Range Rover P38 1995–2002 Workshop & Electrical Manual Set (P/N LRL0326ENG)

The workshop manual supplies mechanical repair and electrical removal and installation procedures. The Electrical Troubleshooting Manual (ETM) adds circuit operation, wiring diagrams and connector references for fault tracing.

Electrical coverage: The workshop introduction specifies companion publications LRL0329 and YVB101590, 2nd Edition; neither is included. The supplied ETM should not be treated as complete MY99/2000 wiring coverage. Its contents list a Z9 Index, but this PDF ends with Z8 Harness Routing.

PDF Search, Bookmarks and Page Breakdown

Finding text and diagram details: Workshop text is searchable. The ETM is partly searchable because some text has faulty character encoding. Both PDFs contain section bookmarks, with additional connector and component navigation in the ETM. Zooming is useful for small ETM connector numbers and wiring labels; the sampled workshop schematics have readable labels.

One ZIP contains two printable, English-language PDFs totaling 1,940 pages. The workshop total includes one additional cover page and 76 blank pages. The ETM total includes one additional cover page, two amendment instruction sheets and two blank pages.

Engine, Chassis and Electrical Work

These selected coverage highlights summarize the main repair areas. Other documented topics include sunroof service and trailer auxiliary socket wiring.

• Engine repair: Engine removal and cylinder-head work for BMW 2.5 diesel and Land Rover 4.0/4.6 V8 engines, plus diesel cylinder-pressure testing.

• Fuel, emissions and cooling: Diesel injection-pump timing, fuel-system diagnosis, emission-control service, cooling-system fault diagnosis and exhaust-component replacement.

• Transmissions and driveline: Manual and automatic transmission removal, selected ZF internal component repairs, Borg Warner transfer-box service, axle work and driveshaft replacement.

• Suspension, steering and brakes: Electronic Air Suspension leak testing, TestBook calibration requirements, steering diagnosis and bleeding, and ABS brake service.

• Electrical diagnosis: Circuit descriptions and wiring diagrams for engine management, starting, charging, cruise control, transmission controls, ABS, security, lighting and BeCM-controlled body systems.

• Body and cabin: Panel replacement, welding guidance, body dimensions, corrosion protection, sealing charts, SRS precautions, HVAC diagnosis and A/C performance testing, plus seat, wiper, instrument and navigation-component service.

• Maintenance and specifications: Routine service procedures, torque tables, engine-tuning data, fluid capacities, pressure-test information, inspection limits, clearances and electrical test values.

These manuals are written for skilled technicians; the ETM specifically addresses trained Land Rover technicians. The workshop manual limits owner repairs to non-safety-critical work within the owner’s training and directs steering, brake, suspension and SRS repairs to a Range Rover dealer.

Model-Year and System Differences

Workshop procedures distinguish up-to-97MY, 97MY-on, 1998MY, up-to/from-99MY and from-2000MY configurations. V8 engine management separates Lucas GEMS 8.2 from Bosch Motronic M5.2.1; diesel procedures distinguish EGR and non-EGR engines.

Other distinctions include pre-Advanced EVAPS, Advanced EVAPS and LEV emissions equipment, single-point and distributed SRS, and NAS/non-NAS specifications. These divisions help identify the applicable system before selecting a procedure or component reference.

Engine and Transmission Repair Depth

Diesel internals: Step-by-step procedures cover camshaft removal, valves and tappets, oil-pump overhaul, pistons and connecting rods, crankshaft and main bearings, and timing chains. The camshaft procedure warns that expanded tappets can allow piston-to-valve contact if timing movement is mishandled.

V8 repairs: Coverage includes head-gasket replacement, rocker-shaft overhaul, front-cover and oil-pump work, and from-99MY timing-chain service.

Transmission scope: ZF procedures reach the valve body, pressure regulator, fluid pump, solenoids, intermediate plate, parking pawl and seals. R380 coverage focuses on removal and installation, the output-shaft seal, selector remote housing and coolers; it is not a full internal overhaul guide.

Automatic-transmission procedures also address torque-converter retention and dowel alignment, with warnings about transmission damage from incorrect handling or installation.

Chassis Service and Workshop Equipment

TestBook is required for EAS calibration and specified fault work, emission-system checks, and selected engine, transmission and ECU procedures. Tool references include LRT-12-108 and LRT-12-112 for diesel timing, LRT-54-006 swivel-hub tools, LRT-64-001 for trailing-arm bush installation and LRT-70-500 for brake-piston service.

Routine maintenance instructions refer to separately published, variant-specific service schedule sheets. Pressurized EAS and brake hydraulics, SRS, fuel and refrigerant work require the isolation, depressurization and safety practices detailed in the relevant procedures.

Circuit References and Fault Isolation

The ETM’s SFI-V8 and diesel circuit diagrams complement workshop illustrations such as the Electronic Automatic Transmission Control Schematic, ABS Control Schematic, BeCM Control Schematic and SRS System Schematic.

Starting/charging, cruise-control and radio sections provide diagnostic flow charts. Starter diagnosis distinguishes a no-click fault from solenoid-click/no-crank conditions, while charging tests address a warning lamp that remains illuminated.

Power and ground distribution diagrams, fuse details, component-location tables, photographed locations and connector face views support pin-level tracing. Harness-routing drawings cover the body, engine, manual and automatic transmissions, tailgates, doors, engine compartment and center console. Together, these references connect circuit paths with the physical connectors needed for testing.

Examples of Oil-Pressure and Sensor Test Data

The 4.0 V8 specifications list warm-engine oil pressure of 2.06–2.7 bar at 2,400 rpm for up-to-99MY engines, compared with 3.45 bar at 2,000 rpm for from-99MY engines.

The ETM’s HEVAC ambient-air-sensor table lists 12.5 kΩ at 20°C (68°F), providing a temperature-specific resistance reference for electrical diagnosis.