Mazda CX-5 Service & Repair Manual: Plastic Parts Heat Resisting Temperature [Plastic Body Parts]
|
Part Name |
Code |
Material Name |
Heat resisting Temperature°C{°F} |
|||
|
Windshield molding |
PVC |
POLYVINYLCHLORIDE |
95 {203} |
|||
|
Cowl grille |
PP |
POLYPROPYLENE |
95 {203} |
|||
|
Front combination light |
Lens |
PC |
POLYCARBONATE |
130 {266} |
||
|
Housing |
PP |
POLYPROPYLENE |
90 {194} |
|||
|
Front bumper |
PP |
POLYPROPYLENE |
100 {212} |
|||
|
Front side turn light |
Lens |
PMMA |
ACRYLIC |
75 {167} |
||
|
Housing |
PC-PBT |
POLYCARBONATE-PBT |
80 {176} |
|||
|
Out side mirror |
Panel |
ABS |
ABS |
100 {212} |
||
|
Visor |
ABS |
ABS |
100 {212} |
|||
|
Outer cover |
ABS |
ABS |
100 {212} |
|||
|
Side step molding |
PP |
POLYPROPYLENE |
75 {167} |
|||
|
Roof molding |
PVC |
POLYVINYLCHLORIDE |
95 {203} |
|||
|
Rear bumper |
PP |
POLYPROPYLENE |
100 {212} |
|||
|
Rear combination light |
Lens |
PMMA |
ACRYLIC |
80 {176} |
||
|
Housing |
AAS |
AAS |
70 {158} |
|||
|
Outer handle |
Lever |
PC-PBT |
POLYCARBONATE-PBT |
80 {176} |
||
|
Base |
PC-PET |
POLYCARBONATE-PET |
80 {176} |
|||
|
High-mount brake light |
Lens |
PMMA |
ACRYLIC |
80 {176} |
||
|
Housing |
ABS |
ABS |
100 {212} |
|||
|
Rear Spoiler |
PP |
POLYPROPYLENE |
90 {194} |
|||
|
Shroud panel |
PP |
POLYPROPYLENE |
100 {212} |
|||
NOTE:
-
The application of temperatures higher than heat resisting temperatures may result in part deformation.
Lower Panel Removal/Installation
Driver-side
1. Disconnect the negative battery cable..
2. Remove the following parts:
a. Driver-side front scuff plate.
b. Driver-side front side trim.
c. Switch panel.
d. Decoration panel. ...
Other materials:
PID/Data Monitor Inspection [Front Body Control Module (Fbcm)]
1. Connect the M-MDS to the DLC-2.
2. After the vehicle is identified, select the following items from the initialization
screen of the M-MDS.
a. Select “DataLogger”.
b. Select “Modules”.
c. Select “F_BCM”.
3. Select the applicable PID from the PID table.
4. Verify the PID ...
Body Panel
Outline
The multi-load path and triple H-shaped structure of distributing the power
absorbed at the collision were used for the body shell.
A ring structure has been adopted for the triple H structure, realizing top-level
crash safety performance.
Crushable structure fro ...
Crash Zone Sensor [Standard Deployment Control System]
Purpose
The crash zone sensor detects an impact during a frontal or frontal offset
collision to the vehicle.
Function
The crash zone sensor converts the detected impact to an electrical signal.
Construction
The crash zone sensor is built into the clutch sensor.
...