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Home / DTC / C2360 — Steering Angle Sensor Circuit Malfunction

C2360 — Steering Angle Sensor Circuit Malfunction

Detailed page for trouble code C2360.

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C2360

Generic C — Chassis

Steering Angle Sensor Circuit Malfunction

Brand: Generic
Type: C — Chassis
Views: UK: 1 EN: 4 RU: 2
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Damaged or corroded connector at steering angle sensor
  • Broken, shorted or high-resistance wiring between sensor and control module
  • Failed steering angle sensor (internal fault)
  • Faulty steering column control module or gateway
  • Loss of reference voltage or ground to sensor
  • Intermittent connector contact due to movement of steering column

Symptoms

  • ESP/ESC/ABS warning lamp illuminated
  • Traction control warning or disabled stability control
  • Inconsistent or incorrect steering angle values visible with scan tool
  • Steering assist or adaptive features degraded or unavailable
  • Possible diagnostic trouble codes related to ABS, ESC, or CAN network
  • Intermittent faults that may change with steering wheel position

What to check

  • Read all related codes from ABS/ESC and gateway modules; note freeze frame and history
  • Inspect physical condition of steering angle sensor, connector and harness (look for chafing, corrosion, bent pins)
  • Check battery voltage and health; ensure stable supply during testing
  • Verify reference voltage (typically 5V) and ground presence at sensor connector with key ON
  • Probe sensor signal while slowly rotating steering wheel; observe live data or oscilloscope waveform
  • Scan for CAN/LIN bus errors and verify other modules communicate correctly

Signal parameters

  • Reference supply: typically 5 V at sensor connector with ignition ON (verify for vehicle-specific value)
  • Sensor output: analog voltage proportional to wheel angle (commonly in the 0.5–4.5 V range across full travel) or differential signals for two-channel sensors
  • Ground continuity: low resistance between sensor ground pin and chassis ground (near 0 Ω to a few ohms)
  • CAN/LIN: valid steering angle messages present on bus when steering input applied (check with scan tool)
  • When powered, signal should change smoothly and continuously as steering is turned without jumps or dropouts

Diagnostic algorithm

  1. Connect a factory-level scan tool or good diagnostic scanner. Read and record C2360 plus any associated ABS/ESC/CAN codes and freeze frame data.
  2. Inspect steering column area, sensor mounting and connector for physical damage, water ingress, corrosion, bent pins, or loose/torn wiring.
  3. Verify battery voltage and check fuses/relays for power and ground circuits that feed sensor and steering column module.
  4. Backprobe sensor connector: confirm reference voltage and ground with ignition ON. If absent, trace and repair power/ground circuit.
  5. With scan tool monitoring live data, slowly turn steering wheel and observe steering angle values. If values do not change or are erratic, suspect sensor or wiring.
  6. Wiggle the wiring harness and connector while watching live data to detect intermittent opens or shorts. Repair any damaged wiring or connectors.
  7. If voltages and wiring appear correct but signal is implausible, replace sensor or steering column module as per vehicle procedure. Re-test after replacement.
  8. Clear codes, perform required steering angle sensor calibration (zero point) using diagnostic tool if applicable. Re-check by test drive and confirm no recurrence.
  9. If code returns and all wiring and sensor bench tests are good, investigate steering column control module, gateway or CAN bus faults and perform module communication tests.
  10. Document repairs and confirm that ESC/ABS systems operate normally and no related codes remain.

Likely causes

  • Wiring chafed or pinched in steering column leading to open/short
  • Connector pins pushed out or corroded at sensor or ECU
  • Sensor internal electronics failed (common after moisture ingress)
  • Power or ground circuit open/fused or poor chassis ground
  • Module software or communication fault (bus error, missing CAN frames)
  • Steering angle sensor requires calibration/initialization after battery replacement or component swap

Fault status

⚠️ Status
Steering Angle Sensor Circuit Malfunction — control module detected invalid or missing steering angle signal or communication. May disable stability/traction functions until resolved.
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 1.0-2.5 hours

Similar codes

C1234 C1250 C1271 C1326
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Code

C2360

HYUNDAI C — Chassis

Flow Level Control Valve

Brand: HYUNDAI
Type: C — Chassis
Views: UK: 11 EN: 18 RU: 14
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Damaged or corroded connector at steering angle sensor
  • Broken, shorted or high-resistance wiring between sensor and control module
  • Failed steering angle sensor (internal fault)
  • Faulty steering column control module or gateway
  • Loss of reference voltage or ground to sensor
  • Intermittent connector contact due to movement of steering column

Symptoms

  • ESP/ESC/ABS warning lamp illuminated
  • Traction control warning or disabled stability control
  • Inconsistent or incorrect steering angle values visible with scan tool
  • Steering assist or adaptive features degraded or unavailable
  • Possible diagnostic trouble codes related to ABS, ESC, or CAN network
  • Intermittent faults that may change with steering wheel position

What to check

  • Read all related codes from ABS/ESC and gateway modules; note freeze frame and history
  • Inspect physical condition of steering angle sensor, connector and harness (look for chafing, corrosion, bent pins)
  • Check battery voltage and health; ensure stable supply during testing
  • Verify reference voltage (typically 5V) and ground presence at sensor connector with key ON
  • Probe sensor signal while slowly rotating steering wheel; observe live data or oscilloscope waveform
  • Scan for CAN/LIN bus errors and verify other modules communicate correctly

Signal parameters

  • Reference supply: typically 5 V at sensor connector with ignition ON (verify for vehicle-specific value)
  • Sensor output: analog voltage proportional to wheel angle (commonly in the 0.5–4.5 V range across full travel) or differential signals for two-channel sensors
  • Ground continuity: low resistance between sensor ground pin and chassis ground (near 0 Ω to a few ohms)
  • CAN/LIN: valid steering angle messages present on bus when steering input applied (check with scan tool)
  • When powered, signal should change smoothly and continuously as steering is turned without jumps or dropouts

Diagnostic algorithm

  1. Connect a factory-level scan tool or good diagnostic scanner. Read and record C2360 plus any associated ABS/ESC/CAN codes and freeze frame data.
  2. Inspect steering column area, sensor mounting and connector for physical damage, water ingress, corrosion, bent pins, or loose/torn wiring.
  3. Verify battery voltage and check fuses/relays for power and ground circuits that feed sensor and steering column module.
  4. Backprobe sensor connector: confirm reference voltage and ground with ignition ON. If absent, trace and repair power/ground circuit.
  5. With scan tool monitoring live data, slowly turn steering wheel and observe steering angle values. If values do not change or are erratic, suspect sensor or wiring.
  6. Wiggle the wiring harness and connector while watching live data to detect intermittent opens or shorts. Repair any damaged wiring or connectors.
  7. If voltages and wiring appear correct but signal is implausible, replace sensor or steering column module as per vehicle procedure. Re-test after replacement.
  8. Clear codes, perform required steering angle sensor calibration (zero point) using diagnostic tool if applicable. Re-check by test drive and confirm no recurrence.
  9. If code returns and all wiring and sensor bench tests are good, investigate steering column control module, gateway or CAN bus faults and perform module communication tests.
  10. Document repairs and confirm that ESC/ABS systems operate normally and no related codes remain.

Likely causes

  • Wiring chafed or pinched in steering column leading to open/short
  • Connector pins pushed out or corroded at sensor or ECU
  • Sensor internal electronics failed (common after moisture ingress)
  • Power or ground circuit open/fused or poor chassis ground
  • Module software or communication fault (bus error, missing CAN frames)
  • Steering angle sensor requires calibration/initialization after battery replacement or component swap

Fault status

⚠️ Status
Steering Angle Sensor Circuit Malfunction — control module detected invalid or missing steering angle signal or communication. May disable stability/traction functions until resolved.
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 1.0-2.5 hours

Similar codes

C1234 C1250 C1271 C1326
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