| NO DTC |
Normal |
- |
- |
- |
- |
| C1016 |
Brake light switch |
- Master cylinder pressure value and brake light switch signal is disagreed for specified time.
- Brake light switch signal voltage becomes wrong value for specified time.
|
• |
- |
• |
| C1017 |
Lateral G sensor |
- Lateral G sensor signal is out of specified range.
- Vehicle behavior and lateral G sensor signal is disagreed.
|
- |
- |
• |
| C1020 |
Master cylinder pressure sensor power supply failure |
Power supply voltage to master cylinder pressure sensor is too high or low in ESP® hydraulic unit / control module assembly. |
• |
- |
• |
| C1021 |
RF |
Wheel speed sensor circuit |
Wheel speed sensor circuit is opened, shorted to power, ground and/or each other circuit. |
• |
|
• |
| C1025 |
LF |
| C1031 |
RR |
| C1035 |
LR |
| C1022 |
RF |
Wheel speed sensor or encoder |
- Wheel speed is different from other wheel speed (vehicle speed) for more than specified time.
- Abnormal wheel speed sensor signal is detected for more than specified time.
|
• |
|
• |
| C1026 |
LF |
| C1032 |
RR |
| C1036 |
LR |
| C1023 |
Yaw rate sensor |
- Yaw rate sensor signal is out of range.
- Vehicle behavior and yaw rate signal is disagreed.
|
- |
- |
• |
| C1024 |
Steering angle sensor |
- Steering angle sensor internal defect is detected.
- Steering angle sensor signal is out of specified range.
- Vehicle behavior and steering angle sensor signal is disagreed.
|
- |
- |
• |
| C1027 |
ESP® OFF switch |
- ESP® OFF switch keeps ON for specified time.
- ESP® OFF switch circuit is shorted to ground.
|
- |
- |
- |
| C1028 |
Master cylinder pressure sensor circuit |
- Master cylinder pressure sensor circuit is opened, shorted to power or ground circuit in ESP® control module.
- Master cylinder pressure sensor signal is out of specified range in ESP® control module.
|
• |
- |
• |
| C1033 |
Wheel speed sensor deviation |
- Two or more wheel speed sensor signals seem to be effected by temporary failure suspicion at the same time.
|
• |
- |
• |
- Three or more wheel speed sensor signals seem to be effected by temporary failure suspicion at the same time.
- Two wheels or more are controlled by ABS for more than specified time.
|
• |
• |
• |
| C1034 |
Yaw rate / G sensor assembly power supply failure |
Power supply voltage to yaw rate / G sensor assembly is too high or low. |
- |
- |
• |
| C1037 |
Steering angle sensor power supply failure |
Power supply voltage to steering angle sensor is too low. |
- |
- |
- |
| C1038 |
Steering angle sensor detect rolling counter |
ESP® control module rolling counter failure is detected by steering angle sensor. |
- |
- |
• |
| C1039 |
Yaw rate / G sensor assembly internal failure |
- Yaw rate / G sensor assembly internal failure is detected.
- Abnormal signal from yaw rate / G sensor assembly is detected.
|
- |
- |
• |
| C1040 |
ESP® continuous operation |
- ESP® control is active for more than specified time.
- ESP® control module requested pressure reduction or keeping all wheel speed sensor for more than specified time.
|
• |
- |
• |
| C1041 |
RF |
Inlet solenoid |
- Solenoid valve circuit is opened, shorted to power, ground and/or each valve in ESP® hydraulic unit / control module assembly.
- Mismatching solenoid output and solenoid monitor is detected.
|
• |
• |
• |
| C1045 |
LF |
| C1051 |
RR |
| C1055 |
LR |
| C1042 |
RF |
Outlet solenoid |
| C1046 |
LF |
| C1052 |
RR |
| C1056 |
LR |
| C1043 |
Cut solenoid |
No.1 |
| C1044 |
No.2 |
| C1053 |
Suction solenoid |
No.1 |
| C1054 |
No.2 |
| C1057 |
Power supply voltage too high / too low |
ESP® control module power supply voltage becomes 7.6 - 9.6 V. |
• |
- |
• |
- ESP® control module power supply voltage is lower than 7.6 V.
- ESP® control module power supply voltage is upper than 16.8 V.
|
• |
• |
• |
| C1061 |
Pump motor circuit |
- Defective pump motor and/or motor power supply voltage is too low.
- Pump motor circuit in ESP® control module is opened, shorted to power or ground circuit.
|
• |
• |
• |
| C1063 |
Solenoid valve power supply driver circuit |
- Solenoid valve power supply driver circuit is shorted to power circuit in ESP® control module.
- Solenoid valve power supply driver is stuck to ON position.
- Output circuit from control unit is opened in ESP® control module.
|
• |
- |
• |
- Solenoid valve power supply driver circuit is opened, shorted to ground circuit in ESP® control module.
- Solenoid valve power supply voltage is too low.
- Solenoid valve power supply driver is stuck to OFF position.
- Output circuit from control unit is shorted in ESP® control module.
- Mismatching solenoid output and solenoid monitor is detected.
|
• |
• |
• |
| C1071 |
Control module internal defect |
ESP® control module internal defect is detected. |
|
|
|
| C1075 |
Steering angle sensor calibration |
Missing steering angle sensor calibration point data is detected. |
- |
- |
- |
| C1091 |
CAN invalid data from ECM |
ECM sent invalid signal to ESP® control module. |
- |
- |
• |
| C1096 |
Yaw rate / G sensor assembly message counter error |
Yaw rate / G sensor assembly message counter error is detected by ESP® control module. |
- |
- |
• |
| U0073 |
Control module communication bus off |
- Communication is not available with all control modules connected by CAN.
- CAN communication line is shorted to power, ground and/or each other circuit.
|
- |
- |
• |
| U0100 |
Lost communication with ECM/PCM |
ECM message data is missing from CAN communication. |
- |
- |
• |
| U0101 |
Lost communication with TCM |
TCM message data is missing from CAN communication. |
| U0114 |
Lost communication with four-wheel drive clutch control module |
4WD control module message data is missing from CAN communication. |
| U0123 |
Lost communication with yaw rate sensor module |
Yaw rate / G sensor assembly message data is missing from CAN communication. |
| U0126 |
Lost communication with steering angle sensor module |
Steering angle sensor message data is missing from CAN communication. |