Samsung SLK4350LX model and fix error codes list

Samsung SLK4350LX model and fix error codes list

– Compatible Printer model: Samsung SLK4350LX
– Samsung SLK4350LX Error Codes with quick guides:

• Code: 11-2T01, 11-2T11, 11-2T21
• Description: Load tray with [Letter], [Plain] paper
  Load tray 1 with [Letter], [Plain] paper
  Load tray 2 with [Letter], [Plain] paper
• Causes: Paper in tray is not matched to the machine paper setting.
• Troubleshooting Guides: 1) Check and change the paper setting of the corresponding tray properly.

• Code: 11-2T31, 11-2T41, 11-2T61
• Description: Load tray 3 with [Letter], [Plain] paper
  Load tray 4 with [Letter], [Plain] paper
  Load MP with [Letter], [Plain] paper
• Causes: Paper in tray is not matched to the machine paper setting.
• Troubleshooting Guides: 1) Check and change the paper setting of the corresponding tray properly.

• Code: 61-1111
• Description: Booting Failure: #61-1111. Turn off then on. Call for service if the problem persists
• Causes: Hibernation image creation is failed.
• Troubleshooting Guides: 1) Turn the machine on with a normal booting.
  2) Enter the SVC mode. Select “Hibernation On” again.

• Code: A1-1111, A1-1113
• Description: Motor Failure: #A1-1111. Turn off then on. Call for service if the problem persists.
  Motor Failure: #A1-1113. Turn off then on. Call for service if the problem persists.
• Causes: Regi/MP motor does not operate. / Regi/MP motor is operating but machine recognizes status as ‘Stopped’.
• Troubleshooting Guides: 1) Turn the machine off then on. If the error persists, turn the machine off again.
  2) Open the side cover. Check if there are any foreign substances or paper around Regi./MP unit.
  3) Remove the Rear-cover.
  4) Check if the Regi/MP motor connector is connected correctly.
  5) If the connection is OK, turn the machine on. Enter the SVC mode. Select the motor test. (Diagnostics > Engine Diagnostics > Engine Test Routines >100–0000) a) If the motor does not operates. i) Check the signal and power with the DVM. ii) If the checked result is normal, replace the BLDC motor(JC93-00448A). iii) If the checked result is abnormal, check the following. – If 24V power is not generated, replace the SMPS board (JC44-00100C (220V) / JC44-00093C (110V)) – If the control signal is abnormal, replace the main board(JC92–02746A) b) If the motor is operational, check the Pin Num 8. i) If the value is abnormal, replace the main board. ii) If the value is normal, replace the harness.

• Code: A1-1211, A1-1213
• Description: Motor Failure: #A1-1211. Turn off then on. Call for service if the problem persists.
  Motor Failure: #A1-1213. Turn off then on. Call for service if the problem persists.
• Causes: Fuser motor does not operate. / Fuser motor is operational but machine recognizes status as stopped.
• Troubleshooting Guides: 1) Turn the machine off then on. If the error persists, turn the machine off again.
  2) Open the side cover. Check if there are any foreign substances or paper around fuser unit.
  3) Remove the rear cover
  4) Check if the fuser motor connector is connected correctly. 5) f the connection is OK, turn the machine on. Enter the SVC mode. Select the motor test. (Diagnostics > Engine Diagnostics > Engine Test Routines > 109-0030) a) If the motor does not operates. i) Check the signal and power with the DVM. ii) If the checked result is normal, replace the BLDC motor(JC93-00448A). iii) If the checked result is abnormal, check the following. – If 24V power is not generated, replace the SMPS board (JC44-00100C (220V) / JC44-00093C (110V)). – If the control signal is abnormal, replace the main board(JC92–02746A) b) If the motor is operational, check the Pin Num 8. i) If the value is abnormal, replace the main board. ii) If the value is normal, replace the harness.

• Code: A1-2111, A1-2113
• Description: Motor Failure: #A1-2111. Turn off then on. Call for service if the problem persists.
  Motor Failure: #A1-2113. Turn off then on. Call for service if the problem persists.
• Causes: OPC motor does not operate. / OPC motor is operational but machine recognizes status as stopped.
• Troubleshooting Guides: 1) Turn the machine off then on. If the error persists, turn the machine off again.
  2) Open the side cover. Check if there are any foreign substances or paper around drum drive unit.
  3) Remove the rear cover
  4) Check if the OPC motor connector is connected correctly.
  5) If the connection is OK, turn the machine on. Enter the SVC mode. Select the yellow OPC motor test. (Diagnostics > Engine Diagnostics > Engine Test Routines > 100–0044) a) If the motor does not operates. i) Check the signal and power with the DVM. ii) If the checked result is normal, replace the BLDC motor(JC31-00123B). iii) If the checked result is abnormal, check the following. – If 24V power is not generated, replace the SMPS board (JC44-00100C (220V) / JC44-00093C (110V)). – if the control signal is abnormal, replace the main board(JC92–02746A) b) If the motor is operational, check the Pin Num 8. i) If the value is abnormal, replace the main board. ii) If the value is normal, replace the harness.

• Code: A1-5113, A1-5512
• Description: Motor Failure: #A1-5113. Turn off then on. Call for service if the problem persists.
  Motor Failure: #A1-5512. Turn off then on. Call for service if the problem persists.
• Causes: The motor related to toner supply has a problem.
• Troubleshooting Guides: 1) Open the front cover. If the toner pipe is blocked, open it.
  2) Turn the machine off then on. If the error persists, check the following steps.
  3) Enter the SVC mode. Select the toner supply motor test. (Diagnostics > Engine Diagnostics > Engine Test Routines > 111-0030)
  4) If the motor does not operate, measure the motor power with DVM. – Measure two points together. a) If 24V power is supplied, replace the toner supply motor(JC31-00123B). b) If 24V power is not supplied, check the SMPS and main board i) If 24V power is not generated, replace the SMPS board(JC44-00100C (220V) / JC44-00093C (110V)). ii) If the control signal is abnormal, replace the main board(JC92–02746A).

• Code: A1-5513, A1-5610
• Description: Motor Failure: #A1-5513. Turn off then on. Call for service if the problem persists.
  Motor Failure: #A1-5610. Turn off then on. Call for service if the problem persists.
• Causes: The motor related to toner supply has a problem.
• Troubleshooting Guides: 1) Open the front cover. If the toner pipe is blocked, open it.
  2) Turn the machine off then on. If the error persists, check the following steps.
  3) Enter the SVC mode. Select the toner supply motor test. (Diagnostics > Engine Diagnostics > Engine Test Routines > 111-0030)
  4) If the motor does not operate, measure the motor power with DVM. – Measure two points together. a) If 24V power is supplied, replace the toner supply motor(JC31-00123B). b) If 24V power is not supplied, check the SMPS and main board i) If 24V power is not generated, replace the SMPS board(JC44-00100C (220V) / JC44-00093C (110V)). ii) If the control signal is abnormal, replace the main board(JC92–02746A).

• Code: A2-1510, A2-1511, A2-1521
• Description: Fan Failure: #A2-xxxx. Turn off then on. Call for service if the problem persists Fan Failure: #A2-xxxx. Open the door, then close it. Call for service if the problem persists
• Causes: Fan does not operate or fan signal is abnormal.
  NOTE • Duplex fan error : A2–1510 / A2–1511 / A2–1521 / A2–1523 • Deve fan error : A2–2810 / A2–2811 / A2–2821 / A2–2823 • OPC blow-in fan error : A2–2910 / A2–2911 / A2–2920 / A2–2921
• Troubleshooting Guides: 1) Turn the machine off.
  2) Remove the rear cover.
  3) Check if the corresponding fan connector is connected correctly.
  4) If the connection is OK, enter the SVC mode and execute fan test. (Diagnostics > Engine Dignostics > Engine Test Routines) 5) If the fan does not operate, measure the fan power. (Red line) – Measure the red line a) If 24V power is generated, replace the defective fan. b) If 24V power is not generated, check the SMPS and main board. i) Measure 24V power on the SMPS board. If the SMPS board(JC44-00100C (220V) / JC44-00093C (110V)) is defective, replace it. ii) If the SMPS board is normal, replace the main board. 6) If the fan operation is normal but the error persists, a) Check the yellow line signal with DVM. b) Check fan operation as connection or disconnection. i) If the lock signal is 0V continually, check the harness. ii) If the harness is OK, replace the main board(JC92–02746A). iii) If the signal value is different from the table above, replace the defective fan. • Deve fan : JC31–00161A • Duplex fan : JC31–00160B

• Code: A2-1523, A2-2810, A2-2811
• Description: Fan Failure: #A2-xxxx. Turn off then on. Call for service if the problem persists Fan Failure: #A2-xxxx. Open the door, then close it. Call for service if the problem persists
• Causes: Fan does not operate or fan signal is abnormal.
  NOTE • Duplex fan error : A2–1510 / A2–1511 / A2–1521 / A2–1523 • Deve fan error : A2–2810 / A2–2811 / A2–2821 / A2–2823 • OPC blow-in fan error : A2–2910 / A2–2911 / A2–2920 / A2–2921
• Troubleshooting Guides: 1) Turn the machine off.
  2) Remove the rear cover.
  3) Check if the corresponding fan connector is connected correctly.
  4) If the connection is OK, enter the SVC mode and execute fan test. (Diagnostics > Engine Dignostics > Engine Test Routines) 5) If the fan does not operate, measure the fan power. (Red line) – Measure the red line a) If 24V power is generated, replace the defective fan. b) If 24V power is not generated, check the SMPS and main board. i) Measure 24V power on the SMPS board. If the SMPS board(JC44-00100C (220V) / JC44-00093C (110V)) is defective, replace it. ii) If the SMPS board is normal, replace the main board. 6) If the fan operation is normal but the error persists, a) Check the yellow line signal with DVM. b) Check fan operation as connection or disconnection. i) If the lock signal is 0V continually, check the harness. ii) If the harness is OK, replace the main board(JC92–02746A). iii) If the signal value is different from the table above, replace the defective fan. • Deve fan : JC31–00161A • Duplex fan : JC31–00160B

• Code: A2-2821, A2-2823, A2-2910
• Description: Fan Failure: #A2-xxxx. Turn off then on. Call for service if the problem persists Fan Failure: #A2-xxxx. Open the door, then close it. Call for service if the problem persists
• Causes: Fan does not operate or fan signal is abnormal.
  NOTE • Duplex fan error : A2–1510 / A2–1511 / A2–1521 / A2–1523 • Deve fan error : A2–2810 / A2–2811 / A2–2821 / A2–2823 • OPC blow-in fan error : A2–2910 / A2–2911 / A2–2920 / A2–2921
• Troubleshooting Guides: 1) Turn the machine off.
  2) Remove the rear cover.
  3) Check if the corresponding fan connector is connected correctly.
  4) If the connection is OK, enter the SVC mode and execute fan test. (Diagnostics > Engine Dignostics > Engine Test Routines) 5) If the fan does not operate, measure the fan power. (Red line) – Measure the red line a) If 24V power is generated, replace the defective fan. b) If 24V power is not generated, check the SMPS and main board. i) Measure 24V power on the SMPS board. If the SMPS board(JC44-00100C (220V) / JC44-00093C (110V)) is defective, replace it. ii) If the SMPS board is normal, replace the main board. 6) If the fan operation is normal but the error persists, a) Check the yellow line signal with DVM. b) Check fan operation as connection or disconnection. i) If the lock signal is 0V continually, check the harness. ii) If the harness is OK, replace the main board(JC92–02746A). iii) If the signal value is different from the table above, replace the defective fan. • Deve fan : JC31–00161A • Duplex fan : JC31–00160B

• Code: A2-2911, A2-2920, A2-2921
• Description: Fan Failure: #A2-xxxx. Turn off then on. Call for service if the problem persists Fan Failure: #A2-xxxx. Open the door, then close it. Call for service if the problem persists
• Causes: Fan does not operate or fan signal is abnormal.
  NOTE • Duplex fan error : A2–1510 / A2–1511 / A2–1521 / A2–1523 • Deve fan error : A2–2810 / A2–2811 / A2–2821 / A2–2823 • OPC blow-in fan error : A2–2910 / A2–2911 / A2–2920 / A2–2921
• Troubleshooting Guides: 1) Turn the machine off.
  2) Remove the rear cover.
  3) Check if the corresponding fan connector is connected correctly.
  4) If the connection is OK, enter the SVC mode and execute fan test. (Diagnostics > Engine Dignostics > Engine Test Routines) 5) If the fan does not operate, measure the fan power. (Red line) – Measure the red line a) If 24V power is generated, replace the defective fan. b) If 24V power is not generated, check the SMPS and main board. i) Measure 24V power on the SMPS board. If the SMPS board(JC44-00100C (220V) / JC44-00093C (110V)) is defective, replace it. ii) If the SMPS board is normal, replace the main board. 6) If the fan operation is normal but the error persists, a) Check the yellow line signal with DVM. b) Check fan operation as connection or disconnection. i) If the lock signal is 0V continually, check the harness. ii) If the harness is OK, replace the main board(JC92–02746A). iii) If the signal value is different from the table above, replace the defective fan. • Deve fan : JC31–00161A • Duplex fan : JC31–00160B

Solve Samsung SLK4350LX Error codes

• Code: A3-3111, A3-3112
• Description: Sensor Failure: #A3-3111. Turn off then on. Call for service if the problem persists
  Sensor Failure: #A3-3112. Turn off then on. Call for service if the problem persists
• Causes: The NC sensor in the fuser unit is defective. / The sensor signal is abnormal due to a defective harness. • A3–3111 : Center NC sensor is in short status. • A3–3112 : Center NC sensor is in open status. • A3–3113 : Side NC sensor is in short status. • A3–3114 : Side NC sensor is in open status.
• Troubleshooting Guides: 1) Remove and disassemble the fuser unit.
  2) Measure the resistance value of the thermistor (1404-001453). If the measured value is out of 307KΩ~430KΩ @25℃, replace the thermistor.
  3) Install the fuser unit after replacing the thermistor.
  4) If the error persists, replace the fuser unit (JC91-01163A(220V) / JC91–01164A (110V)).
  5) If the error persists after replacing fuser unit, replace the main board(JC92–02746A).

• Code: A3-3113, A3-3114
• Description: Sensor Failure: #A3-3111. Turn off then on. Call for service if the problem persists
  Sensor Failure: #A3-3112. Turn off then on. Call for service if the problem persists
• Causes: The NC sensor in the fuser unit is defective. / The sensor signal is abnormal due to a defective harness. • A3–3111 : Center NC sensor is in short status. • A3–3112 : Center NC sensor is in open status. • A3–3113 : Side NC sensor is in short status. • A3–3114 : Side NC sensor is in open status.
• Troubleshooting Guides: 1) Remove and disassemble the fuser unit.
  2) Measure the resistance value of the thermistor (1404-001453). If the measured value is out of 307KΩ~430KΩ @25℃, replace the thermistor.
  3) Install the fuser unit after replacing the thermistor.
  4) If the error persists, replace the fuser unit (JC91-01163A(220V) / JC91–01164A (110V)).
  5) If the error persists after replacing fuser unit, replace the main board(JC92–02746A).

• Code: A3-3210, A3-3211, A3-3212
• Description: Sensor Failure: #A3-3210. Turn off then on. Call for service if the problem persists
  Sensor Failure: #A3-3211. Turn off then on. Call for service if the problem persists
  Sensor Failure: #A3-3212. Turn off then on. Call for service if the problem persists
• Causes: Inner temperature sensor is defective.
  • A3–3210 : Inner temperature sensor value is abnormal. • A3–3211 : Inner temperature sensor is in short status. • A3–3212 : Inner temperature sensor is in open status.
• Troubleshooting Guides: 1) Open the side cover. Check the inner temperature sensor connection. • If the connection is OK, replace the photo sensor (1404-001417).
  2) If the sensor is normal, replace the main board(JC92-02746A).

• Code: A3-3310, A3-3311, A3-3312
• Description: Sensor Failure: #A3-3310. Turn off then on. Call for service if the problem persists
  Sensor Failure: #A3-3311. Turn off then on. Call for service if the problem persists
  Sensor Failure: #A3-3312. Turn off then on. Call for service if the problem persists
• Causes: Symptom Outer temperature/humidity sensor is defective.
  • A3–3310 / A3–3311 / A3–3312 : Temperature function is abnormal. • A3–3410 / A3–3411 / A3–3412 : Humidity function is abnormal.
• Troubleshooting Guides: 1) Remove the left cover.
  2) If the harness and sensor are normal, replace the main board (JC92-02746A).

• Code: A3-3410, A3-3411, A3-3412
• Description: Sensor Failure: #A3-3410. Turn off then on. Call for service if the problem persists
  Sensor Failure: #A3-3411. Turn off then on. Call for service if the problem persists
  Sensor Failure: #A3-3412. Turn off then on. Call for service if the problem persists
• Causes: Symptom Outer temperature/humidity sensor is defective.
  • A3–3310 / A3–3311 / A3–3312 : Temperature function is abnormal. • A3–3410 / A3–3411 / A3–3412 : Humidity function is abnormal.
• Troubleshooting Guides: 1) Remove the left cover.
  2) If the harness and sensor are normal, replace the main board (JC92-02746A).

• Code: C1-1110, C1-111A
• Description: Prepare new yellow toner cartridge.
  Shake toner cartridge and then install. Replace toner cartridge if the problem persists
• Causes: Toner remained is 5 ~ 30% of its life.
• Troubleshooting Guides: 1) Order new yellow toner cartridge because toner cartridge with level of “Low” will be exhausted soon.

• Code: C1-1140, C1-1150
• Description: End of life, Replace with new toner cartridge Replace with new toner cartridge
• Causes: Symptom The toner cartridge is at the end of its life.
• Troubleshooting Guides: 1) Open the front cover.
  2) Remove the toner cartridge.
  3) Install the new toner cartridge.
  4) Close the toner cartridge.

• Code: C1-1160, C1-1170
• Description: End of life, Replace with new toner cartridge Replace with new toner cartridge
• Causes: Symptom The toner cartridge is at the end of its life.
• Troubleshooting Guides: 1) Open the front cover.
  2) Remove the toner cartridge.
  3) Install the new toner cartridge.
  4) Close the toner cartridge.

• Code: C1-1311, C1-1313, C1-1314
• Description: Toner Cartridge Failure: #C1-1311. Install toner cartridge again
  Shake toner cartridge and then install. Call for service if the problem persists
  Did not supply enough toner. Remove seal tape of toner cartridge or shake it. Call for service if the problem persists
• Causes: Toner supply is inefficient or abnormal.
• Troubleshooting Guides: 1) Turn the machine off. Open the front cover
  2) Remove the toner cartridge. Shake the toner cartridge horizontally to distribute the toner evenly inside the cartridge.
  3) If the problem persists, check the follows. a) Check if the Toner Supply Drive Unit(JC93–00436A) is defective. b) Check if the Toner Duct Drive Unit(JC93–00451A) is defective.
  4) If the problem persists, replace the toner cartridge.
  5) If the problem persists, replace the drum unit.

• Code: C1-1411
• Description: Toner cartridge is not installed. Install it.
• Causes: The toner cartridge is not installed. / The CRUM data is not detected.
• Troubleshooting Guides: 1) Open the front cover. Check if the toner cartridge is installed.
  2) Remove and reinstall the toner cartridge.
  3) If the problem persists, check if the toner cartridge modular jack is contaminated or deformed.
  4) Replace the toner cartridge with a new one.

• Code: C1-1512
• Description: Toner cartridge is not compatible. Check users guide.
• Causes: Toner cartridge is not compatible.
• Troubleshooting Guides: 1) Open the front cover. Remove the toner cartridge and re-install it.
  2) Print the supply information report. Check the toner cartridge information.
  3) If the toner cartridge is not a Samsung genuine, replace it with a new one.

• Code: C3-1110, C3-1130, C3-1140
• Description: Prepare new imaging unit
  Replace with new imaging unit.
• Causes: The Imaging unit has almost reached the end of life.
• Troubleshooting Guides: 1) Open the front cover and remove the waste toner container.
  2) Remove the imaging unit.
  3) If its life is at the end, replace the drum unit and developer with new one.

• Code: C3-1211
• Description: Imaging Unit Failure:#C3-1211. Please turn off then on.
• Causes: Sensor calibration error that detects the toner density for image stabilization control has occurred.
• Troubleshooting Guides: 1) Open the front cover and remove the waste toner container.
  2) Remove the imaging unit.
  3) If its life is at the end, replace the drum unit and developer with new one.

• Code: C3-1312
• Description: Imaging Unit Failure: #C3-1312. Install imaging unit again
• Causes: Toner supply is inefficient or abnormal.
• Troubleshooting Guides: 1) Turn the machine off. Open the front cover
  2) Remove the toner cartridge. Shake the toner cartridge horizontally to distribute the toner evenly inside the cartridge.
  3) If the problem persists, check the follows. a) Check if the Toner Supply Drive Unit(JC93–00436A) is defective. b) Check if the Toner Duct Drive Unit(JC93–00451A) is defective.
  4) If the problem persists, replace the toner cartridge.
  5) If the problem persists, replace the drum unit.

• Code: C3-1411
• Description: Imaging unit is not installed. Install the unit.
• Causes: The imaging unit is not installed. / The data of CRUM is not detected.
• Troubleshooting Guides: 1) Open the front cover and remove the waste toner container.
  2) Remove the imaging unit.
  3) If its life is at the end, replace the drum unit and developer with new one.

• Code: C3-1422
• Description: Imaging unit requires chargers cleaning. Clean the unit.
• Causes: The imaging unit needs to clean.
• Troubleshooting Guides: 1) Open the front cover and remove the waste toner container.
  2) Clean the drum unit by charger cleaner.
  3) If its life is at the end, replace the drum unit and developer with new one.

• Code: C3-1512
• Description: Imaging unit is not compatible. Check user’s guide
• Causes: Imaging unit is not compatible.
• Troubleshooting Guides: 1) Open the front cover and remove the waste toner container.
  2) Remove the imaging unit.
  3) If its life is at the end, replace the drum unit and developer with new one.

• Code: C6-1120
• Description: Replace with new fuser unit
• Causes: The life of the fuser unit has expired.
• Troubleshooting Guides: 1) Turn the machine off.
  2) Replace the fuser unit(JC91-01163A (220V) /JC91-01164A (110V)).
  3) Turn the machine on.

• Code: C6-1310
• Description: Fuser unit is not installed. Install it.
• Causes: The fuser unit is not installed or fuser unit connector is not connected properly.
• Troubleshooting Guides: 1) Turn the machine off then on.
  2) If the problem persists, turn the machine off again.
  3) Open the side cover. Check if the fuser unit is installed. If not, install the fuser unit.
  4) If the fuser unit is installed, remove it.
  5) Check if the fuser draw connector is broken or defective.
  6) Install the fuser unit.
  7) If the problem persists, replace the fuser unit(JC91-01163A (220V) /JC91-01164A (110V)).

• Code: C7-1110, C7-1130
• Description: Waste toner container is almost full. Order new one.
  Waste toner container is full. Replace it.
• Causes: The life of the waste toner container expires soon or has expired.
• Troubleshooting Guides: 1) Open the front cover and remove the waste toner container.
  2) Replace the waste toner container with new one.
  3) Close the front cover.

• Code: C7-1311
• Description: Waste toner container is not installed. Install it.
• Causes: The waste toner container is not installed.
• Troubleshooting Guides: 1) Open the front cover and check the waste toner container is installed correctly.
  2) Check the waste toner container sensor operates correctly.
  3) If the waste toner container sensor is defective, replace it.
  4) If the problem persists, replace the waste toner container with new one.

• Code: C8-1130
• Description: Replace with new magenta developer unit
• Causes: The life of the developer unit has expired.
• Troubleshooting Guides: 1) Turn the machine off.
  2) Open the front cover and remove the waste toner container.
  3) Remove the imaging unit.
  4) If the life of the developer unit has expired, replace the developer unit with new one.

• Code: C9-2110, C9-2120
• Description: Prepare new transfer roller
  Replace with new Transfer roller.
• Causes: Transfer roller is at the end of its life.
• Troubleshooting Guides: 1) Open the side-cover.
  2) Replace the transfer roller(JC66-04205A).

• Code: C9-2220
• Description: TR Failure: #C9-2220. Install transfer roller again.
• Causes: The resistance value of the transfer roller is abnormal.
• Troubleshooting Guides: 1) Open the side cover.
  2) Replace the transfer roller(JC66-04205A).
  3) If the problem persists, replace the HVPS board.

• Code: H1-1311, H1-1312, H1-1313
• Description: Paper jam in Tray 3.
• Causes: Paper jam has occurred in tray3. (Pick up unit connection is defective. / Pickup rollers are defective. / Feed sensor is defective.)
• Troubleshooting Guides: 1) Open the DCF Take Away-Cover. Remove the jammed paper.
  2) Remove tray3. Remove the jammed paper. Close the DCF Take Away-Cover and insert tray3.
  3) If this jam error occurs frequently, check the rollers below. a) Remove the tray3 and tray4. b) Check if the pick up/ reverse/ forward rollers are assembled correctly. c) If the pick up/ reverse/ forward rollers are worn out or contaminated, replace the defective roller(JC93-00540A).
  4) If pick up/ reverse/ forward rollers have no problem, check the following. a) Remove the DCF pick up unit1. Check if the feed sensor cable is connected correctly. b) Check if the sensor cable on DCF board is connected correctly. c) If the connection is OK, replace the feed sensor(0604-001381). d) Install the DCF pick up unit1.
  5) If the problem persists after checking step 3~4, check the following : a) Remove the DCF pick up unit1. Check if the sensor and actuator are assembled correctly. b) When pushing the pickup lever, check if the pick up rollers are down. c) Replace the DCF pick up unit1(JC93-00513A) or defective part.
  6) Check the DCF feed motor. a) Check if the DCF feed motor cable is connected correctly. b) If the connection is OK, replace the DCF feed drive unit(JC93-00447A).
  7) Check the DCF pick up motor. a) Check if the DCF pick up motor cable is connected correctly. b) If the connection is OK, replace the DCF pick up drive unit(JC93-00442A).

• Code: H1-1314, H1-1315
• Description: Paper jam in Tray 3.
• Causes: Paper jam has occurred in tray3. (Pick up unit connection is defective. / Pickup rollers are defective. / Feed sensor is defective.)
• Troubleshooting Guides: 1) Open the DCF Take Away-Cover. Remove the jammed paper.
  2) Remove tray3. Remove the jammed paper. Close the DCF Take Away-Cover and insert tray3.
  3) If this jam error occurs frequently, check the rollers below. a) Remove the tray3 and tray4. b) Check if the pick up/ reverse/ forward rollers are assembled correctly. c) If the pick up/ reverse/ forward rollers are worn out or contaminated, replace the defective roller(JC93-00540A).
  4) If pick up/ reverse/ forward rollers have no problem, check the following. a) Remove the DCF pick up unit1. Check if the feed sensor cable is connected correctly. b) Check if the sensor cable on DCF board is connected correctly. c) If the connection is OK, replace the feed sensor(0604-001381). d) Install the DCF pick up unit1.
  5) If the problem persists after checking step 3~4, check the following : a) Remove the DCF pick up unit1. Check if the sensor and actuator are assembled correctly. b) When pushing the pickup lever, check if the pick up rollers are down. c) Replace the DCF pick up unit1(JC93-00513A) or defective part.
  6) Check the DCF feed motor. a) Check if the DCF feed motor cable is connected correctly. b) If the connection is OK, replace the DCF feed drive unit(JC93-00447A).
  7) Check the DCF pick up motor. a) Check if the DCF pick up motor cable is connected correctly. b) If the connection is OK, replace the DCF pick up drive unit(JC93-00442A).

• Code: H1-1317, H1-1318
• Description: Paper jam in Tray 3.
• Causes: Paper jam has occurred in tray3. (Pick up unit connection is defective. / Pickup rollers are defective. / Feed sensor is defective.)
• Troubleshooting Guides: 1) Open the DCF Take Away-Cover. Remove the jammed paper.
  2) Remove tray3. Remove the jammed paper. Close the DCF Take Away-Cover and insert tray3.
  3) If this jam error occurs frequently, check the rollers below. a) Remove the tray3 and tray4. b) Check if the pick up/ reverse/ forward rollers are assembled correctly. c) If the pick up/ reverse/ forward rollers are worn out or contaminated, replace the defective roller(JC93-00540A).
  4) If pick up/ reverse/ forward rollers have no problem, check the following. a) Remove the DCF pick up unit1. Check if the feed sensor cable is connected correctly. b) Check if the sensor cable on DCF board is connected correctly. c) If the connection is OK, replace the feed sensor(0604-001381). d) Install the DCF pick up unit1.
  5) If the problem persists after checking step 3~4, check the following : a) Remove the DCF pick up unit1. Check if the sensor and actuator are assembled correctly. b) When pushing the pickup lever, check if the pick up rollers are down. c) Replace the DCF pick up unit1(JC93-00513A) or defective part.
  6) Check the DCF feed motor. a) Check if the DCF feed motor cable is connected correctly. b) If the connection is OK, replace the DCF feed drive unit(JC93-00447A).
  7) Check the DCF pick up motor. a) Check if the DCF pick up motor cable is connected correctly. b) If the connection is OK, replace the DCF pick up drive unit(JC93-00442A).

• Code: H1-1322
• Description: Tray 3 cassette is pulled out. Insert it properly.
• Causes: Tray 3 is pulled out or the auto size sensor connector is not connected or broken.
• Troubleshooting Guides: 1) Remove and insert tray3 correctly.
  2) If the problem persists, remove tray3 and tray4. Look inside machine.
  3) Check if the auto size sensor cable is connected correctly. Unplug and reconnect it.
  4) If the connection is OK, replace the auto size sensor(JC93-00018A).
  5) If the problem persists, replace the DCF board(JC92-02453A).

• Code: H1-1351, H1-1352, H1-1354
• Description: Paper is low in Tray 3. Load paper.
  Paper is empty in Tray 3. Load paper.
• Causes: Paper in the tray is less than 10% of specification. / The photo sensor is defective.
• Troubleshooting Guides: 1) Remove tray3. Load the paper in tray3.
  2) If paper is loaded but error message has not disappeared, check the following. a) Remove the DCF pick up unit1. b) Check if the photo sensor in the DCF pick up unit1 is contaminated. If so, clean it. c) If the photo sensor(0604-001393) is defective, replace it. d) If the actuator(JC66-03199A) is defective, replace it.

• Code: H1-1353
• Description: Input System Failure #H1-1353 : Pull Tray 3 out and insert it.
• Causes: The paper is not fed from tray3.
• Troubleshooting Guides: 1) Remove and insert tray3 correctly.
  2) Turn the machine off then on.
  3) If the problem persists, turn the machine off.
  4) Remove the Bracket Rear Cover after removing 5 screws.
  5) Check if the connection between the DCF pick up drive and DCF board is correct.
  6) If the connection is OK, replace the pick up drive unit(JC93-00442A).
  7) If the problem persists, check the following. a) Remove the DCF pick up unit1. b) Check if the photo sensor in the DCF pick up unit1 is contaminated, clean it. c) If the photo sensor(0604-001393) is defective, replace it.

• Code: H1-1411, H1-1412
• Description: Paper jam in Tray 4.
• Causes: Paper jam has occurred in tray4. (Pick up unit connection is defective. / Pickup rollers are defective. / Feed sensor is defective.)
• Troubleshooting Guides: 1) Open the DCF Take Away-Cover. Remove the jammed paper.
  2) Remove tray4. Remove the jammed paper. Close the DCF Take Away-Cover and insert tray4.
  3) If this jam error occurs frequently, check the rollers below. a) Remove tray3 and tray4. b) Check if the pick up/ reverse/ forward rollers are assembled correctly. c) If the pick up/ reverse/ forward rollers are worn out or contaminated, replace the defective roller(JC93-00540A).
  4) If pick up/ reverse/ forward rollers have no problem, check the following. a) Remove the DCF pick up unit2. Check if the feed sensor cable is connected correctly. b) Check if the sensor cable on DCF board is connected correctly. c) If the connection is OK, replace the feed sensor(0604-001381). d) Install the DCF pick up unit2.
  5) If the problem persists after checking step 3~4, check the following : a) Remove the DCF pick up unit2. Check if the sensor and actuator are assembled correctly. b) When pushing the pickup lever, check if the pick up rollers are down. c) Replace the DCF pick up unit2(JC93-00513A) or defective part.
  6) Check the DCF feed motor. a) Check if the DCF feed motor cable is connected correctly. b) If the connection is OK, replace the DCF feed drive unit(JC93-00447A).
  7) Check the DCF pick up motor. a) Check if the DCF pick up motor cable is connected correctly. b) If the connection is OK, replace the DCF pick up drive unit(JC93-00442A).

• Code: H1-1417, H1-1418
• Description: Paper jam in Tray 4.
• Causes: Paper jam has occurred in tray4. (Pick up unit connection is defective. / Pickup rollers are defective. / Feed sensor is defective.)
• Troubleshooting Guides: 1) Open the DCF Take Away-Cover. Remove the jammed paper.
  2) Remove tray4. Remove the jammed paper. Close the DCF Take Away-Cover and insert tray4.
  3) If this jam error occurs frequently, check the rollers below. a) Remove tray3 and tray4. b) Check if the pick up/ reverse/ forward rollers are assembled correctly. c) If the pick up/ reverse/ forward rollers are worn out or contaminated, replace the defective roller(JC93-00540A).
  4) If pick up/ reverse/ forward rollers have no problem, check the following. a) Remove the DCF pick up unit2. Check if the feed sensor cable is connected correctly. b) Check if the sensor cable on DCF board is connected correctly. c) If the connection is OK, replace the feed sensor(0604-001381). d) Install the DCF pick up unit2.
  5) If the problem persists after checking step 3~4, check the following : a) Remove the DCF pick up unit2. Check if the sensor and actuator are assembled correctly. b) When pushing the pickup lever, check if the pick up rollers are down. c) Replace the DCF pick up unit2(JC93-00513A) or defective part.
  6) Check the DCF feed motor. a) Check if the DCF feed motor cable is connected correctly. b) If the connection is OK, replace the DCF feed drive unit(JC93-00447A).
  7) Check the DCF pick up motor. a) Check if the DCF pick up motor cable is connected correctly. b) If the connection is OK, replace the DCF pick up drive unit(JC93-00442A).

• Code: H1-1422
• Description: Tray 4 cassette is pulled out. Insert it properly.
• Causes: Tray 4 is pulled out or the auto size sensor connector is not connected or is broken.
• Troubleshooting Guides: 1) Remove and insert tray4 correctly.
  2) If the problem persists, remove tray3 and tray4. Look inside machine.
  3) Check if the auto size sensor cable is connected correctly. Unplug and reconnect it.
  4) If the connection is OK, replace the auto size sensor(JC93-00018A).
  5) If the problem persists, replace the DCF board(JC92-02453A).

• Code: H1-1451, H1-1452, H1-1454
• Description: Paper is low in Tray 4. Load paper.
  Paper is empty in Tray 4. Load paper.
• Causes: Paper in tray4 is less than 10%. / The photo sensor is defective.
• Troubleshooting Guides: 1) Remove tray4. Load the paper in tray4.
  2) If paper is loaded but error message has not disappeared, check the following. a) Remove the DCF pick up unit2. b) Check if the photo sensor in the DCF pick up unit2 is contaminated. If so, clean it. c) If the photo sensor(0604-001393) is defective, replace it. d) If the actuator(JC66-03199A) is defective, replace it.

• Code: H1-1453
• Description: Input System Failure #H1-1453 : Pull Tray 4 out and insert it.
• Causes: The paper is not fed from tray4.
• Troubleshooting Guides: 1) Remove and insert tray4 correctly.
  2) Turn the machine off then on.
  3) If the problem persists, turn the machine off.
  4) Remove the Bracket Rear Cover after removing 5 screws.
  5) Check if the connection between the DCF pick up drive and DCF board is correct.
  6) If the connection is OK, replace the pick up drive unit(JC93-00442A).
  7) If the problem persists, check the following. a) Remove the DCF pick up unit2. b) Check if the photo sensor in the DCF pick up unit2 is contaminated. If so, clean it. c) If the photo sensor(0604-001393) is defective, replace it.

• Code: H1-5323
• Description: Tray door is open. Close the door
• Causes: DCF Takeaway-Cover is open. / I/L-Switch harness or connector is defective.
• Troubleshooting Guides: 1) Open and close the DCF Take away-Cover correctly.
  2) If the problem persists, check the following. a) Check if I/L-Switch(HARNESS-DCF COVER OPEN)(JC39–01696A) is not operating normally. If it is defective, replace it. b) If the I/L Switch is OK, replace the DCF board(JC92–02453A).

• Code: H1-5330
• Description: DCF Failure #H1-5330. Check internal DCF connection.
• Causes: A communication error between the optional tray and the main machine has occurred.
• Troubleshooting Guides: 1) Lift up and release the DCF unit from the machine.
  2) Remove the Bracket Rear Cover after removing 5 screws.
  3) Check if the interface connector is connected to the DCF board. If the interface connector(JC39–01690A) is defective, replace it.
  4) If the problem persists, replace the DCF board.

• Code: H2-6144
• Description: Finisher is pulled out. Insert it properly
• Causes: Finisher is pulled out. / Finisher is not installed correctly.
• Troubleshooting Guides: 1) Check if the finisher cable is connected to the copier.
  2) Remove and reinstall the finisher.
  3) If the problem persists, replace the finisher main board.

• Code: H2-6211, H2-6212
• Description: Finisher Failure: #H2-621x. Check finisher. Call for service if the problem persists
• Causes: Ejector1 failed to leave home position during initializing. (H2-6211) Ejector1 failed to reach home position during initializing. (H2-6212)
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If component still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does finisher Ejector1 Assembly work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Remove the cover. d) Disassemble related parts. e) Check the sensor position and harness condition. f) Check sensor plug and encoder condition.
  3) Does finisher Ejector1 gear set work well? a) Make sure gear set can rotate smoothly. b) Make sure each gear is not broken. c) Replace the gear set.
  4) Does finisher Ejector1 motor work well? a) Check the Ejector 1 motor belt. b) Replace Ejector 1 Motor.

• Code: H2-6213, H2-6214
• Description: Finisher Failure: #H2-621x. Check finisher. Call for service if the problem persists
• Causes: Ejector1 failed to leave home position during printing job. (H2-6213) Ejector1 failed to reach home position during printing job. (H2-6214)
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If component still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does finisher Ejector1 Assembly work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Remove the cover. d) Disassemble related parts. e) Check the sensor position and harness condition. f) Check sensor plug and encoder condition.
  3) Does finisher Ejector1 gear set work well? a) Make sure gear set can rotate smoothly. b) Make sure each gear is not broken. c) Replace the gear set.
  4) Does finisher Ejector1 motor work well? a) Check the Ejector 1 motor belt. b) Replace Ejector 1 Motor.

• Code: H2-6221, H2-6222
• Description: Finisher Failure: #H2-622x. Check finisher. Call for service if the problem persists
• Causes: Ejector2 failed to leave home position during initializing. (H2-6221)
  Ejector2 failed to reach home position during initializing. (H2-6222)
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If component still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does finisher Ejector2 Assembly work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Cover Remove. d) Disassemble related parts. e) Check the sensor position and harness condition. f) Check sensor plug and encoder condition.
  3) Does finisher Ejector2 gear set work well? a) Make sure gear set can rotate smoothly. b) Make sure each gear is not broken. c) Replace the gear set. (JC66-04236A / JC66-04518A)
  4) Does finisher Ejector2 motor work well? a) Check the Ejector 2 motor belt (6602-003636). b) Replace Ejector2 Motor (JC90-01335A).
  5) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6223, H2-6224
• Description: Finisher Failure: #H2-622x. Check finisher. Call for service if the problem persists
• Causes: Ejector2 failed to leave home position during printing job. (H2-6223)
  Ejector2 failed to reach home position during printing job. (H2-6224)
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If component still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does finisher Ejector2 Assembly work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Cover Remove. d) Disassemble related parts. e) Check the sensor position and harness condition. f) Check sensor plug and encoder condition.
  3) Does finisher Ejector2 gear set work well? a) Make sure gear set can rotate smoothly. b) Make sure each gear is not broken. c) Replace the gear set. (JC66-04236A / JC66-04518A)
  4) Does finisher Ejector2 motor work well? a) Check the Ejector 2 motor belt (6602-003636). b) Replace Ejector2 Motor (JC90-01335A).
  5) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6231, H2-6232
• Description: Finisher Failure: #H2-623x. Check finisher. Call for service if the problem persists
• Causes: Paper Holding Lever failed to leave home position during initializing. (H2-6231)
  Paper Holding Lever failed to reach home position during initializing.(H2-6232)
• Troubleshooting Guides: 1) If there is jammed paper on the path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If Paper Holding Lever still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does finisher input sensor (Standby & Home sensor) work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Replace the finisher input sensor. d) Replace the finisher main board.
  3) Does finisher Paper Holding Lever work well? a) Make sure finisher Paper Holding Lever cable is connected well to the Solenoid connector. b) Make sure finisher Paper Holding Lever cable is connected well to the main board connector. c) Check the Paper Holding Lever Solenoid. If you need, replace the solenoid. d) Check the paper holder return spring. If you need, replace the spring(JC61-07269A).
  4) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6233, H2-6234
• Description: Paper Holding Lever failed to leave home position during printing. (H2-6233)
  Paper Holding Lever failed to reach home position during printing. (H2-6234)
• Causes: Finisher Failure: #H2-623x. Check finisher. Call for service if the problem persists
• Troubleshooting Guides: 1) If there is jammed paper on the path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If Paper Holding Lever still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does finisher input sensor (Standby & Home sensor) work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Replace the finisher input sensor. d) Replace the finisher main board.
  3) Does finisher Paper Holding Lever work well? a) Make sure finisher Paper Holding Lever cable is connected well to the Solenoid connector. b) Make sure finisher Paper Holding Lever cable is connected well to the main board connector. c) Check the Paper Holding Lever Solenoid. If you need, replace the solenoid. d) Check the paper holder return spring. If you need, replace the spring(JC61-07269A).
  4) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6241, H2-6242
• Description: Paper Support failed to leave home during initializing. (H2-6241)
  Paper Support failed to reach home during initializing. (H2-6242)
• Causes: Finisher Failure: #H2-624x. Check finisher. Call for service if the problem persists
• Troubleshooting Guides: 1) If there is jammed paper on the path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If Paper Support still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does paper support interrupt sensor work well? a) Make sure interrupt sensor cable is connected well to the sensor connector. b) Make sure interrupt sensor cable is connected well to the main board connector. c) Check the paper support’s sensor plug. d) If you need, replace the interrupt sensor.
  3) Does finisher Paper Support motor gear set work well? a) Make sure gear set can rotate smoothly. b) Make sure each gear is not broken. c) Replace the gear set.
  4) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6243, H2-6244
• Description: Finisher Failure: #H2-624x. Check finisher. Call for service if the problem persists
• Causes: Paper Support failed to leave home during printing. (H2-6243)
  Paper Support failed to reach home during printing. (H2-6244)
• Troubleshooting Guides: 1) If there is jammed paper on the path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If Paper Support still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does paper support interrupt sensor work well? a) Make sure interrupt sensor cable is connected well to the sensor connector. b) Make sure interrupt sensor cable is connected well to the main board connector. c) Check the paper support’s sensor plug. d) If you need, replace the interrupt sensor.
  3) Does finisher Paper Support motor gear set work well? a) Make sure gear set can rotate smoothly. b) Make sure each gear is not broken. c) Replace the gear set.
  4) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6311
• Description: Finisher Failure: #H2-6311. Check finisher. Call for service if the problem persists
• Causes: Stapler failed to return home position after stapling.
• Troubleshooting Guides: 1) If there is jammed paper on the stapler, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If stapler still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does finisher stapler cartridge can be pulled out? a) Rotate stapler gear manually to move stapler head back to home (top) position. b) Clear staple that is not stapling out completely from stapler cartridge. c) Clear staple that is existed inside stapler. d) Stapler cover or Jam cover open and close.( It’s the Finisher Initializing)
  3) Does finisher stapler input sensor work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Replace the finisher stapler(JC81-07917A). d) Replace the finisher main board.
  4) Does finisher stapler motor work well? a) Make sure finisher stapler motor cable is connected well to the stapler motor connector. b) Make sure finisher stapler motor cable is connected well to the main board connector. c) Replace the finisher stapler. (JC81-07917A) d) Replace the finisher main board.
  5) Check if any debris(staple) existed. Please make sure to remove any debris.

• Code: H2-6321, H2-6322, H2-6323
• Description: Finisher Failure: #H2-63xx. Check finisher. Call for service if the problem persists
• Causes: Stapler Traverse failed to leave front home position during initializing. (H2-6321)
  Stapler Traverse failed to reach front home position during initializing. (H2-6322)
  Stapler Traverse failed to leave front home position during printing. (H2-6323)
• Troubleshooting Guides: 1) If there is jammed paper on the path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If Stapler traverse still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does traverse interrupt sensor (Standby & Home sensor) work well? a) Does traverse interrupt sensor (Standby & Home sensor) work well? i) Make sure finisher input sensor cable is connected well to the sensor connector. ii) Make sure finisher input sensor cable is connected well to the main board connector. iii) Replace the finisher input sensor. iv) Replace the finisher main board.
  b) Does finisher Stapler traverse work well? i) Make sure Stapler traverse cable is connected well to the Motor connector. ii) Make sure finisher Stapler traverse cable is connected well to the main board connector. iii) Make sure the belt is tight on the correct position, if it has the belt. iv) Make sure gear set. If you can see the broken gear, replace the gear. v) Check the traverse motor, If you need, replace the stapler traverse motor. c) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6324, H2-6331, H2-6332
• Description: Finisher Failure: #H2-63xx. Check finisher. Call for service if the problem persists
• Causes: Stapler Traverse failed to reach front home position during printing. (H2-6324)
  Stapler Traverse failed to leave rear home position during initializing. (H2-6331)
  Stapler Traverse failed to reach rear home position during initializing. (H2-6332)
• Troubleshooting Guides: 1) If there is jammed paper on the path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If Stapler traverse still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does traverse interrupt sensor (Standby & Home sensor) work well? a) Does traverse interrupt sensor (Standby & Home sensor) work well? i) Make sure finisher input sensor cable is connected well to the sensor connector. ii) Make sure finisher input sensor cable is connected well to the main board connector. iii) Replace the finisher input sensor. iv) Replace the finisher main board.
  b) Does finisher Stapler traverse work well? i) Make sure Stapler traverse cable is connected well to the Motor connector. ii) Make sure finisher Stapler traverse cable is connected well to the main board connector. iii) Make sure the belt is tight on the correct position, if it has the belt. iv) Make sure gear set. If you can see the broken gear, replace the gear. v) Check the traverse motor, If you need, replace the stapler traverse motor. c) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6333, H2-6334
• Description: Finisher Failure: #H2-63xx. Check finisher. Call for service if the problem persists
• Causes: Stapler Traverse failed to leave rear home position during printing. (H2-6333)
  Stapler Traverse failed to reach rear home position during printing. (H2-6334)
• Troubleshooting Guides: 1) If there is jammed paper on the path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If Stapler traverse still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does traverse interrupt sensor (Standby & Home sensor) work well? a) Does traverse interrupt sensor (Standby & Home sensor) work well? i) Make sure finisher input sensor cable is connected well to the sensor connector. ii) Make sure finisher input sensor cable is connected well to the main board connector. iii) Replace the finisher input sensor. iv) Replace the finisher main board.
  b) Does finisher Stapler traverse work well? i) Make sure Stapler traverse cable is connected well to the Motor connector. ii) Make sure finisher Stapler traverse cable is connected well to the main board connector. iii) Make sure the belt is tight on the correct position, if it has the belt. iv) Make sure gear set. If you can see the broken gear, replace the gear. v) Check the traverse motor, If you need, replace the stapler traverse motor. c) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6411
• Description: Finisher Failure: #H2-6411. Check finisher. Call for service if the problem persists
• Causes: Punch unit failed to return home position after punching job.
• Troubleshooting Guides: 1) If there is jammed paper on the path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If punch hopper still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does finisher Punch work well? a) Clear Hole Punch Hopper b) Stapler cover or Jam cover open and close.( It’s the Finisher Initializing) c) If fault persists, power Off/Power On. d) If necessary, replace the punch unit.
  3) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6421, H2-6422
• Description: Finisher Failure: #H2-64xx. Check finisher. Call for service if the problem persists
• Causes: Punch unit failed to leave home position during initializing. (H2-6421)
  Punch unit failed to reach home position during initializing. (H2-6422)
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If punch still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does punch interrupt sensor work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Check the punch interrupt sensor position. d) Check the punch motor’s encoder position. e) If the punch does not move, change the punch module.
  3) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6423, H2-6424
• Description: Finisher Failure: #H2-64xx. Check finisher. Call for service if the problem persists
• Causes: Punch unit failed to leave home position during printing. (H2-6423)
  Punch unit failed to reach home position during printing. (H2-6424)
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If punch still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does punch interrupt sensor work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Check the punch interrupt sensor position. d) Check the punch motor’s encoder position. e) If the punch does not move, change the punch module.
  3) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6440, H2-6452
• Description: Hole punch hopper is not installed. Install hopper.
  Hole punch hopper is full. Remove waste of hopper.
• Causes: Hole punch hopper is not installed correctly. (H2-6440)
  Hole punch hopper is full. (H2-6452)
• Troubleshooting Guides: 1) If punch dust box is full, removing dust manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If error does not disappear, follow the instructions below
  2) Does punch interrupt sensor work well? a) Make sure hopper’s sensor cable is connected well to the sensor connector. b) Make sure hopper’s sensor cable is connected well to the main board connector. c) Check the interrupt sensor position. d) Check the hopper’s plug position.
  3) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6511, H2-6512
• Description: Finisher Failure: #H2-651x. Check finisher. Call for service if the problem persists
• Causes: Stacker Motor fault has occurred during initializing. (H2-6511)
  Stacker Motor Fault has occurred during printing. (H2-6512)
• Troubleshooting Guides: 1) If there is jammed paper on the Main Tray, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If Main Tray still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does main tray position sensor work well? a) Make sure main tray position sensor cable is connected well to the sensor connector. b) Make sure main tray position sensor cable is connected well to the main board connector. c) Check the main tray position sensor. d) Check the finisher main board.
  3) Does finisher Main Tray motor(Stacker motor) work well? a) Make sure finisher Main Tray motor cable is connected well to the motor connector. b) Make sure finisher Main Tray motor cable is connected well to the main board connector. c) Replace the finisher Main Tray motor. d) If you need, replace the finisher main board.
  4) Does finisher Main Tray motor gear set work well? a) Make sure gear set can rotate smoothly. b) Make sure each gear is not broken. c) Replace the gear set. (JC81-07637A / JC81-07636A)
  5) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6531, H2-6532
• Description: Finisher Failure: #H2-653x. Check finisher. Call for service if the problem persists
• Causes: Ejector2 motor does not work during Initializing. (H2-6531)
  Ejector2 motor does not work during printing. (H2-6532)
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If component still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does finisher Ejector2 Assemble work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Remove the cover. d) Disassemble related parts. e) Check the sensor position and harness condition. f) Check sensor plug and encoder condition.
  3) Does finisher Ejector2 gear set work well? a) Make sure gear set can rotate smoothly. b) Make sure each gear is not broken. c) Replace the gear set (JC66-04236A / JC66-04518A)
  4) Does finisher Ejector2 motor work well? a) Check the Ejector 2 motor belt. (6602-003636) b) Replace Ejector2 motor. (JC90-01335A)
  5) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6551, H2-6552
• Description: Finisher Failure: #H2-655x. Check finisher. Call for service if the problem persists
• Causes: Punch motor does not work during Initializing. (H2-6551)
  Punch motor does not work during printing. (H2-6552).
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If punch still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does punch interrupt sensor work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Check the punch interrupt sensor position. d) Check the punch motor’s encoder position. e) If the punch does not move, change the punch module.
  3) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6700, H2-6701, H2-6702
• Description: Paper jam in front of finisher
  Paper jam inside of finisher
  Paper jam at exit of finisher
• Causes: Sheet’s lead edge failed to pass entrance position. (H2-6700)
  Sheet’s tail edge failed to pass entrance position. (H2-6701)
  Jam Is not cleared on entrance sensor during initializing. (H2-6702)
• Troubleshooting Guides: 1) Open finisher jam cover, and make sure that the paper is on the paper path. If there is paper, removing paper manually. If the error does not disappear even after removing paper and closing finisher jam door, follow the instructions below
  2) Does finisher input sensor work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Replace the finisher input sensor. (0604-001381 / 0604-001415) d) Replace the finisher main board. (JC92-02774A)
  3) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6703, H2-6704, H2-6705
• Description: Paper jam in front of finisher
  Paper jam inside of finisher
  Paper jam at exit of finisher
• Causes: Sheet failed to reach finisher Passthrough sensor. (H2-6703)
  Sheet failed to pass finisher Passthrough sensor. (H2-6704)
  Jam Is not cleared on Passthrough sensor during initializing. (H2-6705)
• Troubleshooting Guides: 1) Open finisher jam cover, and make sure that the paper is on the paper path. If there is paper, removing paper manually. If the error does not disappear even after removing paper and closing finisher jam door, follow the instructions below
  2) Does finisher input sensor work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Replace the finisher input sensor. (0604-001381 / 0604-001415) d) Replace the finisher main board. (JC92-02774A)
  3) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6706
• Description: Finisher Failure: #H2-6706. Check finisher
• Causes: Transport motor does not work during Initializing.
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If component still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does the transport motor work well? a) Make sure transport motor cable is connected well to the motor connector. b) Make sure transport motor cable is connected well to the finisher main board. c) Replace the transport motor. d) Replace the finisher main board.

• Code: H2-6707, H2-6708
• Description: Finisher Failure: #H2-67xx. Check finisher
• Causes: Paddle unit failed to leave home position during initializing. (H2-6707)
  Paddle unit failed to reach home position during initializing. (H2-6708)
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If component still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does the paddle home sensor work well? a) Make sure the paddle home sensor cable is connected well to the sensor connector. b) Make sure the paddle home sensor cable is connected well to the main board connector. c) Check the paddle home sensor. d) Check the actuator home paddle. e) If necessary, replace the finisher main board.
  3) Does the main paddle motor work well? a) Make sure the main paddle motor cable is connected well to the motor connector. b) Make sure the main paddle motor cable is connected well to the main board connector. c) Replace the main paddle motor

• Code: H2-6709, H2-6710
• Description: Finisher Failure: #H2-67xx. Check finisher
• Causes: Paddle unit failed to leave home position during printing. (H2-6709)
  Paddle unit failed to reach home position during printing. (H2-6710)
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If component still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does the paddle home sensor work well? a) Make sure the paddle home sensor cable is connected well to the sensor connector. b) Make sure the paddle home sensor cable is connected well to the main board connector. c) Check the paddle home sensor. d) Check the actuator home paddle. e) If necessary, replace the finisher main board.
  3) Does the main paddle motor work well? a) Make sure the main paddle motor cable is connected well to the motor connector. b) Make sure the main paddle motor cable is connected well to the main board connector. c) Replace the main paddle motor

• Code: H2-6711, H2-6712
• Description: Finisher Failure: #H2-67xx. Check finisher.
• Causes: Ejector unit failed to leave home position during initializing. (H2-6711)
  Ejector unit failed to reach home position during initializing. (H2-6712)
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If component still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does the eject 1,2 motor work well? a) Make sure the eject 1,2 motor cable is connected well to the motor connector. b) Make sure the eject 1,2 motor cable is connected well to the main board connector. c) Replace the eject 1,2 motor. (JC31-00009C / JC90-01335A) d) Replace the finisher main board.
  3) Does the Eject-sub Assy component parts work well? a) Make sure component parts can move or rotate smoothly. b) Make sure there is no any mechanical interference to stop moving or rotating. c) Make sure the belt is tight on the correct position, if it has the belt. d) Make sure each gear is not broken. e) Check home position sensor. f) Replace the Eject-sub Assy.

• Code: H2-6713, H2-6714
• Description: Finisher Failure: #H2-67xx. Check finisher.
• Causes: Ejector unit failed to leave home position during printing. (H2-6713)
  Ejector unit failed to reach home position during printing. (H2-6714)
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If component still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does the eject 1,2 motor work well? a) Make sure the eject 1,2 motor cable is connected well to the motor connector. b) Make sure the eject 1,2 motor cable is connected well to the main board connector. c) Replace the eject 1,2 motor. (JC31-00009C / JC90-01335A) d) Replace the finisher main board.
  3) Does the Eject-sub Assy component parts work well? a) Make sure component parts can move or rotate smoothly. b) Make sure there is no any mechanical interference to stop moving or rotating. c) Make sure the belt is tight on the correct position, if it has the belt. d) Make sure each gear is not broken. e) Check home position sensor. f) Replace the Eject-sub Assy.

• Code: H2-6715, H2-6716
• Description: Finisher Failure: #H2-67xx. Check finisher
• Causes: Rear tamper unit failed to leave home position during initializing. (H2-6715)
  Rear tamper unit failed to reach home position during initializing. (H2-6716)
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If component still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does the rear jogger home sensor work well? a) Make sure the sensor harness is connected well to the rear jogger home sensor. b) Make sure the sensor harness is connected well to the finisher main board. c) Replace the rear jogger home sensor. d) Replace the finisher main board.
  3) Does the rear jogger motor work well? a) Make sure the rear jogger motor cable is connected well to the motor connector. b) Make sure the rear jogger motor cable is connected well to the finisher main board. c) Replace the rear jogger motor. d) Replace the finisher main board.

• Code: H2-6717, H2-6718
• Description: Finisher Failure: #H2-67xx. Check finisher
• Causes: Rear tamper unit failed to leave home position during printing. (H2-6717)
  Rear tamper unit failed to reach home position during printing. (H2-6718)
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If component still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does the rear jogger home sensor work well? a) Make sure the sensor harness is connected well to the rear jogger home sensor. b) Make sure the sensor harness is connected well to the finisher main board. c) Replace the rear jogger home sensor. d) Replace the finisher main board.
  3) Does the rear jogger motor work well? a) Make sure the rear jogger motor cable is connected well to the motor connector. b) Make sure the rear jogger motor cable is connected well to the finisher main board. c) Replace the rear jogger motor. d) Replace the finisher main board.

• Code: H2-6719, H2-6720
• Description: Error message Finisher Failure: #H2-67xx. Check finisher
• Causes: Front tamper unit failed to leave home position during initializing. (H2-6719)
  Front tamper unit failed to reach home position during initializing. (H2-6720)
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If component still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does the front jogger home sensor work well? a) Make sure the sensor harness is connected well to the front jogger home sensor. b) Make sure the sensor harness is connected well to the finisher main board. c) Replace the front jogger home sensor. d) Replace the finisher main board.
  3) Does the front jogger motor work well? a) Make sure the front jogger motor cable is connected well to the motor connector. b) Make sure the front jogger motor cable is connected well to the finisher main board. c) Replace the front jogger motor. d) Replace the finisher main board.

• Code: H2-6721, H2-6722
• Description: Error message Finisher Failure: #H2-67xx. Check finisher
• Causes: Front tamper unit failed to leave home position during printing. (H2-6721)
  Front tamper unit failed to reach home position during printing. (H2-6722)
• Troubleshooting Guides: 1) If there is jammed paper on the paper path, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If component still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does the front jogger home sensor work well? a) Make sure the sensor harness is connected well to the front jogger home sensor. b) Make sure the sensor harness is connected well to the finisher main board. c) Replace the front jogger home sensor. d) Replace the finisher main board.
  3) Does the front jogger motor work well? a) Make sure the front jogger motor cable is connected well to the motor connector. b) Make sure the front jogger motor cable is connected well to the finisher main board. c) Replace the front jogger motor. d) Replace the finisher main board.

• Code: H2-6723
• Description: Finisher Failure: #H2-6A63. Check finisher.
• Causes: Staple unit can not work stapling because paper is too thick.
• Troubleshooting Guides: 1) Check the paper specification for stapling. If it is not proper, replace the paper.
  2) Check the staple unit. If necessary, replace it.

• Code: H2-6724, H2-6725
• Description: Finisher Failure: #H2-672x. Check finisher.
• Causes: Paper can not be moved to stapling position.
• Troubleshooting Guides: 1) Remove and reassemble the staple unit.
  2) Check the staple unit. If necessary, replace it.

• Code: H2-6726, H2-6727
• Description: Finisher Stapler door is open. Close it
  Finisher Top door is open. Close it
• Causes: Finisher door is not closed.
• Troubleshooting Guides: 1) Close door to do finisher initialization. If error does not disappear, follow the instructions below
  2) Does finisher door cover can close well? a) The finisher door cover itself can be closed well. b) The both of the finisher door covers can push door open sensor switch well. c) The finisher door open sensor switch can be pushed well. d) Replace finisher cover door or switch.
  3) Does finisher input sensor work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Replace the finisher input sensor(JC90-01301A). d) Replace the finisher main board(JC92-02774A).

• Code: H2-6728, H2-6729
• Description: Finisher Failure: #H2-67xx. Check finisher.
• Causes: Stapler failed to leave home position during Stapling. (H2-6728)
  Stapler failed to reach home position during Stapling. (H2-6729)
• Troubleshooting Guides: 1) If there is jammed paper on the stapler, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If stapler still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does finisher stapler move well? a) Make sure stapler moving motor cable is connected well to the stapler motor connector. b) Make sure stapler moving motor cable is connected well to the main board connector. c) Check the sensor position and harness condition. d) Check the sensor plug or encoder condition.
  3) Does finisher stapler’s gear set move well? a) Make sure gear set can rotate smoothly. b) Make sure each gear is not broken. c) If you need, replace the stapler assembly.
  4) Check if any debris(staple) existed. Please make sure to remove any debris.

• Code: H2-6730, H2-6731
• Description: Finisher Failure: #H2-67xx. Check finisher.
• Causes: Stapler failed to leave home position during Self-Priming. (H2-6730)
  Stapler failed to reach home position during Self-Priming. (H2-6731)
• Troubleshooting Guides: 1) If there is jammed paper on the stapler, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If stapler still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does finisher stapler move well? a) Make sure stapler moving motor cable is connected well to the stapler motor connector. b) Make sure stapler moving motor cable is connected well to the main board connector. c) Check the sensor position and harness condition. d) Check the sensor plug or encoder condition.
  3) Does finisher stapler’s gear set move well? a) Make sure gear set can rotate smoothly. b) Make sure each gear is not broken. c) If you need, replace the stapler assembly.
  4) Check if any debris(staple) existed. Please make sure to remove any debris.

• Code: H2-6732, H2-6733
• Description: Staple cartridge is low. Replace it.
  Staple cartridge is empty. Replace it.
• Causes: Finisher stapler cartridge is necessary to refill.
• Troubleshooting Guides: 1) Open finisher stapler door to refill cartridge and then close door. Self-Priming will be executed automatically if necessary. If stapler error or warning does not disappear, follow the instructions below
  2) Does finisher stapler cartridge refill box equip well? a) Make sure stapler refill box equip well into cartridge. (JC81-07408A) b) Make sure staples doesn’t jam near stapler head.
  3) Does finisher stapler input sensor work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Replace the finisher stapler(JC81-07917A). d) Replace the finisher main board.

• Code: H2-6734
• Description: Finisher Failure: #H2-6734. Check finisher
• Causes: Stapler initialization is failed.
• Troubleshooting Guides: 1) Remove and reassemble the staple unit.
  2) If necessary, replace the staple unit.
  3) If necessary, replace the finisher main board.

• Code: H2-6735
• Description: Too much paper in finisher stacker. Remove printed paper
• Causes: Finisher Top tray is full.
• Troubleshooting Guides: 1) Remove paper on the finisher main tray. Main tray will move downward and upward to clear stack full warning. If warning does not disappear, follow the instructions below
  2) Does Top tray limit sensor work well? a) Make sure Top tray limit sensor cable is connected well to the sensor connector. b) Make sure Top tray limit sensor cable is connected well to the main board connector. c) Check the tray limit actuator’s condition. (JC66-04200A) d) Replace the Top tray limit sensor(JC39-02178A). e) Replace the finisher main board.
  3) Does finisher main tray motor work well? a) Make sure finisher top tray motor cable is connected well to the main tray motor connector. b) Make sure finisher top tray motor cable is connected well to the main board connector. c) Replace the finisher main tray motor. d) Replace the finisher main board.
  4) Check if any debris(staple)existed. Please make sure to remove any debris.

• Code: H2-6736, H2-6737
• Description: Finisher Failure: #H2-67xx. Check finisher
• Causes: Main Tray failed to leave home sensor during initializing. (H2-6736)
  Main Tray failed to reach home sensor during initializing. (H2-6737)
• Troubleshooting Guides: 1) If there is jammed paper on the Main Tray, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If Main Tray still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does tray limit sensor (Standby & Home sensor) work well? a) Make sure tray limit sensor cable is connected well to the sensor connector. b) Make sure tray limit sensor cable is connected well to the main board connector. c) Check the limit actuator condition. d) If you need, replace the limit sensor.
  3) Does finisher Main Tray motor work well? a) Make sure finisher Main Tray motor cable is connected well to the motor connector. b) Make sure finisher Main Tray motor cable is connected well to the main board connector. c) Replace the finisher Main Tray motor.
  4) Does finisher Main Tray parts work well? a) Make sure Main Tray parts can move or rotate smoothly. b) Make sure there is no any mechanical interference to stop moving or rotating. c) Make sure the belt is tight on the correct position, if it has the belt.
  5) Does finisher Main Tray motor gear set work well? a) Make sure gear set can rotate smoothly. b) Make sure each gear is not broken. c) Replace the gear set. (JC81-07637A / JC81-07636A)
  6) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6738, H2-6739
• Description: Finisher Failure: #H2-67xx. Check finisher
• Causes: Main Tray failed to leave home sensor during printing. (H2-6738)
  Main Tray failed to reach home sensor during printing. (H2-6739)
• Troubleshooting Guides: 1) If there is jammed paper on the Main Tray, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If Main Tray still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does tray limit sensor (Standby & Home sensor) work well? a) Make sure tray limit sensor cable is connected well to the sensor connector. b) Make sure tray limit sensor cable is connected well to the main board connector. c) Check the limit actuator condition. d) If you need, replace the limit sensor.
  3) Does finisher Main Tray motor work well? a) Make sure finisher Main Tray motor cable is connected well to the motor connector. b) Make sure finisher Main Tray motor cable is connected well to the main board connector. c) Replace the finisher Main Tray motor.
  4) Does finisher Main Tray parts work well? a) Make sure Main Tray parts can move or rotate smoothly. b) Make sure there is no any mechanical interference to stop moving or rotating. c) Make sure the belt is tight on the correct position, if it has the belt.
  5) Does finisher Main Tray motor gear set work well? a) Make sure gear set can rotate smoothly. b) Make sure each gear is not broken. c) Replace the gear set. (JC81-07637A / JC81-07636A)
  6) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6740, H2-6741
• Description: Error message Finisher Failure: #H2-67xx. Check finisher
• Causes: Main Tray failed to leave stacker height sensor during initializing. (H2-6740)
  Main Tray failed to reach stacker height sensor during initializing. (H2-6741)
• Troubleshooting Guides: 1) If there is jammed paper on the Main Tray, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If Main Tray still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does finisher stacker height sensor work well? a) Make sure stacker height sensor cable is connected well to the sensor connector. b) Make sure stacker height sensor cable is connected well to the main board connector. c) Replace the stacker height sensor. d) Replace the finisher main board.
  3) Does finisher Main Tray motor work well? a) Make sure finisher Main Tray motor cable is connected well to the motor connector. b) Make sure finisher Main Tray motor cable is connected well to the main board connector. c) Replace the finisher Main Tray motor.
  4) Does finisher Main Tray parts work well? a) Make sure Main Tray parts can move or rotate smoothly. b) Make sure there is no any mechanical interference to stop moving or rotating. c) Make sure the belt is tight on the correct position, if it has the belt.
  5) Does finisher Main Tray motor gear set work well? a) Make sure gear set can rotate smoothly. b) Make sure each gear is not broken. c) Replace the gear set. (JC81-07637A / JC81-07636A)
  6) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6742, H2-6743
• Description: Error message Finisher Failure: #H2-67xx. Check finisher
• Causes: Main Tray failed to leave stacker height sensor during printing. (H2-6742)
  Main Tray failed to reach stacker height sensor during printing. (H2-6743)
• Troubleshooting Guides: 1) If there is jammed paper on the Main Tray, removing paper manually. Open and close finisher stapler door or jam cover to check if finisher executes initialization process. If Main Tray still doesn’t go back to home position and error does not disappear, follow the instructions below
  2) Does finisher stacker height sensor work well? a) Make sure stacker height sensor cable is connected well to the sensor connector. b) Make sure stacker height sensor cable is connected well to the main board connector. c) Replace the stacker height sensor. d) Replace the finisher main board.
  3) Does finisher Main Tray motor work well? a) Make sure finisher Main Tray motor cable is connected well to the motor connector. b) Make sure finisher Main Tray motor cable is connected well to the main board connector. c) Replace the finisher Main Tray motor.
  4) Does finisher Main Tray parts work well? a) Make sure Main Tray parts can move or rotate smoothly. b) Make sure there is no any mechanical interference to stop moving or rotating. c) Make sure the belt is tight on the correct position, if it has the belt.
  5) Does finisher Main Tray motor gear set work well? a) Make sure gear set can rotate smoothly. b) Make sure each gear is not broken. c) Replace the gear set. (JC81-07637A / JC81-07636A)
  6) Check if any debris existed. Please make sure to remove any debris.

• Code: H2-6744
• Description: Finisher Failure: #H2-6A63. Check finisher.
• Causes: Finisher stapler cartridge is not installed into stapler.
• Troubleshooting Guides: 1) Open finisher stapler door to put back cartridge into stapler and then close door. Self-Priming will be executed automatically if necessary. If stapler warning does not disappear, follow the instructions below
  2) Does finisher stapler input sensor work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Replace the finisher stapler cartridge. (JC81-07408A) d) Replace the finisher stapler. (JC81-07917A) e) Replace the finisher main board.
  3) Check if any debris(staple)existed. Please make sure to remove any debris.

• Code: H2-6A50
• Description: Finisher Failure: #H2-6A50. Check finisher
• Causes: Communication error with finisher
• Troubleshooting Guides: 1) Copier power off and power on. If the error does not disappear, follow the instructions below:
  2) Does finisher work well? a) Make sure finisher interface cable is connected with main board. b) Replace the finisher main board

• Code: H2-6A63
• Description: Staple cartridge is empty. Replace it
• Causes: Finisher stapler cartridge is necessary to refill.
• Troubleshooting Guides: 1) Open finisher stapler door to refill cartridge and then close door. Self-Priming will be executed automatically if necessary. If stapler error or warning does not disappear, follow the instructions below
  2) Does finisher stapler cartridge refill box equip well? a) Make sure stapler refill box equip well into cartridge. (JC81-07408A) b) Make sure staples doesn’t jam near stapler head.
  3) Does finisher stapler input sensor work well? a) Make sure finisher input sensor cable is connected well to the sensor connector. b) Make sure finisher input sensor cable is connected well to the main board connector. c) Replace the finisher stapler(JC81-07917A). d) Replace the finisher main board.

• Code: M1-1113, M2-1121
• Description: Paper jam in Tray 1.
• Causes: Paper jam has occurred in tray1.
• Troubleshooting Guides: 1) Open the side cover and check if a foreign substance or paper is jammed inside the machine.
  2) Remove tray1 and remove the jammed paper.
  3) If this jam error occurs frequently, check the rollers of the pick up unit1. a) Remove tray1 and tray2. b) Check if the pick up/ reverse/ forward rollers are assembled correctly. c) If the pick up/ reverse/ forward rollers are worn out or contaminated, replace the defective roller(JC93–00540A).
  4) If the problem persists, check the pickup unit1 and feed sensor. a) Check if the pickup unit1 and feed sensor operate correctly. b) Check if the pickup unit1 harness is connected to the main board correctly. c) Check if the connector of the Guide-feed assembly is connected correctly. d) Check if the harness of pickup unit and feed sensor are connected correctly.
  5) If the problem persists, check the pickup unit1. a) Remove the pickup unit and check the actuator and photo-sensor. b) Push the pickup-lever and check if it operates correctly.
  6) If the problem persists, replace the pickup drive unit(JC93–00422A) or Pickup unit1(JC93-00511A).

• Code: M1-1213, M2-1131
• Description: Paper jam in Tray 2.
• Causes: Paper jam has occurred in tray2.
• Troubleshooting Guides: 1) Open the side cover and check if a foreign substance or paper is jammed inside the machine.
  2) Remove tray2 and remove the jammed paper.
  3) If this jam error occurs frequently, check the rollers of the pick up unit1. a) Remove tray1 and tray2. b) Check if the pick up/ reverse/ forward rollers are assembled correctly. c) If the pick up/ reverse/ forward rollers are worn out or contaminated, replace the defective roller(JC93–00540A).
  4) If the problem persists, check the pickup unit2 and feed sensor. a) Check if the pickup unit2 and feed sensor operate correctly. b) Check if the pickup unit2 harness is connected to the main board correctly. c) Check if the connector of the Guide-feed assembly is connected correctly. d) Check if the harness of pickup unit and feed sensor are connected correctly.
  5) If the problem persists, check the pickup unit2. a) Remove the pickup unit2 and check the actuator and photo-sensor. b) Push the pickup-lever and check if it operates correctly.
  6) If the problem persists, replace the pickup drive unit2(JC93–00422A) or Pickup unit1(JC93-00512A).

• Code: M1-1610
• Description: Paper jam in MP Tray.
• Causes: Paper jam has occurred in MP tray.
• Troubleshooting Guides: 1) Open the side cover. Remove the jammed paper from the MP tray.
  2) If this jam error occurs frequently, check the rollers of the MP unit. a) Check if MP pick up/ reverse/ forward rollers are assembled correctly. b) If the MP pick up/ reverse/ forward rollers are worn out or contaminated, replace the defective roller(JC93–00540A).
  3) If the problem persists, check if the MP solenoid operates correctly. a) Enter SVC mode. Execute MP solenoid test. (Diagnostics > Engine Diagnostics > Engine Test Routines > 101-0271) b) If the MP solenoid operation is abnormal, check the harness connection of MP unit. c) If the harness has no defects, replace the MP solenoid(JC33-00029B).
  4) If the problem persists, check the main drive unit. a) Enter SVC mode. Execute Regi./MP/Feed motor test. (Diagnostics > Engine Diagnostics > Engine Test Routines > 100-0000) b) Remove the rear cover. c) Check if the motor harness is connected correctly. d) If the problem occurs, replace the main drive unit(JC93-00912A).

• Code: M1-3122
• Description: Tray 1 cassette is pulled out. Insert it properly.
• Causes: Tray 1 is pulled out or the auto size sensor connector is not connected or broken.
• Troubleshooting Guides: 1) Remove and insert Tray1 correctly.
  2) If Tray1 is not locked or pulled out without holding the locking lever, remove Tray1.
  3) Check if foreign substance or paper is inside the space between Tray1,2. If so, please remove it.
  4) If the problem persists, check that the auto size sensor is connected properly.
  5) If the problem persists, replace the main board(JC92–02452A).

• Code: M1-3222
• Description: Tray 2 cassette is pulled out. Insert it properly.
• Causes: Tray 2 is pulled out or the auto size sensor connector is not connected or broken.
• Troubleshooting Guides: 1) Remove and insert Tray2 correctly.
  2) If Tray2 is not locked or pulled out without holding the locking lever, remove Tray2.
  3) Check if foreign substance or paper is inside the space between Tray1,2. If so, please remove it.
  4) If the problem persists, check that the auto size sensor is connected properly.
  5) If the problem persists, replace the main board(JC92–02452A).

• Code: M1-4111
• Description: Input System Failure #M1–4111 : Pull Tray 1 out and insert it.
• Causes: The paper is not fed from tray1.
• Troubleshooting Guides: 1) Remove tray1 and re-install it.
  2) If the problem persists, turn the machine off then on.
  3) Enter SVC mode. Execute pickup motor test. (Diagnostics > Engine Diagnostics > Engine Test Routines > 100-0370)
  4) If the pick up motor operation is abnormal, turn the machine off.
  5) Remove the rear cover.
  6) Check if the connection between pickup drive unit1 and main board is secure.
  7) If the connection is OK, replace the pickup drive unit(JC93-00442A).
  8) If the problem persists, check the pickup unit1. a) Check if the photo sensor in the pickup unit1 is defective. b) If the sensor(0604–001393) is defective, replace it.

• Code: M1-4211
• Description: Input System Failure #M1-4211 : Pull Tray 2 out and insert it.
• Causes: The paper is not fed from tray2.
• Troubleshooting Guides: 1) Remove tray2 and re-install it.
  2) If the problem persists, turn the machine off then on.
  3) Enter SVC mode. Execute pickup motor test. (Diagnostics > Engine Diagnostics > Engine Test Routines > 100-0380)
  4) If the pick up motor operation is abnormal, turn the machine off.
  5) Remove the rear cover.
  6) Check if the connection between pickup drive unit2 and main board is secure.
  7) If the connection is OK, replace the pickup drive unit(JC93-00442A).
  8) If the problem persists, check the pickup unit2. a) Check if the photo sensor in the pickup unit2 is defective. b) If the sensor(0604–001393) is defective, replace it.

• Code: M1-5111, M1-5112
• Description: Paper is low in Tray 1. Load paper.
  Paper is empty in Tray 1. Load paper.
  Paper is empty in all tray. Load paper
• Causes: Paper in the tray1 is less than 10%. / The photo sensor is defective.
• Troubleshooting Guides: 1) Remove tray 1. Load paper in the tray. And insert tray 1.
  2) If paper is loaded but error message has not disappeared, check the following: a) Turn the machine off. Open the Side Cover. b) Remove Pick-Up Unit1. c) If the photo sensor is contaminated, clean it. d) If the photo sensor is defective, replace it(0604–001393). e) If the actuator is defective, replace it(JC66-03199A).

• Code: M1-5113, M1-5120
• Description: Paper is low in Tray 1. Load paper.
  Paper is empty in Tray 1. Load paper.
  Paper is empty in all tray. Load paper
• Causes: Paper in the tray1 is less than 10%. / The photo sensor is defective.
• Troubleshooting Guides: 1) Remove tray 1. Load paper in the tray. And insert tray 1.
  2) If paper is loaded but error message has not disappeared, check the following: a) Turn the machine off. Open the Side Cover. b) Remove Pick-Up Unit1. c) If the photo sensor is contaminated, clean it. d) If the photo sensor is defective, replace it(0604–001393). e) If the actuator is defective, replace it(JC66-03199A).

• Code: M1-5211, M1-5212
• Description: Paper is low in Tray 2. Load paper.
  Paper is empty in Tray 2. Load paper.
• Causes: Paper in the tray is less than 10% of specification. / The photo sensor is defective.
• Troubleshooting Guides: 1) Remove tray 2. Load paper in the tray, and insert the tray 2.
  2) If paper is loaded but error message has not disappeared, check the following : a) Turn the machine off. Open the Side Cover. b) Remove Pick-Up Unit2. c) If the photo sensor is contaminated, clean it. d) If the photo sensor is defective, replace it(0604–001393). e) If the actuator is defective, replace it(JC66-03199A).

• Code: M1-5612
• Description: Paper is empty in MP Tray. Load paper.
• Causes: Paper in the MP tray is less than 10%. / The photo sensor is defective.
• Troubleshooting Guides: 1) Load the paper in the MP tray. 2) If paper is loaded but error message has not disappeared, check the following: a) If the photo sensor is contaminated, clean it. b) If the photo sensor is defective, replace it(0604–001393). c) If the actuator is defective, replace it(JC66-03217A).

• Code: M2-1124, M2-1125
• Description: Paper jam inside of machine.
• Causes: Paper jam has occurred inside the machine. (Feed drive unit is defective / Feed 1 sensor is defective.)
• Troubleshooting Guides: • M2–1124 : The leading edge of the paper has not reached the feed 1 sensor within the specified time. • M2-1125 : The paper has not left from the feed 1 sensor within the specified time.
  1) Open the side cover. Remove the jammed paper.
  2) If jammed paper occurs continually, check the following. a) Enter SVC mode. Execute feed motor test. If the motor operation is normal, go to step d). b) Remove the rear cover. Check if the Regi/MP/feed motor cable is connected correctly. c) If the connection is OK, replace the main drive unit(JC93-00912A). d) If the Regi/MP/feed motor operation is normal, check the pick up sensor. e) If the sensor operation is abnormal, check the harness. f) If the connection is OK, replace the pick up sensor(0604-001381).

• Code: M2-1134, M2-1135
• Description: Paper jam in tray 2
  Paper jam in tray 1
• Causes: Paper jam has occurred inside the machine. (Feed drive unit is defective / Feed 2 sensor is defective.)
• Troubleshooting Guides: • M2–1134 : The leading edge of the paper has not reached the feed 2 sensor within the specified time. • M2-1135 : The paper has not left from the feed 2 sensor within the specified time.
  1) Open the side cover. Remove the jammed paper.
  2) If jammed paper occurs continually, check the following. a) Enter SVC mode. Execute Regi/MP/feed motor test. If the motor operation is normal, go to step d). b) Remove the rear cover. Check if the Regi/MP/feed motor cable is connected correctly. c) If the connection is OK, replace the main drive unit(JC93-00912A). (Refer to 3.3.12. Main Drive unit) d) If the Regi/MP/feed motor operation is normal, check the feed sensor. e) If the sensor operation is abnormal, check the harness. f) If the connection is OK, replace the feed sensor (0604-001381).

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• Code: M2-1211, M2-1213, M2-1214
• Description: Paper jam inside of machine.
• Causes: Paper jam has occurred inside the machine. (Regi. roller drive is defective / Regi. sensor is defective.)
• Troubleshooting Guides: • M2–1211 : When the machine is warming-up, jammed paper inside machine is detected. • M2–1213 : The leading edge of the paper has not reached the regi. sensor within the specified time. • M2-1214 : The paper has not left from the regi. sensor within the specified time.
  1) Open the side cover. Remove the jammed paper.
  2) If jammed paper occurs continually, check the following. a) Enter SVC mode. Execute Regi. motor test. If the motor operation is normal, go to step d). b) Remove the rear cover. Check if the Regi/MP/feed motor cable is connected correctly. c) If the connection is OK, replace the main drive unit(JC93-00912A). (Refer to 3.3.12. Main Drive unit) d) If the Regi/MP/feed motor operation is normal, check the regi sensor. e) If the regi sensor operation is abnormal, check the harness. f) If the connection is OK, replace the regi. sensor (0604-001381).

• Code: M2-1331, M2-1333, M2-1334
• Description: Paper jam inside of machine Paper jam at the top of duplex path
• Causes: Paper jam has occurred inside the machine.
• Troubleshooting Guides: 1) Open the side cover. Remove jammed paper.
  2) If the problem persists, check the following: a) Check the Regi sensor harness. If the harness is normal, replace the Regi. sensor (0604-001381). b) Check the sensors in the Side Unit. If the harness is normal, replace the defective sensor (0604-001393 ).

• Code: M2-2111, M2-2113, M2-2114
• Description: Paper jam inside of machine Paper jam at the top of duplex path
• Causes: Paper jam has occurred inside the machine.
• Troubleshooting Guides: 1) Open the side cover. Remove jammed paper.
  2) If the problem persists, check the following: a) Check the Regi sensor harness. If the harness is normal, replace the Regi. sensor (0604-001381). b) Check the sensors in the Side Unit. If the harness is normal, replace the defective sensor (0604-001393 ).

• Code: M3-1411, M3-1413, M3-1414
• Description: Paper jam in exit area.
• Causes: Paper jam has occurred around the fuser unit.(At power-on / warm up , the machine detected paper jam in Inner tray Exit Sensor.)
• Troubleshooting Guides: • M3–1413 : The leading edge of the paper has not reached the feed 1 sensor within the specified time. • M3-1414 : The paper has not left from the feed 1 sensor within the specified time.
  1) Open the side cover. Remove jammed paper.
  2) If the problem persists, check the following: a) Open the side cover. Check if the connector is connected correctly. b) Remove the JOB-SEPARATOR. Check if the photo sensor is assembled correctly. c) Check if ACTUATOR-EXIT is assembled correctly. If the ACTUATOR-EXIT (JC66-02533A) is deformed or broken, replace it. d) If the photo sensor(0604-001393) is defective, replace it.

• Code: M3-2230, M3-2430
• Description: Output tray is full. Remove printed media.
• Causes: There is too much paper in output bin tray or inner tray.
• Troubleshooting Guides: • M3-2230 : There is too much paper in output bin tray. • M3-2430 : There is too much paper in inner tray.
  1) Remove the paper from output bin tray or inner tray.
  2) If this error ccurs continually, check the following. a) Check if the bin-full sensor and actuator is assembled correctly. b) Check if the bin-full sensor(0604–001393) is defective.

• Code: S1-1113
• Description: Video System Failure #S1-1113: Turn off then on.
• Causes: The system has some problems due to CPU overheating.
• Troubleshooting Guides: 1) Turn the machine off.
  2) Wait until the machine is cool, and then turn the machine on.
  3) If the problem persists, turn the machine off again.
  4) Remove the rear cover.
  5) Replace the main board(JC92-02746A).
  NOTE Insert the MSOK to the new main board.

• Code: S1-1114
• Description: Video System Failure #S1-1114: Turn off then on.
• Causes: CPU fan is not working
• Troubleshooting Guides: 1) Turn the machine off.
  2) Wait until the machine is cool. And then turn the machine on.
  3) If the problem persists, turn the machine off again.
  4) Remove the rear cover.
  5) Replace the main board(JC92-02746A). NOTE Insert the MSOK to the new main board.
  6) Assemble the rear cover. Turn the machine on.

• Code: S1-1313
• Description: The clock became initial time. Set a time again.
• Causes: Saved time is invalid
• Troubleshooting Guides: 1) Set up the time and reboot the machine. a) Select “Machine Setup” on touch screen. b) Select “General Setting”. c) Select “Date and Time” and set the time.
  2) If the problem persists, check the following. a) Remove the rear cover. b) Remove the fax holder from the main board. c) Measure the voltage of the battery. If the battery is normal, the measured value is over 3V.
  3) If the battery is normal, replace the main board(JC92-02746A).

• Code: S1-2111
• Description: Video System Failure #S1-2111: Turn off then on.
• Causes: The machine can’t detect memory during booting.
• Troubleshooting Guides: Troubleshooting method
  1) Turn the machine off then on.
  2) If the problem persistss, turn the machine off again.
  3) Remove the rear cover.
  4) Replace the main board(JC92-02742A). NOTE Insert the MSOK to the new main board.
  5) Assemble the rear cover. Turn the machine on.

• Code: S1-2411, S1-2421, S1-2422
• Description: HDD System Failure #S1-2411: Turn off then on.
  HDD System Failure #S1-2421: Turn off then on.
  HDD System Failure #S1-2422: Turn off then on.
• Causes: Hard Disk is not installed in the machine. / Hard Disk is defective.
• Troubleshooting Guides: 1) Check if the HDD is installed correctly. a) Remove the rear cover. b) Check if the HDD cable is connected correctly.
  2) If the problem persistss, replace the HDD(JC59–00035A).

• Code: S1-2510, S1-2511, S1-2520
• Description: MSOK System Failure #S1-2510: Turn off then on.
  MSOK System Failure #S1-2511: Turn off then on.
  MSOK Failure: #S1-2520. Call for service
• Causes: MSOK is not installed properly. / MSOK is defective.
• Troubleshooting Guides: 1) Remove the rear cover.
  2) Check if the MSOK is inserted correctly. Remove and reinstall it.
  3) If the problem persists, replace the main board(JC92-02746A).

• Code: S1-2521 S1-2523 S1-2540
• Description: MSOK Failure: #S1-2521. Call for service
  PPM data is incorrect. Call for service & change MSOK
  MSOK Failure: #S1-2540. Call for service & change MSOK
• Causes: MSOK is not installed properly. / MSOK is defective.
• Troubleshooting Guides: 1) Remove the rear cover.
  2) Check if the MSOK is inserted correctly. Remove and reinstall it.
  3) If the problem persists, replace the main board(JC92-02746A).

• Code: S1-4111
• Description: Video System Failure #S1-4111: Turn off then on.
• Causes: The main board can’t send the data through the network channel.
• Troubleshooting Guides: 1) Check if the green LED of the network port is on.
  2) If not, unplug and reconnect the network cable.
  3) If the problem persists, replace the main board(JC92-02746A).

• Code: S1-4311
• Description: Video System Failure #S1-4311: Turn off then on.
• Causes: The USB device chip is defective.
• Troubleshooting Guides: 1) Turn the machine off then on.
  2) If the problem persists, turn the machine off again.
  3) Check if the OPE hub board harness are connected correctly. Reconnect the harness.
  4) If the harness is OK, replace the OPE hub board.

• Code: S1-5221
• Description: Wireless network card is not installed. Install the card
• Causes: The machine can’t detect the wireless network card.
• Troubleshooting Guides: 1) Check if the wireless network card is installed properly.
  2) If the wireless network card is defective, replace it.

• Code: S2-1211, S2-2311
• Description: Engine System Failure: #S2-1211. Turn off then on
  Engine System Failure: #S2-2311. Turn off then on
• Causes: The main board is defective.
• Troubleshooting Guides: 1) Turn the machine off then on.
  2) If the problem persists, turn the machine off again.
  3) Replace the main board(JC92-02746A).
  4) Turn the machine on.

• Code: S2-3321
• Description: Supplying and mixing toner to developer unit. Please wait…
• Causes: Toner supply is insufficient.
• Troubleshooting Guides: 1) Machine will execute the toner supply job. Please wait until error message will be disappeared.
  2) If the problem persists, check the toner supply drive unit.
  3) If the problem persists, replace the toner cartridge.

• Code: S2-3421
• Description: Calibrating image density. Please wait…
• Causes: Machine is on TC calibration.
• Troubleshooting Guides: 1) Machine will execute the toner calibration job. Please wait until error message will be disappeared.

• Code: S2-4210
• Description: Front door is open. Close it.
• Causes: Front cover or Side cover is opened.
• Troubleshooting Guides: 1) Close the front cover correctly.
  2) Check if the cover open sensor connector is connected properly. Reconnect it.
  3) If the sensor is defective, replace it.

• Code: S2-4410
• Description: Right door is open. Close it.
• Causes: Front cover or Side cover is opened.
• Troubleshooting Guides: 1) Close the side cover correctly.
  2) Check if the cover open sensor connector is connected properly. Reconnect it.
  3) If the sensor is defective, replace it.

• Code: S3-3121
• Description: Scanner is locked.
• Causes: Scanner module does not move.
• Troubleshooting Guides: 1) Turn off the machine then on. Check if the scanner module works normally.
  2) If the initial operation does not occurred normally, turn the machine off.
  3) Remove the scan glass.
  4) Check if the home position sensor cable is connected correctly.
  5) Remove the scan rear cover. Check if all cables on scan joint board are connected correctly.
  6) If the connection is OK, replace the scan joint board.

• Code: S3-3211, S3-3213, S3-3214
• Description: Scan System Failure #S3-321x: Turn off then on.
• Causes: DSDF is not connected or communication error occurs with CIP6 board.
• Troubleshooting Guides: 1) Turn the machine off then on. If the problem persists, check the following:
  2) Turn the machine off again.
  3) Remove the scan rear cover. Check if the connector on scan joint board is connected correctly.
  4) Remove the DSDF rear cover. Check if the connector on DSDF board is connected correctly.
  5) If the connection is OK, replace the DSDF board(JC92-02446A).

• Code: S3-3215, S3-3216, S3-3217
• Description: Scan System Failure #S3-321x: Turn off then on.
• Causes: DSDF is not connected or communication error occurs with CIP6 board.
• Troubleshooting Guides: 1) Turn the machine off then on. If the problem persists, check the following:
  2) Turn the machine off again.
  3) Remove the scan rear cover. Check if the connector on scan joint board is connected correctly.
  4) Remove the DSDF rear cover. Check if the connector on DSDF board is connected correctly.
  5) If the connection is OK, replace the DSDF board(JC92-02446A).

• Code: S4-3111
• Description: Fax System Failure: #S4-3111. Install fax modem card again
• Causes: Fax card is not installed properly. / Fax card is defective.
• Troubleshooting Guides: 1) Remove and reinstall the fax card.
  2) If the fax card is defective, replace it.

• Code: S5-3111
• Description: UI System Failure #S5-3111:Turn off then on.
• Causes: Communication error between main board and OPE board has occurred.
• Troubleshooting Guides: 1) Remove the rear cover.
  2) Check if the OPE cable is connected to the main board correctly.
  3) Remove and disassemble the OPE Unit.
  4) Check if the OPE cable is connected to the OPE board correctly.
  5) If the connection is OK, replace the main board(JC92-02746A).

• Code: S6-3122
• Description: Network cable is disconnected. Check it.
• Causes: Network cable is disconnected.
• Troubleshooting Guides: 1) Check if the green LED of the network port is on.
  2) If not, unplug and reconnect the network cable.
  3) If the problem persists, replace the main board(JC92-02742A).

• Code: S6-3123, S6-3128
• Description: This IP address conflicts with that of other system. Check it.
  802.1x authentication failed. Please Contact the System Administrator.
• Causes: Network error. (IP address conflicts with that of another system. / Communication error / There is no response when checking the ping test.)
• Troubleshooting Guides: • Change the machine’s IP address.
  1) Select “Machine Setup” on the touch screen.
  2) Select “Networking Setting”.
  3) “Log-In”.
  4) Select “TCP/IP”.
  5) Select the proper item for your machine.
  6) Select “IP Setting”.
  7) Select the proper item for your machine.
  8) Change the IP address.

• Code: S7-1110
• Description: Engine System Failure: #S7-1110. Turn off then on
• Causes: 24V power is abnormal.
• Troubleshooting Guides: 1) Check the 24V pin on SMPS board. If it is abnormal, replace the SMPS board.
  2) Check the related cable.
  3) If the SMPS is normal, replace the main board.

• Code: S7-2110
• Description: Fuser Failure: #S7-2110. Turn off then on
• Causes: Heater control relay is abnormal.
• Troubleshooting Guides: 1) Turn the machine off. Re-install the fuser unit, then turn the machine on.
  2) If the problem persists, replace the Fuser unit(110V : JC91-01158A, 220V : JC91-01157A).

• Code: U1-2113, U1-2119
• Description: Fuser Unit Failure: #U1-2113.
  Fuser Unit Failure: #U1-2119.
• Causes: The thermistor can’t measure temperature. The hear-roller will not heat-up.
• Troubleshooting Guides: • U1–2113 : Error occurs at non-contact type Thermistor • U1–2119 : Error occurs at contact type Thermistor
  1) Turn the machine off. Re-install the fuser unit, then turn the machine on.
  2) Remove the fuser unit. After opening the jam cover, check if jammed or wrapped paper is in the fuser unit.
  3) If the problem persists, check the following: a) Check if the Halogen lamp (110V : 4713–001632 / 220V : 4713–001633) is broken or disconnected. b) Check if the AC connection of the Halogen lamp is disconnected or contaminated. c) Check if the thermistat(4712-001098) is disconnected. d) Check if the contact type thermistor(1404–001567) or Non-contact type thermistor(1404–001453)is broken.
  4) If the problem persists, replace the Fuser unit(220V : JC91–01163A / 110V : JC91–01164A).
  5) If the problem persists, replace the main board(JC92–02746A) or FDB board(220V : JC44-00211A, 110V : JC44-0021A)or SMPS(220V : JC44-00100C, 110V : JC44-00093C)

• Code: U1-2115
• Description: Fuser Unit Failure: #U1-2115. Turn off then on.
• Causes: The pressure control unit(Cam unit)of the fuser is abnormal.
• Troubleshooting Guides: 1) Turn the machine off. Re-install the fuser unit, then turn the machine on.
  2) If the problem persists, check the following: a) When the side-cover closes, check if the operation sound of the pressure control unit occurs. b) Check if the parts of the pressure control unit are abnormal. – Check if the shape of the CAM-REAR(JC66–03178A) is broken. – Check if there are abnormal parts of the pressure control unit. c) Check if the fuser-motor is abnormal via service-mode. (Diagnostics > Engine Diagnostics > Engine Test Routines > 109–0140)
  3) If the problem persists, replace the Fuser unit(220V : JC91–01163A / 110V : JC91–01164A). 4) If the problem persists, replace the main board(JC92–02746A) or FDB board(220V : JC44-00211A, 110V : JC44-0021A)or SMPS(220V : JC44-00100C, 110V : JC44-00093C)

• Code: U1-2132, U1-2135
• Description: Fuser Unit Failure: #U1-2132.
  Fuser Unit Failure: #U1-2135.
• Causes: Temperature of the fuser rises abnormally.
• Troubleshooting Guides: • U1–2132 : Error occurs at non-contact type Thermistor • U1–2135 : Error occurs at contact type Thermistor
  1) Turn the machine off. Re-install the fuser unit, then turn the machine on.
  2) Check if the power voltage is normal. (Is the voltage during the operation ±10% of the rated voltage?)
  3) Remove the fuser unit. After opening the jam cover, check jammed or wrapped paper is in the fuser unit.
  4) If the problem persists, Check the following: a) Check if the Halogen lamp (110V : 4713–001632 / 220V : 4713–001633) is broken or disconnected. b) Check if the AC connection of the Halogen lamp is disconnected or contaminated. c) Check if the thermistat(4712-001098) is disconnected. d) Check if the contact type thermistor(1404–001567) or Non-contact type thermistor(1404–001453) is broken.
  5) If the problem persists, replace the Fuser unit(220V : JC91–01163A / 110V : JC91–01164A).
  6) If the problem persists, replace the main board(JC92–02746A) or FDB board(220V : JC44-00211A, 110V : JC44-0021A)or SMPS(220V : JC44-00100C, 110V : JC44-00093C)

• Code: U1-2141, U1-2142
• Description: Fuser Unit Failure: #U1-2141.
  Fuser Unit Failure: #U1-2142
• Causes: Temperature of the thermistor is higher than the maximum allowable temperature.
• Troubleshooting Guides: • U1–2141 : Error occurs at non-contact type Thermistor • U1–2142 : Error occurs at contact type Thermistor
  1) Turn the machine off. Re-install the fuser unit, then turn the machine on.
  2) Check if the power voltage is normal. (Is the voltage during the operation ±10% of the rated voltage?)
  3) Remove the fuser unit. After opening the jam cover, check if jammed or wrapped paper is in the fuser unit.
  4) If the problem persists, Check the following: a) Check if the contact type thermistor(1404–001567) or Non-contact type thermistor(1404–001453) is broken.
  5) If the problem persists, replace the Fuser unit(220V : JC91–01163A / 110V : JC91–01164A).
  6) If the problem persists, replace the main board(JC92–02746A) or FDB board(220V : JC44-00211A, 110V : JC44-0021A)or SMPS(220V : JC44-00100C, 110V : JC44-00093C)

• Code: U1-2316, U1-2317
• Description: Fuser Unit Failure: #U1-2316.
  Fuser Unit Failure: #U1-2317
• Causes: Temperature of the fuser changes abnormally
• Troubleshooting Guides: • U1–2316 : Error occurs at non-contact type Thermistor • U1–2317 : Error occurs at contact type Thermistor
  1) Turn the machine off. Re-install the fuser unit, then turn the machine on.
  2) Check if the power voltage is normal. (Is the voltage during the operation ±10% of the rated voltage?)
  3) If the problem persists, Check the following: a) Check if the Halogen lamp (110V : 4713–001632 / 220V : 4713–001633) is broken or disconnected. b) Check if the AC connection of the Halogen lamp is disconnected or contaminated. c) Check if the thermistat(4712-001098) is disconnected. d) Check if the contact type thermistor(1404–001567) or Non-contact type thermistor(1404–001453) is broken.
  4) If the problem persists, replace the Fuser unit(220V : JC91–01163A / 110V : JC91–01164A).
  5) If the problem persists, replace the main board(JC92–02746A) or FDB board(220V : JC44-00211A, 110V : JC44-0021A)or SMPS(220V : JC44-00100C, 110V : JC44-00093C)

• Code: U1-2335, U1-233A
• Description: Fuser Unit Failure: #U1-2335.
  Fuser Unit Failure: #U1-233A.
• Causes: Temperature of the thermistor is abnormally low.
• Troubleshooting Guides: • U1–2335 : Error occurs at non-contact type Thermistor • U1–233A : Error occurs at contact type Thermistor
  1) Turn the machine off. Re-install the fuser uni, then turn the machine on.
  2) Check if the power voltage is normal. (Is the voltage during the operation ±10% of the rated voltage?)
  3) Remove the fuser unit. After opening the jam cover, check if jammed or wrapped paper is in the fuser unit.
  4) If the problem persists, Check the follows. a) Check if the Halogen lamp (110V : 4713–001632 / 220V : 4713–001633) is broken or disconnected. b) Check if the AC connection of the Halogen lamp is disconnected or contaminated. c) Check if the thermistat(4712-001098) is disconnected. d) Check if the contact type thermistor(1404–001567)or Non-contact type thermistor(1404–001453) is broken.
  5) If the problem persists, replace the Fuser unit(220V : JC91–01163A / 110V : JC91–01164A).
  6) If the problem persists, replace the main board(JC92–02746A) or FDB board(220V : JC44-00211A, 110V : JC44-0021A)or SMPS(220V : JC44-00100C, 110V : JC44-00093C)

• Code: U1-2337, U1-233D
• Description: Fuser Unit Failure: #U1-2337.
  Fuser Unit Failure: #U1-233D.
• Causes: When the fuser warms-up, the temperature of the thermistor is abnormally low.
• Troubleshooting Guides: • U1–2337 : Error occurs at non-contact type Thermistor • U1–233D : Error occurs at contact type Thermistor
  1) Turn the machine off. Re-install the fuser unit, then turn the machine on.
  2) Check if the power voltage is normal. (Is the voltage during the operation ±10% of the rated voltage?)
  3) Remove the fuser unit. After opening the jam cover, check if jammed or wrapped paper is in the fuser unit.
  4) If the problem persists, Check the follows. a) Check if the Halogen lamp (110V : 4713–001632 / 220V : 4713–001633) is broken or disconnected. b) Check if the AC connection of the Halogen lamp is disconnected or contaminated. c) Check if the thermistat(4712-001098) is disconnected. d) Check if the contact type thermistor(1404–001567)or Non-contact type thermistor(1404–001453) is broken.
  5) If the problem persists, replace the Fuser unit(220V : JC91–01163A / 110V : JC91–01164A).
  6) If the problem persists, replace the main board(JC92–02746A) or FDB board(220V : JC44-00211A, 110V : JC44-0021A)or SMPS(220V : JC44-00100C, 110V : JC44-00093C)

• Code: U2-1111, U2-1112
• Description: LSU Failure: #U2-1111. Turn off then on.
  LSU Failure: #U2-1112. Turn off then on.
• Causes: LSU motor does not operate of it operates abnormally. Motor ready signal is abnormal.
• Troubleshooting Guides: 1) Turn the machine off then on. Check for the LSU motor operation sound during warm-up.
  2) Print a Demo page and check the printout is normal.
  3) If the problem persists, check the following:
  • If the LSU motor makes a sound, a) By SVC mode, Check if the motor ready signal is occurred. (Diagnostics > Engine Diagnostics > Engine Test Routines > 110–0000) b) If not, open the side-cover and replace the LSU(JC97–04017B)
  • If the LSU motor does not make a sound, a) Unplug and reconnect the LSU flat cable connecting the LSU. Then check the operation sound of LSU. b) Unplug and reconnect the LSU flat cable on main board. Then check the operation sound of LSU. c) If the LSU flat cable is defective, replace FFC. d) If the LSU cable is OK, replace the LSU(JC97–04017B)

• Code: U2-1113, U2-1114
• Description: LSU Failure: #U2-1113. Turn off then on.
  LSU Failure: #U2-1114. Turn off then on.
• Causes: LSU motor does not operate of it operates abnormally. Motor ready signal is abnormal.
• Troubleshooting Guides: 1) Turn the machine off then on. Check for the LSU motor operation sound during warm-up.
  2) Print a Demo page and check the printout is normal.
  3) If the problem persists, check the following:
  • If the LSU motor makes a sound, a) By SVC mode, Check if the motor ready signal is occurred. (Diagnostics > Engine Diagnostics > Engine Test Routines > 110–0000) b) If not, open the side-cover and replace the LSU(JC97–04017B)
  • If the LSU motor does not make a sound, a) Unplug and reconnect the LSU flat cable connecting the LSU. Then check the operation sound of LSU. b) Unplug and reconnect the LSU flat cable on main board. Then check the operation sound of LSU. c) If the LSU flat cable is defective, replace FFC. d) If the LSU cable is OK, replace the LSU(JC97–04017B)

• Code: U3-3122
• Description: Documents are inserted incorrectly. After open the scanner`s door, put it again. Call for service if the problem persists
• Causes: DSDF pick up module has the problem.
• Troubleshooting Guides: 1) Open and close the DSDF cover. Check if the error message is disappeared.
  2) Open the DSDF cover. Push and release the pick up module. Check if the pick up module returns the original position. • Check if the spring is deformed. If the spring is defective, replace it(6107–003581).
  3) Check If the regi sensor is OK, check the scan sensor and scan actuator. If their operation is abnormal, replace the defective part.

• Code: U3-3211, U3-3213, U3-3214
• Description: Original paper jam inside of scanner
• Causes: Jam has occurred inside the DSDF unit.
• Troubleshooting Guides: 1) Open the DSDF cover. If there is jammed paper, remove it.
  2) If this error occurs continually, check the Regi. sensor and Regi actuator. Push and release the regi actuator. Check if the pick up module returns the original position. If the sensor is defective, replace it(0604–001393).
  3) If the regi sensor is OK, check the scan 1 sensor and reflect film. • If the scan 1 sensor is defective, replace it(0604–001381). • If the reflect film is contaminated, clean it.

• Code: U3-3311, U3-3313, U3-3314
• Description: Original paper jam inside of scanner
• Causes: Jam has occurred inside the DSDF unit.
• Troubleshooting Guides: 1) Open the DSDF cover. If there is jammed paper, remove it.
  2) If this error occurs continually, check the Regi. sensor and Regi actuator. Push and release the regi actuator. Check if the pick up module returns the original position. If the sensor is defective, replace it(0604–001393).
  3) If the regi sensor is OK, check the scan 1 sensor and reflect film. • If the scan 1 sensor is defective, replace it(0604–001381). • If the reflect film is contaminated, clean it.

• Code: U3-3413, U3-3414, U3-3511
• Description: Original paper jam inside of scanner.
• Causes: Jam has occurred inside the DSDF unit.
• Troubleshooting Guides: 1) Open the DSDF cover. If there is jammed paper, remove it.
  2) If this error occurs continually, check the Regi. sensor and Regi actuator. Push and release the regi actuator. Check if the pick up module returns the original position. If the sensor is defective, replace it(0604–001393).
  3) If the regi sensor is OK, check the scan 2 sensor and exit sensor. • If the scan 2 sensor is defective, replace it(0604–001381). • If the exit sensor is defective, replace it(6107–003581).

• Code: U3-3513, U3-3514
• Description: Original paper jam inside of scanner.
• Causes: Jam has occurred inside the DSDF unit.
• Troubleshooting Guides: 1) Open the DSDF cover. If there is jammed paper, remove it.
  2) If this error occurs continually, check the Regi. sensor and Regi actuator. Push and release the regi actuator. Check if the pick up module returns the original position. If the sensor is defective, replace it(0604–001393).
  3) If the regi sensor is OK, check the scan 2 sensor and exit sensor. • If the scan 2 sensor is defective, replace it(0604–001381). • If the exit sensor is defective, replace it(6107–003581).

• Code: U3-3611, U3-3613
• Description: Original paper jam in the exit area of scanner
• Causes: Jam has occurred in exit area of the DSDF unit.
• Troubleshooting Guides: 1) Open the DSDF cover. If there is jammed paper, remove it.
  2) If the regi sensor is OK, check the scan 2 sensor and exit sensor. • If the scan 2 sensor is defective, replace it(0604–001381). • If the exit sensor is defective, replace it(6107–003581).

• Code: U3-3614, U3-3713
• Description: Original paper jam in the exit area of scanner
• Causes: Jam has occurred in exit area of the DSDF unit.
• Troubleshooting Guides: 1) Open the DSDF cover. If there is jammed paper, remove it.
  2) If the regi sensor is OK, check the scan 2 sensor and exit sensor. • If the scan 2 sensor is defective, replace it(0604–001381). • If the exit sensor is defective, replace it(6107–003581).

• Code: U3-4210
• Description: Top door of scanner is open.
• Causes: DSDF cover is open.
• Troubleshooting Guides: 1) Open and close the DSDF cover. Check if the error message is disappeared.
  2) If the problem persists, check the cover open sensor. a) Open the DSDF cover. Remove the spring. b) Remove 4 screws. c) Check if the sensor connector is connected correctly. If the sensor is defective, replace it(0604–001393).

– Get more error code list with quick guide to fix printer product, click here

– About get help with reseting Epson inkpad or others, click here

Samsung printer reset software introduction:

Notes before resetting Samsung printer:

– Identify accurate version, serial and crum of Samsung printer.
– How to get Samsung printer model info: Click Here
– Before you continue with the reprogramming of the firmware, please make sure that the device is installed on your computer.
– It is very important that under no circumstances should you remove the chip from the cartridge while reprogramming the firmware. After you have succesfully reprogrammed the printer, remove the chip from the cartridge and store it somewhere safely (the chip – a key). In all cartridges which you are going to use in the printer, the chip has to be either removed or sealed. If you have accidently inserted a new cartridge without removing the chip, the device will be blocked. In order to unblock it, you can use the stored chip as a key which help you to unblock the printer.
– And make sure that any other devices (except mouse and keyboard), which are connected to your computer via USB or LPT ports are disconnected. It’s preferable that the computer is connected to the “UPS” (uninterruptible power source) device, because if during the reprogramming process the electricity source has any interruptions, then the reprogramming will be carried out with an error, which makes the device unable to work.
– This firmware will be installed directly to your printer. Before opening firmare link make sure that printer is turned on and connected to your computer and printer drivers are installed correctly.
Be aware that with the reprogramming of the firmware the manufacturer’s warranty goes lost!!

How To Run Firmware Fix Samsung printer

1. Connect the printer to the computer and turn it on.
2. Wait until the printer is ready for work.
3. Drag and drop *.hd to usbprns2.exe file.

4. The reprogramming process starts automatically.
5. Wait until the printer reprograms (10-20 minute) and restarts.
6. After that the reprogramming process is finished, restart the printer.

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