Mazda CX-5 Service & Repair Manual: Passenger Compartment Temperature Sensor Removal/Installation [Full Auto Air Conditioner]
1. Disconnect the negative battery cable..
2. Remove the following parts:
a. Front scuff plate (driver-side).
b. Front side trim (driver-side).
c. Switch panel.
d. Decoration panel.
e. Shift lever knob (MTX).
f. Front console box.
g. Shift panel.
h. Upper panel.
i. Rear console.
j. Side wall.
k. Front console.
l. Hood release lever from the lower panel.
m. Lower panel (driver-side).
3. Remove the aspirator..
4. Remove the screw.
5. Disconnect the connector.
6. Remove the passenger compartment temperature sensor.
7. Install in the reverse order of removal.
Aspirator Removal Note
1. Remove the aspirator as shown in the figure.
Passenger Compartment Temperature Sensor Inspection [Full Auto Air Conditioner]
1. Measure the temperature around the passenger compartment temperature sensor
and measure the resistance between passenger compartment temperature sensor terminals
A and B.
If the charact ...
Passenger Compartment Temperature Sensor [Full Auto Air Conditioner]
Purpose
The passenger compartment temperature sensor detects the cabin temperature.
Function
The passenger compartment temperature sensor converts the detected temperature
to an ...
Other materials:
Wheel Apron Component Removal [Panel Replacement]
Symbol Mark
Removal Procedure
1. Drill the 14 locations indicated by (A) from the front wheel housing side
shown in the figure.
2. Drill the 11 locations indicated by (B) shown in the figure.
3. Drill the 4 locations indicated by (C) shown in the figure.
NOTE:
When drilling t ...
Rear ABS Wheel Speed Sensor Inspection [Awd]
Installation Visual Inspection
1. Inspect the following items:
If there is any malfunction, replace the applicable part.
a. Excessive play of the ABS wheel-speed sensor
b. Deformation of the ABS wheel-speed sensor
c. Deformation or damage of the ABS sensor rotor
Clearance Inspec ...
PCM
Purpose/Function
High-level driveability and lower fuel consumption have been realized by
controlling the appropriate engine conditions (fuel injection/ignition timing)
according to operation conditions.
Controls each output part based on the signal from each input part.
...
