Range Rover. Manual - part 8

 

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Range Rover. Manual - part 8

 

 

GENERAL SPECIFICATION DATA

11

INFORMATION

Heated oxygen sensor - catalyst vehicles
Make and type

Up to 99MY

Lucas 4LS

.............................................................

From 99MY

Bosch LSH

.............................................................

Camshaft position sensor
Make and Land Rover part no.

Up to 99MY

Honeywell ERR2261

.............................................................

From 99MY

Lucas ERR6170

.............................................................

Crankshaft position sensor
Make and type

Up to 99MY

Lucas 4CS

.............................................................

From 99MY

Bosch DG6

.............................................................

Knock sensor
Make and type

Up to 99MY

Lucas 2KS

.............................................................

From 99MY

Bosch KS1S

.............................................................

Intake air temperature sensor
Make and type

Up to 99MY

Lucas 10TT

.............................................................

From 99MY

Not applicable (combined with MAF sensor)

.............................................................

Ignition coils
Make and type

Up to 99MY

Lucas 2DIS2

.............................................................

From 99MY

Bosch 0 221 503 407

.............................................................

Fuel temperature sensor
Make and type

Up to 99MY

Lucas 6TT

.............................................................

From 99MY

Not applicable

.............................................................

04

GENERAL SPECIFICATION DATA

NEW RANGE ROVER

12

INFORMATION

FUEL SYSTEM - BMW DIESEL ENGINE

Injection pump type

Bosch rotary R515

..........................................................

Injection pump timing

0.95

±

0.02 mm lift at TDC

.......................................................

Injectors

See ENGINE TUNING DATA, Information.

...........................................................................

Heater plugs

See ENGINE TUNING DATA, Information.

.....................................................................

Fuel lift pump type

Electric in tank fuel pump

............................................................

Fuel filter

Paper element type

..........................................................................

Air cleaner

Paper element type

........................................................................

Turbocharger

Mitsubishi TD04 11G4

...................................................................

COOLING SYSTEM - V8 ENGINE

System type

Pressurized, spill return, thermostatically controlled

.....................................................................

water and anti freeze mixture. Vertical flow radiator
with remote header tank and pump assisted.

Cooling fan

9 blade axial flow. Viscous coupling.

.......................................................................

Pump type

Centrifugal, impeller, belt driven.

........................................................................

Thermostat opening

Up to 99MY

88

°

C

.............................................................

190

°

F

From 99MY

85

±

5

°

C

.............................................................

185

±

9

°

F

Expansion tank cap pressure (system pressure)

1.0 bar

.............

15 lbf/in

2

COOLING SYSTEM - BMW DIESEL ENGINE

System type

Pressurized, spill return, thermostatically controlled

.....................................................................

water and anti freeze mixture. Pump assisted thermo
syphon. Coolant radiator combined with oil cooler and
turbo intercooler.

Cooling fan

11 blade axial flow 433 mm diameter. 1.44:1 drive

.......................................................................

ratio. Viscous coupling.

Pump type

Centrifugal, impeller, belt driven.

........................................................................

Thermostat opening

80

°

C

.........................................................

176

°

F

Expansion tank cap pressure (system pressure)

1.0 bar

.............

15 lbf/in

2

GENERAL SPECIFICATION DATA

13

INFORMATION

MANUAL TRANSMISSION

Clutch
Make and type - V8 engine

AP Borg and Beck, diaphragm spring

..............................................

Clutch plate diameter

265 mm (10,43 in.)

.......................................................

Make and type - Diesel engine

Valeo, diaphragm spring

.........................................

Clutch plate diameter

242 mm (9.53 in.)

.......................................................

Transfer gearbox
Borg Warner

Two speed reduction on main gearbox output, front

.....................................................................

and rear drive permanently engaged via a centre
differential controlled by a Viscous unit giving a 50/50
nominal front and rear torque split.

Transfer gearbox ratios
High

1.216:1

..................................................................................

Low

3.271:1

..................................................................................

Manual gearbox
Type R380

5 speed, single helical constant mesh with

.......................................................................

synchromesh on all gears

Manual gearbox ratios:

5th

0.731:1

...........................................................................

4th

1.000:1

...........................................................................

3rd

1.397:1

...........................................................................

2nd

2.132:1

..........................................................................

1st

3.321:1

...........................................................................

Reverse

3.429:1

...................................................................

Diesel models low first gear

3.692:1

....................................

Overall ratio (final drive):

High transfer

Low transfer

5th

3.15:1

...........................................................................

8.46:1

4th

4.30:1

...........................................................................

11.58:1

3rd

6.01:1

...........................................................................

16.18:1

2nd

9.18:1

..........................................................................

24.69:1

1st

14.29:1

...........................................................................

38.45:1

Reverse

14.76:1

...................................................................

39.70:1

Diesel models low 1st gear

15.89:1

.....................................

42.75:1

Propeller shafts
Type:

Front

Tubular 51mm diameter

........................................................................

Rear

Tubular 51mm diameter

........................................................................

Universal joints

Open type Hooks O3EHD

.................................................................

Rear axle
Type

Spiral bevel

.................................................................................

Ratio

3.54:1

.................................................................................

Front axle
Type

Spiral bevel

.................................................................................

Ratio

3.54:1

.................................................................................

04

GENERAL SPECIFICATION DATA

NEW RANGE ROVER

14

INFORMATION

AUTOMATIC TRANSMISSION

Automatic gearbox
Model

2.5 litre Diesel & 4.0 litre Petrol

ZF4HP22

...............................

4.6 litre Petrol

ZF4HP24

..........................................................

Type

Four speed and reverse epicyclic gears with fluid

.................................................................................

torque converter and lock up.

Transfer gearbox
Borg Warner

Two speed reduction on main gearbox output, front

.....................................................................

and rear drive permanently engaged via a centre
differential controlled by a Viscous unit giving a 50/50
nominal front and rear torque split.

Transfer gearbox ratios
High

1.216:1

..................................................................................

Low

3.271:1

..................................................................................

Automatic gearbox ratios

4th

0.728:1

...........................................................................

3rd

1.000:1

...........................................................................

2nd

1.480:1

..........................................................................

1st

2.480:1

...........................................................................

Reverse

2.086:1

...................................................................

Overall ratio (final drive):

High transfer

Low transfer

4th

3.13:1

...........................................................................

8.43:1

3rd

4.30:1

...........................................................................

11.58:1

2nd

6.37:1

..........................................................................

17.14:1

1st

10.67:1

...........................................................................

28.72:1

Reverse

8.98:1

...................................................................

24.15:1

Propeller shafts
Type:

Front

Tubular 51mm diameter

........................................................................

Rear

Tubular 51mm diameter

........................................................................

Universal joints

Open type Hooks O3EHD

.................................................................

Rear axle
Type

Spiral bevel

.................................................................................

Ratio

3.54:1

.................................................................................

Front axle
Type

Spiral bevel

.................................................................................

Ratio

3.54:1

.................................................................................

 

 

 

 

 

 

 

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