Mazda CX-5 Service & Repair Manual: Evaporator Temperature Sensor [Full Auto Air Conditioner]
Purpose
-
The evaporator temperature sensor detects the airflow temperature passing through the evaporator.
Function
-
The evaporator temperature sensor converts the detected temperature to an electric signal.
Construction
-
A thermistor-type evaporator temperature sensor has been adopted.
-
A fin-thermo-type sensor has been adopted to the sensor area of the evaporator temperature sensor which inserts between the evaporator fins.
-
The evaporator temperature sensor is installed to the A/C unit.
Operation
-
The thermistor changes the resistance according to the surrounding temperature.
-
The resistance decreases if the temperature increases, and conversely increases if the temperature decreases as shown in the figure.
Fail-safe
-
Function not equipped.
Evaporator Temperature Sensor Inspection [Manual Air Conditioner]
NOTE:
Inspect the evaporator temperature sensor when it is installed to the A/C
unit.
1. Set the fan speed at MAX HI.
2. Set the temperature control at MAX COLD.
3. Set the RECIRC ...
Evaporator Temperature Sensor [Manual Air Conditioner]
Purpose
The evaporator temperature sensor detects the airflow temperature passing
through the evaporator.
Function
The evaporator temperature sensor converts the detected temper ...
Other materials:
Power Outer Mirror Switch Inspection
1. Disconnect the negative battery cable..
2. Remove the power outer mirror switch..
3. Verify that the continuity between the power outer mirror switch terminals
is as indicated in the table.
If not as indicated in the table, replace the power outer mirror switch..
...
Awd Control Module Inspection
NOTE:
AWD CM terminal voltage can vary depending on measuring conditions and vehicle
aging, resulting in misdiagnosis. Therefore, it is necessary to perform an overall
inspection of the input/output systems and AWD CM to determine which part is
malfunctioning.
With the AWD C ...
TCM [Fw6 A EL, Fw6 Ax EL]
Purpose/Function
The TCM detects the vehicle conditions and performs calculations and processing
based on input information from each type of sensor and switch.
Outputs control signals to each solenoid valve so that each type of control
is optimally implemented according to the ...
