REPAIR MAINTENANCE OPERATION OF MOTOR VEHICLES
Nissan Patrol (from 1988 to 1997, the year of issue)

general info. full specifications. diagnostics. hints. tips. tricks

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Nissan
	Patrol
		Introduction
		Troubleshooting
		Adjustment and routine maintenance
		Engine
		System of cooling, heating and air conditioning
		The power supply system and exhaust
		Systems for reducing emissions
		Systems of an electric motor
		Transmission
		Clutch
		Brakes
		The front and rear axles, chassis and steering
		Body
		Onboard electric
			The simplest diagnostic equipment and examples of its application
			Removal and installation of the push-button horn
			Switches
			Signal & Lighting
			Removal and installation of the instrument cluster
			Service speedometer
			Audio Service
			Removing and installing heater blower motor
			Service windshield wiper
			Rear wiper Service
			Fuses, relays and fuses
			Electricity supply electrical trailer
			Wiring
			Applications
				Size charts and adjustments
				System of onboard diagnostics (OBD) principle of functioning and codes of malfunctions

printable version

Applications

Nominal effort of a tightening of carving connections are given at the end of each section of the app, as well as included in the composition of the material sections of the Guide.

General Specifications
Characteristic
Value
Full-length, mm
Universal (Station Wagon)
4810
Versatile
Ti 4890
Hardtop (Hardtop)
4240
Utilities (Van) (Utility) and Mini truck (Cab Chassis) 4970
Utilities (Van) and Mini-truck late years of release (since 1992) c suspension on helical springs
4700
Full Width
Wagon and Hardtop (without pads on the wings)
1800
Wagon and Hardtop (with overlays on the wings)
1930
Utilities (Van) and Mini-truck
1690
Utilities (Van) and Mini-truck late years of release (since 1992) c suspension on helical springs
1930
Wheelbase mm
Versatile, utilities (Van) and Mini-truck
2970
Hardtop
2400
Turning radius, m
Versatile, utilities (Van) and Mini-truck
6.7
Hardtop
5.5
Fuel tank, l
Wagon and Hardtop
95
Utilities (Van) and Mini-truck 90
Permissible trailer weight, kg
Models of early years of release (until 1992)

Braked trailer
2500
Unbraked trailer
750
Models of late years of release (since 1992)
Braked trailer
Touring with Manual transmission
2800
Other
2500
Unbraked trailer
750
The maximum approach angle
42 ?�
The maximum angle of the rear overhang
thirty
Maximum angle rack
31 ?�
Maximum ground clearance mm
235
The maximum allowable depth of a water hazard, mm
600

The types and amounts of lubricants and fluids
All volumes are shown only approximately. Exact details can be obtained from the measuring probe and the definition through control / filler opening.

Engine
Characteristic
Value
Type of lubricant
Quality better than SAE 20W / 50SE
The volume of the oil pan, l
Engine 4.2 l
With filter
8.2
Without a filter
7.7
Engine 3.0 l
With filter
6.4
Without a filter
6.0

Cooling system
Characteristic
Value
The amount of coolant (including expansion tank), l
L models 3.0
11.9
Models with 4.2 l Manual transmission
13.9
Models with 4.2 l AT
13.6
Type of antifreeze
Antifreeze based on ethylene glycol
The composition of the mixture, the antifreeze maintenance%
Prior to - 15 ?� C
thirty
Prior to - 35 ?� C
50

Manual Transmission
Characteristic
Value
Type of lubricant
SAE 75W / 90 GL4
L
Engine 4.2 l
3.9
Engine 3.0 l
3.6
Engines 3.0 liter models of release since October 1994
5.1

Automatic Transmission
Characteristic
Value
ATF Type
Matic D
L
Early models
8.5
Models of late years of release (since 1992)
11.8

ATF Matic D is the Australian equivalent of the Japanese ATF Dexron II. Using Australian fluid called Dexron II can lead to transmission failure.

Transfer case
Characteristic
Value
Type of lubricant
Models of early years of release (until 1992)
SAE 75W / 90 GL4
Models of late years of release (since 1992)
EFI Dexron II
L
Models manufactured before October 1994
Engine 4.2 l
2.2
Engine 3.0 l
19
All models of release since October 1994
19

Front Differential
Characteristic
Value
Type of lubricant
SAE 80W / 90 GL5
L
Models of Hardtop and the Versatile
5.4
Models utilities (Van) and Mini-truck
early years of release
4.3
Models utilities (Van) and Mini-truck
late years of release from the suspension on helical springs
5.4

Rear Differential
Characteristic
Value
Type of lubricant
Differential conventional type and with locking
SAE 80W / 90 GL5
Limited-slip differential
SAE LS80W / 90 GL5 *
L
Models of Hardtop and the Versatile person without differential lock
2.1
Models of Hardtop and the Versatile with differential lock
thirty
Models utilities (Van) and Mini-truck early years of release
4.7
Models utilities (Van) and Mini-truck late years of release from the suspension on helical springs
2.1

* At an ambient temperature above 40 ?� C using liquid SAE LS140 GL5

Brake fluid and hydraulic clutch fluid
Characteristic
Value
Type of fluid
DOT 3

Liquid hydrostrengthening steering system
Characteristic
Value
Type of fluid
Dexron II
L
0.9 ÷ 1.0

Grease for chassis components
Characteristic
Value
Type of lubrication
NLGI # 2 lithium-based

The requirements for wheels and tires

Size and tire inflation pressure

See. Nameplate information on the car.
If installed on a car tire is not listed among the valid information on the nameplate, check the acceptable mode of operation and recommended pressure pump from the experts of dealer branch of the manufacturer of the vehicle.

The settings of the engine

All models except the 4.2 liter EFI
Characteristic
Value
Ignition order
1-5-3-6-2-4
Type of spark plugs
Engines of 3.0 l
NGK BKR6E
4.2 l
NGK BP5ES
Electrode spark plug gap mm
0.8 ÷ 0.9
Ignition timing when the engine is idling
L models 3.0
When disconnecting the vacuum hose
3 ?� ?� 2 ?� before TDC
When connecting the vacuum hose
15 ?� ?� 5 ?� before TDC
Models with the 4.2 liter connected vacuum hose
Models with Manual transmission
10 ?� ?� 1 ?� before TDC
Models with AT (selector - in position D)
10 ?� ?� 1 ?� before TDC
Idling turns per minute
L models 3.0
800 ?� 50
Models 4.2 liters (AT selector - in position D)
650 ?� 50
The gap in the contact breaker (model 4.2 liters), mm
0.45 ÷ 0.55
Length (on the corner) closed condition of contacts of the breaker (model 4.2)
34 ?� ÷ 40 ?�
Resistor resistance explosive wires, clod
above 30
Compression cylinder pressure, kPa
The standard value
L models 3.0
1196
Models 4.2 l
1177
The minimum allowable
883
The maximum permissible difference between cylinders
98
Valve clearance, mm
L models 3.0
Zero (fitted with hydraulic tappets is automatically compensated)
Models 4.2 liters (the engine is warm, but turned off)
0.38

Models 4.2 liter EFI
When the setup procedures necessarily compare the following parameters with the information given on the nameplate motor settings, located in the engine compartment of the car. If correct discrepancies should be considered the last (with shields).

Characteristic
Value
Type of spark plugs
BPR5E
Compression cylinder pressure, kPa
The standard value
1187
The minimum allowable
892
The maximum permissible difference between cylinders
98

Engine 4.2 l

Also later model years equipped with fuel injection (EFI)

Common parameters
Characteristic
Value
engine's type
6-cylinder, OHV
Model
TV42
Displacement, cm
3 4169
Bore, mm
96
Stroke, mm
96
Ignition order
1-5-3-6-2-4
Compression ratio
8.3: 1
Compression cylinder pressure, kPa
The standard value
1177
The minimum allowable
883
The maximum permissible difference between cylinders
98

Cylinder head
Characteristic
Value
Design
Whole
Material
Aluminium alloy
Permissible flatness of the mating surface, mm
0.2
Head height, mm
Standard
117.19 ÷ 117.59
The maximum allowable depth of milling (with unit), mm
0.2
Width of a working facet of the valve seats, mm
Intake
2.4 ÷ 2.8
Graduation
1.4 ÷ 1.9
The angle of the bevel valve seats
45 ?�
Type of valve guides
Exchangeable
The height of the protrusion of valve guides, mm
11.7 ÷ 12.3

Valves and valve springs
Characteristic
Value
The diameter of the valve stem, mm
Intake
7.965 ÷ 7.980
Graduation
7.945 ÷ 7.960
Clearance fit valve stem in the guide bushing, mm
Standard
Intake
0.020 ÷ 0.053
Graduation
0.040 ÷ 0.073
Maximum allowable
0.1
Length valves mm
Inlet
116.7 ÷ 117.0
Graduation
117.0 ÷ 117.3
The height of the cylindrical portion (girdle), plates of valves, mm
Standard
Intake
13
Graduation
15
The minimum allowable
0.5
The angle of the bevel plates of valves
45 ?� 30 '
Free length of the valve springs, mm
Internal
44.10
Outdoor
49.77
The margin trimmer valve springs, mm
Internal
19
Outdoor
2.2
The assembly length of the valve springs, mm
Internal
35
Outdoor
40

Assembling the valve (rocker arm and the rocker arm shaft)
Characteristic
Value
Outer Ø rocker arm shaft, mm
19.979 ÷ 20.000
Internal Ø rocker, mm
20.020 ÷ 20.038
The clearance fit rocker axis, mm
0.020 ÷ 0.059

Camshaft
Characteristic
Value
Number of bearings
7
The maximum permissible limit of bend mm
0.06
Maximum permissible axial play mm
0.5
Bearing clearance, mm
Standard
0.20 ÷ 0.109
Maximum allowable
0.15
The diameter of the bearing journals, mm
Lobby
50.721 ÷ 50.740
The second
50.521 ÷ 50.540
Third
50.321 ÷ 50.340
Fourth
50.121 ÷ 50.140
Fifth
49.921 ÷ 49.940
Sixth
49.721 ÷ 49.740
Rear
49.521 ÷ 49.540
The height of the cams (lobes on), mm
Standard
42.311 ÷ 42.561
The maximum permissible amount of wear
0.15

Valve lifters and pushrods
Characteristic
Value
Ø pushers, mm
24.970 ÷ 24.980
Ø nests of pushers in the engine block, mm
25.000 ÷ 25.033
Gap planting pushers in nests, mm
Standard
0.020 ÷ 0.063
Maximum allowable
0.1
The maximum allowable bending bars of pushers, mm
0.5

Cylinder block
Characteristic
Value
Type
6-cylinder in-line
Material
Iron casting
Permissible flatness of the mating surface, mm
0.10
Bore (standard), mm
Class 1
96.00 ÷ 96.01
Class 2
96.01 ÷ 96.02
Class 3
96.02 ÷ 96.03
Class 4
96.03 ÷ 96.04
Class 5
96.04 ÷ 96.05
The permissible limit of wear of cylinders, mm
0.20
The maximum admissible ovality of cylinders, mm
0.015
Maximum permitted taper cylinder, mm
0.010

Crankshaft and main bearings
Characteristic
Value
The number of main bearings
7
Crankshaft end play
Fits
6th thrust bearing
The maximum allowable mm
0.30
Standard Ø radical necks of a cranked shaft, mm *
70.907 ÷ 70.920
Standard Ø crank pins of the crankshaft, mmx
56.913 ÷ 56.926
The maximum admissible ovality and taper of the necks, mm
0.0025
The maximum permissible bending of the crankshaft, mm

0.20
Backlash in radical bearings, mm
Standard
0.041 ÷ 0.087
Maximum allowable
0.09
Produced repair (with belittling) Dimensions (Ø) main bearings, mm
0.25, 0.50, 0.75, 1.0

* In order to achieve the required clearance in the shaft journal bearings eat through

The connecting rods and connecting rod bearings
Characteristic
Value
The maximum allowed bending rods, mm 100 mm long
0.15
The maximum allowable torsion rods mm 100 mm length
0.3
The size of the connecting rods between the centers of the holes, mm
166.45 ÷ 166.55
Backlash rods mm
Standard
0.20 ÷ 0.30
Maximum allowable
0.40
The gap in the connecting rod bearing, mm
Standard
0.027 ÷ 0.061
Maximum allowable
0.09
Produced repair (with belittling) Dimensions (Ø) connecting rod bearing, mm
0.25, 0.50, 0.75, 1.0

The pistons and piston pins
Characteristic
Value
Standard Piston Ø mm
Class 1
95.975 ÷ 95.985
Class 2
95.985 ÷ 95.995
Class 3
95.995 ÷ 96.005
Class 4
96.005 ÷ 96.015
Class 5
96.015 ÷ 96.025
Repairs exceeding, mm
0.50, 1.0
Measuring point of 20.0 mm from the bottom of the piston Bore Ø for planting of the piston pin, mm
22.987 ÷ 22.993
Tight fit of the piston pin in the piston, mm
0.004 ÷ 0.008
Lubricating gap piston pin landing on the top head of a rod, mm
0.005 ÷ 0.017
Piston skirt clearance fit in the cylinder, mm
0.015 ÷ 0.035

Piston rings
Characteristic
Value
amount
Compression
2
Scraper
1
The gap piston ring, mm
Compression
0.30 ÷ 0.45
Scraper
0.20 ÷ 0.60
The maximum allowable
15
Backlash piston rings fit in grooves mm
Top compression
0.040 ÷ 0.073
The second compression
0.030 ÷ 0.063
Scraper
0.015 ÷ 0.185
The maximum allowable
0.1

Lubrication system
Characteristic
Value
Oil pressure at idle, kPa
Not less than 49
Oil pressure at 2800 rev / min, psi
392 ÷ 451
Gaps in the oil pump, mm
Between working edges gears
Not more than 0.12
Between the outer gear and the housing
0.14 ÷ 0.22
End clearance gears
0.050 ÷ 0.109

Late years of release with fuel injection (EFI)

Common parameters
Characteristic
Value
Model
TV42E
Compression ratio
8.5: 1

Cylinder head
Characteristic
Value
The width of the chamfer of valve seats, mm
Inlet
1.08 ÷ 1.51
Graduation
1.41 ÷ 1.89

Valves and valve springs
The length of the valve springs, mm
Intake
116.7 ÷ 117.0
Graduation
117.15 ÷ 117.45

Valve lifters and pushrods
Characteristic
Value
Ø pushers, mm
24.960 ÷ 24.970
Ø nests of pushers in the block, mm
24.980 ÷ 25.033
Gap planting pushers in nests, mm
Standard
0.030 ÷ 0.073
Maximum allowable
0.1

The pistons and piston pins
Characteristic
Value
Bore Ø for planting of the piston pin, mm
22.980 ÷ 22.999
Lubricating gap piston pin fit in the head of the connecting rod, mm
0.000 ÷ 0.023

Piston rings
Characteristic
Value
End gap, mm
Compression rings
0.30 ÷ 0.45
Scraper ring
0.20 ÷ 0.60

Engine 3.0 l

Common parameters
Characteristic
Value
Type
6-cylinder OHC
Model
RB30S
Displacement, ^cm3
2962
Bore, mm
86
Stroke, mm
85
Ignition order
1-5-3-6-2-4
Compression ratio
9.0: 1
Compression cylinder pressure, kPa
The standard value
1196
The minimum allowable
883
The maximum permissible difference between cylinders
98

Cylinder head
Characteristic
Value
Design
Whole
Material
Aluminium alloy
Permissible flatness of the mating surface, mm
0.2
Width of a working facet of the valve seats, mm
Intake
2.12
Graduation
1.84
The angle of the bevel valve seats
45 ?�
Type of valve guides
Exchangeable
The height of the protrusion of valve guides, mm
13.20 ÷ 13.40

Valves and valve springs
Characteristic
Value
The diameter of the valve stem, mm
Intake
6.965 ÷ 6.980
Graduation
7.965 ÷ 7.970
Clearance fit valve stem in the guide bushing, mm
Standard
Intake
0.020 ÷ 0.053
Graduation
0.030 ÷ 0.046
Maximum allowable
0.1
Length valves mm
Inlet
125.3 ÷ 125.9
Graduation
124.2 ÷ 124.8
The height of the cylindrical portion (girdle), plates of valves, mm
Standard
Intake
1.15 ÷ 1.45
Graduation
1.35 ÷ 1.65
The minimum allowable
0.5
The angle of the bevel plates of valves
45 ?� 15 '÷ 45 ?� 45'
Free length of the valve springs, mm
Internal
44.1
Outdoor
51.2
The margin trimmer valve springs, mm
Internal
19
Outdoor
2.2

Assembling the valve (rocker arm and the rocker arm shaft)
Characteristic
Value
Outer Ø rocker arm shaft, mm
17.979 ÷ 18.000
Internal Ø rocker
18.007 ÷ 18.028
The clearance fit rocker axis, mm
0.007 ÷ 0.049

Valve tappets
Characteristic
Value
Type
Hydraulic
Ø pushers, mm
15.947 ÷ 15.957
Ø number of nests of pushers in the head, mm
16.000 ÷ 16.013
Gap planting pushers in nests, mm
0.043 ÷ 0.066

Camshaft
Characteristic
Value
Number of bearings
7
The maximum permissible limit of bend mm
0.1
Axial clearance, mm
0.03 ÷ 0.06
Bearing clearance, mm
From number 1 to number 6
0.045 ÷ 0.090
Number 7
0.065 ÷ 0.110
The diameter of the bearing journals, mm
From number 1 to number 6
46.935 ÷ 46.955
Number 7
46.415 ÷ 46.435
The height of the cams (lobes on), mm
Standard
39.242 ÷ 39.432
The maximum permissible amount of wear
0.15

Cylinder block
Characteristic
Value
Type
6-cylinder in-line
Material
Iron casting
Permissible flatness of the mating surface, mm

0.10
Bore (standard), mm
Class 1
86.000 ÷ 86.010
Class 2
86.010 ÷ 86.020
Class 3
86.020 ÷ 86.030
Class 4
86.030 ÷ 86.040
Class 5
86.040 ÷ 86.050
The permissible limit of wear of cylinders, mm
0.20
The maximum admissible ovality of cylinders, mm
0.015
Maximum permitted taper cylinder, mm

0.010

Crankshaft and main bearings
Characteristic
Value
The number of main bearings
7
Crankshaft end play mm
Fits
4th thrust bearing
Standard
0.05 ÷ 0.17
The maximum allowable
0.30
Standard Ø radical necks of a cranked shaft, mm
Class 0
54.967 ÷ 54.975
Class 1
54.959 ÷ 54.967
Class 2
54.951 ÷ 54.959
Standard Ø crank pins of the crankshaft, mm
Class 0
49.968 ÷ 49.974
Class 1
49.961 ÷ 49.968
The maximum admissible ovality and taper of the necks, mm
0.005
The maximum permissible bending of the crankshaft, mm
0.10
Backlash in radical bearings, mm
Standard
0.020 ÷ 0.047
Maximum allowable
0.090
Produced repair (with belittling) Dimensions (Ø) main bearings, mm

0.25, 0.50

The connecting rods and connecting rod bearings
Characteristic
Value
Maximum allowable bending and twisting of the rods, 100 mm length mm
0.025
Backlash rods mm
Standard
0.20 ÷ 0.30
Maximum allowable
0.40
The gap in the connecting rod bearing, mm
Standard
0.011 ÷ 0.035
Maximum allowable
0.090
Produced repair (with belittling) Dimensions (Ø) connecting rod bearing, mm
0.08, 0.12, 0.25, 0.50

The pistons and piston pins
Characteristic
Value
Standard Piston Ø mm
Class 1
85.975 ÷ 85.985
Class 2
85.985 ÷ 85.995
Class 3
85.995 ÷ 86.005
Class 4
86.005 ÷ 86.015
Class 5
86.015 ÷ 86.025
Dimensions exceeding, mm
0.50, 1.00
Measuring point 47 mm from the bottom of the piston Bore Ø for planting of the piston pin, mm
20.987 ÷ 20.999
Tight fit of the piston pin in the piston, mm
0.000 ÷ 0.004
Lubricating gap piston pin landing on the top head of a rod, mm
Standard
0.005 ÷ 0.017
Maximum allowable
0.023
Piston skirt clearance fit in the cylinder, mm

0.015 ÷ 0.035

Piston rings
Characteristic
Value
amount
Compression
2
Scraper
1
The gap piston ring, mm
Top compression
0.24 ÷ 0.31
The second compression
0.18 ÷ 0.28
The maximum allowable
0.4
Scraper
Not specified
Backlash piston rings fit in grooves mm
The second compression
0.030 ÷ 0.063
The maximum allowable
0.1
The maximum allowable
0.4
Scraper
Not specified

Lubrication system

Characteristic	Value
Oil pressure at idle, kPa	Not less than 59
Oil pressure at 3200 rev / min, psi	382 ÷ 461
Gaps in the oil pump, mm
Between the outer casing and gear	0.11 ÷ 0.20
Between the inner gear and the crescent	0.22 ÷ 0.33
Between the outer gear and the crescent	0.05 ÷ 0.11
Between the inner gear and the crescent	0.05 ÷ 0.09
Grease the gap between the inner gear and the housing	0.05 ÷ 0.09

Cooling system

Thermostat

Characteristic	Value
Type	Voskozapolnenny
The temperature of the beginning of opening
L models 3.0	76.6 ?� C
Models 4.2 l	82 ?� C
Temperature of full opening
L models 3.0	90 ?� C
Models 4.2 l	95 ?� C
Valve lifting height, mm	100

Radiator

Type	Corrugated plate

Radiator Fan

Drive

Thermostatic clutch

The power supply system of carburettor engines

Carburetor

Characteristic	Value
Manufacturer	Nikki
Type	Double chamber with downdraft
Model
Engines of 3.0 l	21J360-38
Engines 4.2 liter with Manual transmission	21J360-23
Engines 4.2 liter with AT	21J360-24
Choke	Automatically
Diameter of nozzles, mm
Primary
L models 3.0	27
Models 4.2 l	32
Secondary	36
Ø throttle chamber, mm
Primary	36
Secondary	40
Ø main fuel jets, mm
Primary
L models 3.0	1.20
Models 4.2 l	1.42
Secondary
L models 3.0	2.00
Models 4.2 l	2.30
Ø main air jets, mm
Primary	0.60
Secondary	0.80
Ø fuel jets idling mm
Primary
L models 3.0	0.48
Models 4.2 l	0.54
Secondary
L models 3.0	1.10
Models 4.2 l	1.30
Ø air jets idling mm
Primary	1.80
Secondary	0.60
Ø jet of high power, mm	0.75
Turns of fast idling in a minute
L models 3.0	1850 ÷ 2150
Models with 4.2 l Manual transmission	1600 ÷ 2000
Models with 4.2 l AT	1800 ÷ 2200
The gap damper on the fast idle, mm
L models 3.0	0.77 ?� 0.07
Models with 4.2 l Manual transmission	1.37 ?� 0.14
Models with 4.2 l AT	1.64 ?� 0.14
Clearance priotkryvatelya the choke, mm
L models 3.0	2.94 ?� 0.30
Models 4.2 l	5.0 ?� 0.5
Turnovers switching damper throttle minute
L models 3.0	1900 ÷ 2100
Models with 4.2 l AT	1700 ?� 100
The idle speed when the air conditioner in a minute
L models 3.0	800 ?� 50
Models with 4.2 l Manual transmission	1100 ?� 50
Models with 4.2 l AT (selector - in position N)	900 ?� 50
Adjusting the level of fuel in the float chamber
L models 3.0
Height A mm	5.0 ÷ 6.0
Height in mm	44.0 ÷ 45.0
Models 4.2 l
Height A mm	9.5 ÷ 10.5
Height in mm	47.5 ÷ 48.5
Idling turns per minute
L models 3.0	800 ?� 50
Models with 4.2 l Manual transmission	650 ?� 50
Models with 4.2 l AT (selector - in position N)	650 ?� 50
The level of CO in the exhaust gas,%
L models 3.0	1.0 ?� 0.5
Models 4.2 l	1.5 ?� 0.5

Fuel pump

Characteristic	Value
Type
L models 3.0	Electric
Models 4.2 l	Mechanical
Delivery pressure (head), kPa
L models 3.0	20.0
Models 4.2 l	25.5 ÷ 32.4

Fuel filter

Characteristic	Value
Type	Removable line mounted

The power supply system and engine management models 4.2 liter EFI

Fuel Injection System

Characteristic	Value
Type	Electronic multiposition
Resistance injectors, Ohm	10 ÷ 14
The idle speed when fully switched off, the accessories, in a minute	650 ?� 100

Fuel pump

Characteristic	Value
Type	Electric, installed in the tank
Pressure, kPa
When idling	About 235
When disconnecting the vacuum hose regulator	About 294

Ignition system

Characteristic	Value
The basic ignition timing	10 ?� ?� 1 ?� before TDC
The plant is the moment of ignition	Electronic
The resistance of the primary winding of the coil at 20 ?� C, Ohm	About 1
The resistance of the secondary winding of the coil at 20 ?� C, k	About 10
Ignition order	1-5-3-6-2-4

Electrical system motor

A battery

Characteristic	Value
Type	12 V lead-acid
The polarity of the earth	On the negative pole
Specific gravity of the electrolyte at 20 ?� C *
Fully charged battery	More than 1,265
Fully discharged battery	1.100

* The proportion of the electrolyte varies approximately 0.007 for every 10 ?� C

Generator

All models except the 4.2 liter EFI

Characteristic	Value
Manufacturer	Hitachi
Type	50 or 60 A
Voltage regulator	Built-in
The output voltage of the regulator, in	14.1 ÷ 14.7
Output Current, A	50 or 60
The minimum allowable length of the brush, mm	6.0
Outer Ø sliding contact ring, mm	30.6

Models 4.2 liter EFI

Characteristic	Value
Manufacturer	Hitachi
Model	LR170-740
Output Current, A	70
Type voltage regulator	Built-in
Output voltage, V	14.1 ÷ 14.7
The minimum allowable length of the brush, mm	6
Outer Ø sliding contact ring, mm	26

Starter

Characteristic	Value
Manufacturer	Hitachi
Type	Geared
The minimum allowable length of the brush, mm	11.0
Force exerted by the brush springs, H
L models 3.0	17.6 ÷ 21.6
Models 4.2 l	15.7 ÷ 19.6
Minimum collector External Ø mm
L models 3.0	32.0
Models 4.2 l	29.0
The depth of slits collector mm	0.5 ÷ 0.8
Axial drive gear backlash, mm
All the starters except S114-507	0.3 ÷ 1.5
S114-507	0.05 ÷ 1.50

Ignition system

L models 3.0

Distributor

Characteristic	Value
Adjustment of ignition timing	Vacuum and centrifugal
The direction of rotation of the runner	Counterclock-wise
Ignition order	1-5-3-6-2-4
The air gap sensor rotor control ignition pulse, mm	0.3 ÷ 0.5
Ignition timing (with disconnected vacuum hose and engine speeds below 1000 ppm)	3 ?� ?� 2 ?� before TDC

Ignition coil

Characteristic	Value
Primary resistance, Ohm	0.8 ÷ 1.0
The secondary resistance, Ohm	7.6 ÷ 11.4
Resistor resistance explosive wires, clod	Not more than 30

Models 4.2 l

Distributor

Characteristic	Value
Manufacturer	Mitsubishi
Adjustment of ignition timing	Vacuum and centrifugal
The direction of rotation of the runner	Counterclock-wise
Ignition order	1-5-3-6-2-4
The gap in the breaker, mm	0.45 ÷ 0.55
Length (on the corner) closed condition of contacts of the breaker	34 ?� ÷ 40 ?�
Setting the ignition timing at engine speeds of 650 ?� 50 min	10 ?� ?� 1 ?� before TDC
Resistor resistance explosive wires, clod	Not more than 30

Manual Transmission

Models 4.2 l

Main characteristics

Characteristic	Value
Model	FS5R50A
Type	Fully synchronized (including reverse gear) 5-speed Manual transmission
Gear ratios
Besides models 4.2 liter EFI
1st gear	4.556: 1
2nd gear	2.625: 1
3rd gear	1.519: 1
4th gear	1,000: 1
5th gear	0.836: 1
Reverse gear	4.245: 1
Models 4.2 liter EFI
1st gear	4.262: 1
2nd gear	2.455: 1
3rd gear	1,422: 1
4th gear	1,000: 1
5th gear	0.850: 1
Reverse gear	3,971: 1
Axial backlash gears, mm
1st gear	0.20 ÷ 0.48
2nd gear	0.20 ÷ 0.60
3rd gear	0.20 ÷ 0.45
5th gear	0.20 ÷ 0.47
Reverse gear	0.20 ÷ 0.44
Standard clearance synchronizer ring toward the gear, mm
Besides models 4.2 liter EFI
All transmissions except 2nd	1.00 ÷ 1.45
Second gear	1.1 ÷ 1.5
Maximum allowable	0.7
Models 4.2 liter EFI
All transmissions except for the 2nd and 3rd	1.00 ÷ 1.45
Maximum allowable	0.7
The permissible limit of the backlash of the locking ring, mm
Primary shaft	0.15
Ring gear of the intermediate shaft	0.15
Cone synchronizer of the intermediate shaft	0.15
1/2 gear synchronizer hub	0.13
3/4 gear synchronizer hub	0.10
The margin of backlash C-shaped retaining ring, mm	0.13

L models 3.0

Main characteristics

Characteristic	Value
Model	FS5R30A
Type	Fully synchronized (including reverse gear) 5-speed Manual transmission
Gear ratios
1st gear	4,061: 1
2nd gear	2.357: 1
3rd gear	1.490: 1
4th gear	1,000: 1
5th gear	0.862: 1
Reverse gear	4.125: 1
Axial backlash gears, mm
1st, 2nd, 3rd and 5th gears	0.23 ÷ 0.33
Reverse gear output shaft	0.33 ÷ 0.43
Intermediate shaft	0.10 ÷ 0.25
5th gear	0.20 ÷ 0.47
Intermediate reverse gear	0.30 ÷ 0.53
Clearance synchronizer ring toward the gear, mm
Standard	1.05 ÷ 1.30
Maximum allowable	0.7
The margin of the gap retaining ring, mm	0.1

Automatic Transmission

Common parameters

Characteristic	Value
Model	RE4R03A
Type	4-speed electronically controlled switching and locking the rotation converter
Gear ratios
1st gear	2.784: 1
2nd gear	1.544: 1
3rd gear	1,000: 1
4th gear	0.694: 1
Reverse gear	2.275: 1

Transfer case

Common parameters

Characteristic	Value
Model	TH12A
Type	2-speed, with constant mesh
Gear ratios
Step-up gear	1,000: 1
?????????�?�???�?�?? ???�???�???�?�?�	2.020:1
?????�?????? ?�???�?�, ????
???�???�???????? ???????????????�?? ?�???�?�?????�???� ?? ???�???�?�?????? ?????????�?�???�?�?? ???�???�???�?�??	0.20 ÷ 0.35
Countershaft	0.00 ÷ 0.20
?????�???�?�?????�?? ???�?�???�?????� ?�?�?�?????� ???�?�???? ?????�???�???? ???????�?????????�?�?�?????� ?? ???�???�?�?????�??, ????	0.5
?????�???�?�?????�?? ???�?�???�?????� ?�?�?�?????� ???�???????????????? ?????�???�?�, ????	0.15
?????�?????? ?�???�?� ???�???�?????�?? ?????????????????? ?�???�?�?????�???? (???????�?�?? ???�?????????� ?? ???�???�?�???? 1992 ??.), ????	0.20 ÷ 0.54

Drive shafts

Common parameters

Characteristic	Value
?????�???�?�?????�?? ???????????�?????�?? ???�?�???�?????� ?�???�?????? ???�?????�?????????? ???�?�?�, ????	0.6
?????�?????? ?�???�?� ?????�???�?????????�, ????	0.02

Clutch

Common parameters

Characteristic	Value
Type	???????????????????????�
Drive	?�???????�???�???�?�???????? ?? ???�???????????�?? ???????�?�?????�??
?????? ???????�?????� ???�?�???????????? ?????????�	?�???�?�???�?????�?????�??
?????? ???�???????�?� ???�???????????? ?????????�	?????????????�?????�?????�??
?????? ???�?�???????????? ???????????????????�	???�???????????�?? ???????????�??, ???�?????�?�???�?????? ?????????�???????�???? ?? ?�?�?????????????? ???�?�?????????? ?????�?�??????

Slave drive

Characteristic	Value
???�?????????�?�?????�?? ???????????�?????�?? ???�?????�?�?????�?? ?�???�?� ???�???�????, ???�???�???�?????�?? ???? ???�?????�???????? ?????�?? ?????????�, ????
Models 4.2 l	eleven
L models 3.0	10
???�?????????�?�???????� ???????????�???????� ?�???�?????�, ????
Models 4.2 l	1.3 (???�???�?????�?�???? ???� ???�?????�?????????? 132. 5 ???� ?�?�???�???� ???�???????�?�)
L models 3.0	0.7 (???�???�?????�?�???? ???� ???�?????�?????????? 115 ???? ???� ?�?�???�???� ???�???????�?�)
???????????�?�?????�?? ???????????�?????�?? ?�???�?�?????� ?�???????�?????????�?� ???�???�?�??????, ????	0.3 (???�?? ?????�???????�???? ?�?�???�?�??????)

Pedal

Characteristic	Value
The height of the clutch pedal, mm
???????�?�?? ???? ?????�???�???? 1995 ??.	202 ÷ 212
???????�?�?? ?? ?????�???�???? ???? ?�?????????� 1995 ??.	205 ÷ 215
???????�?�?? ?? ?�?????????�?� 1995 ??.	210 ÷ 220
Free travel, mm	1.0 ÷ 3.0

Master Cylinder

Characteristic	Value
?�?????�???�???????? Ø ???�?�?????????? ?�???�?????????�, ????	15.87

Flywheel

Characteristic	Value
???�?????????�?�???????� ???????????�???????� ?�???�?????� ???�?�?????????�, ????	0.1

brake system

Common parameters

Characteristic	Value
?????? ?�?????????�???�?� ???�?�?�?????�??????
Front wheels	?�???????????�?�, ?? ???�???�???�???????�???�???? ?????????�????
Rear wheels
???????�?�?? ???�???�???�?? (?�??????????), ????????-???????�???????? ?? ?�?????�	Drum
Other models	?�???????????�?�, ?? ???�???�???�???????�???�???? ?????????�????
Drive
Footbrake	?�???????�???�???�?�????????, ?? ???�???????????�?? ???????�?�?????�??
Parking brake	???�?�?�?????�?�????????, ?????�???�?????�?????�?� ???� ?�???�????????????????

The front brakes

???????�?�?? ???�???????� ?�?�?� ???�?????????�

Characteristic	Value
Brake Disc Thickness, mm
Standard	20.0
???????????�?�?????�?? ???????????�?????�??	18.0
???�?????????�?�???????� ???????????�???????� ?�???�?????� ?�?????????�???????? ?????????�, ????	0.07
?????�?�?????� ?�???????�?????????�?� ???�???�?�?????? ?�?????????�???�?� ?????�????????, ????
Standard	11.5
???????????�?�?????�?? ???????????�?????�??	20
Ø ?�???�?????????� ?????????????�?�, ????	68.1

???????�?�?? ?????�???????� ?�?�?� ???�?????????� EFI

Characteristic	Value
Ø ?�?????????�???????? ?????????�, ????	306
Brake Disc Thickness, mm
Standard	26.0
???????????�?�?????�?? ???????????�?????�??	24.0
???�?????????�?�???????� ???????????�???????� ?�???�?????� ?�?????????�???????? ?????????�, ????	0.07

?�?�???????� ?????????????�?� ?�?????????�???�?� ???�?�?�?????�???�

Characteristic	Value
Brake Disc Thickness, mm
Standard	18.0
???????????�?�?????�?? ???????????�?????�??	16.0
?????�?�?????� ?�???????�?????????�?� ???�???�?�?????? ?�?????????�???�?� ?????�????????, ????
Standard	11.0
???????????�?�?????�?? ???????????�?????�??	20
Ø ?�???�?????????� ?????????????�?�, ????	51.1

?�?�???????� ?�?�???�?�?�?????�?� ?�?????????�???�?� ???�?�?�?????�???�

Characteristic	Value
?�?????�???�???????? Ø ?�?�???�?�?�???�, ????
Standard	295.0
???�?????????�?�?????�?? ???????????�?????�??	296.5
???�?????????�?�?????�?? ???????????�?????�?? ?????�?�?????????�?? ?�?�???�?�?�???�, ????	0.03
???�?????????�?�???????� ???????????�???????� ?�???�?????�, ????	0.05
?????�?�?????� ?�???????�?????????�?� ???�???�?�?????? ?�?�?????�??????, ????
Standard	6.1
???????????�?�?????�?? ???????????�?????�??	15
?�?????�???�???????? Ø ?????�?�?????????? ?�???�?????????�, ????	25.4

Parking brake

Characteristic	Value
?�?????�???�???????? Ø ?�?????????�???????? ?�?�???�?�?�???�, ????
Standard	203.2
???�?????????�?�?????�?? ???????????�?????�??	204.5
???�?????????�?�?????�?? ???????????�?????�?? ?????�?�?????????�?? ?�?�???�?�?�???�, ????	0.03
???�?????????�?�???????� ???????????�???????� ?�???�?????�, ????	0.05
?????�?�?????� ?�???????�?????????�?� ???�???�?�?????? ?�?�?????�??????, ????
Standard	5.1
???????????�?�?????�?? ???????????�?????�??	15
?????? ???�?�?�???� ?????? ???????�???? 20 ???�??	7 ÷ 9 ?�?�?�?�??????

Foot brake

Characteristic	Value
???????�???????�?? ?�???? ???�???�?�??, ????	1 ÷ 3
?�?�?????�?� ???�???�?�??, ????
Models AT	202 ÷ 212
Models with Manual transmission	192 ÷ 202

???�???�???????? ?????????�?????� (???????�?�?? ???�???????� ?�?�?� ???�?????????� (???? 1992 ??.))

Front axle

Common parameters

Characteristic	Value
Type	?????�???????�???? ???�?�???????�?�?????�?? ?? ?????????????????? ???�?�???????? ???�???�???�?�?�??
???????�?�?? ???�?�???????? ???�???�???�?�??	??223?�

Bridge

Characteristic	Value
?????�???�?�?????�?? ???�?�???�?????� ?????�???????? ?�???�?�?� ???�???????�?�, ????	0.08
?????�???�?�?????�?? ???�?�???�?????� ?????�???????? ?�???�?�?� ???????????????�?� ???�?�????, ????	0.2
???????�???� ?????????????�?�?????�?????? ?????????????�???????? ?????�?�???�, ???�??	0.6 ÷ 1.75
?�?�?�???? ?????????????? ???�???�?� ?�???????????? ???�???�?�?????? ?????�?�?�???�???�???�?�?�, ????	0.15 ÷ 0.20
?????�?????�?�???? ???????????????????� ???�?????�?�?? ???�???�?�?????? ?????�?�?�???�???�???�?�?�, ????	1.3 ÷ 1.6
?�?�?????�?�?????�?? ?�?�?�???? ???�?????????? ???�???�?�?????? ???�?�???????? ???�???�???�?�??, ????	0.15 ÷ 0.20
?????�???�?�?????�?? ???�?�???�?????� ?�???�?????? ???�?????????? ???�???�?�?????? ???�?�???????? ???�???�???�?�??, ????	0.08
???�?�???? ?????�?????�?�???? ?????�?�?�???�???�???�?�?�, ????	1.8 ÷ 2.5

?????????�?????� ???� ???�?????????�?�

Characteristic	Value
Type	???� ?????�?????�?�?????�???�?�???????� ?�?????�?????�?� ???????�?????�?� (???�?????????�?�), ?�?�?�?�???????????�?�???????� ?�???????�???�?� ?�?????�?� ?? ???? ???�?�?�???�???�?�?�???????? ???????�???�?�?????? ?????�?????�?????????�??
?????? ?�???????�???�?�?�????????	?�???????�???????????�???? ???�?????�??????

Suspension of the helical springs

Characteristic	Value
Type	???� ???????�?????�?� ???????�?????�?� ?? ?�?�?�?�???????????�?�?????????? ?�???????�???�?�?�?????�???? ?? ???�?�?�???�???�?�?�???????? ???????�???�?�?????? ?????�?????�?????????�?? ???� ???�?????�?????�?� ???????�?�???�
?????? ?�???????�???�?�?�????????	?�???????�???�???�?�???????�, ?????????�???????????�???? ???�?????�??????
???????????� ?????????�?????? ???????�?�	?????????�?????�?????? ???????????�?????�?� ?? ???????�???�?�?????? ???�?�???�?????????? ???�?�????

?�?�???????? ?????????�?????� (???????�?�?? ???�???????� ?�?�?� ???�?????????�)

Rear Axle

Common parameters

Characteristic	Value
Type	?????�?????�?�???????�?�?????�??, ?? ?????????????????? ???�?�???????? ???�???�???�?�?�??
???????�?�?? ???�?�???????? ???�???�???�?�??
???????�?�?? ???�?????�???? ?? ?????????�?????�?�	??233?�
Models utilities (Van) and Mini-truck	??260

Bridge

Characteristic	Value
?????�?????? ?�???�?� ?????�???????�??, ????*	0.02 ÷ 0.15
?�?�?�???? ???????????�?� ???�???� ?�?????????�?� ???�???�?�???�??, ????
?????????� ?????�?�?�???�???�???�?�?� ??260 ?? ???????�?????�?�?????�?? ???????�???�?�?????�??	0.15 ÷ 0.20
??260 ?? ???????�?????�?�?????�?? ???????�???�?�?????�??	0.05 ÷ 0.20
?????�?????�?�???? ???????????????????� ???�?????�?�?? ???�???�?�??????, ????
??233?�	1.3 ÷ 1.6
??260	1.5 ÷ 1.7
?�?�?????�?�?????�?? ?�???�?� ???�?????????? ???�???�?�?????? ???�?�???????? ???�???�???�?�??, ????	0.15 ÷ 0.20
?????�???�?�?????�?? ???�?�???�?????� ?�???�?????? ???�?????????? ???�???�?�?????? ???�?�???????? ???�???�???�?�??, ????	0.08
???�?�???? ?????�?????�?�???? ?????�?�?�???�???�???�?�?�, ????
??233?�	1.8 ÷ 2.5
??260	1.7 ÷ 2.5

* ?????�?????? ???�?? ???????�?�?�?? ?? ?�?�???�?�?�?????�???? ?�?�?????????? ?�?????????�???�???? ???�?�?�?????�???�????

?????????�?????� ???� ???�?????????�?�

Characteristic	Value
Type	???� ?????�?????�?�?????�???�?�???????� ?�?????�?????�?� ???????�?????�?� (???�?????????�?�) ?? ?�?�?�?�???????????�?�?????????? ?�???????�???�?�?�?????�???? ?? ???�?�?�???�???�?�?�???????? ???????�???�?�?????? ?????�?????�?????????�??
?????? ?�???????�???�?�?�????????	?�???????�???�???�?�???????�, ?????????�???????????�???? ???�?????�??????

Suspension of the helical springs

Characteristic	Value
Type	???� ???????�?????�?� ???????�?????�?� ?? ?�?�?�?�???????????�?�?????????? ?�???????�???�?�?�?????�???? ?? ???�?�?�???�???�?�?�???????? ???????�???�?�?????? ?????�?????�?????????�?? ???� ???�?????�?????�?� ???????�?�???�
?????? ?�???????�???�?�?�????????	?�???????�???�???�?�???????�, ?????????�???????????�???? ???�?????�??????
???????????� ?????????�?????? ???????�?�	?????????�?????�?????? ???????????�?????�?� ?? ???????�???�?�?????? ???�?�???�?????????? ???�?�????

???�???�???????? ?? ?�?�???????? ???????�?� (???????�?�?? ?????�???????� ?�?�?� ???�?????????� (?? 1992) EFI)

Common parameters

Characteristic	Value
???�???�???�?�???�?????� ???�???????�?????� ???�?�???????? ???�???�???�?�??
???????�?�?? ???�?????�???? ?? ?????????�?????�?�
4.2 ?� ?? ?�??????	4.111:1
4.2 ?� ?? ????	3.900:1
3.0 ?� ?? ?�??????	4.375:1
???????�?�?? ???�???�???�?? (?�??????????) ?? ????????-???????�????????
?? ???�?????????????? ?????????�????????	4.375:1
?? ?????????�???????? ???� ???????�?????�?� ???????�?????�?�	4.111:1

Steering

Steering gear

Characteristic	Value
Type
Models of early years of release (until 1992)	?�?�56S??
???????�?�?? ?????�???????� ?�?�?� ???�?????????� (?? 1992) EFI	?�?�69??
Gear ratio	17:1
The number of turns of the steering wheel (from lock to lock)
???????�?�?? ???�?????�???? ?? ?????????�?????�?�	3.7
Models utilities (Van) and Mini-truck	3.6
???????�???� ???????????�?�?????�?????? ?????�?�???????? ?????�?�???� (???? ???�??????), ??
1 ???�???????� ???� ?�?�???�???�?�?????????? ?????�???�?�??????	???�???�?� 39

Steering Pump

Characteristic	Value
Type	Vane
?�?�???�?�?????� ?????????�???�???�?�???????? ?�???????????�?? ?????? ?�???�?????�?�?� ???�???????�?�?� ?????????�?�?�?�??, ?????�
???????�?�?? ???�???????� ?�?�?� ???�?????????� (???? 1992 ??.)	8 630 ÷ 9 219
???????�?�?? ?????�???????� ?�?�?� ???�?????????� (?? 1992) EFI
???�?????�???? ?? ?????????�?????�?�	8 140 ÷ 9 728
???�???�???�?? (?�??????????) ?? ????????-???????�????????	7 159 ÷ 7 748

The corners of the front axle

???????�?�?? ???�???????� ?�?�?� ???�?????????� (???? 1992)

???�???�???�?? (?�??????????) ?? ????????-???????�????????

Characteristic	Value
Convergence, mm
10R/15-6PRLT	0 ÷ 2 (???�?????�?�?�?�?�?????�??)
215/80R16 ?? 7.50 R16	0 ÷ 2 (?????�???�???�?�?�?????�??)
Camber	0?� ÷ 1?�
???????� ???????????�?????????? ???�???�?????� ?????? ?????????????�?� ?????�?�???� (???�?�?�??)	2?� 50' ÷ 3?� 50'
???????� ???????�???�?�???????? ???�???�?????� ?????? ?????????????�?� ?????�?�???�	7?� ÷ 8?�
???????� ?????????�?� - ?????�???�?? ???�?�?????????�
Inner wheel	28?� ÷ 30?�
Outside wheel	28?� ÷ 30?�

???�?????�???? ?? ?????????�?????�?�

Characteristic	Value
Convergence, mm
10R/15-6PRLT	0 ÷ 2 (???�?????�?�?�?�?�?????�??)
215/80R16 ?? 7.50 R16	0 ÷ 2 (?????�???�???�?�?�?????�??)
Camber	0?� ÷ 1?�
???????� ???????????�?????????? ???�???�?????� ?????? ?????????????�?� ?????�?�???� (???�?�?�??)
Versatile	2?� 5' ÷ 3?� 5'
Hardtop	2?� 20' ÷ 3?� 20'
???????� ???????�???�?�???????? ???�???�?????� ?????? ?????????????�?� ?????�?�???�	7?� ÷ 8?�
???????� ?????????�?� - ?????�???�?? ???�?�?????????�
Inner wheel	30?� ÷ 32?�
Outside wheel	27?� ÷ 29?�

???????�?�?? ?????�???????� ?�?�?� ???�?????????� (?? 1992) EFI

???�???�???�?? (?�??????????) ?? ????????-???????�???????? ?? ?????????�???????? ???� ???????�?????�?� ???????�?????�?�

Characteristic	Value
Convergence, mm
10R/15-6PRLT	0 ÷ 2 (???�?????�?�?�?�?�?????�??)
215/80R16 ?? 7.50 R16	0 ÷ 2 (?????�???�???�?�?�?????�??)
Camber	0?� ÷ 1?�
???????� ???????????�?????????? ???�???�?????� ?????? ?????????????�?� ?????�?�???� (???�?�?�??)	2?� 5' ÷ 3?� 5'
???????� ???????�???�?�???????? ???�???�?????� ?????? ?????????????�?� ?????�?�???�	7?� ÷ 8?�
???????� ?????????�?� - ?????�???�?? ???�?�?????????�
Inner wheel	30?� ÷ 32?�
Outside wheel	27?� ÷ 29?�

?�?????�???????� ???�?�???�???????�?????????????�?????�

?�?�?????�, ?�?�

Characteristic	Value
?�???�???????�?� ?�?�???�
?�?�????-?�?�???� ???�?????�?�???�???????? ?�?????�	60/50
?�?�????-?�?�???� ?? ???�?�?????�?????�???? ?????�?�?????�????	60/55
???�???�???????� ?? ?�?�???????� ?????�?�?�?�?�?�?? ?????????????�????	21
???�???????????�???�?� ????????	5
Side repeater indicators
(???�???�???�?? (?�??????????))	21/5
Reversing lights	21
License plate light	10
???�???????????�???�?� ????????	5
Interior lighting	10
???�???�?�?????? ?????�?�???????�?�?????�?� ?????�?�?�?�?�?�?? ?????????????�???? (???????�?�?? ?????�???????� ?�?�?� ???�?????????�)	21

Efforts of a tightening of carving connections, Nanometer

Engine 4.2 l

?????????� ?????�???????� ?�?�?� ???�?????????� ???�?????????????�?????�?� ???????�???????? ?�?????�?????� (EFI)

Characteristic	Value
Bolts cylinder head
???�?????�?? ???�?�??????	29
?�?�?????�?? ???�?�??????	57 ÷ 67
?????�?�???? ???�?�??????	?????�???????�???? ?????�?�?�???�?? ?�???�?�?�
?�?�?�???�???�?�?? ???�?�??????	29
?????�?�?? ???�?�??????	69?� ÷ 74?� ???? ?????�?????�???? ???�?? 64 ÷ 74
???�???�???????� ?�???�?�?� ?????�???????? ?�???�????????????	6.4 ÷ 7.5
?�???�?�?� ?????? ???????????�???�?�	16 ÷ 19
???????�?????�?????? ???????????�???�?�	16 ÷ 22
?�?�?????? ?? ?�???�?�?� ?????????????????? ?�?????�???????????????�	16 ÷ 19
?�?�?????? ?? ?�???�?�?� ???�???????????????? ?????�?�?�???�?????�	27 ÷ 31
Bolts cylinder head cover	1 ÷ 3
?�???�?� ?????�???�?�?????? ?????????????????? ???�???�?�?????? ???�???????�???�?�???�?�?�?? ?? ???�???????�???�?�???�?�?�?????????? ???�?�??	132 ÷ 142
?�???�?�?� ???�?????�???�?????�?�?? ?? ???�?�???�???�?�?�?? ?�?�???? ???�???????�???�?�???�?�?�?????????? ???�?�?�	7 ÷ 8
Bolt crankshaft pulley	142 ÷ 152
?�?�?????? ?? ?�???�?�?� ?????�?????? ???�?�?????�???????�???�?�???�?�?�???????? ?�?�????	21 ÷ 26
Bolts main bearing caps	162 ÷ 172
?�?�?????? ?????�???�?? ???�?�???????�?� ??????????????????????
???�?????�?? ???�?�??????	38 ÷ 40
?�?�?????�?? ???�?�??????	67 ÷ 71 ???�?? 40?� ÷ 45?� ???? ?????�?????�????
Bolts of the oil pan	7 ÷ 8
?�???�?�?� ?????�???�?�?????? ???�???�???�?�?�???????????� ???�???�?????????? ???�???????�	16 ÷ 19
???�???????�?? ???????�???� ?????????????� ?????�?�?�???�	29 ÷ 39
The bolts of the rear oil seal	21 ÷ 26
?�???�?�?� ?? ???�?????? ?????�???�?�?????? ???�???�?????????? ???�???????�	16 ÷ 19
?�?�?????� ?????�?�?�???� ?????????????� ?�?????�???????????? ???�???????�	16 ÷ 19
?�???�?�?� ?�?�?????�?? ?????�?????? ???�???�?????????? ???�???????�	7 ÷ 8
Tube reducing valve of the oil pump	39 ÷ 69
?�?�?????? ?? ?�???�?�?� ???�???�?????�?�?�?????�?�?�??	16 ÷ 21
???????�???� ???�???????�?????????????? ???�?�???�???� ???�???�?????�?�?�?????�?�?�??	29 ÷ 49
?�???�?�?� ?? ???�?????? ???????????????? ???�???????�	16 ÷ 19

?????�???????� ?�?�?� ???�?????????� ?? ???????�???????? ?�?????�?????� (EFI)

Characteristic	Value
Bolts and nuts intake manifold to the cylinder head	16 ÷ 19
?�???�?�?� ?????�???�?�?????? ???�?????�?�?�?�?�?�???????? ???�???�???� ?????�?????????????? ?�???�???�?� ?? ?????????????????? ?�?????�????????????????	16 ÷ 19
?�???�?�?� ?????�???�?�?????? ?????????????� ???????????�?�?? ?? ???�?????�?�?�?�?�?�???????? ???�???�???�
???�?????�?? ???�?�??????	9 ÷ 11
?�?�?????�?? ???�?�??????	18 ÷ 22

Engine 3.0 l

Characteristic	Value
Bolts cylinder head
???�?????�?? ???�?�??????	29
?�?�?????�?? ???�?�??????	78
?????�?�???? ???�?�??????	?????�???????�???? ?????�?�?�???�?? ?�???�?�?�
?�?�?�???�???�?�?? ???�?�??????	29
?????�?�?? ???�?�??????	78 ÷ 88 ???�?? ???� 100?� ÷ 105?� ???? ?????�?????�????
?????�?????�?� ?�???�?�?� ?????�???????? ?�???�????????????	9 ÷ 12
?�???�?�?� ?????�?? ???????????�???�?�	18 ÷ 22
?�?????�?� ?????�?????? ?????�???????? ?�???�????????????	2 ÷ 4
?�???�?�?� ???�???�?�?????? ???�???????�???�?�???�?�?�?????????? ???�?�?�	16 ÷ 22
Bolts of a persistent plate of a camshaft	7 ÷ 8
Timing belt cover bolts	3 ÷ 5
???????�?????�?????� ???�?�???�???�?�?�?? ???�?�?????�???????�???�?�???�?�?�?????????? ???�??????	43 ÷ 58
Bolts flywheel	142 ÷ 152
Bolt crankshaft pulley	142 ÷ 152
?�?�?????? ?? ?�???�?�?� ?????????????????? ?�?????�???????????????�	18 ÷ 22
Exhaust manifold nuts	27 ÷ 31
?�???�?�?� ???�?�?�?? ?????�?????? ???????�?????�?� ??????????????????????	46 ÷ 52
?�?�?????? ?????�???�?? ???�?�???????�?� ??????????????????????
???�?????�?? ???�?�??????	14 ÷ 16
?�?�?????�?? ???�?�??????	38 ÷ 44 ???�?? 60?� ÷ 65?� ???? ?????�?????�????
Bolts of the oil pan	5 ÷ 7
?�???�?�?� ?????�???�?�?????? ???�???�???�?�?�???????????� ???�???�?????????? ???�???????�	16 ÷ 21
???�???????�?? ???????�???� ?????????????� ?????�?�?�???�	29 ÷ 39
The bolts of the rear oil seal	7 ÷ 8
?�?????�?� ?????�?????? ???�???�?????????? ???�???????�	4 ÷ 5
Tube reducing valve of the oil pump	39 ÷ 69
Bolts of fastening of the oil pump	9 ÷ 11.8

Cooling system

L models 3.0

Characteristic	Value
Bolts thermostat housing	16 ÷ 21
?�???�?�?� ?????�???�?�?????? ???�?????�?�?????�	4 ÷ 5
?�???�?�?� ?????�???�?�?????? ???�???�???�???�?????� ???�?????�?�?????�	7 ÷ 8
?�?�?????? ?????�???�?�?????? ?????�?�?� ???�?�???�?�?????? ???�???�???�???�?????�	7 ÷ 8

Models 4.2 l

Characteristic	Value
?�???�?�?� ?? ???�?????? ?????�???�?�?????? ???????????????? ???�???????�	16 ÷ 19
?�???�?�?� ?????�???�?� ?�?�?????????�?�?�?�	21 ÷ 26
?�???�?�?� ?????�???�?�?????? ???�?????�?�?????�	4 ÷ 5
?�???�?�?� ?????�???�?�?????? ???�???�???�???�?????� ???�?????�?�?????�	9 ÷ 11
?�???�?�?� ?????�???�?�?????? ?????�?�?� ???�?�???�?�?????? ???�???�???�???�?????�	9 ÷ 11

???????�?�???� ?????�?�?????? ?? ???????�???�?�?????? ?????????�?�?�?�?�?? ???????�?�?�?? 4.2 ?� EFI

Characteristic	Value
Bolts throttle body
???�?????�?? ???�?�??????	9 ÷ 11
?�?�?????�?? ???�?�??????	18 ÷ 22
Bolts fuel line	10 ÷ 12
?�???�?�?� ?????�???�?�?????? ???�?????�?�?�?�?�?�???????? ???�???�???� ?????�?????????????? ?�???�???�?�	16 ÷ 19
l-probe	40 ÷ 50

Ignition system

Characteristic	Value
Spark plug	20 ÷ 29

L models 3.0

Characteristic	Value
Bolt generator	45 ÷ 60
?�?�?????� ?????�???�?�?????? ???????????????????? ?????????� ???�???�???�?�?????�	39 ÷ 59
?�???�?� ?????�???�?�?????? ???�?�???�?�???�	30 ÷ 40
?�???�?� ?????�???�?�?????? ???�???????�???�?�???�?�?�??	9 ÷ 12

Models 4.2 l

Characteristic	Value
?�?�?????�???????????�???�?? ?�???�?� ???�???�???�?�?????�	21 ÷ 26

?�???�???�?? ?�???�????????????????

Models 4.2 l

Characteristic	Value
?�???�?�?� ?????�???�?�?????? ?????????�?� ???�?�???�?�?????? ?? ?????????�?�?�?�??
?�???�, ?????????� 65 ????	29 ÷ 39
65 ????	83 ÷ 113
?�???�?�?� ?????�???�?�?????? ?????????�?� ???�?�???�?�?????? ?? ?�???�????????????????	54 ÷ 72
?�?�?????? ?? ?�???�?�?� ?????�???�?�?????? ???�???�?????�???? ???�?????�?????????? ???�?�?�	78 ÷ 88
?�?�?????? ?? ?�???�?�?� ?????�???�?�?????? ?�?�?????�???? ???�?????�?????????? ???�?�?�	93 ÷ 108
?�???�?�?� ?????�???�?�?????? ?????�???�?� ?????�?????�?????? ?? ?�???�????????????????	57 ÷ 72
Bolts of the front cover	16 ÷ 21
?�???�?�?� ???�???�?�?�?�?�??[?�?? ?] ???????????????????�[???? ?]	16 ÷ 21
?�???�?� ?????�???�?�?????? ???�???????????????? ?�?�?�?�???� ?????????�?�???�???�?????? ???�???�?�?????? ?�?�?????�?? ???�???�???�?�??	16 ÷ 21
?�???�?�?� ?????�???�?� ???????�???�?�?????? ???�???�???�???�?�?????�?? ???�???�???�?�	16 ÷ 21
?�???�?�?� ?????�???�?� ???�?�?�?????�???� ???�?�?????� ???�???�???�?�	19 ÷ 21
?�???�?�?� ???�???�???�?? ?????�??????	19 ÷ 21

L models 3.0

???????�?�?? ???�?????????� ???? ?????�???�???? 1994 ??.

Characteristic	Value
Bolts of fastening of transmission to the engine
?�???�, ?????????� 65 ????	29 ÷ 39
65 ????	39 ÷ 49
?�?�?????? ?? ?�???�?�?� ?????�???�?�?????? ???�???�?????�???? ???�?????�?????????? ???�?�?�	78 ÷ 88
?�?�?????? ?? ?�???�?�?� ?????�???�?�?????? ?�?�?????�???? ???�?????�?????????? ???�?�?�	93 ÷ 108
?�???�?�?� ?????�???�?�?????? ?????�???�?� ?????�?????�?????? ?? ?????????�?? ???�?�???�?�??????	31 ÷ 42
Bolts of the front cover	16 ÷ 21
?�???�?�?� ???�???�?�?�?�?�??[?�?? ?] ???????????????????�[???? ?]	16 ÷ 21
?�???�?� ???�?????� ???�???�???�???�?�?????? ?�?�?????�??/?????�???? ???�???�???�?�	25 ÷ 29
?�???�?� ?????�?�?� ?�???????�?�?????�	31 ÷ 42
?�?�???�???????� ?????�?�?� ?�???????�?�?????�	19 ÷ 25
?�???�?�?� ?????�???�?� ???????�???�?�?????? ???�???�???�???�?�?????�?? ???�???�???�?�	16 ÷ 21

???????�?�?? ???�?????????� ?? ?????�???�???? 1994 ??.

Characteristic	Value
Bolts of fastening of transmission to the engine
?�???�, ?????????� 40 ????	39 ÷ 49
40 mm	29 ÷ 39
?�?�?????? ?? ?�???�?�?� ?????�???�?�?????? ???�???�?????�???? ???�?????�?????????? ???�?�?�	78 ÷ 88
?�?�?????? ?? ?�???�?�?� ?????�???�?�?????? ?�?�?????�???? ???�?????�?????????? ???�?�?�	93 ÷ 108

Automatic Transmission

Characteristic	Value
Bolts disk drive to the drive rotation	39 ÷ 49
Bolts disk drive to the crankshaft	147 ÷ 167
?�???�?�?� ?????????????� ???�???�?�???� ?�???�????????????????	5 ÷ 8
???????�?????�?????� ?�?????? ???�?�?????� ???�???�???�?�	22 ÷ 27

Transfer case

Characteristic	Value
?�???�?�?� ?????�???�?�?????? ???�?�???�?�???�?????? ?????????�????	32 ÷ 42
?�???�?�?� ?�???�?� ???�?�?�?????�???� ???�?????????�???????? ?�?????????�?�	42 ÷ 52
?�?�?????� ???�???�?????�???? ???????????????????? ?�?�?�???�?�	226 ÷ 324
?�?�?????� ?�?�?????�???? ???????????????????? ?�?�?�???�?�	294 ÷ 451
?�?�?????? ?? ?�???�?�?� ???�???�?????�???? ???�?????�?????????? ???�?�?�	78 ÷ 88
?�?�?????? ?? ?�???�?�?� ?�?�?????�???? ???�?????�?????????? ???�?�?�	93 ÷ 108
?�?????�?� ???�???�?�?�?�?�?? ???????????????????� ???�???????????? ???�?�?�	16 ÷ 21
?�???�?�?� ???�???�?�???� ???�?�???�?�???�?????? ?????????�????	26 ÷ 36
???????�???? ?�???????�?�????????	19 ÷ 25

Drive shafts

Characteristic	Value
?�?�?????? ?? ?�???�?�?� ???�???�?????�???? ???�?????�?????????? ???�?�?�	78 ÷ 88
?�?�?????? ?? ?�???�?�?� ?�?�?????�???? ???�?????�?????????? ???�?�?�	93 ÷ 108

Clutch

Characteristic	Value
Bolts flywheel clutch	22 ÷ 29
?�???�?�?� ?????�???�?�?????? ???�?�?????????� ?? ?????�?�???�?�?�?????? ???�?�??
Models 4.2 l	147 ÷ 167
L models 3.0	142 ÷ 152
?�???�?�?� ?????�???�?�?????? ???�???????????????????�	8 ÷ 12
?�???�?�?� ?????�???�?�?????? ???�?�?????????? ?�???�?????????�	8 ÷ 12
?�???�?�?� ?????�???�?�?????? ?????????�?????�?�?�?????????? ?�???�?????????�	30 ÷ 40
Nut bolt axial clutch pedal	16 ÷ 22

brake system

???????�?�?? ???�???????� ?�?�?� ???�?????????�

Characteristic	Value
Nuts of fastening of the GTZ	8 ÷ 11
?�?�?????? ?????�???�?�?????? ???�???????????????? ???????�???�?�?�?? (???�???????????????????�)	8 ÷ 11
?�?�?????� ?????�???????? ?�???�?�?� ?�?????????�?????? ???�???�?�??	8 ÷ 11
?????�?�?? ?�???�?� ???�???�?�?????????? ?????�???????�?????? ?????????????�?�	17 ÷ 20
???�???�?�?????�?� ???�?????? ?�?????????�???�?� ?�?????�????	15 ÷ 18
?�???�?�?� ?????�???�?�?????? ???�?�???�???�-???�?????�???�?????� ?�?????????�???????? ???�???�?�??????	8 ÷ 11
?�???�?�?� ?????�???�?�?????? ?????????????? ???????�?� ?????????????�?� ???�???�?????�???? ?�?????????�???????? ???�?�?�?????�???�	72 ÷ 97
?�???�?�?� ???�?????�???�?????�???� ???�?�???�?�?? ?????????????�?� ???�???�?????�???? ?�?????????�???????? ???�?�?�?????�???�	22 ÷ 31
?�???�?�?� ?????�???�?�?????? ?????????????? ???????�?� ?????????????�?� ?�?�?????�???? ?????????????????? ?�?????????�???????? ???�?�?�?????�???�	38 ÷ 52
?�???�?�?� ???�?????�???�?????�???� ???�?�???�?�?? ?????????????�?� ?�?�?????�???? ?????????????????? ?�?????????�???????? ???�?�?�?????�???�	31 ÷ 41
Bolts brake board	50 ÷ 68
?�???�?�?� ?????�???�?�?????? ?????�?�?????????? ?�???�?????????� ?�?�?????�???? ?�?�???�?�?�?????????? ?�?????????�???????? ???�?�?�?????�???�	5.3 ÷ 7.3
?�???�?�?� ?????�???�?�?????? ?�?????????�???????? ?�???�?� ???�?�?�?????�???� ???�?????????�???????? ?�?????????�?�	42 ÷ 52
?�???�?�?� ?????�???�?�?????? ?�?????????�???????? ?????????� ???�???�???????� ?�?????????�???�?� ???�?�?�?????�??????	50 ÷ 68

???????�?�?? ?????�???????� ?�?�?� ???�?????????� (?? ?�?????????�?� 1995 ??.) EFI

Characteristic	Value
?�?�?????? ?????�???�?�?????? ???�???????????????? ???????�???�?�?�??	13 ÷ 16
Nuts of fastening of the GTZ	12 ÷ 15
Wheel nuts	118 ÷ 147

???�???�???????? ?????????�?????� (???????�?�?? ???�???????� ?�?�?� ???�?????????� (???? 1992 ??.))

Front axle

Characteristic	Value
?�???�?�?� ?????�???�?�?????? ???�???????�?� ?? ???�???�???�?�???�???????? ????????????????	54 ÷ 59
???????�?????�?????� ???�???????�???????? ???????????????????�	167 ÷ 196
?�???�?�?� ?????�???�?�?????? ?�?????????�???�?� ?�???�????	30 ÷ 40
?�???�?�?� ?????�???�?�?????? ?�?????????�???�?� ???????????? ?? ???�???????�?�??	50 ÷ 68
?�???�?�?� ?????�???�?? ?????????????????????? ?????????????�???�?� ?????�?�??????	30 ÷ 40
?�???�?�?� ?�?�?�???�???�?� ?????�???�?????�?�?�?�??	9 ÷ 12
?�???�?� ?�?�???????????????? ?????�??	23 ÷ 26
?�?�?????? ?????�???�?�?????? ???�???????? ???�?�???????? ???�???�???�?�??	54 ÷ 64
?�?�?????� ?�?�?�???�?� ???�?????�?�?? ???�???�?�??????	196 ÷ 284
?�???�?�?� ?????�???�?? ?�?????????�?� ?????????????????????? ?????�?�?�???�???�???�?�?�	93 ÷ 103
?�???�?�?� ?????�???�?�?????? ???�?????????? ???�???�?�?????? ???�?�???????? ???�???�???�?�??	132 ÷ 152
?�???�?�?� ?????????�???? ?????�?�?�???�???�???�?�?�	64 ÷ 74
?�???�?�?� ?? ???�?????? ???�?????�?????????? ???�?�?�	78 ÷ 88

?????????�?????� ???� ???�?????????�?�

Characteristic	Value
?�?�?????? U-???�???�?�???�?� ?�???�?�???? ???�???�?????????? ???�????????	108 ÷ 118
?�?�?????? ?�?????�?????�?� ???�?�???�?�?? ?????�???�?�?????? ???�????????	76 ÷ 102
?�?�?????? ???�?�???�?�?? ???�???�?? ???�????????	76 ÷ 102
?�???�?�?� ?????�???�?�?????? ???�?�?�???�???�?�?�?????� ???????�???�?�?????? ?????�?????�?????????�?? ?? ???�???�?�???? ???????�?�	25 ÷ 32
?�?�?????? ?????�???�?�?????? ???�?�?�???�???�?�?�?????� ???????�???�?�?????? ?????�?????�?????????�?? ?? ???�??????	20 ÷ 23
?�?�?????? ?????�???�?�?????? ?�???????�???�?�?�????????
Top	20 ÷ 23
Lower	47 ÷ 65

Suspension of the helical springs

Characteristic	Value
?�?�???????? ???�?????� ???????????�?????????? ???�?�?�???�	93 ÷ 123
?�?�?????? ?????�???�?�?????? ???????????�?????????? ???�?�?�???� ?? ???????�??	157 ÷ 216
?�?�?????� ?????�???�?�?????? ???????�???�?�?????? ???�?�???�?????????? ???�?�?????? ?? ???????�??	127 ÷ 167
?�?�?????? ?????�???�?�?????? ?�???????�???�?�?�????????	45 ÷ 52
?�?�?????? ???????????�?�???????? ?�???????�???�?�?�????????	39 ÷ 53
?�?�?????? ???�???�?? ???�?�?�???�???�?�?�?????� ???????�???�?�?????? ?????�?????�?????????�??	25 ÷ 32
?�?�?????? ???�???????�?� ???�???????????? ???�?�?�???�???�?�?�?????� ???????�???�?�?????? ?????�?????�?????????�??	20 ÷ 23
?�???�?�?� ???????????�?� ???????????�?�???????? ???�?�?�???�???�?�?�?????� ???????�???�?�?????? ?????�?????�?????????�??	25 ÷ 32

?�?�???????? ?????????�?????� (???????�?�?? ???�???????� ?�?�?� ???�?????????�)

Rear Axle

Characteristic	Value
?�?�?????? ?????�???�?�?????? ?????�???????�??	53 ÷ 63
?�???�?�?� ?????�???�?�?????? ?????????????�?�	38 ÷ 52
?�?�?????� ?????�???�?�?????? ???????????????????� ???????�?�	441 ÷ 490
?�?�?????? ?? ?�???�?�?� ???�?????�?????????? ???�?�?�	93 ÷ 108
?�?�?????� ???�?????�?�?? ???�???�?�??????
??233?�	196 ÷ 284
??260	167 ÷ 245
?�?�?????? ?????�???�?�?????? ???�???????? ???�?�???????? ???�???�???�?�??
??233?�	54 ÷ 64
??260	27 ÷ 36
?�???�?�?� ?????????�???? ?????�?�?�???�???�???�?�?�
??233?�	64 ÷ 74
??260	39 ÷ 54
?�?????�?� ?????????�???? ?????�?�?�???�???�???�?�?� ???????�?????�?�?????????? ???????�???�?�??????	8 ÷ 11
?�???�?�?� ?????�???�?�?????? ???�?????????? ???�???�?�?????? ???�?�???????? ???�???�???�?�??
??233?�	132 ÷ 152
??260	196 ÷ 226
?�???�?�?� ?????�???�?? ?�?????????�?� ??????????????????????
??233?�	93 ÷ 103
??260	78 ÷ 98

?????????�?????� ???� ???�?????????�?�

Characteristic	Value
?�?�?????? U-???�???�?�???�?� ?�???�?�???? ???�???�??????????	108 ÷ 147
?�?�?????? ?�?????�?????�?� ???�?�???�?�?? ?????�???�?�?????? ???�????????	76 ÷ 102
?�?�?????? ???�?�???�?�?? ???�???�?? ???�????????	76 ÷ 102
?�?�?????? ???????? ?�???????�???�?�?�????????
Top	47 ÷ 65
Lower	17 ÷ 23

Suspension of the helical springs

Characteristic	Value
?�?�?????? ?????�???�?�?????? ???????????�?????�?� ???�?�???�???????�?� ???�?�???? ?? ???�??????
?�?�???�?????� ???�?�??????	98 ÷ 137
?????�?????� ???�?�??????	147 ÷ 177
?�?�?????? ?????�???�?�?????? ???????????�?????�?� ???�?�???�???????�?� ???�?�???? ?? ???????�??	98 ÷ 137
?�?�?????� ?????�???�?�?????? ???????�???�?�?????? ???�?�???�?????????? ???�?�?????? ?? ???�??????	137 ÷ 167
?�?�?????� ?????�???�?�?????? ???????�???�?�?????? ???�?�???�?????????? ???�?�?????? ?? ???????�??	117 ÷ 158
?�?�?????? ?�???????�???�?�?�????????	30 ÷ 40
Nuts rack stabilizer lateral stability	25 ÷ 32
Nuts ball joint stabilizer lateral stability	32 ÷ 38
Bolts support brackets stabilizer lateral stability	25 ÷ 32

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