CAUTION:
When performing configuration, it is necessary to read the coupling component calibration data from the AWD control module before replacing it. Connect the M-MDS to the vehicle and perform vehicle identification before removing the AWD control module. The coupling component calibration data is temporarily stored in the M-MDS.
1. Connect the M-MDS to the DLC-2.
2. After the vehicle is identified, select the following items from the toolbox of the M-MDS.
Select “Module Programming”.
3. Then, select items from the screen menu in the following order.
Select “Programmable Module Installation”.
Select “4X4”.
4. Perform the configuration according to the directions on the screen.
CAUTION:
When the configuration is performed, CAN communication between the AWD control module and control module connected to the CAN line is cut temporarily, and communication error DTCs may be detected. After performing the configuration, verify the DTCs for the control module connected to the CAN line and clear it if any DTC is detected.
5. Verify all the DTCs for the control module connected to the CAN line.
If any DTC is stored, clear it.
If the DTC is cleared, finish the procedure because the configuration is completely normally.
If the DTC remains, perform troubleshooting according to the DTC.
Awd Control Module
Awd Control Module InspectionElectric Variable Valve Timing Relay [Skyactiv G 2.0]
Purpose, Function
The electric variable valve timing actuator relay supplies power to the electric
variable valve timing motor/driver after receiving the signal from the PCM.
Construction
The electric variable valve timing actuator relay is installed to the relay
block..
...
Differential Oil Temperature Sensor Inspection
WARNING:
Hot differential oil may cause severe burns. Do not perform maintenance while
differential oil is hot.
1. Disconnect the negative battery cable.
2. Disconnect the differential oil temperature sensor connector and remove the
differential oil temperature sensor.
3. Wrap ...
Fuel Injection Control System
Outline
Performs optimum fuel injection according to engine operation conditions.
The PCM determines the engine operation conditions based on the signals from
each input device and drives the fuel injectors at the optimal fuel injection
time (fuel injection amount) and the fuel ...