Autor Tema: Códigos de Errores Konica Minolta Bizhub Pro 920  (Leído 20511 veces)

12 de julio de 2013, 03:14:49 pm
Códigos de Errores
Konica Minolta Bizhub Pro 920


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Descripción En esta oportunidad Importaciones Perez pone a disposición a todos nuestros Clientes, Técnicos, entre otros, una lista de códigos de errores que suele presentarse en la mayoría de Fotocopiadoras. La lista que se presenta a continuación es para el modelo de fotocopiadora Konica Minolta Bizhub Pro 920.

Codigo de Error

Descripción

SC13-01 Una señal de velocidad anormal del motor de alimentación de papel (M4) es comprobada.
Una señal de detección de error se detecta dos veces seguidas de un período de tiempo especificado después de M4 se pone en ON (la primera señal se ignora).
SC13-02 An abnormal speed signal of the paper feed motor (M101) is checked.
An error detection signal is detected twice in succession a specified period of time after M101 was turned ON (the first signal is ignored).
SC18-10 The locking of the paper lift motor /1 (M19) is detected.
An error detection signal of M19 is detected while M19 is ON.
SC18-11# When the upper limit sensor /1 (PS20) is OFF, PS20 does not turn ON within a specified period of time after the paper lift motor / 1 (M19) turns ON for lifting opera-tion. And at this time, an error detection signal (24V cut off) is detected.
SC18-12# When the upper limit sensor /1 (PS20) is OFF, PS20 does not turn ON within a specified period of time after the paper lift motor / 1 (M19) turns ON for lifting opera-tion. And at this time, an error detection signal (blowout of ICP) is detected.
SC18-13# When the upper limit sensor /1 (PS20) is OFF, PS20 does not turn ON within a specified period of time after the paper lift motor / 1 (M19) turns ON for lifting operation. And at this time, an error detection signal is not detected.
SC18-20 The locking of the paper lift motor /2 (M20) is detected. When M20 is ON, an error detec-tion signal of the M20 is detected.
SC18-21# When the upper limit sensor /2 (PS21) is OFF, PS21 does not turn ON within a specified period of time after the paper lift motor / 2 (M20) turns ON for lifting operation. And at this time, an error detection signal (24V cut off) is detected.
SC18-22# When the upper limit sensor /2 (PS21) is OFF, PS21 does not turn ON within a specified period of time after the paper lift motor / 2 (M20) turns ON for lifting operation. And at this time, an error detection signal (blowout of ICP) is detected.
SC18-23# When the upper limit sensor /2 (PS21) is OFF, PS21 does not turn ON within a specified period of time after the paper lift motor / 2 (M20) turns ON for lifting operation. And at this time, an error detection signal is not detected.
SC18-30 The locking of the paper lift motor /3 (M21) is detected. When M21 is ON, an error detection signal of the M21 is detected.
SC18-31# When the upper limit sensor /3 (PS22) is OFF, PS22 does not turn ON within a specified period of time after the paper lift motor / 3 (M21) turns ON for lifting operation. And at this time, an error detection signal (24V cut off) is detected.
SC18-32# When the upper limit sensor /3 (PS22) is OFF, PS22 does not turn ON within a specified period of time after the paper lift motor / 3 (M21) turns ON for lifting operation. And at this time, an error detection signal (blowout of ICP) is detected.
SC18-33# When the upper limit sensor /3 (PS22) is OFF, PS22 does not turn ON within a specified period of time after the paper lift motor / 3 (M21) turns ON for lifting operation. And at this time, an error detection signal is not detected.
SC18-40 The locking of the paper lift motor (M100) is detected.
When the paper lift motor (M100) is ON, an error detection signal of M100 is detected in succession for 1 second.
SC18-41# When the upper limit sensor (PS109) or the lower limit sensor (PS101) is OFF, PS109 or PS101 does not turn ON within a specified period of time after the paper lift motor (M100) turns ON for its lifting or lowering operation. And at this time, an error detection signal (24V cut off) is detected.
SC18-42# When the upper limit sensor (PS109) or the lower limit sensor (PS101) is OFF, PS109 or PS101 does not turn ON within a specified period of time after the paper lift motor (M100) turns ON for its lifting or lowering operation. And at this time, an error detection signal (blowout of ICP) is detected.
SC18-43# When the upper limit sensor (PS109) or the lower limit sensor (PS101) is OFF, PS109 or PS101 does not turn ON within a specified period of time after the paper lift motor (M100) turns ON for its lifting or lowering operation. And at this time, an error detection signal is not detected.
SC18-51# When the upper limit sensor / bypass (PS23) or the lower limit sensor /bypass (PS43) is OFF, PS23 or PS43 does not turn ON within a specified period of time
after the bypass tray lift motor (M22) turns ON for its lifting or lowering operation. And at this time, an error detection signal (24V cut off) is detected.
SC18-52# When the upper limit sensor / bypass (PS23) or the lower limit sensor /bypass (PS43) is OFF, PS23 or PS43 does not turn ON within a specified period of time
after the bypass tray lift motor (M22) turns ON for its lifting or lowering operation. And at this time, an error detection signal (blowout of ICP) is detected.
SC18-53# When the upper limit sensor / bypass (PS23) or the lower limit sensor /bypass (PS43) is OFF, PS23 or PS43 does not turn ON within a specified period of time after the bypass tray lift motor (M22) turns ON for its lifting or lowering operation. And at this time, an error detection signal is not detected.
SC21-01 When the charge cleaning home sensor (PS41) is OFF with the main power switch (SW1) ON, PS41 does not turn ON within a specified period of time after the charge cleaning motor (M23) turns ON for home position research operation (return operation). At this time, an error detection signal (blow-out of ICP) is not detected.
PS41 does not turn OFF within a specified period of time after the reverse opera-
tion (return operation) is started. At this time, an error detection signal (blowout of
ICP) is not detected.
It is checked that the time for the M23 operations is over. The charge cleaning limit sensor (PS42) does not turn ON within a specified period of time after the reverse operation (return operation) is started for detection of PS41being OFF. Or, PS41 does not turn ON within a specified period of time after PS42 turns ON. At this time, an error detection signal (blowout of ICP) is not detected.
SC21-02 The blowout of ICP for the charge cleaning motor (M23) in the printer control board (PRCB) is checked. When the charge cleaning home sensor (PS41) is OFF with the main power switch (SW1) ON, PS41 does not turn ON within a specified
period of time after the M23 turns ON for home position research operation (return operation). And at this time, an error detection signal (blowout of ICP) is detected.
PS41 does not turn OFF within a specified period of time after the reverse operation (return operation) is started. And at this time, an error detection signal (blow-out of ICP) is detected.
The charge cleaning limit sensor (PS42) does not turn ON within a specified period of time after the reverse operation (return operation) is started for detection of PS41being OFF. Or, PS41 does not turn ON within a specified period of time after PS42 turns ON. At this time, an error detection signal (blowout of ICP) is detected.
SC21-03 The locking of the charge cleaning motor (M23) is detected. A motor lock signal is detected while moving from the charge cleaning limit sensor (PS42) side to the charge cleaning home sensor (PS41) side, and after a retry operation, a fifth motor lock signal is detected.
SC21-04 It is checked that the operations of the transfer/separa-tion cleaning motor (M18) are over.
When the transfer/separation cleaning home sensor (PS11) is OFF with the main power switch (SW1) ON, PS11 does not turn ON within a specified period of time after the M18 turns ON for a home position research operation (return operation). At this time, an error detection signal (blow-out of ICP) is not detected.
PS11 does not turn OFF within a specified period of time after the reverse operation (return operation) is started. At this time, an error detection signal (blowout of ICP) is not detected.
It is checked that the operations of the M18 are over. The transfer/separation cleaning limit sensor (PS12) does not turn ON within a specified period of time after the reverse operation (return operation) is started for detection of PS11 being OFF. Or, PS11 does not turn ON within a specified period of time after PS12 turns ON. At this time, an error detection signal (blowout of ICP) is not detected.
SC21-06 The locking of the transfer/separation cleaning motor (M18) is detected.
Motor lock signals are detected while moving from the transfer/ separation limit sensor (PS12) side to the transfer/separation home sensor (PS11) side, and after a retry operation, a fifth motor lock signal is detected.
SC23-01 The speed error signal of the toner bottle motor (M15) is checked.
An error detection signal is detected twice in succession a specified period of time after M15 turns ON (the first signal is ignored).
SC23-02 The speed error signal of the developing motor (M3) is checked.
Since an error detection signal is detected a second after M3 turns ON, turn OFF M3 for a specified period of time. Then, an error detection signal is detected again a specified period of time after it is turned ON again.
SC23-03 The locking of the blade motor (M14) is detected.
The error detection signal (over current) of M14 is detected.
SC23-04 It is checked that the movement of the blade motor (M14) is not completed, and the 24V power source is also checked.
The drum READY1 signal (READY condition) cannot be detected within a specified period of time after the drum motor (M2) turns ON. Or, the drum READY1 signal (READY release condition) cannot be detected within a
specified period of time after M2 turns OFF. At this time, an error detection signal (24V cut out) is detected.
SC23-05 The blowout of ICP for the blade motor (M14) in the printer control board (PRCB) is checked. The drum READY1 signal (READY condition) cannot be detected within a specified period of time after the drum motor (M2) turns ON. Or, the drum READY1 signal (READY release condition) cannot be detected within a
specified period of time after M2 turns OFF. At this time, the error detection signal (blowout of ICP) of M14 is detected.
SC23-06 It is checked that the movement of the blade motor (M14) is not completed. The drum READY1 signal (READY condition) cannot be detected within a specified period of time after the drum motor (M2) turns ON. Or, the drum READY1 signal (READY release condition) cannot be detected within a specified period of time after M2 turns OFF. At this time, an error detection signal is not detected.
SC23-07 It is checked that the movement of the blade motor (M14) is not completed, and 24V power source is also checked.
The blade READY signal (READY condition) cannot be detected within a specified period of time after the blade replacement signal turns ON. Or, the blade READY
signal (READY release condition) cannot be detected within a specified period of time after the blade replacement signal turns OFF. At this time, an error detection signal (24V cut off) is detected.
SC23-08 The blowout of ICP for the blade motor (M14) in the printer control board (PRCB) is checked. The blade READY signal (READY condition) cannot be detected within a specified period of time after the blade replacement signal turns ON. Or, the blade READY signal (READY release condition) cannot be detected within a
specified period of time after the blade replacement signal turns OFF. At this time, an error detection signal (blowout of ICP) of M14 is detected.
SC23-09 It is checked that the movement of the blade motor (M14) is not completed. The blade READY signal (READY condition) cannot be detected within a specified period of time after the blade replacement signal turns ON. Or, the blade READY
signal (READY release condition) cannot be detected within a specified period of time after the blade replacement signal turns OFF. At this time, an error detection signal is not detected.
SC23-10 It is checked that the drum motor (M2) does not start. The drum READY2 signal (READY signal) is not detected within a specified period of time after M2 turns ON.
SC23-11 The blowout of ICP for the toner supply motor (M11) in the printer control board (PRCB) is checked. An error detection signal (blowout of ICP) is detected when M11 turns ON.
SC23-21 When the recycle pump motor (M24) is turned ON, an error detection signal is detected twice in a row within a specified period of time. (An error detection signal on the first time is ignored.)
SC24-01 The temperature of the drum temperature sensor (TH5) detected a specified period of time after the main power switch (SW1) is turned ON is -3°C or lower, and also, the drum temperature after a specified period of time is -3°C or lower.
SC24-02 When the main power switch (SW1) turns ON with the fusing temperature below 50°C, the detected temperature of the drum temperature sensor (TH5) is more than 52°C, and when the detected temperature is above 52°C after a specified period of time.
SC24-03 The erase lamp (EL) is unconnected.
SC28-01 A charge leak is detected. After a charge error detection signal is detected while in the charge ON, up to 5 charge ON/OFF opera-tions occur in succession.
SC28-02 A transfer leak is detected. After a transfer error detection signal is detected while in the transfer ON, up to 5 transfer ON/OFF operations occur in succession.
SC28-03 A separation leak is detected. After a separation error detection signal is detected while in the separation ON, up to 5 separation ON/OFF operations occur in succession.
SC28-04 The error detection signal (blow-out of a 24V ICP) of the high volt-age unit /2 (HV2) is detected.
SC29-01 The dirt correction of the sensor is not completed. While in the maximum density correction, the dirt correction of the IDC sensor (IDCS) is not sufficient. When this condition is detected 10 times in succession, the error code is displayed.
SC29-02# The maximum density correction is not completed. While in the maximum density correction, the number of rotations of the developing roller gets to the maximum.
SC29-03# The IDC sensor (IDCS) output abnormality. While in the maximum density correction, a patch for control is not output. (No out-put is made from the IDCS.)
SC29-04 The dirt correction of the sensor is not completed. While in gamma correction, the dirt cor-rection of the PGC sensor (PGCS) is not sufficient. When SC29-4 or SC29-7 is detected ten times in succession, this error code is displayed.
SC29-05# The PGC sensor (PGCS) output abnormality. While in the gamma correction, a patch for control is not output. (No output is made from the PGCS.)
SC29-06# The gamma correction data is defective. The gamma correction output is abnormal. A regression error when carrying out a gamma curve operation while in the gamma correction.
SC29-07 The dirt correction of the sensor is not completed. While in the dot diameter correction, the dirt correction of the PGC sensor (PGCS) is not sufficient. When SC29-4 or SC29-7 is detected ten times in succession, this error code is displayed.
SC29-08# Correction abnormality. While in the dot diameter correction, the correction is terminated with an abnormal value.
SC29-09 Drum potential sensor (DPS) output abnormality. While in the 0V check of the DPS, more than 100V of the drum surface potential is detected more than 5 times. When this condition is detected 5 times in succession, the error code is displayed.
SC29-10 Drum potential sensor (DPS) output abnormality. While in the drum potential correction, a patch for control is not output with the V1 getting to more than 350V. When this condition is detected 5 times in succession, the error code is displayed.
SC29-11 The data is defective. While in the drum potential correction, no convergence is obtained even after correction is made more than 10 times. When this condi-
tion is detected 5 times in succession, the error code is displayed.
SC29-12# Auto adjustment monitor value abnormality. No convergence is made in the auto adjustment of the transfer current.
SC29-13# Auto adjustment monitor value abnormality. No convergence is made in the auto adjustment of the separation (AC) current.
SC29-14# Auto adjustment monitor value abnormality. No convergence is made in the auto adjustment of the separation (DC) current.
SC29-15# Auto adjustment monitor value abnormality. No convergence is made in the auto adjustment of the developing bias.
SC32-01 The rotation of the conveyance suction fan (FM2) is checked, and the 24V power source is also checked. An abnormal FM2 EM signal condition occurs a pecified period of time after FM2 is turned ON. This abnormal condition recurs even a specified period of time after FM12 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected.
SC32-02 The blowout of ICP for the conveyance suction fan (FM2) in the AC drive board (ACDB) is checked. An abnormal condition occurs with the FM2 EM signal a speci-fied period of time after FM2 is turned ON. This abnormal condition recurs even a specified period of time after FM2 is turned OFF and then turned ON, and an error detection signal (blowout of ICP) is detected.
SC32-03 The rotation of the conveyance suction fan (FM2) is checked. An abnormal condition occurs with the FM2 EM signal a specified period of time after FM2 is
turned ON. This abnormal condition recurs even a specified period of time after FM2 is turned OFF and then turned ON, and an error detection signal (24V cut off/
blowout of ICP) is not detected.
SC32-04 The rotation of the fusing fan (FM1) is checked, and the 24V power source is also checked. An abnormal condition occurs with the FM1 EM signal a speci-fied period of time after FM1 is turned ON. This abnormal condition recurs even a specified period of time after FM1 is turned OFF and then turned ON, and an
error detection signal (24V cut off) is detected.
SC32-06 The rotation of the fusing fan (FM1) is checked. An abnormal condition occurs
with the FM1 EM signal a speci-fied period of time after FM1 is turned ON. This abnormal condition recurs even a specified period of time after FM1 is turned OFF and then turned ON, and an error detection signal (24V cut off/ blowout of ICP) is not detected.
SC32-07# When the print is completed, the fusing fan (FM1) EM signal gets into an abnormal condition.
SC33-01 Registration motor (M12) speed abnormality. A specified period of time after M12 turns ON, an error detection signal is detected twice in a row. (An error detection signal on the first time is ignored.)
SC33-05 The blowout of ICP for the web motor (M16) in the printer control board (PRCB) is checked, and the 24V power source is also checked. When M16 turn ON from OFF, error detection signals (blowout of ICP and the 24V cut off) are detected.
SC33-06 The blowout of ICP for the web motor (M16) in the printer control board (PRCB) is checked. When M16 turns ON from OFF, the blowout of ICP abnormality is detected with a 24V down signal normal.
SC34-01 Thermistor /1 (TH1) high temper-ature detection (software). TH1 detects a temperature of 210°C or above 5 times in a specified period of time.
SC34-02 Thermistor /3 (TH3) high temper-ature detection (software). TH3 detects a temperature of 230°C or above 5 times in a specified period of time.
SC34-03 Thermistor /1 (TH1) high temper-ature detection (hardware). An abnormal condition is detected with the fusing error detection signal 1.
SC34-04 Thermistor /3 (TH3) high temperature detection (hardware). An abnormal condition is detected with the fusing error detection signal 4.
SC35-01 Thermistor /1 (TH1) low tempera-ture detection (software). TH1 does not get to 50°C when a specified period of time elapses after the main power switch (SW1) is turned ON for the fusing ON control.
SC35-02 Thermistor /3 (TH3) low temperature detection (software). TH3 does not get to 50°C when a specified period of time elapses after the main power switch (SW1) is turned ON for the fusing ON control.
SC36-01 Thermistor /1 (TH1) high temper-ature detection (long time/software). TH1 detects a temperature of 200°C or above 30 times in a row in a specified period of time.
SC36-02 Thermistor /3 (TH3) high temperature detection (long time/software). TH3 detects a temperature of 220°C or above 30 times in a row in a specified period of time.
SC36-03 Thermistor /1 (TH1) low tempera-ture detection (hardware). The output voltage of the TH1 is detected as a low temperature abnormality (-6°C or lower) in the comparator circuit.
SC36-04 Thermistor /3 (TH3) low tempera-ture detection (hardware). The output voltage of the TH3 is detected as a low temperature (-6°C or lower) in the comparator circuit.
SC36-05 Thermistor /2 (TH2) low abnor-mality detection (hardware). The output voltage of the TH2 is detected as a low temperature (-6°C or lower) or high temperature (240.5°Cor higher) abnormality in the comparator circuit.
SC36-06 Thermistor /4 (TH4) low abnormality detection (hardware). The output voltage of the TH4 is detected as a low temperature (-6°C or lower) or high temperature (240.5°Cor higher) abnormality in the comparator circuit.
SC41-01 The scanner home sensor (PS51) does not turn ON within a specified period of time after the home position search is started.
SC41-02 When the speed of the polygon motor (M17) is being switched, a speed lock signal is not detected within a specified period of time.
SC42-01 The rotation of the scanner cooling fan (FM7) is checked, and 24V power source is also checked. An abnormal condition occurs with the FM7 EM signal a specified period of time after FM7 turns ON. This abnormal condition recurs even a specified period of time after FM7 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected.
SC42-04 The rotation of the write unit cooling fan /1 (FM5) is checked, and 24V power source is also checked. An abnormal condition occurs with the FM5 EM signal a specified period of time after FM5, the write unit cooling fan /2 (FM8) turns ON. This abnormal condition recurs even a specified period of time after FM5/FM8 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected.
SC42-05 The blowout of ICP for the write unit cooling fan /1 (FM5) in the AC drive board (ACDB) is checked. An abnormal condition occurs with the FM5 EM signal a specified period of time after FM5, the write unit cooling fan /2 (FM8) turns ON. This abnormal condition recurs even a specified period of time after FM5/FM8 is turned OFF and then turned ON, and an error detection signal (blowout of ICP) is detected.
SC42-06 The rotation of the write unit cooling fan /1 (FM5) is checked. An abnormal condition occurs with the FM5 EM signal a speci-fied period of time after FM5 and write unit cooling fan /2 (FM8) turns ON. This abnormal condition recurs even a specified period of time after FM5/FM8 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of ICP) is not detected.
SC42-07 When the print is started, an error detection signal of the writing section cooling fan /1 (FM5) is detected.
SC42-08 The rotation of the write unit cooling fan /2 (FM8) is checked and the 24V power source is also checked. An abnormal condition occurs with the FM8 EM signal a specified period of time after the write unit cooling fan /1 (FM5) and /2 (FM8) turns ON. This abnormal condition recurs even a specified period of time after FM5/FM8 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected.
SC42-09 The blowout of ICP for the write unit cooling fan /2 (FM8) in the AC drive board (ACDB) is checked. An abnormal condition occurs with the FM8 EM signal a specified period of time after the write unit cooling fan /1 (FM5) and /2 (FM8) turns ON. This abnormal condition recurs even a specified period of time after FM5/FM8 is turned OFF and then turned ON, and an error detection signal (blowout of ICP) is detected.
SC42-10 The rotation of the write unit cooling fan /3 (FM8) is checked. An abnormal condition occurs with the FM8 EM signal a speci-fied period of time after the write unit cooling fan /1 (FM5) and /2 (FM8) turns ON. This abnormal condition recurs even a specified period of time after FM5/FM8 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of ICP) is not detected.
SC42-11 When the print is started, an error detection signal of the writing section cooling fan /2 (FM8) is detected.
SC42-12 The rotation of the cooling fan /4 (FM12) is checked and the 24V power source is also checked. An abnormal condition occurs with the FM12 EM signal a speci-fied period of time after FM12 turns ON. This abnormal condi-tion recurs even a specified period of time after FM12 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected.
SC42-13 The blowout of ICP for the cooling fan /4 (FM12) in the AC drive board (ACDB) is checked. An abnormal condition occurs with the FM12 EM signal a speci-fied period of time after FM12 turns ON. This abnormal condition recurs even a specified period of time after FM12 is turned OFF and then turned ON, and an error detection signal (blowout of ICP) is detected.
SC42-14 Rotation of the cooling fan /4 (FM12) is checked. An abnormal condition occurs with the FM12 EM signal a specified period of time after FM12 turns ON. This
abnormal condition recurs even a specified period of time after FM12 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of ICP) is not detected.
SC42-16 The rotation of the polygon cooling fan (FM9) is checked and the 24V power source is also checked. An abnormal condition occurs with the FM9 EM signal a specified period of time after FM9 turns ON. This abnormal condition recurs even a specified period of time after FM9 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected.
SC42-17 The blowout of ICP for the poly-gon cooling fan (FM9) in the AC drive board (ACDB) is checked. An abnormal condition occurs with the FM9 EM signal a speci-fied period of time after FM9 turns ON. This abnormal condition recurs even a specified period of time after FM9 is turned OFF and then turned ON, and an error detection signal (blowout of ICP) is detected.
SC42-18 The rotation of the polygon cool-ing fan (FM9) is checked. An abnormal condition occurs with the FM9 EM signal a speci-fied period of time after FM9 turns ON. This abnormal condition recurs even a specified period of time after FM9 is turned OFF and then turned ON, and an error detection signal (24V cut off/ blowout of ICP) is not detected.
SC42-19# When the print is started, an error detection signal of the polygon cooling fan (FM9) is detected.
SC42-20 Power supply cooling fan /1 (FM19) and /2 (FM20) rotation check. A specified period of time after FM19 and FM20 turn ON, the FM19 EM signal and the FM20 EM signal get into an abnormal condition at the same time. And both the signals show an abnormal condition at the same time a specified period of time after they are turned ON again after being turned OFF, and also, no error detection signal (24V cut off/ blowout of a fuse) is detected).
SC42-21 Paper exit cooling fan /Lw1 (FM13) and /Lw2 (FM14) rotation check. A specified period of time after FM13 and FM14 turn on, the FM13 EM signal and the FM14 EM signal get into an abnormal condition at the same time. And both the signals show an abnor-mal condition at the same time a specified period of time after they are turned on again after being turned off, and also, no error detection signal (24V cut off/ blowout of ICP) is not detected.
SC42-22 Paper exit cooling fan /Up1 (FM15) and /Up2 (FM17) rotation check. A specified period of time after FM15 and FM17 turn on, the
FM15 EM signal and the FM17 EM signal get into an abnormal condition at the same time. And both the signals show an abnor-mal condition at the same time a specified period of time after they are turned on again after being turned off, and also, no error detection signal (24V cut off/ blowout of ICP) is not detected.
SC46-01* While in the image write, APC is not applicable for the correction of the sub scan beam. Due to the 12V DC power for the laser drive not supplied, the MPC being wrong and the laser defective, the laser does not light up. Also, due to the rotation of the polygon mirror unavailable, the displacement of the index sensor, and the index sensor being defective, the index sensor cannot detect the laser.
SC46-02* FIFO address abnormality for the scanner. While in the image read, the com-pression of image data that is read in is not correctly terminated.
SC46-03* FIFO address abnormality for the printer. While in the image write, the expansion processing of image data that is read in is not correctly terminated.
SC46-05* An error interrupt occurs with the compression/expansion chip FIFO.
SC46-06* Elongation abnormality.
SC46-08* While in the execution of APC, no change is found in the output of the index sensor.
SC46-12* After negation of SVV, the compression of images that are read in and their development into the page memory are not terminated within a specified period of time.
SC46-13* While in the image read, the compression processing from the scanner into the memory does not terminate within a specified period of time. The development
from the scanner into the page memory does not terminate within a specified period of time. The SVV is not detected within a specified period of time.
SC46-14* While in the image write, the expansion processing from the memory to the printer does not terminate within a specified period of time. The output from the page memory to the printer does not terminate within a specified period of
time. The PVV is not detected within a specified period of time.
SC46-15* When writing images, in spite of no resource provided, an inappropriate processing such as an access to the elongation device is made.
SC46-16* When reading images, in spite of no resource provided, an inappropriate processing such as an access to the compression device is made.
SC46-17* When processing images, a filter coefficient cannot be created nor-
mally.
SC46-19* When accessing to the memory device, a defective software is detected.
SC46-21* The expansion processing from the memory to the page memory is not terminated within a specified period of time. The compression processing
from the page memory to the memory is not terminated within a specified period of time. The development from the memory into the page memory is not
terminated within a specified period of time. The transmission of the compressed data from memory to memory is not terminated within a specified period of time.
SC46-23* While in the image read, SVV does not turn OFF within a specified period of time and the preparation for scanning the next page cannot be started.
SC46-24* Shading correction abnormality (GA abnormality).
SC46-25* AOC/AGC adjustment abnormality.
• The light blocking cover at the read section and the lens cover are removed.
• The connector of the CCD board is disconnected.
• The power cable of the CCD board is unplugged.
• The ICP of the CCD board is cut off.
• The light volume of the expo-sure lamp is excessive.
• The exposure lamp does not light up.
SC46-26# The adjustment data evacuated by resolutions is not available.
SC46-27# A density conversion gamma curve cannot be created normally.
SC46-29* Calibration start abnormality.
SC46-30* Calibration completion abnormality.
SC46-31* Despite of the MPC not being ter-minated, the initial sampling of the APC is attempted.
SC46-32* While executing the APC, the execution of the MPC is attempted.
SC46-34* When a clock for the image write is abnormal, the sub scan beam interval is attempted to be corrected.
SC46-35 Sequentially shot page area abnormality.
Due to an image area abnormality on the memory, images cannot be developed on the memory.
SC46-36 The PVV is turned ON before the initial APC start processing is completed.
SC46-40 HDD /1 (HDD1) initialization abnormality. The HDD1 is defective, or the connector is poorly connected.
SC46-41 The JOB information cannot be
stored on the HDD /1 (HDD1).
SC46-42 When hard disk /1 (HDD1) JOB auto deletion is being executed, a route cannot be opened.
SC46-43 HDD /1 (HDD1) access defective. The HDD1 is defective or the
connector is poorly connected.
SC46-61# The scan operation starts before the original skew adjustment is terminated.
(The skew adjustment is too late.)
SC46-62# The print operation starts before the paper miscentering adjustment is terminated. (The mis-cen-tering adjustment is too late.)
SC46-63# The AGC is retried due to the decreased light volume of the exposure lamp. However, no error occurs.
SC46-64# A PWM gamma curve is not created properly.
SC46-65# Due to the paper skew correction amount being in excess of the permissible limit, the print is made with the leading edge shifted.
SC46-80* The message queue is insufficient or destroyed.
SC46-81* The parameter value is in excess of the permissible limits.
SC46-82* The ID of the task that sends the message queue is undefined.
SC46-83* The receiving event of the message is undefined.
SC46-90* Memory access abnormality.
SC46-91* Header readout address abnormality.
SC49-01*1 The communication from IC-203 to the overall control board (OACB) is blocked.
SC49-03 DMA abnormality.
SC49-04 HDD /2 (HDD2) abnormality.
SC49-05 IC cooling fan (FM21) abnormal-ity.
SC49-06 FATAL error.
SC49-07 The CF card in IC-203 is different
from the program version of the hard disk /2 (HDD2).
SC49-08*1 While in the security ON, the unlock of the hard disk /2 (HDD2) results in failure. (Due to the mismatch of the password)
SC49-09*1 While in the security ON, an unlocked HDD is connected.
SC49-10 An unformatted HDD /2 (HDD2) is detected.
SC50-01* I/O initial communication check in the printer control board (PRCB). Main body drive serial input abnormality 1. Within a specified period of time after the power ON ACK, a serial data is not received from the main body drive unit.
SC50-02* Main body drive serial input abnormality 2. Within a specified period of time after the power ON ACK, a serial data is not received from the main body drive unit.
SC50-03* Main body drive serial input abnormality 3. Within a specified period of time after the power ON ACK, a serial data is not received from the main body drive unit.
SC50-04* Main body drive serial input abnormality 4. Within a specified period of time after the power ON ACK, a serial data is not received from the main body drive unit.
SC50-05* Communication error check between the printer engine system boards. Drive communication reception error detection abnormality. A reception error interrup-
tion occurs while in the drive board serial data reception. Or, due to the occurrence of the data checksum error /ID information error, a retransmission request is made three times and an error is detected on the 4th time.
SC50-10* Initial communication check between OACB/PRCB. Overall control board (OACB) communication connection abnormality. An initial data reception is not made from the OACB within a specified period of time after the power is turned on.
SC50-11* Communication error check between OACB/PRCB. Overall control board (OACB) communication serial reception error detection abnormality.
SC52-01 The rotation of the cooling fan /1 (FM3) and /2 (FM4) are checked and +24V power source is also checked. An abnormal condition occurs with the FM3 and FM4 EM
signal a specified period of time after FM3 and FM4 turns ON. This abnormal condition recurs even a specified period of time after FM3 and FM4 are turned OFF and then turned ON, and an error detection signal (24V cut off) is detected.
SC52-02 Rotation of the cooling fan /1 (FM3) and /2 (FM4) are checked. An abnormal condition occurs with the FM3 and FM4 EM signal a specified period of time after FM3 and FM4 turns ON. This abnormal condition recurs even a specified period of time after FM3 and FM4 are turned OFF and then turned ON, and an error detection signal (24V cut off) is not detected.
SC52-03# The blowout of ICP for the cooling fan /1 (FM3) in the AC drive board (ACDB) is checked. An abnormal condition occurs with the FM3 EM signal a speci-fied period of time after FM3 turns ON. This abnormal condition recurs even a specified period of time after FM3 is turned OFF and then turned ON, and an error detection signal (blowout of ICP) is detected.
SC52-04# Rotation of the cooling fan /1 (FM3) is checked. An abnormal condition occurs with the FM3 EM signal a specified period of time after FM3 turns ON. This
abnormal condition recurs even a specified period of time after FM3 is turned OFF and then turned ON, and an error detection signal (blowout of ICP) is not detected.
SC52-05# The blowout of ICP for the cooling fan /2 (FM4) in the AC drive board (ACDB) is checked. An abnormal condition occurs with the FM4 EM signal a speci-fied period of time after FM4 turns ON. This abnormal condition recurs even a specified period of time after FM4 is turned OFF and then turned ON, and an error detection signal (blowout of ICP) is detected.
SC52-06# Rotation of the cooling fan /2 (FM4) is checked. An abnormal condition occurs with the FM4 EM signal a specified period of time after FM4 turns ON. This abnormal condition recurs even a specified period of time after FM4 is turned OFF and then turned ON, and an error detection signal (blowout of ICP) is not detected.
SC52-07 The rotation of the cooling fan /3 (FM6) is checked and +24V power source is also checked. An abnormal condition occurs with the FM6 EM signal a speci-fied period of time after FM6 turns ON. This abnormal condition recurs even a specified period of time after FM6 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected.
SC52-08 The blowout of ICP for the cool-ing fan /3 (FM6) in the AC drive board (ACDB) is checked. An abnormal condition occurs with the FM6 EM signal a speci-fied period of time after FM6 turns ON. This abnormal condition recurs even a specified period of time after FM6 is turned OFF and then turned ON, and an error detection signal (blowout of ICP) is detected.
SC52-09 Rotation of the cooling fan /3 (FM6) is checked. An abnormal condition occurs with the FM6 EM signal a specified period of time after FM6 turns ON. This abnormal condition recurs even a specified period of time after FM6 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of ICP) is not detected.
SC52-10 When the print is started, an error detection signal of the cooling fan /1 (FM3) or the cooling fan /2 (FM4) is detected.
SC52-11 When the print is started, an error detection signal of the cooling fan /3 (FM6) is detected.
SC53-01 A speed error signal of the fusing motor (M1) is checked. An error detection signal is detected twice in succession a specified period of time after M1 turns ON. (The first signal is ignored.)
SC53-02# The 24V power source for the total counter (TCT) is checked. When TCT is turned ON from OFF, an error detection signal (blowout of ICP/24V cut off) is detected.
SC53-03# The blowout of ICP for TC in the AC drive board (ACDB) is checked. When the total counter (TCT) is turned ON from OFF, an error detection signal (blowout of ICP) is detected. However, an error detection signal (24V cut off) is not detected.
SC53-04# The 24V power source for the key counter (KCT) is checked. When KCT is turned ON from OFF, an error detection signal (blowout of ICP/24V cut off) is detected.
SC53-05# The blowout of ICP for KCT in the AC drive board (ACDB) is checked. When the key counter (KCT) is turned ON from OFF, an error detection signal (blowout of ICP) is detected. However, an error detection signal (24V cut off) is not detected.
SC53-06 The blowout of a 12V ICP for the AC drive board (ACDB) is checked.
In the serial initial communication, a signal of the blowout of a 12V ICP (AC drive) is detected.
SC53-07 The blowout of a 5V ICP for the AC drive board (ACDB) is checked. In the serial initial communication, a signal of the blow-out of a 5V ICP (AC drive) is detected.
SC53-08 The 12V power source in the printer control board (PRCB) is checked. An error detection sig-nal of the 12V in PRCB is detected.
SC53-11 The 24V power source for the SD/CL in the printer control board (PRCB) is checked. At the start, an error detection signal (blowout of ICP for the solenoid/clutch) is detected, and an error detection signal (24V cut off) is also detected.
SC53-12 The blowout of ICP for the SD/CL in the printer control board (PRCB) is checked. At the start, an error detection signal (blowout of ICP for the solenoid/clutch) is detected. However, an error detection signal (24V cut off) is not detected.
SC60-01* Although the main body sends out data according to the data retransmission request made by the DF, a retransmission request signal is received again.
SC60-02* When a checksum error or an SRGA reception error was detected while in the reception in serial communication, a signal was sent to make a request for sending data again. And when data is being received upon this request, a checksum error or an SRGA reception error is detected again.
SC60-03* When the main power switch (SW1) is ON, there is no response to the initial communication request from the main body to the DF even after a specified period of time elapses.
SC60-11 When the main power switch (SW1) is ON, a region into which no write was made by the ISW is detected in the DF control program.
SC67-01 Original registration sensor (PS306) abnormality.
SC67-02 Original conveyance sensor (PS308) abnormality.
SC67-03 Original reverse sensor (PS309) abnormality.
SC67-04 Non-volatile memory error.
SC67-05 Cooling fan (FM301) abnormality.
SC67-06 Reverse jam sensor (PS304) abnormality.
SC67-07 Original reverse/exit sensor (PS313) abnormality.
SC67-08 Tray up/down motor (M303) abnormality.
SC70-01* Communication error.
SC70-02* Start-up response error.
SC77-01 The shift unit does not get to the shift position or the HP within a specified period of time.
SC77-02 After start-up of the main tray up/ down motor (M3) operation, the main tray upper limit sensor (PS2) or the stapler paper exit upper limit sensor (PS7) does not turn ON within a specified period of time.
SC77-03 After start-up of the alignment motor /Up (M5) operation, the alignment home sensor /Up (PS8) does not turn OFF within a speci-fied period of time. Or, it does not turn ON after being turned OFF.
SC77-04 After start-up of the paper exit roller motor (M7) operation, a pre-determined speed is not obtained within a specified period of time.
SC77-05 After start-up of the paper exit opening motor (M8) operation, the open/close operation is not completed within a specified period of time. (The paper exit opening home sensor (PS12) does not turn ON or OFF.)
SC77-06 After start-up of the stapler move-ment motor (M11) operation, the stapler movement home sensor (PS11) does not turn OFF. Or, it does not turn ON after being turned OFF.
SC77-07 Stapler rotation motor (M6) abnormality.
SC77-08 Stapler /Rr rotation abnormality (FS-604 only)
SC77-11 The stapler motor home sensor / Fr (PS31) does not turn ON within a specified period of time after the stapler motor /Fr (M14) starts operations. (FS-509) Within a specified period of time after the start-up of the clincher motor /Fr (M15) or stapler motor / Fr (M14) operation, the clincher home sensor /Fr (PS33) or the stapler home sensor /Fr (PS31) does not turn ON. (FS-604)
SC77-12 The stapler motor home sensor / Rr (PS30) does not turn ON within a specified period of time after the stapler motor /Rr (M10) starts operations. (FS-509) Within a specified period of time after the start-up of the clincher motor /Rr (M10) or stapler motor / Rr (M9) operation, the clincher home sensor /Rr (PS32) or the stapler home sensor /Rr (PS30) does not turn ON. (FS-604)
SC77-15 Within a specified period of time after the start-up of the FS con-veyance motor (M1) operation, the motor does not get to the predetermined speed.
SC77-21 After the saddle stitching stopper motor (M18) starts the home position detection operation, the saddle stitching stopper home sensor (PS23) does not turn ON within a specified period of time. (FS-604 only)
SC77-22 After the alignment motor /Lw (M16) starts the home position detection operation, the align-ment plate home sensor /Lw (PS24) does not turn ON within a specified period of time. (FS-604 only)
SC77-25 After the folding blade motor (M19) starts the home position detection operation, the folding blade home sensor /Lw (PS22) does not turn ON within a speci-fied period of time. (FS-604 only)
SC77-26 After start-up of the folding conveyance motor (M20) operation, the M20 does not get to the pre-determined speed within a specified period of time. (FS-604 only)
SC77-31 After start-up of the conveyance motor (M101) operation, the M101 does not get to the prede-termined speed within a specified period of time.
SC77-32 After the blade motor (M102) starts the home position detec-tion operation, the blade home switch (MS101) does not turn ON within a specified period of time.
SC77-33 After the stopper motor (M103) starts the home position detection operation, the stopper home sensor (PS103) does not turn ON within a specified period of time.
SC77-34 After the stopper release motor (M104) starts the home position detection operation, the stopper release home sensor (PS104) does not turn ON within a specified period of time.
SC77-35 After the press motor (M105) starts the home position detection operation, the press home sensor (PS105) does not turn ON within a specified period of time.
SC77-36 After the pusher motor (M107) starts the home position detec-tion operation, the pusher home sensor (PS112) does not turn ON within a specified period of time.
SC77-37 After the holder motor (M106) starts the home position detection operation, the upper limit sensor (PS110) does not turn ON within a specified period of time.
SC77-41 After start-up of the tray lift motor /Lw (M202) operation, the tray lower limit sensor /Lw (PS210) does not turn ON within a speci-fied period of time.
SC77-42 After start-up of the tray lift motor /Up (M201) operation, the tray upper limit sensor /Up (PS204) does not turn ON within a speci-fied period of time.
SC77-43 After the conveyance motor (M203) turns ON, the M203 does not get to the predetermined speed within a specified period of time.
SC77-44 After the punch shift motor (M802) starts the home position search, the punch shift home sensor (PS803) does not turn ON even when a specified period of time elapses.
SC77-47 Communication abnormality between FS-PK.
SC77-52 After the 1st stopper motor (M2) starts the home position search, the 1st stopper home sensor (PS3) does not turn ON even when a specified period of time elapses.
SC77-53 After the 2nd stopper motor (M3) starts the home position search, the 2nd stopper home sensor (PS4) does not turn ON even when a specified period of time elapses.
SC77-54 After the punch clutch (CL1) turns on, the punch operation is not completed even when a specified period of time elapses. (The home punch sensor (PS6) does not turn OFF, or does not turn ON after being turned OFF.)
SC77-55 After the punch shift motor (M5) starts the home position search, the punch shift home sensor (PS5) does not turn ON even when a specified period of time elapses.
SC77-56 A specified period of time after the conveyance motor cooling fan (M10) is turned on, the EM signal of the M10 gets into an abnormal condition. Even after
three trials with the M10 turned OFF, an abnormal condition still recurs.
 
SC77-57 After the punch motor (M4) turns on, the punch operation is not completed even when a specified period of time elapses. (The punch home sensor (PS6) does not turn OFF, or it does not turn ON after being turned OFF.)
SC77-58 After the punch switching motor (M8) starts the home position search, the punch switching switch (MS2) does not turn ON even when a specified period of time elapses.
SC77-81 After the gate motor (M12) starts the home position search, the gate home sensor (PS16) does not turn ON even when a speci-fied period of time elapses.
SC77-91 Communication error when the sub CPU in the FS control board (FSCB) is receiving data.
SC77-92 Communication error when the main CPU in the FS control board (FSCB) is receiving data.
SC77-98 When the FS is started, an unwritten flash ROM is detected.
SC80-01* Initial communication error between OACB/PRCB. When the main power switch (SW1) is turned ON, a response from the printer control board (PRCB) is not received even after a specified period of time elapses.
SC80-02* Communication error between OACB/PRCB.
SC80-03* Communication error between OACB/OB1.
SC80-11 When the main power switch (SW1) is ON, a region into which no write was made by the ISW is detected in the printer control program.
SC80-21 When the main power switch (SW1) is ON, a region into which no write was made by the ISW is detected in the IC-203 program.
SC80-30 While in the data transmission by the ISW, a formal header information cannot be received within a specified period of time.
SC80-31 While in the data transmission by the ISW, a checksum error or header error is detected with the download data.
SC80-32 When ISW transfers data, the data is not written into the flash ROM correctly.
SC80-40 When the main power switch (SW1) is ON, a region into which no write was made by the ISW is detected in the FS control program.
SC80-45 When the main power switch (SW1) is ON, a region into which no write was made by the ISW is detected in the IC program.
SC90-01* Initial communication check between the ADU drive board (ADUDB)/ printer control board (PRCB). ADU drive serial input abnormality 1. Within a specified period of time after the ACK at the time of the main power switch (SW1)
being turned ON, a serial data from ID = 0 of the ADUDB is not received.
SC90-02* Communication error check between the ADU drive board (ADUDB)/ printer control board (PRCB). ADU drive serial input abnormality 1. Within a specified period of time after the ACK at the time of the main power switch (SW1) being turned ON, a serial data from ID = 7 of ADUDB is not received.
SC93-01 12V ICP blowout in the ADU drive board (ADUDB). A -5V ICP blow-out signal and blowout of a 12V ICP signal are detected for the serial initial communication.
SC93-05 24V power source check. At the start of operation, an error detec-tion signal (solenoid/blowout of clutch ICP) is detected, and also an error detection signal (24V cut off) is detected.
SC93-06 At the start of operation, an error detection signal (solenoid/blow-out of clutch ICP) is detected. However, an error detection sig-nal (24V cut off) is not detected.
SC95-01 A specified period of time after the ADU cooling fan /1 (FM10), /2 (FM11) turns on, the F10/11 signal gets into an abnormal condi-tion. This abnormal condition still
recurs a specified period of time after it is turned ON again after being turned OFF, and also an error detection signal (24V cut off) is detected.
SC95-03 ADU cooling fan /1 (FM10), /2 (FM11) rotation check. A speci-fied period of time after the FM10, FM11 turns ON, the FM10/11 signal gets into an abnormal con-dition. This abnormal condition still recurs a specified period of time after it is turned ON again after being turned OFF, and also an error detection signal (24V cut off/blowout of ICP) is not detected.


Fuente: Service Manual




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« Última Modificación: 23 de julio de 2013, 10:57:45 am por Ronald Perez »
Ronald Pérez Y.
Dpto. Ventas - Importaciones Perez S.A.C

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09 de septiembre de 2013, 01:49:23 pmRespuesta #1
tengo el problema en una bizhub pro 920 sale el codigo sc35-01 como desbloqueo?
gracias es urgente tengo full trabajo

13 de septiembre de 2013, 10:33:51 amRespuesta #2
tengo el problema en una bizhub pro 920 sale el codigo sc35-01 como desbloqueo?
gracias es urgente tengo full trabajo

Estimado Carlos Poveda;

Gracias por contactar nuestro servicio en linea.

Referente al código de error mencionado SC 35-01, usted puede resetear dicho código siguiendo los pasos que a continuación indico.
- Encender la Fotocopiadora manteniendo presionado Utility/Counter
- En la pantalla aparecerá un botón llamado "Trouble Reset"
- Presionar "Trouble Reset" y luego presionar "OK"
- Por último apagar la fotocopiadora y volver a encender, desaparecerá el código de error.

En caso de que el código persista favor de informarnos para poder brindarle otra solución. Cualquier duda o consulta no dude en contactarnos.

Saludos,

14 de septiembre de 2013, 11:23:38 amRespuesta #3
hola en la fotocopiadora Konica Minolta bizhub 750 aparece un código de error c-3503 me puede decir como lo borro o a que se debe gracias.

14 de septiembre de 2013, 02:56:15 pmRespuesta #4
hola en la fotocopiadora Konica Minolta bizhub 750 aparece un código de error c-3503 me puede decir como lo borro o a que se debe gracias.

Estimado Oneil;

Gracias por contactar nuestro soporte en linea.

Referente a su consulta respecto al código de error c-3503 en la fotocopiadora Konica Minolta Bizhub 750 es a causa de la unidad Fusora. Una posible solución es Reseteando dicho código. Para resetear el código de error deberá seguir los pasos que a continuación indico:
- Encender la Fotocopiadora manteniendo presionado Utility/Counter
- En la pantalla aparecerá un botón llamado "Trouble Reset"
- Presionar "Trouble Reset" y luego presionar "OK"
- Por último apagar la fotocopiadora y volver a encender, desaparecerá el código de error.

En caso de que el código de error persista favor de informarnos para poder brindarle otra solución. Cualquier duda o consulta no dude en contactarnos.

Saludos,

19 de septiembre de 2013, 05:17:23 pmRespuesta #5

Selim arias ochoa


Visitante
Mensajes:
me sale el codigo sc 24-03 y se bloque la maquina que puedo hacer por favor

19 de septiembre de 2013, 05:22:54 pmRespuesta #6

Selim arias ochoa


Visitante
Mensajes:
el codigo es en una 920 error 24-03 ayuda por favor urgente

19 de septiembre de 2013, 05:30:23 pmRespuesta #7

Selim arias ochoa


Visitante
Mensajes:
me sale el codigo sc 24-03 y se bloque la maquina que puedo hacer por favor

20 de septiembre de 2013, 02:57:15 pmRespuesta #8
el codigo es en una 920 error 24-03 ayuda por favor urgente

Estimado Slim Arias;

Gracias por contactar a nuestro soporte en linea y disculpe por la demora del mensaje.

Referente a su consulta del Codigo de error SC 24-03 en una Konica Minolta Bh-920 es a causa de un mal funcionamiento en la Lámpara de Exposición. A continuación le indico algunas recomendaciones a tomar en cuenta:

- Verificar el funcionamiento de la Lámpara de Exposición; sacando una copia y verificar si la lámpara enciende.
- Verificar la lámpara con un multitester para ver si hay continuidad
- En caso ambos datos mencionados anteriormente este trabajando correctamente se requiere descartar Tarjeta Principal.

Si tiene alguna duda consulta o inquietud no dude en contactarnos.
Saludos,

21 de septiembre de 2013, 09:18:13 amRespuesta #9

Selim arias ochoa


Visitante
Mensajes:
sr. Ronald el código sc 24-03 bloque la maquina al momento de encender la maquina sale ese error ya prove las fuentes la tarjeta principal la tarjeta de imagen en otra maquina pero en mi maquina sigue saliendo ese código al prender la maquina ayuda por favor

21 de septiembre de 2013, 09:20:28 amRespuesta #10

Selim arias ochoa


Visitante
Mensajes:
sr. Ronald el código sc 24-03 bloque la maquina al momento de encender la maquina sale ese error ya prove las fuentes la tarjeta principal la tarjeta de imagen en otra maquina pero en mi maquina sigue saliendo ese código al prender la maquina ayuda por favor

21 de septiembre de 2013, 01:58:59 pmRespuesta #11
sr. Ronald el código sc 24-03 bloque la maquina al momento de encender la maquina sale ese error ya prove las fuentes la tarjeta principal la tarjeta de imagen en otra maquina pero en mi maquina sigue saliendo ese código al prender la maquina ayuda por favor

Estimado Selim Arias,

Ya probo descartando la lámpara de exposición que en la anterior respuesta le indique? Ya que dicho código es referente al problema de Lámpara de exposición.

Favor de descartar y luego indicarnos si sigue saliendo el mismo código.

Saludos,

21 de septiembre de 2013, 05:58:34 pmRespuesta #12

Selim arias ochoa


Visitante
Mensajes:
estimado sr. Ronald ya prove la lampara en otra maquina tambien prove la tarjeta principal la targeta de imagen las dos fuentes y sigue saliendo ese error del 24-03 una ves que enciendo la maquina sale el error no enciende nada que puede ser ya pregunte a varios tecnicos y ninguno sabe el error del codigo 24-03 por favor ayudeme a solucionar ese problema gracias

21 de septiembre de 2013, 05:59:57 pmRespuesta #13

Selim arias ochoa


Visitante
Mensajes:
estimado sr. Ronald ya prove la lampara en otra maquina tambien prove la tarjeta principal la targeta de imagen las dos fuentes y sigue saliendo ese error del 24-03 una ves que enciendo la maquina sale el error no enciende nada que puede ser ya pregunte a varios tecnicos y ninguno sabe el error del codigo 24-03 por favor ayudeme a solucionar ese problema gracias
estimado sr. Ronald ya prove la lampara en otra maquina tambien prove la tarjeta principal la targeta de imagen las dos fuentes y sigue saliendo ese error del 24-03 una ves que enciendo la maquina sale el error no enciende nada que puede ser ya pregunte a varios tecnicos y ninguno sabe el error del codigo 24-03 por favor ayudeme a solucionar ese problema gracias

23 de septiembre de 2013, 06:52:42 pmRespuesta #14
estimado sr. Ronald ya prove la lampara en otra maquina tambien prove la tarjeta principal la targeta de imagen las dos fuentes y sigue saliendo ese error del 24-03 una ves que enciendo la maquina sale el error no enciende nada que puede ser ya pregunte a varios tecnicos y ninguno sabe el error del codigo 24-03 por favor ayudeme a solucionar ese problema gracias
estimado sr. Ronald ya prove la lampara en otra maquina tambien prove la tarjeta principal la targeta de imagen las dos fuentes y sigue saliendo ese error del 24-03 una ves que enciendo la maquina sale el error no enciende nada que puede ser ya pregunte a varios tecnicos y ninguno sabe el error del codigo 24-03 por favor ayudeme a solucionar ese problema gracias

Estimado Selim Arias;

Disculpe por la demora en nuestra respuesta. Referente a su problema tan solo quedaría descartar la Tarjeta IR, y lo otro, en caso de que la tarjeta IR estuviera bien, entonces seria problema de cableado.Existe la posibilidad que algun cable no tenga continuidad o estuviera roto(en algunas ocasiones a causa de roedores).

Favor de indicarnos si sigue con el mismo problema según las recomendaciones que le brindamos. Si tiene duda o consulta no dude en contactarnos.

Saludos,


  Asunto / Iniciado por Respuestas / Vistas Último mensaje
soporte
Códigos de Errores Konica Minolta Bizhub 200/222/250/282/350/362

Iniciado por Ronald Perez

0 Respuestas
15825 Vistas
Último mensaje 09 de julio de 2013, 07:32:31 pm
por Ronald Perez
venta
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Iniciado por Edisson Pérez Y.

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Último mensaje 21 de septiembre de 2014, 11:38:33 am
por selim arias
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Toner Konica Minolta Bizhub Pro 920 (TN910)

Iniciado por Ronald Perez

0 Respuestas
977 Vistas
Último mensaje 05 de julio de 2013, 04:17:09 pm
por Ronald Perez
soporte
bizhub 420

Iniciado por Godo

3 Respuestas
2443 Vistas
Último mensaje 28 de octubre de 2013, 04:42:30 pm
por Cinthia Reyes
venta
Cilindro Bizhub C350

Iniciado por Ronald Perez

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3296 Vistas
Último mensaje 17 de enero de 2011, 07:48:23 pm
por Ronald Perez
 

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