests > Feed Test > Select an option tray > Continuous b Cancel the test after five pages. Does the printer successfully feed the five pages into the output bin? The problem is solved. Go to step 3. Step 3 Does the printer display a 242.06 error? Replace the ACM assembly. See “ACM assembly removal”. Go to step 4. Step 4 Check the pick roller assembly. Is it free of wear or damage? Go to step 5. Replace the pick roller assembly. See “Pick roller removal”. Step 5 Check the separator roll assembly. Is it free of wear or damage? Go to step 6. Replace the separator roll assembly. See “Separator roll assembly removal”. Step 6 Check the tray guides, lift plate, and lift plate gears. Are they free of wear or damage? Go to step 7. Replace the tray insert. Step 7 Check the ACM assembly. Is it free of wear or damage? Go to step 8. Replace the ACM assembly. See “ACM assembly removal”. Step 8 POR into the Diagnostics menu and perform a feed test: Diagnostics Menu > Input Tray Tests > Feed Test > Select an option tray Does the pick/lift motor gearbox pass the test? Go to step 9. Replace the option tray. Step 9 Does the error remain? Contact the next level of support. The problem is solved. |
| Error code: | 250.06...250.18 |
| Description: | 250.06 The media is late reaching the sensor (input) within the specified time from the MPF media tray 250.10 The media is late reaching the sensor (input) within the specified time from the MPF media tray 250.13 The media is late reaching the sensor (input) within the specified time from the MPF media tray 250.14 The media is late reaching the sensor (input) within the specified time from the MPF media tray 250.17 The media is late reaching the sensor (input) within the specified time from the MPF media tray 250.18 The media is late reaching the sensor (input) within the specified time from the MPF media tray |
| Remedy: | Step 1 Check the media size setup and tray guides for the MPF tray. Does the media size, in use, match the size set for the MPF tray? Go to step 2. Replace the media, or change the media size setup. Step 2 Check the MPF tray for overfilling. Is the MPF tray overfilled? Remove any excess new media. Go to step 3. Step 3 Check the media condition in the MPF tray. Is any of the media in any of the MPF media tray crumpled or damaged? Replace the damaged media with new. Go to step 4. Step 4 Check the MPF pick roll assembly. Is the above component free of excess wear and contamination? Go to step 5. Clean or replace the MPF pick roller. See “MPF pick roller removal”. Step 5 Perform a MPF print test and check the MPF pick solenoid for proper operation. Does the above component operate properly? Go to step 6. Replace the MPF pick solenoid. Step 6 Check the aligner assembly for obstructions. Is the above component free from obstructions? Go to step 7. Remove obstructions. Step 7 Check the sensor (input) for proper operation: a Enter the diagnostic mode b Select Base sensor test. c Observe the line item “input”. Does the display on the operator panel change every time the sensing area of the above sensor is interrupted or blocked? Go to step 9. Go to step 8. Step 8 Check the above sensor for proper connection. Is the above sensor connected properly? Replace the Sensor (input). See “Sensor (input) removal”. Replace the connection. Step 9 Perform a print test and check the MPF feeder lift plate. Is the media properly picked and advanced out of the MPF feeder lift plate? Go to step 10. Replace the MPF feeder lift plate. See “MPF feeder lift plate removal”. Step 10 Perform a print test and check the main motor assembly. Is the media properly transported and able to reach the sensor (input)? Go to step 11. Replace the main drive motor. See “Main drive motor removal”. Step 11 Perform a print test. Does the problem remain? Contact the next highest level of technical support. Problem solved. |
| Error code: | 31.21...31.25 |
| Description: | 31.21 Capactive Toner Level Sensing (CTLS) reading out of range. 31.22 Excessive CTLS noise. 31.23 Abrupt change detected in CTLS reading. 31.25 CTLS calibration capacitor reading is too low |
| Remedy: | Step 1 Check for loose toner blocking the CTLS. Is it free of any loose toner? Go to step 2. Clean the CTLS. Step 2 • Check the cable PCN3 for proper connection to the power supply. • Check the CTLS cable for proper connection to the controller board. Are they properly connected? Go to step 3. Reseat the cables. Step 3 Check the cable PCN3 and CTLS cable for damage. Are they free of damage? Replace the controller board. See “Controller board removals”. Replace the printer. |
| Error code: | 31.40...31.45 |
| Description: | 31.40 Toner cartridge smart chip error 31.41 Toner cartridge I2C packet timeout 31.42 Toner cartridge I2C packet has been sent but code timed-out on receiving the data (callback) 31.43 Toner cartridge security error in the send challenge sequence 31.44 Toner cartridge ROM signature error 31.45 Toner cartridge stuck busy (Status register and/or CRI Arbiter register report busy) |
| Remedy: | 1 Make sure that the toner cartridge is properly installed. 2 Check if the toner cartridge is supported. Replace with a supported toner cartridge if necessary. Step 1 Check the cable JARW1 for proper connection to the controller board. Is it properly connected? Go to step 2. Reseat the cable. Step 2 Check the toner cartridge smart chip contact for damaged pins. Is it free of damage? Replace the controller board. See “Controller board removals”. Replace the toner cartridge smart chip contact. See “Toner cartridge smart chip contact removal”. |
| Error code: | 31.46 |
| Description: | Toner failed to replenish into the imaging unit |
| Remedy: | 1 Make sure that the toner cartridge is properly installed. 2 Check if the toner cartridge is supported. Replace with a supported toner cartridge if necessary. Step 1 Check the gear on the toner cartridge for wear or damage. Is it free of wear or damage? Go to step 2. Replace the toner cartridge. Step 2 Check the gears on the cartridge gearbox for proper rotation and for wear or damage. Does it rotate properly and is it free of wear or damage? Go to step 3. Replace the cartridge gearbox. See “Cartridge gearbox removal”. Step 3 Check the cartridge gearbox cable for proper connection to the controller board. Is it properly connected? Go to step 4. Reseat the cable. Step 4 Check the cartridge gearbox cable for damage. Is it free of damage? Replace the controller board. See “Controller board removals”. Replace the cartridge gearbox. See “Cartridge gearbox removal”. |
| Error code: | 31.60...31.65 |
| Description: | 31.60 Imaging unit smart chip error 31.61 Imaging unit I2C packet time-out 31.62 Imaging unit I2C packet has been sent, but code timed-out on receiving the data (callback) 31.63 Imaging unit security error in the send challenge sequence 31.64 Imaging unit ROM signature error 31.65 Imaging unit stuck or busy; status register and/or CRI Arbiter register report busy) |
| Remedy: | Step 1 Ensure that the imaging unit is installed properly. Is the imaging unit properly installed? Go to step 2. Reinstall the imaging unit properly. Step 2 Remove the imaging unit and install a different unit. Does the error remain? Go to step 3. Problem resolved. Step 3 Ensure the cable for socket "IMAG UNIT" on the controller board is properly connected. Is the above cable properly connected? Go to step 4. Reseat the connection or replace the cable. Go to step 4. Step 4 Ensure the imaging unit smart chip contact with cable is free from damage. Is the imaging unit smart chip contact with cable free from damage? Go to step 5. Replace the imaging unit smart chip contact with cable. Go to step 5. Step 5 Reset the machine. Does the error continue? Replace the controller board. See “Controller board removal”. Problem resolved. |
| Error code: | 31.66 |
| Description: | Toner failed to replenish into the imaging unit |
| Remedy: | 1 Make sure that the toner cartridge is properly installed. 2 Check if the toner cartridge is supported. Replace with a supported toner cartridge if necessary. Step 1 Check the gear on the toner cartridge for wear or damage. Is it free of wear or damage? Go to step 2. Replace the toner cartridge. Step 2 Check the gears on the cartridge gearbox for proper rotation and for wear or damage. Does it rotate properly and is it free of wear or damage? Go to step 3. Replace the cartridge gearbox. See “Cartridge gearbox removal”. Step 3 Check the cartridge gearbox cable for proper connection to the controller board. Is it properly connected? Go to step 4. Reseat the cable. Step 4 Check the cartridge gearbox cable for damage. Is it free of damage? Replace the controller board. See “Controller board removals”. Replace the cartridge gearbox. See “Cartridge gearbox removal”. |
| Error code: | 32.01, 32.05, 32.10 |
| Description: | 32.01 Capacity Class/ Model compatibility mismatch. The supplies CC/MC is not compatible with the printer`s CC/MC setting. 32.05 OEM Mismatch. The supplies OEM ID is not compatible with the printer`s machine class. 32.10 Toner cartridge smart chip compatibility error |
| Remedy: | 1 Check if the toner cartridge is supported. Replace with a supported toner cartridge if necessary. 2 Check if the firmware level is compatible with the printer serial number. Flash with the correct firmware level if necessary. 3 If problem remains, contact next level of support. |
| Error code: | 32.11 |
| Description: | Imaging unit smart chip compatibility error |
| Remedy: | Replace the imaging unit. |
| Error code: | 321.51, 321.52, 321.53 |
| Description: | 321.51 Motor 1 (Pick/Lift) motor no first encoder 321.52 Motor 1 (Pick/Lift) motor stop error 321.53 Motor 1 (Pick/Lift) PWM underflow (motor overspeed) |
| Remedy: | Step 1 a Remove the option tray insert. b Check the lift plate and gears for proper operation by moving the metal plate. Do the lift plate and gears move freely, and are they free of wear or damage? Go to step 2. Replace the tray insert. Step 2 Check the pick/lift motor for the following: • Gear tooth breakage • Freedom of rotation Is it free of wear or damage? Go to step 3. Replace the tray. Step 3 Check the cable J11 on the option tray controller card. Is it properly connected and free of damage? Contact the next level of support. Replace the tray. |
| Error code: | 322.54, 322.55, 322.56. |
| Description: | 322.54 Motor 2 (Separator/Passthru) motor no first encoder 322.55 Motor 2 (Separator/Passthru) motor stop error 322.56 Motor 2 (Separator/Passthru) PWM underflow (motor overspeed) |
| Remedy: | Step 1 Check the cable J11 on the option tray controller card. Is it properly connected? Go to step 2. Reseat the cable. Step 2 a Remove the option tray insert and bypass the tray present sensor. b POR into the Diagnostics Menu and perform a feed test: Diagnostics Menu > Feed Test > choose an option tray c Check the ACM for proper operation. Does the ACM freely rotate three times before displaying a jam message? Go to step 3. Replace the ACM assembly. See “ACM assembly removal”. Step 3 Is the ACM gear free of wear or damage? Contact the next level of support. Replace the ACM assembly. See “ACM assembly removal”. |
| Error code: | 324.57, 324.58, 324.59. |
| Description: | 324.57 Motor 3 motor no first encoder 324.58 Motor 3 motor stop error 324.59 Motor 3 PWM underflow (motor overspeed) |
| Remedy: | Step 1 Check the cable J11 on the option tray controller card. Is it properly connected? Go to step 2. Reseat the cable. Step 2 a Remove the option tray insert and bypass the tray present sensor. b POR into the Diagnostics Menu and perform a feed test: Diagnostics Menu > Feed Test > choose an option tray c Check the ACM for proper operation. Does the ACM freely rotate three times before displaying a jam message? Go to step 3. Replace the ACM assembly. See “ACM assembly removal”. Step 3 Is the ACM gear free of wear or damage? Contact the next level of support. Replace the ACM assembly. See “ACM assembly removal”. |
| Error code: | 325.60...325.63 |
| Description: | 325.60 Hardware error—Board ID unknown 325.61 Hardware error—Option type unknown 325.62 Hardware error—Product ID unknown 325.63 Hardware error—Sensors are not plugged on the board. |
| Remedy: | Step 1 Check all connections to the option tray controller card. Are the properly connected? Go to step 2. Reseat the cables. Step 2 Check printer’s firmware level. Is it up to date? Go to step 3. Update the firmware. Step 3 Replace the option tray. Does the error remain? Contact the next level of support. The problem is solved. |
| Error code: | 331.51...331.53 |
| Description: | 331.51 Motor 1 (Pick/Lift) motor no first encoder 331.52 Motor 1 (Pick/Lift) motor stop error 331.53 Motor 1 (Pick/Lift) PWM underflow (motor overspeed) |
| Remedy: | Step 1 a Remove the option tray insert. b Check the lift plate and gears for proper operation by moving the metal plate. Do the lift plate and gears move freely, and are they free of wear or damage? Go to step 2. Replace the tray insert. Step 2 Check the pick/lift motor for the following: • Gear tooth breakage • Freedom of rotation Is it free of wear or damage? Go to step 3. Replace the tray. Step 3 Check the cable J11 on the option tray controller card. Is it properly connected and free of damage? Contact the next level of support. Replace the tray. |
| Error code: | 332.54, 332.55, 332.56 |
| Description: | 332.54 Motor 2 (Separator/Passthru) Motor no first encoder 332.55 Motor 2 (Separator/Passthru) motor stop error 332.56 Motor 2 (Separator/Passthru) PWM underflow (motor overspeed) |
| Remedy: | Step 1 a Remove the option tray insert. b Check the separator roll assembly gear under the tray base for the following: • Gear tooth breakage • Freedom of rotation Does it move freely, and is it free of wear or damage? Go to step 2. Replace the tray. Step 2 Check the cable J10 on the option tray controller card. Is it properly connected and free of damage? Go to step 3. Replace the tray. Step 3 Check the separator roll assembly for wear or damage. Is it free of wear or damage? Contact the next level of support. Replace the separator roll assembly. See “Separator roll assembly removal”. |
| Error code: | 334.57, 334.58, 334.59 |
| Description: | 334.57 Motor 3 motor no first encoder 334.58 Motor 3 motor stop error 334.59 Motor 3 PWM underflow (motor overspeed) |
| Remedy: | Step 1 a Remove the option tray insert. b Check the separator roll assembly gear under the tray base for the following: • Gear tooth breakage • Freedom of rotation Does it move freely, and is it free of wear or damage? Go to step 2. Replace the tray. Step 2 Check the cable J10 on the option tray controller card. Is it properly connected and free of damage? Go to step 3. Replace the tray. Step 3 Check the separator roll assembly for wear or damage. Is it free of wear or damage? Contact the next level of support. Replace the separator roll assembly. See “Separator roll assembly removal”. |
| Error code: | 335.60...335.63 |
| Description: | 335.61 Hardware error—Option type unknown 335.62 Hardware error—Product ID unknown 335.63 Hardware error—Sensors are not plugged on the board. |
| Remedy: | Step 1 Check all connections to the option tray controller card. Are the properly connected? Go to step 2. Reseat the cables. Step 2 Check printer’s firmware level. Is it up to date? Go to step 3. Update the firmware. Step 3 Replace the option tray. Does the error remain? Contact the next level of support. The problem is solved. |
| Error code: | 34 |
| Description: | Non-continuous labels are being treated as continuous labels. |
| Causes: | The printer was not calibrated for the media being used. The printer is configured for continuous media. |
| Remedy: | Perform the calibration procedure in Calibrate Media and Ribbon Sensor Sensitivity on page 90. Set the media type to noncontinuous media. See Set Media Type on page 81. |
| Error code: | 341.51, 341.52, 341.53 |
| Description: | 341.51 Motor 1 (Pick/Lift) motor no first encoder 341.52 Motor 1 (Pick/Lift) motor stop error 341.53 Motor 1 (Pick/Lift) PWM underflow (motor overspeed) |
| Remedy: | Step 1 a Remove the option tray insert. b Check the lift plate and gears for proper operation by moving the metal plate. Do the lift plate and gears move freely, and are they free of wear or damage? Go to step 2. Replace the tray insert. Step 2 Check the pick/lift motor for the following: • Gear tooth breakage • Freedom of rotation Is it free of wear or damage? Go to step 3. Replace the tray. Step 3 Check the cable J11 on the option tray controller card. Is it properly connected and free of damage? Contact the next level of support. Replace the tray. |
| Error code: | 342.54, 342.55, 342.56 |
| Description: | 342.54 Motor 2 (Separator/Passthru) motor no first encoder 342.55 Motor 2 (Separator/Passthru) motor stop error 342.56 Motor 2 (Separator/Passthru) PWM underflow (motor overspeed) |
| Remedy: | Step 1 a Remove the option tray insert. b Check the separator roll assembly gear under the tray base for the following: • Gear tooth breakage • Freedom of rotation Does it move freely, and is it free of wear or damage? Go to step 2. Replace the tray. Step 2 Check the cable J10 on the option tray controller card. Is it properly connected and free of damage? Go to step 3. Replace the tray. Step 3 Check the separator roll assembly for wear or damage. Is it free of wear or damage? Contact the next level of support. Replace the separator roll assembly. See “Separator roll assembly removal” |
| Error code: | 344.57, 344.58, 344.59 |
| Description: | 344.57 Motor 3 motor no first encoder 344.58 Motor 3 motor stop error 344.59 Motor 3 PWM underflow (motor overspeed) |
| Remedy: | Step 1 Check the cable J11 on the option tray controller card. Is it properly connected? Go to step 2. Reseat the cable. Step 2 a Remove the option tray insert and bypass the tray present sensor. b POR into the Diagnostics Menu and perform a feed test: Diagnostics Menu > Feed Test > choose an option tray c Check the ACM for proper operation. Does the ACM freely rotate three times before displaying a jam message? Go to step 3. Replace the ACM assembly. See “ACM assembly removal”. Step 3 Is the ACM gear free of wear or damage? Contact the next level of support. Replace the ACM assembly. See “ACM assembly removal”. |
| Error code: | 35, 36, 37 |
| Description: | 35 Res save off deficient memory 37 Insufficient collation area 38 Memory full |
| Remedy: | 1 Disable the Resource save feature: Settings > Print Settings > Setup Menu > Resource Save > Off Step 1 Check the memory card for proper installation. Is it properly installed? Go to step 2. Reseat the memory card. Step 2 a Print the Menu settings page: Settings > Reports > Menu Settings Page b POR into the Configuration menu and reset the printer’s settings to factory default: Configuration Menu > Factory Defaults > Restore Base c Remove the memory card. d Restart the printer. Does the error remain? Replace the controller board. See “Controller board removals”. Replace the memory card. |
| Error code: | 41.xy, 42 |
| Description: | 41.xy Bottle/IU toner type mismatch 42 Printer/cartridge mismatch |
| Remedy: | 1 Check if the toner cartridge is supported. Replace with a supported toner cartridge if necessary. Step 1 a Make sure the toner cartridge smart chip contact cable JARW1 is properly connected to the controller board. b Make sure the toner cartridge smart chip contact is free of debris. c Check the toner cartridge smart chip contact for damaged pins. Is it free of damage? Go to step 2. Replace the toner cartridge smart chip contact. See “ToStep 2 Check if the firmware level matches the serial number. Do they match? Replace the controller board. See “Controller board removals”. Reflash the firmwarener cartridge smart chip contact removal”. |
| Error code: | 52 |
| Display: | Send Error (POP3) |
| Description: | Fan Failure One of the two fans has failed resulting in a fatal error. |
| Causes: | • Rear Fan, PL1.1.19 • Fuser Fan, PL5.3.31 |
| Remedy: | 1 Check the fans for damage or debris: • Fuser Fan, PL1.1.19 • Rear Fan, PL5.3.31 Is either fan damaged? Replace the defective fan. Go to Step 3. 2 Replace the defective fan. Does the error persist? Go to Step 3 Complete 3 Test the fans. Run the Service Diagnostics fan tests to isolate the defective fan. Did one of the fans fail? Go to the troubleshooting procedure for the specific fan. If both fans pass, replace the Engine Control Board. |
| Error code: | 54 |
| Display: | Send Error (Wrong Config) |
| Description: | 10-398 ERROR 54 FAN FAILURE |
| Causes: | · Loose cable connection · Defective ozone fan · Defective IOD2 board · Defective MCTL board |
| Remedy: | Enter Service Diagnostics Mode. Run the “Fuser Fan” test. Does the Fuser Fan operate? Y↓N→ Remove the Rear Cover, Rear Shield and the Rear Shield Bracket. Measure the voltage between P530-1 on the Engine Control Board and frame ground. Does the voltage measure +24 VDC? Y↓N→ Replace the Engine Control Interface Board. Measure the voltage between P530-4 on the Engine Control Board and frame ground. Does the voltage measure 0 VDC? Y↓N→ Replace the Engine Control Interface Board. Measure the voltage between P530-3 on the Engine Control Board and frame ground. Does the voltage measure +5 VDC? Y↓N→ Replace the Engine Control Board. If the problem persists, repair or replace the harness between Engine Control Board and the Fuser Fan. Replace the Fuser Fan Assembly. Remove the Rear Cover, Rear Shield and the Rear Shield Bracket. Measure the voltage between P530-5 on the Engine Control Board and frame ground. Does the voltage measure +24 VDC? Y↓N→ Replace the Engine Control Interface Board. Measure the voltage between P530-8 on the Engine Control Board and frame ground. Does the voltage measure 0 VDC? Y↓N→ Replace the Engine Control Interface Board. Measure the voltage between P530-7 on the Engine Control Board and frame ground. Does the voltage measure +5 VDC? Y↓N→ Replace the Engine Control Board. If the problem persists, repair or replace the harness between Engine Control Board and the +24 VDC LVPS Fan. Replace the +24 VDC LVPS Fan. |
| Error code: | 80 |
| Display: | ERROR 80 FORMAT |
| Description: | Engine Logic Board Failure, Code 80 |
| Remedy: | 1. Cycle power to the printer to clear the error. 2. Did this clear the error? Complete Replace the engine control board or the image processor board. |
| Error code: | 84 |
| Display: | h`******** |
| Description: | Controller to Engine Logic Board Time Failure, Code 84 |
| Remedy: | 1. Cycle power to the printer to clear the error. 2. Did this clear the error? Complete. Replace the engine control board. |
| Error code: | 840.01, 840.02, 840.03 |
| Description: | The scanner is disabled and can’t be used. |
| Remedy: | Step 1 POR the machine into Configuration menu > Disable Scanner. From there, select Enabled to change the setting to re-enable the scanner module and then save the setting. POR the MFP to operating mode. Try running a copy from the ADF and flatbed. Did the 840.xx error reoccur? Go to step 2. The problem is solved. Step 2 Re.enter the Configuration mode, and scroll to and select the Disable Scanner menu item. Does the screen display ADF disabled or Auto Disabled? Go to step 3. Go to step 8. Step 3 Check the ADF cable connections on the ADF relay card and connector JADF1 on the controller board. Also inspect the cable connections JHOME1, JFBM1, JPLEN1, and JCIS1 on the controller board. Are the connections properly connected? Go to step 5. Go to step 4. Step 4 Properly connect the connections on the ADF relay card and controller board. POR the machine into Configuration menu > Disable Scanner. From there, select Enabled to change the setting to re-enable the scanner module and then save the setting. POR the MFP to operating mode. Try running a copy from the ADF and flatbed. Did the 840.xx error reoccur? Go to step 5. The problem is solved. Step 5 Check the continuity on the ADF cable. Is there continuity? Go to step 7. Go to step 6. Step 6 Replace the ADF cable. POR the machine into Configuration menu > Disable Scanner. From there, select Enabled to change the setting to re-enable the scanner module and then save the setting. POR the MFP to operating mode. Try running a copy from the ADF and flatbed. Did the 840.xx error reoccur? Go to step 7. The problem is solved. Step 7 Replace the ADF unit. See “ADF unit removal”. POR the machine into Configuration menu > Disable Scanner. From there, select Enabled to change the setting to re-enable the scanner module and then save the setting. POR the MFP to operating mode. Run a copy from the flatbed. Did the 840.xx error reoccur? Go to step 8. The problem is solved. Step 8 Inspect JFBM1, JHOME1 and JCIS1 on the controller board. Are they properly connected? Go to step 10. Go to step 9. Step 9 Properly connect all the connections. Did the 840.xx error reoccur? The problem is solved. Go to step 10. Step 10 Replace the flatbed unit. See “Flatbed assembly removal”. POR the machine into Configuration menu > Disable Scanner. From there, select Enabled to change the setting to re-enable the scanner module and then save the setting. POR the MFP to operating mode. Run a copy from the flatbed. Did the 840.xx error reoccur? Go to step 11. The problem is solved. Step 11 Replace the controller board. See gController board removalh. The problem is solved. Contact second.level support. |
| Error code: | 841.xx |
| Description: | Scanner image pipeline failure The scanner image ASIC has failed |
| Remedy: | 1. Check all connections on the ADF controller card assembly. 2. Replace the scanner controller card assembly if problem remains. |
| Error code: | 842.xx |
| Description: | ADF communication failure The ADF controller card has lost communication with the system. |
| Remedy: | 1. Check all connections on the ADF controller card assembly. 2. Replace the ADF controller card assembly if problem remains. |
| Error code: | 843.00...849.xx |
| Description: | 843.00 Scanner Failure—carriage failed to Home or move to desired position 843.01 ADF mechanical failure 843.02 Generic Mechanical failure detected 843.03 Pick Roller Engage Failure 843.04 Pick Roller Disengage Failure 843.05 Carriage overun 843.06 ADF nudger 843.99 Scanner complete timeout error 849.xx Scanner configuration error |
| Remedy: | Step 1 Check all cables connecting the ADF and flatbed to the controller board. Are they properly connected? Go to step 3. Go to step 2. Step 2 Re-connect the cables to the controller board. Did this fix the problem? The problem is solved. Go to step 3. |
| Error code: | 88 |
| Display: | Paper Jam |
| Description: | Lower Tray Communication Failure, Code 88 |
| Causes: | • Engine Control Interface Board • Tray module board • Engine Control board |
| Remedy: | 1 Is J668-1 on the tray module board +5 VDC? Go to step 2. Use the wirenets to troubleshoot and repair the open wire. 2 Is J668-3 on the tray module board +24 VDC? Go to step 3. Use the wirenets to troubleshoot and repair the open wire. 3 1. Check the following connectors for continuity: • P669-1 to J534A-15 • P669-2 to J534A-14 • P669-3 to J534A-13 • P669-4 to J534A-12 • P669-5 to J534A-11 • P669-6 to J534A-10 2. Do all checks indicate continuity? Replace in the following order: • engine control interface board • tray module board • engine control board Check and repair broken wires or bad connectors. |
| Error code: | 900.xx |
| Description: | RIP software error |
| Remedy: | 1. POR the machine and print a simple test page to determine if the problem is system software related, or if the customer is sending a corrupted print job. 2. Check all connections on the system card assembly. 3. Replace the system card assembly if problem remains. |
| Error code: | 912.xx |
| Description: | DC pick motor below speed |
| Error code: | 940.xx |
| Description: | RIP to engine communication failure—the zero crossing signal used for fuser control in the low voltage (LV) power supply has failed, or the wrong low voltage power supply has been installed. |
| Remedy: | Step 1 Reset the machine. Does the error remain? Replace the LVPS. See “LVPS removal”. Go to step 2. Problem resolved. Step 2 Reset the machine. Does the error remain? Replace the controller board. See “Controller board removal”. Problem resolved. |
| Error code: | 948.xx |
| Description: | Failed engine boardn (open) |
| Remedy: | Replace the controller board. |
| Error code: | 950.xx |
| Description: | Mismatch between EEPROM and mirror memory |
| Remedy: | Warning: When replacing any of the following components: • Operator panel assembly • System card assembly Only replace one component at a time. Replace the required component and perform a POR before replacing a second component listed above. If this procedure is not followed, the printer will be rendered inoperable. Never replace two or more of the components listed above without a POR after installing each one or the printer will be rendered inoperable. Never install and remove components listed above as a method of troubleshooting components. Once a component has been installed in a machine, it can not be used in another machine. It must be returned to the manufacturer. Go to NVRAM mismatch failure service check. 1 Check the operator panel assembly. Was the operator panel assembly recently replaced? Go to step 3. Go to step 2. 2 Check the system card assembly. Was the system card assembly recently replaced? Go to step 4. Contact next level of support. 3 Replace the current operator panel assembly with the original operator panel assembly. Does the error remain? Go to step 5. Problem solved. 4 Replace the current system card assembly with the original system card assembly. Go to “System card assembly removal (X651, X652, X654, X656, and X658)”. Go to step 6. Problem solved. 5 If problem continues, replace the original operator panel assembly with a new and not previously installed operator panel assembly. Does the error continue? Contact the next level of support. Problem solved. 6 If the problem continues, replace the original panel assembly with a new ann not previously installed operator panel door assembly or the operator panel assembly. Go to “Operator panel door assembly removal (models X651, X652, X654, and X656)”. Go to “Operator panel assembly removal (model X658)”. Contact the next level of support. Problem solved. |
| Error code: | 952.xx |
| Description: | A recoverable NVRAM Cyclic Redundancy Check error occurred. |
| Remedy: | Power the machine off/on to reset the error condition. |
| Error code: | 953.xx |
| Description: | NVRAM chip failure with mirror |
| Remedy: | Replace the operator panel door assembly. |
| Error code: | 954.xx |
| Description: | NVRAM chip failure with system part. |
| Remedy: | Replace the system card assembly. |
| Error code: | 955.xx |
| Description: | The code ROM or NAND flash failed the Cyclic Redundancy Check or the NAND experienced an uncorrectible multi-bit failure. |
| Remedy: | Replace the system card assembly. |
| Error code: | 956.xx |
| Description: | System card processor failure The processor has failed on the system card assembly. |
| Remedy: | Replace the system card assembly. |
| Error code: | 957.xx |
| Description: | RIP card failure: ASIC failure |
| Remedy: | Replace the system card assembly. |
| Error code: | 958.xx |
| Description: | The machine has performed more than 100 “shift and reflash” operations as a result of ECC bit corrections |
| Remedy: | Replace the system card assembly. |
| Error code: | 959.xx |
| Description: | Print cartridge authentication failure The system card can not properly authenticate the print cartridge or the authentication process has failed. |
| Remedy: | Replace the system card assembly. |
| Error code: | 960.xx |
| Description: | RAM memory error: RAM soldered on the controller board is bad |
| Remedy: | • POR the printer. • If the problem persists, then replace the controller board. |
| Error code: | 961.xx |
| Description: | RAM memory error: memory card in slot is bad. |
| Remedy: | Replace the bad memory card. |
| Error code: | 964.xx |
| Description: | Download Emulation Cyclic Redundancy Check Error: checksum failure detected in the emulation header or emulation file. |
| Remedy: | 1. Disable the Download Emulation. Program the download emulation into the firmware card again. 2. Replace the system card assembly if problem remains. |
| Error code: | 975.xx |
| Description: | Unrecognizable network |
| Remedy: | Replace the standard network card or the card in the specified slot. |
| Error code: | 976.xx |
| Description: | Unrecoverable software error in network port |
| Remedy: | If unable to clear the error message, then check the following: • If installed, then check network card for correct installation. • If correctly installed, then replace the network card. • If a network card is not installed, then replace the controller board. |
| Error code: | 978.xx |
| Description: | Bad checksum while programming network port |
| Remedy: | Check the following: • Make sure you have downloaded the code in binary mode, not ASCII. • Reprogram the Network card. • If the problem persists, and if installed, then check the network card for correct installation. • If correctly installed, then replace the network card. • If a network card is not installed, then replace the controller board. |
| Error code: | 979.xx |
| Description: | Flash parts failed while programming network port |
| Remedy: | Check the following: • If installed, then check the network card for correct installation. • If correctly installed, then replace the network card. • If a network card is not installed, then replace the controller board |
| Error code: | 980.xx |
| Description: | Engine experiencing unreliable communication with the specified device |
| Remedy: | Call the next level of support. |
| Error code: | 981.xx |
| Description: | Engine protocol violation detected by the specified device |
| Remedy: | Call the next level of support. |
| Error code: | 982.xx |
| Description: | Paperport communication error |
| Causes: | Communications error detected by the specified device. |
| Remedy: | Service errors 980 thru 984 <device> can be one of the following: system board, duplex, tray x (1, 2, 3, 4, or 5), envelope feeder or output bin. |
| Error code: | 983.xx |
| Description: | Invalid command received by the specified device |
| Remedy: | Call next level of support. |
| Error code: | 984.xx |
| Description: | Invalid command parameter received by the specified device |
| Remedy: | Call the next level of support. |
| Error code: | 990.xx |
| Display: | 990.xx Option Error |
| Description: | Tray 2 failure. |
| Remedy: | Replace 500-sheet assembly. |
| Error code: | 991.xx |
| Description: | The specified device has detected an equipment check in its system card. |
| Remedy: | Call the next level of support. |
