1. Disconnect the negative battery cable..
2. Remove the auto leveling sensor..
3. Prepare three dry cell batteries (1.5 V
).
4. Connect the three dry cell batteries in a series.

5. Connect the positive pole of the dry cell battery to auto leveling sensor terminal C, and the negative pole to terminal A.

6. Connect the tester as shown in the figure with approx. 4.5 V
of voltage applied between auto leveling sensor terminals A and C, and measure the voltage at auto leveling sensor terminal B.

7. When slowly moving the auto leveling sensor link up and down, verify that the voltage fluctuates linearly between 0.5—4.5 V
as shown in the figure.

If the voltage cannot be verified as indicated in the graph, replace the auto leveling sensor.
Auto Leveling Sensor
Auto Leveling Sensor Removal/InstallationElectric 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..
...
Crankshaft Position (CKP) Sensor
Purpose/Function
Detects the crankshaft speed as basic information for mainly determining
the fuel injection timing and ignition timing.
Detects the crankshaft speed and inputs it to the PCM as a CKP signal.
Construction
Installed on the side of the cylinder block (ri ...
Controller Area Network (Can) System
Outline
A CAN system has been adopted which can send and receive multiple signals
over a single communication path from related modules.
System wiring diagram
HS-CAN
MS-CAN
Structure
The CAN system consists of CAN system-related modules built into the CPU
...