Alerts
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| Signal Name | Description | Condition | Impact |
|---|---|---|---|
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Steering Torque Overlay (STO) assist halted due to Secondary motor inverter driver startup short circuit failure 1.
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Secondary Internal: motor inverter driver short circuit detected on startup for 250ms
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Steering Assist reduced
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Steering Torque Overlay (STO) assist halted due to Primary motor neutral point monitor startup failure.
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Primary Internal: motor neutral point voltage >= 2.0 Volts on startup for 250ms
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Steering Assist reduced
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Steering Torque Overlay (STO) assist halted due to Primary motor current control voltage failure.
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Primary Internal: motor voltage invalid for 50ms
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Steering Assist reduced
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Steering Torque Overlay (STO) assist halted due to Primary motor current control current failure.
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Primary Internal: motor current invalid for 50ms
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Steering Assist reduced
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Steering Torque Overlay (STO) assist halted due to Primary motor inverter driver startup short circuit failure 2.
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Primary Internal: motor inverter driver over voltage detected on startup for 250ms
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Steering Assist reduced
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Signal line from rear right PWM height sensor shorted to ground.
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Signal line from rear right PWM height sensor shorted to ground.
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Air suspension leveling will be disabled. Systems with adaptive dampers will disable active damping control.
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Signal line from rear left PWM height sensor shorted to ground.
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Signal line from rear left PWM height sensor shorted to ground.
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Air suspension leveling will be disabled. Systems with adaptive dampers will disable active damping control.
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Signal line from front right PWM height sensor shorted to ground.
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Signal line from front right PWM height sensor shorted to ground.
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Air suspension leveling will be disabled. Systems with adaptive dampers will disable active damping control.
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Signal line from front left PWM height sensor shorted to ground.
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Signal line from front left PWM height sensor shorted to ground.
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Air suspension leveling will be disabled. Systems with adaptive dampers will disable active damping control.
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Abnormal Pulse Width Modulation (PWM) signal received from rear right PWM height sensor.
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Abnormal PWM signal received from rear right ride height sensor.
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Air suspension leveling will be disabled. Systems with adaptive dampers will disable active damping control.
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Abnormal Pulse Width Modulation (PWM) signal received from rear left PWM height sensor.
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Abnormal PWM signal received from rear left ride height sensor.
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Air suspension leveling will be disabled. Systems with adaptive dampers will disable active damping control.
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Abnormal Pulse Width Modulation (PWM) signal received from front right PWM height sensor.
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Abnormal PWM signal received from front right ride height sensor.
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Air suspension leveling will be disabled. Systems with adaptive dampers will disable active damping control.
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Abnormal Pulse Width Modulation (PWM) signal received from front left PWM height sensor.
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Abnormal PWM signal received from front left ride height sensor.
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Air suspension leveling will be disabled. Systems with adaptive dampers will disable active damping control.
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Air suspension functionality is disabled due to vehicle crash reported by restraint module.
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Vehicle crash reported by restraint module.
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Air suspension functionality disabled.
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If a task failed to initialize.
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A task init function returns with an error.
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If an init routine fails, software may not opperate correctly.
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If a task was not able to run at the appropriate time.
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Task could not be scheduled because it was already running or pending.
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Failure to run tasks on schedule.
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Tesla Air Suspension (TAS) has detected an initiated CPU reset triggered by error conditions.
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Reset can be caused by clock errors, flash issues, software faults, checkstop events, or debug requests causing CPU restarts.
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May result in disrupted operation. Review logs and components post-restart.
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Tesla Air Suspension (TAS) has detected an internal software assertion failure.
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Triggers when a specific software condition fails during runtime operations.
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May result in system instability.
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Tesla Air Suspension (TAS) has detected an unplanned processor reset caused by power loss.
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Occurs during sudden or unexpected power losses affecting the system.
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May result in disrupted operation. Review logs and components post-restart.
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Warns if the processor has experienced a reset due to watchdog reset.
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A watchdog (external or internal) was not serviced in time.
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Suspension controls may not continually work as intended.
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