Terminals and Reference Values for BCM
WARNING: This page is about a different car, the 2006 Infiniti G35. However, it is still accessible from the selected car via links, so may be relevant.
TERMINALS AND REFERENCE VALUES CHART
| Terminal No. | Wire color | Signal name | Measuring condition | Reference value | ||
|---|---|---|---|---|---|---|
| Ignition switch | Operation or condition | |||||
| 4 | G/R | Combination switch input 3 | ON | Lighting, turn, wiper switch (Wiper intermittent dial position 4) | OFF | Approx. 0 V |
| Lighting switch AUTO |
Approx. 1.0 V |
|||||
| 11 | LG | Ignition switch (ACC) | ACC | - | Battery voltage | |
| 12 | P | Front door switch passenger side signal | OFF | Front door switch passenger side | ON (open) | Approx. 0 V |
| OFF (closed) | Battery voltage | |||||
| 13 | P | Rear door switch RH signal | OFF | Rear door switch RH | ON (open) | Approx. 0 V |
| OFF (closed) | Battery voltage | |||||
| 14 | Y/PU | Optical sensor signal | ON | When optical sensor is illuminated | 3.1 V or more Note | |
| When optical sensor is not illuminated | 0.6 V or less | |||||
| 17 | P | Optical sensor power supply | ON | - | Approx. 5 V | |
| 18 | B | Sensor ground | ON | - | Approx. 0 V | |
| 33 | L | Combination switch output 4 | ON | Lighting, turn, wiper switch (Wiper intermittent dial position 4) | OFF |
Approx. 7.2 V |
| Lighting switch AUTO |
Approx. 1.2 V |
|||||
| 38 | W/L | Ignition switch (ON) | ON | - | Battery voltage | |
| 39 | L | CAN - H | - | - | - | |
| 40 | P | CAN - L | - | - | - | |
| 42 | GY | Battery power supply | OFF | - | Battery voltage | |
| 52 | B | Ground | ON | - | Approx. 0 V | |
| 55 | W/R | Battery power supply | OFF | - | Battery voltage | |
| 62 | W | Front door switch driver side signal | OFF | Front door switch driver side | ON (open) | Approx. 0 V |
| OFF (closed) | Battery voltage | |||||
| 63 | P | Rear door switch LH signal | OFF | Rear door switch LH | ON (open) | Approx. 0 V |
| OFF (closed) | Battery voltage | |||||
NOTE:
Optical sensor must be securely subjected to work lamp light. If the optical sensor is insufficiently illuminated, the measured value may not satisfy standard.