Все современные копировальные аппараты, мфу и принтеры Kyocera имеют возможность диагностировать все узлы устройства в режиме запуска и во время работы аппарата. По этому, если во время включения или во время работы произошел сбой, то техника Kyocera сможет сообщить о наличии ошибки.
В большинстве случаев у аппаратов Kyocera код ошибки отображается на дисплее, в остальных случаях тип ошибки зависит от последовательности и количества миганий индикаторов.
Если Ваш копировальный аппарат, МФУ или принтер Kyocera выдал на дисплее некий код, то узнать причину, описание возникновения ошибки, а так же в каком узле аппарата стоит искать проблему, Вы можете в этом разделе выбрав интересующую модель из списка.
Но диагностика не решит проблему сбоя аппарата, для этого лучше обратиться к профессиональным и опытным сервисным специалистам компании Kyomart! Позвоните нам по телефону
8 (343) 288-23-45 или отправьте запрос на электронную почту: sales@kyomart.ru , и мы обязательно свяжемся с Вами в кратчайшие сроки.
Processing with the fax software was disabled due to a hardware problem.
Abnormal detection of FAX control PWB incompatibility In the initial communication with the FAX control PWB, any normal communication command is not transmitted.
Defective FAX control PWB.
For data in which the MAC address is invalid.
Defective flash memory.
Defective engine PWB.
Defective main PWB.
Defective main PWB.
Detecting engine PWB EEPROM communication error.
Defective engine PWB.
Device damage of EEPROM.
Defective engine PWB.
A checksum error is detected in the main and engine backup memories for the billing counters.
Defective PWB.
Machine number of main and engine does not match.
A communication error is detected 10 times in succession.
JAM05 is detected twice.
A checksum error occurred with the program of the FAX control PWB.
Defective FAX control PWB.
The time is judged to go back based on the comparison of the RTC time and the current time or five years or more have passed.
Defective main PWB.
High-capacity data transfer between the FAX control PWB and the main PWB of the machine was not normally performed even if the data transfer was retried the specified times.
Defective FAX control PWB or main PWB.
The backup data is not retained for file system abnormality of flash memory of the FAX control PWB.
After cassette 1 is inserted, lift sensor does not turn on within 12 s. This error is detected four times successively.
Defective connector cable or poor contact in the connector.
Defective drive transmission system of the lift motor.
Defective lift motor.
Defective engine PWB.
After cassette 2 is inserted, PF lift sensor 1 does not turn on within 12 s. This error is detected four times successively.
Defective connector cable or poor contact in the connector.
Defective drive transmission system of the PF lift motor 1.
Defective PF lift motor 1.
Defective PF main PWB.
After cassette 3 is inserted, PF lift sensor 2 does not turn on within 12 s. This error is detected four times successively.
Defective connector cable or poor contact in the connector.
Defective drive transmission system of the PF lift motor 2.
Defective PF lift motor 2.
Defective PF main PWB.
A communication error is detected 10 times in succession.
Defective connector cable or poor contact in the connector.
Defective engine PWB.
Defective PF main PWB.
When writing the data, the write data and the read data is not continuously in agreement 5 times.
Device damage of EEPROM.
Stable OFF is detected for 1 s continuously after main motor stabilized.
Defective drive transmission system of the main motor.
Defective main motor.
Defective engine PWB.
The main motor is not stabilized within 2 s after driving starts.
Defective drive transmission system of the main motor.
Defective main motor.
Defective engine PWB.
The rated speed signal detected the stability OFF continuously for 1 s after the developer motor K stabilizes.
Defective drive transmission system.
Defective motor.
Defective PWB.
The rated speed signal detected the stability OFF continuously for 1 s after the developer motor YCM stabilizes.
Defective drive transmission system.
Defective motor.
Defective PWB.
Developer motor K is not stabilized within 2 s since the motor is activated.
Defective drive transmission system.
Defective motor.
Defective PWB.
Developer motor YCM is not stabilized within 2 s since the motor is activated.
Defective drive transmission system.
Defective motor.
Defective PWB.
The rated speed signal detected the stability OFF continuously for 1 s after the fuser motor stabilizes.
Defective drive transmission system.
Defective motor.
Defective PWB.
Fuser motor is not stabilized within 2 s since the motor is activated.
Defective drive transmission system.
Defective motor.
Defective PWB.
The rated speed signal detected the stability OFF continuously for 1 s after the conveying motor stabilizes.
Defective drive transmission system.
Defective motor.
Defective PWB.
Conveying motor is not stabilized within 2 s since the motor is activated.
Defective drive transmission system.
Defective motor.
Defective PWB.
When the PF drive motor is driven, error signal is detected continuously for 1 s.
Defective drive transmission system of the PF drive motor.
Defective PF drive motor.
Defective PF main PWB.
When the TC belt motor is driven, error signal is detected continuously for 1 s.
Defective drive transmission system of the PF drive motor.
Defective PF drive motor.
Defective PF main PWB.
The home position is not correct when the power is turned on or at the start of copying using the table.
Defective home position sensor.
Defective ISU motor.
Defective CCD PWB.
Defective engine PWB.
When input value at the time of exposure lamp illumination does not exceed the threshold value between 5 s.
Defective exposure lamp.
Defective CCD PWB.
Defective main PWB.
An error code is detected 3 times in succession.
Defective CCD PWB.
Defective main PWB.
The polygon motor is not stabilized within 10 s after driving starts.
Defective polygon motor.
Defective engine PWB.
The rated speed signal detected the stability OFF continuously for 1 s after the polygon motor (K) stabilizes.
Defective motor
Defective PWB.
The rated speed signal detected the stability OFF continuously for 1 s after the polygon motor (С) stabilizes.
Defective motor
Defective PWB.
The rated speed signal detected the stability OFF continuously for 1 s after the polygon motor (M) stabilizes.
Defective motor
Defective PWB.
The rated speed signal detected the stability OFF continuously for 1 s after the polygon motor (Y) stabilizes.
Defective motor
Defective PWB.
Stable OFF is detected for 1 s continuously after polygon motor stabilized.
Defective polygon motor.
Defective engine PWB.
Polygon motor (K) is not stabilized within 10 s since the motor is activated.
Defective motor.
Defective PWB.
Polygon motor (C) is not stabilized within 10 s since the motor is activated.
Defective motor.
Defective PWB.
Polygon motor (M) is not stabilized within 10 s since the motor is activated.
Defective motor.
Defective PWB.
Polygon motor (Y) is not stabilized within 10 s since the motor is activated.
Defective motor.
Defective PWB.
BD is not detected within 1 s after polygon motor stabilized.
Defective APC PWB.
Defective BD PWB.
Defective main PWB.
When the LSU cleaning motor is driven, an error signal is detected continuously for 1 s.
Defective drive transmission system.
Defective motor. Defective PWB.
Defective main PWB or engine PWB.
A communication error is detected 10 times in succession.
Defective PWB.
The detected temperature of fuser thermistor does not reach the specified temperature (ready indication temperature) after the fuser heater has been turned on continuously for 60 s in warming up. The fusing temperature at 7 seconds and 20 seconds since fuser temperature control has occurred differs by 43°C/109.4°F or less.
Deformed connector pin.
Defective triac.
Fuser thermostat triggered.
Broken fuser heater wire.
Defective engine PWB.
6020
6030
6050
Abnormally high fuser thermistor temperature Broken fuser thermistor wire Abnormally low fuser thermistor temperature
Defective triac.
The fuser thermistor detects a temperature higher than 230°C/446°F continuously for 40 ms. High fuser temperature signal detects a temperature of 255°C/491°F continuously for 40 ms.
Defective triac.
Shorted fuser thermistor.
Defective engine PWB.
A/D value of the fuser thermistor exceeds 251 bit continuously for 7 s during warming up.
Deformed connector pin.
Defective triac.
Defective fuser thermistor.
Defective engine PWB
As the stable temperature has reached the second time, the decrease in the fuser thermistor temperature of 60°C/140°F or greater is detected for one second.
Defective triac.
Defective fuser thermistor
Defective fuser heater.
Defective engine PWB.
The fuser temperature exceeds 200 °C/392 °F for 1 s.
Defective IH PWB.
Defective fuser thermistor.
Defective engine PWB.
Deformed connector pin.
Defective IH PWB.
Defective fuser thermistor.
Defective engine PWB.
The fuser temperature lower than 30 °C/86 °F is detected continuously for 1 s.
Defective fuser thermistor
Defective fuser heater.
Defective engine PWB.
Fuser thermistor 1 does not reach 50° C/122 °F even after20 s during warming up. The detected temperature of fuser thermistor1 does not reach the specified temperature (ready indication temperature) for 20 s in warming up after reaching 50° C/122 °F.
Deformed connector pin.
Fuser thermostat triggered.
Broken fuser heater wire.
Defective engine PWB.
The fuser temperature exceeds 240 °C/464 °F for 1 s
Deformed connector pin.
Fuser thermostat triggered.
Broken fuser heater wire.
Defective engine PWB.
During warming up a hearter, fuser thermistor 2 detects a temperature of 100 °C/212 °F or higher and, fuser thermistor 1 detects a temperature of 37 °C/99 °F or lower.
Deformed connector pin.
Fuser thermostat triggered.
Broken fuser heater wire.
Defective engine PWB.
The fuser temperature lower than 100 °C/212 °F is detected continuously for 1 s during printing. The fuser temperature lower than 50 °C/122 °F is detected continuously for 1 s during pre-heating.
Deformed connector pin.
Fuser thermostat triggered.
Broken fuser heater wire.
Defective engine PWB.
While fuser heater control is performed, the zero-cross signal is not input within 3 s.
Defective power source PWB or engine PWB.
Absence of the fuser unit is detected.
Different type of the fuser unit is installed.
The belt was detected to stop for 1 s continuously during motor remote is on.
Defective IH belt.
Defective IH PWB.
Defective engine PWB.
Defective PWB.
Defective PWB.
Defective PWB.
Defective PWB.
Absence of the developing unit K is detected.
Different type of the developing unit is installed.
Defective PWB.
Absence of the developing unit C is detected.
Different type of the developing unit is installed.
Defective PWB.
Absence of the developing unit M is detected.
Different type of the developing unit is installed.
Defective PWB.
Absence of the developing unit Y is detected.
Different type of the developing unit is installed.
Defective PWB.
Absence of the drum unit K is detected.
Different type of the drum unit is installed.
Defective PWB.
Absence of the drum unit C is detected.
Different type of the drum unit is installed.
Defective PWB.
Absence of the drum unit M is detected.
Different type of the drum unit is installed.
Defective PWB.
Absence of the drum unit Y is detected.
Different type of the drum unit is installed.
Defective PWB.
Absence of the transfer belt unit is detected.
Different type of the transfer belt unit is installed.
Defective PWB.
Defective PWB.
Defective PWB.
When ID sensor 2 detected CTD is 500 or less.
Defective PWB.
When ID sensor 2 detected CTD is 500 or less.
Defective PWB.
When ID sensor 2 detected CTD is 500 or less.
Defective PWB.
When ID sensor 2 detected CTD is 500 or less.
Defective PWB.
Color registration correction was failed.
Defective PWB.
The thermistor output value is 0.3 V or less.
Defective temperature sensor.
The thermistor output value is 3 V or more.
Defective temperature sensor.
No response is issued from the device in reading/writing for 5 ms or more and this problem is repeated five times successively. Mismatch of reading data from two locations occurs eight times successively. Mismatch between writing data and reading data occurs eight times successively.
Defective drum unit.
No response is issued from the device in reading/writing for 5 ms or more and this problem is repeated five times successively. Mismatch of reading data from two locations occurs eight times successively. Mismatch between writing data and reading data occurs eight times successively.
Defective drum unit.
No response is issued from the device in reading/writing for 5 ms or more and this problem is repeated five times successively. Mismatch of reading data from two locations occurs eight times successively. Mismatch between writing data and reading data occurs eight times successively.
Defective drum unit.
No response is issued from the device in reading/writing for 5 ms or more and this problem is repeated five times successively. Mismatch of reading data from two locations occurs eight times successively. Mismatch between writing data and reading data occurs eight times successively.
Defective drum unit.
No response is issued from the device in reading/writing for 5 ms or more and this problem is repeated five times successively. Mismatch of reading data from two locations occurs eight times successively. Mismatch between writing data and reading data occurs eight times successively.
Defective drum unit.
No response is issued from the device in reading/writing for 5 ms or more and this problem is repeated five times successively. Mismatch of reading data from two locations occurs eight times successively. Mismatch between writing data and reading data occurs eight times successively.
Defective developer unit.
No response is issued from the device in reading/writing for 5 ms or more and this problem is repeated five times successively. Mismatch of reading data from two locations occurs eight times successively. Mismatch between writing data and reading data occurs eight times successively.
Defective developing PWB.
No response is issued from the device in reading/writing for 5 ms or more and this problem is repeated five times successively. Mismatch of reading data from two locations occurs eight times successively. Mismatch between writing data and reading data occurs eight times successively.
Defective developing PWB.
No response is issued from the device in reading/writing for 5 ms or more and this problem is repeated five times successively. Mismatch of reading data from two locations occurs eight times successively. Mismatch between writing data and reading data occurs eight times successively.
Defective developing PWB.
No response is issued from the device in reading/writing for 5 ms or more and this problem is repeated five times successively. Mismatch of reading data from two locations occurs eight times successively. Mismatch between writing data and reading data occurs eight times successively.
Defective developing PWB.
When the tray elevation motor raises a tray, the ON status of the tray upper limit sensor is detected.
Defective tray upper limit sensor, paper surface sensor 1/2.
Defective DF main PWB.
The belt sensor does not turn on/off within specified time of the belt solenoid turning on.
Defective belt sensor.
Defective belt solenoid.
Defective DF main PWB.
The tray low limit sensor or paper surface sensor 1/2 cannot be detected to be on within 10 s since the tray elevation motor is activated.
Defective connector cable or poor contact in the connector.
The tray elevation motor malfunctions.
Defective tray lower limit sensor, paper surface sensor 1/2.
Defective DF main PWB.
Jam 7012 or 7023 is indicated.
The stapler is blocked with a staple.
The stapler is broken
Defective DF main PWB.
The adjustment sensor 2 does not turn on/off within specified time of the adjustment motor 2 turning on.
Defective adjustment sensor 2.
Defective adjustment motor 2.
Defective DF main PWB.
The adjustment sensor 1 does not turn on/off within specified time of the adjustment motor 1 turning on.
Defective adjustment sensor 1.
Defective adjustment motor 1.
The roller sensor does not turn on/off within specified time of the roller motor turning on.
Defective connector cable or poor contact in the connector.
Defective roller sensor.
Defective roller motor.
Defective DF main PWB.
The slide sensor does not turn on/off within specified time of the slide motor turning on.
Defective slide sensor.
Defective slide motor.
Defective DF main PWB.
Reading from or writing to EEPROM cannot be performed.
A communication error is detected 10 times in succession.
Defective DF main PWB.
Defective engine PWB.
A communication error is detected 10 times in succession.
Defective bridge PWB.
Defective engine PWB.
Defective DF main PWB.
Defective bridge PWB.
A communication error is detected 10 times in succession.
Defective DP main PWB.
Device damage of EEPROM.
Defective operation panel PWB.
Defective engine PWB.
-
Catalog
-
Sign In
-
Contacts
-
Forum
-
Eng
- Error Codes
- Kyocera
- FSC8520MFP
- Code 4600
- Code: 4600
- Description: LSU cleaning motor error
When the LSU cleaning motor is driven, an error signal is detected continuously for 1 s. - Causes: Defective connector cable or poor contact in the connector. Defective drive transmission system. Defective motor. Defective PWB.
- Remedy: Defective connector cable or poor contact in the connector. Reinsert the connector. Also check for continuity of the connector cable. If none, replace the cable. LSU cleaning motor and LSU connect PWB(YC11) LSU connect PWB and engine PWB(YC12)
Defective drive transmission system. Check if the rollers and gears rotate smoothly. If not, grease the bushings and gears. Check for broken gears and replace if any.
Defective motor. Replace the LSU cleaning motor.
Defective PWB. Replace the engine PWB or LSU connect PWB check for correct operation.
-
08-15-2016
#1
Junior Member
- Rep Power
- 0
Kyocera P6035cdn error C4600
Hi Guys,
I’ve been stuck with a Kyocera ECOsys P6035cdn that is driving me crazy!!!, it keeps giving me a C4600 error which is the LSU cleaning motor error.To date:
-> I’ve upgraded to the latest available firmware,
-> Followed the LSU cleaning motor service bulletins and greased the relevant gears and shafts,
-> Replaced the Engine Relay as prescribed in the service manual.
STILL NO JOY!!!
Anybody have any other options for me to try or ideas other than matches and petrol?
Thanks.
-
08-16-2016
#2
Technician
- Rep Power
- 14
Re: Kyocera P6035cdn error C4600
there is bulletin for the same code
-
08-16-2016
#3
Junior Member
- Rep Power
- 0
Re: Kyocera P6035cdn error C4600
@TECHKYO, Yes…I saw the service bulletin and did the modifications but the error msg: C4600 still comes back.
-
08-16-2016
#4
Trusted Tech
50+ Posts
- Rep Power
- 18
Re: Kyocera P6035cdn error C4600
unplug the cleaning motor from the pcb
It has been working so far.
-
10-12-2016
#5
Junior Member
- Rep Power
- 0
Re: Kyocera P6035cdn error C4600
-
11-14-2018
#6
Re: Kyocera P6035cdn error C4600
I’ve got a couple of M6535cidn in a very dusty warehouse with the same problem. I’ve unplugged the cleaning motors on both, which got rid of the codes, but I have to manually clean them every few weeks, which is getting old!If replacing the LSUs would make a permanent fix I would gladly do it, but I haven’t seen anything about modifications to them.
So, it’s been a while since you replaced both LSUs… Did that permanently fix the problem???
Thanks for your reply,
Robert B.
Atlanta, GA
-
11-14-2018
#7
Trusted Tech
50+ Posts
- Rep Power
- 26
Re: Kyocera P6035cdn error C4600
We have modified several of this series machines with some success. We have found that the cleaning motor will need to be replaced and possibly the left connect board to eliminate the error code. While replacing the motor, you can modify the lasers with mylar pieces to help the cleaners get on the glass of the laser. This has eliminated the problem on several machines for us. I will post a link to a video that we made describing the modification. I have sent this to Kyocera with no response from them except that they have tried it also with success, but never bothered to let anyone know about it.
https://drive.google.com/open?id=1Bn…ZO9ccRJiJP0WL5
-
01-22-2019
#8
Junior Member
- Rep Power
- 0
Re: Kyocera P6035cdn error C4600
I tried all of the above, but I wasn’t settling on having to go back once a month to pull the 4 devs, 4 drums, belt, 4 toners out and wipe 4 slits of glass because of a unplugged motor. I replaced the «Inner Left Duct» (pn= 302NR33020) which is the black plastic housing for the drive train for all 4 LSU cleaners. Don’t forget to grease those gears either. Fairly easy job after having to pull everything out a dozen times.
Code
4204
Laser output error (Yellow)
The pin photo signal (PDN) is not output
from PD PWB Y for one second while
laser is emitted.
4600
LSU cleaning motor error
When the LSU cleaning motor is driven,
the LSU cleaning motor over-current
detection signal is detected continu-
ously for 50 times (5 s) at 100 ms inter-
vals.
4700
VIDEO ASIC device error
Contents
Causes
Check procedures/corrective measures
Defective harness
Reinsert the connector. Also check for conti-
between APC
nuity within the connector harness. If none,
PWB Y and engine
remedy or replace the harness.
PWB (YC29), or
improper connec-
tor insertion.
Defective APC
Replace the laser scanner unit YK (See
PWB Y.
page 1-5-37).
Defective PD PWB
Replace the laser scanner unit YK (See
Y.
page 1-5-37).
Defective engine
Replace the engine PWB (See page 1-5-
PWB.
29).
Defective harness
Reinsert the connector. Also check for conti-
between LSU
nuity within the connector harness. If none,
cleaning motor and
remedy or replace the harness.
engine PWB
(YC37), or
improper connec-
tor insertion.
Defective drive
Check if the rollers and gears rotate
transmission sys-
smoothly. If not, grease the bushings and
tem of the LSU
gears. Check for broken gears and replace if
cleaning motor.
any.
Defective LSU
Replace the LSU cleaning motor.
cleaning motor.
Defective engine
Replace the engine PWB (See page 1-5-
PWB.
29).
Faulty connection
Check the installation of the main PWB and
of the connector
engine PWB and reinstall them if necessary
between the main
(See page 1-5-28 and 1-5-29).
PWB and engine
PWB.
Defective main
Replace the main PWB (See page 1-5-28).
PWB.
Defective engine
Replace the engine PWB (See page 1-5-
PWB.
29).
Remarks
2K8
1-4-11