REMOVAL
CAUTION / NOTICE / HINT
The necessary procedures (adjustment, calibration, initialization, or registration) that must be performed after parts are removed, installed, or replaced during the blower unit removal/installation are shown below.
Necessary Procedure After Parts Removed/Installed/Replaced|
Replacement Part or Procedure |
Necessary Procedures |
Effects / Inoperative when not performed |
Link |
|---|---|---|---|
|
Disconnect cable from negative battery terminal |
Memorize steering angle neutral point |
Lane departure alert system (w/ Steering Control) |
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|
Pre-collision system |
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|
Initialize back door lock |
Power door lock control system |
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|
|
No. 1 Blower Damper Servo Sub-assembly |
Initialize servo motor (Air conditioning system) |
DTCs are stored |
|
PROCEDURE
1. PRECAUTION
NOTICE:
Make sure to perform initialization after replacing the No. 1 blower damper servo sub-assembly. If initialization is not performed, the air conditioner unit assembly will not perform properly as the air conditioning amplifier assembly will not be able to recognize the position of the No. 1 blower damper servo sub-assembly.
2. REMOVE AIR CONDITIONER UNIT ASSEMBLY
Click here
3. REMOVE NO. 2 AIR DUCT
Click here
4. REMOVE NO. 3 INSTRUMENT PANEL WIRE (w/ PTC Heater)
Click here
5. REMOVE BLOWER ASSEMBLY
|
(a) Disconnect the connector. |
|
(b) Disengage the guide.
|
(c) Remove the 2 screws. |
|
(d) Disengage the guides to remove the blower assembly from the air conditioning radiator assembly.
Components
DisassemblyToyota CH-R Service Manual > Can Communication System: Center Airbag Sensor Communication Stop Mode
DESCRIPTION
Detection Item
Symptom
Trouble Area
Center Airbag Sensor Communication Stop Mode
Any of the following conditions are met:
Communication stop for "Airbag" is indicated on the "Communication
Bu ...
Toyota CH-R Service Manual > Front Airbag Sensor: Components
COMPONENTS
ILLUSTRATION
*1
FRONT AIRBAG SENSOR
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Tightening torque for "Major areas involving basic vehicle performance
such as moving/turning/stopping" : N*m (kgf*cm, ft.*lbf)
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