Code
B2375
Generic
B — Body
Body Control Module — Sensor Circuit Fault
Views:
UK: 1
EN: 4
RU: 2
AI status
Completed
Completed
100%
Causes
- Open or shorted wiring between sensor and BCM
- Corroded, loose, or damaged connectors or pins
- Failed sensor (internal short or open)
- Poor or missing ground or reference voltage to the sensor
- Water intrusion or contamination at connector or sensor
- Intermittent contact due to broken wire or bent terminal
Symptoms
- Malfunction or intermittent operation of the affected body function (lighting, locks, mirrors, wipers, climate sensors, etc.)
- A stored B2375 DTC and possibly related body/module codes
- Instrument cluster or message center indicating sensor or system error
- Intermittent faults that may vary with temperature, vibration, or humidity
- Failure of an automated feature tied to the sensor (auto lights, rain-sensing wipers, occupancy detection)
What to check
- Connect a capable scan tool; read codes, freeze frame, and related PIDs/data parameters
- Identify which sensor input or subsystem the BCM flagged (consult wiring diagram/service manual)
- Perform a visual inspection of connectors, harness routing, and for corrosion or water damage
- Backprobe the sensor connector and BCM harness connector to measure reference, signal, and ground
- Wiggle the wiring and connectors while watching live data for intermittent changes
- Check continuity and resistance between sensor and BCM pins, and to ground/reference as specified
Signal parameters
- Typical sensor reference voltage: ~5.0 V (some sensors use 3.3 V); check vehicle spec
- Sensor signal range: 0–5 V analog for many sensors; digital circuits toggling between 0 V and reference
- Ground: 0 V (verify low resistance to chassis ground)
- CAN bus idle: both CANH and CANL near ~2.5 V; dominant state CANH ~3.5 V and CANL ~1.5 V (verify with oscilloscope or scope tool)
- Open circuit: infinite Ω; short to ground: near 0 Ω; short to battery: near 0 Ω between signal and battery voltage
Diagnostic algorithm
- Retrieve stored codes and freeze-frame data; note time/date and any related codes.
- Identify the specific sensor/input associated with B2375 using the vehicle wiring diagram or OEM troubleshooting index.
- Visually inspect the sensor, connector, and harness for damage, corrosion, or water; repair or dry as needed.
- With key on engine off, backprobe the sensor connector: verify reference voltage, signal idle voltage, and ground continuity to BCM ground.
- Operate or stimulate the sensor (manually actuate or cycle vehicle function) while monitoring live data for proper response and stability.
- Perform continuity/resistance checks from sensor connector to the BCM pin to detect opens or high resistance.
- Wiggle test wiring and connectors while observing live data — look for intermittent changes that reproduce the fault.
- If the wiring and connector test good, swap in a known-good sensor (if available) or bench-test the sensor per manufacturer procedure.
- If sensor and wiring pass, suspect BCM input fault; check for available software updates/TBS, then consider module repair or replacement and reprogramming per OEM procedure.
- Clear codes and road/test to confirm repair; verify no reoccurrence and that affected systems function normally.
Likely causes
- Damaged harness or chafed wire near hinge or door jambs
- Connector pins corroded from moisture (common in exterior sensors)
- Sensor lost its 5 V reference or ground (open reference/ground)
- Short to battery or to ground from wiring abrasion
- BCM software or firmware communication glitch requiring update or reflash
Fault status
Status
BCM detected sensor circuit fault (open/short/out-of-range or communication error) on a body module input.
Repair difficulty: Medium
Diagnostic time: 0.5-2.0 hours
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Code
B2375
HUMMER
B — Body
Keyless Entry Receiver Circuit Malfunction
Views:
UK: 13
EN: 19
RU: 14
AI status
Completed
Completed
100%
Causes
- Open or shorted wiring between sensor and BCM
- Corroded, loose, or damaged connectors or pins
- Failed sensor (internal short or open)
- Poor or missing ground or reference voltage to the sensor
- Water intrusion or contamination at connector or sensor
- Intermittent contact due to broken wire or bent terminal
Symptoms
- Malfunction or intermittent operation of the affected body function (lighting, locks, mirrors, wipers, climate sensors, etc.)
- A stored B2375 DTC and possibly related body/module codes
- Instrument cluster or message center indicating sensor or system error
- Intermittent faults that may vary with temperature, vibration, or humidity
- Failure of an automated feature tied to the sensor (auto lights, rain-sensing wipers, occupancy detection)
What to check
- Connect a capable scan tool; read codes, freeze frame, and related PIDs/data parameters
- Identify which sensor input or subsystem the BCM flagged (consult wiring diagram/service manual)
- Perform a visual inspection of connectors, harness routing, and for corrosion or water damage
- Backprobe the sensor connector and BCM harness connector to measure reference, signal, and ground
- Wiggle the wiring and connectors while watching live data for intermittent changes
- Check continuity and resistance between sensor and BCM pins, and to ground/reference as specified
Signal parameters
- Typical sensor reference voltage: ~5.0 V (some sensors use 3.3 V); check vehicle spec
- Sensor signal range: 0–5 V analog for many sensors; digital circuits toggling between 0 V and reference
- Ground: 0 V (verify low resistance to chassis ground)
- CAN bus idle: both CANH and CANL near ~2.5 V; dominant state CANH ~3.5 V and CANL ~1.5 V (verify with oscilloscope or scope tool)
- Open circuit: infinite Ω; short to ground: near 0 Ω; short to battery: near 0 Ω between signal and battery voltage
Diagnostic algorithm
- Retrieve stored codes and freeze-frame data; note time/date and any related codes.
- Identify the specific sensor/input associated with B2375 using the vehicle wiring diagram or OEM troubleshooting index.
- Visually inspect the sensor, connector, and harness for damage, corrosion, or water; repair or dry as needed.
- With key on engine off, backprobe the sensor connector: verify reference voltage, signal idle voltage, and ground continuity to BCM ground.
- Operate or stimulate the sensor (manually actuate or cycle vehicle function) while monitoring live data for proper response and stability.
- Perform continuity/resistance checks from sensor connector to the BCM pin to detect opens or high resistance.
- Wiggle test wiring and connectors while observing live data — look for intermittent changes that reproduce the fault.
- If the wiring and connector test good, swap in a known-good sensor (if available) or bench-test the sensor per manufacturer procedure.
- If sensor and wiring pass, suspect BCM input fault; check for available software updates/TBS, then consider module repair or replacement and reprogramming per OEM procedure.
- Clear codes and road/test to confirm repair; verify no reoccurrence and that affected systems function normally.
Likely causes
- Damaged harness or chafed wire near hinge or door jambs
- Connector pins corroded from moisture (common in exterior sensors)
- Sensor lost its 5 V reference or ground (open reference/ground)
- Short to battery or to ground from wiring abrasion
- BCM software or firmware communication glitch requiring update or reflash
Fault status
Status
BCM detected sensor circuit fault (open/short/out-of-range or communication error) on a body module input.
Repair difficulty: Medium
Diagnostic time: 0.5-2.0 hours
Similar codes
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Code
B2375
LAND ROVER
B — Body
Body Electrical Module CAN Communication Fault
Views:
UK: 10
EN: 13
RU: 10
AI status
Completed
Completed
100%
Causes
- Open or shorted wiring between sensor and BCM
- Corroded, loose, or damaged connectors or pins
- Failed sensor (internal short or open)
- Poor or missing ground or reference voltage to the sensor
- Water intrusion or contamination at connector or sensor
- Intermittent contact due to broken wire or bent terminal
Symptoms
- Malfunction or intermittent operation of the affected body function (lighting, locks, mirrors, wipers, climate sensors, etc.)
- A stored B2375 DTC and possibly related body/module codes
- Instrument cluster or message center indicating sensor or system error
- Intermittent faults that may vary with temperature, vibration, or humidity
- Failure of an automated feature tied to the sensor (auto lights, rain-sensing wipers, occupancy detection)
What to check
- Connect a capable scan tool; read codes, freeze frame, and related PIDs/data parameters
- Identify which sensor input or subsystem the BCM flagged (consult wiring diagram/service manual)
- Perform a visual inspection of connectors, harness routing, and for corrosion or water damage
- Backprobe the sensor connector and BCM harness connector to measure reference, signal, and ground
- Wiggle the wiring and connectors while watching live data for intermittent changes
- Check continuity and resistance between sensor and BCM pins, and to ground/reference as specified
Signal parameters
- Typical sensor reference voltage: ~5.0 V (some sensors use 3.3 V); check vehicle spec
- Sensor signal range: 0–5 V analog for many sensors; digital circuits toggling between 0 V and reference
- Ground: 0 V (verify low resistance to chassis ground)
- CAN bus idle: both CANH and CANL near ~2.5 V; dominant state CANH ~3.5 V and CANL ~1.5 V (verify with oscilloscope or scope tool)
- Open circuit: infinite Ω; short to ground: near 0 Ω; short to battery: near 0 Ω between signal and battery voltage
Diagnostic algorithm
- Retrieve stored codes and freeze-frame data; note time/date and any related codes.
- Identify the specific sensor/input associated with B2375 using the vehicle wiring diagram or OEM troubleshooting index.
- Visually inspect the sensor, connector, and harness for damage, corrosion, or water; repair or dry as needed.
- With key on engine off, backprobe the sensor connector: verify reference voltage, signal idle voltage, and ground continuity to BCM ground.
- Operate or stimulate the sensor (manually actuate or cycle vehicle function) while monitoring live data for proper response and stability.
- Perform continuity/resistance checks from sensor connector to the BCM pin to detect opens or high resistance.
- Wiggle test wiring and connectors while observing live data — look for intermittent changes that reproduce the fault.
- If the wiring and connector test good, swap in a known-good sensor (if available) or bench-test the sensor per manufacturer procedure.
- If sensor and wiring pass, suspect BCM input fault; check for available software updates/TBS, then consider module repair or replacement and reprogramming per OEM procedure.
- Clear codes and road/test to confirm repair; verify no reoccurrence and that affected systems function normally.
Likely causes
- Damaged harness or chafed wire near hinge or door jambs
- Connector pins corroded from moisture (common in exterior sensors)
- Sensor lost its 5 V reference or ground (open reference/ground)
- Short to battery or to ground from wiring abrasion
- BCM software or firmware communication glitch requiring update or reflash
Fault status
Status
BCM detected sensor circuit fault (open/short/out-of-range or communication error) on a body module input.
Repair difficulty: Medium
Diagnostic time: 0.5-2.0 hours
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Land Rover Defender 300Tdi — Workshop Manual (1996 model year)
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Land Rover Range Rover — Electrical Library (LRL 0453ENG, 2002)
Workshop Manual199,00 UAH
Your experience will help others
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Was this AI description helpful?
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