TWINCA ES-500 Manual De Operaciones página 279

Error codes
FLASH
FAULT NAME
CODE
0X12 Controller Over current
0X13 Current Sensor
0X14 Precharge Failed
0X15 Controller Severe
Undertemperature
0X16 Controller Severe
Overtemperature
0X17 Severe B+ Undervoltage
Troubleshooting chart index
POSSIBLE CAUSES
1. External short of phase U, V, or W
motor connections.
2. Speed encoder noise problems.
3. Motor parameters are mistuned.
4. Controller defective.
1. Leakage to vehicle frame from
phase U, V, or W (short in motor
stator).
2. Controller defective.
1. An external load on the capacitor
bank (B+ connection terminal) that
prevents the capacitor bank from
charging.
2. See Programmer » System
Monitor menu » Controller »
Capacitor Voltage.
1. Controller is operating in an
extreme environment.
2. See Programmer » System
Monitor menu » Controller »
Controller Temperature.
1. Controller is operating in an
extreme environment.
2. Excessive load on vehicle.
3. Improper mounting of controller.
4. See Programmer » System
Monitor menu » Controller »
Controller Temperature.
1. Non-controller system drain on
battery.
2. Battery resistance too high.
3. Battery disconnected while
driving.
4. Blown B+ fuse or main contactor
did not close.
5. Battery parameters are
misadjusted.
6. See Programmer » Monitor menu
» Controller » Capacitor Voltage.
274
SET/CLEAR CONDITIONS
Set: Phase current exceeded
the current measurement
limit.
Clear: Reset Controller
Set: Controller current sensors
have invalid offset reading.
Clear: Reset Controller
Set: The precharge failed to
charge the capacitor bank.
Clear: Cycle Interlock or Reset
Controller
Set: Heatsink temperature
below –40 °C.
Clear: Bring heatsink temper-
ature above –40 °C and then
Reset Controller
Set: Heatsink temperature
above +95 °C.
Clear: Bring heatsink temper-
ature below +95 °C, and then
Reset Controller.
Set: When Main is closed and
FET Bridge enabled:
Either the undervoltage drive
current cut back = 0 % for 64
ms or the Brownout Voltage is
reached.
Clear: Undervoltage drive
current cut back > 0 % for 100
ms and capacitor voltage >
brownout voltage.