Rear Door Lock Inspection

INSPECT UNLOCK DETECTION SWITCH

1. Remove the rear door lock assembly LH.
   

2. Measure the resistance according to the value(s) in the table below.
   

   Standard resistance:

   Tester Connection	Measurement Condition	Door Lock Condition	(Specified Condition)
   6 - 9 (*1)	Battery positive (+) → Terminal 2 Battery negative (-) → Terminal 1	Lock	10 kΩ or higher
   6 - 9 (*1)	Battery positive (+) → Terminal 1 Battery negative (-) → Terminal 2	Unlock	Below 1 Ω
   6 - 9 (*2)	Battery positive (+) → Terminal 4 Battery negative (-) → Terminal 1	Lock	10 kΩ or higher
   6 - 9 (*2)	Battery positive (+) → Terminal 1 Battery negative (-) → Terminal 4	Unlock	Below 1 Ω

   *1: w/ Double locking system
   *2: w/o Double locking system
   

INSPECT REAR DOOR LOCK MOTOR

1. Apply battery voltage and check operation of the door lock motor.
   

   OK:

   Measurement Condition	Specified Condition
   Battery positive (+) → Terminal 4 Battery negative (-) → Terminal 1 (*1)	Lock
   Battery positive (+) → Terminal 1 Battery negative (-) → Terminal 4 (*1)	Unlock
   Battery positive (+) → Terminal 2 Battery negative (-) → Terminal 1 (*2)	Lock
   Battery positive (+) → Terminal 1 Battery negative (-) → Terminal 2 (*2)	Unlock

   *1: w/ Double locking system
   *2: w/o Double locking system
   

INSPECT DOUBLE LOCK POSITION SWITCH

1. Remove the rear door lock assembly LH.
   

2. Apply battery voltage and set the door lock motor to the lock position.
   

   OK:

   Measurement Condition	Specified Condition
   Battery positive (+) →Terminal 2 Battery negative (-) →Terminal 1	Lock

3. Apply battery voltage to the door lock and check operation of the double lock motor.
   

   OK:

   Measurement Condition	Specified Condition
   Battery positive (+) →Terminal 4 Battery negative (-) →Terminal 3	Double Locking System is set
   Battery positive (+) →Terminal 3 Battery negative (-) →Terminal 4	Double Locking System is unset

4. Measure the resistance according to the value(s) in the table below.
   

   Standard resistance:

   Tester Connection	Double Lock Position	Specified Condition
   9 - 10	Set	Below 1 Ω
   9 - 10	Unset	10 kΩ or higher

INSPECT DOUBLE DOOR LOCK MOTOR

1. Remove the rear door lock assembly LH.
   

2. Apply battery voltage and set the door lock motor to the lock position.
   

   OK:

   Measurement Condition	Specified Condition
   Battery positive (+) →Terminal 2 Battery negative (-) →Terminal 1	Lock

3. Apply battery voltage to the door lock and check operation of the double lock motor.
   

   OK:

   Measurement Condition	Specified Condition
   Battery positive (+) →Terminal 4 Battery negative (-) →Terminal 3	Double Locking System is set
   Battery positive (+) →Terminal 3 Battery negative (-) →Terminal 4	Double Locking System is unset

4. Check that the doors cannot be unlocked by operating the control cable while the double locking system is set.
   

   OK:

   The doors cannot be unlocked.
   

INSPECT UNLOCK DETECTION SWITCH

1. Remove the rear door lock assembly RH.
   

2. Measure the resistance according to the value(s) in the table below.
   

   Standard resistance:

   Tester Connection	Measurement Condition	Door Lock Condition	(Specified Condition)
   9 - 10 (*1)	Battery positive (+) → Terminal 4 Battery negative (-) → Terminal 1	Lock	10 kΩ or higher
   9 - 10 (*1)	Battery positive (+) → Terminal 1 Battery negative (-) → Terminal 4	Unlock	Below 1 Ω
   6 - 9 (*2)	Battery positive (+) → Terminal 4 Battery negative (-) → Terminal 1	Lock	10 kΩ or higher
   6 - 9 (*2)	Battery positive (+) → Terminal 1 Battery negative (-) → Terminal 4	Unlock	Below 1 Ω

   *1: w/ Double locking system
   *2: w/o Double locking system
   

INSPECT REAR DOOR LOCK MOTOR

1. Remove the rear lock assembly RH.
   

2. Apply battery voltage and check operation of the door lock motor.
   

   OK:

   Measurement Condition	Specified Condition
   Battery positive (+) → Terminal 4 Battery negative (-) → Terminal 3 (*1)	Lock
   Battery positive (+) → Terminal 3 Battery negative (-) → Terminal 4 (*1)	Unlock
   Battery positive (+) → Terminal 4 Battery negative (-) → Terminal 1 (*2)	Lock
   Battery positive (+) → Terminal 1 Battery negative (-) → Terminal 4 (*2)	Unlock

   *1: w/ Double locking system
   *2: w/o Double locking system
   

INSPECT DOUBLE LOCK POSITION SWITCH

1. Apply battery voltage and set the door lock motor to the lock position.
   

   OK:

   Measurement Condition	Specified Condition
   Battery positive (+) →Terminal 4 Battery negative (-) →Terminal 3	Lock

2. Apply battery voltage to the door lock and check operation of the double lock motor.
   

   OK:

   Measurement Condition	Specified Condition
   Battery positive (+) →Terminal 2 Battery negative (-) →Terminal 1	Double Locking System is set
   Battery positive (+) →Terminal 1 Battery negative (-) →Terminal 2	Double Locking System is unset

3. Measure the resistance according to the value(s) in the table below.
   

   Standard resistance:

   Tester Connection	Double Lock Position	Specified Condition
   5 - 6	Set	Below 1 Ω
   5 - 6	Unset	10 kΩ or higher

INSPECT DOUBLE DOOR LOCK MOTOR

1. Apply battery voltage and set the door lock motor to the lock position.
   

   OK:

   Measurement Condition	Specified Condition
   Battery positive (+) →Terminal 4 Battery negative (-) →Terminal 3	Lock

2. Apply battery voltage to the door lock and check operation of the double lock motor.
   

   OK:

   Measurement Condition	Specified Condition
   Battery positive (+) →Terminal 2 Battery negative (-) →Terminal 1	Double Locking System is Set
   Battery positive (+) →Terminal 1 Battery negative (-) →Terminal 2	Double Locking System is Unset

3. heck that the doors cannot be unlocked by operating the control cable while the double locking system is set.
   

   OK:

   The doors cannot be unlocked.