List Of Error Messages - MIMAKI JV300-130 Maintenance Manual

MAINTENANCE MANUAL > Troubleshooting > Details on Errors and Malfunctions > List of Error Messages
Model JV300-130/160 Issued 2014.05.30 Revised

7.1.2 List of Error Messages

 List of Error Messages (1/7)
No. LCD
ERROR 122
1
CHECK:SDRAM
ERROR 128
HDC FIFO OVER
2
ERROR 128
HDC FIFO UNDER
3
ERROR 129
BATTERY EXCHANGE
4
ERROR 130
HD DATA SEQ
5
ERROR 146
6 E-LOG SEQ
ERROR 151
7
MAIN PCB V1R2
ERROR 152
8
MAIN PCB V2R5
ERROR 153
9
MAIN PCB V3R3
ERROR 154
10
MAIN PCB V05
ERROR 157
11
MAIN PCB VTT
ERROR 16e
12
MAIN PCB V3R3B
ERROR 18a
13
MAIN PCB V_CORE
ERROR 18c
14
MAIN PCB V12
ERROR 190
15
MAIN PCB V42-1
ERROR 190
16
COMIO PCB V1R2
ERROR 190
17
COMIO PCB V2R5
ERROR 190
18
COMIO PCB V3R3
ERROR 190
19
COMIO PCB V24
© 2014 MIMAKI ENGINEERING CO.,LTD.
Cause
PRAM size is not sufficient at FW
upgrading (fw_updmsg).
HDC FIFO OVER error
(Data transmission speed is too fast
Control PCB trouble)
HDC FIFO OVERRUN is detected at the
scan slider process (ScanSlider)
HDC FIFO UNDER error
(Data transmission speed is too slow
Control PCB trouble)
HDC FIFO UNDERRUN is detected at the
scan slider process (ScanSlider)
Battery dead (RTC battery dead is
detected.)
Proper information of Printer or Time
(Dedicated IC) unusable on Printer
initializing process (opinit).
Head data transferring sequence error
Sequential number abnormality of the
event log
Main board 1.2V power supply is
abnormal.
Main board 2.5V power supply is
abnormal.
Main board 3.3V power supply is
abnormal.
Main board 5V power supply is abnormal.
Main board VTT power supply is
abnormal.
Main board 3.3VB power supply is
abnormal.
Main board V_CORE power supply is
abnormal.
Main board 12V power supply is
abnormal.
Main board 42V-1 power supply is
abnormal.
COM32IO board 1.2V power supply is
abnormal.
COM32IO board 2.5V power supply is
abnormal.
COM32IO board 3.3V power supply is
abnormal.
COM32IO board 24V power supply is
abnormal.
F/W ver 1.10 Remark
List of Countermeasures
1. Update F/W.
2. Replace the MAIN PCB with a new one.
3.3.1)
1. Check the parameter.
(Is the scan parameter the default value?)
2. Update F/W.
3. Check if there is no data error from RIP.
4. To make sure, repeat RIP.
5. Disconnect and connect the FFC located between the
MAIN PCB and the SL2H PCB.
6. Replace the FFC and cable located between the MAIN
PCB and the SL2H PCB.
7. Replace the SL2H PCB with a new one.
8. Replace the MAIN PCB with a new one.
3.3.1)
1. Replace a battery equipped on the MAIN PCB with
new one. (CR1220)
* The new battery should be the same product or the
equivalent.
* Discard the old battery according to the instruction
from the maker.
1. Disconnect and connect the FFC located between the
SL2H PCB and the MAIN PCB.
2. Replace the FFC located between the SL2H PCB and
the MAIN PCB.
3. Replace the SL2H PCB with a new one.
4. Replace the MAIN PCB with a new one.
3.3.1)
1. Initialize a Event log.
2. Replace the MAIN PCB with a new one.
3.3.1)
1. Check the output pressure of the DC power supply
(42V) and the DC power supply (5V).
2. Replace the power supply above.
3. Replace the MAIN PCB with a new one.
3.3.1)
1. Check the output pressure of the DC power supply
(42V) and the DC power supply (5V).
2. Replace the power supply above.
3. Replace the COM32IO PCB with a new
6.4.2)
Rev.
1.0
(Refer to
1
2
(Refer to 6.4.3)
(Refer to
3
4
(Refer to 6.4.3)
(Refer to
(Refer to
5
(Refer to
6
7
8
one.(Refer to
7.1.2 R.1.0 P.1