Toggle Side Panel

Shopping Cart

No products in the basket.

Shopping Cart

No products in the basket.

Close search
Home / DTC / B1296 — Electrical supply sensor circuit

B1296 — Electrical supply sensor circuit

Detailed page for trouble code B1296.

33,912codes
59brands
11,451generic
22,461specific
All codes P-codes (Powertrain) B-codes (Body) C-codes (Chassis) U-codes (Network/User) Tesla Alerts
Reset
Code

B1296

ALFA ROMEO B — Body

Electrical supply sensor circuit

Brand: ALFA ROMEO
Type: B — Body
Views: UK: 19 EN: 21 RU: 18
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Open or shorted wiring between sensor and control module
  • Corroded, loose or damaged sensor connector
  • Blown fuse or faulty supply/relay for the sensor circuit
  • Failed or degraded sensor element
  • Poor ground/earth connection or body chassis corrosion
  • Intermittent fault from water ingress or connector contamination

Symptoms

  • Related subsystem degraded or inoperative (depends on sensor function)
  • Warning or advisory message on dash; possible instrument cluster anomalies
  • Intermittent faults that may clear and return
  • Possible battery/charging warning if supply monitoring relates to battery circuit
  • No-start not typical for body sensor faults but may occur if function is inhibited

What to check

  • Read stored freeze-frame data and full module fault history with a compatible scanner
  • Perform a visual inspection of wiring, connectors and sensor for damage, corrosion and water ingress
  • Check relevant fuses and relays for continuity and correct operation
  • Backprobe sensor connector and measure supply voltage, reference voltage and signal while ignition ON and during function
  • Check continuity and resistance to ground for sensor ground circuit
  • Perform wiggle test on harness while monitoring signal to reproduce intermittent faults

Signal parameters

  • Supply voltage at sensor connector (ignition ON): battery voltage ≈ 11–14.5 V
  • Reference voltage (if applicable): approx. 5.0 V ±0.2 V
  • Sensor signal voltage: expected 0–5 V depending on sensor type; should not be shorted to 0 V or battery voltage
  • Connector resistance: open circuit = infinite; typical continuity to ECU < 5 ohms for power/ground conductors
  • Insulation resistance: no short to chassis (megohm range preferred)

Diagnostic algorithm

  1. Retrieve fault details (freeze frame, event count) with OEM-compatible scan tool and note conditions when fault set.
  2. Visually inspect sensor, connector and harness for corrosion, damage, water ingress and secure mounting.
  3. Verify fuses and relays for the circuit; replace if blown and retest.
  4. Measure supply voltage at sensor connector with ignition ON; confirm battery voltage present and stable.
  5. Measure any reference voltage (typically ~5 V) and signal output while operating the relevant system. Compare to expected ranges.
  6. Check ground continuity from sensor ground pin to chassis and to control module ground; repair poor grounds.
  7. Perform continuity/resistance checks between sensor connector and control module pins to detect opens or high resistance.
  8. If wiring and power/ground are correct but signal is out-of-range, disconnect sensor and measure expected internal resistance or bench-test sensor per OEM spec; replace sensor if failed.
  9. If after sensor replacement the fault persists, inspect/repair wiring near ECU and consider module input circuit fault — consult wiring diagram and test module drivers.
  10. Clear codes and perform functional test/road test to confirm repair; monitor for return of code and verify no other dependent faults are present.

Likely causes

  • Loose or corroded connector at the sensor
  • Open/short in harness (rodent damage, chafing)
  • Blown fuse or faulty supply relay feeding the sensor
  • Failed sensor (internal electronics)
  • Bad ground/earth strap or mounting point

Fault status

⚠️ Status
Stored when the control module detects an abnormal condition in the electrical supply or signal circuit for a monitored sensor (open, short, intermittent or out-of-range).
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 0.5-2.0 hours

Similar codes

B1295 B1297 B13A0 B1320 B1500
Your experience will help others
+100 karma for a short comment :)
Keep it short and practical. Up to 500 characters.
Send to email
Code

B1296

FIAT B — Body

Electrical supply sensor circuit

Brand: FIAT
Type: B — Body
Views: UK: 21 EN: 22 RU: 16
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Open or shorted wiring between sensor and control module
  • Corroded, loose or damaged sensor connector
  • Blown fuse or faulty supply/relay for the sensor circuit
  • Failed or degraded sensor element
  • Poor ground/earth connection or body chassis corrosion
  • Intermittent fault from water ingress or connector contamination

Symptoms

  • Related subsystem degraded or inoperative (depends on sensor function)
  • Warning or advisory message on dash; possible instrument cluster anomalies
  • Intermittent faults that may clear and return
  • Possible battery/charging warning if supply monitoring relates to battery circuit
  • No-start not typical for body sensor faults but may occur if function is inhibited

What to check

  • Read stored freeze-frame data and full module fault history with a compatible scanner
  • Perform a visual inspection of wiring, connectors and sensor for damage, corrosion and water ingress
  • Check relevant fuses and relays for continuity and correct operation
  • Backprobe sensor connector and measure supply voltage, reference voltage and signal while ignition ON and during function
  • Check continuity and resistance to ground for sensor ground circuit
  • Perform wiggle test on harness while monitoring signal to reproduce intermittent faults

Signal parameters

  • Supply voltage at sensor connector (ignition ON): battery voltage ≈ 11–14.5 V
  • Reference voltage (if applicable): approx. 5.0 V ±0.2 V
  • Sensor signal voltage: expected 0–5 V depending on sensor type; should not be shorted to 0 V or battery voltage
  • Connector resistance: open circuit = infinite; typical continuity to ECU < 5 ohms for power/ground conductors
  • Insulation resistance: no short to chassis (megohm range preferred)

Diagnostic algorithm

  1. Retrieve fault details (freeze frame, event count) with OEM-compatible scan tool and note conditions when fault set.
  2. Visually inspect sensor, connector and harness for corrosion, damage, water ingress and secure mounting.
  3. Verify fuses and relays for the circuit; replace if blown and retest.
  4. Measure supply voltage at sensor connector with ignition ON; confirm battery voltage present and stable.
  5. Measure any reference voltage (typically ~5 V) and signal output while operating the relevant system. Compare to expected ranges.
  6. Check ground continuity from sensor ground pin to chassis and to control module ground; repair poor grounds.
  7. Perform continuity/resistance checks between sensor connector and control module pins to detect opens or high resistance.
  8. If wiring and power/ground are correct but signal is out-of-range, disconnect sensor and measure expected internal resistance or bench-test sensor per OEM spec; replace sensor if failed.
  9. If after sensor replacement the fault persists, inspect/repair wiring near ECU and consider module input circuit fault — consult wiring diagram and test module drivers.
  10. Clear codes and perform functional test/road test to confirm repair; monitor for return of code and verify no other dependent faults are present.

Likely causes

  • Loose or corroded connector at the sensor
  • Open/short in harness (rodent damage, chafing)
  • Blown fuse or faulty supply relay feeding the sensor
  • Failed sensor (internal electronics)
  • Bad ground/earth strap or mounting point

Fault status

⚠️ Status
Stored when the control module detects an abnormal condition in the electrical supply or signal circuit for a monitored sensor (open, short, intermittent or out-of-range).
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 0.5-2.0 hours

Similar codes

B1295 B1297 B13A0 B1320 B1500
Your experience will help others
+100 karma for a short comment :)
Keep it short and practical. Up to 500 characters.
Send to email
Code

B1296

LAND ROVER B — Body

Data incompatibility between the navigation map and the market

Brand: LAND ROVER
Type: B — Body
Views: UK: 20 EN: 24 RU: 17
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Open or shorted wiring between sensor and control module
  • Corroded, loose or damaged sensor connector
  • Blown fuse or faulty supply/relay for the sensor circuit
  • Failed or degraded sensor element
  • Poor ground/earth connection or body chassis corrosion
  • Intermittent fault from water ingress or connector contamination

Symptoms

  • Related subsystem degraded or inoperative (depends on sensor function)
  • Warning or advisory message on dash; possible instrument cluster anomalies
  • Intermittent faults that may clear and return
  • Possible battery/charging warning if supply monitoring relates to battery circuit
  • No-start not typical for body sensor faults but may occur if function is inhibited

What to check

  • Read stored freeze-frame data and full module fault history with a compatible scanner
  • Perform a visual inspection of wiring, connectors and sensor for damage, corrosion and water ingress
  • Check relevant fuses and relays for continuity and correct operation
  • Backprobe sensor connector and measure supply voltage, reference voltage and signal while ignition ON and during function
  • Check continuity and resistance to ground for sensor ground circuit
  • Perform wiggle test on harness while monitoring signal to reproduce intermittent faults

Signal parameters

  • Supply voltage at sensor connector (ignition ON): battery voltage ≈ 11–14.5 V
  • Reference voltage (if applicable): approx. 5.0 V ±0.2 V
  • Sensor signal voltage: expected 0–5 V depending on sensor type; should not be shorted to 0 V or battery voltage
  • Connector resistance: open circuit = infinite; typical continuity to ECU < 5 ohms for power/ground conductors
  • Insulation resistance: no short to chassis (megohm range preferred)

Diagnostic algorithm

  1. Retrieve fault details (freeze frame, event count) with OEM-compatible scan tool and note conditions when fault set.
  2. Visually inspect sensor, connector and harness for corrosion, damage, water ingress and secure mounting.
  3. Verify fuses and relays for the circuit; replace if blown and retest.
  4. Measure supply voltage at sensor connector with ignition ON; confirm battery voltage present and stable.
  5. Measure any reference voltage (typically ~5 V) and signal output while operating the relevant system. Compare to expected ranges.
  6. Check ground continuity from sensor ground pin to chassis and to control module ground; repair poor grounds.
  7. Perform continuity/resistance checks between sensor connector and control module pins to detect opens or high resistance.
  8. If wiring and power/ground are correct but signal is out-of-range, disconnect sensor and measure expected internal resistance or bench-test sensor per OEM spec; replace sensor if failed.
  9. If after sensor replacement the fault persists, inspect/repair wiring near ECU and consider module input circuit fault — consult wiring diagram and test module drivers.
  10. Clear codes and perform functional test/road test to confirm repair; monitor for return of code and verify no other dependent faults are present.

Likely causes

  • Loose or corroded connector at the sensor
  • Open/short in harness (rodent damage, chafing)
  • Blown fuse or faulty supply relay feeding the sensor
  • Failed sensor (internal electronics)
  • Bad ground/earth strap or mounting point

Fault status

⚠️ Status
Stored when the control module detects an abnormal condition in the electrical supply or signal circuit for a monitored sensor (open, short, intermittent or out-of-range).
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 0.5-2.0 hours

Similar codes

B1295 B1297 B13A0 B1320 B1500
160

Browse 160 LAND ROVER manuals: repair procedures, diagnostics, wiring diagrams, component locations, service data and Labor Times by year, model and trim.

LAND ROVER

Your experience will help others
+100 karma for a short comment :)
Keep it short and practical. Up to 500 characters.
Send to email
Code

B1296

Other B — Body

Power Supply Sensor Circuit Failure

Brand: Other
Type: B — Body
Views: UK: 28 EN: 32 RU: 24
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Open or shorted wiring between sensor and control module
  • Corroded, loose or damaged sensor connector
  • Blown fuse or faulty supply/relay for the sensor circuit
  • Failed or degraded sensor element
  • Poor ground/earth connection or body chassis corrosion
  • Intermittent fault from water ingress or connector contamination

Symptoms

  • Related subsystem degraded or inoperative (depends on sensor function)
  • Warning or advisory message on dash; possible instrument cluster anomalies
  • Intermittent faults that may clear and return
  • Possible battery/charging warning if supply monitoring relates to battery circuit
  • No-start not typical for body sensor faults but may occur if function is inhibited

What to check

  • Read stored freeze-frame data and full module fault history with a compatible scanner
  • Perform a visual inspection of wiring, connectors and sensor for damage, corrosion and water ingress
  • Check relevant fuses and relays for continuity and correct operation
  • Backprobe sensor connector and measure supply voltage, reference voltage and signal while ignition ON and during function
  • Check continuity and resistance to ground for sensor ground circuit
  • Perform wiggle test on harness while monitoring signal to reproduce intermittent faults

Signal parameters

  • Supply voltage at sensor connector (ignition ON): battery voltage ≈ 11–14.5 V
  • Reference voltage (if applicable): approx. 5.0 V ±0.2 V
  • Sensor signal voltage: expected 0–5 V depending on sensor type; should not be shorted to 0 V or battery voltage
  • Connector resistance: open circuit = infinite; typical continuity to ECU < 5 ohms for power/ground conductors
  • Insulation resistance: no short to chassis (megohm range preferred)

Diagnostic algorithm

  1. Retrieve fault details (freeze frame, event count) with OEM-compatible scan tool and note conditions when fault set.
  2. Visually inspect sensor, connector and harness for corrosion, damage, water ingress and secure mounting.
  3. Verify fuses and relays for the circuit; replace if blown and retest.
  4. Measure supply voltage at sensor connector with ignition ON; confirm battery voltage present and stable.
  5. Measure any reference voltage (typically ~5 V) and signal output while operating the relevant system. Compare to expected ranges.
  6. Check ground continuity from sensor ground pin to chassis and to control module ground; repair poor grounds.
  7. Perform continuity/resistance checks between sensor connector and control module pins to detect opens or high resistance.
  8. If wiring and power/ground are correct but signal is out-of-range, disconnect sensor and measure expected internal resistance or bench-test sensor per OEM spec; replace sensor if failed.
  9. If after sensor replacement the fault persists, inspect/repair wiring near ECU and consider module input circuit fault — consult wiring diagram and test module drivers.
  10. Clear codes and perform functional test/road test to confirm repair; monitor for return of code and verify no other dependent faults are present.

Likely causes

  • Loose or corroded connector at the sensor
  • Open/short in harness (rodent damage, chafing)
  • Blown fuse or faulty supply relay feeding the sensor
  • Failed sensor (internal electronics)
  • Bad ground/earth strap or mounting point

Fault status

⚠️ Status
Stored when the control module detects an abnormal condition in the electrical supply or signal circuit for a monitored sensor (open, short, intermittent or out-of-range).
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 0.5-2.0 hours

Similar codes

B1295 B1297 B13A0 B1320 B1500
3,330

The library contains 3,330 repair and diagnostic manuals. Choose a brand to open the full manual tree by year, model and trim.

AUDI
580
HUMMER
69
HYUNDAI
370
ISUZU
43
LAND ROVER
160
LEXUS
1
LINCOLN
122
MERCEDES-BENZ
133
MERCURY
296
MITSUBISHI
203
PORSCHE
135
TESLA
58
TOYOTA
1,021
VOLKSWAGEN
139
Your experience will help others
+100 karma for a short comment :)
Keep it short and practical. Up to 500 characters.
Send to email

Report

Harassment or bullying behavior
Contains mature or sensitive content
Contains misleading or false information
Contains abusive or derogatory content
Contains spam, fake content or potential malware

Block Member?

Please confirm you want to block this member.

You will no longer be able to:

  • See blocked member's posts
  • Mention this member in posts
  • Invite this member to groups
  • Message this member
  • Add this member as a connection

Please note: This action will also remove this member from your connections and send a report to the site admin. Please allow a few minutes for this process to complete.

Report

You have already reported this .