Toyota Sienna Service Manual: Removal
1. REMOVE CENTER REAR SEAT LAP TYPE BELT ASSEMBLY (for 8-Passenger)
HINT: Refer to the instructions for disassembly of the rear No. 1 seat assembly (for center seat).
- Remove the bolt and center seat lap type belt assembly.
2. REMOVE CENTER REAR NO. 2 SEAT LAP BELT ASSEMBLY WITH INNER
HINT:
- Refer to the instructions for disassembly of the rear No. 2 seat assembly (for power seat type LH side).
- Refer to the instructions for disassembly of the rear No. 2 seat assembly (for manual seat type LH side).
- Remove the bolt and center rear No. 2 seat lap belt assembly with inner.
3. REMOVE REAR NO. 2 SEAT BELT ASSEMBLY INNER
HINT:
- Refer to the instructions for disassembly of the rear No. 2 seat assembly (for power seat type LH side).
- Refer to the instructions for disassembly of the rear No. 2 seat assembly (for manual seat type LH side).
- Remove the bolt and rear No. 2 seat belt assembly inner.
Rear center seat inner belt assembly
COMPONENTS
...
Installation
1. INSTALL CENTER REAR SEAT LAP TYPE BELT
ASSEMBLY (for 8-Passenger)
HINT:
Refer to the instructions for reassembly of the rear No. 1 seat assembly (for
center seat).
Install the center ...
Other materials:
Eject Error/ Elevator Error/ Clamp Error/ Eject Error/ Elevator Error/ Clamp
Error
DTC 62-45 Eject Error
DTC 62-51 Elevator Error
DTC 62-52 Clamp Error
DTC 63-45 Eject Error
DTC 63-51 Elevator Error
DTC 63-52 Clamp Error
DESCRIPTION
DTC No.
DTC Detecting Condition
Trouble Area
62-45
Disc cannot be ejected.
Radio receiver
62-5 ...
No. 1 Ultrasonic sensor
COMPONENTS
REMOVAL
1. REMOVE FRONT FENDER LINER LH
2. REMOVE FRONT FENDER LINER RH
3. REMOVE FRONT BUMPER COVER
4. REMOVE REAR BUMPER COVER (2)
5. REMOVE NO. 1 ULTRASONIC SENSOR RETAINER
Remove the No. 1 ultrasonic sensor retainer as
shown in the illustration
6. REMOVE ...
Laser Sensor Power Source Circuit
DESCRIPTION
This circuit provides power to the laser sensor. The laser sensor emits radio
waves towards an object in
front and measures the distance and direction of the object by receiving the
beam reflections. Based on
the reflections, the sensor calculates the difference in speed between t ...
