how to reset the fusing unit c451/c550/c650 series
November 16, 2011
Service manual Bizhub 163/bizhub210
January 4, 2011
Follow this link to view the bizhub 163/bizhub210 field service manual or right-click ," save target as" to download the file.
Manual size : 49MB
File format : PDF
BIG DISCOUNT ! C250 SERIES RESETTER !
January 3, 2011
In the begining of the new year - only in january , you can made your own chip resetter by only 39 USD .
New ! Minolta c250 chip reset
November 22, 2010
NEW !
C250 SERIES CHIP RESETTER
Hello , my friends !
Finnaly we have a new chip resetter that really works !
It,s simply to made, simply to use and verry, verry profitable for you !
So, what you can do with the new chip resetter :
It’ easy … you can reset these chips: C250/C252/- toner and imaging units MC2400/MC5430 /MC5440/PP 1300/PP1350/PP1400 …and much more than that.
For reset/ re- write you can use original "1-wire" chips from used toners or IUs .
With this chip resetter you can read and save in few seconds any bin file from any 1-wire chip ! You can do that just next to customer’s copier/printer….. now, once saved, you can use bin file whenever you need , to write those informations on other chips.
With re-writed chips, toners and imaging units becomes like a brand new…
Now, you can made your own chip resetter quick and easy -we talk about 5 pasive electronic components , 10 min of work and great satsfaction.
Because of the christmas hollyday, the price for our chip resetter it’ s going to be only in this period of time: 47 USD.
Good luck and keep in touch !
trouble code list minolta cf1501/2001
March 8, 2010
C0000 Main Motor
’s failure to turn The Main Motor Lock signal remains faulty for a predetermined’s’s’s failure’s’s failure to turn’s failure to turn’s failure to turn’s failure to turn
C0060 Fusing Drive Motor
to turn
A Fusing Drive Motor Lock signal remains faulty for a
predetermined continuous period of time while the
Fusing Drive Motor is turning.
C0061 Fusing Drive Motor turning
at abnormal timing
The Fusing Drive Motor Lock signal remains faulty
for a predetermined continuous period of time while
the Fusing Drive Motor remains stationary.
C0094 2nd Image Transfer Roller
pressure/retraction failure
’s failure
•
is not activated (retracted position) within 1 sec.
after the 2nd Image Transfer Roller has started its
retracting motion.
The 2nd Image Transfer Pressure Position Sensor
•
is not deactivated (not the retracted position)
within 1 sec. after the 2nd Image Transfer Roller
has started its pressing motion.
C0096 1st Image Transfer Roller
pressure/retraction failure
The 2nd Image Transfer Pressure Position Sensor
•
is not activated (retracted position) within 3
sec. after the 1st Image Transfer Pressure/Retraction
Motor has started turning.
The 1st Image Transfer Retraction Position Sensor
•
is not deactivated (pressed position) within 1.5
sec. after the 1st Image Transfer Pressure/Retraction
Motor has started turning.
C0098 Fusing Roller pressure/
retraction failure
The 1st Image Transfer Retraction Position Sensor
•
after the lapse of 0.5 sec. after the Fusing Pressure/
Retraction Motor has started turning for
retraction direction during retraction control.
No change is observed in the encoder pulse even
•
after the lapse of 0.5 sec. after the Fusing Pressure/
Retraction Motor has started turning for pressure
direction during pressure control.
No change is observed in the encoder pulse even
•
(pressed position) even when 31 motor
encoder pulses have been counted after the Fusing
Pressure/Retraction Motor has started turning
for pressure direction during pressure control.
C0200 Cyan PC Drum Charge
Corona malfunction
The SCD signal remains inactive for a continuous 1-
sec. period while charge corona is being output (i.e.,
the Remote signal is being turned ON).
C0202 Magenta PC Drum Charge
Corona malfunction
The SCD signal remains inactive for a continuous 1-
sec. period while charge corona is being output (i.e.,
the Remote signal is being turned ON).
C0204 Yellow PC Drum Charge
Corona malfunction
The SCD signal remains inactive for a continuous 1-
sec. period while charge corona is being output (i.e.,
the Remote signal is being turned ON).
C0206 Black PC Drum Charge
Corona malfunction
The SCD signal remains inactive for a continuous 1-
sec. period while charge corona is being output (i.e.,
the Remote signal is being turned ON).
Code Description Detection Timing
The Fusing Pressure Position Sensor is not activated
C0400 Exposure Lamp
turn ON
A Lamp-Out Detection signal is ON after the lapse of
5 sec. after the Exposure Lamp has been turned ON.
C0410 Exposure Lamp turning
ON at abnormal timing
CCD Sensor outputs are written in line RAM at the
end of a scan job and the average of these readings
exceeds a predetermined value.
C0500 Heating Roller warm-up
failure
(Fusing Thermistor 1)
’s failure to
•
temperature and the warm-up cycle is not
completed within the period of 9 min. 10 sec. after
the warm-up cycle has been started.
Fusing Thermistor 1 does not detect a predetermined
•
rise to a level more than the predetermined output
value within 30 sec. after the warm-up cycle has
started.
C0501 Lower Fusing Roller
Heater Lamp warm-up failure
(Fusing Thermistor 2)
The temperature of Fusing Thermistor 1 does not
•
reach 100
cycle has started.
The temperature of Fusing Thermistor 2 does not°C within 180 sec. after the warm-up
•
rise to a level more than the predetermined output
value within 130 sec. after the warm-up cycle has
started.
C0510 Heating Roller abnormally
low temperature
(Fusing Thermistor 1)
The temperature of Fusing Thermistor 1 does not
•
below 120
state.
The temperature of Fusing Thermistor 1 remains°C for 1 sec. or more in the standby
•
below 130
cycle.
The temperature of Fusing Thermistor 1 remains°C for 1 sec. or more during a print
•
below 90
Saver mode.
C0511 Lower Fusing Roller
Heater Lamp abnormally
low temperature
(Fusing Thermistor 2)
The temperature of Fusing Thermistor 1 remains°C for 1 sec. or more in the Energy
•
below 100
state.
The temperature of Fusing Thermistor 2 remains°C for 1 sec. or more in the standby
•
below 100
cycle.
The temperature of Fusing Thermistor 2 remains°C for 1 sec. or more during a print
•
below 100
Saver mode.
C0520 Heating Roller abnormally
high temperature
(Fusing Thermistor 1)
The temperature of Fusing Thermistor 1 remains
above 220
C0521 Lower Fusing Roller
Heater Lamp abnormally
high temperature
(Fusing Thermistor 2)
The temperature of Fusing Thermistor 2 remains
above 190
Code Description Detection Timing
The temperature of Fusing Thermistor 2 remains°C for 1 sec. or more in the Energy°C for 1 sec. or more at all times.°C for 1 sec. or more at all times.
C0650 Scanner Home Sensor
malfunction
•
Scanner at its home position though the Scanner
is so located.
The Scanner Home Sensor fails to detect the
•
Scanner though the motor has been energized to
move the Scanner over the maximum distance.
The Scanner Home Sensor fails to detect the
•
its home position though the Scanner has moved
5 mm away from the home position.
C0660 Scanner overrun failure The Scanner Home Sensor detects the Scanner at
its home position during a period from when the
prescan command and scan preparation command
have been executed to when home return command
is executed.
C0990 LCC Lift-Up Motor malfunction
See the relevant Option Service Manual.
C0991 LCC Lift 1 ascent motion
failure
C0995 LCC Transport Motor malfunction
C0999 LCC Lift 2 ascent motion
failure
C0B00 Finishing option transport
drive malfunction
C0B20 Stapling Unit CD drive
malfunction
C0B30 Finishing option Paper
Aligning Bar moving mechanism
malfunction
C0B48 Finishing option Exit Roll
pressure/retraction failure
C0B4A Finishing option Storage
Roller pressure/retraction
failure
Code Description Detection Timing
The Scanner Home Sensor detects the Scanner at
C0B50 Finishing option stapling
mechanism 1
See the relevant Option Service Manual.
C0B54 Finishing option stapling
mechanism 2
C0B73 Finishing option punch
cam motor mechanism
malfunction
C0B78 Finishing option punch
selector motor mechanism
malfunction
C0B80 Finishing option Shift
Motor mechanism malfunction
C0BA0 Finishing option Elevator
Tray drive failure
C0F30 Abnormally low toner density
detected by Cyan
ATDC Sensor
Toner density that is 2 % or more lower than the target
level is detected ten consecutive times during a
print cycle, ATVC, or image stabilization sequence.
C0F31 Abnormally high toner
density detected by Cyan
ATDC Sensor
Toner density that is 4 % or more higher than the target
level is detected ten consecutive times during a
print cycle, ATVC, or image stabilization sequence.
C0F32 Abnormally low toner density
detected by Magenta
ATDC Sensor
Toner density that is 2 % or more lower than the target
level is detected ten consecutive times during a
print cycle, ATVC, or image stabilization sequence.
C0F33 Abnormally high toner
density detected by
Magenta ATDC Sensor
Toner density that is 4 % or more higher than the target
level is detected ten consecutive times during a
print cycle, ATVC, or image stabilization sequence.
C0F34 Abnormally low toner density
detected by Yellow
ATDC Sensor
Toner density that is 2 % or more lower than the target
level is detected ten consecutive times during a
print cycle, ATVC, or image stabilization sequence.
C0F35 Abnormally high toner
density detected by Yellow
ATDC Sensor
Toner density that is 4 % or more higher than the target
level is detected ten consecutive times during a
print cycle, ATVC, or image stabilization sequence.
C0F36 Abnormally low toner density
detected by Black
ATDC Sensor
Toner density that is 2 % or more lower than the target
level is detected ten consecutive times during a
print cycle, ATVC, or image stabilization sequence.
C0F37 Abnormally high toner
density detected by Black
ATDC Sensor
Toner density that is 4 % or more higher than the target
level is detected ten consecutive times during a
print cycle, ATVC, or image stabilization sequence.
C0F3A Cyan ATDC Sensor
adjustment failure
Cyan ATDC Sensor adjustment does not function
properly, failing to adjust to an appropriate value.
C0F3B Magenta ATDC Sensor
adjustment failure
Magenta ATDC Sensor adjustment does not function
properly, failing to adjust to an appropriate value.
C0F3C Yellow ATDC Sensor
adjustment failure
Yellow ATDC Sensor adjustment does not function
properly, failing to adjust to an appropriate value.
Code Description Detection Timing
C0F3D Black ATDC Sensor
adjustment failure
Black ATDC Sensor adjustment does not function
properly, failing to adjust to an appropriate value.
C13C8 New Transfer Belt Unit
resetting failure
The output from the new unit detecting terminal
remains HIGH and the copier does not recognize
that a new unit has been installed.
1. After an image stabilization sequence is completed,
the fuse blowout signal of the new unit is
set to a blowout state.
2. After the lapse of 2 sec. after step 1, the fuse
blowout signal is brought to a state where no
new units are installed.
3. After the lapse of 0.1 sec. after step 2, a new unit
check sequence is carried out.
A total of three cycles of steps 1 to 3 are carried out
and, if the copier fails to detect a new unit a third
time, a malfunction condition results.
C13CA New Fusing Unit resetting
failure
The output from the new unit detecting terminal
remains HIGH and the copier does not recognize
that a new unit has been installed.
1. The fuse blowout signal of the new unit is set to a
blowout state.
2. After the lapse of 0.5 sec. after step 1, the fuse
blowout signal is brought to a state where no
new units are installed.
3. After the lapse of 0.1 sec. after step 2, a new unit
check sequence is carried out.
A total of two cycles of steps 1 to 3 are carried out
and, if the copier fails to detect a new unit a second
time, a malfunction condition results.
C13CB New Fusing Web Unit
resetting failure
The output from the new unit detecting terminal
remains HIGH and the copier does not recognize
that a new unit has been installed.
1. The fuse blowout signal of the new unit is set to a
blowout state.
2. After the lapse of 0.5 sec. after step 1, the fuse
blowout signal is brought to a state where no
new units are installed.
3. After the lapse of 0.1 sec. after step 2, a new unit
check sequence is carried out.
A total of two cycles of steps 1 to 3 are carried out
and, if the copier fails to detect a new unit a second
time, a malfunction condition results.
Code Description Detection Timing
C13CC New Oil Coating Unit
resetting failure
The output from the new unit detecting terminal
remains HIGH and the copier does not recognize
that a new unit has been installed.
1. The fuse blowout signal of the new unit is set to a
blowout state.
2. After the lapse of 0.5 sec. after step 1, the fuse
blowout signal is brought to a state where no
new units are installed.
3. After the lapse of 0.1 sec. after step 2, a new unit
check sequence is carried out.
A total of two cycles of steps 1 to 3 are carried out
and, if the copier fails to detect a new unit a second
time, a malfunction condition results.
C13D1 Cyan IU EEPROM failure EEPROM access error:
When EEPROM access control is executed, setting
1
even after the lapse of a predetermined period of
time.
C13D2 Magenta IU EEPROM failure
EEPROM access error:
When EEPROM access control is executed, setting
1
even after the lapse of a predetermined period of
time.
C13D3 Yellow IU EEPROM failure EEPROM access error:
When EEPROM access control is executed, setting
1
even after the lapse of a predetermined period of
time.
C13D4 Black IU EEPROM failure EEPROM access error:
When EEPROM access control is executed, setting
1
even after the lapse of a predetermined period of
time.
C3310 CCD clamp/gain adjustment
failure
“Start Flag” of GA register does not become ready“Start Flag” of GA register does not become ready“Start Flag” of GA register does not become ready“Start Flag” of GA register does not become ready
•
(AVE1 - AVE2) =< 4
When clamp adjustment is made:
•
The average of CCD Sensor output values is 1 or
less.
Dgain = 0
Dgain = 255
C3700 IR Cooling Fan Motor 1
turning at abnormal timing
A Lock signal is detected ten consecutive times
when it is monitored at 0.01-sec. intervals while a
Fan Motor ON signal is being output and, at the
same time, after the lapse of 2 sec. or more after the
output of the Fan Motor ON signal has been started.
Code Description Detection Timing
When gain adjustment is made:
C3710 IR Cooling Fan Motor 2
turning at abnormal timing
A Lock signal is detected ten consecutive times
when it is monitored at 0.01-sec. intervals while a
Fan Motor ON signal is being output and, at the
same time, after the lapse of 2 sec. or more after the
output of the Fan Motor ON signal has been started.
C3720 Original Glass Cooling Fan
Motor turning at abnormal
timing
A Lock signal is detected ten consecutive times
when it is monitored at 0.01-sec. intervals while a
Fan Motor ON signal is being output and, at the
same time, after the lapse of 2 sec. or more after the
output of the Fan Motor ON signal has been started.
C3A00 PIC communication error
predetermined period of time after IREQ has been
received during AIDC sampling of image stabilization
sequence or registration adjustment.
• A sampling lock is not received after the lapse of a
•
between the PIC Board and Master Board.
There is an open-circuit in the communication harness
•
C3A01 PIC Board malfunction The PIC Board is faulty.
C3FFF ROM contents fault
detected upon start
The system fails to rewrite flash memory during
updating.
Either the PIC Board or Master Board is faulty.
continuous period of time while the Main
Motor is turning.
C0001 Main Motor turning at
abnormal timing
The Main Motor Lock signal remains faulty for a predetermined
continuous period of time while the Main
Motor remains stationary.
C0010 Imaging Unit Motor C
failure to turn
The Lock signal remains faulty for a continuous 1-
sec. period after the motor rotation has stabilized
and before the motor starts decelerating.
C0011 Imaging Unit Motor C turning
at abnormal timing
The Lock signal remains faulty for a continuous 1-
sec. period after the motor has completely stopped
and before the motor starts accelerating.
C0012 Imaging Unit Motor M
failure to turn
The Lock signal remains faulty for a continuous 1-
sec. period after the motor rotation has stabilized
and before the motor starts decelerating.
C0013 Imaging Unit Motor M turning
at abnormal timing
The Lock signal remains faulty for a continuous 1-
sec. period after the motor has completely stopped
and before the motor starts accelerating.
C0014 Imaging Unit Motor Y
to turn
The Lock signal remains faulty for a continuous 1-
sec. period after the motor rotation has stabilized
and before the motor starts decelerating.
C0015 Imaging Unit Motor Y turning
at abnormal timing
The Lock signal remains faulty for a continuous 1-
sec. period after the motor has completely stopped
and before the motor starts accelerating.
C0016 Imaging Unit Motor Bk
failure to turn
The Lock signal remains faulty for a continuous 1-
sec. period after the motor rotation has stabilized
and before the motor starts decelerating.
C0017 Imaging Unit Motor Bk
turning at abnormal timing
The Lock signal remains faulty for a continuous 1-
sec. period after the motor has completely stopped
and before the motor starts accelerating.
C0040 Fusing Cooling Fan Motor
2
A Fusing Cooling Fan Lock signal is detected for a
continuous 3-sec. period while Fusing Cooling Fan
Motor 2 is turning.
C0046 Fusing Cooling Fan Motor
1
A Fusing Cooling Fan Lock signal is detected for a
continuous 3-sec. period while the Fusing Cooling
Fan Motor is turning.
C004C Ozone Ventilation Fan
Motor
An Ozone Fan Lock signal is detected for a continuous
3-sec. period while the Ozone Ventilation Fan
Motor is turning.
C004E Power Supply Cooling Fan
Motor
A Power Supply Cooling Fan Lock signal is detected
for a continuous 3-sec. period while the Power Supply
Cooling Fan Motor is turning.
trouble code list minolta di2510
March 1, 2010
C0000 Main Motor Failure
• The Transport Motor Lock signal remains set to H
for a set period of time while the Transport Motor is
turning.
C0010
Imaging Unit Motor
Failure
• The Imaging Unit Motor Lock signal remains set to
H for a set period of time while the Imaging Unit
Motor is turning.
• The Imaging Unit Motor Lock signal remains set to
L for a set period of time while the Imaging Unit
Motor remains stopped.
C0044 EDH Fan Motor Failure
• Refer to the Service Manual for the relevant
option.
C0045 Cooling Fan Failure
• The Cooling Fan Motor Lock signal remains set to
H for a set period of time while the Cooling Fan
Motor is turning.
• The Cooling Fan Motor Lock signal remains set to
L for a set period of time while the Cooling Fan
Motor remains stopped.
C004E
Power Unit Cooling
Fan Failure
• The Power Unit Cooling Fan Motor Lock signal
remains set to H for a set period of time while the
Power Unit Cooling Fan Motor is turning.
• The Power Unit Cooling Fan Motor Lock signal
remains set to L for a set period of time while the
Power Unit Cooling Fan Motor remains stopped.
C004F IU Cooling Fan Failure
• The I/U Cooling Fan Motor Lock signal remains set
to H for a set period of time while the I/U Cooling
Fan Motor is turning.
• The I/U Cooling Fan Motor Lock signal remains set
to L for a set period of time while the I/U Cooling
Fan Motor remains stopped.
C0214
Abnormal Image
Transfer Voltage
• The image transfer voltage exceeds 100 V for the
set period of time while the Imaging Unit Motor
remains stopped.
C0500
Fusing Warm-Up
Failure (Main)
C0501
Fusing Warm-Up Failure
(Sub)
• The Fusing Roller Sub Thermistor does not detect
the required temperature within 30 sec. after a
warm-up cycle has begun; therefore, the copier
does not complete the warm-up cycle.
• The temperature of the Fusing Rollers does not
reach the required level even after the set period of
time has elapsed during a warm-up cycle.
C0510
Low Fuser Temperature
Failure (Main)
• The Fusing Roller Thermistor and Fusing Roller
Sub Thermistor are detected to be at a temperature
below 105 °C during standby.
• The Fusing Roller Thermistor and Fusing Roller
Sub Thermistor are detected to be at a temperature
below 105 °C during printing.
C0511
Low Fuser Temperature
Failure (Sub)
C0520
High Fuser Temperature
Failure (Main)
• The Fusing Roller Thermistor and Fusing Roller
Sub Thermistor are detected to be at a temperature
above 240 °C when the Power Switch is set to
ON.
• The Fusing Roller Thermistor and Fusing Roller
Sub Thermistor are detected to be at a temperature
above 240 °C when the Power Switch is set to
ON.
C0521
High Fuser Temperature
Failure (Sub)
C0650
Faulty Scanner Home
Position Sensor
• The Scanner Home Position Sensor is not blocked
even after the lapse of a given period of time after
it has been unblocked when the Start key is
pressed.
C0900
3rd Drawer Lift-Up
Motor Failure
• The Lift-Up Sensor is not unblocked even after the
set period of time has elapsed after the paper liftup
operation for the drawer has begun.
C0910
2nd Drawer Lift-Up
Motor Failure
C0920
1st Drawer Lift-Up
Motor Failure
C0950
4th Drawer Lift-Up
Motor Failure
C0960
Manual Bypass Paper-
Lifting Failure
• The Manual Feed Tray Lift-Up Sensor (PC29) is
not blocked or unblocked even after the set period
of time has elapsed after the Manual Paper Feed
Pick-Up Solenoid (SL3) is energized after the manual
feed paper take-up operation has begun.
C0990
LCC Elevator Motor
Failure
trouble code list minolta c350
February 26, 2010
C0000Main Motor’s failure to turn • The Motor Lock signal remains HIGH for a predeterminedcontinuous period of time while the Motor is turning.
C0001 Main Motor turning at abnormaltiming
• The Motor Lock signal remains LOW for a predetermined continuous period of time while the Motor remains stationary.
C0016 Bk PC Motor’s failure to turn • The Motor Lock signal remains HIGH for a predeterminedcontinuous period of timewhile the Motor is turning.
C0017 Bk PC Motor’s turning at abnormal timing
• The Motor Lock signal remains LOW for a predetermined continuous period of time while the Motor remains stationary.
C0018 Color PC Drum Motor’s failure to turn
• The Motor Lock signal remains HIGH for a predetermined continuous period of time while the Motor is turning.
C0019 Color PC Drum Motor’s turning at abnormal timing
• The Motor Lock signal remains LOW for a predetermined continuous period of time while the Motor remains stationary.
C001A Color Developing Motor’s failure to turn
• The Motor Lock signal remains HIGH for a predetermined continuous period of time while the Motor is turning.
C001B Color Developing Motor’s turning at abnormal timing
• The Motor Lock signal remains LOW for a predetermined continuous period of time while the Motor remains stationary.
C0040 Suction Fan Motor’s failure to turn • continuous period of time while the
The Fan Lock signal remains HIGH for a predetermined
Motor remains stationary.
C0046 Fusing Cooling Fan Motor/1 failureto turn
C0048 Fusing Cooling Fan Motor/1 or FusingCooling Fan Motor/2 failure to turn
C004C Ozone Ventilation Fan Motor’s failure to turn
C004D Toner Suction Fan Motor’s failure toturn
C004E Power Supply Cooling Fan Motor’s failure to turn
C004F Cooling Fan Motor 2’s failure to turn
C0060 Fusing Drive Motor’s failure to turn
C0061 Fusing Drive Motor turning at abnormal timing
• The Motor Lock signal remains LOW for a predetermined continuous period of time while the Motor remains stationary.
C0094 2nd Image Transfer Roller pressure/ retraction failure
• The 2nd Image Transfer Pressure Position Sensor is
not activated (retracted position) within 2 sec. after the
2nd Image Transfer Pressure/Retraction Motor has
started turning during a sequence of the 2nd Image
Transfer Roller’s retracting motion.
• The 2nd Image Transfer Pressure Position Sensor is
not deactivated (pressed position) within 2 sec. after
the 2nd Image Transfer Pressure/Retraction Motor has
started turning during a sequence of the 2nd Image
Transfer Roller’s pressing motion.
C0096 Image Transfer Belt pressure/retraction failure
• The 1st Image Transfer Retraction Position Sensor is
not activated (retracted position) within 5 sec. after the
1st Image Transfer Pressure/Retraction Motor has
started turning during a sequence of the Transfer
Belt’s retracting motion.
• The 1st Image Transfer Retraction Position Sensor is
not deactivated (pressed position) within 1 sec. after
the 1st Image Transfer Pressure/Retraction Motor has
started turning during a sequence of the Transfer
Belt’s pressing motion.
C0098 Fusing Pressure Roller pressure/
retraction failure
• No change is observed in the encoder sensor pulse
even after the lapse of 0.5 sec. after the Fusing Pressure/
Retraction Motor has started turning for a
sequence of the Fusing Pressure Roller’s retracting
motion.
• No change is observed in the encoder sensor pulse
even after the lapse of 0.5 sec. after the Fusing Pressure/
Retraction Motor has started turning for a
sequence of the Fusing Pressure Roller’s pressing
motion.
• The Fusing Pressure Position Sensor is not activated
(pressed position) even when 30 encoder sensor
pulses are counted after the Fusing Pressure/Retraction
Motor has started turning for a sequence of the
Fusing Pressure Roller’s pressing motion.
C0200 Cyan PC Drum Charge Corona
malfunction
• An output is automatically produced from the PC
Drum Charge Corona of each color when the malfunction
resetting procedure is performed after C0208 (PC
Drum Charge Corona malfunction) has been detected.
The SCD signal is detected for a continuous 0.5-sec.
period at this time.
C0202 Magenta PC Drum Charge Corona
malfunction
C0204 Yellow PC Drum Charge Corona
malfunction
C0206 Black PC Drum Charge Corona
malfunction
C0208 PC Drum Charge Corona malfunction
• The SCD signal is detected for a continuous 0.5-sec.
period while the PC Drum Charge Corona is being
energized.
C0400 Exposure Lamp’s failure to turn ON • The output from the CCD Sensor is a predetermined
value or less during CCD Sensor gain adjustment.
C0410 Exposure Lamp turning ON at
abnormal timing
• The average output value of the CCD Sensor with the
Scanner at its standby position is a predetermined
value or more at the end of a scan job.
C0500 Heating Roller warm-up failure • The temperature of the Heating Roller does not reach
100 °C within 50 sec. after the Heating Roller Heater
Lamp has been turned ON.
• The temperature of the Heating Roller does not reach
100 °C and that of the Fusing Pressure Roller does
not reach 195 °C within 200 sec. after the Heating
Roller Heater Lamp has been turned ON.
• The voltage of the Heating Roller Thermistor does not
increase by five steps within 20 sec. after the Heating
Roller Heater Lamp has been turned ON.
• No zero cross signal is detected even with the lapse of
1 sec. or more after the Heating Roller Heater Lamp
has been turned ON.
C0501 Fusing Pressure Roller warm-up
failure
• The voltage of the Fusing Pressure Roller Thermistor
does not increase by five steps within 20 sec. after the
predrive of the Fusing Roller has been started during
a warm-up cycle.
C0510 Heating Roller abnormally low temperature
• No zero cross signal is detected even with the lapse of
1 sec. or more during a standby state, print cycle, or
Power Save.
• A temperature of 120 °C or less of the Heating Roller
is detected for 1 sec. or more during a standby state.
• A temperature of 120 °C or less of the Heating Roller
is detected for 1 sec. or more during a print cycle.
• A temperature of 70 °C or less of the Heating Roller is
detected for 1 sec. or more during Power Save.
C0511 Fusing Pressure Roller abnormally
low temperature
• . A temperature of 80 °C or less of the Fusing Pressure
Roller is detected for 1 sec. or more during a
standby state.
• A temperature of 80 °C or less of the Fusing Pressure
Roller is detected for 1 sec. or more during a print
cycle.
• A temperature of 80 °C or less of the Fusing Pressure
Roller is detected for 1 sec. or more during Power
Save.
C0520 Heating Roller abnormally high
temperature
• A temperature of 225 °C or more of the Heating Roller
is detected for 1 sec. or more.
C0521 Fusing Pressure Roller abnormally
high temperature
• A temperature of 190 °C or more of the Fusing Pressure
Roller is detected for 1 sec. or more before the
start of the heater temperature control.
• A temperature of 215 °C or more of the Fusing Pressure
Roller is detected for 1 sec. or more after the start
of the heater temperature control.
C0650 Scanner Home Sensor malfunction • The Scanner Home Sensor is unable to detect the
Scanner located at its home position.
• The Scanner Home Sensor is unable to detect a Scanner
even when the Scanner Motor has been driven to
move the Scanner over the maximum traveling distance.
• The Scanner Home Sensor detects the Scanner when
the Scanner has moved 5 mm from the position, at
which it blocks the Scanner Home Sensor.
C0660 Scanner overrun failure • The Scanner Home Sensor detects the Scanner at its
home position during a period of time that begins with
the time when a prescan command and a scan preparation
command are executed and ends when a home
return command is executed.
C0900 Tray3 Elevator failure
? See PC-101/PC-201 Service Manual.
C0910 Tray2 Elevator failure • The Lift-up Sensor is not blocked even after the lapse
of a given period of time after the lifting motion has
been started.
C0950 Tray4 Elevator failure
? See PC-201 Service Manual.
C0960 Bypass lifting motion failure • The Bypass Lift-up Sensor is not blocked even when
the Tray2 Vertical Transport Motor has turned for a
given number of pulses after the sequence to move
the Paper Lifting Plate from the standby position to the
take-up position was started.
• The Bypass Lift-up Sensor is not unblocked even
when the Tray2 Vertical Transport Motor has turned for
a given number of pulses after the sequence to move
the Paper Lifting Plate from the take-up position to the
standby position was started.
C0990 LCT Elevator Motor malfunction
(Elevator malfunction)
?
See PC-401 Service Manual.
C0991 LCT ascent motion failure
(soft limit error)
C0996 LCT Shift Motor malfunction
C0997 LCT shifting failure
C0998 LCT ejection failure
C099C LCT Shift Gate malfunction
C099D LCT communications error
C0F30 Abnormally low toner density
detected Cyan ATDC Sensor
• T/C 0.21 % or less is detected ten consecutive times
in the Developing Unit as validated through the toner
replenishing amount determination control.
C0F31 Abnormally high toner density
detected Cyan ATDC Sensor
• T/C 15.5 % or more is detected ten consecutive times
in the Developing Unit as validated through the toner
replenishing amount determination control.
C0F32 Abnormally low toner density
detected Magenta ATDC Sensor
• T/C 0.21 % or less is detected ten consecutive times
in the Developing Unit as validated through the toner
replenishing amount determination control.
C0F33 Abnormally high toner density
detected Magenta ATDC Sensor
• T/C 15.5 % or more is detected ten consecutive times
in the Developing Unit as validated through the toner
replenishing amount determination control.
C0F34 Abnormally low toner density
detected Yellow ATDC Sensor
• T/C 0.21 % or less is detected ten consecutive times
in the Developing Unit as validated through the toner
replenishing amount determination control.
C0F35 Abnormally high toner density
detected Yellow ATDC Sensor
• T/C 15.5 % or more is detected ten consecutive times
in the Developing Unit as validated through the toner
replenishing amount determination control.
C0F36 Abnormally low toner density
detected Black ATDC Sensor
• T/C 3 % or less is detected ten consecutive times in
the Developing Unit as validated through the toner
replenishing amount determination control.
C0F37 Abnormally high toner density
detected Black ATDC Sensor
• T/C 12 % or more is detected ten consecutive times in
the Developing Unit as validated through the toner
replenishing amount determination control.
C0F3A Cyan ATDC Sensor adjustment failure
• ATDC Sensor automatic adjustment does not function
properly, failing to adjust to an appropriate value.
C0F3B Magenta ATDC Sensor adjustment
failure
C0F3C Yellow ATDC Sensor adjustment
failure
C0F3D Black ATDC Sensor adjustment
failure
C1200 Standard controller configuration
failure
• The controller of the MFP Control Board (PWB-MFP)
is faulty.
C1203 File Memory mounting error • The File Memory mounted on the MFP Control Board
(PWB-MFP) is faulty.
C1204 Memory capacity discrepancy • The capacity of the File Memory mounted on the MFP
Control Board (PWB-MFP) is short.
C1220 Image Input Time Out • Image data is not input from the Image Processing
Board (PWB-C) to the MFP Control Board (PWBMFP).
C1229 Image Output Time Out • No image data is output from the MFP Control Board
(PWB-MFP).
C1240 JBIG0 Error • Memory of the MFP Control Board (PWB-MFP) is
C1241 JBIG1 Error faulty.
C1242 JBIG2 Error
C1243 JBIG3 Error
C1250 Compressor 0 command buffer
stop failure
• The MFP Control Board (PWB-MFP) is faulty.
C1251 Compressor 1 command buffer
stop failure
C1252 Compressor 2 command buffer
stop failure
C1253 Compressor 3 command buffer
stop failure
C1261 Compression hardware timeout • The hardware involved with the compression function
offered by the MFP Control Board (PWB-MFP) does
not respond.
C1265 Extraction hardware timeout • The hardware involved with the extraction function
offered by the MFP Control Board (PWB-MFP) does
not respond.
C1279 PCI-SDRAM DMA operation failure • The hardware involved with image transfer in the
memory of the MFP Control Board (PWB-MFP) does
not respond.
C1290 Compression/extraction timeout
detection
• The hardware involved with the BTC compression
function offered by the MFP Control Board (PWBMFP)
does not respond.
C12B1 Image processing ASIC failure 1 • Image processing ASIC (CPS2300S) on the MFP
Control Board (PWB-MFP) does not respond.
C12B2 Image processing ASIC failure 2 • Image processing ASIC (PIC1200S) on the MFP Control
Board (PWB-MFP) does not respond.
C12B3 Image processing ASIC failure 3 • Image processing ASIC (PIC3400LITE) on the MFP
Control Board (PWB-MFP) does not respond.
C12B4 Image processing ASIC failure 4 • Image processing ASIC (BTCIF) on the MFP Control
Board (PWB-MFP) does not respond.
C12C0 Hard disk recognition error • Unable to communicate between the hard disk and
MFP Control Board (PWB-MFP).
C12C1 Hard Disk Error 1 • Hard disk is faulty.
C12C2 Hard Disk Error 2
C12C3 Hard Disk Error 3
C12C4 Hard Disk Error 4
C12C5 Hard Disk Error 5
C12C6 Hard Disk Error 6
C12C7 Hard Disk Error 7
C12C8 Hard Disk Error 8
C12C9 Hard Disk Error 9
C12CA Hard Disk Error A
C12CB Hard disk data transfer error • Data transfer from the hard disk is faulty.
C12CC Hard disk unformat • Unformatted hard disk is connected.
C12CF Hard disk specifications error • A hard disk that falls outside the specifications is connected.
C12D0 Controller hardware error • A controller hardware error is detected in the network
I/F.
C13C8 New Transfer Cleaner Unit resetting
failure
• A new installation is not detected when a new Transfer
Cleaner Unit (Image Transfer Belt Unit) is installed.
C13CA New Fusing Unit resetting failure • A new installation is not detected when a new Fusing
Unit is installed.
C13D1 Cyan Imaging Unit EEPROM
access error
• A condition of “EEPROM is not connected” or “There
is an access error” is detected in EEPROM of the
C13D2 Magenta Imaging Unit EEPROM Imaging Unit.
access error
C13D3 Yellow Imaging Unit EEPROM
access error
C13D4 Black Imaging Unit EEPROM
access error
C13D5 Cyan LPH correction data download
failure
• . An error is detected while the LPH correction data is
being downloaded from EEPROM of LPH to PWBC13D6
Magenta LPH correction data MFP when the Power Switch is turned ON.
download failure
C13D7 Yellow LPH correction data download
failure
C13D8 Black LPH correction data download
failure
C1800 Controller start failure • A controller start failure is detected in the controller
interface.
C3310 CCD clamp/gain adjustment failure • The adjustment value is 0 or 255 during a CCD clamp
adjustment.
• The peak value of the output data is 64 or less during
a CCD gain adjustment.
C3331 MSC undefined malfunction occurring
• An undefined malfunction occurs in the MSC of the
MFP Control Board (PWB-MFP).
C3332 Scanner Section undefined malfunction
• An undefined malfunction occurs in the Scanner Section.
C3333 Engine Section undefined malfunction
• An undefined malfunction occurs in the Engine Section
(PWB-MC, etc.).
C3E00 NVRAM initialization failure • Total Clear is executed in a mode other than the card
line mode.
C3E01 • An initial command is issued from the terminal in a
mode other than the card line mode.
C3E02 • A new NVRAM is detected in a mode other than the
card line mode.
C3F00 Vendor connection failure • It is detected that communications with the vendor are
interrupted for a given period of time or more with
"Installed" selected for the setting of vendor installation.
C3FFC ROM contents error upon startup
(LPH)
• A fault is detected in a sequence of ROM contents
check of the LPH Board during starting.
C3FFD ROM contents error upon startup
(Scanner)
• A fault is detected in a sequence of ROM contents
check of the PWB-C during starting.
C3FFE ROM contents error upon startup
(PRT)
• A fault is detected in a sequence of ROM contents
check of the Control Board during starting.
C3FFF ROM contents error upon startup
(MSC)
• A fault is detected in a sequence of ROM contents
check of the MSC (PWB-MFP) during starting
service code list-warning- C350
February 25, 2010
Code Item Description
S-1 CCD clamp gain adjustment failure
• It is detected that the CCD clamp gain adjustment
value is faulty.
P-5 AIDC Sensor (Front) failure • The output from the photoreceiver of the AIDC Sensor
that takes a reading of a point of a bare surface on the
Transfer Belt is 4.3 V or more during an adjustment of
the AIDC Sensor.
• The output from the photoreceiver of the AIDC Sensor
that takes a reading of a point in a toner pattern on the
Transfer Belt is 1.0 V or less after the adjustment has
been completed.
P-28 AIDC Sensor (Back) failure
P-6 Cyan Imaging Unit failure
• All density readings taken from the density pattern produced
on the Transfer Belt are 0.5 g/m
2 (AIDC Sensor
photoreceiver output) or less during max. density
adjustment (Vg/Vb adjustment).
P-7 Magenta Imaging Unit failure
P-8 Yellow Imaging Unit failure
P-9 Black Imaging Unit failure
P-21 Color Shift Test Pattern failure
• The number of points detected in the CD direction is
more or less than the specified value during CD registration
correction.
• The number of points detected in the FD direction is
more or less than the specified value during FD registration
correction.
P-22 Color Shift Test Pattern failure
• The color shift amount is greater than the specified
range during CD registration correction.
• The color shift amount is greater than the specified
range during FD registration correction.
• The skew correction amount is greater than the specified
value.
P-26 ATVC (Bk) failure
• An abnormal average value is detected during an
adjustment of the first image transfer ATVC value of
Black.
P-27 ATVC (2nd) failure
• An abnormal average value is detected during an
adjustment of the second image transfer ATVC value.
P-29 ATVC (color) failure
• An abnormal average value is detected during an
adjustment of the first image transfer ATVC value of
color.
P-30
Color PC Drum Main Sensor malfunction
• The output from the Color PC Drum Main and Sub Sensors
remains unchanged for a continuous period of
1,000 ms while the Color PC Drum Motor is turning stably
and the Lock signal is active (LOW-0).
P-31
Bk PC Drum Main Sensor malfunction
• The output from the Color PC Drum Main and Sub Sensors
remains unchanged for a continuous period of
1,000 ms while the Bk PC Motor is turning stably and
the Lock signal is active (LOW-
total counter and service password reset DI2510
December 14, 2009
This information is available only for the service stuff.
In fact it’s ilegal to do that procedure in most europe countries.But in some cases it’s need to reset total counter or service password. You can find theese informations in ‘chip reseter’ page starting 20th of December 2009
bizhub c203/253/353, c451/c550/c650 DF611 jam
July 3, 2009
frequent jams on DF611 :
1. multiple feeding : swing up the adf paper feed tray. Under tray you will find a spring that press the separating roller (blue one). Set this spring on the lower position.
2. jams at the last sheet of paper :swing up-at left only upper side of the adf paper feeed tray, swing up -at right elevator tray and remove it. Under elevator tray you will see a large white plastic part .this part lift up the elevator tray.On this part (white) you will see 2 small holes (like screw holes) insert in those holes 2 screws and screw it so remain only 2-4 mm out on white part
The other reason for multiple jam on DF611 is bad setting of photo interrupter: to solve this -open-remove upper cover of paper df tray -inside you will find 3-4 photo interrupter .These is just inserted in their holes but it’s not fixed.When Df work and vibrate -these interrupter move freely in that holes. For best results you can use a quick adhesiv(bond) to fix it in right position
