Checking the electric lock on the front door on the driver's side

Check for signal continuity between the connector pins and the central locking switch in the positions shown in the table

Connector Pin#

Switch position

Inspection result

5-8

LOCK

Yes

OFF

No Conductivity

6-8

UNLOCK

None

Also check that there is no conduction signal in the OFF position.

fig. 1. Driver side front door central lock switch test

If the conductivity does not match the data in the table, replace the switch.

Check the operation of the driver's door lock electric drive in the positions indicated in the table.

Connect the positive battery terminal to the "4" terminal and the negative terminal to the "1" terminal, make sure that the lock latch is in the LOCK position.

Reverse the polarity of the connector pins and make sure the lock latch is in the UNLOCK position.

If the operation of the electric drive does not match, replace the lock.

Polarity

Action

Battery (+) - pin 4

Battery (─) - Pin 1

LOCK

Battery (+) - pin 1

Battery (─) - Pin 4

UNLOCK

Check for signal continuity between the terminals of the connector and the door lock switch on the driver's side in the positions indicated in the table.

fig. 2. Checking the operation of the electric driver's door lock

If the conductivity does not match the data in the table, replace the lock assembly.

Connector Pin#

Switch position

Inspection result

7-8

LOCK

No Conductivity

<

UNLOCK

conductivity

Checking the electric lock on the passenger side front door

fig. 3. Checking the Passenger Side Front Door Central Locking Switch

Check for signal continuity between the connector pins and the central locking switch in the positions indicated in the table.

Also check that there is no conduction signal in the OFF position.

If the conductivity does not match the data in the table, replace the switch.

Connector Pin#

Position

switch

Inspection result

9-7

LOCK

Yes

OFF

No Conductivity

10-7

UNLOCK

None

Check the operation of the electric drive of the passenger door lock in the positions indicated in the table.

By connecting the positive battery terminal to the "4" terminal and the negative terminal to the "1" terminal, make sure that the lock latch has moved to the "LOCK" position.

Reverse the polarity of the connector pins and make sure the latch is in the "UNLOCK" position.

fig. 4. Checking the operation of the electric drive of the front door lock on the passenger side

If the operation of the actuator is not as described, replace the lock assembly.

Polarity

Action

Battery (+) - pin 4

Battery (─) - Pin 1

LOCK

Battery (+) - pin 1

Battery (─) - Pin 4

UNLOCK

Check for continuity between the connector pins and the passenger side door lock switch at the positions shown in the table.

If the conductivity does not match the data in the table, replace the lock assembly.

Pin#

connector

Position switch switch

Inspection result

7-8

LOCK

No Conductivity

 

UNLOCK

conductivity

Checking the electric lock of the rear right door

Check the operation of the rear right door lock electric drive in the positions indicated in the table.

fig. 5. Checking the operation of the electric drive of the rear right door lock

By connecting the positive battery terminal to the "4" terminal and the negative terminal to the "1" terminal, make sure that the lock latch has moved to the "LOCK" position.

Reverse the polarity of the connector pins and make sure the latch is in the "UNLOCK" position.

If the operation of the actuator is not as described, replace the lock assembly.

Polarity

Action

Battery (+) - pin 4

Battery (─) - Pin 1

LOCK

Battery (+) - pin 1

Battery (─) - Pin 4

UNLOCK

If the conductivity does not match the data in the table, replace the lock.

Pin#

connector

Position

switch

Inspection result

6-9

LOCK

No Conductivity

 

UNLOCK

conductivity

Checking the electric lock of the rear left door

fig. 6. Checking the operation of the electric drive of the lock of the rear left door

Check the operation of the rear left lock electric drive in the positions indicated in the table (Fig. 6).

By connecting the positive battery terminal to the "4" terminal and the negative terminal to the "1" terminal, make sure that the lock latch has moved to the "LOCK" position.

Reverse the polarity of the connector pins and make sure the latch is in the "UNLOCK" position.

If the operation of the actuator is not as described, replace the lock assembly.

Polarity

Action

Battery (+) - pin 4

Battery (─) - Pin 1

LOCK

Battery (+) - pin 1

Battery (─) - Pin 4

UNLOCK

Check for signal continuity between the connector pins and the rear left door lock switch in the positions shown in the table.

If the conductivity does not match the data in the table, replace the lock assembly.

Output number

connector

Position

switch

Result

Checks

6-9

LOCK

No conductivity

 

UNLOCK

conductivity

Checking the electric tailgate lock

Check the operation of the tailgate lock electric drive in the positions indicated in the table.

By connecting the positive battery terminal to the “1” terminal and the negative terminal to the lock body, make sure that the lock latch has moved to the “Open” position.

fig. 7. Checking the operation of the electric tailgate lock

If the operation of the actuator is not as described, replace the lock assembly.

Polarity

Action

Battery (+) - pin 1

Battery (─) - lock body

Open