AFMNA0AA – EPS-BLI HYG – User Manual
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- Remedy:
If it is repetitive, it reports a problem in the controller.
31) WRONG RAM MEM.
Alarm 0xFFD4 = 212 Group #0 [M,S]:
- Cause:
Deterministic Finite Automaton (DFA) is characterized by state
transitions. As a protective measure, any state transition is
commanded by assigning two variables (state label and its
complement). These two variables identify the new state
(redundancy in the state label). This redundancy has been thought
in order to avoid that a failure in the RAM memory leads to a
wrong destination state for the DFAs. In case the two state labels
are inconsistent or not complemented in between, this alarm
occurs.
- Remedy:
If it is repetitive, replace the controller.
32) PARAM RESTORE
Alarm 0xFFD5 = 213 Group #0 [M,S]:
- Cause:
This is a confirmation that a CLEAR EEPROM action was correctly
performed.
- Remedy:
Re-cycle the key
33) DATA ACQUISITION
Warning with E-steering motor controller off 0xFFF5 = 245
Group #4 [M,S]:
- Cause:
This alarm occurs during maximum current regulation (factory
adjusted) and when a procedure to acquire the motor resistance is
launched.
- Remedy:
Re-cycle the key
34) CURRENT GAIN
Warning with E-steering motor controller on 0xFFE1 = 225
Group #4 [M,S]:
- Cause:
This alarm occurs when the gains of the current amplifiers
(ADJUSTMENT #03 and ADJUSTMENT #04) are set to their
default values (Imax has not been regulated yet).
- Remedy:
Call Zapi service.
35) CONTROLLER MISM.
Alarm 0xFFDA = 218 Group #0 [M,S]:
- Cause:
This alarm occurs when the embedded software is not compatible
with hardware.
- Remedy:
Update the embedded software.
36) W.D. SYNCRO
Alarm 0xFFD1 = 209 Group #0 [M,S]:
- Cause:
SuC does not receive synchronization signal from MuC longer than
90 ms.
- Remedy:
Re-cycle the key. If the problem remains replace the controller.
