FC_a275 — GB pos To Pcb Delta Hi

Full alert identifier: FC_a275_GB_posToPcbDeltaHi

Alert description

The Fast Charge (FC) Electronic Control Unit (ECU) has detected a temperature gap between positive pin and Printed Circuit Board (PCB) above 50deg centigrade, limiting the Direct Current (DC) charge limit to 60A.

Potential impact

DC charge current is limited to 60A.

Set condition

FC ECU has detected a temperature gap higher than 50deg centigrade between the positive pin and PCB.

Clear condition

Unplug charge handle.

Check other alerts

With Service Mode Plus enabled, open Service Alerts → All. Review the other alerts for clues to the cause of FC_a275.

FC_a277 — GB pos To Pcb Delta Lo FC_a277_GB_posToPcbDeltaLo The Fast Charge (FC) Electronic Control Unit (ECU) has detected a temperature gap between positive pin and Printed Circuit Board (PCB) below -40deg centigrade, limiting the Direct Current (DC) charge limit to 60A.
FC_a274 — GB neg To Pcb Delta Hi FC_a274_GB_negToPcbDeltaHi The vehicle is unable to begin GB (China) DC fast charging because the temperature difference (delta) between the negative pin and the GB printed circuit board assembly (PCBA) is higher than expected.
FC_a272 — GB neg To Pos Delta Hi FC_a272_GB_negToPosDeltaHi The vehicle is unable to begin GB (China) DC fast charging because the temperature difference (delta) between the positive pin and the negative pin is higher than expected.
FC_a153 — CA evse To Pcb Delta Hi FC_a153_CA_evseToPcbDeltaHi The vehicle is unable to begin CHAdeMO DC fast charging because the temperature difference (delta) between the electric vehicle supply equipment (EVSE) and the printed circuit board (PCB) is higher than expected.
FC_a152 — CA veh To Pcb Delta Hi FC_a152_CA_vehToPcbDeltaHi The vehicle is unable to begin CHAdeMO DC fast charging because the temperature difference (delta) between the vehicle charge port and the printed circuit board (PCB) is higher than expected.

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