Nissan Maxima Service and Repair Manual: Tilt motor
Description
- The tilt motor is installed to the steering column assembly.
- The tilt motor is activated with the automatic drive positioner control
unit.
- The steering column is tilted upward/downward by changing the rotation
direction of tilt motor.
Component Function Check
1. CHECK FUNCTION
- Select "TILT MOTOR" in "ACTIVE TEST" mode with CONSULT.
- Check the tilt motor operation.

Diagnosis Procedure
1. CHECK TILT MOTOR POWER SUPPLY

- Turn ignition switch OFF.
- Disconnect tilt motor.
- Turn the ignition switch ON.
- Perform "ACTIVE TEST" ("TILT MOTOR") with CONSULT.
- Check voltage between tilt motor harness connector and ground.

2. CHECK TILT MOTOR CIRCUIT

- Turn ignition switch OFF.
- Disconnect automatic drive positioner control unit.
- Check continuity between automatic drive positioner control unit
harness connector and tilt motor harness connecto

- Check continuity between automatic drive positioner control unit harness
connector and ground.

Description
The lifting motor (rear) is installed to the seat frame.
The lifting motor (rear) is activated with the driver seat control
unit.
The seat lifter (rear) is moved upward/downward ...
Description
The telescopic motor is installed to the steering column assembly.
The telescopic motor is activated with the automatic drive
positioner control unit.
Compresses the steering co ...
Other materials:
Heated seat
Wiring Diagram
...
Power supply and ground circuit
AV CONTROL UNIT
AV CONTROL UNIT : Diagnosis Procedure
1.CHECK FUSES
Check that the following AV control unit fuses are not blown.
2.POWER SUPPLY CIRCUIT CHECK
Disconnect AV control unit connectors M160 and M163.
Check voltage between the AV control unit connectors M160
and M163 ...
Lifting motor (rear)
Description
The lifting motor (rear) is installed to the seat frame.
The lifting motor (rear) is activated with the driver seat control
unit.
The seat lifter (rear) is moved upward/downward by changing the
rotation direction of lifting motor (rear).
Component Function Check
1. CHEC ...