Toyota Camry (XV70): Electric Parking Brake System
- Precaution
- Parts Location
- System Diagram
- How To Proceed With Troubleshooting
- Problem Symptoms Table
- Terminals Of Ecu
- Dtc Check / Clear
- Freeze Frame Data
- Fail-safe Chart
- Data List / Active Test
- Diagnostic Trouble Code Chart
- Vehicle Control History
- Rear Brake Pad Replacement Mode
- Brake System Control Module "A" System Internal Failure (C059704,C059746,C060B49,C061049,C13CF1C,C13D41C)
- Electric Parking Brake Switch Signal Compare Failure (C060962)
- Left Electric Parking Brake Actuator Control (C060B00,C060B11)
- Left Electric Parking Brake Actuator Control Circuit Short to Battery (C060B12)
- Left Electric Parking Brake Actuator Control Circuit Open (C060B13)
- Left Electric Parking Brake Actuator Signal Stuck In Range (C060E2A)
- Right Electric Parking Brake Actuator Control (C061000,C061011)
- Right Electric Parking Brake Actuator Control Circuit Short to Battery (C061012)
- Right Electric Parking Brake Actuator Control Circuit Open (C061013)
- Right Electric Parking Brake Actuator Signal Stuck In Range (C06132A)
- Electric Parking Brake Actuator (C13B800)
- Electric Parking Brake does not Operate
- Message Not Displayed on Multi-information Display When AUTO Function Set to ON/OFF
- Brake Warning Light (Yellow) Remains On
- Electric Parking Brake System AUTO Function Circuit
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Precaution
PRECAUTION PRECAUTION FOR DISCONNECTING CABLE FROM NEGATIVE BATTERY TERMINAL
NOTICE: When disconnecting the cable from the negative (-) battery terminal, initialize the following system(s) after the
Parts Location
PARTS LOCATION ILLUSTRATION
*1 BRAKE ACTUATOR ASSEMBLY
- SKID CONTROL ECU *2
ECM *3
ENGINE ROOM RELAY BLOCK AND JUNCTION BLOCK ASSEMBLY - ABS NO. 2 FUSE
- -
System Diagram
SYSTEM DIAGRAM
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Components
COMPONENTS ILLUSTRATION
*1 STEERING WHEEL ASSEMBLY
*2 STEERING PAD SWITCH ASSEMBLY
*3 SHIFT PADDLE SWITCH (TRANSMISSION SHIFT SWITCH ASSEMBLY)
*4 NO. 1 SWITCH WIRE
N*m (kgf*cm, ft.*lbf): Specified torque
● Non-reusable part
&
Check Mode Procedure
CHECK MODE PROCEDURE DESCRIPTION (a) Check mode has a higher sensitivity to malfunctions and can detect malfunctions that normal mode cannot detect. Check mode can also detect all of the malfunctions that normal mode can detect. In check mode, DTCs are detected with 1 trip detection logic.
CHECK M
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