Purpose/Function
Detects ion generation in the combustion chamber for detecting pre-ignition.
Detects ions which occur due to fuel combustion as current by applying bias voltage to the spark plug, which is amplified in the ignition coil internal circuit and input to the PCM.
Construction
Built into the ignition coil.

Operation
Accumulates the secondary current of the ignition coil in bias condenser (1) and detects ion current (2) by applying the bias voltage to the spark plug.
Pulls in current (4) increased by current amplification circuit (3) to the ignition coil from the PCM.
The PCM measures/converts the current sent to the ignition coil and monitors.

Ion generation mechanism
Ions are generated based on: fuel combustion = chemical reaction / disassociation. The generated negative ions move to the center electrode of the spark plug to which bias voltage is applied, positive ions move to the grounded engine wall surface, and then current flows from the spark plug to the ignition coil.

Fail-safe
Function not equipped.
Ion Sensor Inspection
Lap Pre Tensioner Seat Belt [Two Step Deployment Control System]Center-Rear Position Seat Belt
Before using the center-rear lap/shoulder belt make sure tongue (A) and anchor
buckle (B) are fastened.
Fastening the Seat Belt
1. Grasp the seat belt tongue (C).
2. Slowly pull out the lap/shoulder belt.
3. Insert the seat belt tongue (C) into the seat belt buckle (D) until you hear
a cli ...
Identification Number Locations
Vehicle Identification Number (VIN)
If the VIN plate is adhered to the dashboard, it is located in the position
shown in the figure.
Engine Type/Number
SKYACTIV-G 2.0
SKYACTIV-G 2.5
...
Rear Wiper System
Outline
Equipped with continuous, auto-stop, intermittent wiper, and synchronized
washer and wiper operation.
The front body control module (FBCM) performs rear wiper and washer system
fail-safe..
Structural View
System Wiring Diagram
Operation
Continuous operat ...