Alerts
Loading...
| Signal Name | Description | Condition | Impact |
|---|---|---|---|
|
Master unit current limit set too low.
|
Master unit current limit divided by number of units in the sharing network is less than 6 A.
|
Wall connector will not operate.
|
|
|
More than 3 units configured as slaves were detected on the sharing network.
|
More than 3 units are configured as slaves in the sharing network.
|
Wall connector will not operate.
|
|
|
More than 1 wall connector is configured as a master on the sharing network.
|
More than 1 wall connector configured as a master was detected on the sharing network.
|
Wall connector will not operate.
|
|
|
Wall connector is configured as a slave, but no master was detected.
|
Wall connector is configured as a slave, but no master is present on the sharing network.
|
Wall connector will not operate.
|
|
|
Microcontroller supply rail is incorrect.
|
Microcontroller supply voltage is outside of valid range.
|
Wall connector will not operate.
|
|
|
Wall connector proximity line disconnected or vehicle is not providing proximity voltage.
|
Proximity line in charge cable has no voltage present, but a vehicle is connected.
|
Wall connector will not allow charging while the proximity line is broken because it cannot determine if the cable is latched.
|
|
|
Pilot level invalid.
|
Pilot level transitions to invalid voltage level.
|
Wall connector will not operate while pilot level is invalid.
|
|
|
Pilot level invalid.
|
Pilot level transitions to invalid voltage level.
|
Wall connector will not operate while pilot level is invalid.
|
|
|
Pilot level invalid.
|
Pilot level transitions to invalid voltage level.
|
Wall connector will not operate while pilot level is invalid.
|
|
|
Pilot level invalid.
|
Pilot level transitions to invalid voltage level.
|
Wall connector will not operate while pilot level is invalid.
|
|
|
Wall connector microcontroller internal self-test fault.
|
Wall connector microcontroller failed internal self-test.
|
Wall connector will not operate until self-test passes.
|
|
|
Wall connector charge handle temperature too high.
|
Wall connector charge handle temperature exceeds 78 degC.
|
Wall connector will reduce reported current capability in 25 percent increments until condition clears, or current reaches 0 and charging is stopped.
|
|
|
Wall connector input wiring temperature is too high.
|
Wall connector input wiring temperature exceeds 100 degC.
|
Wall connector will reduce reported current capability in 25 percent increments until condition clears, or current reaches 0 and charging is stopped.
|
|
|
Wall connector printed circuit board assembly (PCBA) temperature is too high.
|
Wall connector PCBA temperature exceeds 100 degC.
|
Wall connector will reduce reported current capability in 25 percent increments until condition clears, or current reaches 0 and charging is stopped.
|
|
|
Contactor detected as closed when it should be open.
|
Wall connector detects voltage on the contactor output when it should be open.
|
Wall connector will not operate and there is a potential hazardous voltage present on the charge handle.
|
|
|
Wall connector input wiring connections are incorrect.
|
Wall connector line and neutral conductors are swapped.
|
Wall connector will not operate while input wiring is swapped.
|
|
|
Alternating current (AC) root mean square (RMS) input voltage is too low.
|
AC RMS input voltage fell below 160 V RMS for more than 2 seconds.
|
Wall connector will not allow charging while the input voltage is too low.
|
|
|
Alternating current (AC) root mean square (RMS) input voltage is too high.
|
AC RMS input voltage exceeds 320 V RMS for North America (NA) or 290 V RMS for Europe (EU)/China (CN) for more than 2 seconds.
|
Wall connector will not allow charging while the input voltage is too high.
|
|
|
An undervoltage condition has been detected by the Center Console Control Module (CCCM). Low voltage battery detected under 8V for 10 seconds.
|
CCCM detects low voltage battery under 8V for 10 seconds.
|
Persistent undervoltage condition may lead to CCCM hardware damage.
|
|
|
Center Console Control Module (CCCM) communication to Drive Inverter (DI) node is Missing In Action (MIA).
|
CCCM detects DI is MIA.
|
CCCM will be unable to communicate with DI.
|