POWER DOOR AND FUEL-FILLER LID LOCK SYSTEM
id091400009200
Outline
Function
Door lock-link switch interlock function
Door key interlock function
Door lock switch interlock function (With door lock switch)
Double locking function (With double locking)
Collision detection unlock function (With collision detection unlock function)
Auto door lock function (With auto door lock function)
Structural View
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System Wiring Diagram
Without double locking
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With double locking
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Operation
Operation condition
Lock operation using door key cylinder
1. When the key is inserted in the door key cylinder and a lock operation is performed, the door key cylinder switch switches to the lock side.
2. When the BCM detects a door key cylinder switch lock signal (1), it sends a door key cylinder switch lock signal (2) to the electrical supply unit (ESU) via LIN communication.
3. When the electrical supply unit (ESU) receives the door key cylinder switch lock signal, it turns the transistor on (3) and the door lock relay on (4).
4. When the door lock relay turns on, the door lock actuator and fuel-filler lid lock actuator motors perform a lock operation (5), and the doors and fuel-filler lid lock.
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Lock operation using driver's door lock knob
1. When the driver's door lock knob is locked, the door lock-link switch switches to the lock side.
2. When the BCM detects the door lock link switch lock signal (1), it sends the door lock link switch lock signal (2) to the electrical supply unit (ESU) via LIN communication.
3. When the electrical supply unit (ESU) receives the door lock link switch lock signal, it turns the transistor on (3) and the door lock relay on (4).
4. When the door lock relay turns on, the door lock actuator motors perform a lock operation (5), and the doors and fuel-filler lid lock.
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Lock operation using door lock switch (With door lock switch)
1. When the door lock switch is operated to lock, the door lock switch switches to the lock side.
2. When the BCM detects the door lock switch lock signal (1), it sends the door lock switch lock signal (2) to the electrical supply unit (ESU) via LIN communication.
3. When the electrical supply unit (ESU) receives the door lock switch lock signal, it turns the transistor on (3) and the door lock relay on (4).
4. When the door lock relay turns on, the door lock actuator and fuel-filler lid lock actuator motors perform a lock operation (5), and the doors and fuel-filler lid lock.
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Unlock operation using door key cylinder
1. When the key is inserted in the door key cylinder and an unlock operation is performed, the door key cylinder switch switches to the unlock side.
2. When the BCM detects the door key cylinder switch unlock signal (1), it sends the door key cylinder switch unlock signal (2) to the electrical supply unit (ESU) via LIN communication.
3. When the electrical supply unit (ESU) receives the door key cylinder switch unlock signal, it turns the transistor on (3) and the door unlock relay on (4).
4. When the door unlock relay turns on, the door lock actuator motors perform an unlock operation (5), and the doors and fuel-filler lid unlock.
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Unlock operation using the driver's door lock knob
1. When the driver's door lock knob is unlocked, the door lock-link switch switches to the unlock side.
2. When the BCM detects the door lock link switch unlock signal (1), it sends the door lock link switch unlock signal (2) to the electrical supply unit (ESU) via LIN communication.
3. When the electrical supply unit (ESU) receives the door lock link switch unlock signal, it turns the transistor on (3) and the door unlock relay on (4).
4. When the door unlock relay turns on, the door lock actuator motors perform an unlock operation (5), and the doors and fuel-filler lid unlock.
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Unlock operation using door lock switch (With door lock switch)
1. When the door lock switch is operated to unlock, the door lock switch switches to the unlock side.
2. When the BCM detects the door lock switch unlock signal (1), it sends the door lock switch unlock signal (2) to the electrical supply unit (ESU) via LIN communication.
3. When the electrical supply unit (ESU) receives the door lock switch unlock signal, it turns the transistor on (3) and the door unlock relay on (4).
4. When the door unlock relay turns on, the door lock actuator motors perform an unlock operation (5), and the doors and fuel-filler lid unlock.
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Double locking function (With double locking)
1. When the key is inserted in the door key cylinder and a lock operation is performed, the door key cylinder switch switches to the lock side.
2. When the BCM detects a door key cylinder switch lock signal (1), it sends a door key cylinder switch lock signal (2) to the electrical supply unit (ESU) via LIN communication.
3. When the electrical supply unit (ESU) receives the door key cylinder switch lock signal, it turns the transistor on (3) and the door lock relay on (4).
4. When the door lock relay turns on, the door lock actuator motors perform a lock operation (5), and the doors and fuel-filler lid lock.
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5. When lock operation is performed within 3 s after the door lock operation, the door key cylinder switch switches to the lock side.
6. When the BCM detects a door key cylinder switch lock signal (6), it sends a double-locking signal (7) to the electrical supply unit (ESU) via LIN communication.
7. When the electrical supply unit (ESU) receives the double-locking signal, it turns the transistor on (8) and the door double-locking relay on (9).
8. When the door double-locking relay turns on, the door lock actuator motors perform a double-locking operation (10), and the doors lock/unlock operation using door lock knob is inhibited..
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Collision detection unlock function operation (With collision detection unlock function)
1. If the vehicle is involved in a collision, the SAS control module sends (1) a collision detection door unlock signal to the BCM via CAN communication and it sends (2) the signal to the electrical supply unit (ESU) via hard wire.
2. The BCM sends (3) the received collision detection door unlock signal to the electrical supply unit (ESU) via LIN communication.
3. The electrical supply unit (ESU) unlocks all the doors after approx. 6 s it received the collision detection door unlock signal (4).
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Auto door lock function