FujiFilm PROFECT CS Service Manual page 199

Error
Error Name
Code
Erasure unit side-positioning
12390
mechanism HP detection retry (1)
Erasure unit side-positioning
12391
mechanism HP detection retry (2)
Erasure unit side-positioning
12392
mechanism HP detection retry (3)
Erasure unit side-positioning
12393
mechanism HP detection warning
12394 Suction cup HP detection retry (1)
12395 Suction cup HP detection retry (2)
12396 Suction cup HP detection retry (3)
Cleaning guide HP detection retry
12398
(1)
Cleaning guide HP detection retry
12399
(2)
Cleaning guide HP detection retry
12400
(3)
Cleaning guide grip operation
12401
detection warning
011-202-11E
06.29.2012 FM6046
During bootup/routine processing/M-Utility, the side-positioning motor (ME2) is driven for one pulse to perform
side-positioning mechanism home-positioning of the erasure conveyor unit; however, the erasure side-positioning
mechanism HP sensor (SE4) does not transition to CLOSE within the specified period of time, thus resulting in a
retry.
During bootup/routine processing/M-Utility, the side-positioning motor (ME2) is driven to perform side-positioning
mechanism home-positioning of the erasure conveyor unit; however, the erasure side-positioning mechanism HP
sensor (SE4) does not transition to CLOSE within the specified period of time, thus resulting in a retry.
During bootup/routine processing/M-Utility, the side-positioning motor (ME2) is driven to perform side-positioning
mechanism home-positioning in the erasure conveyor unit; however, the erasure side-positioning mechanism HP
sensor (SE4) does not transition to OPEN within the specified period of time, thus resulting in a retry.
During bootup/routine processing/M-Utility, the erasure side-positioning mechanism HP sensor (SE4) does not
transition to CLOSE after the side-positioning operation of the IP erasure conveyance is completed, so that home-
positioning is performed.
During bootup/routine processing/M-Utility, the suction cup drive motor (MA1/2/3/4) is driven for one pulse to
perform suction cup home-positioning; however, the suction cup HP sensor (SA4/10/16/22) does not transition to
CLOSE within the specified period of time, thus resulting in a retry.
During bootup/routine processing/M-Utility, the suction cup drive motor (MA1/2/3/4) is driven to perform suction
cup home-positioning; however, the suction cup HP sensor (SA4/10/16/22) does not transition to CLOSE within the
specified period of time, thus resulting in a retry.
During bootup/routine processing/M-Utility, the suction cup drive motor (MA1/2/3/4) is driven to perform suction
cup home-positioning; however, the suction cup HP sensor (SA4/10/16/22) does not transition to OPEN within the
specified period of time, thus resulting in a retry.
During bootup/M-Utility, the cleaning guide drive motor (MC4) is driven for one pulse to perform cleaning guide
home-positioning; however, the cleaning guide HP sensor (SC4) does not transition to CLOSE within the specified
period of time, thus resulting in a retry.
During bootup/M-Utility, the cleaning guide drive motor (MC4) is driven to perform cleaning guide home-positioning;
however, the cleaning guide HP sensor (SC4) does not transition to CLOSE within the specified period of time, thus
resulting in a retry.
During bootup/M-Utility, the cleaning guide drive motor (MC4) is driven to perform cleaning guide home-positioning;
however, the cleaning guide HP sensor (SC4) does not transition to OPEN within the specified period of time, thus
resulting in a retry.
During bootup/routine processing/M-Utility, the cleaning guide drive motor (MC4) is driven to grip the cleaning guide
(guide-down); however, the cleaning guide HP sensor (SC4) does not transition to OPEN.
Occurrence Condition
CR-IR 363 Service Manual
MT-42
Analysis
Flow
{MT:4.33}
{MT:4.33}
{MT:4.33}
{MT:4.11}
{MT:4.12}
{MT:4.12}
{MT:4.12}
{MT:4.13}
{MT:4.13}
{MT:4.13}
{MT:4.13}
MT-42