2022 Peugeot e-208 (P21) · 41,409 miles (66,641 km)
The charger was connected—but a hidden pinched cable stopped the e-208 from charging
Multiple charging-socket and locking-actuator faults appeared to implicate the actuator. Active testing and physical inspection exposed the real cause: the charge-port cable and socket assembly had been pinched inside the vehicle on its route to the inverter.
The car could see the plug—but could not complete the charging handshake.
The external lead was fully inserted and a 13 A supply was visible in live data. Yet the inlet lock could not reach or report a valid locked state, so the power electronics correctly refused to authorise charging.
- The charging lead could be inserted and was recognised by the vehicle, but charging would not begin.
- The vehicle reported charging-system faults despite the external cable being fully connected.
- Repeated attempts and clearing faults did not permanently restore charging.
- The vehicle required a conclusive repair rather than another part fitted from a fault-code description.
A recognised cable is only the first step. The inlet must lock, return a plausible position and complete the safety interlock before energy transfer begins.
All 21 DTCs preserved. Five formed the charging story.
The first 34-system scan is shown in full. Direct, supporting and consequence faults are identified separately from configuration, historic communication and unrelated records.
B120A:68PresentRecorded by the BSI. It did not explain the charging-lock circuit behaviour.
P060C:1CIntermittentA supply-voltage event stored in the electric-machine ECU; cleared during the diagnostic sequence.
U0167:87IntermittentA historical communication interruption rather than a direct charging-inlet circuit diagnosis.
U1537:08IntermittentA network plausibility record that disappeared after the system was cleared and rescanned.
U11A0:87IntermittentA lost-information entry; battery live data and insulation testing did not identify a battery failure.
U110E:87IntermittentSupported a disrupted charging-system event, but did not identify which physical component had failed.
U114A:87IntermittentA communication consequence stored alongside the charging-system event.
B1534:64PermanentAn unrelated display/configuration record.
B1003:55PresentA persistent HVAC configuration entry that remained after the charging repair.
P12DB:12PermanentThe lock-position feedback voltage was electrically implausible. This remained after clearing and directly focused testing on the inlet harness and locking circuit.
P12DF:13IntermittentOne actuator-control path was electrically open, consistent with damaged conductors in the cable assembly.
P12E2:13IntermittentA second actuator-control circuit was open, making a single software or charger-recognition problem unlikely.
P166C:64IntermittentThe commanded lock movement and returned position did not agree. It became permanent on the focused rescan.
P1AEF:07IntermittentA historical mechanical-event record, not supported as the cause of the charging failure.
P1082:09PermanentThe drivetrain supervisor recognised that the charger/DC-DC system could not complete its required operating state.
C120D:A2IntermittentA steering reference/supply history entry with no causal relationship to the charging inlet.
U115E:87IntermittentStored by the park-finger actuator module and cleared during the sequence.
U1208:29PermanentA camera-module network record unrelated to the no-charge complaint.
B1576:54PermanentAn infotainment configuration entry which remained on the final scan.
U1FA0:00IntermittentA touchscreen video-link timing record, unrelated to the charging hardware.
B1003:55PermanentA separate infotainment configuration entry which remained after repair.
PINCHEDConductors damagedMultiple inlet circuits affectedP12DB / P166CLock feedback invalidPlug remained intermediateP1082Charging inhibitedOBC connection remained in errorThe actuator message identified the failed stage—not the hidden physical cause.
Repeated scans progressively removed noise, while battery checks, OBC live data, actuator commands and physical inspection converged on one explanation.
Preserve the complete first scan
The first Autel report captured 34 systems and 21 DTCs. Four OBC entries specifically described lock feedback, two open actuator-control circuits and an inconsistent actuator signal.
Clear, rescan and rank evidence
After clearing, most communication and historical entries disappeared. P12DB and P166C returned as permanent faults together with P1082, separating the genuine charging failure from background records.
Prove the HV battery was not the cause
Battery voltage, cell data and insulation values were checked. There was no traction-battery insulation fault, no OBC overheating and no overcurrent or overvoltage condition.
Interrogate the charging interface
Live data showed the exterior cable as fully connected and a 13 A supply detected, while the OBC connection status remained “in error”. Recognition was present; charging authorisation was not completing.
Command the lock with an active test
The Autel active test reported an internal lock-position sensor fault and that the plug was stuck in the intermediate position. This confirmed the failed stage in the charging handshake.
Inspect the physical route
Inspection beyond the visible charge flap exposed the real root cause: the cable and socket assembly running into the inverter had been pinched inside the vehicle, damaging multiple circuits.
Diagnostic principleAn actuator DTC names the circuit that detected the problem; it does not guarantee the actuator itself is the root cause. Multiple open circuits, implausible position feedback and a physically connected cable with an OBC connection error justified inspecting the complete inlet harness. The pinched cable explained all of those observations with one failure.
Follow the charging signal to the point where it failed.
Switch between the damaged and repaired states. This simplified animation explains the safety sequence; it is not a manufacturer wiring diagram.
Replace the damaged path—and remove the reason it failed.
The repair addressed the complete cable and socket assembly, then corrected its internal routing so the replacement could not be compressed again.
- 1Expose the charging path
The charging inlet, socket wiring and cable route into the inverter/power electronics were exposed for inspection.
- 2Remove the damaged assembly
The pinched charge-port cable and socket assembly was disconnected and removed using the appropriate high-voltage safety process.
- 3Install the replacement
A replacement cable and socket assembly, including the affected locking interface, was installed.
- 4Route without compression
The new assembly was routed and secured correctly so it could not be trapped, crushed or placed under damaging strain.
- 5Clear and initialise
Relevant DTCs were cleared and the charging inlet/OBC system was rechecked through live data and a complete vehicle scan.
- 6Charge and verify
A sustained charge test reached 100%, followed by a final 36-system scan confirming zero charging, OBC, traction-battery or drivetrain faults.
Scan, command, measure, inspect.
No single screen exposed the pinched cable. The result came from correlating repeated reports, targeted live data, active testing and physical access to the harness.
Autel MaxiSYS Ultra EV
Initial 34-system scan, focused OBC scans, live-data capture, active testing and final 36-system verification.
OBC & charging-inlet live data
Confirmed cable detection, external current availability, lock-state feedback and the OBC connection error.
Physical harness inspection
Followed the socket assembly into the vehicle and identified the trapped cable which scan data alone could not physically reveal.
Evidence standard: the chronology is reconstructed from 22 archived Peugeot-specific Autel PDFs, original active-test captures and the confirmed completed repair. Full VIN and customer identifiers are withheld.
Charged to 100%. Relevant faults gone. Back on the road.
The final verification was not based on a cleared warning alone: the vehicle completed a full charge and a 36-system scan showed zero faults in the OBC/DC-DC assembly, traction-battery ECU, drivetrain supervisor and electric-machine ECU.
Charge completed
Sustained charging completed successfully
OBC faults
On-board charger/DC-DC assembly
HV battery faults
Traction-battery ECU final scan
Systems rescanned
Final whole-vehicle verification
Charging restored and vehicle returned to service
The damaged inlet cable/socket assembly was replaced, routed correctly and proven through a full charge plus final diagnostic scan.
faults remaining
About this Real Case: This genuine repair is reconstructed from the workshop diagnostic record. Personal identifiers and the complete VIN are withheld. Fault wording can vary by diagnostic platform. The animation explains the operating principle and is not a substitute for Peugeot workshop information or high-voltage safety procedures.