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Home / DTC / B1245 — Rear wiper relay circuit short to positive

B1245 — Rear wiper relay circuit short to positive

Detailed page for trouble code B1245.

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Code

B1245

ALFA ROMEO B — Body

Rear wiper relay circuit short to positive

Brand: ALFA ROMEO
Type: B — Body
Views: UK: 3 EN: 5 RU: 6
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Shorted wiring in rear wiper relay/control circuit to battery positive
  • Faulty or welded relay whose contact/coil is feeding +12V into the control circuit
  • Corroded, damaged or water‑ingressed rear wiper relay connector or harness
  • Incorrectly fitted aftermarket accessory or jump‑lead creating a feed to the circuit
  • Body control module (BCM) or wiper module internal fault (less common)
  • Blown or poor ground causing circuit behavior to appear as a short to positive

Symptoms

  • Rear wiper runs continuously or cannot be turned off
  • Rear wiper park function fails or wiper stops in wrong position
  • Rear wiper fuse blows repeatedly or other related fuses affected
  • Battery drain when vehicle is off (if wiper powered constantly)
  • Dash indicator/multiple body system warnings related to rear wiper

What to check

  • Visually inspect the rear wiper relay, socket and associated connectors for corrosion, melted insulation or water ingress
  • Check rear wiper fuse(s) for condition and correct rating
  • With ignition OFF, disconnect the rear wiper relay and check if the fault clears or if circuit voltage to the control pin remains at battery +12V
  • Perform a visual harness inspection along the path from relay to motor and BCM for chafe, pinched wiring or aftermarket splices
  • Measure voltage at the relay control pin with a DMM: compare ignition OFF and ON, and when wiper is commanded
  • Check for a good ground at the wiper motor and relay ground point

Signal parameters

  • Control circuit (relay coil) inactive: ~0 V (or open circuit) with ignition off
  • Control circuit active: ~12 V when relay is commanded ON (switch/module supplying +12 V or ground depending on design)
  • Relay coil resistance (typical): ~50–200 ohms (varies by relay); compare to specification if available
  • Motor power supply: ~12 V when wiper is commanded to run; near 0 V when not commanded (unless relay/wiring fault present)

Diagnostic algorithm

  1. Read and record freeze frame and number of occurrences; clear the DTC and see if it returns
  2. Attempt to reproduce the complaint (operate rear wiper through all modes) while observing behavior and lamp/fuse status
  3. Visually inspect relay, relay socket and wiring for damage, corrosion or water ingress
  4. Remove rear wiper relay and re-check voltage on the control circuit with ignition OFF — if still at +12 V, there is a short to positive downstream of relay or at the control wiring
  5. With relay removed, disconnect the rear wiper motor connector; check whether the short condition clears. If it clears, trace motor wiring and motor for internal short
  6. Backprobing: measure voltage between the control wire and chassis ground with ignition OFF and ON and while commanding the wiper. A constant ~12 V with no command indicates a short to battery
  7. Perform a resistance-to-battery test with ignition OFF: check for near‑zero ohms between the suspect control wire and B+ to confirm short (ensure power removed before resistance checks)
  8. Bench‑test or swap relay with a known good relay of same type to determine if relay is at fault
  9. If wiring and relay check good, test the BCM/wiper control module output for proper operation or intermittent faults; consult manufacturer wiring diagrams and component testing procedures
  10. After repairs, clear codes and perform a full function test; re-scan to ensure the DTC does not return

Likely causes

  • Shorted/abraded wire contacting a chassis harness or bodywork and touching battery +12V at or near the rear wiper relay
  • Failed relay with stuck/welded contact feeding +12V back into the control wire
  • Water intrusion or corroded connector causing unintended continuity to positive

Fault status

⚠️ Status
Stored fault: Rear wiper relay control circuit shorted to positive (B1245). Requires inspection of relay, harness and control module.
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 0.5–1.5 hours
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Code

B1245

FIAT B — Body

Rear wiper relay circuit short to positive

Brand: FIAT
Type: B — Body
Views: UK: 3 EN: 4 RU: 6
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Shorted wiring in rear wiper relay/control circuit to battery positive
  • Faulty or welded relay whose contact/coil is feeding +12V into the control circuit
  • Corroded, damaged or water‑ingressed rear wiper relay connector or harness
  • Incorrectly fitted aftermarket accessory or jump‑lead creating a feed to the circuit
  • Body control module (BCM) or wiper module internal fault (less common)
  • Blown or poor ground causing circuit behavior to appear as a short to positive

Symptoms

  • Rear wiper runs continuously or cannot be turned off
  • Rear wiper park function fails or wiper stops in wrong position
  • Rear wiper fuse blows repeatedly or other related fuses affected
  • Battery drain when vehicle is off (if wiper powered constantly)
  • Dash indicator/multiple body system warnings related to rear wiper

What to check

  • Visually inspect the rear wiper relay, socket and associated connectors for corrosion, melted insulation or water ingress
  • Check rear wiper fuse(s) for condition and correct rating
  • With ignition OFF, disconnect the rear wiper relay and check if the fault clears or if circuit voltage to the control pin remains at battery +12V
  • Perform a visual harness inspection along the path from relay to motor and BCM for chafe, pinched wiring or aftermarket splices
  • Measure voltage at the relay control pin with a DMM: compare ignition OFF and ON, and when wiper is commanded
  • Check for a good ground at the wiper motor and relay ground point

Signal parameters

  • Control circuit (relay coil) inactive: ~0 V (or open circuit) with ignition off
  • Control circuit active: ~12 V when relay is commanded ON (switch/module supplying +12 V or ground depending on design)
  • Relay coil resistance (typical): ~50–200 ohms (varies by relay); compare to specification if available
  • Motor power supply: ~12 V when wiper is commanded to run; near 0 V when not commanded (unless relay/wiring fault present)

Diagnostic algorithm

  1. Read and record freeze frame and number of occurrences; clear the DTC and see if it returns
  2. Attempt to reproduce the complaint (operate rear wiper through all modes) while observing behavior and lamp/fuse status
  3. Visually inspect relay, relay socket and wiring for damage, corrosion or water ingress
  4. Remove rear wiper relay and re-check voltage on the control circuit with ignition OFF — if still at +12 V, there is a short to positive downstream of relay or at the control wiring
  5. With relay removed, disconnect the rear wiper motor connector; check whether the short condition clears. If it clears, trace motor wiring and motor for internal short
  6. Backprobing: measure voltage between the control wire and chassis ground with ignition OFF and ON and while commanding the wiper. A constant ~12 V with no command indicates a short to battery
  7. Perform a resistance-to-battery test with ignition OFF: check for near‑zero ohms between the suspect control wire and B+ to confirm short (ensure power removed before resistance checks)
  8. Bench‑test or swap relay with a known good relay of same type to determine if relay is at fault
  9. If wiring and relay check good, test the BCM/wiper control module output for proper operation or intermittent faults; consult manufacturer wiring diagrams and component testing procedures
  10. After repairs, clear codes and perform a full function test; re-scan to ensure the DTC does not return

Likely causes

  • Shorted/abraded wire contacting a chassis harness or bodywork and touching battery +12V at or near the rear wiper relay
  • Failed relay with stuck/welded contact feeding +12V back into the control wire
  • Water intrusion or corroded connector causing unintended continuity to positive

Fault status

⚠️ Status
Stored fault: Rear wiper relay control circuit shorted to positive (B1245). Requires inspection of relay, harness and control module.
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 0.5–1.5 hours
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Code

B1245

HUMMER B — Body

CD Changer Not Responding

Brand: HUMMER
Type: B — Body
Views: UK: 6 EN: 11 RU: 8
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Shorted wiring in rear wiper relay/control circuit to battery positive
  • Faulty or welded relay whose contact/coil is feeding +12V into the control circuit
  • Corroded, damaged or water‑ingressed rear wiper relay connector or harness
  • Incorrectly fitted aftermarket accessory or jump‑lead creating a feed to the circuit
  • Body control module (BCM) or wiper module internal fault (less common)
  • Blown or poor ground causing circuit behavior to appear as a short to positive

Symptoms

  • Rear wiper runs continuously or cannot be turned off
  • Rear wiper park function fails or wiper stops in wrong position
  • Rear wiper fuse blows repeatedly or other related fuses affected
  • Battery drain when vehicle is off (if wiper powered constantly)
  • Dash indicator/multiple body system warnings related to rear wiper

What to check

  • Visually inspect the rear wiper relay, socket and associated connectors for corrosion, melted insulation or water ingress
  • Check rear wiper fuse(s) for condition and correct rating
  • With ignition OFF, disconnect the rear wiper relay and check if the fault clears or if circuit voltage to the control pin remains at battery +12V
  • Perform a visual harness inspection along the path from relay to motor and BCM for chafe, pinched wiring or aftermarket splices
  • Measure voltage at the relay control pin with a DMM: compare ignition OFF and ON, and when wiper is commanded
  • Check for a good ground at the wiper motor and relay ground point

Signal parameters

  • Control circuit (relay coil) inactive: ~0 V (or open circuit) with ignition off
  • Control circuit active: ~12 V when relay is commanded ON (switch/module supplying +12 V or ground depending on design)
  • Relay coil resistance (typical): ~50–200 ohms (varies by relay); compare to specification if available
  • Motor power supply: ~12 V when wiper is commanded to run; near 0 V when not commanded (unless relay/wiring fault present)

Diagnostic algorithm

  1. Read and record freeze frame and number of occurrences; clear the DTC and see if it returns
  2. Attempt to reproduce the complaint (operate rear wiper through all modes) while observing behavior and lamp/fuse status
  3. Visually inspect relay, relay socket and wiring for damage, corrosion or water ingress
  4. Remove rear wiper relay and re-check voltage on the control circuit with ignition OFF — if still at +12 V, there is a short to positive downstream of relay or at the control wiring
  5. With relay removed, disconnect the rear wiper motor connector; check whether the short condition clears. If it clears, trace motor wiring and motor for internal short
  6. Backprobing: measure voltage between the control wire and chassis ground with ignition OFF and ON and while commanding the wiper. A constant ~12 V with no command indicates a short to battery
  7. Perform a resistance-to-battery test with ignition OFF: check for near‑zero ohms between the suspect control wire and B+ to confirm short (ensure power removed before resistance checks)
  8. Bench‑test or swap relay with a known good relay of same type to determine if relay is at fault
  9. If wiring and relay check good, test the BCM/wiper control module output for proper operation or intermittent faults; consult manufacturer wiring diagrams and component testing procedures
  10. After repairs, clear codes and perform a full function test; re-scan to ensure the DTC does not return

Likely causes

  • Shorted/abraded wire contacting a chassis harness or bodywork and touching battery +12V at or near the rear wiper relay
  • Failed relay with stuck/welded contact feeding +12V back into the control wire
  • Water intrusion or corroded connector causing unintended continuity to positive

Fault status

⚠️ Status
Stored fault: Rear wiper relay control circuit shorted to positive (B1245). Requires inspection of relay, harness and control module.
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 0.5–1.5 hours
Your experience will help others
+100 karma for a short comment :)
Keep it short and practical. Up to 500 characters.
Send to email
Code

B1245

LAND ROVER B — Body

dynamic / Sports fashion button indicator

Brand: LAND ROVER
Type: B — Body
Views: UK: 4 EN: 6 RU: 6
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Shorted wiring in rear wiper relay/control circuit to battery positive
  • Faulty or welded relay whose contact/coil is feeding +12V into the control circuit
  • Corroded, damaged or water‑ingressed rear wiper relay connector or harness
  • Incorrectly fitted aftermarket accessory or jump‑lead creating a feed to the circuit
  • Body control module (BCM) or wiper module internal fault (less common)
  • Blown or poor ground causing circuit behavior to appear as a short to positive

Symptoms

  • Rear wiper runs continuously or cannot be turned off
  • Rear wiper park function fails or wiper stops in wrong position
  • Rear wiper fuse blows repeatedly or other related fuses affected
  • Battery drain when vehicle is off (if wiper powered constantly)
  • Dash indicator/multiple body system warnings related to rear wiper

What to check

  • Visually inspect the rear wiper relay, socket and associated connectors for corrosion, melted insulation or water ingress
  • Check rear wiper fuse(s) for condition and correct rating
  • With ignition OFF, disconnect the rear wiper relay and check if the fault clears or if circuit voltage to the control pin remains at battery +12V
  • Perform a visual harness inspection along the path from relay to motor and BCM for chafe, pinched wiring or aftermarket splices
  • Measure voltage at the relay control pin with a DMM: compare ignition OFF and ON, and when wiper is commanded
  • Check for a good ground at the wiper motor and relay ground point

Signal parameters

  • Control circuit (relay coil) inactive: ~0 V (or open circuit) with ignition off
  • Control circuit active: ~12 V when relay is commanded ON (switch/module supplying +12 V or ground depending on design)
  • Relay coil resistance (typical): ~50–200 ohms (varies by relay); compare to specification if available
  • Motor power supply: ~12 V when wiper is commanded to run; near 0 V when not commanded (unless relay/wiring fault present)

Diagnostic algorithm

  1. Read and record freeze frame and number of occurrences; clear the DTC and see if it returns
  2. Attempt to reproduce the complaint (operate rear wiper through all modes) while observing behavior and lamp/fuse status
  3. Visually inspect relay, relay socket and wiring for damage, corrosion or water ingress
  4. Remove rear wiper relay and re-check voltage on the control circuit with ignition OFF — if still at +12 V, there is a short to positive downstream of relay or at the control wiring
  5. With relay removed, disconnect the rear wiper motor connector; check whether the short condition clears. If it clears, trace motor wiring and motor for internal short
  6. Backprobing: measure voltage between the control wire and chassis ground with ignition OFF and ON and while commanding the wiper. A constant ~12 V with no command indicates a short to battery
  7. Perform a resistance-to-battery test with ignition OFF: check for near‑zero ohms between the suspect control wire and B+ to confirm short (ensure power removed before resistance checks)
  8. Bench‑test or swap relay with a known good relay of same type to determine if relay is at fault
  9. If wiring and relay check good, test the BCM/wiper control module output for proper operation or intermittent faults; consult manufacturer wiring diagrams and component testing procedures
  10. After repairs, clear codes and perform a full function test; re-scan to ensure the DTC does not return

Likely causes

  • Shorted/abraded wire contacting a chassis harness or bodywork and touching battery +12V at or near the rear wiper relay
  • Failed relay with stuck/welded contact feeding +12V back into the control wire
  • Water intrusion or corroded connector causing unintended continuity to positive

Fault status

⚠️ Status
Stored fault: Rear wiper relay control circuit shorted to positive (B1245). Requires inspection of relay, harness and control module.
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 0.5–1.5 hours
Workshop Manuals

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Short description

Official workshop manual for the Land Rover Defender 300Tdi (from 1996 model year). Contains specifications, adjustment, fault diagnosis and step-by-step repair and overhaul procedures for engine, transmission, axles, suspension, brakes, electrical and body. Intended for dealer workshops and trained technicians.

Contents
Key sections:
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Workshop Manual
Manual in English Pages: 494 7.1 MB
Short description

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

B1245

Other B — Body

Wiper Rear Motor Run Relay Circuit Short to Battery

Brand: Other
Type: B — Body
Views: UK: 20 EN: 29 RU: 18
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Shorted wiring in rear wiper relay/control circuit to battery positive
  • Faulty or welded relay whose contact/coil is feeding +12V into the control circuit
  • Corroded, damaged or water‑ingressed rear wiper relay connector or harness
  • Incorrectly fitted aftermarket accessory or jump‑lead creating a feed to the circuit
  • Body control module (BCM) or wiper module internal fault (less common)
  • Blown or poor ground causing circuit behavior to appear as a short to positive

Symptoms

  • Rear wiper runs continuously or cannot be turned off
  • Rear wiper park function fails or wiper stops in wrong position
  • Rear wiper fuse blows repeatedly or other related fuses affected
  • Battery drain when vehicle is off (if wiper powered constantly)
  • Dash indicator/multiple body system warnings related to rear wiper

What to check

  • Visually inspect the rear wiper relay, socket and associated connectors for corrosion, melted insulation or water ingress
  • Check rear wiper fuse(s) for condition and correct rating
  • With ignition OFF, disconnect the rear wiper relay and check if the fault clears or if circuit voltage to the control pin remains at battery +12V
  • Perform a visual harness inspection along the path from relay to motor and BCM for chafe, pinched wiring or aftermarket splices
  • Measure voltage at the relay control pin with a DMM: compare ignition OFF and ON, and when wiper is commanded
  • Check for a good ground at the wiper motor and relay ground point

Signal parameters

  • Control circuit (relay coil) inactive: ~0 V (or open circuit) with ignition off
  • Control circuit active: ~12 V when relay is commanded ON (switch/module supplying +12 V or ground depending on design)
  • Relay coil resistance (typical): ~50–200 ohms (varies by relay); compare to specification if available
  • Motor power supply: ~12 V when wiper is commanded to run; near 0 V when not commanded (unless relay/wiring fault present)

Diagnostic algorithm

  1. Read and record freeze frame and number of occurrences; clear the DTC and see if it returns
  2. Attempt to reproduce the complaint (operate rear wiper through all modes) while observing behavior and lamp/fuse status
  3. Visually inspect relay, relay socket and wiring for damage, corrosion or water ingress
  4. Remove rear wiper relay and re-check voltage on the control circuit with ignition OFF — if still at +12 V, there is a short to positive downstream of relay or at the control wiring
  5. With relay removed, disconnect the rear wiper motor connector; check whether the short condition clears. If it clears, trace motor wiring and motor for internal short
  6. Backprobing: measure voltage between the control wire and chassis ground with ignition OFF and ON and while commanding the wiper. A constant ~12 V with no command indicates a short to battery
  7. Perform a resistance-to-battery test with ignition OFF: check for near‑zero ohms between the suspect control wire and B+ to confirm short (ensure power removed before resistance checks)
  8. Bench‑test or swap relay with a known good relay of same type to determine if relay is at fault
  9. If wiring and relay check good, test the BCM/wiper control module output for proper operation or intermittent faults; consult manufacturer wiring diagrams and component testing procedures
  10. After repairs, clear codes and perform a full function test; re-scan to ensure the DTC does not return

Likely causes

  • Shorted/abraded wire contacting a chassis harness or bodywork and touching battery +12V at or near the rear wiper relay
  • Failed relay with stuck/welded contact feeding +12V back into the control wire
  • Water intrusion or corroded connector causing unintended continuity to positive

Fault status

⚠️ Status
Stored fault: Rear wiper relay control circuit shorted to positive (B1245). Requires inspection of relay, harness and control module.
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 0.5–1.5 hours
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Short description

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  • 1.1 Technical data of self-diagnosis
  • 1.2 Function
  • 1.3 Fault recognition
  • 1.4 Guided fault-finding
  • 1.5 Technical data of self-diagnosis
  • 1.6 Test requirements for self-diagnosis
  • 1.7 Safety precautions
  • 2 Self-diagnosis procedure
  • 2.1 Connecting vehicle diagnostic VAS 5051A/K-wire adapter
  • 2.1.1 Control unit identification
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Audi A4 / A4 Cabriolet (1.8T 4‑cyl turbo) — Motronic Injection & Ignition System Service Manual (Edition 01.2015)

Workshop Manual
Years: 2001 Manual in English Pages: 34 851.0 KB
Short description

Service manual for Audi A4 (2001‑) and A4 Cabriolet (2003‑) with 1.8L 4‑cylinder turbo engines. Covers Motronic fuel injection and ignition systems, diagnostic and maintenance procedures. Includes technical data, removal/installation steps and system checks.

Contents
Key sections:
  • 24 - Mixture preparation - injection
  • 1 Safety precautions and rules for cleanliness
  • 1.1 General notes on self-diagnosis
  • 1.2 Safety precautions when using testers and measuring instruments during a road test
  • 1.3 Rules for cleanliness and instructions for working on fuel system
  • 1.4 Checking vacuum system
  • 2 Injection system
  • 2.1 Technical data
  • 2.2 Overview of fitting locations - injection system
  • 3 Intake manifold
  • 3.1 Exploded view - intake manifold
  • 3.2 Removing and installing intake manifold
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Audi A8 (2003) — Electrical System Workshop Manual (Edition 08.2014)

Workshop Manual
Years: 2003 Manual in English Pages: 369 9.1 MB
Short description

Comprehensive workshop manual for the Audi A8 (2003) electrical system — Edition 08.2014. Covers battery, alternator, starter, instrument cluster, wiper/washer systems, exterior/interior lighting and wiring repair procedures with step-by-step illustrations. Includes diagnostic and adjustment procedures and torque/data specifications.

Contents
Key sections:
  • 27 - Starter, current supply, CCS
  • 1 Contact corrosion
  • 2 Battery
  • 2.1 Battery - general notes
  • 2.2 Maintenance-free batteries
  • 2.3 Disconnecting and connecting battery
  • 2.4 Removing and installing battery
  • - Remove luggage compartment side trim (right-side)
  • - Connect battery charger for back-up power
  • - Detach earth and positive cables, central venting hose
  • - Remove battery retainer plate and lift battery out
  • - Installation notes, adaptation via Vehicle diagnostic tester
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Audi Q4 e-tron (Type F4) - Self-study Programme SSP 685

Workshop Manual
Years: 2021 Manual in English Pages: 186 82.7 MB
Short description

Official Audi Service Training self‑study programme SSP 685 for the Audi Q4 e‑tron (Type F4). Covers body, power units, power transmission, running gear, electrics & electronics, high‑voltage system, thermal management, driver assist and infotainment. Intended for internal service training and technical familiarisation; not a workshop repair manual.

Contents
Key sections:
  • Introduction
  • - Introduction to Audi Q4 e-tron
  • - Dimensions
  • Body
  • - Body structure and materials
  • - Joining techniques
  • - Securing high-voltage battery and force progression
  • - Body assembly (doors, rear lid, panoramic sunroof)
  • - Dash panel and centre console
  • Power units
  • - Technical data: rear electric motor (VX90)
  • - Technical data: front electric motor (VX89)
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Audi Q8 (2018) — Electrical System Workshop Manual (Edition 05.2019)

Workshop Manual
Years: 2018 Manual in English Pages: 645 14.8 MB
Short description

Workshop manual for the Audi Q8 (2018) — Electrical System. Includes technical data, safety notes and step‑by‑step repair procedures for battery/charging, starter/alternator, lighting, washer/wiper and wiring. Edition 05.2019.

Contents
Key sections:
  • 00 - Technical data
  • 1 Safety precautions
  • 1.1 Safety precautions when working on vehicles with start/stop system
  • 1.2 Safety precautions when using testers and measuring instruments during a road test
  • 1.3 Notes on use and safety for LED headlights and Audi laser lights
  • 2 Repair notes
  • 2.1 Rules for cleanliness
  • 2.2 General notes
  • 2.3 Contact corrosion
  • 2.4 ESD (electrostatic discharge) workplace
  • 2.5 Routing and attachment of lines and wiring
  • 2.6 Identification plates
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Audi Servicing Manual — 7‑Speed Dual Clutch Transmission 0CJ / 0CL / 0CK / 0DN / 0DP / 0HL (Edition 05.2018)

Workshop Manual
Years: 2008–2019 Manual in English Pages: 128 11.1 MB
Short description

Service manual for the 7‑Speed dual‑clutch (DSG) transmissions 0CJ/0CL/0CK/0DN/0DP/0HL fitted to various Audi models. Includes repair information, clutch and gearbox disassembly/assembly, mechatronic and hydraulic system procedures, seals and differential work. Edition 05.2018.

Contents
Key sections:
  • 00 - General, Technical Data
  • 1 Repair Information
  • 1.1 General Repair Information
  • 1.2 Contact Corrosion
  • 1.3 ATF Pump, Deactivating and Draining the Hydraulic Pump Reservoir
  • 2 Rules for Cleanliness when Working on DSG® Transmission
  • 30 - Clutch
  • 1 Clutch
  • 1.1 Overview - Flywheel and Dual Clutch
  • 1.2 Flywheel, Removing and Installing
  • 1.3 Dual Clutch, Removing and Installing
  • 1.4 Input Shaft Seal, Replacing
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LAND ROVER 3

Land Rover Defender 300Tdi — Workshop Manual (1996 model year)

Workshop Manual
Defender 300Tdi Years: 1996 Manual in English 7.5 MB
Short description

Official workshop manual for the Land Rover Defender 300Tdi (from 1996 model year). Contains specifications, adjustment, fault diagnosis and step-by-step repair and overhaul procedures for engine, transmission, axles, suspension, brakes, electrical and body. Intended for dealer workshops and trained technicians.

Contents
Key sections:
  • 01 INTRODUCTION
  • 04 GENERAL SPECIFICATION DATA
  • 05 ENGINE TUNING DATA
  • 07 GENERAL FITTING REMINDERS
  • 09 LUBRICANTS, FLUIDS AND CAPACITIES
  • 10 MAINTENANCE
  • 12 ENGINE Tdi
  • - Description and operation
  • - Fault diagnosis
  • - Adjustment
  • - Repair and overhaul procedures
  • 19 FUEL SYSTEM Tdi
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Land Rover Defender Workshop Manual Supplement & Body Repair Manual (1999 & 2002 MY)

Workshop Manual
Defender Years: 1999–2002 Manual in English 7.6 MB
Short description

Workshop Manual Supplement and Body Repair Manual for the Land Rover Defender. Includes general specifications, maintenance schedules, tuning data and step‑by‑step repair procedures for engine, transmission, suspension, brakes, electrical and body repairs. Covers Defender models from 1999 and 2002 model years.

Contents
Key sections:
  • 01 - INTRODUCTION
  • - Introduction
  • - Dimensions
  • - References
  • - Repairs and replacements
  • - Poisonous substances
  • - Fuel handling precautions
  • - Synthetic rubber
  • - Recommended sealants
  • - Used engine oil precautions
  • - Accessories and conversions
  • - Wheels and tyres
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Land Rover Range Rover — Electrical Library (LRL 0453ENG, 2002)

Workshop Manual
Manual in English Pages: 494 7.1 MB
Short description

Land Rover Range Rover Electrical Library (LRL 0453ENG). Comprehensive manual covering fuse details, earth points, system descriptions, diagnostics and connector pin-outs for electrical troubleshooting and repair. Intended for technicians and service workshops.

Contents
Key sections:
  • 1 INTRODUCTION
  • 1.1 About this document
  • 1.2 Battery voltage
  • 1.3 Electrical precautions
  • 1.4 Battery disconnecting / charging
  • 1.5 Disciplines / greases
  • 1.6 Abbreviations
  • 1.7 HeVAC, sensors abbreviations
  • 1.8 How to use this document
  • 1.9 Connector detail format
  • 1.10 Fault diagnosis
  • 1.11 Wire colour codes
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