Land Rover Defender: Exterior Lighting - Control Diagram
CONTROL DIAGRAM - 1 OF 3
A = HARDWIRED: O = LIN: U = PRIVATE CAN: AW = ETHERNET: BL = HS CAN UN
SYSTEM BUS.
- BCM/ GWM
- Rear height adjust switch
- HCM
- Front height sensor (quantity 2)
- Rear height sensor (quantity 2)
- Headlamp Control Module B (HCMB)
- Rear side marker lamp/Reflector (quantity 2)
- Tail lamp assembly (quantity 2)
- Number Plate Lamp (ROW)/License Plate Lamp (NAS) (quantity 2)
- Front side marker lamp/Reflector (quantity 2)
- Power
- Ground
- Rain/light sensor
- Left steering column switch
- IPMA
- IPC dimmer
CONTROL DIAGRAM - 2 OF 3
A = HARDWIRED: O = LIN: AX = FLEXRAY.
- BCM/ GWM
- Left steering column switch
- PCM
- Anti-Lock Brake System Control Module (ABS)
- Rear fog lamp (quantity 2)
- Front fog lamp (quantity 2)
- Tail lamp assembly (quantity 2)
- HMSL filter
- HMSL
- Ground
- Power
CONTROL DIAGRAM - 3 OF 3
A = HARDWIRED: AZ = HS CAN BODY SYSTEM BUS.
- BCM/ GWM
- Hazard warning lamp switch
- DDM
- Side repeater - Driver side
- Side repeater - Passenger side
- PDM
- HCM
- HCMB
- Tail lamp assembly (quantity 2)
- Ground
- Power
READ NEXT:
DIAGNOSIS AND TESTING
PRINCIPLE OF OPERATION
For a detailed description of the fog lamps system and operation, refer to
the relevant Description and Operation
section of the workshop manual. REFER to
DIAGNOSIS AND TESTING
PRINCIPLE OF OPERATION
For a detailed description of the exterior lighting system and operation,
refer to the relevant description and operation
section of the workshop manual.
DIAGNOSIS AND TESTING
PRINCIPLE OF OPERATION
For a detailed description of the headlamp leveling system and operation,
refer to the relevant description and
operation section of the workshop manual.
SEE MORE:
Make sure that you have read and fully
understood the relevant warnings
before using any of the features in this
section.
The head restraint must always be raised
when using the third row seats. The
head restraint must be positioned
correctly to restrain rearward movement
of the head in a collisio
If swallowed, battery electrolyte can be
fatal. Seek medical assistance
immediately.
Do not allow battery electrolyte to come
into contact with skin, eyes or clothes.
Battery electrolyte is both toxic and
corrosive, which can result in severe
injuries. If battery electrolyte comes into
contact wi
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