Toshiba e-Studio 500S

Error code:	842
Description:	Service Scanner
Causes:	This error indicates that a scanner communications failure.
Remedy:	1 Scanner control card to flatbed inteconnect card cable Check for correct installation of the scan control to flatbed interconnect card cable. 2 Motor drive card to flatbed interconnect card cable Check for correct installation of the motor driver card to flatbed interconnect card cable. 3 Motor driver card Flatbed interconnect card If the cables are good and are properly connected, replace the following FRUs in the order shown: • Flatbed interconnect card assembly • Motor driver card assembly

Error code:	843
Description:	Service Scanner
Causes:	This error indicates that a problems has been detected with the flatbed carriage mechanical hardware. It may also indicate interference between the flatbed CCD assembly and a metal bracket.
Remedy:	1 Flatbed scanner CCD drive shafts Check to make sure that both of the CCD drive shafts are correctly installed. If correct, go to step 2. 2 Flatbed CCD module assembly ribbon cable Check to make sure that the flatbed CCD module assembly is connected correctly to both the CCD module and J2 on the scanner control card. If correct, go to step 3. 3 Flatbed CCD module assembly Check the flatbed CCD assembly for any signs of damage and for proper mechanical operation. If any problems are found, replace the flatbed CCD assembly. If the flatbed CCD assembly is replaced, it is necessary to perform scanner registration. See “Scanner registration”. 4 Flatbed CCD scan motor/ cable Flatbed interface card Check for correct installation of the CCD scan motor cable to both the motor and to the flatbed interface card at CN2. Enter the Diagnostics Menu (turn on MFP while holding 3 and 6), select SCANNER TESTS, and select Feed Tests.If the motor does not turn during the scanner Feed Test, check for any signs of binds or mechanical problems. Repair as necessary. If no problem is found, go to step 5. 5 Flatbed home sensor cable Flatbed home sensor Flatbed interface card Check to make sure that the home sensor cable is correctly installed to both the home sensor and to CN4 on the flatbed interface card. Check for correct operation of the home sensor. If it does not operate correctly, replace the FRUs in the following order: • Flatbed interface card. See “Flatbed interconnect card removal”. • Flatbed home sensor. See “Home sensor removal”. If the problem persists, go to step 6. 6 Mechanical interference with the flatbed CCD assembly Check for mechanical interference with the flatbed CCD assembly and the metal locating bracket. Remove the glass slit. See “Scanner flatbed glass holder assembly removal”. The bracket is located near the home position, to the left side of the flatbed. 1. Move the flatbed CCD assembly a few inches to the right of home. 2. Bend the bracket upwards 1–2 mm. 3. Move the flatbed CCD assembly back to the home position and check for clearnace between the bracket and the edge of the flatbed CCD assembly. If this does not fix the problem, got to step 7. 7 Flatbed scanner assembly If the 843.00 error code continues to be displayed, replace the complete flatbed scanner assembly. See “Flatbed scan assembly removal”. Note: If the flatbed scanner assembly is replaced, it is necessary to perform scanner registration. See “Scanner registration”.

Error code:	845.00
Description:	Service Image Processing Unit
Causes:	This error code indicates a failure of the image processing ASIC.
Remedy:	Replace the scanner control card (SCC). 1 Scanner control card Replace the scanner control card. See “Scanner control card removal”.

Error code:	848.00
Description:	Modem/Config ID Mismatch
Causes:	There is no modem installed on a modem version of the MFP.
Remedy:	Check to see if a modem card is installed in the MFP. If no modem is installed, install a modem card. If the modem is installed: 1 Modem Install a modem.

Error code:	848.01
Description:	Modem/Config ID Mismatch
Causes:	Modem is present on a no modem version of the MFP.
Remedy:	Remove the modem that has been installed as this MFP does not support a modem. 1 Modem Remove the modem installed in the printer.

Error code:	900
Description:	RIP Software
Remedy:	1 Printer POR Turn the printer off and on several times. If Error Code 900 continues to display, go to step 2. 2 System board Turn the machine off and on several times, waiting a few minutes between power on and power off. If Error Code 900 continues to display, go to step 3. 3 Factory defaults Restore factory defaults. See “EP Defaults”. This resets the non-critical areas of the user NVRAM. If Error Code 900 continues to display, go to step 4. 4 Sub error codes With Error Code 900 displayed, press and 2. Record the complete list of Sub Error Codes on the display, then call your next level of support or call Toshba.

Error code:	900.90
Description:	947 Modem Init Failed
Causes:	Defective modem hardware.
Remedy:	Replace the modem card. 1 Modem Replace the modem.

Error code:	901
Display:	Power OFF/ON 901:Error
Description:	Engine flash error
Causes:	Indicates that the flash which the system board code is programmed into is bad. Replace the system board.
Remedy:	Replace the system board.

Error code:	902
Display:	Power OFF/ON 902:Error
Description:	Engine software error
Causes:	These errors indicate an unrecoverable system software error.
Remedy:	Replace the system board.

Error code:	903
Display:	Power OFF/ON 903:Error
Description:	Paperport link driver error
Causes:	These errors indicate an unrecoverable system software error.
Remedy:	Replace the system board.

Error code:	904
Display:	Power OFF/ON 904:Error
Description:	Interface violation by RIP
Causes:	These errors indicate an unrecoverable system software error.
Remedy:	Replace the system board.

Error code:	905
Display:	Service call 905:Error
Description:	Interface violation by Paperport device
Causes:	These errors indicate an unrecoverable system software error.
Remedy:	Replace the system board.

Error code:	906
Display:	Service call 906:Error
Description:	RIP interface driver error
Causes:	These errors indicate an unrecoverable system software error.
Remedy:	Replace the system board.

Error code:	910
Display:	SYSTEM HALT (*) 910 : DEVICE CONST
Description:	Tray 2 Lift Motor Failure Code 910: The Tray 2 Lift Motor is not rotating.
Causes:	• Tray 2 Lift Motor, PL4.1.23 • Motor Driver Board, PL2.1.10 • LVPS, PL3.1.1
Remedy:	1 Test the Lift Motor. 1. Close the Interlock Switches for test. 2. Run the Service Diagnostics Tray 2 Lift Motor test. Does the motor operate? Complete. Replace the motor. If the error persists, go to Step 2. 2 Check for +24 V to the Lift Motor. Is there +24 V across GDDC-1 <=> ground? Go to Step 5. Go to Step 3. 3 Check Motor Driver Board POW24 connector for 24 V. 1. Disconnect POW24. Is there +24 V across POW24 pins 1 and 2? Replace the Motor Driver Board. Go to Step 4. 4 Check for 24 V at the LVPS 1. Disconnect CN2 on the LVPS. Is there +24 V across pins 1 and 2? Replace the POW24 Harness. Replace the LVPS. 5 Check all pins of the DRV1 harness for continuity. Disconnect the DRV1 ribbon cable. Is the cable conductive? Replace the Engine Control Board. Replace the DRV1 Harness.

Error code:	911
Display:	ERROR 911 ENVIRONMENT TEMP(HI)
Description:	DC pick motor excessive PWM
Remedy:	• Check system board • Check autocompensator motor

Error code:	912
Description:	DC pick motor underspeed error
Remedy:	• Check system board • Check autocompensator

Error code:	913
Description:	DC pick motor overspeed error
Remedy:	• Check system board • Check autocompensator

Error code:	914
Description:	DC pick motor no encoder feedback
Remedy:	Check autocompensator assembly

Error code:	917
Display:	Power Off/on 917: Error
Description:	Error in the Transfer Unit Belt Applicable Status Code: Code 917: The Transfer Belt Rotation Sensor indicates a belt error.
Causes:	• Transfer Unit, PL1.1.20 • Transfer Unit Motor, PL2.1.86 • Belt Rotation Sensor, PL2.1.146
Remedy:	1 Test the Belt Rotation Sensor. Run the Service Diagnostics Belt Hole IC test. Does the sensor function correctly? Go to Step 2. Replace the sensor (8-91). If the error persists, go to Step 3. 2 Test the Transfer Unit Motor. 1. Close the Interlock Switches for test. 2. Run the Service Diagnostics Transfer Belt Motor test. Does the motor operate? Replace the Transfer Unit. If the error persists, go to Step 3. Replace the motor. If the error persists, go to Step 3. 3 Check all pins on the HALL1 Harness for continuity. Disconnect HALL1 and P/J310 Is the harness conductive? Replace the Motor Driver Board.If the error persists, go to Step 4. Replace the HALL1 Harness. 4 Check all pins of the DRV0 harness for continuity. Disconnect the DRV0 ribbon cable. Is the cable conductive? Replace the Engine Control Board. Replace the DRV0 Harness.

Error code:	920.01
Display:	920.01 POST Error
Description:	Hot roll took too long to heat up after transitioning to new enhanced mode (standby control only. Fuser page count between 0 and 99,999.
Causes:	• Bad thermistor, circuit or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage. • Low wattage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.02
Display:	920.02 POST Error
Description:	Hot roll fell too far below the desired temperature while in standby. Fuser page between 0 and 99,999.
Causes:	• Bad thermistor, circuit or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage. • Low wattage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.03
Display:	920.03 POST Error
Description:	Hot roll too cool when checking for slope change in standby. Fuser page count between 0 and 99,999.
Causes:	• Bad thermistor, circuit or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage. • Low wattage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.04
Display:	920.04 POST Error
Description:	Hot roll too cool when heating to desired temperature after slope change (standby control only). Fuser page count between 0 and 99,999.
Causes:	• Bad thermistor, circuit or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage. • Low wattage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.06
Display:	920.06 POST Error
Description:	Fuser is not increasing in temperature even though the lamp has been on for an extended time. Fuser page count between 0 and 99,999.
Causes:	• Fuser is not receiving AC power. • Poor supply line voltage.
Remedy:	See 920.xx

Error code:	920.07
Display:	920.07 POST Error
Description:	Fuser has been below the desired temperature for too long while media is in the nip. Fuser page count between 0 and 99,999.
Causes:	• Bad thermistor, circuit, or cabling. • Very noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Excessive load on the fuser. • Low voltage or incorrect lamp. • Abrupt change in temperature that has disrupted control. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.11
Description:	Hot roll took too long to heat up after transitioning to new enhanced mode. Fuser page count between 100,000 and 199,999.
Causes:	• Bad thermistor, circuit, or cabling. • Very noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.12
Description:	Hot roll fell too far below the desired temperature while printing. Fuser page count between 100,000 and 199,999.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.13
Display:	920.13 POST Error
Description:	Hot roll too cool while checking for slope change. Fuser page count between 100,000 and 199,999.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.14
Display:	920.14 POST Error
Description:	Hot roll too cool when heating to desired temperature after slope change. Fuser page count between 100,000 and 199,999.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx.

Error code:	920.16
Display:	920.16 POST Error
Description:	Fuser is not increasing in temperature even though the lamp has been on for an extended time. Fuser page count between 100,000 and 199,999.
Causes:	• Fuser is not receiving AC power. • Poor supply line voltage.
Remedy:	See 920.xx

Error code:	920.17
Display:	920.17 POST Error
Description:	Fuser has been below the desired temperature for too long while the media is in the nip. Fuser page count between 100,000 and 199,999.
Causes:	• Bad thermistor, circuit, or cabling. • Very noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Excessive load on the fuser. • Low voltage or incorrect lamp. • Incorrect hot roll. • Abrupt change in temperature that has disrupted control.
Remedy:	See 920.xx

Error code:	920.21
Description:	Hot roll took too long to heat up after transitioning to new enhanced mode. Fuser page count between 200,000 and 299,999.
Causes:	• Bad thermistor, circuit, or cabling. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.22
Description:	Hot roll fell too far below the desired temperature while printing. Fuser page count between 200,000 and 299,999.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.23
Description:	Hot roll too cool while checking for slope change. Fuser page count between 200,000 and 299,999.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.24
Description:	Hot roll too cool when heating to desired temperature after slope change. Fuser page count between 200,000 and 299,999.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.26
Description:	Fuser is not increasing in temperature even though the lamp has been on for an extended tim. Fuser page count between 200,000 and 299,999.
Causes:	• Fuser is not receiving AC power. • Poor supply line voltage.
Remedy:	See 920.xx

Error code:	920.27
Description:	Fuser has been below the desired temperature for too long while media is in the nip. Fuser page count between 200,000 and 299,999.
Causes:	• Bad thermistor, circuit, or cabling. • Very noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Excessive load on the fuser. • Low voltage or incorrect lamp. • Incorrect hot roll. • Abrupt change in temperature that has disrupted control.
Remedy:	See 920.xx

Error code:	920.31
Description:	Under temperature during steady state control. Fuser page count between 300,000 and 399,999.
Causes:	• Bad thermistor, circuit, or cabling. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.32
Description:	Hot roll fell too far below desired temperature while printing. Fuser page count between 300,000 and 399,999.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.33
Description:	Hot roll too cool while checking for slope change. Fuser page count between 300,000 and 399,999.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.34
Description:	Hot roll too cool when heating to desired temperature after slope change. Fuser page count between 300,000 and 399,999.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.36
Description:	Fuser is not increasing in temperature even though the lamp has been on for an extended time. Fuser page count between 300,000 and 399,999.
Causes:	• Fuser is not receiving AC power. • Poor supply line voltage.
Remedy:	See 920.xx

Error code:	920.37
Description:	Fuser has been below the desired temperature for too long while media is in the nip. Fuser page count between 300,000 and 399,999.
Causes:	• Bad thermistor, circuit, or cabling. • Very noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Excessive load on the fuser. • Low voltage or incorrect lamp. • Incorrect hot roll. • Abrupt change in temperatures that has disrupted control.
Remedy:	See 920.xx

Error code:	920.41
Description:	Hot roll took too long to heat up after transitioning to new enhanced mode. Fuser page count between 400,000 and 499,999.
Causes:	• Bad thermistor, circuit, or cabling. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.42
Description:	Hot roll fell too far below the desired temperature while printing. Fuser page count between 400,000 and 499,999.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.43
Description:	Hot roll too cool while chickens for slope change. Fuser page count between 400,000 and 499,999.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.44
Description:	Hot roll too cool when heating to desired temperature after slop change. Fuser page count between 400,000 and 499,999
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.46
Description:	Fuser is not increasing in temperature even though the lamp has been on for an extended time. Fuser page count between 400,000 and 499,999.
Causes:	• Fuser is not receiving AC power. • Poor supply line voltage.
Remedy:	See 920.xx

Error code:	920.47
Description:	Fuser has been below the desired temperature for too long while media is in the nip. Fuser page count between 400,000 and 499,999.
Causes:	• Bad thermistor, circuit, or cabling. • Very noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Excessive load on the fuser. • Low voltage or incorrect lamp. • Incorrect hot roll. • Abrupt change in temperatures that has disrupted control.
Remedy:	See 920.xx

Error code:	920.51
Description:	Hot roll took too long to heat up after transitioning to new enhanced mode. Fuser page count more than 500,000.
Causes:	• Bad thermistor, circuit, or cabling. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.52
Description:	Hot roll fell too far below desired temperature while printing. Fuser page count more than 500,000.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.53
Description:	Hot roll too cool while checking for slope change. Fuser page count more than 500,000.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.54
Description:	Hot roll too cool when heating to desired temperature after slope change. Fuser page count more than 500,000.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.56
Description:	Fuser is not increasing in temperature even though the lamp has been on for an extended time. Fuser count more than 500,000.
Causes:	• Fuser is not receiving AC power. • Poor supply line voltage.
Remedy:	See 920.xx

Error code:	920.57
Description:	Fuser has been below the desired temperature for too long while media is in the nip. Fuser page count more than 500,000.
Causes:	Bad thermistor, circuit, or cabling. • Very noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Excessive load on the fuser. • Low voltage or incorrect lamp. • Incorrect hot roll. • Abrupt change in temperatures that has disrupted control.
Remedy:	See 920.xx

Error code:	920.91
Description:	Hot roll took too long to heat up after transitioning to new enhanced mode. Fuser page count not available.
Causes:	• Bad thermistor, circuit, or cabling. • Fuser not receiving AC power. • Poor supply line voltage. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.92
Description:	Hot roll fell too far below desired temperature while printing. Fuser page count not available.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Excessive load on the fuser. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.93
Description:	Hot roll too cool while checking for slope change. Fuser page count not available.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Excessive load on the fuser. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.94
Description:	Hot roll too cool when heating to desired temperature after slope change. Fuser page count not available.
Causes:	• Bad thermistor, circuit, or cabling. • Noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Excessive load on the fuser. • Low voltage or incorrect lamp. • Incorrect hot roll.
Remedy:	See 920.xx

Error code:	920.96
Description:	Fuser is not increasing in temperature even though the lamp has been on for an extended time. Fuser page count not available.
Causes:	• Fuser is not receiving AC power. • Poor supply line voltage.
Remedy:	See 920.xx

Error code:	920.97
Description:	Fuser has been below the desired temperature for too long while media is in the nip. Fuser page count not available.
Causes:	• Bad thermistor, circuit, or cabling. • Very noisy thermistor signal. • Fuser not receiving AC power. • Poor supply line voltage. • Excessive load on the fuser. • Low voltage or incorrect lamp. • Abrupt change in temperatures that has disrupted control.
Remedy:	See 920.xx

Error code:	920.xx
Description:	Fuser Error
Remedy:	1 Fuser lamp Fuser lamp AC cable Observe the lamp through the left near side of the printer. It may be necessary to remove the redrive assembly to observe the lamp turning on and off. If the lamp does not come on do the following: • If not previously removed, remove the redrive assembly. See “Redrive assembly removal”8. • Remove the fuser assembly. See “Fuser assembly removal”. • Make sure the correct type of lamp is installed (voltage and wattage). • Verify that the fuser to fuser lamp cable is installed correctly to the fuser top cover assembly. If incorrect, install correctly; if correct, go to step 2. 2 AC line voltage CAUTION: When taking measurements for AC power, observe all safety precautions. Check the AC line voltage to make sure it is within operating specification. If incorrect, inform the customer; if correct, go to step 3. 3 LVPS CAUTION: When taking measurements for AC power, observe all safety precautions. Unplug the AC line cord from the printer and pull the LVPS out far enough to access CN1 on the LVPS board (see “Low voltage power supply removal”9). Disconnect the LVPS to fuser AC cable, plug in the line cord, turn the printer on and measure the voltage between CN1-1 and CN1-3 on the connector (see the connector locations at “Low voltage power supply”). If incorrect, replace the LVPS assembly (see “Low voltage power supply removal”9); if correct, go to step 4. 4 Fuser lamp Fuser top cover assembly Fuser connect cable (fuser to fuser lamp cable) Check continuity of the fuser to fuser AC cable, fuser top cover assembly, and fuser lamp by checking the continuity between the two pins on the fuser lamp AC cable connector: • If there is continuity, go to step 5. • If there is no continuity, check the continuity of the fuser to fuser lamp AC cable. If incorrect, replace the lamp, if incorrect, replace the fuser top cover assembly. Note: If the fuser lamp is replaced, allow the fuser assembly to cool or a 925.xx error may be displayed. 5 LVPS LVPS to fuser AC cable CAUTION: When taking measurements for AC power, observe all safety precautions. Check the AC line voltage between the pins on the fuser end of the LPVS to fuser AC cable. If the voltage is correct, unplug the AC power cord from the LVPS cable. If the voltage is correct, unplug the AC power cord from the LVPS, pull the LVPS out far enough to be able to check the voltage between CN-1 and CN1-3 on the LVPS board. Plug in the power cord, turn the printer on and check the voltage. If correct, replace the LVPS to fuser AC cable; if incorrect, replace the LVPS assembly. Note: If the fuses in the LVPS are blown, the LVPS assembly must be replaced. 6 Fuser top cover assembly (thermistor, thermistor cable) Fuser to system board DC cable Check to make sure that the thermistor is installed correctly to J5 on the fuser control card. If installed correctly check the cable for any signs of damage. If any problems are found, replace the fuser top cover assembly. If no problem is found, check the fuser to system board DC cable for correct installation at J1 on the fuser control card. If no problem is found, check the fuser to system board cable for correct installation at J10 on the system board. 7 Error code 920.06 displayed LVPS System board System board to LVPS cable Carefully check the installation of the LVPS to system board cable to J27 on the system board and to CN2 on the LVPS. If the cable is not seated or installed properly, reseat the cable and retry the printer. If the cable is installed correctly, replace the following FRUs in the order shown: • LVPS assembly. See “Low voltage power supply removal”9. • System board assembly. See “System board and inner shield removal —model 500S”1. • LVPS to system board cable. 8 Fuser assembly If no problem is found up to this point, then replace the following in the order shown: • Fuser assembly. See “Fuser assembly removal”. • System board assembly. See “System board and inner shield removal —model 500S”1. • LVPS. See “Low voltage power supply removal”.

Error code:	922.02
Description:	Hot roll took too long to reach the beginning lamp detection temperature. Fuser page count between 0 and 99,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	1 Fuser lamp Remove the fuser assembly and check to make sure the correct fuser lamp has been installed. If the correct lamp has been installed, go to step 2. Note: If the fuser lamp is replaced, allow the fuser assembly to cool or a 925.xx error code could be displayed. 2 AC line voltage CAUTION: When taking measurements for AC power, observe all safety precautions. Check the AC line voltage to make sure it is within operating specification. If incorrect, inform the customer; if correct, go to step 3. 3 LVPS CAUTION: When taking measurements for AC power, observe all safety precautions. Unplug the AC line cord from the printer and pull the LVPS out far enough to access CN1 on the LVPS board (see “Low voltage power supply removal”). Disconnect the LVPS to fuser AC cable, plug in the line cord, turn the printer on and measure the voltage between CN1-1 and CN1-3 on the connector (see the connector locations at “Low voltage power supply”). If incorrect, replace the LVPS assembly (see “Low voltage power supply removal”); if correct, go to step 4. 4 LVPS LVPS fuser AC cable CAUTION: When taking measurements for AC power, observe all safety precautions. Disconnect the AC line cord from the printer. Disconnect the LVPS to fuser cable from the fuser to fuser lamp cable. Plug the AC line cord into the printer and check the AC line voltage between the pins on the fuser end of the LVPS to fuser AC cable. If the voltage is correct, unplug the AC power cord from the LVPS cable and pull the LVPS out far enough to be able to check the voltage between CN-1 and CN-3 on the LVPS board. Plug in the power cord, turn the printer on and check the voltage. If correct, replace the LVPS to fuser AC cable; if incorrect, replace the LVPS assembly. See “Low voltage power supply removal”. Note: If the fuses in the LVPS are blown, the LVPS assembly must be replaced. 5 Fuser top cover assembly (thermistor, thermistor cable) Fuser to system board DC cable Check to make sure that the thermistor is installed correctly to J5 on the fuser control card. If installed correctly check the cable for any signs of damage. If any problems are found, replace the fuser top cover assembly.“Fuser narrow media sensor removal”. If no problem is found, check the fuser to system board DC cable for correct installation at J1 on the fuser control card. If no problem is found, check the fuser to system board cable for correct installation at J10 on the system board. If no problem is found, go to step 6. 6 Fuser assembly If no problem is found up to this point, then replace the following in the order shown: • Fuser assembly. See “Fuser assembly removal”. • System board assembly. See “System board and inner shield removal —model 500S”. • LVPS. See “Low voltage power supply removal”.

Error code:	922.03
Description:	Hot roll reached final lamp detection temperature but took longer than largest time in lookup table. Fuser page count between 0 and 99,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.04
Description:	Hot roll timed out in trying to reach the final lamp detection temperature. Fuser page count between 0 and 99,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.06
Description:	Hot roll did not reach operating temperature in time (new enhanced control). Fuser page count between 0 and 99,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.07
Description:	Fuser has taken too long to reach desired temperature after increasing interrupt gap. Fuser page count between 0 and 99,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.12
Description:	Hot roll took too long to reach the beginning lamp detection temperature. Fuser page count between 100,000 and 199,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.13
Description:	Hot roll reached final lamp detection temperature but took longer than largest time in lookup table. Fuser page count between 100,000 and 199,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.14
Description:	Hot roll timed out in trying to reach the final lamp detection temperature. Fuser page count between 100,000 and 199,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.15
Description:	After hot roll lamp detection, did not roll over to steady state control in time. Fuser page count between 100,000 and 199,999.
Causes:	The control code has been lost.
Remedy:	See 922.02

Error code:	922.16
Description:	Hot roll did not reach operating temperature in time (new enhanced control). Fuser page count between 100,000 and 199,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.17
Description:	Fuser has taken too long to reach desired temperature after increasing interpage gap. Fuser page count between 100,000 and 199,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.22
Description:	Hot roll took too long to reach the beginning lamp detection temperature. Fuser page count between 200,000 and 299,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.23
Description:	Hot roll reached final lamp detection temperature but took longer than largest time in lookup table. Fuser page count between 200,000 and 299,999.
Causes:	Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.24
Description:	Hot roll timed out in trying to reach the final lamp detection temperature. Fuser page count between 200,000 and 299,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.25
Description:	After hot roll lamp detection, did not roll over to steady state control in time. Fuser page count between 200,000 and 299,999.
Causes:	The control code has been lost.
Remedy:	See 922.02

Error code:	922.26
Description:	Hot roll did not reach operating temperature in time (new enhanced control). Fuser page count between 200,000 and 299,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.27
Description:	Fuser has taken too long to reach desired temperature after increasing interpage gap. Fuser page count between 200,000 and 299,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.32
Description:	Hot roll took too long to reach the beginning lamp detection temperature. Fuser page count between 300,000 and 399,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.33
Description:	Hot roll reached final lamp detection temperature but took longer than largest time in lookup table. Fuser page count between 300,000 and 399,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.34
Description:	Hot roll timed out in trying to reach the final lamp detection temperature. Fuser page count between 300,000 and 399,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.35
Description:	After hot roll lamp detection, did not roll over to steady state control in time. Fuser page count between 300,000 and 399,999.
Causes:	The control code has been lost.
Remedy:	See 922.02

Error code:	922.36
Description:	Hot roll did not reach operating temperature in time (new enhanced control). Fuser page count between 300,000 and 399,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.37
Description:	Fuser has taken too long to reach desired temperature after increasing interpage gap. Fuser page count between 300,000 and 399,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.42
Description:	Hot roll took too long to reach the beginning lamp detection temperature. Fuser page count between 400,000 and 499,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.43
Description:	Hot roll reached final lamp detection temperature but took longer than largest time in lookup table. Fuser page count between 400,000 and 499,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.44
Description:	Hot roll timed out in trying to reach the final lamp detection temperature. Fuser page count between 400,000 and 499,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.45
Description:	After hot roll lamp detection, did not roll over to steady state control in time. Fuser page count between 400,000 and 499,999.
Causes:	The control code has been lost.
Remedy:	See 922.02

Error code:	922.46
Description:	Hot roll did not reach operating temperature in time (new enhanced control). Fuser page count between 400,000 and 499,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.47
Description:	Fuser has taken too long to reach desired temperature after increasing interpage gap. Fuser page count between 400,000 and 499,999.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Excessive load on the fuser. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.52
Description:	Hot roll took too long to reach the beginning lamp detection temperature. Fuser page count stopped at 500,000 to preserve data.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.53
Description:	Hot roll reached final lamp detection temperature but took longer than largest time in lookup table. Fuser page count stopped at 500,000 to preserve data.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.54
Description:	Hot roll timed out in trying to reach the final lamp detection temperature. Fuser page count stopped at 500,000 to preserve data.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.55
Description:	After hot roll lamp detection, did not roll over to steady state control in time. Fuser page count stopped at 500,000 to preserve data.
Causes:	The control code has been lost.
Remedy:	See 922.02

Error code:	922.56
Description:	Hot roll did not reach operating temperature in time (new enhanced control). Fuser page count stopped at 500,000 to preserve data.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.57
Description:	Fuser has taken too long to reach desired temperature after increasing interpage gap. Fuser page count stopped at 500,000 to preserve data.
Causes:	• Low wattage or incorrect lamp. • Excessive load on the fuser. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.92
Description:	Hot roll took too long to reach the beginning lamp detection temperature. Fuser page count not available.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.93
Description:	Hot roll reached ‘final lamp detection temperature’ but took longer than largest time in lookup table. Fuser page count not available.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage
Remedy:	See 922.02

Error code:	922.94
Description:	Hot roll timed out in trying to reach the final lamp detection temperature. Fuser page count not available.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.95
Description:	After hot roll lamp detection, did not roll over to steady state control in time. Fuser page count not available.
Causes:	Control code has been lost.
Remedy:	See 922.02

Error code:	922.96
Description:	Hot roll did not reach operating temperature in time (new enhanced control). Fuser page count not available.
Causes:	• Low wattage or incorrect lamp. • Bad thermistor, circuit, or cabling. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	922.97
Description:	Fuser has taken too long to reach desired temperature after increasing interpage gap. Fuser page count not available.
Causes:	• Low wattage or incorrect lamp. • Excessive load on the fuser. • Fuser not receiving sufficient AC power. • Poor supply line voltage.
Remedy:	See 922.02

Error code:	923.01
Description:	Fuser over temperature. Fuser page count between 0 and 99,999.
Causes:	• Short in the thermistor circuit. • Noisy thermistor signal • Fuser is actually overheating due to hardware faults.
Remedy:	1 Fuser assembly Check for any signs of overheating in the fuser assembly. Check the hot roll, hot roll bearings, and the area around the thermistor for any signs of excessive heat. If a problem is found, replace the thermistor. If no problem is found, go to step 2. 2 Fuser top cover assembly (thermistor) Turn the printer off and disconnect the fuser to system board cable from J10 on the system board. Check the resistance between pins J10-3 and J10-4. The resistance should be greater than 100K ohms. If correct, go to step 3; if incorrect, disconnect the thermistor cable from J5 on the fuser board and measure the resistance between the two pins on the thermistor cable. If incorrect, replace the fuser top cover assembly (see “Fuser narrow media sensor removal”); if correct, replace the fuser to system board cable. 3 System board Fuser top cover assembly Check the voltage on J10-3 ground on the system board. The voltage should measure approximately +3.3 V dc. If the voltage is correct, replace the fuser top cover assembly. See “Fuser narrow media sensor removal”. If incorrect, replace the system board. See “System board and inner shield removal —model 500S".

Error code:	923.11
Description:	Fuser over temperature. Fuser page count between 100,000 and 199,999.
Causes:	• Short in the thermistor circuit. • Noisy thermistor signal • Fuser is actually overheating due to hardware faults.
Remedy:	See 923.01

Error code:	923.21
Description:	Fuser over temperature. Fuser page count between 200,000 and 299,999.
Causes:	• Short in the thermistor circuit. • Noisy thermistor signal • Fuser is actually overheating due to hardware faults.
Remedy:	See 923.01

Error code:	923.31
Description:	Fuser over temperature. Fuser page count between 300,000 and 399,999.
Causes:	• Short in the thermistor circuit. • Noisy thermistor signal • Fuser is actually overheating due to hardware faults.
Remedy:	See 923.01

Error code:	923.41
Description:	Fuser over temperature. Fuser page count between 400,000 and 499,999.
Causes:	• Short in the thermistor circuit. • Noisy thermistor signal • Fuser is actually overheating due to hardware faults.
Remedy:	See 923.01

Error code:	923.51
Description:	Fuser over temperature. Fuser page count stopped at 500,000 to preserve data.
Causes:	• Short in the thermistor circuit. • Noisy thermistor signal • Fuser is actually overheating due to hardware faults.
Remedy:	See 923.01

Error code:	923.91
Description:	Fuser over temperature. Fuser page count not available.
Causes:	• Short in the thermistor circuit. • Noisy thermistor signal • Fuser is actually overheating due to hardware faults.
Remedy:	See 923.01

Error code:	924.01
Description:	Open thermistor check failure. Fuser page count between 0 and 99,999.
Causes:	• Noisy thermistor signal. • Intermittent connection. • Thermistor cable not connected or thermistor actually open.
Remedy:	1 Fuser assembly Fuser to system board cable Check the thermistor cable for correct installation to J5 on the fuser card. If installed correctly, check for correct installation of J10 on the system board. If all cables are installed correctly, go to step 2. 2 Fuser top cover assembly (thermistor/thermistor cable assembly) Turn the printer off and disconnect the thermistor cable from J5 on the fuser board. Measure the resistance between the two pins on the thermistor cable, if the resistance measures infinity (open circuit), replace the fuser top cover assembly. 3 Fuser to system board cable. System board Fuser assembly Reconnect the thermistor cable to J5 on the fuser board. Disconnect the fuser to system board cable from J10 on the system board and measure the resistance between J10-3 and J10-4 on the cable. If the resistance measures infinity (open circuit) check the continuity of pins 3 and 4 of the cable. If correct, replace the fuser assembly. See “Fuser assembly removal”. If incorrect, replace the fuser to system board cable. Note: If the error code still displays, replace the system board. See “System board and inner shield removal —model 500S".

Error code:	924.11
Description:	Open thermistor check failure. Fuser page count between 100,000 and 199,999.
Causes:	• Noisy thermistor signal. • Intermittent connection. • Thermistor cable not connected or thermistor actually open.
Remedy:	See 924.01

Error code:	924.21
Description:	Open thermistor check failure. Fuser page count between 200,000 and 299,999.
Causes:	• Noisy thermistor signal. • Intermittent connection. • Thermistor cable not connected or thermistor actually open.
Remedy:	See 924.01

Error code:	924.31
Description:	Open thermistor check failure. Fuser page count between 300,000 and 399,999.
Causes:	• Noisy thermistor signal. • Intermittent connection. • Thermistor cable not connected or thermistor actually open.
Remedy:	See 924.01

Error code:	924.41
Description:	Open thermistor check failure. Fuser page count between 400,000 and 499,999.
Causes:	• Noisy thermistor signal. • Intermittent connection. • Thermistor cable not connected or thermistor actually open.
Remedy:	See 924.01

Error code:	924.51
Description:	Open thermistor check failure. Fuser page count over 500,000.
Causes:	• Noisy thermistor signal. • Intermittent connection. • Thermistor cable not connected or thermistor actually open.
Remedy:	See 924.01

Error code:	924.91
Description:	Open thermistor check failure. Fuser page count not available.
Causes:	• Noisy thermistor signal. • Intermittent connection. • Thermistor cable not connected or thermistor actually open.
Remedy:	See 924.01

Error code:	925.01
Display:	925.01 Fan Error
Description:	Lamp detection performed and found error. Fuser page count between 0 and 99,999.
Causes:	• 115 V lamp in 220 V printer. • Lamp has excessive wattage.
Remedy:	1 Fuser lamp If the fuser is 220 V machine a 115 V fuser may be installed. If the printer is not a 115 V model, then go to step 2. If the printer is a 220 V model, then check to make sure that the correct lamp is installed. Note: If the fuser lamp is replaced, allow the fuser to cool or a 925.xx error could be displayed. 2 AC power source Check the AC power source to make sure it meets specifications. If the AC power source does not meet specifications, inform the customer. If it meets specifications, go to step 3. 3 Fuser lamp Turn the printer off and allow the fuser assembly to cool. After the fuser assembly cools down, turn the printer on. If you receive the same error code, replace the fuser lamp. See “Fuser lamp removal”. Note: If the fuser lamp is replaced, allow the fuser to cool or a 925.xx error could be displayed.

Error code:	925.02
Description:	Too hot to do lamp detection and NVRAM bit indicates previous wrong lamp detected. Fuser page count between 0 and 99,999.
Causes:	Attempting to POR machine after receiving a 925.01.
Remedy:	See 925.01

Error code:	925.11
Description:	Lamp detection performed and found error. Fuser page count between 100,000 and 199,999.
Causes:	• 115 V lamp in 220 V printer. • Lamp has excessive wattage.
Remedy:	See 925.01

Error code:	925.12
Description:	Too hot to do lamp detection and NVRAM bit indicates previous wrong lamp detected. Fuser page count between 100,000 and 199,999.
Causes:	Attempting to POR machine after receiving a 925.01.
Remedy:	See 925.01

Error code:	925.21
Description:	Lamp detection performed and found error. Fuser page count between 200,000 and 299,999.
Causes:	• 115 V lamp in 220 V printer. • Lamp has excessive wattage.
Remedy:	See 925.01

Error code:	925.22
Description:	Too hot to do lamp detection and NVRAM bit indicates previous wrong lamp detected. Fuser page count between 200,000 and 299,999.
Causes:	Attempting to POR machine after receiving a 925.01.
Remedy:	See 925.01

Error code:	925.31
Description:	Lamp detection performed and found error. Fuser page count between 300,000 and 399,999.
Causes:	• 115 V lamp in 220 V printer. • Lamp has excessive wattage.
Remedy:	See 925.01

Error code:	925.32
Description:	Too hot to do lamp detection and NVRAM bit indicates previous wrong lamp detected. Fuser page count between 300,000 and 399,999.
Causes:	Attempting to POR machine after receiving a 925.01.
Remedy:	See 925.01

Error code:	925.41
Description:	Lamp detection performed and found error. Fuser page count between 400,000 and 499,999.
Causes:	• 115 V lamp in 220 V printer. • Lamp has excessive wattage.
Remedy:	See 925.01

Error code:	925.42
Description:	Too hot to do lamp detection and NVRAM bit indicates previous wrong lamp detected. Fuser page count between 400,000 and 499,999.
Causes:	Attempting to POR machine after receiving a 925.01.
Remedy:	See 925.01

Error code:	925.51
Description:	Lamp detection performed and found error. Fuser page count stopped at 500,000 to preserve data.
Causes:	• 115 V lamp in 220 V printer. • Lamp has excessive wattage.
Remedy:	See 925.01

Error code:	925.52
Description:	Too hot to do lamp detection and NVRAM bit indicates previous wrong lamp detected. Fuser page count stopped at 500,000 to preserve data.
Causes:	Attempting to POR machine after receiving a 925.01.
Remedy:	See 925.01

Error code:	925.91
Description:	Lamp detection performed and found error. Writes to the fuser information chip have been disabled due to a previous write failure.
Causes:	• 115 V lamp in 220 V printer. • Lamp has excessive wattage.
Remedy:	See 925.01

Error code:	925.92
Description:	Too hot to do lamp detection and NVRAM bit indicates previous wrong lamp detected. Writes to the fuser information chip have been disabled due to a previous write failure.
Causes:	Attempting to POR machine after receiving a 925.01.
Remedy:	See 925.01

Error code:	927.00
Display:	927.00 Service PC cartridge
Description:	Service fan error.
Causes:	• Loose connector. • External blockage of the fan, preventing it from turning. • Bad fan.
Remedy:	1 Main fan Check the main fan to make sure it is plugged into J4 on the system board. If the fan cable id correctly connected to J4, check the cable and the cable connector for any signs of damage. If damaged, replace the main fan assembly. See “Main fan removal”1. If undamaged, go to step 2. 2 Main fan Turn the printer off and check the main fan for any signs of blockage of the fan blades. If there is any sign of blockage, remove the blockage. 3 Main fan blades turn during POR, then stop. Fan will not run when trying to print. Main fan System board Measure the voltage at J4-1 on the system board. The voltage should measure approximately +2.5 V dc. If incorrect, replace the main fan. See “Main fan removal”1. If that does not fix the problem, replace the system board. See “System board and inner shield removal —model 500S"1. 4 Main fan blades do not turn Measure the voltage at J4-3. The voltage should measure +14.4 V dc with the fan running full and approximately 7.0 V dc when running half speed. If incorrect, replace the main fan. See “Main fan removal”1. If this does not fix the problem, replace the system board. See “System board and inner shield removal — model 500S”1.

Error code:	927.01
Description:	Main fan stalled.
Causes:	• External blockage of fan • Fan may not turn due to internal fan problem.
Remedy:	1 Main fan Check the main fan to make sure it is plugged into J4 on the system board. If the fan cable id correctly connected to J4, check the cable and the cable connector for any signs of damage. If damaged, replace the main fan assembly. See “Main fan removal”1. If undamaged, go to step 2. 2 Main fan Turn the printer off and check the main fan for any signs of blockage of the fan blades. If there is any sign of blockage, remove the blockage. 3 Main fan blades turn during POR, then stop. Fan will not run when trying to print. Main fan System board Measure the voltage at J4-1 on the system board. The voltage should measure approximately +2.5 V dc. If incorrect, replace the main fan. See “Main fan removal”1. If that does not fix the problem, replace the system board. See “System board and inner shield removal —model 500S"1. 4 Main fan blades do not turn Measure the voltage at J4-3. The voltage should measure +14.4 V dc with the fan running full and approximately 7.0 V dc when running half speed. If incorrect, replace the main fan. See “Main fan removal”1. If this does not fix the problem, replace the system board. See “System board and inner shield removal — model 500S”1.

Error code:	927.02
Description:	Cartridge fan stalled.
Causes:	• Loose connector. • External blockage of the fan, preventing it from turning. • Bad fan.
Remedy:	1 Cartridge fan Check to make sure the cartridge is plugged into J5 on the system board. If properly plugged in, go to step 2. 2 Cartridge fan Check for any signs of blockage in the fan. If any is found, remove and retry the printer. If no problem is found, go to step 3. 3 Cartridge fan System board Replace the following FRUs in the order shown: • Cartridge fan • System board. See “System board and inner shield removal —model 500S”1.

Error code:	927.03
Description:	Main fan took too long to ramp up.
Causes:	• Loose connector. • External blockage of the fan, preventing it from turning. • Bad fan.
Remedy:	1 Main fan Check the main fan to make sure it is plugged into J4 on the system board. If the fan cable id correctly connected to J4, check the cable and the cable connector for any signs of damage. If damaged, replace the main fan assembly. See “Main fan removal”1. If undamaged, go to step 2. 2 Main fan Turn the printer off and check the main fan for any signs of blockage of the fan blades. If there is any sign of blockage, remove the blockage. 3 Main fan blades turn during POR, then stop. Fan will not run when trying to print. Main fan System board Measure the voltage at J4-1 on the system board. The voltage should measure approximately +2.5 V dc. If incorrect, replace the main fan. See “Main fan removal”1. If that does not fix the problem, replace the system board. See “System board and inner shield removal —model 500S"1. 4 Main fan blades do not turn Measure the voltage at J4-3. The voltage should measure +14.4 V dc with the fan running full and approximately 7.0 V dc when running half speed. If incorrect, replace the main fan. See “Main fan removal”1. If this does not fix the problem, replace the system board. See “System board and inner shield removal — model 500S”.

Error code:	927.04
Description:	Main fan underspeed or stalled during speed adjustment state.
Causes:	• Corrupted feedback signal. • Fan input voltage may be too low.

Error code:	927.05
Description:	Main fan overspeed during speed adjustment state.
Causes:	• Corrupted feedback signal. • Fan input voltage may be too low.

Error code:	927.06
Description:	Main fan capture data is invalid and speed control is at maximum in fan control idle state.
Causes:	Corrupted or non-existent feedback signal.

Error code:	927.07
Description:	Main fan capture data is invalid and speed control is at maximum in fan control adjustment state.
Causes:	Corrupted feedback signal.

Error code:	929.00
Display:	929.00 Service PC cartridge
Description:	Toner sensor error—a problem has been detected with the toner sensor.
Causes:	• Check the toner sensor • Check cable • Check system board

Error code:	929.66
Description:	An error has been detected. No home windows has been detected.
Causes:	• Check toner cartridge. • Check toner sensor

Error code:	929.67
Description:	No toner sensor transition.
Causes:	• Check toner sensor • Check toner cartridge

Error code:	930.00
Display:	930.00 Service printhead error
Description:	An incorrect printhead has been detected
Causes:	Check the printhead

Error code:	932.00
Display:	932.00 Toner cartridge
Description:	Printhead lost HSYNC.
Causes:	• Check printhead • Check cables and connections • Check system board

Error code:	933.00
Display:	933.00 Toner cartridge
Description:	Mirror motor locked, no first HSYNC received.
Causes:	• Check printhead • Check cables and connectors • Check system board.

Error code:	934.00
Description:	Mirror motor lost lock
Causes:	• Check printhead • Check cables and connections • Check system board

Error code:	936.00
Description:	Mirror moor not up to speed
Causes:	• Check printhead • Check system board

Error code:	936.10
Description:	No hall effect detected at motor start. Motor is type 0.
Causes:	• Check cable connections • Defective motor • Severe gear blinds in gearbox assembly • System board

Error code:	936.11
Description:	No hall effect detected at motor start. Motor is type 1.
Causes:	• Check cable connections • Defective motor • Severe gear binds in gearbox assembly. • System board

Error code:	936.20
Description:	Failed to stop within timeout, motor is type 0.
Causes:	• Defective motor • Defective system board

Error code:	936.21
Description:	Failed to stop within timeout, motor is type 1.
Causes:	• Defective motor • Defective system board

Error code:	936.30
Description:	No lock detected at motor start for motor ID. Motor is type 0.
Causes:	• Check for paper jams • Gear binds • Defective motor • Check motor cable and connections

Error code:	936.31
Description:	No lock detected at motor start for motor ID. Motor is type 1.
Causes:	• Check for paper jams • Gear binds • Defective motor • Check motor cable and connections

Error code:	936.60
Description:	No lock detected at normal motor start. Motor is type 0.
Causes:	• Check for paper jams • Gear binds • Defective motor • Check motor cable and connections

Error code:	936.61
Description:	No lock detected at normal motor start. Motor is type 1.
Causes:	• Check for paper jams • Gear binds • Defective motor. • Defective motor cable • Cable connections

Error code:	936.9
Description:	Stall detected during speed control. Motor is type 0.
Causes:	• Defective cable • Check cable connections • Defective motor • Paper jams

Error code:	936.91
Description:	Stall detected during speed control. Motor is type 1.
Causes:	• Defective cable • Check cable connections • Defective motor • Paper jams

Error code:	937.4
Description:	Overspeed detected during speed control. Motor is type 0.
Causes:	• Faulty motor sensor • Faulty system board

Error code:	937.41
Description:	Overspeed detected during speed control. Motor is type 1.
Causes:	• Faulty motor sensor • Faulty system board

Error code:	937.5
Description:	Overspeed detected during position control. Motor is type 0.
Causes:	• Faulty motor sensor • Faulty system board

Error code:	937.51
Description:	Overspeed detected during position control. Motor is type 1.
Causes:	• Faulty motor sensor • Faulty system board

Error code:	937.7
Description:	Loss of lock detected by higher level code. Motor is type 0.
Causes:	• Defective motor cable • Defective main drive motor • Paper jams

Error code:	937.71
Description:	Loss of lock detected by higher level code. Motor is type 1.
Causes:	• Defective motor cable • Defective main drive motor • Paper jams

Error code:	937.80
Description:	Driver over temperature detection. Motor is type 0.
Causes:	• Excessive gear loading in gearbox assembly

Error code:	939.00
Display:	939.00 Service RIP engine Comm.
Description:	RIP–engine communications lost.
Causes:	System board
Remedy:	POR the printer several times, if the error code continues to be displayed, replace the system board.

Error code:	940.00
Description:	LVPS zero-crossing test failed.
Causes:	• Incorrect LVPS installed • Noisy AC power source • LVPS to system board cable loose
Remedy:	Check to make sure the correct LVPS assembly has been installed. If the correct supply is installed, check to make sure the LVPS to system board cable is installed correctly. If correct, replace the LVPS assembly.

Error code:	947.00
Description:	PQET RAM test incomplete, PQET RAM test did not complete, PQET RAM test failed MARCH0 PQET RAM test failed MARCH1 PQET RAM test busy failure
Causes:	PQET failed to pass RAM tests on the system board
Remedy:	Replace the system board.

Error code:	948.00
Description:	Pel clock check failed
Causes:	System board
Remedy:	Replace the system board.

Error code:	949.00
Description:	Delay line calibration failure
Causes:	System board
Remedy:	Replace the system board.

Error code:	950.00
Description:	NVRAM mismatch
Causes:	EPROM mismatch failure
Remedy:	This error code indicates a mismatch between the System Board assembly and the interface card assembly. Warning: In the event of replacement of any one of the following components: • Flatbed interconnect card • System board assembly • Interface 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. Warning: Never install and remove components listed above as a method of troubleshooting components. Once a component has been installed in a machine, it cannot be used in another machine. It must be returned to the manufacturer.

Error code:

951.00

Remedy:

Replace the system board. Warning: When replacing any one of the following components: • Flatbed interconnect card • System board assembly • Interface 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. Warning: Never install and remove components listed above as a method of troubleshooting components. Once a component has been installed in a printer, it cannot be used in another printer. It must be returned to the manufacturer.

Error code:	952.00
Description:	NV failure:n
Causes:	CRC error has occurred. This is recoverable.
Remedy:	Perform POR to clear the error.

Error code:	953.00
Remedy:	Replace the operator panel right cover assembly.

Error code:

954.00

Remedy:

Replace the interface card. Warning: When replacing any one of the following components: • Flatbed interconnect card • System board assembly • Interface 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. Warning: Never install and remove components listed above as a method of troubleshooting components. Once a component has been installed in a printer, it cannot be used in another printer. It must be returned to the manufacturer.

Error code:	955.00
Description:	Code CRC
Causes:	CRC failure or ECC code failure on the system board.
Remedy:	Replace the system board.

Error code:	956.00
Description:	System board
Causes:	This error indicates a system board processor failure.
Remedy:	Replace the system board.

Error code:	957.00
Description:	System board
Causes:	This error indicates a system board processor failure.
Remedy:	Replace the system board.

Error code:	958.00
Description:	Nand failure
Causes:	Printer has performed more than 100 “shift and replace” operations as a result of EC bit corrections.
Remedy:	Replace the system board

Error code:	980.00
Display:	980.00 Service tray 3 comm.
Description:	Unreliable communications to Paperport device
Causes:	The engine is experiencing unreliable communications to 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:	981.00
Display:	981.00 Service finisher error
Description:	Interface protocol violation by engine
Causes:	The engine protocol violation 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:	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:	983.00
Display:	983.00 Service finisher error
Description:	Invalid command received by device
Causes:	Invalid command received 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:	984.00
Display:	984.00 Service finisher error
Description:	Invalid command parameter received by device
Causes:	Invalid command parameter received 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:	990.00
Display:	990.00 Service finisher error
Description:	General device equipment check
Causes:	Indicates an equipment check condition has occurred in the specified device, but the device is unable to identify the exact component failure.
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:	991.00
Description:	Device system card failed basic assurance test
Causes:	The specified device has detected an equipment check in its system card.
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.

Деталь:	Complete ADF assembly - 500S
Парткод:	40X0450

Деталь:	Complete ADF assembly - 450S
Парткод:	40X3296

Деталь:	Document tray assembly - 500S
Парткод:	40X0451

Деталь:	Document tray assembly - 450S
Парткод:	40X3297

Деталь:	ADF top cover assembly
Парткод:	40X0452

Toshiba e-Studio 500S

Модули

Детали Electronics-shields

Коды ошибок

Описание

Деталь:	Parts packet, sensors (PP 40X0481)
Парткод:	P400239007

Деталь:	Parts packet, screws (PP 99A0263) (auto comp assembly mounting screw)
Парткод:	P400238616

Деталь:	Pick arm assembly - 2000-sheet
Парткод:	40X3255

Деталь:	Tray assembly - 500-sheet tray
Парткод:	40X0098

Деталь:	Pass thru plate - 500-sheet tray
Парткод:	40X0103

Деталь:	Wear plate - 500-sheet tray
Парткод:	40X0183

Деталь:	Power takeoff shaft - 500-sheet
Парткод:	40X0111

Деталь:	Power takeoff shaft spring
Парткод:	40X0112

Деталь:	Bevel gear with grease packet and washer
Парткод:	40X0113

Деталь:	Parts packet, developer drive
Парткод:	40X0115

Деталь:	ADF REAR COVER
Парткод:	40X0465

Деталь:	ADF FRONT COVER
Парткод:	40X0464

Деталь:	Side restraint
Парткод:	40X0099

Деталь:	Restraint pad
Парткод:	40X0105

Деталь:	Parts packet (PP 40X0165) (developer drive ground screw)
Парткод:	P400238598

Деталь:	Parts packet (PP 40X0165) (gearbox mounting screw)
Парткод:	P400238599

Деталь:	Power cord set (8 ft right angle) - Argentina
Парткод:	40X0255

Деталь:	Power cord set (8 ft right angle) - Chile, Uruguay
Парткод:	40X0257

Деталь:	Power cord set (8 ft right angle) - Arabic, Austria, Belgium
Парткод:	40X0258

Деталь:	Power cord set (8 ft right angle) - Anguilla (UK
Парткод:	40X0293

Деталь:	Power cord set (6 ft right angle) - Brazil
Парткод:	40X0259

Деталь:	Power cord set (8 ft straight) - AS/NZS
Парткод:	40X0301

Деталь:	Power cord set (8 ft straight) - Hong Kong
Парткод:	40X0271

Деталь:	Power cord set (8 ft right angle) - Japan
Парткод:	40X0272

Toshiba e-Studio 500S

Модули

Детали Electronics-shields

Коды ошибок

Описание

Позвонить

Написать

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Деталь:	Power cord set (6 ft straight) - Korea
Парткод:	40X0280

Деталь:	Power cord set (8 ft straight) - PRC
Парткод:	40X0303

Деталь:	Power cord set (6 ft right angle) - Taiwan
Парткод:	40X0281

Деталь:	Power cord set (8 ft right angle) - Denmark, Norway, and Sweden
Парткод:	40X0294

Деталь:	Power cord set (8 ft right angle) - Israel
Парткод:	40X0295

Деталь:	Power cord set (8 ft right angle) - Botswana, Lesotho, Namibia, Pakistan, and South Africa
Парткод:	40X0304

Деталь:	Power cord set (8 ft right angle) - Switzerland
Парткод:	40X0305

Деталь:	Power cord set (8 ft right angle, 13 amp) - United States
Парткод:	40X0260

Деталь:	Power cord set (8 ft right angle) - Bolivia and Peru
Парткод:	40X0256

Деталь:	HIGH VOLTAGE POWER SUPPLY
Парткод:	40X4275