2002 LAND ROVER DISCOVERY fuel

PANEL REPAIRS
REPAIRS 77-2-41
Repair
1.Remove existing panel(s), prepare panel joint
faces and install new panel(s) in accordance
with Panel Replacement Procedure. The panel
body side assembly does not require any
welding, as it is bolted into position.
Refit
1.Position and secure wiring.
2.Fit aerial amplifier.
3. RH side: Fit fuel filler tube.

+ FUEL DELIVERY SYSTEM - V8,
REPAIRS, Filler tube - fuel.
4. RH side: Fit fuel filler flap.
5.Fit tail lamp.

+ LIGHTING, REPAIRS, Lamp - tail.
6.Fit tail door aperture seal.
7.Fit loadspace carpet retainer.
8.Fit tail door tread plate.
9. LH side: Fit tail door striker and setting block to
'E' post, fit Torx bolts and tighten to 26 Nm (19
lbf.ft).
10. RH side: Fit tail door.
11.Fit side drip rail finisher.
12.Fit wheel arch trim finisher.
13.Fit 'D' post outer trim finisher.
14.Fit rear door striker.
15.Fit rear door aperture seal.
16.Fit tread plate to rear door aperture.
17.Fit mud flap.18.Fit rear wheel arch liner.

+ EXTERIOR FITTINGS, REPAIRS,
Liner - wheel arch - rear.
19.Fit rear bumper finisher.
20.Fit rear bumper assembly.

+ EXTERIOR FITTINGS, REPAIRS,
Bumper assembly - rear - up to 03MY.
21.Fit body side rear glass.

+ SCREENS, REPAIRS, Glass - body
side - rear.
22.Fit rear head rests, if fitted.
23.Fit head lining rear trim finisher.
24.Fit loadspace side trim casing.

+ INTERIOR TRIM COMPONENTS,
REPAIRS, Trim casing - side - loadspace.
25.Connect leads/multiplug to alternator.
26.Connect battery leads, negative lead last.
M77 0000

PANEL REPAIRS
77-2-42 REPAIRS
Body side inner rear assembly
In this procedure, the panel body side assembly is
replaced in conjunction with the body side inner rear
assembly.
Remove
1.Disconnect battery eath lead.
2.Disconnect leads/multiplug from alternator.
3.Remove panel body side assembly.

+ PANEL REPAIRS, REPAIRS, Panel
body side assembly.
4.Remove RH or LH rear seat.

+ SEATS, REPAIRS, Seat - rear.
5.Remove loadspace carpet.

+ INTERIOR TRIM COMPONENTS,
REPAIRS, Carpet - loadspace.
6.Remove rear side seat belt.

+ RESTRAINT SYSTEMS, REPAIRS,
Seat belt - rear - side.
7.Remove third row seat belt.

+ RESTRAINT SYSTEMS, REPAIRS,
Seat belts - third row.
8.Remove fuel tank.

+ FUEL DELIVERY SYSTEM - V8,
REPAIRS, Tank - fuel.

+ FUEL DELIVERY SYSTEM - Td5,
REPAIRS, Tank - fuel.
9.Remove fuel filler tube.

+ FUEL DELIVERY SYSTEM - V8,
REPAIRS, Filler tube - fuel.
10. RH side: Remove fuel flap release solenoid.

+ FUEL DELIVERY SYSTEM - Td5,
REPAIRS, Solenoid - fuel filler flap release.

+ FUEL DELIVERY SYSTEM - V8,
REPAIRS, Solenoid - fuel filler flap release.
11. RH side: Remove air extractor vent.
12.Remove relevant wiring.Repair
1.Remove existing panel(s), prepare panel joint
faces and install new panel(s) in accordance
with Panel Replacement Procedure. Punch or
drill holes in new panel for plug welding as
shown.
Refit
1.Fit and secure wiring.
2. RH side: Fit air extractor vent.
3. RH side: Fit fuel flap release solenoid.

+ FUEL DELIVERY SYSTEM - Td5,
REPAIRS, Solenoid - fuel filler flap release.

+ FUEL DELIVERY SYSTEM - V8,
REPAIRS, Solenoid - fuel filler flap release.
4.Fit fuel filler tube.

+ FUEL DELIVERY SYSTEM - V8,
REPAIRS, Filler tube - fuel.
5.Fit fuel tank.

+ FUEL DELIVERY SYSTEM - V8,
REPAIRS, Tank - fuel.

+ FUEL DELIVERY SYSTEM - Td5,
REPAIRS, Tank - fuel.
6.Fit third row seat belt.

+ RESTRAINT SYSTEMS, REPAIRS,
Seat belts - third row.
7.Fit rear side seat belt.

+ RESTRAINT SYSTEMS, REPAIRS,
Seat belt - rear - side.
8.Fit loadspace carpet.

+ INTERIOR TRIM COMPONENTS,
REPAIRS, Carpet - loadspace.
9.Fit rear seat.

+ SEATS, REPAIRS, Seat - rear.
10.Fit panel body side assembly.

+ PANEL REPAIRS, REPAIRS, Panel
body side assembly.
11.Connect leads/multiplug to alternator.
12.Connect battery leads, negative lead last.
M77 1698A

PANEL REPAIRS
77-2-48 REPAIRS
Cross member outer rear panel (RH/LH
section)
In this procedure, the panel body side assembly and
the 'E' post assembly are replaced in conjunction
with either the RH or LH section of the cross member
outer rear panel.
Remove
1.Disconnect both battery leads, negative lead
first.
2.Disconnect leads/multiplug from alternator.
3.Remove 'E' post assembly.

+ PANEL REPAIRS, REPAIRS, 'E' post
assembly.
4.Remove rear folding step.

+ EXTERIOR FITTINGS, REPAIRS,
Rear folding step.
5. LH side: Remove exhaust tailpipe heatshield.
6.Remove relevant wiring.
Repair
1.Remove existing panel(s), prepare panel joint
faces and install new panel(s) in accordance
with Panel Replacement Procedure. Punch or
drill holes in new panel for plug welding as
shown.
Refit
1.Fit and secure wiring.
2. LH side: Fit exhaust tailpipe heatshield.
3.Fit rear folding step.

+ EXTERIOR FITTINGS, REPAIRS,
Rear folding step.
4.Fit 'E' post assembly.

+ PANEL REPAIRS, REPAIRS, 'E' post
assembly.
5.Connect leads/multiplug to alternator.
6.Connect battery leads, negative lead last.
Cross member closing rear panel
In this procedure, the cross member outer rear panel
is replaced in conjunction with the cross member
closing rear panel. The cross member rear assembly
can also be replaced, if required.
Remove
1.Disconnect both battery leads, negative lead
first.
2.Disconnect leads/multiplug from alternator.
3.Remove cross member outer rear panel.

+ PANEL REPAIRS, REPAIRS, Cross
member outer rear panel.
4.Remove fuel tank.

+ FUEL DELIVERY SYSTEM - V8,
REPAIRS, Tank - fuel.

+ FUEL DELIVERY SYSTEM - Td5,
REPAIRS, Tank - fuel.
5.Remove 2 rear bolts securing body rear to
chassis.
Repair
1.Remove existing panel(s), prepare panel joint
faces and install new panel(s) in accordance
with Panel Replacement Procedure. Punch or
drill holes in new panel for plug welding as
shown.
Refit
1.Fit 2 rear bolts securing body rear to chassis
and tighten to 45 Nm (33 lbf.ft).
2.Fit fuel tank.

+ FUEL DELIVERY SYSTEM - V8,
REPAIRS, Tank - fuel.

+ FUEL DELIVERY SYSTEM - Td5,
REPAIRS, Tank - fuel.
3.Fit cross member rear outer panel.

+ PANEL REPAIRS, REPAIRS, Cross
member outer rear panel.
4.Connect leads/multiplug to alternator.
5.Connect battery leads, negative lead last.

CORROSION PREVENTION AND SEALING
77-4-2 CORROSION PREVENTION
Cavity wax treatment area and injection
hole - fuel filler neck
1Injection hole for fuel filler neck

CORROSION PREVENTION AND SEALING
77-4-6 CORROSION PREVENTION
Corrosion prevention
Factory treatments
During production, vehicle bodies are treated with the following anti-corrosion materials:
lA PVC-based underbody sealer which is sprayed onto the underside of the main floor, rear floor, front and rear
wheelarches and the front valance assembly;
lAn application of cavity wax which is sprayed into the sill panels, 'A' post, 'B-C' post, fuel filler aperture, body rear
panel and the lower areas of the door panels;
lA coating of underbody wax which is applied to the entire underbody inboard of the sill vertical flanges, and
covers all moving and flexible components EXCEPT for wheels, tyres, brakes and exhaust;
lA coat of protective wax applied to the engine bay area.
Whenever body repairs are carried out, ensure the anti-corrosion materials in the affected area are repaired or
renewed as necessary using the approved materials.

+ BODY SEALING MATERIALS, MATERIALS AND APPLICATIONS, Approved materials.
Precautions during body repairs and handling
Take care when handling the vehicle in the workshop. Underbody sealers, seam sealers, underbody wax and body
panels may be damaged if the vehicle is carelessly lifted.

+ LIFTING AND TOWING, LIFTING.
Proprietary anti-corrosion treatments
The application of proprietary anti-corrosion treatments, in addition to the factory-applied treatment, could invalidate
the Corrosion Warranty and should be discouraged. This does not apply to Rover approved, compatible, preservative
waxes which may be applied on top of existing coatings.
Fitting approved accessories
When fitting accessories ensure that the vehicle's corrosion protection is not affected, either by breaking the protective
coating or by introducing a moisture trap.
Do not screw self-tapping screws directly into body panels. Fit suitable plastic inserts to the panel beforehand. Always
ensure that the edges of holes drilled into panels, chassis members and other body parts are protected with a suitable
zinc rich or acid etch primer, and follow with a protective wax coating brushed onto the surrounding area.
Do not attach painted metal surfaces of any accessory directly to the vehicle's bodywork unless suitably protected.
Where metal faces are bolted together always interpose a suitable interface material such as weldable zinc rich
primer, extruded strip, or zinc tape.
Steam cleaning and dewaxing
Due to the high temperatures generated by steam cleaning equipment, there is a risk that certain trim components
could be damaged and some adhesives and corrosion prevention materials softened or liquified.
Adjust the equipment so that the nozzle temperature does not exceed 90
° C (194° F). Take care not to allow the steam
jet to dwell on one area, and keep the nozzle at least 300 mm (11.811 in) from panel surfaces.
DO NOT remove wax or lacquer from underbody or underbonnet areas during repairs. Should it be necessary to
steam clean these areas, apply a new coating of wax or underbody protection as soon as possible.
Inspections during maintenance servicing
It is a requirement of the Corrosion Warranty that the vehicle body is checked for corrosion by an authorised Land
Rover Dealer at least once a year, to ensure that the factory-applied protection remains effective.
Service Job Sheets include the following operations to check bodywork for corrosion:
lWith the vehicle on a lift, carry out visual check of underbody sealer for damage;
lWith the vehicle lowered, inspect exterior paintwork for damage and body panels for corrosion.
It will be necessary for the vehicle to be washed by the Dealer prior to inspection of bodywork if the customer has
offered the vehicle in a dirty condition.

CORROSION PREVENTION AND SEALING
CORROSION PREVENTION 77-4-7
The checks described above are intended to be visual only. It is not intended that the operator should remove trim
panels, finishers, rubbing strips or sound-deadening materials when checking the vehicle for corrosion and paint
damage.
With the vehicle on a lift, and using an inspection or spot lamp, visually check for the following:
lCorrosion damage and damaged paintwork, condition of underbody sealer on front and rear lower panels, sills
and wheel arches;
lDamage to underbody sealer. Corrosion in areas adjacent to suspension mountings and fuel tank fixings.
NOTE: The presence of small blisters in the underbody sealer is acceptable, providing they do not expose bare metal.
Pay special attention to signs of damage caused to panels or corrosion protection material by incorrect jack
positioning.
WARNING: It is essential to follow the correct jacking and lifting procedures.
With the vehicle lowered, visually check for evidence of damage and corrosion on all visible painted areas, in
particular the following:
lFront edge of bonnet;
lVisible flanges in engine compartment;
lLower body and door panels.
Rectify any bodywork damage or evidence of corrosion found during inspection as soon as is practicable, both to
minimise the extent of the damage and to ensure the long term effectiveness of the factory-applied corrosion
prevention treatment. Where the cost of rectification work is the owner's responsibility, the Dealer must advise the
owner and endorse the relevant documentation accordingly.
Where corrosion has become evident and is emanating from beneath a removable component (e.g. trim panel,
window glass, seat etc.), remove the component as required to permit effective rectification.
Underbody protection repairs
Whenever body repairs are carried out, ensure that full sealing and corrosion protection treatments are reinstated.
This applies both to the damaged areas and also to areas where protection has been indirectly impaired, as a result
either of accident damage or repair operations.
Remove corrosion protection from the damaged area before straightening or panel beating. This applies in particular
to panels coated with wax, PVC underbody sealer, sound deadening pads etc.
WARNING: DO NOT use oxy-acetylene gas equipment to remove corrosion prevention materials. Large
volumes of fumes and gases are liberated by these materials when they burn.
NOTE: Equipment for the removal of tough anti-corrosion sealers offers varying degrees of speed and effectiveness.
The compressed air-operated scraper (NOT an air chisel) offers a relatively quiet mechanical method using an
extremely rapid reciprocating action. Move the operating end of the tool along the work surface to remove the material.
The most common method of removal is by means of a hot air blower with integral scraper.
Another tool, and one of the most efficient methods, is the rapid-cutting 'hot knife'. This tool uses a wide blade and is
quick and versatile, able to be used easily in profiled sections where access is otherwise difficult.
Use the following procedure when repairing underbody coatings:
1Remove existing underbody coatings
2After panel repair, clean the affected area with a solvent wipe, and treat bare metal with an etch phosphate
material
3Re-prime the affected area
CAUTION: DO NOT, under any circumstances, apply underbody sealer directly to bare metal surfaces.
4Replace all heat-fusible plugs which have been disturbed. Where such plugs are not available use rubber
grommets of equivalent size, ensuring that they are embedded in sealer
5Mask off all mounting faces from which mechanical components, hoses and pipe clips, have been removed.
Underbody sealer must be applied before such components are refitted
6Brush sealer into all exposed seams
7Spray the affected area with an approved service underbody sealer
8Remove masking from component mounting faces, and touch-in where necessary. Allow adequate drying time
before applying underbody wax

HEATING AND VENTILATION
80-2DESCRIPTION AND OPERATION
Fuel burning heater component layout
RH drive shown, LH drive similar
1FBH fuel line connection
2FBH unit
3Air temperature sensor
4FBH pump

HEATING AND VENTILATION
DESCRIPTION AND OPERATION 80-3
Description
General
The heating and ventilation system controls the temperature and distribution of air supplied to the vehicle interior. The
system consists of an air inlet duct, heater assembly, distribution ducts and a control panel. An outlet vent is
incorporated at the rear of the cabin. Some diesel models also incorporate a fuel burning heater (FBH) system in the
engine coolant supply to the heater assembly.
Fresh or recirculated air flows into the heater assembly from the inlet duct. An electrical variable speed blower in the
inlet duct, and/or ram effect, forces the air through the system. Depending on the settings on the control panel, the air
is then heated and supplied through the distribution ducts to fascia and floor level outlets.