360° View Monitor Control Module Inspection: Notes
- Disconnect the negative battery terminal. (See NEGATIVE BATTERY TERMINAL DISCONNECTION/CONNECTION .)
- Remove the following parts.
- Passenger-side front scuff plate (See FRONT SCUFF PLATE REMOVAL/INSTALLATION .)
- Passenger-side front side trim (See FRONT SIDE TRIM REMOVAL/INSTALLATION .)
- Side wall (See SIDE WALL REMOVAL/INSTALLATION .)
- Partially peel back the floor covering.
- Remove the foot support. (See FOOT SUPPORT REMOVAL/INSTALLATION .)
- Remove the cover. (See 360° VIEW MONITOR CONTROL MODULE REMOVAL/INSTALLATION .)
- Connect the negative battery terminal. (See NEGATIVE BATTERY TERMINAL DISCONNECTION/CONNECTION .)
- Verify that the voltages of each of the terminals are as indicated in the terminal voltage table (reference).
- If the voltage is not as specified in the terminal voltage table (reference), inspect the parts under Inspection item(s) and related wiring harnesses.
- If the system does not operate normally even though the inspection items are normal, replace the 360° view monitor control module. (See 360° view MONITOR CONTROL MODULE REMOVAL/INSTALLATION .)
- If the voltage is not as specified in the terminal voltage table (reference), inspect the parts under Inspection item(s) and related wiring harnesses.
TERMINAL VOLTAGE DESCRIPTION
| Terminal | Signal name | Connected to | Test condition | Voltage (V) | Inspection item |
|---|---|---|---|---|---|
| A | Power supply | ROOM 25 A fuse | Under any condition | B+ |
|
| B | - | - | - | - | - |
| C | ACC relay control | Ignition relay (ACC_STAB) | Ignition switched ON or ACC (engine off) | B+ |
|
| Ignition switched OFF (LOCK) | 1.0 or less | ||||
| D | - | - | - | - | - |
| E | Retract/return signal | Power outer mirror switch | Retract/return switch OFF | 1.0 or less |
|
| Retract/return switch ON | B+ | ||||
| F | - | - | - | - | - |
| G | - | - | - | - | - |
| H | GND | Body ground | Under any condition | 1.0 or less |
|
| I | Monitor signal | Connectivity master unit (CMU) | Under any condition | 1.0 or less |
|
| J | - | - | - | - | - |
| K | Monitor GND | Connectivity master unit (CMU) | Under any condition | 1.0 or less |
|
| L | Shield ground | Connectivity master unit (CMU) | Under any condition | 1.0 or less |
|
| M | Side camera power supply | Side camera (RH) | Under any condition | approx. 6 |
|
| N | Side camera GND | Side camera (RH) | Under any condition | 1.0 or less |
|
| O | Side camera signal | Side camera (RH) | Wave pattern (See INSPECTION USING AN OSCILLOSCOPE (REFERENCE) .) |
|
|
| P | Side camera GND | Side camera (RH) | Under any condition | 1.0 or less |
|
| Q | Front camera power supply | Front camera | Under any condition | approx. 6 |
|
| R | Front camera GND | Front camera | Under any condition | 1.0 or less |
|
| S | Front camera signal | Front camera | Wave pattern (See INSPECTION USING AN OSCILLOSCOPE (REFERENCE) .) |
|
|
| T | Front camera GND | Front camera | Under any condition | 1.0 or less |
|
| U | Rear mount camera power supply | Rear mount camera | Under any condition | approx. 6 |
|
| V | Rear mount camera GND | Rear mount camera | Under any condition | 1.0 or less |
|
| W | Rear mount camera signal | Rear mount camera | Wave pattern (See INSPECTION USING AN OSCILLOSCOPE (REFERENCE) .) |
|
|
| X | Rear mount camera GND | Rear mount camera | Under any condition | 1.0 or less |
|
| Y | Side camera power supply | Side camera (LH) | Under any condition | approx. 6 |
|
| Z | Side camera GND | Side camera (LH) | Under any condition | 1.0 or less |
|
| AA | Side camera signal | Side camera (LH) | Wave pattern (See INSPECTION USING AN OSCILLOSCOPE (REFERENCE) .) |
|
|
| AB | Side camera GND | Side camera (LH) | Under any condition | 1.0 or less |
|
| AC | - | - | - | - | - |
| AD | - | - | - | - | - |
| AE | CAN_H | CAN system related module | Terminal used for communication therefore determination based on terminal voltage is not possible. | ||
| AF | CAN_L | CAN system related module | Terminal used for communication therefore determination based on terminal voltage is not possible. | ||