Konica minolta c227 ошибка 3726

– Compatible Printer model: Konica-Minolta bizhub C227
– Konica-Minolta bizhub C227 Error Codes with quick guides:

• Code: 10-01
• Description: The leading edge of the paper is not turned ON (unblocked) the registration sensor (PS1) even after the lapse of a given period of time after the manual bypass tray starts to feed paper.
• Causes: • Transport motor (M1) • Registration clutch (CL4) • Bypass paper feed clutch (CL7) • Registration sensor (PS1) • MFP board (MFPB)
• Troubleshooting Guides:

• Code: 10-02
• Description: For paper fed from the manual bypass tray, loop forming has not been complete before a sheet enters the registration roller because the rise timing of load to perform registration is earlier than the rise timing of load to form a loop.
• Causes: • Transport motor (M1) • Registration clutch (CL4) • Bypass paper feed clutch (CL7) • Registration sensor (PS1) • MFP board (MFPB)
• Troubleshooting Guides:

• Code: 10-40
• Description: For paper fed from the manual bypass tray, the image write start signal permit continues to be disabled for a predetermined period of time after the timing of the image write start signal output.
• Causes: • Transport motor (M1) • Registration clutch (CL4) • Bypass paper feed clutch (CL7) • Registration sensor (PS1) • MFP board (MFPB)
• Troubleshooting Guides:

• Code: 11-01
• Description: The leading edge of the paper is not turned ON (unblocked) the registration sensor (PS1) even after the lapse of a given period of time after the tray 1 starts to feed paper.
• Causes: • Transport motor (M1) • Tray 1 paper feed clutch (CL3) • Registration clutch (CL4) • Registration sensor (PS1) • MFP board (MFPB)
• Troubleshooting Guides:

• Code: 11-02
• Description: For paper fed from the tray 1, due to a delay in paper arrival, loop forming in front of the registration roller is not complete before the rise timing of the transport motor (M1).
• Causes: • Transport motor (M1) • Tray 1 paper feed clutch (CL3) • Registration clutch (CL4) • Registration sensor (PS1) • MFP board (MFPB)
• Troubleshooting Guides:

• Code: 11-40
• Description: For paper fed from the tray 1, the image write start signal permit continues to be disabled for a predetermined period of time after the timing of the image write start signal output.
• Causes: • Transport motor (M1) • Tray 1 paper feed clutch (CL3) • Registration clutch (CL4) • Registration sensor (PS1) • MFP board (MFPB)
• Troubleshooting Guides:

• Code: 12-01
• Description: The leading edge of the paper is not turned ON (unblocked) the tray 2 vertical transport sensor (PS19) even after the lapse of a given period of time after the tray 2 starts to feed paper.
• Causes: • Transport motor (M1) • Tray 2 paper feed clutch (CL1) • Tray 2 vertical transport clutch (CL2) • Tray 2 vertical transport sensor (PS19) • MFP board (MFPB)
• Troubleshooting Guides:

• Code: 12-40
• Description: For paper fed from the tray 2, the image write start signal permit continues to be disabled for a predetermined period of time after the timing of the image write start signal output.
• Causes: • Transport motor (M1) • Tray 2 paper feed clutch (CL1) • Tray 2 vertical transport clutch (CL2) • Tray 2 vertical transport sensor (PS19) • MFP board (MFPB)
• Troubleshooting Guides:

• Code: 13-01
• Description: The leading edge of the paper is not turned ON the tray 3 vertical transport sensor (PS113) even after the lapse of a given period of time after the tray 3 starts to feed paper.
• Causes: • Tray 3 paper feed motor (M111) • Tray 3 vertical transport motor (M112) • Tray 3 vertical transport sensor (PS113) • PC control board (PCCB)
• Troubleshooting Guides:

• Code: 13-40
• Description: For paper fed from the tray 3, the image write start signal permit continues to be disabled for a predetermined period of time after the timing of the image write start signal output.
• Causes: • Tray 3 paper feed motor (M111) • Tray 3 vertical transport motor (M112) • Tray 3 vertical transport sensor (PS113) • PC control board (PCCB)
• Troubleshooting Guides:

• Code: 14-01
• Description: The leading edge of the paper is not turned ON the tray 4 vertical transport sensor (PS123) even after the lapse of a given period of time after the tray 4 starts to feed paper.
• Causes: • Tray 4 paper feed motor (M121) • Tray 4 vertical transport motor (M122) • Tray 4 vertical transport sensor (PS123) • PC control board (PCCB)
• Troubleshooting Guides:

• Code: 14-40
• Description: For paper fed from the tray 4, the image write start signal permit continues to be disabled for a predetermined period of time after the timing of the image write start signal output.
• Causes: • Tray 4 paper feed motor (M121) • Tray 4 vertical transport motor (M122) • Tray 4 vertical transport sensor (PS123) • PC control board (PCCB)
• Troubleshooting Guides:

• Code: 16-01
• Description: The leading edge of the paper is not turned ON the LCT vertical transport sensor (PS133) even after the lapse of a given period of time after the LCT starts to feed paper.
• Causes: • Paper feed motor (M131) • Vertical transport motor (M132) • LCT vertical transport sensor (PS133) • PC control board (PCCB)
• Troubleshooting Guides:

• Code: 16-40
• Description: For paper fed from the LCT, the image write start signal permit continues to be disabled for a predetermined period of time after the timing of the image write start signal output.
• Causes: • Paper feed motor (M131) • Vertical transport motor (M132) • LCT vertical transport sensor (PS133) • PC control board (PCCB)
• Troubleshooting Guides:

• Code: 20-01
• Description: The registration sensor (PS1) is not turned ON (unblocked) even after the lapse of a given period of time after the paper has turned ON (unblocked) the tray 2 vertical transport sensor (PS19).
• Causes: • Transport motor (M1) • Tray 2 vertical transport clutch (CL2) • Registration clutch (CL4) • Registration sensor (PS1) • Tray 2 vertical transport sensor (PS19) • MFP board (MFPB)
• Troubleshooting Guides:

• Code: 20-02
• Description: For paper fed from the tray 2, tray 3, tray 4 or LCT, loop forming has not been complete before a sheet enters the registration roller because the rise timing of load to perform registration is earlier than the rise timing of load to form a loop.
• Causes: • Transport motor (M1) • Tray 2 vertical transport clutch (CL2) • Registration clutch (CL4) • Registration sensor (PS1) • Tray 2 vertical transport sensor (PS19) • MFP board (MFPB)
• Troubleshooting Guides:

• Code: 20-21
• Description: <When PC-114 or PC-214 is installed> The tray 2 vertical transport sensor (PS19) is not turned ON (unblocked) even after the lapse of a given period of time after the tray 3 vertical transport sensor (PS113) is turned ON by a paper. <When PC-414 is installed> The tray 2 vertical transport sensor (PS19) is not turned ON (unblocked) even after the lapse of a given period of time after the LCT vertical transport sensor (PS133) is turned ON by a paper.
• Causes: <When PC-114 or PC-214 is installed> • Transport motor (M1) • Tray 3 vertical transport motor (M112) • Tray 2 vertical transport clutch (CL2) • Tray 2 vertical transport sensor (PS19) • Tray 3 vertical transport sensor (PS113) • MFP board (MFPB) • PC control board (PCCB) <When PC-414 is installed> • Transport motor (M1) • Vertical transport motor (M132) • Tray 2 vertical transport clutch (CL2) • Tray 2 vertical transport sensor (PS19) • LCT vertical transport sensor (PS133) • MFP board (MFPB) • PC control board (PCCB)
• Troubleshooting Guides:

• Code: 20-22
• Description: The tray 3 vertical transport sensor (PS113) is not turned ON even after the lapse of a given period of time after the tray 4 vertical transport sensor (PS123) has been blocked by a paper.
• Causes: • Tray 3 vertical transport motor (M112) • Tray 4 vertical transport motor (M122) • Tray 3 vertical transport sensor (PS113) • Tray 4 vertical transport sensor (PS123) • PC control board (PCCB)
• Troubleshooting Guides:

• Code: 30-03
• Description: The leading edge of paper is not turned ON (unblocked) the paper exit sensor (PS3) even after the lapse of a given period of time after the paper feeding is started.
• Causes: • Transport motor (M1) • Registration clutch (CL4) • Registration sensor (PS1) • Paper exit sensor (PS3)
• Troubleshooting Guides:

• Code: 32-01
• Description: The ADU paper passage sensor (PS41) is not turned ON (blocked) even after the lapse of a given period of time after the reverse sequence is started.
• Causes: • Transport motor (M1) • Paper exit/reverse motor (M4) • ADU transport motor (M5) • Paper exit sensor (PS3) • ADU paper passage sensor (PS41) • Gate switch solenoid (SD3) • MFP board (MFPB)
• Troubleshooting Guides:

• Code: 32-05
• Description: The paper exit sensor (PS3) is not turned OFF (blocked) even after the lapse of a given period of time after the paper has turned ON (unblocked) PS3.
• Causes: • Transport motor (M1) • Paper exit/reverse motor (M4) • ADU transport motor (M5) • Paper exit sensor (PS3) • ADU paper passage sensor (PS41) • Gate switch solenoid (SD3) • MFP board (MFPB)
• Troubleshooting Guides:

• Code: 66-01
• Description: The original registration sensor (PS3) is not turned ON (unblocked) after the lapse of a given time after the switchback registration operation started.
• Causes: • Original reading motor (M1) • Registration motor (M3) • Original registration sensor (PS3) • Original reading sensor (PS4) • Original exit roller release solenoid (SD1) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 66-02
• Description: The after separate sensor (PS2) is not turned ON (blocked) after a lapse of a given time after the original feed motor (M2) is turned ON.
• Causes: • Original feed motor (M2) • After separate sensor (PS2) • Original length size sensor/1 (PS6) • Original length size sensor/2 (PS7) • Original width size sensor (VR1) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 66-03
• Description: The after separate sensor (PS2) is not turned OFF (unblocked) after a lapse of a given time after PS2 is turned ON (blocked).
• Causes: • Original reading motor (M1) • Original feed motor (M2) • Registration motor (M3) • After separate sensor (PS2) • Original registration sensor (PS3) • Original reading sensor (PS4) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 66-04
• Description: The original exit sensor (PS5) is not turned ON (blocked) after a lapse of a given time after the original reading sensor (PS4) is turned ON.
• Causes: • Original reading motor (M1) • Original reading sensor (PS4) • Original exit sensor (PS5) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 66-05
• Description: The original reading sensor (PS4) is not turned OFF after a lapse of a given time after the original registration sensor (PS3) is turned OFF (blocked).
• Causes: • Original reading motor (M1) • Reading roll release motor (M5) • Original registration sensor (PS3) • Original reading sensor (PS4) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 66-06
• Description: The original reading sensor (PS4) is turned ON earlier than a given time after PS4 is turned OFF during original transportation.
• Causes: • Original reading motor (M1) • Reading roll release motor (M5) • Original registration sensor (PS3) • Original reading sensor (PS4) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 66-07
• Description: Due to a remaining sheet of paper that has not been detected by sensors, before the start of a job, a sensor detects the sheet at an unexpected timing.
• Causes: • Original registration sensor (PS3) • Original reading sensor (PS4) • Original exit sensor (PS5) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 66-11
• Description: The original registration (PS3) is not turned OFF (blocked) after the lapse of a given time after PS3 is turned ON (unblocked) after the switchback registration operation started.
• Causes: • Original reading motor (M1) • Registration motor (M3) • Original registration sensor (PS3) • Original reading sensor (PS4) • Original exit roller release solenoid (SD1) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 66-12
• Description: The size of the original on the tray detected by DF does not match the size of the original detected by the main body.
• Causes: • Original feed motor (M2) • After separate sensor (PS2) • Original length size sensor/1 (PS6) • Original length size sensor/2 (PS7) • Original width size sensor (VR1) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 66-13
• Description: The original registration sensor (PS3) is not turned ON (unblocked) after a lapse of a given time after the after separate sensor (PS2) is turned ON (blocked).
• Causes: • Original reading motor (M1) • Original feed motor (M2) • Registration motor (M3) • After separate sensor (PS2) • Original registration sensor (PS3) • Original reading sensor (PS4) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 66-14
• Description: The original exit sensor (PS5) is not turned OFF (unblocked) after a lapse of a given time after the original reading sensor (PS4) is turned OFF.
• Causes: • Original reading motor (M1) • Original reading sensor (PS4) • Original exit sensor (PS5) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 66-15
• Description: The original reading sensor (PS4) is not turned OFF after the laps of given time after the original registration sensor (PS3) is turned OFF (blocked) after the switchback read operation started.
• Causes: • Original reading motor (M1) • Reading roll release motor (M5) • Original registration sensor (PS3) • Original reading sensor (PS4) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 66-21
• Description: The original reading sensor (PS4) is not turned ON after the lapse of a given time after the original registration sensor (PS3) is turned ON (unblocked) after the switchback registration operation started.
• Causes: • Original reading motor (M1) • Registration motor (M3) • Original registration sensor (PS3) • Original reading sensor (PS4) • Original exit roller release solenoid (SD1) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 66-23
• Description: The original registration sensor (PS3) is not turned OFF (blocked) after a lapse of given time after PS3 is turned ON (unblocked).
• Causes: • Original reading motor (M1) • Original feed motor (M2) • Registration motor (M3) • After separate sensor (PS2) • Original registration sensor (PS3) • Original reading sensor (PS4) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 66-24
• Description: The original exit sensor (PS5) is not turned ON (blocked) after the laps of give time after the original reading sensor (PS4) turned ON after the switchback exit operation started.
• Causes: • Original reading motor (M1) • Original reading sensor (PS4) • Original exit sensor (PS5) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 66-33
• Description: The original reading sensor (PS4) is not turned ON after a lapse of a given time after the original registration sensor (PS3) is turned ON (unblocked).
• Causes: • Original reading motor (M1) • Original feed motor (M2) • Registration motor (M3) • After separate sensor (PS2) • Original registration sensor (PS3) • Original reading sensor (PS4) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 66-34
• Description: The original exit sensor (PS5) is not turned OFF (unblocked) after the laps of give time after the original reading sensor (PS4) turned OFF after the switchback exit operation started.
• Causes: • Original reading motor (M1) • Original reading sensor (PS4) • Original exit sensor (PS5) • DF control board (DFCB)
• Troubleshooting Guides:

• Code: 72-14
• Description: <When FS-534 or FS-534SD is installed> The staple stacker paper detection sensor (PS31) is not turned ON even after the set period of time has elapsed after the saddle exit sensor (PS5) is turned ON by the paper.
• Causes: • Saddle exit sensor (PS5) • Staple stacker paper detection sensor (PS31) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 72-15
• Description: <When FS-534 or FS-534SD is installed> The staple stacker paper detection sensor (PS31) is not turned OFF even after the set period of time has elapsed after it is turned ON.
• Causes: • Staple stacker paper detection sensor (PS31) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 72-16
• Description: <When FS-533 is installed> The paper feed sensor (PS101) is not turned ON even after the set period of time has elapsed after the main body’s paper exit sensor (PS3) is turned OFF (unblocked) by the paper. <When FS-533+PK-519 is installed> The paper feed sensor (PS101) is not turned ON even after the set period of time has elapsed after the paper feed sensor (PS201) is turned ON by the paper. <When FS-534 or FS-534SD is installed> The FNS entrance sensor (PS4) is not turned ON even after the set period of time has elapsed after the RU entrance sensor (PS2) is turned ON (blocked) by the paper.
• Causes: <When FS-533 is installed> • Paper conveyance motor (M101) • Paper exit sensor (PS3) • Paper feed sensor (PS101) • FS control board (FSCB) • MFP board (MFPB) <When FS-533+PK-519 is installed> • Paper conveyance motor (M101) • Paper feed sensor (PS101) • Paper feed sensor (PS201) • FS control board (FSCB) • MFP board (MFPB) <When FS-534 is installed> • RU entrance sensor (PS2) • FNS entrance sensor (PS4) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 72-17
• Description: <When FS-533 is installed> The paper feed sensor (PS101) is not turn OFF even after the set period of time has elapsed after it turns ON. <When FS-534 or FS-534SD is installed> The FNS entrance sensor (PS4) is not turned OFF even after the set period of time has elapsed after it is turned ON by the paper.
• Causes: <When FS-533 is installed> • Paper conveyance motor (M101) • Paper feed sensor (PS101) • FS control board (FSCB) <When FS-534 or FS-534SD is installed> • FNS entrance sensor (PS4) • FS control board (FSCB)
• Troubleshooting Guides:

Solve Konica-Minolta bizhub C227 Error codes

• Code: 72-18
• Description: <When FS-534 or FS-534SD is installed> • The saddle exit sensor (PS5) is not turned ON even after the set period of time has elapsed after the FNS entrance sensor (PS4) is turned ON by the paper. • While the buffer is controlled, the saddle exit sensor (PS5) is not tuned ON even after the set period of time has elapsed after the reverse rotation drive is started.
• Causes: • FNS entrance sensor (PS4) • Saddle exit sensor (PS5) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 72-19
• Description: <When FS-534 or FS-534SD is installed> The saddle exit sensor (PS5) is not turned OFF even after the set period of time has elapsed after it is turned ON.
• Causes: • Saddle exit sensor (PS5) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 72-21
• Description: <When FS-533 is installed> The paper surface detect sensor/1 (PS102) is not turned OFF (unblocked) after the paper exit. <When FS-534 or FS-534SD is installed> The main tray exit sensor (PS16) is not turn OFF even after the set period of time has elapsed after the start of exiting paper.
• Causes: <When FS-533 is installed> • Paper exit motor (M102) • Paper surface detect sensor/1 (PS102) • FS control board (FSCB) <When FS-534 or FS-534SD is installed> • Main tray exit sensor (PS16) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 72-22
• Description: <When FS-534 or FS-534SD is installed> The sub tray exit sensor (PS8) is not turned ON (blocked) even after the set period of time has elapsed after the paper reaches the paper transport acceleration point.
• Causes: • Sub tray exit sensor (PS8) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 72-23
• Description: <When FS-534 or FS-534SD is installed> The sub tray exit sensor (PS8) is not turned OFF (unblocked) even after the set period of time has elapsed after it is turned ON (blocked).
• Causes: • Sub tray exit sensor (PS8) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 72-25
• Description: <When FS-534SD is installed> The fold exit sensor (PS12) is not turned ON by the paper even after the set period of time has elapsed after the half-fold exit operation started.
• Causes: • Fold exit sensor (PS12) • SD drive board (SDDB) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 72-26
• Description: <When FS-534SD is installed> The fold exit sensor (PS12) is not turned OFF even after the set period of time has elapsed after it is turned ON by the paper.
• Causes: • Fold exit sensor (PS12) • SD drive board (SDDB) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 72-43
• Description: <When FS-533+PK-519 is installed> The punch motor sensor (PS202) does not detect rotation of the punch motor after the laps of given time after the punch motor (M201) started operating. <When FS-534+PK-520 or FS-534SD+PK-520 is installed> The punch position sensor (PS2) is not turned OFF (unblocked) after a lapse of a given time after the punch drive motor (M1) starts rotating.
• Causes: <When FS-533+PK-519 is installed> • Punch motor (M201) • Punch motor sensor (PS202) • PK control board (PKCB) • FS control board (FSCB) <When FS-534+PK-520 or FS-534SD +PK-520 is installed> • Punch drive motor (M1) • Punch position sensor (PS2) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 72-70
• Description: <When FS-533+PK-519 is installed> The paper feed sensor (PS201) is not turned OFF even after the set period of time has elapsed after it is turned ON.
• Causes: • Transport motor (M1) • Paper conveyance motor (M101) • Paper feed sensor (PS201) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 72-81
• Description: <When FS-533 is installed> The stapler home sensor (PS110) is not turned ON (blocked) after the stapler motor is energized.
• Causes: • Stapler home sensor (PS110) • Stapler unit • Stapler relay board (STREYB) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 72-85
• Description: <When FS-534SD is installed> The SD entrance sensor (PS1) is not turned ON (blocked) even after the set period of time has elapsed after the staple stacker paper detection sensor (PS31) is turned ON by the paper.
• Causes: • SD entrance sensor (PS1) • Staple stacker paper detection sensor (PS31) • SD drive board (SDDB) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 72-86
• Description: <When FS-534SD is installed> • The SD entrance sensor (PS1) is not turned OFF (unblocked) even after the set period of time has elapsed after it is turned ON (blocked). • When paper discharge control motor abnormality occurs during paper trailing edge control movement.
• Causes: • SD entrance sensor (PS1) • Paper discharge control motor (M2) • SD drive board (SDDB) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 72-87
• Description: <When FS-534SD is installed> The center staple/fold stacker paper detect sensor (PS3) is not turned ON even after the set period of time has elapsed after the SD entrance sensor (PS1) is turned ON (blocked) by the paper.
• Causes: • SD entrance sensor (PS1) • Center staple/fold stacker paper detect sensor (PS3) • SD drive board (SDDB) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 75-42
• Description: <When FS-534 or FS-534SD is installed> The RU entrance sensor (PS2) is not turned ON (blocked) even after the set period of time has elapsed after the main body’s paper exit sensor (PS3) is turned OFF (unblocked) by the paper.
• Causes: • Paper exit sensor (PS3) • RU entrance sensor (PS2) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 75-43
• Description: <When FS-534 or FS-534SD is installed> The RU entrance sensor (PS2) is not turned OFF (unlocked) even after the set period of time has elapsed after it is turned ON (blocked).
• Causes: • RU entrance sensor (PS2) • FS control board (FSCB)
• Troubleshooting Guides:

• Code: 92-01
• Description: The registration sensor (PS1) is not turned ON (unblocked) even after the lapse of a given period of time after a duplex paper feed sequence has been started.
• Causes: • ADU transport motor (M5) • Registration sensor (PS1) • MFP board (MFPB)
• Troubleshooting Guides:

• Code: 92-02
• Description: For the second-side feed of paper in the duplex mode, loop forming has not been complete before the second side of a sheet enters the registration roller because the rise timing of load to perform registration is earlier than the rise timing of load to form a loop.
• Causes: • ADU transport motor (M5) • Registration sensor (PS1) • MFP board (MFPB)
• Troubleshooting Guides:

• Code: 92-40
• Description: For the second-side feed of paper in the duplex mode, the image write start signal permit continues to be disabled for a predetermined period of time after the timing of the image write start signal output.
• Causes: • ADU transport motor (M5) • Registration sensor (PS1) • MFP board (MFPB)
• Troubleshooting Guides:

• Code: 99-01
• Description: • As a result of a paper size error, the controller transmits a forced stop command to the printer engine and the printer engine is internally processing the size error. • As a result of a paper size error, the controller transmits a forced stop command to the printer engine; but the paper causing the size error cannot be fed out.
• Causes:
• Troubleshooting Guides: Initial check items Open and close the front door of the main body.

• Code: 99-02
• Description: The controller transmits a forced stop command under a condition other than a paper size error during a print cycle.
• Causes:
• Troubleshooting Guides: Initial check items Open and close the front door of the main body.

• Code: 99-03
• Description: Image stabilization not completing a job.
• Causes:
• Troubleshooting Guides: Initial check items Open and close the front door of the main body.

• Code: 99-04
• Description: The finisher pre-drive is not completed even with a print start command received.
• Causes:
• Troubleshooting Guides: Initial check items Open and close the front door of the main body. Or, open and close the front door of the finisher.

• Code: 99-05
• Description: Paper is not taken up and fed in even with a print start command received. The job is not started even with a print start command received.
• Causes:
• Troubleshooting Guides: Initial check items Open and close the front door of the main body.

• Code: 99-06
• Description: Print control is not completed even after a job has been completed.
• Causes:
• Troubleshooting Guides: Initial check items Open and close the front door of the finisher.

• Code: 99-07
• Description: The main body does not complete its paper exit operation. Finisher does not complete its paper exit operation.
• Causes:
• Troubleshooting Guides: Initial check items Open and close the front door of the main body. Or, open and close the front door of the finisher.

• Code: 99-08
• Description: The finisher does not accept a print start command.
• Causes:
• Troubleshooting Guides: Initial check items Open and close the front door of the main body. Or, open and close the front door of the finisher.

• Code: 99-09
• Description: • A paper exit or paper finishing process inside the finisher is not completed. • The finisher does not start during a reset procedure from the jam.
• Causes:
• Troubleshooting Guides: Initial check items Open and close the front door of the main body. Or, open and close the front door of the finisher.

• Code: C0002
• Description: Paper feed communication error. When the MFP board (MFPB) is receiving data, a communication error is detected.
• Causes: • MFP board (MFPB) • PC control board (PCCB)
• Troubleshooting Guides: 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Correct or replace the harness connection between the main body and the paper feed cabinet if faulty. 3. Rewrite the firmware. 4. Replace PCCB. (PC-114/PC-214/PC-414) 5. MFPB PSW1E conduction check 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.1. C0002)

• Code: C0106
• Description: Tray 3/LCT paper feed motor turning at abnormal timing (When PC-114, PC-214 or PC-414 is installed) • The motor lock signal remains HIGH for a predetermined continuous period of time while the motor is turning. • The motor lock signal remains LOW for a predetermined continuous period of time while the motor remains stationary.
• Causes: <When PC-114 or PC-214 is installed> • Tray 3 paper feed motor (M111) • PC control board (PCCB) <When PC-414 is installed> • Paper feed motor (M131) • PC control board (PCCB)
• Troubleshooting Guides: When PC-114 or PC-214 is installed: 1. Check the connector between M111-PCCB CN5 for proper connection and correct as necessary. 2. Check the connector of M111 for proper drive coupling and correct as necessary. 3. M111 operation check • Control signal: PCCB CN5-5 (CW/CCW) • Location of electrical component: PC-114/PC-214 4-C 4. Replace M111. 5. Replace PCCB. NOTICE • Link to the wiring diagram (N.2.2 PC-114) • Link to the wiring diagram (N.2.3 PC-214) • Link to the layout drawings for related parts by each trouble code (S.2.1 PC-114/PC-214) When PC-414 is installed 1. Check the connector between M131-PCCB CN5 for proper connection and correct as necessary. 2. Check the connector of M131 for proper drive coupling and correct as necessary. 3. M131 operation check • Control signal: PCCB CN5-5 (CW/CCW) • Location of electrical component: PC-414 4-J 4. Replace M131. 5. Replace PCCB. NOTICE • Link to the wiring diagram (N.2.4 PC-414) • Link to the layout drawings for related parts by each trouble code (S.2.2 PC-414)

• Code: C0107
• Description: Tray 3/LCT vertical transport motor turning at abnormal timing (When PC-114, PC-214 or PC-414 is installed) • The motor lock signal remains HIGH for a predetermined continuous period of time while the motor is turning. • The motor lock signal remains LOW for a predetermined continuous period of time while the motor remains stationary.
• Causes: <When PC-114 or PC-214 is installed> • Tray 3 vertical transport motor (M112) • PC control board (PCCB) <When PC-414 is installed> • Vertical transport motor (M132) • PC control board (PCCB)
• Troubleshooting Guides: When PC-114 or PC-214 is installed 1. Check the connector between M112-PCCB CN5 for proper connection and correct as necessary. 2. Check the connector of M112 for proper drive coupling and correct as necessary. 3. M112 operation check • Control signal: PCCB CN5-13 (CW/CCW) • Location of electrical component: PC-114/PC-214 3 to 4-C 4. Replace M112. 5. Replace PCCB. NOTICE • Link to the wiring diagram (N.2.2 PC-114) • Link to the wiring diagram (N.2.3 PC-214) • Link to the layout drawings for related parts by each trouble code (S.3.1 PC-114/PC-214) When PC-414 is installed 1. Check the connector between M132-PCCB CN5 for proper connection and correct as necessary. 2. Check the connector of M132 for proper drive coupling and correct as necessary. 3. M132 operation check • Control signal: PCCB CN5-13 (CW/CCW) • Location of electrical component: PC-414 4-J 4. Replace M132. 5. Replace PCCB. NOTICE • Link to the wiring diagram (N.2.4 PC-414) • Link to the layout drawings for related parts by each trouble code (S.3.2 PC-414)

• Code: C0108
• Description: Tray 4 paper feed motor turning at abnormal timing (When PC-214 is installed) • The motor lock signal remains HIGH for a predetermined continuous period of time while the motor is turning. • The motor lock signal remains LOW for a predetermined continuous period of time while the motor remains stationary.
• Causes: • Tray 4 paper feed motor (M121) • PC control board (PCCB)
• Troubleshooting Guides: 1. Check the connector between M121-PCCB CN9C for proper connection and correct as necessary. 2. Check the connector of M121 for proper drive coupling and correct as necessary. 3. M121 operation check 1. Control signal: PCCB CN9C-5 (CW/CCW) 2. Location of electrical component: PC-214 6-K 4. Replace M121. 5. Replace PCCB. NOTICE • Link to the wiring diagram (N.2.3 PC-214) • Link to the layout drawings for related parts by each trouble code (S.4. C0108)

• Code: C0109
• Description: Tray 4 vertical transport motor turning at abnormal timing (When PC-214 is installed) • The motor lock signal remains HIGH for a predetermined continuous period of time while the motor is turning. • The motor lock signal remains LOW for a predetermined continuous period of time while the motor remains stationary.
• Causes: • Tray 4 vertical transport motor (M122) • PC control board (PCCB)
• Troubleshooting Guides: 1. Check the connector between M122-PCCB CN9C for proper connection and correct as necessary. 2. Check the connector of M122 for proper drive coupling and correct as necessary. 3. M122 operation check • Control signal: PCCB CN9C-13 (CW/CCW) • Location of electrical component: PC-214 6-K 4. Replace M122. 5. Replace PCCB. NOTICE • Link to the wiring diagram (N.2.3 PC-214) • Link to the layout drawings for related parts by each trouble code (S.5. C0109)

• Code: C0202
• Description: Tray 1 feeder up/down abnormality. The tray 1 upper limit sensor (PS25) is not turned ON (blocked) even after the set period of time has elapsed after the paper lift-up operation for the drawer began.
• Causes: • Tray 1 lift-up motor (M12) • Tray 1 upper limit sensor (PS25) • MFP board (MFPB)
• Troubleshooting Guides: 1. Remove the tray and check to see if a piece of paper is not left inside the machine. 2. Check the connector between M12-MFPB CN7E for proper connection and correct as necessary. 3. Check the connector of M12 for proper drive coupling and correct as necessary. 4. Check the connector between PS25-relay CN53-MFPB CN5E for proper connection and correct as necessary. 5. PS25 I/O check, sensor check • Control signal: MFPB CN5E<A>-9 (ON) • Location of electrical component: 9-C 6. M12 operation check • Control signal:MFPB CN7E<A>-11 to 12 • Location of electrical component: 24-C 7. Replace M12. 8. MFPB F13E conduction check 9. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.6. C0202)

• Code: C0204
• Description: Tray 2 feeder up/down abnormality. The tray 2 upper limit sensor (PS22) is not turned ON (blocked) even after the set period of time has elapsed after the paper lift-up operation for the drawer began.
• Causes: • Tray 2 lift-up motor (M13) • Tray 2 upper limit sensor (PS22) • MFP board (MFPB)
• Troubleshooting Guides: 1. Remove the tray and check to see if a piece of paper is not left inside the machine. 2. Check the connector between M13-MFPB CN7E for proper connection and correct as necessary. 3. Check the connector of M13 for proper drive coupling and correct as necessary. 4. Check the connector between PS22-relay CN55-MFPB CN5E for proper connection and correct as necessary. 5. PS22 I/O check, sensor check • Control signal: MFPB CN5E<B>-9 (ON) • Location of electrical component: 11-C 6. M13 operation check • Control signal: MFPB CN7E<A>-13 to 14 • Location of electrical component: 23-C 7. Replace M13. 8. MFPB F13E conduction check 9. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.7. C0204)

• Code: C0206
• Description: Tray 3 lift-up failure (When PC-114 or PC-214 is installed) The tray 3 upper limit sensor (PS116) is not turned ON (blocked) even after the set period of time has elapsed after the paper lift-up operation for the drawer began.
• Causes: • Tray 3 lift-up motor (M113) • Tray 3 upper limit sensor (PS116) • PC control board (PCCB) • MFP board (MFPB)
• Troubleshooting Guides: 1. Remove the tray and check to see if a piece of paper is not left inside the machine. 2. Check the connector between M113-PCCB CN6C for proper connection and correct as necessary. 3. Check the connector of M113 for proper drive coupling and correct as necessary. 4. Check the connector between PS116-relay CN24-PCCB CN4 for proper connection and correct as necessary. 5. PS116 I/O check, sensor check • Control signal: PCCB CN4-3 (ON) • Location of electrical component: PC-114/PC-214 7-C 6. M113 operation check • Control signal: PCCB CN6C-8 to 9 • Location of electrical component: PC-114/PC-214 2-C 7. Replace M113. 8. Replace PCCB. 9. MFPB F11E conduction check 10. Replace MFPB. NOTICE • Link to the wiring diagram (N.2.2 PC-114) • Link to the wiring diagram (N.2.3 PC-214) • Link to the layout drawings for related parts by each trouble code (S.8. C0206)

• Code: C0208
• Description: Tray 4 lift-up failure (When PC-214 is installed) The tray 4 upper limit sensor (PS126) is not turned ON (blocked) even after the set period of time has elapsed after the paper lift-up operation for the drawer began.
• Causes: • Tray 4 lift-up motor (M123) • Tray 4 upper limit sensor (PS126) • PC control board (PCCB) • MFP board (MFPB)
• Troubleshooting Guides: 1. Remove the tray and check to see if a piece of paper is not left inside the machine. 2. Check the connector between M123-PCCB CN8C for proper connection and correct as necessary. 3. Check the connector of M123 for proper drive coupling and correct as necessary. 4. Check the connector between PS126-relay CN47-PCCB CN7C for proper connection and correct as necessary. 5. PS126 I/O check, sensor check • Control signal: PCCB CN7C-3 (ON) • Location of electrical component: PC-214 8-K 6. M123 operation check • Control signal: PCCB CN8C-8 to 9 • Location of electrical component: PC-214 5-K 7. Replace M123. 8. Replace PCCB. 9. MFPB F11E conduction check 10. Replace MFPB. NOTICE • Link to the wiring diagram (N.2.3 PC-214) • Link to the layout drawings for related parts by each trouble code (S.9. C0208)

• Code: C0210
• Description: LCT lift failure (When PC-414 is installed) • The main tray upper limit sensor (PS136) is not turned ON (blocked) even after the set period of time has elapsed after the paper lift-up operation for the drawer began. • The shifter stop / lower limit position sensor (PS138) is not turned OFF (unblocked) even after the set period of time has elapsed after the paper lift-up operation for the drawer began. • The main tray upper limit sensor (PS136) is not turned ON (blocked) even after the set period of time has elapsed after the paper lift-up operating. • The main tray upper limit sensor (PS136) is not turned OFF (unblocked) even after the set period of time has elapsed after the paper lift-down operation began. • The shifter stop / lower limit position sensor (PS138) is not turned ON (blocked) even after the set period of time has elapsed after the paper lift-down operation began.
• Causes: • Main tray upper limit sensor (PS136) • Shifter stop / lower limit position sensor (PS138) • Elevator motor (M134) • PC control board (PCCB) • MFP board (MFPB)
• Troubleshooting Guides: 1. Remove the tray and check to see if a piece of paper is not left inside the machine. 2. Check the connector between M134-PCCB CN10L for proper connection and correct as necessary. 3. Check the connector of M134 for proper drive coupling and correct as necessary. 4. Check the connector between PS136-relay CN1-PCCB CN4 for proper connection and correct as necessary. 5. Check the connector between PS138-relay CN16-PCCB CN14L for proper connection and correct as necessary. 6. PS136 I/O check, sensor check • Control signal: PCCB CN4-3 (ON) • Location of electrical component: PC-414 8-J 7. PS138 I/O check, sensor check • Control signal: PCCB CN14L-6 (ON) • Location of electrical component: PC-414 3-J 8. M134 operation check • Control signal: PCCB CN10L-1 to 2 • Location of electrical component: PC-414 6-J 9. Replace M134. 10. Replace PCCB. 11. MFPB F11E conduction check 12. Replace MFPB. NOTICE • Link to the wiring diagram (N.2.4 PC-414) • Link to the layout drawings for related parts by each trouble code (S.10. C0210)

• Code: C0211
• Description: Manual feed up/down abnormality. • Paper is not turned OFF (unblock) the bypass lift-up position sensor (PS26) even after the transport motor (M1) rotates for a given period of time after the position is switched from stand by position at lift-up plate to the feed position. • The bypass lift-up position sensor (PS26) is not turned ON (blocked) even after the transport motor (M1) rotates for a given period of time after the position is switched from stand by position at lift-up plate to the feed position.
• Causes: • Transport motor (M1) • Bypass pick-up solenoid (SD1) • Bypass lift-up position sensor (PS26) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between M1-MFPB CN11E for proper connection and correct as necessary. 2. Check the connector of M1 for proper drive coupling and correct as necessary. 3. Check the connector between PS26-relay CN50-MFPB CN30E for proper connection and correct as necessary. 4. Check the connector between SD1-relay CN123-relay CN50-MFPB CN30E for proper connection and correct as necessary. 5. PS26 I/O check, sensor check • Control signal: MFPB CN30E-7 (ON) • Location of electrical component: 13-C 6. SD1 operation check • Control signal: MFPB CN30E-4 (ON) • Location of electrical component: 13-C 7. M1 operation check • Control signal: MFPB CN11E-4 (REM), MFPB CN11E-7 (FGP) • Location of electrical component: 3-C 8. Replace M1. 9. MFPB F12E, F21E conduction check 10. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.11. C0211)

• Code: C0214
• Description: LCT shift failure (When PC-414 is installed) • The shifter stop / lower limit position sensor (PS138) is not turned ON (blocked) even after the set period of time has elapsed after the shift operation began (shift to the right). • The shifter home sensor (PS139) is not turned OFF (unblocked) even after the set period of time has elapsed after the shift operation began (shift to the right). • The shifter stop / lower limit position sensor (PS138) is not turned OFF (unblocked) even after the set period of time has elapsed after the return operation began (shift to the left). • The shifter home sensor (PS139) is not turned ON (blocked) even after the set period of time has elapsed after the return operation began (shift to the left).
• Causes: • Shifter stop / lower limit position sensor (PS138) • Shifter home sensor (PS139) • Shifter motor (M133) • PC control board (PCCB) • MFP board (MFPB)
• Troubleshooting Guides: 1. Remove the tray and check to see if a piece of paper is not left inside the machine. 2. Check the connector between M133-PCCB CN10L for proper connection and correct as necessary. 3. Check the connector of M133 for proper drive coupling and correct as necessary. 4. Check the connector between PS138-relay CN16-PCCB CN14L for proper connection and correct as necessary. 5. Check the connector between PS139-relay CN16-PCCB CN14L for proper connection and correct as necessary. 6. PS138 I/O check, sensor check • Control signal: PCCB CN14L-6 (ON) • Location of electrical component: PC-414 3-J 7. PS139 I/O check, sensor check • Control signal: PCCB CN14L-3 (ON) • Location of electrical component: PC-414 4-J 8. M133 operation check • Control signal: PCCB CN10L-3 to 4 • Location of electrical component: PC-414 6-J 9. Replace M133. 10. Replace PCCB. 11. MFPB F11E conduction check 12. Replace MFPB. NOTICE • Link to the wiring diagram (N.2.4 PC-414) • Link to the layout drawings for related parts by each trouble code (S.12. C0214)

• Code: C1004
• Description: FNS communication error (When FS-533, FS-534, FS-534SD or JS-506 is installed) <When FS-533, FS-534 or FS-534SD is installed> • When the FS control board (FSCB) is receiving data, a communication error is detected. <When JS-506 is installed> • When the JS control board (JSCB) is receiving data, a communication error is detected.
• Causes: <When FS-533, FS-534 or FS-534SD is installed> • FS control board (FSCB) <When JS-506 is installed> • JS control board (JSCB)
• Troubleshooting Guides: When FS-533, FS-534 or FS-534SD is installed 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. Replace FSCB. (FS-533/FS-534/FS-534SD) When JS-506 is installed 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. Replace JSCB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.13. C1004, CC155, CD704)

• Code: C1081
• Description: SD communication error (When FS-534SD is installed) When a communication error is detected between the FS control board (FSCB) and the SD control board (SDDB).
• Causes: • SD drive board (SDDB) • FS control board (FSCB)
• Troubleshooting Guides: 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. Replace SDDB. 4. Replace FSCB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.14. C1081)

• Code: C1102
• Description: Main tray up/down motor drive malfunction (When FS-533, FS-534 or FS-534SD is installed) <When FS-533 is installed> • While the exit tray is being lifted, the paper exit tray home sensor (PS107) is not turned OFF (unblocked) after the set period of time has elapsed after the tray lift up motor (M109) is turned ON. • While the exit tray is being lowered, the paper exit tray home sensor (PS107) is not turned ON (blocked) after the set period of time has elapsed after the tray lift up motor (M109) is turned ON. <When FS-534 or FS-534SD is installed> • While the exit tray is being lifted, the main tray upper position sensor (PS26/PS27) is not turned ON (blocked) and the main tray upper position detect switch (SW2) is not turned ON, even after the main tray up/down motor (M11) turns by the set number of times. • While the exit tray is being lowered, the main tray full detection sensor (PS29) is not turned ON (blocked) after the set period of time has elapsed after the main tray up/down motor (M11) is turned ON.
• Causes: <When FS-533 is installed> • Tray lift up motor (M109) • Paper exit tray home sensor (PS107) • FS control board (FSCB) <When FS-534 or FS-534SD is installed> • Main tray up/down motor (M11) • Main tray upper position sensor/R (PS26) • Main tray upper position sensor/F (PS27) • Main tray full detection sensor (PS29) • Main tray upper position detect switch (SW2) • FS control board (FSCB)
• Troubleshooting Guides: When FS-533 is installed 1. Check the connector between M109-FSCB CN108 for proper connection and correct as necessary. 2. Check the connector of M109 for proper drive coupling, and correct as necessary. 3. Check the connector between PS107-FSCB CN110 for proper connection and correct as necessary. 4. PS107 I/O check, sensor check • Control signal: FSCB CN110 • Location of electrical component: FS-533 7-D to E 5. M109 operation check • Control signal: FSCB CN108 • Location of electrical component: FS-533 10-E 6. Replace M109. 7. FSCB CP109 conduction check 8. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.5 FS-533) • Link to the layout drawings for related parts by each trouble code (S.15.1 FS-533) When FS-534 or FS-534SD is installed 1. Check the motor, sensor and switch connectors for proper connection, and correct as necessary. 2. Check the connector of M11 for proper drive coupling, and correct as necessary. 3. PS26 I/O check, sensor check • Control signal: FSCB J14<A>-5 (ON) • Location of electrical component: FS-534 2-C 4. PS27 I/O check, sensor check • Control signal: FSCB J14<B>-6 (ON) • Location of electrical component: FS-534 3-C 5. PS29 I/O check, sensor check • Control signal: FSCB J14<A>-8 (ON) • Location of electrical component: FS-534 4-C 6. SW2 operation check • Control signal: FSCB J10-1 to 2 • Location of electrical component: FS-534 8-K 7. M11 operation check • Control signal: FSCB J9<A>-9 to 10 • Location of electrical component: FS-534 10-C to D 8. Replace M11. 9. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.6 FS-534) • Link to the layout drawings for related parts by each trouble code (S.15.2 FS-534/FS-534SD)

• Code: C1103
• Description: Alignment plate motor/Fr malfunction (When FS-533, FS-534 or FS-534SD is installed) <When FS-533 is installed> • The alignment plate home sensor/F (PS108) is not turned OFF (unblocked) after the set period of time has elapsed after the plate drive starts from the home position. • The alignment plate home sensor/F (PS108) is not turned ON (blocked) after the set period of time has elapsed after the alignment motor/F (M105) is turned ON to return the plate to the home position. <When FS-534 or FS-534SD is installed> • The alignment plate/F home sensor (PS12) is not turned OFF (unblocked) after the set period of time has elapsed after the plate drive starts from the home position. • The alignment plate/F home sensor (PS12) is not turned ON (blocked) after the set period of time has elapsed after the alignment motor/Front (M7) is turned ON to return the plate to the home position. • The alignment plate/F does not reach the specified position within the set period of time.
• Causes: <When FS-533 is installed> • Alignment motor/F (M105) • Alignment plate home sensor/F (PS108) • FS control board (FSCB) <When FS-534 or FS-534SD is installed> • Alignment motor/Front (M7) • Alignment plate/F home sensor (PS12) • FS control board (FSCB)
• Troubleshooting Guides: When FS-533 is installed 1. Check the connector between M105-FSCB CN102 for proper connection and correct as necessary. 2. Check the connector of M105 for proper drive coupling, and correct as necessary. 3. Check the connector between PS108-FSCB CN102 for proper connection and correct as necessary. 4. PS108 I/O check, sensor check • Control signal: FSCB CN102 • Location of electrical component: FS-533 7-J 5. M105 operation check • Control signal: FSCB CN102 • Location of electrical component: FS-533 7-J 6. Replace M105. 7. FSCB CP105 conduction check 8. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.5 FS-533) • Link to the layout drawings for related parts by each trouble code (S.16.1 FS-533) When FS-534 or FS-534SD is installed 1. Check the connector between M7-FSCB J4 for proper connection and correct as necessary. 2. Check the connector of M7 for proper drive coupling and correct as necessary. 3. Check the connector between PS12-FSCB J4 for proper connection and correct as necessary. 4. PS12 I/O check, sensor check • Control signal: FSCB J4<B>-4 (ON) • Location of electrical component: FS-534 13-C 5. M7 operation check • Control signal: FSCB J4<A>-5 to 8 • Location of electrical component: FS-534 11-C to D 6. Replace M7. 7. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.6 FS-534) • Link to the layout drawings for related parts by each trouble code (S.16.2 FS-534/FS-534SD)

• Code: C1105
• Description: Bundle eject motor drive malfunction (When FS-534 or FS-534SD is installed) • The gripper home position sensor (PS18) is not turned ON (blocked) even after the set period of time has elapsed after the gripper position detection sensor (PS19) is turned OFF (unblocked). • The gripper position detection sensor (PS19) is not turned OFF (unblocked) even after the set period of time has elapsed after it is turned ON (blocked). • The gripper position detection sensor (PS19) is not turned ON (blocked) even after the set period of time has elapsed after the gripper home position sensor (PS18) is turned OFF (unblocked). • The gripper home position sensor (PS18) is not turned OFF (unblocked) even after the set period of time has elapsed after the bundle eject motor (M10) is energized. • The gripper home position sensor (PS18) and the gripper position detection sensor (PS19) is turned ON (blocked) at the same time.
• Causes: • Bundle eject motor (M10) • Gripper home position sensor (PS18) • Gripper position detection sensor (PS19) • FS control board (FSCB)
• Troubleshooting Guides: 1. Check the motor and sensor connectors for proper connection, and correct as necessary. 2. Check the connector of M10 for proper drive coupling, and correct as necessary. 3. PS18 I/O check, sensor check • Control signal: FSCB J13-13 (ON) • Location of electrical component: FS-534 7-C 4. PS19 I/O check, sensor check • Control signal: FSCB J12-3 (ON) • Location of electrical component: FS-534 7-C 5. M10 operation check • Control signal: FSCB J13-1 to 2 • Location of electrical component: FS-534 8-C to D 6. Replace M10. 7. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.6 FS-534) • Link to the layout drawings for related parts by each trouble code (S.17. C1105)

• Code: C1106
• Description: Stapler movement motor malfunction (When FS-533, FS-534 or FS-534SD is installed) <When FS-533 is installed> • The stapler home sensor (PS110) is not turned OFF (unblocked) after the laps of given time after it started operating from the home position. • The stapler home sensor (PS110) is not turned ON (blocked) after the laps of give time after the stapler movement motor (M107) turned ON when it returned to the home position. <When FS-534 or FS-534SD is installed> • The stapler home position sensor (Rear) (PS23) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed after the side stapler movement motor (M13) turned ON. • The stapler does not reach the specified position within the set period of time.
• Causes: <When FS-533 is installed> • Stapler movement motor (M107) • Stapler home sensor (PS110) • Stapler relay board (STREYB) • FS control board (FSCB) <When FS-534 or FS-534SD is installed> • Side stapler movement motor (M13) • Stapler home position sensor (Rear) (PS23) • FS control board (FSCB)
• Troubleshooting Guides: When FS-533 is installed 1. Check the connector between M107-STREYB CN123 for proper connection, and correct as necessary. 2. Check the connector of M107 for proper drive coupling, and correct as necessary. 3. Check the connector between PS110-FSCB CN110 for proper connection, and correct as necessary. 4. PS110 I/O check, sensor check • Control signal: FSCB CN110 • Location of electrical component: FS-533 8-D to E 5. M107 operation check • Control signal: STREYB CN123-5 to 8 • Location of electrical component: FS-533 5-L 6. Replace M107. 7. Replace STREYB. 8. FSCB CP107 conduction check 9. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.5 FS-533) • Link to the layout drawings for related parts by each trouble code (S.18.1 FS-533) When FS-534 or FS-534SD is installed 1. Check the connector between M13-relay CN3-FSCB J11 for proper connection, and correct as necessary. 2. Check the connector of M13 for proper drive coupling and correct as necessary. 3. Check the connector between PS23-relay CN3-FSCB J11 for proper connection, and correct as necessary. 4. PS23 I/O check, sensor check • Control signal: FSCB J11<B>-3 (ON) • Location of electrical component: FS-534 4-C 5. M13 operation check • Control signal: FSCB J11<A>-1 to 4 • Location of electrical component: FS-534 4-C to D 6. Replace M13. 7. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.6 FS-534) • Link to the layout drawings for related parts by each trouble code (S.18.2 FS-534/FS-534SD)

• Code: C1109
• Description: Stapler motor drive malfunction (When FS-533, FS-534 or FS-534SD is installed) <When FS-533 is installed> • The stapler home sensor (PS110) is not turned ON (blocked) even after the set period of time has elapsed after the stapler motor turned ON. <When FS-534 or FS-534SD is installed> • The stapler home position sensor (Rear) (PS23) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed after the stapler motor (M14) turned ON. • The stapler position sensor (Center) (PS24) is turned ON (blocked), when the stapler motor (M14) is running.
• Causes: <When FS-533 is installed> • Stapler home sensor (PS110) • Stapler unit • Stapler relay board (STREYB) • FS control board (FSCB) <When FS-534 or FS-534SD is installed> • Stapler home position sensor (Rear) (PS23) • Stapler unit • Stapler position sensor (Center) (PS24) • FS control board (FSCB)
• Troubleshooting Guides: When FS-533 is installed 1. Check the connector between the stapler unit-STREYB CN122 and CN123 for proper connection and correct as necessary. 2. Check the connector of the stapler unit for proper drive coupling and correct as necessary. 3. Check the connector between PS110-FSCB CN110 for proper connection and correct as necessary. 4. PS110 I/O check, sensor check • Control signal: FSCB CN110 • Location of electrical component: FS-533 8-D to E 5. Replace the stapler unit. 6. Replace STREYB. 7. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.5 FS-533) • Link to the layout drawings for related parts by each trouble code (S.19.1 FS-533) When FS-534 or FS-534SD is installed 1. Check the connector between the stapler unit-relay CN4-FSCB J11 for proper connection and correct as necessary. 2. Check the connector of the stapler unit for proper drive coupling and correct as necessary. 3. Check the connector between PS23-relay CN3-FSCB J11 for proper connection, and correct as necessary. 4. Check the connector between PS24-relay CN3-FSCB J11 for proper connection and correct as necessary. 5. PS23 I/O check, sensor check • Control signal: FSCB J11<B>-3 (ON) • Location of electrical component: FS-534 4-C 6. PS24 I/O check, sensor check • Control signal: FSCB J11<B>-6 (ON) • Location of electrical component: FS-534 4 to 5-C 7. Replace the stapler unit. 8. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.6 FS-534) • Link to the layout drawings for related parts by each trouble code (S.19.2 FS-534/FS-534SD)

• Code: C1112
• Description: Stapler motor malfunction (When FS-534SD is installed) • The stapler home sensor is not turned ON even after the set period of time has elapsed while the stapler motor is energized. • The stapler home sensor is not turned OFF even after the set period of time has elapsed after the stapler home sensor is turned ON.
• Causes: • Staple unit • SD drive board (SDDB) • FS control board (FSCB)
• Troubleshooting Guides: 1. Check the connector between the staple unit-SDDB J4 for proper connection and correct as necessary. 2. Check the connector of the staple unit for proper drive coupling and correct as necessary. 3. Replace the staple unit. 4. Replace SDDB. 5. Replace FSCB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.20. C1112)

• Code: C1113
• Description: Center-staple lead edge stopper motor malfunction (When FS-534SD is installed) The stopper home sensor (PS6) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed after the stopper drive motor (M4) is turned ON.
• Causes: • Stopper drive motor (M4) • Stopper home sensor (PS6) • SD drive board (SDDB) • FS control board (FSCB)
• Troubleshooting Guides: 1. Check the connector between M4-SDDB J10 for proper connection and correct as necessary. 2. Check the connector of M4 for proper drive coupling and correct as necessary. 3. Check the connector between PS6-SDDB J10 for proper connection and correct as necessary. 4. PS6 I/O check, sensor check • Control signal: SDDB J10-5 (ON) • Location of electrical component: SD-511 2-G 5. M4 operation check • Control signal: SDDB J10-6 to 9 • Location of electrical component: SD-511 1 to 2-F to G 6. Replace M4. 7. Replace SDDB. 8. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.7 SD-511) • Link to the layout drawings for related parts by each trouble code (S.21. C1113)

• Code: C1114
• Description: Center-staple front adjust drive motor malfunction (When FS-534SD is installed) The alignment home sensor (PS4) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed after the alignment motor (M3) is turned ON.
• Causes: • Alignment motor (M3) • Alignment home sensor (PS4) • SD drive board (SDDB) • FS control board (FSCB)
• Troubleshooting Guides: 1. Check the connector between M3-relay CN10-SDDB J7 for proper connection and correct as necessary. 2. Check the connector of M3 for proper drive coupling and correct as necessary. 3. Check the connector between PS4-relay CN10-SDDB J7 for proper connection and correct as necessary. 4. PS4 I/O check, sensor check • Control signal: SDDB J7-6 (ON) • Location of electrical component: SD-511 6-F 5. M3 operation check • Control signal: SDDB J7-7 to 10 • Location of electrical component: SD-511 5-F to G 6. Replace M3. 7. Replace SDDB. 8. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.7 SD-511) • Link to the layout drawings for related parts by each trouble code (S.22. C1114)

• Code: C1115
• Description: Center-staple knife drive motor malfunction (When FS-534SD is installed) The center fold knife home sensor (PS8) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed after the center fold knife motor (M9) is turned ON
• Causes: • Center fold knife motor (M9) • Center fold knife home sensor (PS8) • SD drive board (SDDB) • FS control board (FSCB)
• Troubleshooting Guides: 1. Check the connector between M9-SDDB J11 for proper connection and correct as necessary. 2. Check the connector of M9 for proper drive coupling and correct as necessary. 3. Check the connector between PS8-relay CN10-SDDB J7 for proper connection and correct as necessary. 4. PS8 I/O check, sensor check • Control signal: SDDB J7-3 (ON) • Location of electrical component: SD-511 6-G 5. M9 operation check • Control signal: SDDB J11-11 to 20 • Location of electrical component: SD-511 1 to 2-B 6. Replace M9. 7. Replace SDDB. 8. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.7 SD-511) • Link to the layout drawings for related parts by each trouble code (S.23. C1115)

• Code: C1132
• Description: Punch drive motor malfunction (When FS-533+PK-519, FS-534+PK-520 or FS-534SD+PK-520 is installed) <When FS-533+PK-519 is installed> • The puncher drive cam sensor (PS203) or puncher home sensor (PS204) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed while the punch motor (M201) is energized. • The punch motor sensor (PS202) is not turned ON when the punch motor (M201) driven. • The holes with other marketing area is set in [Service Mode] -> [Finisher] -> [Punch Option Setting <When FS-534+PK-520 or FS-534SD+PK-520 is installed> • The punch home sensor (PS1) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed while the punch drive motor (M1) is energized. • Thick paper is loaded and a punch operation is performed with [Plain Paper] left set for the paper type.
• Causes: <When FS-533+PK-519 is installed> • Punch motor (M201) • Punch motor sensor (PS202) • Puncher drive cam sensor (PS203) • Puncher home sensor (PS204) • PK control board (PKCB) • FS control board (FSCB) <When FS-534+PK-520 or FS-534SD+PK-520 is installed> • Punch drive motor (M1) • Punch home sensor (PS1) • FS control board (FSCB)
• Troubleshooting Guides: When FS-533+PK-519 is installed 1. Check the number of the holes in [Service Mode] -> [Finisher] -> [Punch Option Setting]. 2. Check the connector between M201-PKCB CN203 for proper connection and correct as necessary. 3. Check the connector of M201 for proper drive coupling and correct as necessary. 4. Check the connector between PS202-PKCB CN204 for proper connection and correct as necessary. 5. Check the connector between PS203-PKCB CN204 for proper connection and correct as necessary. 6. Check the connector between PS204-PKCB CN204 for proper connection and correct as necessary. 7. PS202 I/O check, sensor check • Control signal: PKCB CN204 • Location of electrical component: FS-533 (PK-519) 5-C 8. PS203 I/O check, sensor check • Control signal: PKCB CN204 • Location of electrical component: FS-533 (PK-519) 6-C 9. PS204 I/O check, sensor check • Control signal: PKCB CN204 • Location of electrical component: FS-533 (PK-519) 6-C 10. M201 operation check • Control signal: PKCB CN203-1 to 2 • Location of electrical component: FS-533 (PK-519) 4-C 11. Replace M201. 12. PKCB F201 conduction check 13. Replace PKCB. 14. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.5 FS-533) • Link to the layout drawings for related parts by each trouble code (S.24.1 FS-533+PK-519) When FS-534+PK-520 or FS-534SD+PK-520 is installed 1. Check that the correct paper type is set. To print on thick paper, change the paper type to [Thick]. 2. If the trouble occurs even when [Paper Type] is set to the correct paper type, select [Service Mode] -> [Security Settings] -> [Engine FW DipSW] and flip SW No. 17 to the ON. NOTE • Changing the setting of Engine FW DipSW results in a longer perforating time and greater punch perforating noise regardless of the paper type. 3. Check the connector between M1-relay CN351-FSCB J7 for proper connection and correct as necessary. 4. Check the connector of M1 for proper drive coupling and correct as necessary. 5. Check the connector between PS1-FSCB J7 for proper connection and correct as necessary. 6. PS1 I/O check, sensor check • Control signal: FSCB J7-5 (ON) • Location of electrical component: FS-534 (PK-520) 7-K 7. M1 operation check • Control signal: FSCB J7-7 to 8 • Location of electrical component: FS-534 (PK-520) 7-K 8. Replace M1. 9. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.6 FS-534) • Link to the layout drawings for related parts by each trouble code (S.24.2 FS-534+PK-520/FS-534SD+PK-520)

• Code: C1140
• Description: Alignment plate motor/Rr malfunction (When FS-533, FS-534 or FS-534SD is installed) <When FS-533 is installed> • The alignment plate home sensor/R (PS109) is not turned OFF (unblocked) after the set period of time has elapsed after the plate drive starts from the home position. • The alignment plate home sensor/R (PS109) is not turned ON (blocked) after the set period of time has elapsed while the alignment motor/R (M106) is energized when the plate returns to the home position. <When FS-534 or FS-534SD is installed> • The alignment plate/R home sensor (PS13) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed while the alignment motor/Rear (M8) is energized.
• Causes: <When FS-533 is installed> • Alignment motor/R (M106) • Alignment plate home sensor/R (PS109) • FS control board (FSCB) <When FS-534 or FS-534SD is installed> • Alignment motor/Rear (M8) • Alignment plate/R home sensor (PS13) • FS control board (FSCB)
• Troubleshooting Guides: When FS-533 is installed 1. Check the connector between M106-FSCB CN102 for proper connection and correct as necessary. 2. Check the connector of M106 for proper drive coupling and correct as necessary. 3. Check the connector between PS109-FSCB CN102 for proper connection and correct as necessary. 4. PS109 I/O check, sensor check • Control signal: FSCB CN102 • Location of electrical component: FS-533 7-J 5. M106 operation check • Control signal: FSCB CN102 • Location of electrical component: FS-533 8-J 6. Replace M106 7. FSCB CP105 conduction check 8. Replace FSCB NOTICE • Link to the wiring diagram (N.2.5 FS-533) • Link to the layout drawings for related parts by each trouble code (S.25.1 FS-533) When FS-534 or FS-534SD is installed 1. Check the connector between M8-FSCB J12 for proper connection and correct as necessary. 2. Check the connector of M8 for proper drive coupling and correct as necessary. 3. Check the connector between PS13-FSCB J9 for proper connection and correct as necessary. 4. PS13 I/O check, sensor check • Control signal: FSCB J9<B>-9 (ON) • Location of electrical component: FS-534 9-C 5. M8 operation check • Control signal: FSCB J12-13 to 16 • Location of electrical component: FS-534 5 to 6-C to D 6. Replace M8. 7. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.6 FS-534) • Link to the layout drawings for related parts by each trouble code (S.25.2 FS-534/FS-534SD)

• Code: C1141
• Description: Paddle motor drive malfunction (When FS-534 or FS-534SD is installed) The upper paddle home position detection sensor (PS14) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed while the FNS paddle motor (M5) is turning.
• Causes: • FNS paddle motor (M5) • Upper paddle home position detection sensor (PS14) • FS control board (FSCB)
• Troubleshooting Guides: 1. Check the connector between M5-FSCB J4 for proper connection and correct as necessary. 2. Check the connector of M5 for proper drive coupling and correct as necessary. 3. Check the connector between PS14-FSCB J4 for proper connection and correct as necessary. 4. PS14 I/O check, sensor check • Control signal: FSCB J4<B>-7 (ON) • Location of electrical component: FS-534 13-C 5. M5 operation check • Control signal: FSCB J4<A>-9 to 12 • Location of electrical component: FS-534 12-C to D 6. Replace M5. 7. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.6 FS-534) • Link to the layout drawings for related parts by each trouble code (S.26. C1141)

• Code: C1144
• Description: Pre-eject drive motor malfunction (When FS-534 or FS-534SD is installed) • The pre-eject home sensor (PS21) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed after the pre-eject drive motor (M9) is turned ON. • The pre-eject away sensor (PS22) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed after the pre-eject drive motor (M9) is turned ON.
• Causes: • Pre-eject drive motor (M9) • Pre-eject home sensor (PS21) • Pre-eject away sensor (PS22) • FS control board (FSCB)
• Troubleshooting Guides: 1. Check the connector between M9-relay CN7<A>-FSCB J13 for proper connection, and correct as necessary. 2. Check the connector of M9 for proper drive coupling and correct as necessary. 3. Check the connector between PS21-relay CN8-relay CN7<B>-FSCB J12 for proper connection, and correct as necessary. 4. Check the connector between PS22-relay CN8-relay CN7<B>-FSCB J12 for proper connection, and correct as necessary. 5. PS21 I/O check, sensor check • Control signal: FSCB J12-6 (ON) • Location of electrical component: FS-534 6-C 6. PS22 I/O check, sensor check • Control signal: FSCB J12-9 (ON) • Location of electrical component: FS-534 6-C 7. M9 operation check • Control signal: FSCB J13-3 to 4 • Location of electrical component: FS-534 8-C to D 8. Replace M9. 9. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.6 FS-534) • Link to the layout drawings for related parts by each trouble code (S.27. C1144)

• Code: C1145
• Description: Trailing edge stopper motor malfunction (When FS-534 or FS-534SD is installed) The trailing edge stopper home position detection sensor (PS20) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed after the trailing edge stopper motor (M6) is turned ON.
• Causes: • Trailing edge stopper motor (M6) • Trailing edge stopper home position detection sensor (PS20) • FS control board (FSCB)
• Troubleshooting Guides: 1. Check the connector between M6-FSCB J5 for proper connection and correct as necessary. 2. Check the connector of M6 for proper drive coupling and correct as necessary. 3. Check the connector between PS20-relay CN22-FSCB J5 for proper connection and correct as necessary. 4. PS20 I/O check, sensor check • Control signal: FSCB J5-9 (ON) • Location of electrical component: FS-534 9-K 5. M6 operation check • Control signal: FSCB J5-13 to 16 • Location of electrical component: FS-534 9-K 6. Replace M6. 7. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.6 FS-534) • Link to the layout drawings for related parts by each trouble code (S.28. C1145)

• Code: C1156
• Description: SD paddle motor malfunction (When FS-534SD is installed) The paddle home sensor (PS5) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed while the SD paddle motor (M7) is energized.
• Causes: • SD paddle motor (M7) • Paddle home sensor (PS5) • SD drive board (SDDB) • FS control board (FSCB)
• Troubleshooting Guides: 1. Check the connector between M7-SDDB J8 for proper connection and correct as necessary. 2. Check the connector of M7 for proper drive coupling and correct as necessary. 3. Check the connector between PS5-SDDB J8 for proper connection and correct as necessary. 4. PS5 I/O check, sensor check • Control signal: SDDB J8-3 (ON) • Location of electrical component: SD-511 3 to 4-G 5. M7 operation check • Control signal: SDDB J8-4 to 7 • Location of electrical component: SD-511 3-F to G 6. Replace M7. 7. Replace SDDB. 8. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.7 SD-511) • Link to the layout drawings for related parts by each trouble code (S.29. C1156)

• Code: C1182
• Description: Shift motor drive malfunction (When JS-506 is installed) • The tray shift home sensor (PS1) is not turned ON (blocked) after the set period of time has elapsed after the tray shift motor (M1) is turned ON (start of moving to the home position.) • The tray shift home sensor (PS1) is not turned OFF (unblocked) after the set period of time has elapsed after the tray shift motor (M1) is turned ON (start of moving to the shift position.)
• Causes: • Tray shift motor (M1) • Tray shift home sensor (PS1) • JS control board (JSCB)
• Troubleshooting Guides: 1. Check the connector between M1-JSCB CN208 for proper connection and correct as necessary. 2. Check the connector of M1 for proper drive coupling and correct as necessary. 3. Check the connector between PS1-JSCB CN208 for proper connection and correct as necessary. 4. PS1 I/O check, sensor check • Control signal: JSCB CN208-5 (ON) • Location of electrical component: JS-506 5-C 5. M1 operation check • Control signal: JSCB CN208-1 (DRV) • Location of electrical component: JS-506 4 to 5-C 6. Replace M1. 7. JSCB ICP3 conduction check 8. Replace JSCB. NOTICE • Link to the wiring diagram (N.2.8 JS-506) • Link to the layout drawings for related parts by each trouble code (S.30. C1182)

• Code: C1184
• Description: Paper discharge control motor malfunction (When FS-534 or FS-534SD is installed) The paper delivery control sensor (PS28) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed while the paper receiving control motor (M12) is energized.
• Causes: • Paper receiving control motor (M12) • Paper delivery control sensor (PS28) • FS control board (FSCB)
• Troubleshooting Guides: 1. Check the connector between M12-relay CN1-FSCB J14 for proper connection and correct as necessary. 2. Check the connector of M12 for proper drive coupling and correct as necessary. 3. Check the connector between PS28-relay CN1-FSCB J14 for proper connection and correct as necessary. 4. PS28 I/O check, sensor check • Control signal: FSCB J14<B>-3 (ON) • Location of electrical component: FS-534 2 to 3-C 5. M12 operation check • Control signal: FSCB J14<A>-9 to 12 • Location of electrical component: FS-534 2-C to D 6. Replace M12. 7. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.6 FS-534) • Link to the layout drawings for related parts by each trouble code (S.31. C1184)

• Code: C1195
• Description: Paper discharge control motor malfunction (When FS-534SD is installed) The curl cover detection sensor (PS2) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed after the paper discharge control motor (M2) is turned ON.
• Causes: • Paper discharge control motor (M2) • Curl cover detection sensor (PS2) • SD drive board (SDDB) • FS control board (FSCB)
• Troubleshooting Guides: 1. Check the connector between M2-relay CN3-relay CN2-SDDB J5 for proper connection and correct as necessary. 2. Check the connector of M2 for proper drive coupling and correct as necessary. 3. Check the connector between PS2-relay CN3-relay CN2-SDDB J5 for proper connection and correct as necessary. 4. PS2 I/O check, sensor check • Control signal: SDDB J5-3 (ON) • Location of electrical component: SD-511 3-B 5. M2 operation check • Control signal: SDDB J5-4 to 7 • Location of electrical component: SD-511 3-B 6. Replace M2. 7. Replace SDDB. 8. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.7 SD-511) • Link to the layout drawings for related parts by each trouble code (S.32. C1195)

• Code: C1196
• Description: Center fold roller motor malfunction (When FS-534SD is installed) The guide home sensor (PS7) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed after the center fold roller motor (M8) is turned ON.
• Causes: • Center fold roller motor (M8) • Guide home sensor (PS7) • SD drive board (SDDB) • FS control board (FSCB)
• Troubleshooting Guides: 1. Check the connector between M8-SDDB J8 for proper connection and correct as necessary. 2. Check the connector of M8 for proper drive coupling and correct as necessary. 3. Check the connector between PS7-SDDB J9 for proper connection and correct as necessary. 4. PS7 I/O check, sensor check • Control signal: SDDB J9-6 (ON) • Location of electrical component: SD-511 4-G 5. M8 operation check • Control signal: SDDB J8-11 to 14 • Location of electrical component: SD-511 2 to 3-F to G 6. Replace M8. 7. Replace SDDB. 8. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.7 SD-511) • Link to the layout drawings for related parts by each trouble code (S.33. C1196)

• Code: C1197
• Description: Tri-folding guide motor malfunction (When FS-534SD is installed) The tri-folding gate home sensor (PS11) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed while the tri-folding guide motor (M6) is energized.
• Causes: • Tri-folding guide motor (M6) • Tri-folding gate home sensor (PS11) • SD drive board (SDDB) • FS control board (FSCB)
• Troubleshooting Guides: 1. Check the connector between M6-SDDB J9 for proper connection and correct as necessary. 2. Check the connector of M6 for proper drive coupling and correct as necessary. 3. Check the connector between PS11-SDDB J8 for proper connection and correct as necessary. 4. PS11 I/O check, sensor check • Control signal: SDDB J8-10 (ON) • Location of electrical component: SD-511 3-G 5. M6 operation check • Control signal: SDDB J9-7 to 10 • Location of electrical component: SD-511 4-F to G 6. Replace M6. 7. Replace SDDB. 8. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.7 SD-511) • Link to the layout drawings for related parts by each trouble code (S.34. C1197)

• Code: C11A1
• Description: Exit roller pressure/ retraction malfunction (When FS-533 is installed) The pick up roller position sensor (PS105) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed after the exit roller lift up motor (M104) is turned ON.
• Causes: • Exit roller lift up motor (M104) • Pick up roller position sensor (PS105) • FS control board (FSCB)
• Troubleshooting Guides: 1. Check the connector between M104-FSCB CN109 for proper connection and correct as necessary. 2. Check the connector of M104 for proper drive coupling and correct as necessary. 3. Check the connector between PS105-FSCB CN110 for proper connection and correct as necessary. 4. PS105 I/O check, sensor check • Control signal: FSCB CN110 • Location of electrical component: FS-533 7-D to E 5. M104 operation check • Control signal: FSCB CN109 • Location of electrical component: FS-533 9-D to E 6. Replace M104. 7. FSCB CP104 conduction check 8. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.5 FS-533) • Link to the layout drawings for related parts by each trouble code (S.35. C11A1)

• Code: C11A2
• Description: Accommodation roller pressure/ retraction malfunction (When FS-534 or FS-534SD is installed) The receiving roller retraction sensor (PS11) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed after the receiving roller retraction motor (M4) is turned ON.
• Causes: • Receiving roller retraction motor (M4) • Receiving roller retraction sensor (PS11) • FS control board (FSCB)
• Troubleshooting Guides: 1. Check the connector between M4-FSCB J4 for proper connection and correct as necessary. 2. Check the connector of M4 for proper drive coupling and correct as necessary. 3. Check the connector between PS11-FSCB J4 for proper connection and correct as necessary. 4. PS11 I/O check, sensor check • Control signal: FSCB J4<B>-16 (ON) • Location of electrical component: FS-534 13-C 5. M4 operation check • Control signal: FSCB J4<A>-1 to 4 • Location of electrical component: FS-534 11-C to D 6. Replace M4. 7. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.6 FS-534) • Link to the layout drawings for related parts by each trouble code (S.36. C11A2)

• Code: C11E1
• Description: Paper exit switching drive malfunction (When FS-534 or FS-534SD is installed) The exchange folded knife home position sensor (PS30) is not turned ON (blocked) or OFF (unblocked) even after the set period of time has elapsed after the FNS entry transport motor (M2) is turned ON.
• Causes: • FNS entry transport motor (M2) • Exchange folded knife home position sensor (PS30) • FS control board (FSCB)
• Troubleshooting Guides: 1. Check the connector between M2-FSCB J9 for proper connection and correct as necessary. 2. Check the connector of M2 for proper drive coupling and correct as necessary. 3. Check the connector between PS30-FSCB J4 for proper connection and correct as necessary. 4. PS30 I/O check, sensor check • Control signal: FSCB J4<A>-15 (ON) • Location of electrical component: FS-534 12-C 5. M2 operation check • Control signal: FSCB J9<A>-1 to 4 • Location of electrical component: FS-534 10 to 11-B to C 6. Replace M2. 7. Replace FSCB. NOTICE • Link to the wiring diagram (N.2.6 FS-534) • Link to the layout drawings for related parts by each trouble code (S.37. C11E1)

• Code: C1402
• Description: FS nonvolatile memory error (When FS-533 is installed) When the main power switch is turned ON, malfunctioning of the nonvolatile memory on the FS control board (FSCB) is detected.
• Causes: FS control board (FSCB)
• Troubleshooting Guides: 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. Replace FSCB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.38. C1402)

• Code: C2152
• Description: Transfer belt fault at initial position return. The 1st transfer pressure sensor (PS39) is unable to detect ‘switch from retraction to pressure’ or ‘switch from pressure to retraction’ within a given period time after the 1st transfer pressure clutch (CL5) has stared engagement during an initial position return.
• Causes: • Fusing motor (M3) • 1st transfer pressure clutch (CL5) • 1st transfer pressure sensor (PS39) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between M3-MFPB CN11E for proper connection and correct as necessary. 2. Check the connector of M3 for proper drive coupling and correct as necessary. 3. Check the connector between PS39-relay CN24-MFPB CN7E for proper connection and correct as necessary. 4. Check the connector between CL5-relay CN29-MFPB CN12E for proper connection and correct as necessary. 5. PS39 I/O check, sensor check • Control signal: MFPB CN7E<B>-13 (ON) • Location of electrical component: 22-C 6. CL5 operation check • Control signal: MFPB CN12E-12 (ON) • Location of electrical component: 5-C 7. M3 operation check • Control signal: MFPB CN11E-11 (REM), MFPB CN11E-14 (FGP) • Location of electrical component: 3-C 8. Replace M3. 9. MFPB F13E conduction check 10. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.39. C2152, C2153, C2154, C2155, C2156)

• Code: C2153
• Description: Transfer belt spacing fault at K pressure switching. The 1st transfer pressure sensor (PS39) does not detect “switch from pressure to retraction” within a given period time after 1st transfer pressure clutch (CL5) has stared engagement.
• Causes: • Fusing motor (M3) • 1st transfer pressure clutch (CL5) • 1st transfer pressure sensor (PS39) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between M3-MFPB CN11E for proper connection and correct as necessary. 2. Check the connector of M3 for proper drive coupling and correct as necessary. 3. Check the connector between PS39-relay CN24-MFPB CN7E for proper connection and correct as necessary. 4. Check the connector between CL5-relay CN29-MFPB CN12E for proper connection and correct as necessary. 5. PS39 I/O check, sensor check • Control signal: MFPB CN7E<B>-13 (ON) • Location of electrical component: 22-C 6. CL5 operation check • Control signal: MFPB CN12E-12 (ON) • Location of electrical component: 5-C 7. M3 operation check • Control signal: MFPB CN11E-11 (REM), MFPB CN11E-14 (FGP) • Location of electrical component: 3-C 8. Replace M3. 9. MFPB F13E conduction check 10. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.39. C2152, C2153, C2154, C2155, C2156)

• Code: C2154
• Description: Transfer belt contact fault at all pressure switching. The 1st transfer pressure sensor (PS39) does not detect “switch from retraction to pressure” within a given period time after 1st transfer pressure clutch (CL5) has stared engagement.
• Causes: • Fusing motor (M3) • 1st transfer pressure clutch (CL5) • 1st transfer pressure sensor (PS39) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between M3-MFPB CN11E for proper connection and correct as necessary. 2. Check the connector of M3 for proper drive coupling and correct as necessary. 3. Check the connector between PS39-relay CN24-MFPB CN7E for proper connection and correct as necessary. 4. Check the connector between CL5-relay CN29-MFPB CN12E for proper connection and correct as necessary. 5. PS39 I/O check, sensor check • Control signal: MFPB CN7E<B>-13 (ON) • Location of electrical component: 22-C 6. CL5 operation check • Control signal: MFPB CN12E-12 (ON) • Location of electrical component: 5-C 7. M3 operation check • Control signal: MFPB CN11E-11 (REM), MFPB CN11E-14 (FGP) • Location of electrical component: 3-C 8. Replace M3. 9. MFPB F13E conduction check 10. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.39. C2152, C2153, C2154, C2155, C2156)

• Code: C2155
• Description: Transfer belt contact fault after K pressure established. The 1st transfer pressure sensor (PS39) is blocked after the lamps of given time after the 1st transfer pressure clutch (CL5) turned OFF when the release operation is finished.
• Causes: • Fusing motor (M3) • 1st transfer pressure clutch (CL5) • 1st transfer pressure sensor (PS39) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between M3-MFPB CN11E for proper connection and correct as necessary. 2. Check the connector of M3 for proper drive coupling and correct as necessary. 3. Check the connector between PS39-relay CN24-MFPB CN7E for proper connection and correct as necessary. 4. Check the connector between CL5-relay CN29-MFPB CN12E for proper connection and correct as necessary. 5. PS39 I/O check, sensor check • Control signal: MFPB CN7E<B>-13 (ON) • Location of electrical component: 22-C 6. CL5 operation check • Control signal: MFPB CN12E-12 (ON) • Location of electrical component: 5-C 7. M3 operation check • Control signal: MFPB CN11E-11 (REM), MFPB CN11E-14 (FGP) • Location of electrical component: 3-C 8. Replace M3. 9. MFPB F13E conduction check 10. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.39. C2152, C2153, C2154, C2155, C2156)

• Code: C2156
• Description: Transfer belt spacing fault after all pressure established. The 1st transfer pressure sensor (PS39) is unblocked after the laps of given time after the 1st transfer pressure clutch (CL5) turned OFF when the pressing operation is finished.
• Causes: • Fusing motor (M3) • 1st transfer pressure clutch (CL5) • 1st transfer pressure sensor (PS39) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between M3-MFPB CN11E for proper connection and correct as necessary. 2. Check the connector of M3 for proper drive coupling and correct as necessary. 3. Check the connector between PS39-relay CN24-MFPB CN7E for proper connection and correct as necessary. 4. Check the connector between CL5-relay CN29-MFPB CN12E for proper connection and correct as necessary. 5. PS39 I/O check, sensor check • Control signal: MFPB CN7E<B>-13 (ON) • Location of electrical component: 22-C 6. CL5 operation check • Control signal: MFPB CN12E-12 (ON) • Location of electrical component: 5-C 7. M3 operation check • Control signal: MFPB CN11E-11 (REM), MFPB CN11E-14 (FGP) • Location of electrical component: 3-C 8. Replace M3. 9. MFPB F13E conduction check 10. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.39. C2152, C2153, C2154, C2155, C2156)

• Code: C2253
• Description: IU motor failure to turn. The motor lock signal remains HIGH for a predetermined continuous period of time while the motor is turning.
• Causes: • IU motor (M2) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between M2-MFPB CN12E for proper connection and correct as necessary. 2. Check the connector of M2 for proper drive coupling and correct as necessary. 3. M2 operation check • Control signal: MFPB CN12E-7 (REM), MFPB CN12E-10 (FGP) • Location of electrical component: 5-C 4. Replace M2. 5. MFPB F22E conduction check 6. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.40. C2253, C2254)

• Code: C2254
• Description: IU motor turning at abnormal timing. The motor lock signal remains LOW for a predetermined continuous period of time while the motor remains stationary.
• Causes: • IU motor (M2) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between M2-MFPB CN12E for proper connection and correct as necessary. 2. Check the connector of M2 for proper drive coupling and correct as necessary. 3. M2 operation check • Control signal: MFPB CN12E-7 (REM), MFPB CN12E-10 (FGP) • Location of electrical component: 5-C 4. Replace M2. 5. MFPB F22E conduction check 6. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.40. C2253, C2254)

• Code: C2355
• Description: Transfer belt cleaner cooling fan failure to turn. The fan lock signal remains HIGH for a predetermined continuous period of time while the fan is turning.
• Causes: • Transfer belt cleaner cooling fan (FM2) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between FM2-relay CN139-relay CN22-MFPB CN15E for proper connection and correct as necessary. 2. Check the fan for possible overload and correct as necessary. 3. FM2 operation check • Control signal: MFPB CN15E<B>-10 (REM), MFPB CN15E<B>-12 (LOCK) • Location of electrical component: 16-C 4. Replace FM2. 5. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.41. C2355)

• Code: C2414
• Description: Developing unit/K new article release. The status with the new unit is not cleared after the new developing unit is set.
• Causes: • Developing unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Reinstall the developing unit/K. 2. Check the connector between the developing unit/K-relay CN161-relay CN15-MFPB CN18E for proper connection and correct as necessary. 3. Replace the developing unit/K. 4. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.42. C2414, C2558, C255C, C2564)

• Code: C2551
• Description: Abnormally low toner density detected cyan TCR sensor.
• Causes: • Imaging unit/Y,M,C • Developing unit/K • Toner cartridge/Y,M,C,K • Toner empty sensor/Y (PS34) • Toner empty sensor/M (PS33) • Toner empty sensor/C (PS32) • Toner empty sensor/K (PS31) • Toner cartridge motor (M10) • Toner supply motor/Y,M (M9) • Toner supply motor/C,K (M7) • MFP board (MFPB)
• Troubleshooting Guides: 1. Perform image troubleshooting procedure if image density is low. 2. Reinstall the imaging unit. 3. Reinstall the developing unit/K. 4. Reinstall the toner cartridge. 5. Check the connector between the imaging unit or developing unit/K-relay CN161,CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 6. M10 operation check • Control signal: MFPB CN26E-1 to 4 • Location of electrical component: 20-J 7. M7, M9 operation check • Control signal: MFPB CN28E-1 to 4 (M7), MFPB CN28E-5 to 8 (M9) • Location of electrical component: 19-J 8. If the toner empty sensor and its surroundings inside the sub hopper are dirtied with toner, clean them. 9. Replace the the corresponding imaging unit. 10. Replace the developing unit/K. 11. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.43. C2551) • Link to the layout drawings for related parts by each trouble code (S.45. C2553) • Link to the layout drawings for related parts by each trouble code (S.47. C2555) • Link to the layout drawings for related parts by each trouble code (S.49. C2557)

• Code: C2552
• Description: Abnormally high toner density detected cyan TCR sensor. The TC ratio of the toner determined by the toner replenishment control is detected to be the predetermined value or over for consecutive times.
• Causes: • Imaging unit/Y,M,C • Developing unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Reinstall the imaging unit. 2. Reinstall the developing unit/K. 3. Check the connector between the imaging unit or developing unit/K-relay CN161,CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 4. Replace the the corresponding imaging unit. 5. Replace the developing unit/K. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.44. C2552, C2559, C2561, C2A11) • Link to the layout drawings for related parts by each trouble code (S.46. C2554, C255A, C2562, C2A12) • Link to the layout drawings for related parts by each trouble code (S.48. C2556, C255B, C2563, C2A13) • Link to the layout drawings for related parts by each trouble code (S.42. C2414, C2558, C255C, C2564)

• Code: C2553
• Description: Abnormally low toner density detected magenta TCR sensor
• Causes: • Imaging unit/Y,M,C • Developing unit/K • Toner cartridge/Y,M,C,K • Toner empty sensor/Y (PS34) • Toner empty sensor/M (PS33) • Toner empty sensor/C (PS32) • Toner empty sensor/K (PS31) • Toner cartridge motor (M10) • Toner supply motor/Y,M (M9) • Toner supply motor/C,K (M7) • MFP board (MFPB)
• Troubleshooting Guides: 1. Perform image troubleshooting procedure if image density is low. 2. Reinstall the imaging unit. 3. Reinstall the developing unit/K. 4. Reinstall the toner cartridge. 5. Check the connector between the imaging unit or developing unit/K-relay CN161,CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 6. M10 operation check • Control signal: MFPB CN26E-1 to 4 • Location of electrical component: 20-J 7. M7, M9 operation check • Control signal: MFPB CN28E-1 to 4 (M7), MFPB CN28E-5 to 8 (M9) • Location of electrical component: 19-J 8. If the toner empty sensor and its surroundings inside the sub hopper are dirtied with toner, clean them. 9. Replace the the corresponding imaging unit. 10. Replace the developing unit/K. 11. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.43. C2551) • Link to the layout drawings for related parts by each trouble code (S.45. C2553) • Link to the layout drawings for related parts by each trouble code (S.47. C2555) • Link to the layout drawings for related parts by each trouble code (S.49. C2557)

• Code: C2554
• Description: Abnormally high toner density detected magenta TCR sensor. The TC ratio of the toner determined by the toner replenishment control is detected to be the predetermined value or over for consecutive times.
• Causes: • Imaging unit/Y,M,C • Developing unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Reinstall the imaging unit. 2. Reinstall the developing unit/K. 3. Check the connector between the imaging unit or developing unit/K-relay CN161,CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 4. Replace the the corresponding imaging unit. 5. Replace the developing unit/K. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.44. C2552, C2559, C2561, C2A11) • Link to the layout drawings for related parts by each trouble code (S.46. C2554, C255A, C2562, C2A12) • Link to the layout drawings for related parts by each trouble code (S.48. C2556, C255B, C2563, C2A13) • Link to the layout drawings for related parts by each trouble code (S.42. C2414, C2558, C255C, C2564)

• Code: C2555
• Description: Abnormally low toner density detected yellow TCR sensor
• Causes: • Imaging unit/Y,M,C • Developing unit/K • Toner cartridge/Y,M,C,K • Toner empty sensor/Y (PS34) • Toner empty sensor/M (PS33) • Toner empty sensor/C (PS32) • Toner empty sensor/K (PS31) • Toner cartridge motor (M10) • Toner supply motor/Y,M (M9) • Toner supply motor/C,K (M7) • MFP board (MFPB)
• Troubleshooting Guides: 1. Perform image troubleshooting procedure if image density is low. 2. Reinstall the imaging unit. 3. Reinstall the developing unit/K. 4. Reinstall the toner cartridge. 5. Check the connector between the imaging unit or developing unit/K-relay CN161,CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 6. M10 operation check • Control signal: MFPB CN26E-1 to 4 • Location of electrical component: 20-J 7. M7, M9 operation check • Control signal: MFPB CN28E-1 to 4 (M7), MFPB CN28E-5 to 8 (M9) • Location of electrical component: 19-J 8. If the toner empty sensor and its surroundings inside the sub hopper are dirtied with toner, clean them. 9. Replace the the corresponding imaging unit. 10. Replace the developing unit/K. 11. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.43. C2551) • Link to the layout drawings for related parts by each trouble code (S.45. C2553) • Link to the layout drawings for related parts by each trouble code (S.47. C2555) • Link to the layout drawings for related parts by each trouble code (S.49. C2557)

• Code: C2556
• Description: Abnormally high toner density detected yellow TCR sensor. The TC ratio of the toner determined by the toner replenishment control is detected to be the predetermined value or over for consecutive times.
• Causes: • Imaging unit/Y,M,C • Developing unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Reinstall the imaging unit. 2. Reinstall the developing unit/K. 3. Check the connector between the imaging unit or developing unit/K-relay CN161,CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 4. Replace the the corresponding imaging unit. 5. Replace the developing unit/K. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.44. C2552, C2559, C2561, C2A11) • Link to the layout drawings for related parts by each trouble code (S.46. C2554, C255A, C2562, C2A12) • Link to the layout drawings for related parts by each trouble code (S.48. C2556, C255B, C2563, C2A13) • Link to the layout drawings for related parts by each trouble code (S.42. C2414, C2558, C255C, C2564)

• Code: C2557
• Description: Abnormally low toner density detected black TCR sensor
• Causes: • Imaging unit/Y,M,C • Developing unit/K • Toner cartridge/Y,M,C,K • Toner empty sensor/Y (PS34) • Toner empty sensor/M (PS33) • Toner empty sensor/C (PS32) • Toner empty sensor/K (PS31) • Toner cartridge motor (M10) • Toner supply motor/Y,M (M9) • Toner supply motor/C,K (M7) • MFP board (MFPB)
• Troubleshooting Guides: 1. Perform image troubleshooting procedure if image density is low. 2. Reinstall the imaging unit. 3. Reinstall the developing unit/K. 4. Reinstall the toner cartridge. 5. Check the connector between the imaging unit or developing unit/K-relay CN161,CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 6. M10 operation check • Control signal: MFPB CN26E-1 to 4 • Location of electrical component: 20-J 7. M7, M9 operation check • Control signal: MFPB CN28E-1 to 4 (M7), MFPB CN28E-5 to 8 (M9) • Location of electrical component: 19-J 8. If the toner empty sensor and its surroundings inside the sub hopper are dirtied with toner, clean them. 9. Replace the the corresponding imaging unit. 10. Replace the developing unit/K. 11. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.43. C2551) • Link to the layout drawings for related parts by each trouble code (S.45. C2553) • Link to the layout drawings for related parts by each trouble code (S.47. C2555) • Link to the layout drawings for related parts by each trouble code (S.49. C2557)

• Code: C2558
• Description: Abnormally high toner density detected black TCR sensor. The TC ratio of the toner determined by the toner replenishment control is detected to be the predetermined value or over for consecutive times.
• Causes: • Imaging unit/Y,M,C • Developing unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Reinstall the imaging unit. 2. Reinstall the developing unit/K. 3. Check the connector between the imaging unit or developing unit/K-relay CN161,CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 4. Replace the the corresponding imaging unit. 5. Replace the developing unit/K. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.44. C2552, C2559, C2561, C2A11) • Link to the layout drawings for related parts by each trouble code (S.46. C2554, C255A, C2562, C2A12) • Link to the layout drawings for related parts by each trouble code (S.48. C2556, C255B, C2563, C2A13) • Link to the layout drawings for related parts by each trouble code (S.42. C2414, C2558, C255C, C2564)

• Code: C2559
• Description: Cyan TCR sensor adjustment failure. TCR sensor automatic adjustment does not function properly, failing to adjust to an appropriate value.
• Causes: • Imaging unit/Y,M,C • Developing unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Reinstall the imaging unit. 2. Reinstall the developing unit/K. 3. Check the connector between the imaging unit or developing unit/K-relay CN161,CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 4. Replace the the corresponding imaging unit. 5. Replace the developing unit/K. 6. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.44. C2552, C2559, C2561, C2A11) • Link to the layout drawings for related parts by each trouble code (S.46. C2554, C255A, C2562, C2A12) • Link to the layout drawings for related parts by each trouble code (S.48. C2556, C255B, C2563, C2A13) • Link to the layout drawings for related parts by each trouble code (S.42. C2414, C2558, C255C, C2564)

• Code: C255A
• Description: Magenta TCR sensor adjustment failure. TCR sensor automatic adjustment does not function properly, failing to adjust to an appropriate value.
• Causes: • Imaging unit/Y,M,C • Developing unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Reinstall the imaging unit. 2. Reinstall the developing unit/K. 3. Check the connector between the imaging unit or developing unit/K-relay CN161,CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 4. Replace the the corresponding imaging unit. 5. Replace the developing unit/K. 6. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.44. C2552, C2559, C2561, C2A11) • Link to the layout drawings for related parts by each trouble code (S.46. C2554, C255A, C2562, C2A12) • Link to the layout drawings for related parts by each trouble code (S.48. C2556, C255B, C2563, C2A13) • Link to the layout drawings for related parts by each trouble code (S.42. C2414, C2558, C255C, C2564)

• Code: C255B
• Description: Yellow TCR sensor adjustment failure. TCR sensor automatic adjustment does not function properly, failing to adjust to an appropriate value.
• Causes: • Imaging unit/Y,M,C • Developing unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Reinstall the imaging unit. 2. Reinstall the developing unit/K. 3. Check the connector between the imaging unit or developing unit/K-relay CN161,CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 4. Replace the the corresponding imaging unit. 5. Replace the developing unit/K. 6. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.44. C2552, C2559, C2561, C2A11) • Link to the layout drawings for related parts by each trouble code (S.46. C2554, C255A, C2562, C2A12) • Link to the layout drawings for related parts by each trouble code (S.48. C2556, C255B, C2563, C2A13) • Link to the layout drawings for related parts by each trouble code (S.42. C2414, C2558, C255C, C2564)

• Code: C255C
• Description: Black TCR sensor adjustment failure. TCR sensor automatic adjustment does not function properly, failing to adjust to an appropriate value.
• Causes: • Imaging unit/Y,M,C • Developing unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Reinstall the imaging unit. 2. Reinstall the developing unit/K. 3. Check the connector between the imaging unit or developing unit/K-relay CN161,CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 4. Replace the the corresponding imaging unit. 5. Replace the developing unit/K. 6. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.44. C2552, C2559, C2561, C2A11) • Link to the layout drawings for related parts by each trouble code (S.46. C2554, C255A, C2562, C2A12) • Link to the layout drawings for related parts by each trouble code (S.48. C2556, C255B, C2563, C2A13) • Link to the layout drawings for related parts by each trouble code (S.42. C2414, C2558, C255C, C2564)

• Code: C2561
• Description: Cyan TCR sensor failure. The input of each color TCR sensor is 0. This detection is used for detecting disconnection of TCR sensor connector.
• Causes: • Imaging unit/Y,M,C • Developing unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Reinstall the imaging unit. 2. Reinstall the developing unit/K. 3. Check the connector between the imaging unit or developing unit/K-relay CN161,CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 4. Replace the the corresponding imaging unit. 5. Replace the developing unit/K. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.44. C2552, C2559, C2561, C2A11) • Link to the layout drawings for related parts by each trouble code (S.46. C2554, C255A, C2562, C2A12) • Link to the layout drawings for related parts by each trouble code (S.48. C2556, C255B, C2563, C2A13) • Link to the layout drawings for related parts by each trouble code (S.42. C2414, C2558, C255C, C2564)

• Code: C2562
• Description: Magenta TCR sensor failure. The input of each color TCR sensor is 0. This detection is used for detecting disconnection of TCR sensor connector.
• Causes: • Imaging unit/Y,M,C • Developing unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Reinstall the imaging unit. 2. Reinstall the developing unit/K. 3. Check the connector between the imaging unit or developing unit/K-relay CN161,CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 4. Replace the the corresponding imaging unit. 5. Replace the developing unit/K. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.44. C2552, C2559, C2561, C2A11) • Link to the layout drawings for related parts by each trouble code (S.46. C2554, C255A, C2562, C2A12) • Link to the layout drawings for related parts by each trouble code (S.48. C2556, C255B, C2563, C2A13) • Link to the layout drawings for related parts by each trouble code (S.42. C2414, C2558, C255C, C2564)

• Code: C2563
• Description: Yellow TCR sensor failure. The input of each color TCR sensor is 0. This detection is used for detecting disconnection of TCR sensor connector.
• Causes: • Imaging unit/Y,M,C • Developing unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Reinstall the imaging unit. 2. Reinstall the developing unit/K. 3. Check the connector between the imaging unit or developing unit/K-relay CN161,CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 4. Replace the the corresponding imaging unit. 5. Replace the developing unit/K. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.44. C2552, C2559, C2561, C2A11) • Link to the layout drawings for related parts by each trouble code (S.46. C2554, C255A, C2562, C2A12) • Link to the layout drawings for related parts by each trouble code (S.48. C2556, C255B, C2563, C2A13) • Link to the layout drawings for related parts by each trouble code (S.42. C2414, C2558, C255C, C2564)

• Code: C2564
• Description: Black TCR sensor failure. The input of each color TCR sensor is 0. This detection is used for detecting disconnection of TCR sensor connector.
• Causes: • Imaging unit/Y,M,C • Developing unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Reinstall the imaging unit. 2. Reinstall the developing unit/K. 3. Check the connector between the imaging unit or developing unit/K-relay CN161,CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 4. Replace the the corresponding imaging unit. 5. Replace the developing unit/K. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.44. C2552, C2559, C2561, C2A11) • Link to the layout drawings for related parts by each trouble code (S.46. C2554, C255A, C2562, C2A12) • Link to the layout drawings for related parts by each trouble code (S.48. C2556, C255B, C2563, C2A13) • Link to the layout drawings for related parts by each trouble code (S.42. C2414, C2558, C255C, C2564)

• Code: C2650
• Description: Main backup media access error. • The re-written data, which has been read out, checked and founded as error, is read out again and found as error. • The error was found when reading out the counter value. • The main body detects that the EEPROM is not mounted.
• Causes: • EEPROM/1 • EEPROM/2 • MFP board (MFPB)
• Troubleshooting Guides: 1. Make sure that EEPROM/1 and EEPROM/2 are mounted in their respective correct positions. 2. Check to see if the EEPROM is mounted in a reverse direction. 3. Check the connector from MFPB to EEPROM for proper connection and correct as necessary. 4. Replace MFPB. 5. Replace EEPROM/1 and EEPROM/2. 1. Replace the current EEPROM with a new one. 2. Replace the following components with new ones. When the transfer belt unit and the fusing unit have been replaced with new ones, perform [New Release] in the service mode. When the transfer roller has been replaced with a new one, perform [Counter clear]. • Imaging unit/Y,M,C • Developing unit/K • Drum unit/K • Transfer belt unit • Fusing unit • Transfer roller • Feed roller, pick-up roller, separation roller (including options) 3. Turn ON the main power switch and check to see that warm-up is started. Make sure that malfunction codes other than C2650 or improper IU/TC placement is not detected. 4. Make the specified readjustments. 6. If the above actions do not solve the problem, contact KM. NOTICE • Link to the layout drawings for related parts by each trouble code (S.50. C2650, CC163)

• Code: C2A11
• Description: Imaging unit/C new article release. The status with the new unit is not cleared after the new imaging unit or new drum unit is set.
• Causes: • Imaging unit/Y,M,C • Drum unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Clean the connection between the imaging unit or drum unit/K and the machine if dirty. 2. Reinstall the imaging unit. 3. Reinstall the drum unit/K. 4. Check the connector between the imaging unit/Y,M,C-relay CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 5. Check the connector between the drum unit/K-relay CN14-MFPB CN15E for proper connection and correct as necessary. 6. Replace the the corresponding imaging unit. 7. Replace the drum unit/K. 8. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.44. C2552, C2559, C2561, C2A11) • Link to the layout drawings for related parts by each trouble code (S.46. C2554, C255A, C2562, C2A12) • Link to the layout drawings for related parts by each trouble code (S.48. C2556, C255B, C2563, C2A13) • Link to the layout drawings for related parts by each trouble code (S.51. C2A14)

• Code: C2A12
• Description: Imaging unit/M new article release. The status with the new unit is not cleared after the new imaging unit or new drum unit is set.
• Causes: • Imaging unit/Y,M,C • Drum unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Clean the connection between the imaging unit or drum unit/K and the machine if dirty. 2. Reinstall the imaging unit. 3. Reinstall the drum unit/K. 4. Check the connector between the imaging unit/Y,M,C-relay CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 5. Check the connector between the drum unit/K-relay CN14-MFPB CN15E for proper connection and correct as necessary. 6. Replace the the corresponding imaging unit. 7. Replace the drum unit/K. 8. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.44. C2552, C2559, C2561, C2A11) • Link to the layout drawings for related parts by each trouble code (S.46. C2554, C255A, C2562, C2A12) • Link to the layout drawings for related parts by each trouble code (S.48. C2556, C255B, C2563, C2A13) • Link to the layout drawings for related parts by each trouble code (S.51. C2A14)

• Code: C2A13
• Description: Imaging unit/Y new article release. The status with the new unit is not cleared after the new imaging unit or new drum unit is set.
• Causes: • Imaging unit/Y,M,C • Drum unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Clean the connection between the imaging unit or drum unit/K and the machine if dirty. 2. Reinstall the imaging unit. 3. Reinstall the drum unit/K. 4. Check the connector between the imaging unit/Y,M,C-relay CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 5. Check the connector between the drum unit/K-relay CN14-MFPB CN15E for proper connection and correct as necessary. 6. Replace the the corresponding imaging unit. 7. Replace the drum unit/K. 8. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.44. C2552, C2559, C2561, C2A11) • Link to the layout drawings for related parts by each trouble code (S.46. C2554, C255A, C2562, C2A12) • Link to the layout drawings for related parts by each trouble code (S.48. C2556, C255B, C2563, C2A13) • Link to the layout drawings for related parts by each trouble code (S.51. C2A14)

• Code: C2A14
• Description: Drum unit/K new release failure. The status with the new unit is not cleared after the new imaging unit or new drum unit is set.
• Causes: • Imaging unit/Y,M,C • Drum unit/K • MFP board (MFPB)
• Troubleshooting Guides: 1. Clean the connection between the imaging unit or drum unit/K and the machine if dirty. 2. Reinstall the imaging unit. 3. Reinstall the drum unit/K. 4. Check the connector between the imaging unit/Y,M,C-relay CN162,CN163,CN164-relay CN15-MFPB CN18E for proper connection and correct as necessary. 5. Check the connector between the drum unit/K-relay CN14-MFPB CN15E for proper connection and correct as necessary. 6. Replace the the corresponding imaging unit. 7. Replace the drum unit/K. 8. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.44. C2552, C2559, C2561, C2A11) • Link to the layout drawings for related parts by each trouble code (S.46. C2554, C255A, C2562, C2A12) • Link to the layout drawings for related parts by each trouble code (S.48. C2556, C255B, C2563, C2A13) • Link to the layout drawings for related parts by each trouble code (S.51. C2A14)

• Code: C3201
• Description: Fusing motor failure to turn. The motor lock signal remains HIGH for a predetermined continuous period of time while the motor is turning.
• Causes: • Fusing motor (M3) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between M3-MFPB CN11E for proper connection and correct as necessary. 2. Check the loading status of the fusing unit drive, and correct the error as necessary. 3. M3 operation check • Control signal: MFPB CN11E-11 (REM), MFPB CN11E-14 (FGP) • Location of electrical component: 3-C 4. Replace M3. 5. MFPB F23E conduction check 6. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.52. C3201, C3202)

• Code: C3202
• Description: Fusing motor turning at abnormal timing.The motor lock signal remains LOW for a predetermined continuous period of time while the motor remains stationary.
• Causes: • Fusing motor (M3) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between M3-MFPB CN11E for proper connection and correct as necessary. 2. Check the loading status of the fusing unit drive, and correct the error as necessary. 3. M3 operation check • Control signal: MFPB CN11E-11 (REM), MFPB CN11E-14 (FGP) • Location of electrical component: 3-C 4. Replace M3. 5. MFPB F23E conduction check 6. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.52. C3201, C3202)

• Code: C3302
• Description: Paper cooling fan failure to turn. The fan lock signal remains HIGH for a predetermined continuous period of time while the fan is turning.
• Causes: • Paper cooling fan (FM8) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between FM8-relay CN27-MFPB CN12E for proper connection and correct as necessary. 2. Check the fan for possible overload and correct as necessary. 3. FM8 operation check • Control signal: MFPB CN12E-1 (REM), MFPB CN12E-3 (LOCK) • Location of electrical component: 4-C 4. Replace FM8. 5. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.53. C3302)

• Code: C3425
• Description: Fusing warm-up trouble. • Detected temperature of the heating roller temperature sensor (TEMS) does not go up a given range of temperature even after a lapse of given period of time at warm up. • The temperature detected by the heating roller temperature sensor (TEMS) does not shift from the pre-standby state or the post-print color printing-enable wait state even after the lapse of a predetermined period of time after the completion of warm-up.
• Causes: • Fusing unit • Heating roller temperature sensor (TEMS) • DC power supply (DCPU) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the fusing unit for correct installation (whether it is secured in position). 2. Check the open/close operation of the right door. 3. Check the connector between the fusing unit-relay CN3-DCPU CN002 for proper connection and correct as necessary. 4. Check the connector between the fusing unit-relay CN4-MFPB CN16E for proper connection and correct as necessary. 5. Replace the fusing unit. 6. Replace MFPB. 7. Replace DCPU. NOTICE • Link to the layout drawings for related parts by each trouble code (S.54. C3425)

• Code: C3722
• Description: Fusing abnormally high temperature detection (Edge of the heating roller). C3722: • Detected temperature of the heating roller thermistor/1 (TH1) goes beyond a given temperature for a given period of time consecutively. • The hard protector signal remains LOW for a predetermined continuous period of time.
• Causes: • Fusing unit • C3722: Heating roller thermistor/1 (TH1) • C3725: Heating roller temperature sensor (TEMS) • C3726: Heating roller thermistor/2 (TH2) • DC power supply (DCPU) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the fusing unit for correct installation (whether it is secured in position). 2. Check the open/close operation of the right door. 3. Check the connector between the fusing unit-relay CN4-MFPB CN16E for proper connection and correct as necessary. 4. Replace the fusing unit. 5. Replace DCPU. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.55. C3722, C3922) • Link to the layout drawings for related parts by each trouble code (S.56. C3725, C3825, C3925) • Link to the layout drawings for related parts by each trouble code (S.57. C3726, C3826, C3926)

• Code: C3725
• Description: Fusing abnormally high temperature detection (Main of the heating side). Detected temperature of the heating roller temperature sensor (TEMS) goes beyond a given temperature for a given period of time consecutively.
• Causes: • Fusing unit • C3722: Heating roller thermistor/1 (TH1) • C3725: Heating roller temperature sensor (TEMS) • C3726: Heating roller thermistor/2 (TH2) • DC power supply (DCPU) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the fusing unit for correct installation (whether it is secured in position). 2. Check the open/close operation of the right door. 3. Check the connector between the fusing unit-relay CN4-MFPB CN16E for proper connection and correct as necessary. 4. Replace the fusing unit. 5. Replace DCPU. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.55. C3722, C3922) • Link to the layout drawings for related parts by each trouble code (S.56. C3725, C3825, C3925) • Link to the layout drawings for related parts by each trouble code (S.57. C3726, C3826, C3926)

• Code: C3726
• Description: Fusing abnormally high temperature detection (Center of the heating side). • Detected temperature of the heating roller thermistor/2 (TH2) goes beyond a given temperature for a given period of time consecutively. • The hard protector signal remains LOW for a predetermined continuous period of time.
• Causes: • Fusing unit • C3722: Heating roller thermistor/1 (TH1) • C3725: Heating roller temperature sensor (TEMS) • C3726: Heating roller thermistor/2 (TH2) • DC power supply (DCPU) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the fusing unit for correct installation (whether it is secured in position). 2. Check the open/close operation of the right door. 3. Check the connector between the fusing unit-relay CN4-MFPB CN16E for proper connection and correct as necessary. 4. Replace the fusing unit. 5. Replace DCPU. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.55. C3722, C3922) • Link to the layout drawings for related parts by each trouble code (S.56. C3725, C3825, C3925) • Link to the layout drawings for related parts by each trouble code (S.57. C3726, C3826, C3926)

• Code: C3731
• Description: Fusing abnormally high temperature detection (Hard protector). The hard protector signal error is detected for a given period of time consecutively.
• Causes: • Fusing unit • Heating roller thermistor/1 (TH1) • Heating roller temperature sensor (TEMS) • Heating roller thermistor/2 (TH2) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the fusing unit for correct installation (whether it is secured in position). 2. Check the open/close operation of the right door. 3. Check the connector between the fusing unit-relay CN4-MFPB CN16E for proper connection and correct as necessary. 4. Replace the fusing unit. 5. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.58. C3731)

• Code: C3825
• Description: Fusing abnormally low temperature detection (Main of the heating roller). The heating roller temperature sensor (TEMS) continues to detect a temperature lower than a predetermined one for a predetermined period of time.
• Causes: • Fusing unit • C3825: Heating roller temperature sensor (TEMS) • C3826: Heating roller thermistor/2 (TH2) • DC power supply (DCPU) • MFP board (MFPB
• Troubleshooting Guides: 1. Check the fusing unit for correct installation (whether it is secured in position). 2. Check the open/close operation of the right door. 3. Check the connector between the fusing unit-relay CN4-MFPB CN16E for proper connection and correct as necessary. 4. Replace the fusing unit. 5. Replace DCPU. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.56. C3725, C3825, C3925) • Link to the layout drawings for related parts by each trouble code (S.57. C3726, C3826, C3926)

• Code: C3826
• Description: Fusing abnormally low temperature detection (Center of the heating roller). The heating roller thermistor/2 (TH2) continues to detect a temperature lower than a predetermined one for a predetermined period of time.
• Causes: • Fusing unit • C3825: Heating roller temperature sensor (TEMS) • C3826: Heating roller thermistor/2 (TH2) • DC power supply (DCPU) • MFP board (MFPB
• Troubleshooting Guides: 1. Check the fusing unit for correct installation (whether it is secured in position). 2. Check the open/close operation of the right door. 3. Check the connector between the fusing unit-relay CN4-MFPB CN16E for proper connection and correct as necessary. 4. Replace the fusing unit. 5. Replace DCPU. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.56. C3725, C3825, C3925) • Link to the layout drawings for related parts by each trouble code (S.57. C3726, C3826, C3926)

• Code: C3922
• Description: Fusing sensor wire breaks detection (Edge of the heating roller). After a predetermined period of time after the warm-up stage is started, the heating roller thermistor/1 (TH1) voltage does not decrease by predetermined steps (temperature rise) within a predetermined period of time.
• Causes: • Fusing unit • C3922: Heating roller thermistor/1 (TH1) • C3925: Heating roller temperature sensor (TEMS) • C3926: Heating roller thermistor/2 (TH2) • DC power supply (DCPU) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the fusing unit for correct installation (whether it is secured in position). 2. Check the open/close operation of the right door. 3. Check the connector between the fusing unit-relay CN4-MFPB CN16E for proper connection and correct as necessary. 4. Replace the fusing unit. 5. Replace DCPU. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.55. C3722, C3922) • Link to the layout drawings for related parts by each trouble code (S.56. C3725, C3825, C3925) • Link to the layout drawings for related parts by each trouble code (S.57. C3726, C3826, C3926)

• Code: C3925
• Description: Fusing sensor wire breaks detection (Main of the heating roller). After a predetermined period of time after the warm-up stage is started, the heating roller temperature sensor (TEMS) voltage does not increase by predetermined steps (temperature rise) within a predetermined period of time.
• Causes: • Fusing unit • C3922: Heating roller thermistor/1 (TH1) • C3925: Heating roller temperature sensor (TEMS) • C3926: Heating roller thermistor/2 (TH2) • DC power supply (DCPU) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the fusing unit for correct installation (whether it is secured in position). 2. Check the open/close operation of the right door. 3. Check the connector between the fusing unit-relay CN4-MFPB CN16E for proper connection and correct as necessary. 4. Replace the fusing unit. 5. Replace DCPU. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.55. C3722, C3922) • Link to the layout drawings for related parts by each trouble code (S.56. C3725, C3825, C3925) • Link to the layout drawings for related parts by each trouble code (S.57. C3726, C3826, C3926)

• Code: C3926
• Description: Fusing sensor wire breaks detection (Center of the heating roller). After a predetermined period of time after the warm-up stage is started, the heating roller thermistor/2 (TH2) voltage does not decrease by predetermined steps (temperature rise) within a predetermined period of time.
• Causes: • Fusing unit • C3922: Heating roller thermistor/1 (TH1) • C3925: Heating roller temperature sensor (TEMS) • C3926: Heating roller thermistor/2 (TH2) • DC power supply (DCPU) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the fusing unit for correct installation (whether it is secured in position). 2. Check the open/close operation of the right door. 3. Check the connector between the fusing unit-relay CN4-MFPB CN16E for proper connection and correct as necessary. 4. Replace the fusing unit. 5. Replace DCPU. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.55. C3722, C3922) • Link to the layout drawings for related parts by each trouble code (S.56. C3725, C3825, C3925) • Link to the layout drawings for related parts by each trouble code (S.57. C3726, C3826, C3926)

• Code: C392B
• Description: Fusing sensor wire breaks detection (Center of the heating roller). The difference between the temperature corrected by the heating roller thermistor/1 (TH1) and the temperature detected by the heating roller thermistor/2 (TH2) exceeds a predetermined value.
• Causes: • Fusing unit • Heating roller thermistor/1 (TH1) • Heating roller thermistor/2 (TH2) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the fusing unit for correct installation (whether it is secured in position). 2. Check the open/close operation of the right door. 3. Check the connector between the fusing unit-relay CN4-MFPB CN16E for proper connection and correct as necessary. 4. Replace the fusing unit. 5. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.59. C392B)

• Code: C40A1
• Description: Mechanical controller sub-CPU communication error. A CPU communication error is detected.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. MFPB F3E conduction check 4. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.60. C40A1 – C40A4, C5372, C5601 – C5606, CA051 – CA053, CC151, CC152, CC170 – CC186, CC191 – CC216, CD211 – CD242, CD401 – CD413, CD701 – CD703, CD705, CD706, CE001, CE003 – CE305, CEEE1, CEEE3)

• Code: C40A2
• Description: Mechanical controller PF communication data error. A CPU communication error is detected.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. MFPB F3E conduction check 4. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.60. C40A1 – C40A4, C5372, C5601 – C5606, CA051 – CA053, CC151, CC152, CC170 – CC186, CC191 – CC216, CD211 – CD242, CD401 – CD413, CD701 – CD703, CD705, CD706, CE001, CE003 – CE305, CEEE1, CEEE3)

• Code: C40A3
• Description: Mechanical controller PF transmission timeout. A CPU communication error is detected.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. MFPB F3E conduction check 4. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.60. C40A1 – C40A4, C5372, C5601 – C5606, CA051 – CA053, CC151, CC152, CC170 – CC186, CC191 – CC216, CD211 – CD242, CD401 – CD413, CD701 – CD703, CD705, CD706, CE001, CE003 – CE305, CEEE1, CEEE3)

• Code: C40A4
• Description: Mechanical controller PF communication pulse error. A CPU communication error is detected.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. MFPB F3E conduction check 4. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.60. C40A1 – C40A4, C5372, C5601 – C5606, CA051 – CA053, CC151, CC152, CC170 – CC186, CC191 – CC216, CD211 – CD242, CD401 – CD413, CD701 – CD703, CD705, CD706, CE001, CE003 – CE305, CEEE1, CEEE3)

• Code: C4101
• Description: Polygon motor rotation trouble • The polygon motor fails to turn stably even after the lapse of a given period of time after activating and changing rotation speed the polygon motor. • Motor lock signal detects HIGH for a given period time consecutively during the polygon motor is rotating.
• Causes: • PH unit • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between the PH unit-relay CN25-MFPB CN9E for proper connection and correct as necessary. 2. Replace the PH unit. 3. MFPB F12E conduction check 4. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.61. C4101)

• Code: C4501
• Description: Laser malfunction • SOS signal is not detected even after the lapse of a given period of time after starting the laser output. • SOS signal is not detected for a given period of time during printing or IDC sensor adjustment.
• Causes: • PH unit • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between the PH unit-MFPB CN18 for proper connection and correct as necessary. 2. Replace the PH unit. 3. MFPB F3E conduction check 4. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.62. C4501, C5610)

• Code: C5102
• Description: Transport motor failure to turn. The motor lock signal remains HIGH for a predetermined continuous period of time while the motor is turning.
• Causes: • Transport motor (M1) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between M1-MFPB CN11E for proper connection and correct as necessary. 2. Check the loading status of the transfer belt drive, and correct the error as necessary. 3. M1 operation check • Control signal: MFPB CN11E-4 (REM), MFPB CN11E-7 (FGP) • Location of electrical component: 3-C 4. Replace M1. 5. MFPB F21E conduction check 6. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.63. C5102, C5103)

• Code: C5103
• Description: Transport motor turning at abnormal timing. The motor lock signal remains LOW for a predetermined continuous period of time while the motor remains stationary
• Causes: • Transport motor (M1) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between M1-MFPB CN11E for proper connection and correct as necessary. 2. Check the loading status of the transfer belt drive, and correct the error as necessary. 3. M1 operation check • Control signal: MFPB CN11E-4 (REM), MFPB CN11E-7 (FGP) • Location of electrical component: 3-C 4. Replace M1. 5. MFPB F21E conduction check 6. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.63. C5102, C5103)

• Code: C5351
• Description: Power supply cooling fan motor failure to turn. The fan lock signal remains HIGH for a predetermined continuous period of time while the fan is turning.
• Causes: • Power supply cooling fan (FM1) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between FM1-relay CN49-MFPB CN20E for proper connection and correct as necessary. 2. Check the fan for possible overload and correct as necessary. 3. FM1 operation check • Control signal: MFPB CN20E-7 (REM), MFPB CN20E-9 (LOCK) • Location of electrical component: 2-J 4. Replace FM1. 5. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.64. C5351)

• Code: C5360
• Description: Clean unit fan failure to turn (When CU-101 is installed). The fan lock signal remains HIGH for a predetermined continuous period of time while the fan is turning.
• Causes: • Exhaust fan/1 (FM14) • Exhaust fan/2 (FM15) • Suction fan (FM16) • Clean unit drive board (CUDB) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between CUDB CN1-MFPB CN29E for proper connection and correct as necessary. 2. Check the connector between FM14-CUDB CN2, FM15-CUDB CN3, FM16-relay CN81-CUDB CN4 for proper connection and correct as necessary. 3. Check the fan for possible overload and correct as necessary. 4. FM14, FM15, FM16 operation check • Load check: Check code42, Multi code 5 • Control signal: CUDB CN2 (FM14), CUDB CN3 (FM15), CUDB CN4 (FM16) • Location of electrical component: 12-U (FM16), 12-Y (FM14, FM15) 5. Replace the defective fan. (FM14 / FM15 / FM16) 6. Replace CUDB. 7. MFPB F16E conduction check 8. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.65. C5360)

• Code: C5372
• Description: MFP control board CPU temperature failure. Temperature failure of CPU on the MFP board was detected.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Reboot the machine. 2. Check for clogging in the ventilation path between the MFPB and the power supply cooling fan, and correct as necessary. 3. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.60. C40A1 – C40A4, C5372, C5601 – C5606, CA051 – CA053, CC151, CC152, CC170 – CC186, CC191 – CC216, CD211 – CD242, CD401 – CD413, CD701 – CD703, CD705, CD706, CE001, CE003 – CE305, CEEE1, CEEE3)

• Code: C5501
• Description: AC signal abnormality. The zero cross signal is not input during fusing phase control.
• Causes: • Fusing unit • DC power supply (DCPU) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the fusing unit for correct installation (whether it is secured in position). 2. Check the connector between the fusing unit-relay CN3-DCPU CN002 for proper connection and correct as necessary. 3. Check the connector between DCPU CN007-MFPB CN2E for proper connection and correct as necessary. 4. Replace the fusing unit. 5. MFPB F1E conduction check 6. Replace MFPB. 7. Replace DCPU. NOTICE • Link to the layout drawings for related parts by each trouble code (S.66. C5501)

• Code: C5601
• Description: Engine control malfunction. Engine control malfunction is detected with port monitor control.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connectors on MFPB for proper connection and correct as necessary. 2. Rewrite the firmware. 3. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.60. C40A1 – C40A4, C5372, C5601 – C5606, CA051 – CA053, CC151, CC152, CC170 – CC186, CC191 – CC216, CD211 – CD242, CD401 – CD413, CD701 – CD703, CD705, CD706, CE001, CE003 – CE305, CEEE1, CEEE3)

• Code: C5605
• Description: Engine communication data error. A communication error is detected between CPUs.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.60. C40A1 – C40A4, C5372, C5601 – C5606, CA051 – CA053, CC151, CC152, CC170 – CC186, CC191 – CC216, CD211 – CD242, CD401 – CD413, CD701 – CD703, CD705, CD706, CE001, CE003 – CE305, CEEE1, CEEE3)

• Code: C5606
• Description: Engine transmission timeout. A communication error is detected between CPUs.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.60. C40A1 – C40A4, C5372, C5601 – C5606, CA051 – CA053, CC151, CC152, CC170 – CC186, CC191 – CC216, CD211 – CD242, CD401 – CD413, CD701 – CD703, CD705, CD706, CE001, CE003 – CE305, CEEE1, CEEE3)

• Code: C5610
• Description: PH LD drive communication error. LD drive write data and read data disagree with each other a predetermined number of consecutive times.
• Causes: • PH unit • MFP board (MFPB)
• Troubleshooting Guides: 1. Reboot the machine. 2. Check the connector between the PH unit-MFPB CN18 for proper connection and correct as necessary. 3. Replace the PH unit. 4. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.62. C4501, C5610)

• Code: C6102
• Description: Drive system home sensor malfunction. • The scanner home sensor (PS201) is unable to detect the scanner located at its home position. • The scanner home sensor (PS201) is unable to detect a scanner even when the scanner motor (M201) has been driven to move the scanner over the maximum travelling distance. • The scanner home sensor (PS201) detects the scanner when the scanner has moved the maximum travelling distance from the position, at which it blocks the scanner home sensor (PS201).
• Causes: • Scanner home sensor (PS201) • Scanner motor (M201) • MFP board (MFPB)
• Troubleshooting Guides: 1. Correct or change the scanner drive (pulley, gear, belt) if it is faulty. 2. Correct the scanner motor set screw if loose. 3. Adjust [Image Position: Leading Edge] and [Sub Scan Zoom Adj.]. 4. Check the connector between M201-relay CN151-MFPB CN25E for proper connection and correct as necessary. 5. Check the connector between PS201-MFPB CN21E for proper connection and correct as necessary. 6. PS201 I/O check, sensor check • Control signal: MFPB CN21E-15 (ON) • Location of electrical component: 22-J 7. M201 operation check • Control signal: MFPB CN25E-1 to 4 • Location of electrical component: 21-J 8. MFPB F15E conduction check 9. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.67. C6102, C6103)

• Code: C6103
• Description: Slider over running. The scanner home sensor (PS201) detects the scanner at its home position during a period of time that begins with the time when a prescan command and a scan preparation command are executed and ends when a home return command is executed.
• Causes: • Scanner home sensor (PS201) • Scanner motor (M201) • MFP board (MFPB)
• Troubleshooting Guides: 1. Correct or change the scanner drive (pulley, gear, belt) if it is faulty. 2. Correct the scanner motor set screw if loose. 3. Adjust [Image Position: Leading Edge] and [Sub Scan Zoom Adj.]. 4. Check the connector between M201-relay CN151-MFPB CN25E for proper connection and correct as necessary. 5. Check the connector between PS201-MFPB CN21E for proper connection and correct as necessary. 6. PS201 I/O check, sensor check • Control signal: MFPB CN21E-15 (ON) • Location of electrical component: 22-J 7. M201 operation check • Control signal: MFPB CN25E-1 to 4 • Location of electrical component: 21-J 8. MFPB F15E conduction check 9. Replace MFPB. NOTICE • Link to the wiring diagram (N.1. bizhub C287/C227) • Link to the layout drawings for related parts by each trouble code (S.67. C6102, C6103)

• Code: C6704
• Description: Image input time out. Image data is not input from the scanner to the MFP board (MFPB).
• Causes: • CCD unit • MFP board (MFPB) • CCD board (CCDB)
• Troubleshooting Guides: 1. Select [Service Mode] -> [State Confirmation] -> [Memory/Storage Adjustment] -> [Memory Bus Check] -> [Scanner -> Memory], and conduct the memory bus function. 2. Check the connector between CCDB PJ1-MFPB CN7 for proper connection and correct as necessary. 3. Replace MFPB. 4. Replace the CCD unit. NOTICE • Link to the layout drawings for related parts by each trouble code (S.68. C6704, C6751, CDF50, CDF70, CDFA0)

• Code: C6751
• Description: CCD gain adjustment failure. • The adjustment value is 0 or 255 during a CCD clamp adjustment. • The peak value of the output data is 64 or less during a CCD gain adjustment.
• Causes: • LED exposure unit • CCD unit • CCD board (CCDB) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between CCDB PJ1-MFPB CN7 for proper connection and correct as necessary. 2. Check for possible extraneous light and correct as necessary. 3. Clean the lens, mirrors, CCD surface, and shading sheet if dirty. 4. Correct reflective mirror of the scanner if faulty. 5. Replace the CCD unit. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.68. C6704, C6751, CDF50, CDF70, CDFA0)

• Code: C6752
• Description: ASIC clock input error (front side). When starting the machine, verification on reading and writing the predetermined value for image processing ASIC on CCD board (CCDB) was conducted, and verification failure was detected.
• Causes: • CCD unit • CCD board (CCDB) • MFP board (MFPB)
• Troubleshooting Guides: 1. Correct the harness connection of CCDB if faulty. 2. Replace the CCD unit. 3. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.69. C6752)

• Code: C6756
• Description: CCD power-supply voltage malfunction. Power is not supplied to CCD after the lapse of a given period of time after the main power switch or power key is turned ON or the machine recovers from the sleep mode.
• Causes: • CCD unit • CCD board (CCDB) • MFP board (MFPB) • DC power supply (DCPU)
• Troubleshooting Guides: 1. Correct the harness connection between CCDB PJ1-MFPB CN7 if faulty. 2. Correct the harness connection between MFPB CN1E-DCPU CN005 if faulty. 3. Replace the CCD unit. 4. MFPB F1E conduction check 5. Replace MFPB. 6. Replace DCPU. NOTICE • Link to the layout drawings for related parts by each trouble code (S.70. C6756)

• Code: C6F01
• Description: Scanner sequence trouble 1. The original transport interval becomes shorter than the predetermined value due to an original transport control error in original reading in DF.
• Causes: • MFP board (MFPB) • DF control board (DFCB)
• Troubleshooting Guides: 1. Correct the harness connection between MFPB CN22E-relay CN2DF-DFCB J21 if faulty. 2. Replace DFCB. 3. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.71. C6F01)

• Code: C8101
• Description: Before reading pressure welding alienation mechanism (When DF-628 is installed). • During a pressure motion being performed, the original reading sensor (PS4) output does not change from H to L. • During a retraction motion being performed, the original reading sensor (PS4) output does not change from L to H.
• Causes: • Reading roll release motor (M5) • Original reading sensor (PS4) • DF control board (DFCB)
• Troubleshooting Guides: 1. Check the connector between M5-DFCB J18 for proper connection and correct as necessary. 2. Check the connector of M5 for proper drive coupling and correct as necessary. 3. Check the connector between PS4-DFCB J10 for proper connection and correct as necessary. 4. PS4 I/O check, sensor check • Control signal: DFCB J10-3 (ON) • Location of electrical component: DF-628 2-G 5. M5 operation check • Control signal: DFCB J18-4 to 5 • Location of electrical component: DF-628 2-G 6. Replace M5. 7. DFCB F9 conduction check. 8. Replace DFCB. NOTICE • Link to the wiring diagram (N.2.1 DF-628) • Link to the layout drawings for related parts by each trouble code (S.72. C8101)

• Code: C8107
• Description: Glass cleaning mechanism trouble (When DF-628 is installed) The original reading glass cleaning sensor (PS12) is not turned ON after the set period of time has elapsed after the glass cleaning motor (M4) is turned ON.
• Causes: • Glass cleaning motor (M4) • Original reading glass cleaning sensor (PS12) • DF control board (DFCB)
• Troubleshooting Guides: 1. Check the connector between M4-DFCB J8 for proper connection and correct as necessary. 2. Check the connector of M4 for proper drive coupling and correct as necessary. 3. Check the connector between PS12-DFCB J15 for proper connection and correct as necessary. 4. PS12 I/O check, sensor check • Control signal: DFCB J15-5 (ON) • Location of electrical component: DF-628 3-G 5. M4 operation check • Control signal: DFCB J8-1 to 4 • Location of electrical component: DF-628 1 to 2-B 6. Replace M4. 7. Replace DFCB. NOTICE • Link to the wiring diagram (N.2.1 DF-628) • Link to the layout drawings for related parts by each trouble code (S.73. C8107)

• Code: C8401
• Description: Data flash failure (When DF-628 is installed) Data flash does not access normally.
• Causes: DF control board (DFCB)
• Troubleshooting Guides: 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Check the DFCB connector for proper connection and correct as necessary. 3. Rewrite the firmware. 4. Replace DFCB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.74. C8401, CC156)

• Code: C9401
• Description: Exposure LED lighting failure. The output from the CCD sensor is a predetermined value or less during CCD sensor gain adjustment.
• Causes: • LED exposure unit • CCD unit • Flat cable (CCD unit) • CCD board (CCDB) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between LEDB CN1-CCDB PJ7 for proper connection and correct as necessary. 2. Check the status of the harness between CCDB PJ1-MFPB CN7 and replace as necessary. 3. Replace the LED exposure unit. 4. Replace the CCD unit. 5. MFPB F15E conduction check 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.75. C9401, C9402)

• Code: C9402
• Description: Exposure LED lighting abnormally. The average output value of the CCD sensor with the scanner at its standby position is a predetermined value or more at the end of a scan job.
• Causes: • LED exposure unit • CCD unit • Flat cable (CCD unit) • CCD board (CCDB) • MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connector between LEDB CN1-CCDB PJ7 for proper connection and correct as necessary. 2. Check the status of the harness between CCDB PJ1-MFPB CN7 and replace as necessary. 3. Replace the LED exposure unit. 4. Replace the CCD unit. 5. MFPB F15E conduction check 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.75. C9401, C9402)

• Code: CA051
• Description: Standard controller configuration failure. The controller of the MFP board (MFPB) is faulty.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check to see if [Service Mode] -> [System 2] -> [Image Controller Setting] has been set to “Controller 0.” If changing the setting, turn OFF the main power switch and turn it ON again after 10 seconds or more. 2. Check the connectors of the MFPB for proper connection and correct as necessary. 3. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.60. C40A1 – C40A4, C5372, C5601 – C5606, CA051 – CA053, CC151, CC152, CC170 – CC186, CC191 – CC216, CD211 – CD242, CD401 – CD413, CD701 – CD703, CD705, CD706, CE001, CE003 – CE305, CEEE1, CEEE3)

• Code: CA052
• Description: Controller hardware error. A controller hardware error is detected in the network interface.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check to see if [Service Mode] -> [System 2] -> [Image Controller Setting] has been set to “Controller 0.” If changing the setting, turn OFF the main power switch and turn it ON again after 10 seconds or more. 2. Check the connectors of the MFPB for proper connection and correct as necessary. 3. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.60. C40A1 – C40A4, C5372, C5601 – C5606, CA051 – CA053, CC151, CC152, CC170 – CC186, CC191 – CC216, CD211 – CD242, CD401 – CD413, CD701 – CD703, CD705, CD706, CE001, CE003 – CE305, CEEE1, CEEE3)

• Code: CA053
• Description: Controller start failure. A controller start failure is detected in the controller interface.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check to see if [Service Mode] -> [System 2] -> [Image Controller Setting] has been set to “Controller 0.” If changing the setting, turn OFF the main power switch and turn it ON again after 10 seconds or more. 2. Check the connectors of the MFPB for proper connection and correct as necessary. 3. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.60. C40A1 – C40A4, C5372, C5601 – C5606, CA051 – CA053, CC151, CC152, CC170 – CC186, CC191 – CC216, CD211 – CD242, CD401 – CD413, CD701 – CD703, CD705, CD706, CE001, CE003 – CE305, CEEE1, CEEE3)

• Code: CC140
• Description: Trouble related to security
• Causes:
• Troubleshooting Guides: • Contact the responsible people of KM before taking some countermeasures.

• Code: CC151
• Description: ROM contents error upon startup (MSC). A fault is detected in a sequence of ROM contents check of the MFPB during starting.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check the ROM version. 2. Rewrite the firmware. 3. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.60. C40A1 – C40A4, C5372, C5601 – C5606, CA051 – CA053, CC151, CC152, CC170 – CC186, CC191 – CC216, CD211 – CD242, CD401 – CD413, CD701 – CD703, CD705, CD706, CE001, CE003 – CE305, CEEE1, CEEE3)

• Code: CC152
• Description: ROM contents error upon startup (IR). A fault is detected in a sequence of ROM contents check of the MFPB during starting.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check the ROM version. 2. Rewrite the firmware. 3. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.60. C40A1 – C40A4, C5372, C5601 – C5606, CA051 – CA053, CC151, CC152, CC170 – CC186, CC191 – CC216, CD211 – CD242, CD401 – CD413, CD701 – CD703, CD705, CD706, CE001, CE003 – CE305, CEEE1, CEEE3)

• Code: CC155
• Description: Finisher ROM error (When FS-533, FS-534, FS-534SD or JS-506 is installed). Data of flash ROM of the finishing options is determined to be faulty when the main power switch is turned ON.
• Causes: <When FS-533, FS-534 or FS-534SD is installed> • FS control board (FSCB) <When JS-506 is installed> • JS control board (JSCB)
• Troubleshooting Guides: When FS-533, FS-534 or FS-534SD is installed 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. Replace FSCB. (FS-533/FS-534/FS-534SD) When JS-506 is installed 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. Replace JSCB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.13. C1004, CC155, CD704)

• Code: CC156
• Description: DF ROM error (When DF-628 is installed) Upgrade of the firmware has not been successful.
• Causes: DF control board (DFCB)
• Troubleshooting Guides: 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. Replace DFCB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.74. C8401, CC156)

• Code: CC15B
• Description: Flash ROM error (saddle) (When FS-534SD is installed) Data of flash ROM of the saddle is determined to be faulty when the main power switch is turned ON.
• Causes: SD drive board (SDDB)
• Troubleshooting Guides: 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. Replace SDDB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.76. CC15B)

• Code: CC163
• Description: ROM contents error (PRT) The wrong model of firmware is detected in the engine during the initial connection to the engine is being checked.
• Causes: • EEPROM/1 • EEPROM/2 • MFP board (MFPB
• Troubleshooting Guides: 1. Rewrite the firmware. 2. Replace MFPB NOTE • When taking the above steps, check whether MFPB is defective or not without replacing the EEPROM. 1. Turn OFF the main power switch and replace the current MFPB with a new one. 2. Update the firmware. 3. After completing the firmware update, turn OFF and ON the main power switch and check to see that warm-up is started. 4. When the trouble cannot be solved, reinstall the removed MFPB to the original board. 3. If the above actions do not solve the problem, contact KM. NOTICE • Link to the layout drawings for related parts by each trouble code (S.50. C2650, CC163)

• Code: CC164
• Description: ROM contents error (MSC). • The wrong model of firmware is detected in the MFP board when the main power switch is turned ON. • The machine type information (Machine, Type) registered to the machine differs from the actual machine type.
• Causes: • MFP board (MFPB) • eMMC board (eMMC)
• Troubleshooting Guides: 1. Check the ROM version. 2. Check the machine type information registered and reenter as necessary. For details the machine information, see “J.2.4 Entering the machine type information”. 3. Rewrite the firmware. 4. Replace MFPB. 5. Replace eMMC. 6. If the above actions do not solve the problem, contact KM. NOTICE • Link to the layout drawings for related parts by each trouble code (S.77. CC164, CD3A0)

• Code: CC170 … CC174
• Description: • CC170: Dynamic link error during starting (AP0)
  • CC171: Dynamic link error during starting (AP1)
  • CC172: Dynamic link error during starting (AP2)
  • CC173: Dynamic link error during starting (AP3)
  • CC174: Dynamic link error during starting (AP4)
  A dynamic link error occurs in the program on the MFP board due to an insufficient memory space available, a ROM fault, or other reason when the main power switch is turned ON.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. If the malfunction code “C-C172” has occurred, access [Service Mode] -> [System 2] -> [Image Controller Setting] and check to see if “Controller 1,” or “Others” is set for [Image Controller Setting]. If any of these is set, select “Controller 0”. 2. If the malfunction code ‘C-C180’ has occurred, check to install the appropriate loadable device driver for an authentication unit which is installed to the MFP. When the appropriate loadable device driver is not installed, reinstall the appropriate loadable device driver. 3. Replace MFPB. 4. If the above actions do not solve the problem, contact KM. NOTICE • Link to the layout drawings for related parts by each trouble code (S.60. C40A1 – C40A4, C5372, C5601 – C5606, CA051 – CA053, CC151, CC152, CC170 – CC186, CC191 – CC216, CD211 – CD242, CD401 – CD413, CD701 – CD703, CD705, CD706, CE001, CE003 – CE305, CEEE1, CEEE3)

• Code: CC180 … CC186
• Description:
  • CC180: Dynamic link error during starting (LDR) • CC181: Dynamic link error during starting (IBR) • CC182: Dynamic link error during starting (IID) • CC183: Dynamic link error during starting (IPF) • CC184: Dynamic link error during starting (IMY) • CC185: Dynamic link error during starting (SPF) • CC186: Dynamic link error during starting (OAP). A dynamic link error occurs in the program on the MFP board due to an insufficient memory space available, a ROM fault, or other reason when the main power switch is turned ON.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. If the malfunction code “C-C172” has occurred, access [Service Mode] -> [System 2] -> [Image Controller Setting] and check to see if “Controller 1,” or “Others” is set for [Image Controller Setting]. If any of these is set, select “Controller 0”. 2. If the malfunction code ‘C-C180’ has occurred, check to install the appropriate loadable device driver for an authentication unit which is installed to the MFP. When the appropriate loadable device driver is not installed, reinstall the appropriate loadable device driver. 3. Replace MFPB. 4. If the above actions do not solve the problem, contact KM. NOTICE • Link to the layout drawings for related parts by each trouble code (S.60. C40A1 – C40A4, C5372, C5601 – C5606, CA051 – CA053, CC151, CC152, CC170 – CC186, CC191 – CC216, CD211 – CD242, CD401 – CD413, CD701 – CD703, CD705, CD706, CE001, CE003 – CE305, CEEE1, CEEE3)

• Code: CC190
• Description: Outline font load error. An error occurred while loading the outline font.
• Causes: • MFP board (MFPB) • SATA board (SATAB) • Hard disk (HDD)
• Troubleshooting Guides: 1. Check the connector between the hard disk-SATAB PJ2 for proper connection and correct as necessary. 2. Check the connector between SATAB PJ1-MFPB CN1 for proper connection and correct as necessary. 3. Format the hard disk. 4. Replace the hard disk. 5. Replace SATAB. 6. Replace MFPB. NOTICE • Link to the layout drawings for related parts by each trouble code (S.78. CC190, CD002, CD004, CD00F, CD020)

• Code: CC191
• Description: Setting parameter load error (LDR). Upon startup, the processing of the loadable device driver setting data file failed. • RAM disk file creation failed. • Reading from the flash ROM failed. • An error occurred in API of the authentication module.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Turn OFF the main power switch, wait for 10 sec., then turn the switch ON. 2. Reinstall the loadable device driver. 3. Rewrite the firmware. 4. Replace MFPB.

• Code: CC211
• Description: Authentication device general error. When using the authentication device, authentication data is not to meet the specifications.
• Causes: • MFP board (MFPB) • Authentication device
• Troubleshooting Guides: 1. Check the USB cable for proper connection. Reconnect the USB cable as necessary. 2. Turn OFF the main power switch, wait for 10 sec. or more, and turn ON the main power switch.

• Code: CC212
• Description: User validation error. • An error occurred while validating the user authentication information. • The loadable device driver is not successfully installed.
• Causes: • MFP board (MFPB) • Authentication device
• Troubleshooting Guides: 1. When this trouble code is generated after installing the loadable device driver, check to see if there is any file other than loadable device driver in USB memory used. If there is any file, reinstall the loadable device driver. 2. Check the USB cable for proper connection. Reconnect the USB cable as necessary. 3. Turn OFF the main power switch, wait for 10 sec. or more, and turn ON the main power switch. 4. Re-register the user authentication information. 5. Replace authentication device.

• Code: CC213
• Description: User registration error/Card information setting error. • IC card advanced settings data is not correct when starting-up the authentication device. • Authentication information data is not correct when starting-up the authentication device. • IC card advanced settings data is not correct when setting the IC card advanced settings. • Authentication information data is not correct when setting the IC card advanced settings. • IC card advanced settings data is not correct when registering the authentication information. • Authentication information data is not correct when registering the authentication information. • IC card advanced settings data is not correct when editing the authentication information. • Authentication information data is not correct when editing the authentication information.
• Causes: • MFP board (MFPB) • Authentication device
• Troubleshooting Guides: 1. Check the USB cable for proper connection. Reconnect the USB cable as necessary. 2. Turn OFF the main power switch, wait for 10 sec. or more, and turn ON the main power switch. 3. Reset the authentication settings. (card type, IC card advanced settings, and etc.) 4. Re-register the user authentication information. NOTICE • Link to the layout drawings for related parts by each trouble code (S.60. C40A1 – C40A4, C5372, C5601 – C5606, CA051 – CA053, CC151, CC152, CC170 – CC186, CC191 – CC216, CD211 – CD242, CD401 – CD413, CD701 – CD703, CD705, CD706, CE001, CE003 – CE305, CEEE1, CEEE3)

• Code: CC214
• Description: User information deletion error. The deletion of the user information is uncompleted.
• Causes: • MFP board (MFPB) • Authentication device
• Troubleshooting Guides: 1. Check the USB cable for proper connection. Reconnect the USB cable as necessary. 2. Turn OFF the main power switch, wait for 10 sec. or more, and turn ON the main power switch.

• Code: CC216
• Description: Acquisition failure of the number of trials/Initialize error of number of authentication. An error occurred during user authentication using optional authentication unit AU-102.
• Causes: • MFP board (MFPB) • Authentication device
• Troubleshooting Guides: 1. Check the USB cable for proper connection. Reconnect the USB cable as necessary. 2. Turn OFF the main power switch, wait for 10 sec. or more, and turn ON the main power switch. 3. Reset the number of authentication trials.

• Code: CD002
• Description: JOB RAM save error. The error in save of job data to the memory/ hard disk and its read error are detected.
• Causes: • MFP board (MFPB) • SATA board (SATAB) • Hard disk (HDD)
• Troubleshooting Guides: 1. Check the connector between the hard disk-SATAB PJ2 for proper connection and correct as necessary. 2. Check the connector between SATAB PJ1-MFPB CN1 for proper connection and correct as necessary. 3. Format the hard disk. 4. Replace the hard disk. 5. Replace SATAB. 6. Replace MFPB.

• Code: CD004, CD00F, CD020
• Description: • CD004: Hard disk access error (connection failure) • CD00F: Hard disk data transfer error • CD020: Hard disk verify error • CD004: Unable to communicate between the hard disk and MFP board (MFPB). • CD00F: Data transfer from the hard disk is faulty. • CD020: The data abnormality is detected by the hard disk verify check.
• Causes: • MFP board (MFPB) • SATA board (SATAB) • Hard disk (HDD)
• Troubleshooting Guides: 1. Check the connector between the hard disk-SATAB PJ2 for proper connection and correct as necessary. 2. Check the connector between SATAB PJ1-MFPB CN1 for proper connection and correct as necessary. 3. Reinstall the hard disk. 4. Replace the hard disk. 5. Replace SATAB. 6. Replace MFPB.

• Code: CD010
• Description: Hard disk unformat. Unformatted hard disk is connected.
• Causes: • MFP board (MFPB) • Hard disk (HDD)
• Troubleshooting Guides: 1. Format the hard disk. 2. Replace the hard disk. 3. Replace MFPB.

• Code: CD011
• Description: Hard disk out of specifications mounted.A hard disk that falls outside the specifications is connected.
• Causes: Hard disk (HDD)
• Troubleshooting Guides: 1. Check the hard disk specifications. 2. Replace the hard disk.

• Code: CD012
• Description: Mount error due to hard disk being unformatted. • The hard disk is not logically formatted after the whole data in the hard disk has been deleted by overwriting. • The hard disk that has replaced an old one is not logically formatted.
• Causes: Hard disk (HDD)
• Troubleshooting Guides: 1. Logically format the hard disk and then upgrade the firmware. 2. Replace the hard disk.

• Code: CD030
• Description: Hard disk management information reading error. The machine fails to read administrative information data saved in the hard disk.
• Causes: Hard disk (HDD)
• Troubleshooting Guides: NOTICE • Link to the layout drawings for related parts by each trouble code (S.80. CD011, CD012, CD030, CD041, CD042, CD043, CD044, CD045, CD046, CD047, CD048, CD049, CD04A, CD04B)

• Code: CD041 … CD046
• Description: HDD command execution error. The error occurred inside the hard disk.
• Causes: Hard disk (HDD)
• Troubleshooting Guides: 1. Check the hard disk specifications. 2. Format the hard disk. 3. Replace the hard disk.

• Code: CD047 … CD049
• Description: HDD SCSI library error. The error occurred inside the hard disk.
• Causes: Hard disk (HDD)
• Troubleshooting Guides: 1. Check the hard disk specifications. 2. Format the hard disk. 3. Replace the hard disk.

• Code: CD04A, CD04B
• Description: HDD SCSI library error. The error occurred inside the hard disk.
• Causes: Hard disk (HDD)
• Troubleshooting Guides: 1. Check the hard disk specifications. 2. Format the hard disk. 3. Replace the hard disk.

• Code: CD050
• Description: Hard disk recovery timeout. The hard disk fails to recover from the power save mode within the predetermined period of time.
• Causes: • MFP board (MFPB) • Hard disk (HDD)
• Troubleshooting Guides: 1. Check the connector between the hard disk-SATAB PJ2 for proper connection and correct as necessary. 2. Check the connector between SATAB PJ1-MFPB CN1 for proper connection and correct as necessary. 3. Reinstall the hard disk. 4. Format the hard disk. 5. Replace the hard disk.

• Code: CD110
• Description: Wireless LAN destination initialization error. When an initialization error occurred on the settings of the wireless LAN in the upgrade kit (UK-212).
• Causes:
• Troubleshooting Guides: 1. Check the UK-212 connector for proper connection and correct as necessary. 2. Rewrite the firmware. 3. Reinstall the UK-212.

• Code: CD201, CD202, CD203
• Description: • CD201: File memory mounting error • CD202: Memory capacity discrepancy • CD203: Memory capacity discrepancy 2
• Causes: • MFP board (MFPB) • DIMM (DIMM: UK-211)
• Troubleshooting Guides: 1. Check to see if DIMM on MFPB is installed correctly. 2. Replace DIMM on MFPB. 3. Replace MFPB.

• Code: CD211, CD212
• Description: • CD211: PCI-SDRAM DMA operation failure • CD212: Compression/extraction timeout detection
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Replace MFPB.

• Code: CD241, CD242
• Description: CD241: Encryption ASIC setting error CD242: Encryption ASIC mounting error CD241: Initialization error of the encrypted ASIC is detected during the machine is starting. CD242: The faulty of the installation of encrypted ASIC is detected during the machine is starting.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check the MFP board connector for proper connection and correct as necessary. 2. Replace MFPB

• Code: CD261
• Description: USB board failure. • When a failure is detected in USB board included in the local interface kit. • Non-standard USB device is connected.
• Causes: • MFP board (MFPB) • USB board (USBB: EK-608) • USB board (USBB: EK-609)
• Troubleshooting Guides: 1. Check the operation with another USB device. 2. Check USBB connector for proper connection and correct as necessary. 3. Replace USBB. 4. Replace MFPB.

• Code: CD262
• Description: Extension network adapter installation error. • When the 2nd network card settings is set to “Set” but the upgrade kit (UK-212) is not installed. • Upgrade Kit (UK-212) is faulty.
• Causes:
• Troubleshooting Guides: 1. Check the settings of [Service Mode] -> [Network Settings] -> [2nd Network Setting] -> [2nd network card settings]. 2. Check the UK-212 connector for proper connection and correct as necessary. 3. Rewrite the firmware. 4. Reinstall the UK-212.

• Code: CD271
• Description: i-Option activated and additional memory not installed. While the i-Option is activated, the additional memory included in UK-211 is not installed.
• Causes: • MFP board (MFPB) • DIMM (DIMM: UK-211)
• Troubleshooting Guides: 1. Check DIMM for proper connection and correct as necessary. 2. Replace the DIMM. 3. Replace MFPB.

• Code: CD272
• Description: i-Option activated and additional memory and HDD not installed. While the i-Option is activated, the additional memory (DIMM) included in UK-211 and the HDD are not installed.
• Causes: • MFP board (MFPB) • Hard disk (HDD) • DIMM (DIMM: UK-211)
• Troubleshooting Guides: 1. Check DIMM for proper connection and correct as necessary. 2. Access [Service Mode] -> [System 2] -> [HDD] and check to see if “Installed” is selected. 3. Replace the DIMM. 4. Replace the hard disk. 5. Replace MFPB.

• Code: CD390
• Description: Nonvolatile data checksum error. C-D390 code is normally shown when the MFP board is replaced with a new one.
• Causes:
• Troubleshooting Guides: 1. Wait until “Recover Data” appears. (MFP will reboot maximum 2 times by itself, it may take 5 minutes.) Touch the “Recover Data” button and follow the instructions that appear on the control panel to restore (backup) data.

• Code: CD391
• Description: Nonvolatile data save error (eMMC)
• Causes:
• Troubleshooting Guides: NOTE • Contact the responsible people of KM before taking some countermeasures.

• Code: CD392
• Description: Nonvolatile data save error (EEPROM) The EEPROM is replaced with a new one.
• Causes: • EEPROM/1 • EEPROM/2
• Troubleshooting Guides: 1. Replace the following components with new ones. When the transfer belt unit and the fusing unit have been replaced with new ones, perform [New Release] in the service mode. When the transfer roller has been replaced with a new one, perform [Counter clear]. • Imaging unit/Y,M,C • Developing unit/K • Drum unit/K • Toner cartridge/Y,M,C,K • Transfer belt unit • Fusing unit • Transfer roller • Feed roller, pick-up roller, separation roller (including options) 2. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 3. Set the various setting values in the service mode again. NOTICE • Link to the layout drawings for related parts by each trouble code (S.85. CD392)

• Code: CD3A0
• Description: Counter error. The total counter values provided by the MFP board and the eMMC board are different.
• Causes: • MFP board (MFPB) • eMMC board (eMMC)
• Troubleshooting Guides: 1. If this error occurs temporarily due to the use of the board removed from another machine, reinstall the original board. 2. Replace the current MFPB with a new one. 3. Replace the current eMMC with a new one.

• Code: CD401, CD402, CD403
• Description: • CD401: NACK command incorrect • CD402: ACK command incorrect • CD403: Checksum error. When abnormality is found in the communication of controller.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check whether there is a strong electromagnetic noise source near the main body. 2. Check the connectors on MFPB for proper connection and correct as necessary. 3. Replace MFPB.

• Code: CD404, CD405, CD406
• Description: • CD404: Receiving packet incorrect • CD405: Receiving packet analysis error • CD406: ACK receiving timeout
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check whether there is a strong electromagnetic noise source near the main body. 2. Check the connectors on MFPB for proper connection and correct as necessary. 3. Replace MFPB.

• Code: CD407, CD411
• Description: • CD407: Retransmission timeout • CD411: Touch panel board error
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check whether there is a strong electromagnetic noise source near the main body. 2. Check the connectors on MFPB for proper connection and correct as necessary. 3. Replace MFPB.

• Code: CD412, CD413
• Description: • CD412: Touch panel type mismatch • CD413: Electrostatic touch panel operation mode error
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check whether there is a strong electromagnetic noise source near the main body. 2. Check the connectors on MFPB for proper connection and correct as necessary. 3. Replace MFPB.

• Code: CD601, CD602, CD603
• Description: Trouble related to security
• Causes:
• Troubleshooting Guides: 1. Turn OFF the main power switch, wait for 10 sec. or more, and turn ON the main power switch. If the above actions do not solve the problem, contact KM.

• Code: CD701, CD702, CD703
• Description: • CD701: Mechanical controller flash ROM writing error • CD702: Mechanical controller flash ROM device error • CD703: FW download communication fault. CD701: A mechanical controller flash ROM writing sequence is interrupted in its mid-operation due to, for example, power being shut off. CD702: An erase error or other device fault occurs during mechanical controller flash ROM writing. CD703: Irregular data is received during FW downloading. • Places are changed in the order of write completion pulses. • A write completion pulse is received for a memory for which binary writing is not permitted. • Final checksum mismatch in FW download • Two-minute timeout (no response from CTL, the number of transfer data items less than the specified)
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. Replace MFPB.

• Code: CD704
• Description: Finisher Flash ROM device error (When FS-533, FS-534, FS-534SD or JS-506 is installed). An erase error or other device fault occurs during the finisher flash ROM writing.
• Causes: <When FS-533, FS-534 or FS-534SD is installed> • FS control board (FSCB) <When JS-506 is installed> • JS control board (JSCB)
• Troubleshooting Guides: When FS-533, FS-534 or FS-534SD is installed 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. Replace FSCB. (FS-533/FS-534/FS-534SD) When JS-506 is installed 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. Replace JSCB.

• Code: CD705, CD706
• Description: • CD705: Mechanical controller sub-CPU flash ROM device error • CD706: Mechanical controller sub-CPU flash ROM error. • CD705: An erase error or other device fault occurs during mechanical controller sub-CPU flash ROM writing. • CD706: A data error is determined to exist in the mechanical controller sub-CPU flash ROM during starting.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Turn OFF the main power switch, disconnect and then connect the power cord. Wait for 10 sec. or more after connect the power cord, and turn ON the main power switch. 2. Rewrite the firmware. 3. Replace MFPB.

• Code: CDF50, CDF70, CDFA0
• Description: • CDF50: ASIC image version failure • CDF70: ASIC image access failure • CDFA0: ASIC image error. Communication error is detected between the MFP board (MFPB) and the CCD board (CCDB).
• Causes: • CCD unit • MFP board (MFPB) • CCD board (CCDB)
• Troubleshooting Guides: 1. Check the connector between MFPB CN7-CCDB PJ1 for proper connection and correct as necessary. 2. Rewrite the firmware. 3. Replace the CCD unit. 4. Replace MFPB.

• Code: CE001, CE003, CE004
• Description: • CE001: Abnormal message queue • CE003: Task error • CE004: Event error. MFP board (MFPB) is faulty.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connectors on MFPB for proper connection and correct as necessary. 2. Replace MFPB.

• Code: CE002
• Description: Message and method parameter failure. MFP board (MFPB) is faulty.
• Causes: • MFP board (MFPB) • Hard disk (HDD)
• Troubleshooting Guides: 1. Turn OFF the main power switch and turn it ON again, and conduct the following setting. [Service Mode] -> [System 1] -> [Initialization] -> [Clear All Data]. 2. Format the hard disk. 3. Replace the hard disk. 4. Replace MFPB.

• Code: CE005, CE006, CE007
• Description: • CE005: Memory access error • CE006: Header access error • CE007: DIMM initialize error
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connectors on MFPB for proper connection and correct as necessary. 2. Replace MFPB.

• Code: CE101
• Description: Browser finish detected • The browser is automatically recovered (restarted) after the main body detected that the browser (separate process) has stopped with fault. • When the “Malfunction finish is detected over predetermined number of times” or “the browser task process is except in idle (printing, etc)”.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connectors on MFPB for proper connection and correct as necessary. 2. Replace MFPB.

• Code: CE201
• Description: Transmission operation log storage fault. When the transmission log storage failed, it repeats retrial until transmission operation log is stored. The trouble is detected when the retrial failed for predetermined number of times.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connectors on MFPB for proper connection and correct as necessary. 2. Replace MFPB.

• Code: CE301, CE302, CE303
• Description: • CE301: Referring incorrect memory • CE302: Incorrect command • CE303: Finished due to error inside Qt library. Error occurred with the process inside the MFP controller.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connectors on MFPB for proper connection and correct as necessary. 2. Replace MFPB. 3. Acquire the debug logs in [Service Mode] -> [Debug Settings] and analyze them.

• Code: CED01
• Description: The authentication application information does not exist in the hard disk/eMMC board in the enhanced server authentication state. With “Enhanced Server Authentication” set, no authentication application registration information is found in the hard disk (HDD) or the eMMC board (eMMC).
• Causes: • eMMC board (eMMC) • Hard disk (HDD)
• Troubleshooting Guides: 1. Turn OFF and ON the main power switch. 2. Check the connector from MFPB CN1-SATAB PJ1 for proper connection and correct as necessary. 3. Check the connector between SATAB PJ2-hard disk for proper connection and correct as necessary. 4. Check eMMC for proper connection and correct as necessary. 5. Logically format the hard disk. 6. Replace the hard disk. 7. If the above actions do not solve the problem, contact KM.

• Code: CEEE1, CEEE3
• Description: • CEEE1: MFP board (MSC) malfunction • CEEE3: MFP board (ENG) malfunction MFP board (MFPB) is faulty.
• Causes: MFP board (MFPB)
• Troubleshooting Guides: 1. Check the connectors on MFPB for proper connection and correct as necessary. 2. Replace MFPB.

• Code: CEEE2
• Description: Scanner section malfunction. A scanner part is faulty.
• Causes: • LED exposure unit • CCD unit • CCD board (CCDB)
• Troubleshooting Guides: 1. Check the connectors on CCDB for proper connection and correct as necessary. 2. Replace the LED exposure unit. 3. Replace the CCD unit.

• Code: D-1
• Description: Split line detect (front side) • While recovering from the power save mode or when the main power switch and power key are ON, it detects whether or not stain exist at the original reading glass when the DF is closed. This warning will be displayed if the original is set to DF when stain exist. • The thin line detection level and the warning display can be changed by [Service Mode] -> [System 2] -> [ADF Scan Glass Contamin. Set.].
• Causes: • Glass cleaning motor (M4) • Original reading glass cleaning sensor (PS12) • DF control board (DFCB)
• Troubleshooting Guides: 1. Wipe clean the glass surface of the original reading glass. 2. Check the glass cleaning roller unit for proper installation and correct if necessary. Clean the glass cleaning roller unit if dirty. 3. Select [Service Mode] -> [System 2] -> [ADF Scan Glass Contamin. Set.], and change the setting. 4. Check the DFCB connector for proper connection and correct as necessary. 5. M4 operation check. 6. Replace the glass cleaning roller unit. 7. Replace DFCB

• Code: P-14
• Description: Skew correction trouble. The difference between the skew default position setting value and the cumulative amount of skew adjustment values goes over the predetermined value.
• Causes: • IDC sensor/Fr (IDCS/Fr) • IDC sensor/Rr (IDCS/Rr) • Imaging unit/Y,M,C • Drum unit/K • MFP board (MFPB) • PH unit
• Troubleshooting Guides: 1. Check the drive transmission portion of the imaging unit or drum unit and correct as necessary. 2. Clean the contact of the imaging unit or drum unit connector if dirty. 3. Reinstall or reconnect IDCS/Fr or IDCS/Rr if it is installed or connected improperly. 4. Clean IDCS/Fr or IDCS/Rr if it is dirty. 5. Check the connectors of the MFPB for proper connection and correct as necessary. 6. Replace IDCS/Fr or IDCS/Rr. 7. Replace the imaging unit/Y,M,C. 8. Replace the drum unit/K. 9. Replace the PH unit. 10. MFPB F14E conduction check 11. Replace MFPB NOTE • After the PH unit is replaced, reset the skew default position for each color in [Service Mode] -> [Machine] -> [Print Head Skew Adj.] -> [Print Head Skew Adj.] • When this alert code is displayed, according to the list, take actions to address the problem. After the problem is resolved, select [Service Mode] -> [Machine] -> [Print Head Skew Adj.] -> [Print Head Skew Reset] and perform the skew adjustment reset.

• Code: P-21
• Description: Color regist test pattern failure. • During pre-pattern detection, pre-pattern edge (start/ end point of effective area) is not detected within the pre-pattern search area. • During detection of regist pattern at vertical/horizontal direction, pattern edge (start/end point of effective area) is not detected within the pattern search area of each unit.
• Causes: • Transfer belt unit • PH unit • MFP board (MFPB)
• Troubleshooting Guides: 1. Wipe clean the surface of the transfer belt with a soft cloth, if it is dirty. 2. Replace the transfer belt unit if the transfer belt is damaged. 3. Replace the PH unit. 4. Replace MFPB.

• Code: P-22
• Description: Color regist adjust failure. • The gap between maximum and minimum value of deviations among each color (the values before averaging) is over the predetermined value. • Average deviation exceeds the predetermined value. • In case the final value of the deviation after stabilization exceeds the predetermined value, it is regarded as failure even if the average deviation is within tolerance.
• Causes: • IDC sensor/Fr (IDCS/Fr) • IDC sensor/Rr (IDCS/Rr) • MFP board (MFPB)
• Troubleshooting Guides: 1. Slide out the imaging unit or drum/developing unit and reinstall it in position. 2. Reinstall or reconnect IDCS/Fr or IDCS/Rr if it is installed or connected improperly. 3. Check the vertical transport guide for installed position and correct as necessary. 4. Replace MFPB.

• Code: P-27
• Description: Secondary transfer ATVC failure. An abnormal average value is detected during an adjustment of the second transfer ATVC value.
• Causes: • High voltage unit (HV) • MFP board (MFPB) • Image transfer entrance guide • 2nd transfer assy • Transfer belt unit
• Troubleshooting Guides: 1. Check the contact between the roller opposed to the 2nd transfer roller in the transfer belt unit and the grounding terminal. Clean the joint or correct if necessary. 2. Check the image transfer entrance guide for proper installation and correct if necessary. 3. Check that the spring does not come off during the pressure operation of the transfer roller and correct if necessary. 4. Check the contact at the joint of the 2nd transfer assy and HV. Clean the joint or correct if necessary. 5. Replace the transfer belt unit. 6. Replace HV. 7. Replace MFPB.

• Code: P-33
• Description: LD malfunction. The DETOUT signal of the LD drive detected malfunction consecutively for the predetermined frequency.
• Causes: • Laser diode/Y (LD/Y) • Laser diode/M (LD/M) • Laser diode/C (LD/C) • Laser diode/K (LD/K) • Laser drive board (LDDB) • PH unit • MFP board (MFPB)
• Troubleshooting Guides: 1. Replace the PH unit. 2. Replace MFPB.

• Code: P-5, P-28
• Description: IDC sensor/Fr failure, IDC sensor/Rr failure. • During IDC sensor light intensity correction, output voltage detected for all eight sample patterns are 3.35 V or more. • During IDC sensor light intensity correction, sensor output voltage for light intensity selected after the correction is under 0.7 V. • During IDC base surface detective control, sensor output voltage detected is under 0.7 V or over 3.35V. • During image stabilization (gamma correction control), detected output value for IDC sensor did not go below threshold (half the value of what is detected by IDC sensor on the belt surface) for three consecutive times (position of the pattern end is not detected). • During image stabilization (gamma correction control), sensor’s output value of each color for hyper 0 gradation after the primary approximation is half the detection level on the belt surface or under
• Causes: • IDC sensor/Fr (IDCS/Fr) • IDC sensor/Rr (IDCS/Rr) • High voltage unit (HV) • Transfer belt unit
• Troubleshooting Guides: 1. Wipe clean the surface of the transfer belt with a soft cloth, if it is dirty. 2. Replace the transfer belt unit if the transfer belt is damaged. 3. Reinstall or reconnect IDCS/Fr or IDCS/Rr if it is installed or connected improperly. 4. Clean IDCS/Fr or IDCS/Rr if it is dirty. 5. Check the HV connector for proper connection and correct as necessary. 6. Open/close the front door, run an image stabilization sequence, and select [State Confirmation] -> [Level History 1] to check the IDC value. If the value is 1.0 V or less, replace IDCS/Fr or IDCS/Rr. 7. Replace MFPB

• Code: P-6, P-7, P-8, P-9
• Description: Imaging unit (C) failure, Imaging unit (M) failure, Imaging unit (Y) failure, Drum/Development unit (K) failure. • All density readings taken from the density pattern produced on the transfer belt are 1.0 g/m2 (IDC sensor photo receiver output) or less during max. density adjustment (Vg/Vdc adjustment). • All density readings taken from the density pattern produced on the transfer belt are 4.0 g/m2 (IDC sensor photo receiver output) and more during max. density adjustment (Vg/Vdc adjustment).
• Causes: • Imaging unit/Y,M,C • Drum unit/K • Developing unit/K • IDC sensor/Fr (IDCS/Fr) • IDC sensor/Rr (IDCS/Rr) • MFP board (MFPB) • High voltage unit (HV) • Transfer belt unit
• Troubleshooting Guides: 1. Select [Imaging Process Adjustment] -> [Max Image Density Adj] and, if the setting value is negative, readjust. 2. Check the drive transmission portion of the imaging unit or drum/developing unit and correct as necessary. 3. Clean the IDC sensor/Fr (IDCS/Fr) or IDC sensor/Rr (IDCS/Rr) window if dirty. 4. Clean the contact of the imaging unit or drum/developing unit connector if dirty. 5. Check the HV connector for proper connection and correct as necessary. 6. Replace the imaging unit/Y,M,C. 7. Replace the drum unit/K. 8. Replace the developing unit/K. 9. Replace the transfer belt unit. 10. Replace HV. 11. Replace MFPB.

• Code: S-1
• Description: It is detected that the CCD clamp gain adjustment value is faulty.
• Causes: • LED exposure unit • CCD unit • CCD board (CCDB) • MFP board (MFPB)
• Troubleshooting Guides: 1. Correct the harness connection between CCDB PJ1-MFPB CN7 if faulty. 2. Check for possible extraneous light and correct as necessary. 3. Clean the lens, mirrors, CCD surface, and shading sheet if dirty. 4. Correct reflective mirror of the scanner if faulty. 5. Replace the CCD unit. 6. Replace MFPB.

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