Mitsubishi Electric MELSEC iQ-R Series User Manual page 582

Error Error name
code
3015H Data restoration
function
execution error
3016H Data restoration
function
execution error
3017H Data restoration
function
execution error
3018H Data restoration
function
execution error
301CH Data restoration
function
execution error
3070H Operation stop
error
3100H Program error
36 ERROR CODES
580
36.4 List of Error Codes
Error details and cause
• A folder with a value that matches the
restoration target date folder setting
value or number folder setting value
does not exist in the SD memory card.
• The restoration target data setting
value is out of range.
• The restoration target date folder
setting value or number folder setting
value is out of range.
• The automatic data restoration
function was executed with the CPU
module where an SD memory card
was not inserted.
• The automatic data restoration
function was executed exceeding the
maximum memory capacity of the
CPU module.
• The automatic data restoration
function was executed exceeding the
maximum number of files that can be
stored in the CPU module.
• The status (such as programs,
parameters, and file structure) of the
CPU module differs from that of when
the data backup function was
executed.
• The automatic restoration function
with the SD CARD OFF button cannot
be executed because the button has
been pressed for more than 10
seconds after the READY LED had
begun to flash.
• The PABORT instruction was
executed.
• The program includes any instruction
that cannot be used or decoded in the
CPU module.
Stop/ Action
continue
Stop • Check and correct the restoration
target date folder setting value or
number folder setting value, and
execute the function again.
• Check and correct the restoration
target data setting value, and
execute the function again.
• Turn off bit 0 of SD955 to disable
the automatic data restoration
function.
Stop • Insert or re-insert an SD memory
card, and execute the function
again.
• Turn off bit 0 of SD955 to disable
the automatic data restoration
function.
Stop • Execute the function so that the
maximum memory capacity will
not be exceeded.
• Execute the function so that the
maximum number of storable files
will not be exceeded.
• Turn off bit 0 of SD955 to disable
the automatic data restoration
function.
Stop • Match the CPU module status to
the one at the time of backup, and
execute the function again.
• Set all data as the backup/
restoration target data, and
execute the data restoration
function.
• Turn off bit 0 of SD955 to disable
the automatic data restoration
function.
Stop • Release the SD CARD OFF
button within 10 seconds after the
READY LED begins to flash. If the
same error code is displayed
again, the possible cause is a
hardware failure of the CPU
module. Please consult your local
Mitsubishi representative.
Stop • Check the detailed information
(error location information) of the
error by executing module
diagnostics using the engineering
tool and check the corresponding
program - one that outputs the
program error code.
Stop • Check the detailed information
(error location information) of the
error by executing module
diagnostics using the engineering
tool, display the error program
(step) by clicking the [Error Jump]
button, and correct the program.
• Take measures to reduce noise.
• Write the program to the CPU
module again. Then, reset the
CPU module and run it again. If
the same error code is displayed
again, the possible cause is a
hardware failure of the CPU
module. Please consult your local
Mitsubishi representative.
Detailed Diagnostic
information timing
CPU module At power-on, at
data backup/ RESET
restoration
folder
information
CPU module At power-on, at
data backup/ RESET
restoration
folder
information
CPU module At power-on, at
data backup/ RESET
restoration
folder
information
CPU module At power-on, at
data backup/ RESET
restoration
folder
information
CPU module At power-on, at
data backup/ RESET
restoration
folder
information
Error location At instruction
information execution
and program
error
information
Error location At power-on, at
information RESET, at
STOP  RUN
state, at
instruction
execution