C0531
eLSD Clutch Actuator Circuit
2007-2014 Land Rover LR2 3.2L I6
High SeverityChassisGeneric (SAE)
Description
Malfunction in the actuator that controls the electronic limited slip differential clutch pack.
Symptoms
- eLSD warning light
- Differential not locking
- Reduced traction
- Single wheel spin
Common Causes
- Actuator solenoid failure
- Wiring damage
- Module driver fault
- Actuator overheated
Diagnostic Steps
- Test actuator solenoid resistance
- Command actuator with scan tool
- Check wiring and connector
- Monitor actuator current draw
- Check for overheating signs
Repair Notes
Replace eLSD actuator. Change differential fluid.
Related Codes
Other Chassis Codes
- C0021LF Wheel Speed Sensor Range/Performance
- C0022RF Wheel Speed Sensor Range/Performance
- C0023LR Wheel Speed Sensor Range/Performance
- C0024RR Wheel Speed Sensor Range/Performance
- C0025LF Wheel Speed Sensor Circuit Intermittent
- C0026RF Wheel Speed Sensor Circuit Intermittent
- C0027LR Wheel Speed Sensor Circuit Intermittent
- C0028RR Wheel Speed Sensor Circuit Intermittent
- C0035Left Front Wheel Speed Sensor Circuit
- C0036Left Front Wheel Speed Signal Erratic
C0531 on Other Vehicles
Land Rover Defender 110
2020-2024 3.0L I6 Mild Hybrid
Land Rover Defender 90
2020-2024 3.0L I6 Mild Hybrid
Land Rover Defender V8
2022-2024 5.0L V8 Supercharged
Land Rover Discovery
2017-2024 3.0L V6 Supercharged
Land Rover Discovery Sport
2015-2024 2.0L I4 Turbo
Land Rover Freelander
1997-2006 2.5L V6
Land Rover LR3
2005-2009 4.4L V8
Land Rover LR4
2010-2016 5.0L V8
Common Questions
What does code C0531 mean on a 2007-2014 Land Rover LR2?
C0531 stands for "eLSD Clutch Actuator Circuit". Malfunction in the actuator that controls the electronic limited slip differential clutch pack.
What are the symptoms of C0531 on a Land Rover LR2?
Common symptoms of C0531 include: eLSD warning light, Differential not locking, Reduced traction, Single wheel spin.
What causes C0531 on a 2007-2014 Land Rover LR2?
Common causes of C0531 include: Actuator solenoid failure, Wiring damage, Module driver fault, Actuator overheated.