P/N 960-100190RA_Rev. A {EDP #148851}
© 2009, Japan CashMachine Co., Limited
A - 3
Troubleshooting
VEGA-RC™BankNote Recycler
Appendix A
Warning Codes
When the following errors occur, they can be cleared by pressing the “
A
” [
Change Display
] Pushbutton
longer than three (3) seconds, but further performance will not be guaranteed. For this reason, a CPU
Board change is recommended.
Machine Lock-up Error Codes
When following errors occur, the Unit will stop operating.
Table A-2
Warning Codes
Error
Codes
Causes
Solutions
98
Program rewriting time is Over Limit. (More than
1000 times occurred)
Warning for Over Limit program rewriting because
program rewriting is limited to 1000 times.
When program rewriting time occurs over 1000 times, this error code
will appear for five (5) seconds. This code will be shown every
rewriting time thereafter.
99
EEPROM is malfunction.
Warning when an abnormal EEPROM reading
process occurs.
Change the CPU Board. When this occurs EEPROM data, such as
the number of the accepted Banknotes , errors, the total number of
the errors, the operation log, dispense times, and the Serial Number
will be lost.
Table A-3
Machine Lock-Up Error Codes
Error
Codes
Causes
Solutions
01
The VEGA-RC Motor is not moving (VEGA-RC
abnormality error).
Checking the Motor Encoder while initializing
(Brushless FG signal).
Check that the following assemblies are properly connected and/or
harnessed, and all of the Unit’s Sensors are clean:
[VEGA-RC Motor] VEGA-RC CPU Board CN5, Motor Harness
If the error is not resolved, change the above related component(s).
02
Using a 24V DC Supply for a 12V DC specification.
Check that the working voltage is for the related Circuit Board (e.g.,
Standard = V12DC specification or Optional = MDB specification).
03
Using a 12V DC Supply for a 24V DC specification.
Check that the working voltage is for the related Circuit Board (e.g.,
Standard = V12DC specification or Optional = MDB specification).
04
The Transport Tape is cut or slack.
Checking the Transport Encoder while initializing.
Check that the Transport Tape is not cut or slack. Check that the
following assemblies are properly connected and/or harnessed, and
all of the Unit’s Sensors are clean:
Transport Encoder Board CN1, CPU Board CN4
If the error is not resolved, change the above related component(s).
05
Receive different denomination information
(Money Class) during communication.
Check that the VEGA-RC stacking denomination matches the VEGA
Unit’s command denomination. (Confirm that both Unit DIP Switch
settings agree.)
06
VEGA Unit Motor Abnormal Error.
Motor encoder signal is not received from the
VEGA Unit when performing a Store, Dispense or
Retrieving operation.
Check that the Transport Tape’s slack/cut out. Check that the
following assemblies are properly connected and/or harnessed, and
all of the Unit’s Sensors are clean:
VEGA Unit Feed Motor
If the error is not resolved, change the above related component(s).
07
Abnormal Inhibit information.
The VEGA Unit’s denomination setting for VEGA-RC is Inhibited.
Check that the VEGA Unit’s denomination settings match the VEGA-
RC’s denomination settings.
09
Opening the Rear Cover while the Unit is in
operation.
Opening the Rear Cover when a Store, Dispense
or Retrieving operation occurs and the Cover is not
firmly closed.
Check and Re-close the Rear Cover. Check that the Transport Tape’s
slack/cut out. Check that the following assemblies are properly
connected and/or harnessed, and all of the Unit’s Sensors are clean:
Sensors.
Open/Close Detection Sensor Board, CPU Board CN4
If the error is not resolved, change the above related component(s).
10
EEPROM writing error.
Failed to write data into EEPROM normally.
Change the CPU Board.
Table A-4
Machine Lock-Up Error Indications
7 Segment Display
Causes
Solutions
Internal RAM error
(when VEGA Unit power is supplied)
Turn the VEGA Unit’s power OFF. When turing
the power ON again, ensure that the LEDs
located next to the Seven (7) Segment Display
are NOT simultaneously blinking Red and Green
at a 0.3 seconds interval.
If the error is not resolved by recycling the power,
change the CPU Board.
0.3 Seconds Interval
