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C2410 — Steering Angle Sensor Circuit Range/Performance

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Code

C2410

Generic C — Chassis

Steering Angle Sensor Circuit Range/Performance

Brand: Generic
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Failed or degraded steering angle sensor (SAS)
  • Open, short or high resistance in sensor wiring or connectors
  • Poor power supply or ground to the sensor
  • Damaged or corroded connector or pins
  • Faulty clock spring (spiral cable) or steering column harness damage
  • Sensor out of mechanical alignment (after steering work) or wrong calibration

Symptoms

  • ABS, ESC or traction control warning lamp illuminated
  • Loss or reduction of stability/traction control functionality
  • Erratic or implausible steering angle reading in scan tool live data
  • Cruise/ADAS features that rely on steering angle may be disabled
  • Unexpected automatic braking or stability interventions
  • Steering wheel angle indicator not centered or incorrect

What to check

  • Connect a capable scan tool and read all related ABS/ESC and body module codes and freeze frame data
  • Observe live steering angle sensor values and compare to actual steering wheel position (turn wheel left/right)
  • Check for related network/CAN codes that could affect SAS messages
  • Visually inspect connector and wiring at the SAS and along the steering column for damage, corrosion and pin loss
  • Check sensor power (reference 5V) and ground integrity at the connector with key ON
  • Wiggle harness and turn steering wheel while watching live data for intermittent change

Signal parameters

  • Supply/reference voltage typically 5 V (varies by vehicle)
  • Signal output commonly 0–5 V or a centered ~2.5 V with ± excursion depending on sensor design
  • Some sensors provide dual redundant signals (two offset voltages) or digital/CAN messages
  • Output should change smoothly and proportionally with steering rotation (degrees)
  • No abrupt jumps, stuck values, or values outside expected voltage range

Diagnostic algorithm

  1. Retrieve and record all related DTCs and freeze frame information from ABS/ESC and steering modules.
  2. Verify symptom: with ignition ON (engine not required unless specified), use a scan tool to view steering angle live data and slowly turn the steering wheel. Note if data follows wheel movement and returns to center.
  3. Check for network/communication errors (CAN U-codes) that could present as SAS range faults.
  4. Visually inspect SAS connector and wiring for corrosion, bent pins or damage. Repair or reseat connector as needed.
  5. Measure reference voltage and ground at SAS connector (expect ~5 V ref and good ground). If missing or out of range, trace power/ground circuits back to source and repair.
  6. Probe signal output while turning the wheel: verify voltage changes smoothly across expected range. If signal does not change or is erratic, suspect sensor or wiring.
  7. Perform continuity and resistance checks on wiring between sensor and ABS/ESC module; repair any opens/shorts.
  8. If wiring and power/ground are good but signal out of range or inconsistent, replace the steering angle sensor.
  9. After any repair or replacement, clear codes and perform required steering angle sensor calibration/initialization procedure per manufacturer service information.
  10. Road test and re-check for reappearance of the code and correct operation of ESC/ABS systems.

Likely causes

  • Corroded/loose connector at SAS
  • Broken wire or intermittent short in column harness (common after aftermarket installs)
  • Failed sensor electronics (internal)
  • Clock spring wear or internal break
  • Sensor not calibrated after removal/replacement

Fault status

⚠️ Status
Steering Angle Sensor Circuit Range/Performance — sensor output outside expected range or inconsistent with steering wheel position; may disable ESC/ABS functions.
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 1.0-3.0 hours

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Code

C2410

HYUNDAI C — Chassis

Steering Angle Sensor Internal Circuit Malfunction

Brand: HYUNDAI
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Failed or degraded steering angle sensor (SAS)
  • Open, short or high resistance in sensor wiring or connectors
  • Poor power supply or ground to the sensor
  • Damaged or corroded connector or pins
  • Faulty clock spring (spiral cable) or steering column harness damage
  • Sensor out of mechanical alignment (after steering work) or wrong calibration

Symptoms

  • ABS, ESC or traction control warning lamp illuminated
  • Loss or reduction of stability/traction control functionality
  • Erratic or implausible steering angle reading in scan tool live data
  • Cruise/ADAS features that rely on steering angle may be disabled
  • Unexpected automatic braking or stability interventions
  • Steering wheel angle indicator not centered or incorrect

What to check

  • Connect a capable scan tool and read all related ABS/ESC and body module codes and freeze frame data
  • Observe live steering angle sensor values and compare to actual steering wheel position (turn wheel left/right)
  • Check for related network/CAN codes that could affect SAS messages
  • Visually inspect connector and wiring at the SAS and along the steering column for damage, corrosion and pin loss
  • Check sensor power (reference 5V) and ground integrity at the connector with key ON
  • Wiggle harness and turn steering wheel while watching live data for intermittent change

Signal parameters

  • Supply/reference voltage typically 5 V (varies by vehicle)
  • Signal output commonly 0–5 V or a centered ~2.5 V with ± excursion depending on sensor design
  • Some sensors provide dual redundant signals (two offset voltages) or digital/CAN messages
  • Output should change smoothly and proportionally with steering rotation (degrees)
  • No abrupt jumps, stuck values, or values outside expected voltage range

Diagnostic algorithm

  1. Retrieve and record all related DTCs and freeze frame information from ABS/ESC and steering modules.
  2. Verify symptom: with ignition ON (engine not required unless specified), use a scan tool to view steering angle live data and slowly turn the steering wheel. Note if data follows wheel movement and returns to center.
  3. Check for network/communication errors (CAN U-codes) that could present as SAS range faults.
  4. Visually inspect SAS connector and wiring for corrosion, bent pins or damage. Repair or reseat connector as needed.
  5. Measure reference voltage and ground at SAS connector (expect ~5 V ref and good ground). If missing or out of range, trace power/ground circuits back to source and repair.
  6. Probe signal output while turning the wheel: verify voltage changes smoothly across expected range. If signal does not change or is erratic, suspect sensor or wiring.
  7. Perform continuity and resistance checks on wiring between sensor and ABS/ESC module; repair any opens/shorts.
  8. If wiring and power/ground are good but signal out of range or inconsistent, replace the steering angle sensor.
  9. After any repair or replacement, clear codes and perform required steering angle sensor calibration/initialization procedure per manufacturer service information.
  10. Road test and re-check for reappearance of the code and correct operation of ESC/ABS systems.

Likely causes

  • Corroded/loose connector at SAS
  • Broken wire or intermittent short in column harness (common after aftermarket installs)
  • Failed sensor electronics (internal)
  • Clock spring wear or internal break
  • Sensor not calibrated after removal/replacement

Fault status

⚠️ Status
Steering Angle Sensor Circuit Range/Performance — sensor output outside expected range or inconsistent with steering wheel position; may disable ESC/ABS functions.
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 1.0-3.0 hours

Similar codes

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