Right Etherloop gateway (Sitara 1) alerts
Browse 123 EGGRIGHT1 alert codes and open an entry for its description and recorded conditions.
EGGRIGHT1 alert codes
Showing 101–123 of 123
- EGGRIGHT1_a253 — Seat Tilt HC Enc Stl Dbg EGGRIGHT1_a253_seatTiltHCEncStlDbg The seat tilt motor encoder has unexpectedly stalled.
- EGGRIGHT1_a254 — Seat Back HC Enc Stl Dbg EGGRIGHT1_a254_seatBackHCEncStlDbg The backrest motor encoder has unexpectedly stalled
- EGGRIGHT1_a255 — Seat Lift HC Enc Stl Dbg EGGRIGHT1_a255_seatLiftHCEncStlDbg The seat lift motor encoder has unexpectedly stalled.
- EGGRIGHT1_a256 — Seat Abuse Motor Warn EGGRIGHT1_a256_seatAbuseMotorWarn The seat has detected that the track motor is close to exceeding normal operating times
- EGGRIGHT1_a257 — Seat Abuse Motor Stop EGGRIGHT1_a257_seatAbuseMotorStop The seat has detected that the track motor has exceeded normal operating times
- EGGRIGHT1_a258 — Seat Abuse Buffer Warn EGGRIGHT1_a258_seatAbuseBufferWarn Seat track motor abuse has been detected, with number of events within 5 minutes required to generate a warning exceeded
- EGGRIGHT1_a259 — Seat Abuse Buffer Full EGGRIGHT1_a259_seatAbuseBufferFull The seat track abuse has been detected, maximum number of events per time exceeded
- EGGRIGHT1_a265 — Can Rx Checksum Error EGGRIGHT1_a265_canRxChecksumError Software detected a checksum error
- EGGRIGHT1_a298 — Seat Back Hard Stop UL EGGRIGHT1_a298_seatBackHardStopUL The seat backrest has reached the upper hard stop limit and cannot move forward any further.
- EGGRIGHT1_a299 — Seat Back Hard Stop Dis EGGRIGHT1_a299_seatBackHardStopDis The upper hard stop limit for the seat backrest is disabled, meaning the seat backrest is allowed to move forward past the upper hard stop limit if requested.
- EGGRIGHT1_a350 — Frunk Pinch Sensitive EGGRIGHT1_a350_frunkPinchSensitive The frunk strut saw the conditions indicating an object is being pinched
- EGGRIGHT1_a357 — Horn Undercurrent EGGRIGHT1_a357_hornUndercurrent Horn is drawing less current than expected.
- EGGRIGHT1_a358 — Horn Overcurrent EGGRIGHT1_a358_hornOvercurrent Low Tone Trumpet Horn is drawing more current than expected.
- EGGRIGHT1_a414 — Undervoltage Self Test Failure EGGRIGHT1_a414_undervoltageSelfTestFailure The Right Domain Undervoltage self-test did not pass, as a condition affecting a load on the Right Domain was detected during the self-test.
- EGGRIGHT1_a415 — Undervoltage Self Test Stuck Off EGGRIGHT1_a415_undervoltageSelfTestStuckOff One or more loads failed to turn on during the Right Domain Undervoltage Self-Test. Those loads will be inhibited from use in drive.
- EGGRIGHT1_a444 — Drv8703 Fault EGGRIGHT1_a444_drv8703Fault The bridge gate driver experienced a condition affecting its operation.
- EGGRIGHT1_a445 — Drv8703 Spi Fault DBG EGGRIGHT1_a445_drv8703SpiFaultDBG DRV8703 bridge driver SPI data is unexpected
- EGGRIGHT1_a449 — Horn Switch Stuck On EGGRIGHT1_a449_hornSwitchStuckOn The steering wheel horn switch is stuck on
- EGGRIGHT1_a455 — Frunk Strut Actuator Undercurrent EGGRIGHT1_a455_frunkStrutActuatorUndercurrent The vehicle controller detects an undercurrent condition on the front trunk (or frunk) strut actuator, indicating the 48V rail may be down.
- EGGRIGHT1_a485 — Uv Self Test Load Unattempted On Dbg EGGRIGHT1_a485_uvSelfTestLoadUnattemptedOnDbg The vehicle controller detects one or more loads did not turn off after the self-test commanded them off, or they did not turn on when the self-test commanded them on.
- EGGRIGHT1_a579 — Frunk Follower Unexpected Stop EGGRIGHT1_a579_frunkFollowerUnexpectedStop While the frunk was requested to open or close, the follower strut issued an unexpected stop request, preventing the frunk from completing the requested movement
- EGGRIGHT1_a580 — Debug Frunk Follower Current Spike EGGRIGHT1_a580_debugFrunkFollowerCurrentSpike The front trunk (frunk) follower strut experiences a current spike.
- EGGRIGHT1_a581 — Frunk Accel Table Not Built EGGRIGHT1_a581_frunkAccelTableNotBuilt The frunk follower vehicle controller does not have a saved acceleration table, which is required for the sensitive pinch algorithm. Frunk pinch detection will not operate as expected.