798646e1

14:14. Appendices

Nominal force of tightening of threaded connections is specified in the end of each of Sections of the Appendix, and also included in composition of material of paragraphs of the text of the Management.

General technical characteristics

Characteristic

Value

Full length, mm

Station Wagon

4810

Versatile person

Ti 4890

Hardtop

4240

To the utility (Van) (Utility) and Cab Chassis 4970

To the utility (Van) and the Mini-truck of late years of release (since 1992) with a suspension bracket on screw springs

4700

Full width, mm

The versatile person and Hardtop (without slips on wings)

1800

The versatile person and Hardtop (with slips on wings)

1930

To the utility (Van) and Mini-truck

1690

To the utility (Van) and the Mini-truck of late years of release (since 1992) with a suspension bracket on screw springs

1930

Wheel base, mm

Versatile person, Utiliti (Van) and Mini-truck

2970

Hardtop

2400

Radius of turn, m

Versatile person, Utiliti (Van) and Mini-truck

6.7

Hardtop

5.5

Volume of the fuel tank, l

Versatile person and Hardtop

95

To the utility (Van) and Mini-truck 90

The admissible mass of the towed trailer, kg

Models of early years of release (till 1992)
  • The trailer equipped with brakes
2500
  • The trailer which is not equipped with brakes

750

Models of late years of release (since 1992)
The trailer equipped with brakes
  • The versatile person with RKPP

2800

  • All others

2500

The trailer which is not equipped with brakes

750

Maximum corner of a forward sves

42 °

Maximum corner of a back sves

30 °

Maximum corner of a platform

31 °

Maximum road gleam, mm

235

Maximum admissible depth of a water barrier, mm

600

Types and volumes of lubricants and liquids

All volumes are specified only approximately. Exact data can be obtained according to indications of measuring probes or definition through control/jellied openings.

Engine

Characteristic

Value

Type of the greasing liquid

SAE 20W/50SE is not worse than quality

Volume of the pallet of a case, l
Engine of 4.2 l
  • With the filter

8.2

  • Without filter

7.7

Engine of 3.0 l
  • With the filter

6.4

  • Without filter
6.0

Cooling system

Characteristic

Value

The volume of cooling liquid (including a broad tank), l
  • Models of 3.0 l

11.9

  • Models of 4.2 l with RKPP

13.9

  • Models of 4.2 l with AT

13.6

Antifreeze type

Antifreeze on the basis of ethylene glycol

Composition of mix, % content of antifreeze
  • To - 15 °C

30

  • To - 35 °C

50

Manual transmission

Characteristic

Value

Type of the greasing liquid

SAE 75W/90 GL4

Volume, l

  • Engine of 4.2 l

3.9

  • Engine of 3.0 l

3.6

  • Engines of 3.0 l of models of release since October, 1994.

5.1

Automatic transmission

Characteristic

Value

ATF type

Matic D

Volume, 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. Use of the Australian liquid with the name Dexron II can lead to a transmission exit out of operation.

Transfer case

Characteristic

Value

Type of the greasing liquid

  • Models of early years of release (till 1992)

SAE 75W/90 GL4

  • Models of late years of release (since 1992)

EFI Dexron II

Volume, l

Release models till October, 1994.
  • Engine of 4.2 l

2.2

  • Engine of 3.0 l

1.9

All models of release since October, 1994.

1.9

Forward differential

Characteristic

Value

Type of the greasing liquid

SAE 80W/90 GL5

Volume, l

  • Models Hardtop and Versatile person

5.4

  • Utiliti's (Van) models and Mini-truck
    early years of release

4.3

  • Utiliti's (Van) models and Mini-truck
    late years of release with a suspension bracket on screw springs

5.4

Back differential

Characteristic

Value

Type of the greasing liquid

  • Differential of usual type and with blocking

SAE 80W/90 GL5

  • Differential of limited sliding

SAE LS80W/90 GL5 *

Volume, l

  • Models Hardtop and the Versatile person without blocking of differential

2.1

  • Models Hardtop and the Versatile person with blocking of differential

3.0

  • Utiliti's (Van) models and Mini-truck of early years of release

4.7

  • Utiliti's (Van) models and the Mini-truck of late years of release with a suspension bracket on screw springs

2.1


* At ambient temperature over 40 °C use SAE LS140 GL5 liquid

Brake fluid and hydraulic liquid of coupling

Characteristic

Value

Liquid type

DOT 3

Liquid of system of hydrostrengthening of a wheel

Characteristic

Value

Liquid type

Dexron II

Volume, l

0.9 ÷ 1.0

Lubricant for chassis components

Characteristic

Value

Lubricant type

NLGI#2 on a lithium basis

Requirements imposed to wheels and tires

Standard sizes and pressure of a rating of tires

See information to Schild on the car.

If the tires installed on the car are not listed among admissible on information Schild, consult about the admissible modes of operation and the recommended rating pressure at specialists of dealer office of the company manufacturer of the car.

Engine settings

All models, except 4.2 l of EFI

Characteristic

Value

Ignition order

1-5-3-6-2-4

Type of spark plugs

  • Engines of 3.0 l

NGK BKR6E

  • Engines of 4.2 l

NGK BP5ES

Interelectrode candle gap, mm

0.8 ÷ 0.9

Ignition advancing corner at single turns of the engine

Models of 3.0 l
  • At the disconnected vacuum hose

3 ° ± 2 ° before VMT

  • At the connected vacuum hose

15 ° ± 5 ° before VMT

Models of 4.2 l at the connected vacuum hose
  • Models with RKPP

10 ° ± 1 ° before VMT

  • Models with AT (the selector - in situation D)

10 ° ± 1 ° before VMT

Idling turns, in a minute

  • Models of 3.0 l

800 ± 50

  • Models of 4.2 l (the AT selector - in situation D)

650 ± 50

Gap in contacts of the breaker (model of 4.2 l), mm

0.45 ÷ 0.55

Duration (on a corner) the closed condition of contacts of the breaker (model of 4.2 l)

34 ° ÷ 40 °

Resistive resistance of VV of wires, kOhm

not higher than 30

Compression pressure in cylinders, kPa

Standard value
  • Models of 3.0 l

1 196

  • Models of 4.2 l

1 177

  • The minimum admissible

883

  • The maximum admissible difference between cylinders

98

Gaps of valves, mm

Models of 3.0 l

Zero (hydraulic pushers with the automatic machine chesky compensation are established)

Models of 4.2 l (the engine is heated-up, but is switched off)

0.38

Only models of 4.2 l of EFI

At implementation of adjusting procedures without fail compare the parameters provided below with brought on information Schild of settings of the engine, located in a motive compartment of the car. At a discrepancy correct should be read out the last (from a shilda).


Characteristic

Value

Type of spark plugs

BPR5E

Compression pressure in cylinders, kPa

  • Standard value

1 187

  • The minimum admissible

892

  • The maximum admissible difference between cylinders

98

Engine of 4.2 l

Except the late years of release equipped with injection of fuel (EFI)

General parameters

Characteristic

Value

Engine type

6-cylinder, OHV

Model

TB42

Working volume, cm

3 4 169

Diameter of cylinders, mm

96

Course of pistons, mm

96

Ignition order

1-5-3-6-2-4

Extent of compression

8.3:1

Compression pressure in cylinders, kPa

  • Standard value

1 177

  • The minimum admissible

883

  • The maximum admissible difference between cylinders

98

Head of cylinders

Characteristic

Value

Design

Integral

Material

Aluminum alloy

Admissible not planeness of the interfaced surface, mm

0.2

Height of a head, mm

  • Standard

117.19 ÷ 117.59

  • The maximum admissible depth of milling (together with the block), mm

0.2

Width of a working facet of saddles of valves, mm

  • Inlet

2.4 ÷ 2.8

  • Final

1.4 ÷ 1.9

Tilt angle of a facet of saddles of valves

45 °

Type of the directing plugs of valves

Replaceable

Height of a vystupaniye of the directing plugs of valves, mm

11.7 ÷ 12.3

Valves and valvate springs

Characteristic

Value

Diameter of cores of valves, mm

  • Inlet

7.965 ÷ 7.980

  • Final

7.945 ÷ 7.960

Gap of landing of cores of valves in the directing plugs, mm

Standard
  • Inlet

0.020 ÷ 0.053

  • Final

0.040 ÷ 0.073

Limit admissible

0.1

Length of valves, mm

  • Inlet

116.7 ÷ 117.0

  • Final

117.0 ÷ 117.3

Height of the cylindrical site (corbel) of plates of valves, mm

Standard
  • Inlet

1.3

  • Final

1.5

The minimum admissible

0.5

Tilt angle of a facet of plates of valves

45 ° 30'

Free length of valvate springs, mm

  • Internal

44.10

  • External

49.77

Admissible limit of a tortsovka of valvate springs, mm

  • Internal

1.9

  • External

2.2

Assembly length of valvate springs, mm

  • Internal

35

  • External

40

Assembly of the drive of valves (yokes and axis of yokes)

Characteristic

Value

External Ø of an axis of yokes, mm

19.979 ÷ 20.000

Internal Ø of yokes, mm

20.020 ÷ 20.038

Gap of landing of yokes to axes, mm

0.020 ÷ 0.059

Camshaft

Characteristic

Value

Number of bearings

7

Maximum admissible limit of a bend, mm

0.06

Limit admissible axial side play, mm

0.5

Gap in bearings, mm

  • Standard

0.20 ÷ 0.109

  • Limit admissible

0.15

Diameter of bearing necks, mm

  • Lobby

50.721 ÷ 50.740

  • The second

50.521 ÷ 50.540

  • The third

50.321 ÷ 50.340

  • The fourth

50.121 ÷ 50.140

  • The fifth

49.921 ÷ 49.940

  • The sixth

49.721 ÷ 49.740

  • Back

49.521 ÷ 49.540

Height of cams (on a working ledge), mm

  • Standard

42.311 ÷ 42.561

  • Maximum admissible size of wear

0.15

Pushers of valves and bar of pushers

Characteristic

Value

Ø pushers, mm

24.970 ÷ 24.980

Ø nests of pushers in the block of the engine, mm

25.000 ÷ 25.033

Gap of landing of pushers in nests, mm

  • Standard

0.020 ÷ 0.063

  • Limit admissible

0.1

Maximum admissible bend of bars of pushers, mm

0.5

Block of cylinders

Characteristic

Value

Type

6-cylinder line

Material

Iron casting

Admissible not planeness of the interfaced surface, mm

0.10

Diameter of cylinders (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

Admissible limit of wear of cylinders, mm

0.20

Maximum admissible ovality of cylinders, mm

0.015

Maximum admissible conicity of cylinders, mm

0.010

Bent shaft and radical bearings

Characteristic

Value

Number of radical bearings

7

Axial side play of a bent shaft

  • Is established

6th persistent bearing

  • Maximum admissible, mm

0.30

Standard Ø of radical necks of a bent shaft, mm *

70.907 ÷ 70.920

Standard Ø of conrod necks of a bent shaft, mmkh

56.913 ÷ 56.926

Maximum admissible ovality and conicity of all necks, mm

0.0025

Maximum admissible bend of a bent shaft, mm


0.20

Gap in radical bearings, mm

  • Standard

0.041 ÷ 0.087

  • Limit admissible

0.09

Released repair (with belittling) the sizes (Ø) of radical bearings, mm

0.25, 0.50, 0.75, 1.0


* For achievement of the required gap in bearings of a neck of a shaft are pierced

Rods and conrod bearings

Characteristic

Value

The maximum admissible bend of rods, mm on 100 mm of length

0.15

The maximum admissible twisting of rods, mm on 100 mm of length

0.3

Size of rods between centers openings, mm

166.45 ÷ 166.55

Side gap of rods, mm

  • Standard

0.20 ÷ 0.30

  • Limit admissible

0.40

Gap in conrod bearings, mm

  • Standard

0.027 ÷ 0.061

  • Limit admissible

0.09

Released repair (with belittling) the sizes (Ø) of conrod bearings, mm

0.25, 0.50, 0.75, 1.0

Pistons and piston fingers

Characteristic

Value

Standard Ø of pistons, 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

Repair excesses, mm

0.50, 1.0

Point of measurement of 20.0 mm from the opening Ø piston bottom under landing of a piston finger, mm

22.987 ÷ 22.993

Dense landing of a piston finger in the piston, mm

0.004 ÷ 0.008

Lubricant gap of landing of a piston finger in the top head of a rod, mm

0.005 ÷ 0.017

Gap of landing of a piston skirt in the cylinder, mm

0.015 ÷ 0.035

Piston rings

Characteristic

Value

Quantity

  • Compression

2

  • Oil scraper

1

Gap in locks of piston rings, mm

Compression

0.30 ÷ 0.45

Oil scraper

0.20 ÷ 0.60

The maximum admissible

1.5

Side gap of landing of piston rings in flutes, mm

  • The top compression

0.040 ÷ 0.073

  • The second compression

0.030 ÷ 0.063

  • Oil scraper

0.015 ÷ 0.185

  • The maximum admissible

0.1

Lubrication system

Characteristic

Value

Oil pressure at single turns, kPa

Not less than 49

Oil pressure at 2 800 rpm, kPa

392 ÷ 451

Gaps in the oil pump, mm

  • Between working edges of gear wheels

No more than 0.12

  • Between an external gear wheel and the case

0.14 ÷ 0.22

Face gap of gear wheels

0.050 ÷ 0.109

Late years of release with injection of fuel (EFI)

General parameters

Characteristic

Value

Model

TB42E

Extent of compression

8.5:1

Head of cylinders

Characteristic

Value

Width of a facet of saddles of valves, mm

  • Inlet

1.08 ÷ 1.51

  • Final

1.41 ÷ 1.89

Valves and valvate springs

Length of valvate springs, mm

  • Inlet

116.7 ÷ 117.0

  • Final

117.15 ÷ 117.45

Pushers of valves and bar of pushers

Characteristic

Value

Ø pushers, mm

24.960 ÷ 24.970

Ø nests of pushers in the block, mm

24.980 ÷ 25.033

Gap of landing of pushers in nests, mm

  • Standard

0.030 ÷ 0.073

  • Limit admissible

0.1

Pistons and piston fingers

Characteristic

Value

Ø openings under landing of a piston finger, mm

22.980 ÷ 22.999

Lubricant gap of landing of a piston finger in a head of a rod, mm

0.000 ÷ 0.023

Piston rings

Characteristic

Value

Gaps in locks, mm

  • Compression rings

0.30 ÷ 0.45

  • Oil scraper ring

0.20 ÷ 0.60

Engine of 3.0 l

General parameters

Characteristic

Value

Type

6-cylinder OHC

Model

RB30S

Working volume, cm3

2 962

Diameter of cylinders, mm

86

Course of pistons, mm

85

Ignition order

1-5-3-6-2-4

Extent of compression

9.0:1

Compression pressure in cylinders, kPa

  • Standard value

1 196

  • The minimum admissible

883

  • The maximum admissible difference between cylinders

98

Head of cylinders

Characteristic

Value

Design

Integral

Material

Aluminum alloy

Admissible not planeness of the interfaced surface, mm

0.2

Width of a working facet of saddles of valves, mm

  • Inlet

2.12

  • Final

1.84

Tilt angle of a facet of saddles of valves

45 °

Type of the directing plugs of valves

Replaceable

Height of a vystupaniye of the directing plugs of valves, mm

13:20 ÷ 13.40

Valves and valvate springs

Characteristic

Value

Diameter of cores of valves, mm

  • Inlet

6.965 ÷ 6.980

  • Final
7.965 ÷ 7.970

Gap of landing of cores of valves in the directing plugs, mm

Standard
  • Inlet

0.020 ÷ 0.053

  • Final
0.030 ÷ 0.046

Limit admissible

0.1

Length of valves, mm

  • Inlet

125.3 ÷ 125.9

  • Final
124.2 ÷ 124.8

Height of the cylindrical site (corbel) of plates of valves, mm

Standard
  • Inlet

1.15 ÷ 1.45

  • Final
1.35 ÷ 1.65

The minimum admissible

0.5

Tilt angle of a facet of plates of valves

45 ° 15' ÷ 45 ° 45'

Free length of valvate springs, mm

  • Internal

44.1

  • External
51.2

Admissible limit of a tortsovka of valvate springs, mm

  • Internal

1.9

  • External
2.2

Assembly of the drive of valves (yoke and axis of yokes)

Characteristic

Value

External Ø of an axis of yokes, mm

17.979 ÷ 18.000

Internal Ø of yokes

18.007 ÷ 18.028

Gap of landing of yokes to axes, mm

0.007 ÷ 0.049

Pushers of valves

Characteristic

Value

Type

Hydraulic

Ø pushers, mm

15.947 ÷ 15.957

Ø landing nests of pushers in a head, mm

16.000 ÷ 16.013

Gap of landing of pushers in nests, mm

0.043 ÷ 0.066

Camshaft

Characteristic

Value

Number of bearings

7

Maximum admissible limit of a bend, mm

0.1

Axial side play, mm

0.03 ÷ 0.06

Gap in bearings, mm

  • From No. 1 on No. 6

0.045 ÷ 0.090

  • No. 7

0.065 ÷ 0.110

Diameter of bearing necks, mm

  • From No. 1 on No. 6

46.935 ÷ 46.955

  • No. 7

46.415 ÷ 46.435

Height of cams (on a working ledge), mm

  • Standard
39.242 ÷ 39.432

Maximum admissible size of wear

0.15

Block of cylinders

Characteristic

Value

Type

6-cylinder line

Material

Iron casting

Admissible not planeness of the interfaced surface, mm


0.10

Diameter of cylinders (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

Admissible limit of wear of cylinders, mm

0.20

Maximum admissible ovality of cylinders, mm

0.015

Maximum admissible conicity of cylinders, mm


0.010

Bent shaft and radical bearings

Characteristic

Value

Number of radical bearings

7

Axial side play of a bent shaft, mm

  • Is established

4th persistent bearing

  • Standard

0.05 ÷ 0.17

  • The maximum admissible

0.30

Standard Ø of radical necks of a bent shaft, mm

  • Class 0

54.967 ÷ 54.975

  • Class 1

54.959 ÷ 54.967

  • Class 2

54.951 ÷ 54.959

Standard Ø of conrod necks of a bent shaft, mm

  • Class 0

49.968 ÷ 49.974

  • Class 1

49.961 ÷ 49.968

Maximum admissible ovality and conicity of all necks, mm

0.005

Maximum admissible bend of a bent shaft, mm

0.10

Gap in radical bearings, mm

  • Standard

0.020 ÷ 0.047

  • Limit admissible

0.090

Released repair (with belittling) the sizes (Ø) of radical bearings, mm


0.25, 0.50

Rods and conrod bearings

Characteristic

Value

The maximum admissible bend and twisting of rods, mm on 100 mm of length

0.025

Side gap of rods, mm

  • Standard

0.20 ÷ 0.30

  • Limit admissible

0.40

Gap in conrod bearings, mm

  • Standard

0.011 ÷ 0.035

  • Limit admissible

0.090

Released repair (with belittling) the sizes (Ø) of conrod bearings, mm

0.08, 0.12, 0.25, 0.50

Pistons and piston fingers

Characteristic

Value

Standard Ø of pistons, 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

Amount of excess, mm

0.50, 1.00

Point of measurement of 47 mm from the opening Ø piston bottom under landing of a piston finger, mm

20.987 ÷ 20.999

Dense landing of a piston finger in the piston, mm

0.000 ÷ 0.004

Lubricant gap of landing of a piston finger in the top head of a rod, mm

  • Standard

0.005 ÷ 0.017

  • Limit admissible

0.023

Gap of landing of a piston skirt in the cylinder, mm


0.015 ÷ 0.035

Piston rings

Characteristic

Value

Quantity

  • Compression

2

  • Oil scraper

1

Gap in locks of piston rings, mm

  • The top compression

0.24 ÷ 0.31

  • The second compression

0.18 ÷ 0.28

  • The maximum admissible

0.4

  • Oil scraper

Does not make a reservation

Side gap of landing of piston rings in flutes, mm

  • The second compression

0.030 ÷ 0.063

  • The maximum admissible

0.1

  • The maximum admissible

0.4

  • Oil scraper

Does not make a reservation

Lubrication system

Characteristic

Value

Oil pressure at single turns, kPa

Not less than 59

Oil pressure at 3 200 rpm, kPa

382 ÷ 461

Gaps in the oil pump, mm

  • Between the case and an external gear wheel

0.11 ÷ 0.20

  • Between an internal gear wheel and a crescent dividing element

0.22 ÷ 0.33

  • Between an external gear wheel and a crescent dividing element

0.05 ÷ 0.11

  • Between an internal gear wheel and a crescent dividing element

0.05 ÷ 0.09

  • Lubricant gap between an internal gear wheel and the case

0.05 ÷ 0.09

Cooling system

Thermostat

Characteristic

Value

Type

Voskozapolnenny

Temperature of the beginning of opening

  • Models of 3.0 l

76.6 °C

  • Models of 4.2 l

82 °C

Temperature of full opening

  • Models of 3.0 l

90 °C

  • Models of 4.2 l

95 °C

Height of raising of the valve, mm

10.0

Radiator

Type

With corrugated plates

Radiator fan

Drive

Thermostatic clutch coupling

Power supply system of carburetor engines

Carburetor

Characteristic

Value

Manufacturer

Nikki

Type

Two-chamber, with the descending stream

Models

  • Engines of 3.0 l

21J360-38

  • Engines of 4.2 l with RKPP

21J360-23

  • Engines of 4.2 l with AT

21J360-24

Control of the air gate

Automatic

Diameter of sprays, mm

Primary
  • Models of 3.0 l

27

  • Models of 4.2 l

32

Secondary

36

Ø throttle cameras, mm

  • Primary
36
  • Secondary

40

Ø main fuel jets, mm

Primary
  • Models of 3.0 l

1.20

  • Models of 4.2 l

1.42

Secondary
  • Models of 3.0 l

2.00

  • Models of 4.2 l

2.30

Ø main air jets, mm

  • Primary

0.60

  • Secondary

0.80

Ø fuel jets of idling, mm

Primary
  • Models of 3.0 l

0.48

  • Models of 4.2 l

0.54

Secondary  
  • Models of 3.0 l

1.10

  • Models of 4.2 l

1.30

Ø air jets of idling, mm

  • Primary

1.80

  • Secondary

0.60

Ø jet of high power, mm

0.75

Turns of bystry idling, in a minute

  • Models of 3.0 l

1 850 ÷ 2 150

  • Models of 4.2 l with RKPP

1 600 ÷ 2 000

  • Models of 4.2 l with AT

1 800 ÷ 2 200

Gate gap on bystry single to the course, mm

  • Models of 3.0 l

0.77 ± 0.07

  • Models of 4.2 l with RKPP

1.37 ± 0.14

  • Models of 4.2 l with AT

1.64 ± 0.14

Gap of a priotkryvatel of the air gate, mm

  • Models of 3.0 l

2.94 ± 0.30

  • Models of 4.2 l

5.0 ± 0.5

Turns of inclusion of a damper of a butterfly valve, in a minute

  • Models of 3.0 l

1900 ÷ 2100

  • Models of 4.2 l with AT

1 700 ± 100

Idling turns at the switched-on air conditioner, in a minute

  • Models of 3.0 l

800 ± 50

  • Models of 4.2 l with RKPP

1 100 ± 50

  • Models of 4.2 l with AT (the selector - in situation N)

900 ± 50

Adjustment of level of fuel in the float-operated camera

Models of 3.0 l
  • Height And, mm

5.0 ÷ 6.0

  • Height In, mm

44.0 ÷ 45.0

Models of 4.2 l
  • Height And, mm

9.5 ÷ 10.5

  • Height In, mm

47.5 ÷ 48.5

Idling turns, in a minute

  • Models of 3.0 l

800 ± 50

  • Models of 4.2 l with RKPP

650 ± 50

  • Models of 4.2 l with AT (the selector - in situation N)

650 ± 50

Contents level WITH in the fulfilled gases, %

  • Models of 3.0 l

1.0 ± 0.5

  • Models of 4.2 l

1.5 ± 0.5

Fuel pump

Characteristic

Value

Type

  • Models of 3.0 l

Electric

  • Models of 4.2 l

Mechanical

Pressure of giving (pressure), kPa

  • Models of 3.0 l

20.0

  • Models of 4.2 l

25.5 ÷ 32.4

Fuel filter

Characteristic

Value

Type

Replaceable, established to the line

 

Feed and control system engine of models of 4.2 l of EFI

System of injection of fuel

Characteristic

Value

Type

Electronic multiposition

Resistance of injectors, Ohm

10 ÷ 14

Idling turns at completely switched off accessories, in a minute

650 ± 100

Fuel pump

Characteristic

Value

Type

Electric, is established in a gasoline tank

Pressure, kPa

  • At single turns

About 235

  • At the disconnected vacuum hose of the regulator

About 294

System of ignition

Characteristic

Value

Basic corner of an advancing of ignition

10 ° ± 1 ° before VMT

Management of installation of the moment of ignition

Electronic

Resistance of primary winding of the coil at 20 °C, Ohm

About 1

Resistance of a secondary winding of the coil at 20 °C, kOhm

About 10

Ignition order

1-5-3-6-2-4

System of electric equipment of the engine

Battery

Characteristic

Value

Type

12 V, lead-acid

Polarity of grounding

On a negative pole

Specific weight of electrolyte at 20 °C *

  • Completely charged battery

Over 1.265

  • Completely discharged battery

1.100


* Specific weight of electrolyte changes approximately on 0.007 on each 10 °C

Generator

All models, except 4.2 l of EFI

Characteristic

Value

Manufacturer

Hitachi

Type

50, or 60 A

Tension regulator

Built-in

The output tension of the regulator, In

14.1 ÷ 14.7

Output current, And

50, or 60

Minimum admissible length of brushes, mm

6.0

External Ø of the sliding contact ring, mm

30.6

Models of 4.2 l of EFI

Characteristic

Value

Manufacturer

Hitachi

Model

LR170-740

Output current, And

70

Tension regulator type

Built-in

Output tension, In

14.1 ÷ 14.7

Minimum admissible length of brushes, mm

6

External Ø of the sliding contact ring, mm

26

Starter

Characteristic

Value

Manufacturer

Hitachi

Type

Reduktorny

Minimum admissible length of brushes, mm

11.0

The effort developed by brush springs, N

  • Models of 3.0 l

17.6 ÷ 21.6

  • Models of 4.2 l

15.7 ÷ 19.6

Minimum external Ø of a collector, mm

  • Models of 3.0 l

32.0

  • Models of 4.2 l

29.0

Depth of cuts of a collector, mm

0.5 ÷ 0.8

Axial side play of a driving gear wheel, mm

  • All starters, except S114-507

0.3 ÷ 1.5

  • S114-507

0.05 ÷ 1.50

System of ignition

Models of 3.0 l

Distributor

Characteristic

Value

Correction of the moment of ignition

Vacuum and centrifugal

Direction of rotation of the runner

Counterclockwise

Ignition order

1-5-3-6-2-4

Air gap of a rotor of the sensor of the operating impulses of ignition, mm

0.3 ÷ 0.5

Installation of a corner of an advancing of ignition (at the disconnected vacuum hose and turns of the engine lower than 1000 in a minute)

3 ° ± 2 ° before VMT

Ignition coil

Characteristic

Value

Resistance of primary winding, Ohm

0.8 ÷ 1.0

Resistance of a secondary winding, kOhm

7.6 ÷ 11.4

Resistive resistance of VV of wires, kOhm

Not higher than 30

Models of 4.2 l

Distributor

Characteristic

Value

Manufacturer

Mitsubishi

Correction of the moment of ignition

Vacuum and centrifugal

Direction of rotation of the runner

Counterclockwise

Ignition order

1-5-3-6-2-4

Gap in contacts of the breaker, mm

0.45 ÷ 0.55

Duration (on a corner) the closed condition of contacts of the breaker

34 ° ÷ 40 °

Installation of a corner of an advancing of ignition at engine 650 turns ± 50 in a minute

10 ° ± 1 ° before VMT

Resistive resistance of VV of wires, kOhm

Not higher than 30

Manual transmission

Models of 4.2 l

Main characteristics

Characteristic

Value

Model

FS5R50A

Type

Completely synchronized (including the reverse gear) 5-staged RKPP

Transfer relations

Except models of 4.2 l of EFI  
  • 1st transfer

4.556:1

  • 2nd transfer

2.625:1

  • 3rd transfer

1.519:1

  • 4th transfer

1.000:1

  • 5th transfer

0.836:1

  • Reverse gear

4.245:1

Models of 4.2 l of EFI
  • 1st transfer

4.262:1

  • 2nd transfer

2.455:1

  • 3rd transfer

1.422:1

  • 4th transfer

1.000:1

  • 5th transfer

0.850:1

  • Reverse gear

3.971:1

Axial side play of gear wheels, mm

  • 1st transfer

0.20 ÷ 0.48

  • 2nd transfer

0.20 ÷ 0.60

  • 3rd transfer

0.20 ÷ 0.45

  • 5th transfer

0.20 ÷ 0.47

  • Reverse gear

0.20 ÷ 0.44

Standard gap of blocking synchronizer ring in relation to a gear wheel, mm

Except models of 4.2 l of EFI
  • All transfers, except the 2nd

1.00 ÷ 1.45

  • Second transfer

1.1 ÷ 1.5

  • Limit admissible

0.7

Models of 4.2 l of EFI
  • All transfers, except the 2nd and 3rd

1.00 ÷ 1.45

  • Limit admissible

0.7

Admissible limit of size of a side gap of a lock ring, mm

  • Main shaft

0.15

  • Gear ring of an intermediate shaft

0.15

  • Cone of the synchronizer of an intermediate shaft

0.15

  • Naves of the synchronizer 1/2 of transfers

0.13

  • Naves of the synchronizer 3/4 of transfers

0.10

Admissible limit of a side gap of the With-shaped lock ring, mm

0.13

Models of 3.0 l

Main characteristics

Characteristic

Value

Model

FS5R30A

Type

Completely synchronized (including the reverse gear) 5-staged RKPP

Transfer relations

  • 1st transfer

4.061:1

  • 2nd transfer

2.357:1

  • 3rd transfer

1.490:1

  • 4th transfer

1.000:1

  • 5th transfer

0.862:1

  • Reverse gear

4.125:1

Axial side play of gear wheels, mm

  • 1st, 2nd, 3rd and 5th transfers

0.23 ÷ 0.33

  • The reverse gear of the conducted shaft

0.33 ÷ 0.43

  • Intermediate shaft

0.10 ÷ 0.25

  • 5th transfer

0.20 ÷ 0.47

  • Intermediate gear wheel of the reverse gear

0.30 ÷ 0.53

Gap of blocking synchronizer ring in relation to a gear wheel, mm

  • Standard

1.05 ÷ 1.30

  • Limit admissible

0.7

Admissible limit of size of a gap of a lock ring, mm

0.1

Automatic transmission

General parameters

Characteristic

Value

Model

RE4R03A

Type

4-staged with electronic control of switching and the blocked rotation converter

Transfer relations

  • 1st transfer

2.784:1

  • 2nd transfer

1.544:1

  • 3rd transfer

1.000:1

  • 4th transfer

0.694:1

  • Reverse gear

2.275:1

Transfer case

General parameters

Characteristic

Value

Model

TX12A

Type

2-staged, with continuous gearing

Transfer relations

  • The raising transfer

1.000:1

  • The lowering transfer

2.020:1

Axial side play, mm

  • Forward driving asterisk and gear wheel of the lowering transfer

0.20 ÷ 0.35

  • Intermediate shaft

0.00 ÷ 0.20

The extreme size of a gap between a ring of the synchronizer and a gear wheel, mm

0.5

Extreme size of a gap of a lock ring, mm

0.15

Axial side play of a forward driving asterisk (release model since December, 1992), mm

0.20 ÷ 0.54

Driveshafts

General parameters

Characteristic

Value

Extreme admissible size of a beating of the driveshaft, mm

0.6

Axial side play of a crosspiece, mm

0.02

Coupling

General parameters

Characteristic

Value

Type

One-disk

Drive

Hydraulic with vacuum strengthening

Type of a spring of a press disk

Diaphragm

Type of a nave of the conducted disk

Sprung

Type of the release bearing

Ball persistent, a tight design with factory stuffing by lubricant

The conducted disk

Characteristic

Value

The maximum admissible radial side play of shlits measured on the outer edge of a disk, mm

  • Models of 4.2 l

1.1

  • Models of 3.0 l

1.0

Maximum admissible beating, mm

  • Models of 4.2 l
1.3 (it is measured at distance 132. 5 from the center of a nave)
  • Models of 3.0 l

0.7 (it is measured at distance of 115 mm from the center of a nave)

Minimum admissible thickness of frictional slips, mm

0.3 (over heads of rivets)

Pedal

Characteristic

Value

Height of a pedal of coupling, mm

  • Models till October, 1995.

202 ÷ 212

  • Models from October to August, 1995.

205 ÷ 215

  • Models since August, 1995.

210 ÷ 220

Free wheeling of a pedal of coupling, mm

1.0 ÷ 3.0

Main cylinder

Characteristic

Value

Internal Ø of the main cylinder, mm

15.87

Flywheel

Characteristic

Value

Maximum admissible beating of a flywheel, mm

0.1

Brake system

General parameters

Characteristic

Value

Type of brake mechanisms

Forward wheels

Disk, with the ventilated disks

Back wheels
  • Utiliti's (Van) models, Mini-truck and Beyz

Drum

  • Other models

Disk, with the ventilated disks

Drive

  • Foot brake

Hydraulic, with vacuum strengthening

  • Parking brake

Mechanical, influences transmission

Forward brake mechanisms

Models of early years of release

Characteristic

Value

Thickness of a brake disk, mm

  • Standard

20.0

  • The minimum admissible

18.0

Maximum admissible beating of a brake disk, mm

0.07

Thickness of frictional overlays of brake shoes, mm

  • Standard

11.5

  • The minimum admissible

2.0

Ø cylinder of a support, mm

68.1

Models of late years of release of EFI

Characteristic

Value

Ø brake disk, mm

306

Thickness of a brake disk, mm

  • Standard

26.0

  • The minimum admissible

24.0

Maximum admissible beating of a brake disk, mm

0.07

Back disk brake mechanisms

Characteristic

Value

Thickness of a brake disk, mm

  • Standard

18.0

  • The minimum admissible

16.0

Thickness of frictional overlays of brake shoes, mm

  • Standard

11.0

  • The minimum admissible

2.0

Ø cylinder of a support, mm

51.1

Back drum brake mechanisms

Characteristic

Value

Internal Ø of a drum, mm

  • Standard

295.0

  • The maximum admissible

296.5

Maximum admissible ovality of a drum, mm

0.03

Maximum admissible beating, mm

0.05

Thickness of frictional overlays of boots, mm

  • Standard

6.1

  • The minimum admissible

1.5

Internal Ø of the wheel cylinder, mm

25.4

Parking brake

Characteristic

Value

Internal Ø of the brake drum, mm

  • Standard

203.2

  • The maximum admissible

204.5

Maximum admissible ovality of a drum, mm

0.03

Maximum admissible beating, mm

0.05

Thickness of frictional overlays of boots, mm

  • Standard

5.1

  • The minimum admissible

1.5

The lever course at effort of 20 kgfs

7 ÷ 9 clicks

Pedal of a foot brake

Characteristic

Value

Free wheeling of a pedal, mm

1 ÷ 3

Height of a pedal, mm

  • Models with AT

202 ÷ 212

  • Models with RKPP

192 ÷ 202

Forward suspension bracket (models of early years of release (till 1992))

Peredny Bridge

General parameters

Characteristic

Value

Type

Completely unloaded with gipoidny main transfer

Model of the main transfer

H223B

Bridge

Characteristic

Value

Extreme size of an axial side play of a nave, mm

0.08

Extreme size of an axial side play of power shafts, mm

0.2

Effort of a provorachivaniye of a rotary fist, kgf

0.6 ÷ 1.75

Gap of a persistent washer of a side gear wheel of differential, mm

0.15 ÷ 0.20

Pretightness of the bearing of the leading gear wheel of differential, Nanometer


1.3 ÷ 1.6

Radial gap of the conducted gear wheel of the main transfer, mm

0.15 ÷ 0.20

The extreme size of a beating of the conducted gear wheel of the main transfer, mm

0.08

General pretightness of differential, Nanometer

1.8 ÷ 2.5

Suspension bracket on springs

Characteristic

Value

Type

On semielliptical sheet springs (springs), telescopic Torahs of an amortiz and with the stabilizer of cross stability

Type of shock-absorbers

Bilateral action

Suspension bracket on screw springs

Characteristic

Value

Type

On screw springs with telescopic shock-absorbers and the stabilizer of cross stability on some models

Type of shock-absorbers

Hydraulic, bilateral action

Way of a suspension bracket of the bridge

By means of longitudinal and cross jet bars

Back suspension bracket (model of early years of release)

Zadny Bridge

General parameters

Characteristic

Value

Type

Semi-unloaded, with gipoidny main transfer

Model of the main transfer

  • Models Hardtop and Versatile person

H233B

  • Utiliti's (Van) models and Mini-truck

H260

Bridge

Characteristic

Value

Axial side play of half shafts, mm *

0.02 ÷ 0.15

Gap of persistent washers of side gear wheels, mm

  • Except H260 differential with limited sliding

0.15 ÷ 0.20

  • H260 with limited sliding

0.05 ÷ 0.20

Pretightness of the bearing of the leading gear wheel, Nanometer

  • H233B

1.3 ÷ 1.6

  • H260

1.5 ÷ 1.7

Radial side play of the conducted gear wheel of the main transfer, mm

0.15 ÷ 0.20

The extreme size of a beating of the conducted gear wheel of the main transfer, mm

0.08

General pretightness of differential, Nanometer

  • H233B

1.8 ÷ 2.5

  • H260

1.7 ÷ 2.5


* Only for models with drum back brake mechanisms

Suspension bracket on springs

Characteristic

Value

Type

On semielliptical sheet springs (springs) with telescopic shock-absorbers and the stabilizer of cross stability

Type of shock-absorbers

Hydraulic, bilateral action

Suspension bracket on screw springs

Characteristic

Value

Type

On screw springs with telescopic shock-absorbers and the stabilizer of cross stability on some models

Type of shock-absorbers

Hydraulic, bilateral action

Way of a suspension bracket of the bridge

By means of longitudinal and cross jet bars

Forward and back bridges (models of late years of release (since 1992) EFI)

General parameters

Characteristic

Value

Transfer relation of the main transfer

Models Hardtop and Versatile person
  • 4.2 l with RKPP

4.111:1

  • 4.2 l with AT

3.900:1

  • 3.0 l with RKPP

4.375:1

Utiliti's (Van) models and Mini-truck
  • With a spring suspension bracket

4.375:1

  • With a suspension bracket on screw springs

4.111:1

Steering

Steering mechanism

Characteristic

Value

Type

  • Models of early years of release (till 1992)

PB56SC

  • Models of late years of release (since 1992) EFI

PB69K

Transfer relation

17:1

Quantity of turns of a steering wheel (from an emphasis against the stop)

  • Models Hardtop and Versatile person

3.7

  • Utiliti's (Van) models and Mini-truck

3.6

Effort of turning of a steering wheel (on a rim), N

  • 1 turn from the central situation

Less than 39

Steering pump

Characteristic

Value

Type

Bladed

Pressure of hydraulic liquid at single turns of the engine, kPa

Models of early years of release (till 1992)

8 630 ÷ 9 219

Models of late years of release (since 1992) EFI
  • Hardtop and Versatile person

8 140 ÷ 9 728

  • To the utility (Van) and Mini-truck

7 159 ÷ 7 748

Angles of installation of forward wheels

Models of early years of release (till 1992)

To the utility (Van) and Mini-truck

Characteristic

Value

Convergence, mm

  • 10R/15-6PRLT

0 ÷ 2 (negative)

  • 215/80R16 and 7.50 R16

0 ÷ 2 (positive)

Disorder

0 ° ÷ 1 °

Corner of a longitudinal inclination of an axis of turn of a wheel (выбег)

2 ° 50' ÷ 3 ° 50'

Corner of a cross inclination of an axis of turn of a wheel

7 ° ÷ 8 °

Corner of a porot - a full turn

  • Internal wheel

28 ° ÷ 30 °

  • External wheel

28 ° ÷ 30 °

Hardtop and Versatile person

Characteristic

Value

Convergence, mm

  • 10R/15-6PRLT

0 ÷ 2 (negative)

  • 215/80R16 and 7.50 R16

0 ÷ 2 (positive)

Disorder

0 ° ÷ 1 °

Corner of a longitudinal inclination of an axis of turn of a wheel (выбег)

  • Versatile person

2 ° 5' ÷ 3 ° 5'

  • Hardtop

2 ° 20' ÷ 3 ° 20'

Corner of a cross inclination of an axis of turn of a wheel

7 ° ÷ 8 °

Corner of a porot - a full turn

  • Internal wheel

30 ° ÷ 32 °

  • External wheel

27 ° ÷ 29 °

Models of late years of release (since 1992) EFI

To the utility (Van) and the Mini-truck with a suspension bracket on screw springs

Characteristic

Value

Convergence, mm

  • 10R/15-6PRLT

0 ÷ 2 (negative)

  • 215/80R16 and 7.50 R16

0 ÷ 2 (positive)

Disorder

0 ° ÷ 1 °

Corner of a longitudinal inclination of an axis of turn of a wheel (выбег)

2 ° 5' ÷ 3 ° 5'

Corner of a cross inclination of an axis of turn of a wheel

7 ° ÷ 8 °

Corner of a porot - a full turn

  • Internal wheel

30 ° ÷ 32 °

  • External wheel

27 ° ÷ 29 °

Onboard electric equipment

Lamps, W

Characteristic

Value

Head headlights

  • Block headlights of tight type

60/50

  • Block headlights with halogen inserts

60/55

  • Forward and back indexes of turns

21

  • Parking fires

5

Side repeaters of indexes of turns

  • (Utiliti (Van))

21/5

  • Backing fires

21

  • Illumination of registration plate

10

  • Parking fires

5

  • Illumination of salon

10

Separately established indexes of turns (model of late years of release)

21

Efforts of tightening of threaded connections, Nanometer

Engine of 4.2 l

Except the late years of release equipped with injection of fuel (EFI)

Characteristic

Value

Bolts of a head of cylinders

  • First stage

29

  • Second stage

57 ÷ 67

  • Third stage

To completely weaken bolts

  • Fourth stage

29

  • Fifth stage

69 ° ÷ 74 ° on a goniometer or 64 ÷ 74

Forward bolts of a head of cylinders

6.4 ÷ 7.5

Bolts of an axis of yokes

16 ÷ 19

Lock-nuts of yokes

16 ÷ 22

Nuts and bolts of the inlet pipeline

16 ÷ 19

Nuts and bolts of a final collector

27 ÷ 31

Bolts of a cover of a head of cylinders

1 ÷ 3

Bolt of fastening of a driving gear wheel of the distributor to the camshaft

132 ÷ 142

Bolts of a guide and natyazhitel of a chain of the camshaft

7 ÷ 8

Bolt of a pulley of a bent shaft

142 ÷ 152

Nuts and bolts of a cover of a gas-distributing chain

21 ÷ 26

Bolts of covers of radical bearings

162 ÷ 172

Nuts of covers of conrod bearings

  • First stage

38 ÷ 40

  • Second stage

67 ÷ 71 or 40 ° ÷ 45 ° on a goniometer

Case pallet bolts

7 ÷ 8

Bolts of fastening of a maslozabornik of the oil pump

16 ÷ 19

Drain stopper of the pallet of a crater

29 ÷ 39

Bolts of the holder of a back epiploon

21 ÷ 26

Bolts and nuts of fastening of the oil pump

16 ÷ 19

Nut of a cam of the drive of the fuel pump

16 ÷ 19

Bolts of a back cover of the oil pump

7 ÷ 8

Stopper of the reducing valve of the oil pump

39 ÷ 69

Nuts and bolts of the oil cooler

16 ÷ 21

Stopper of the reducing valve of the oil cooler

29 ÷ 49

Bolts and nuts of the water pump

16 ÷ 19

Late years of release with injection of fuel (EFI)

Characteristic

Value

Bolts and nuts of fastening of the inlet pipeline to a head of cylinders

16 ÷ 19

Bolts of fastening of the delivery camera of an air path to the inlet pipeline

16 ÷ 19

Bolts of fastening of the case of a throttle to the delivery camera

  • First stage

9 ÷ 11

  • Second stage

18 ÷ 22

Engine of 3.0 l

Characteristic

Value

Bolts of a head of cylinders

  • First stage

29

  • Second stage

78

  • Third stage

To completely weaken bolts

  • Fourth stage

29

  • Fifth stage

78 ÷ 88 or on 100 ° ÷ 105 ° on a goniometer

Angular bolts of a head of cylinders

9 ÷ 12

Bolts of axes of yokes

18 ÷ 22

Screws of a cover of a head of cylinders

2 ÷ 4

Camshaft gear wheel bolts

16 ÷ 22

Bolts of a persistent plate of the camshaft

7 ÷ 8

Bolts of a cover of a gas-distributing belt

3 ÷ 5

Lock-nut of a natyazhitel of a gas-distributing belt

43 ÷ 58

Flywheel bolts

142 ÷ 152

Bolt of a pulley of a bent shaft

142 ÷ 152

Nuts and bolts of the inlet pipeline

18 ÷ 22

Nuts of a final collector

27 ÷ 31

Bolts of the general cover of radical bearings

46 ÷ 52

Nuts of covers of conrod bearings

First stage

14 ÷ 16

Second stage

38 ÷ 44 or 60 ° ÷ 65 ° on a goniometer

Case pallet bolts

5 ÷ 7

Bolts of fastening of a maslozabornik of the oil pump

16 ÷ 21

Drain stopper of the pallet of a crater

29 ÷ 39

Bolts of the holder of a back epiploon

7 ÷ 8

Screws of a cover of the oil pump

4 ÷ 5

Stopper of the reducing valve of the oil pump

39 ÷ 69

Bolts of fastening of the oil pump

9 ÷ 11.8

Cooling system

Models of 3.0 l

Characteristic

Value

Bolts of fastening of a casing of the thermostat

16 ÷ 21

Bolts of fastening of a radiator

4 ÷ 5

Bolts of fastening of the fan of a radiator

7 ÷ 8

Nuts of fastening of a clutch coupling of the fan

7 ÷ 8

Models of 4.2 l

Characteristic

Value

Bolts and nuts of fastening of the water pump

16 ÷ 19

Thermostat casing bolts

21 ÷ 26

Bolts of fastening of a radiator

4 ÷ 5

Bolts of fastening of the fan of a radiator

9 ÷ 11

Bolts of fastening of a clutch coupling of the fan

9 ÷ 11

Feed and control system engine of models of 4.2 l of EFI

Characteristic

Value

Bolts of fastening of the case of a throttle

  • First stage

9 ÷ 11

  • Second stage

18 ÷ 22

Bolts of fastening of the fuel highway

10 ÷ 12

Bolts of fastening of the delivery camera of an air path

16 ÷ 19

l-probe

40 ÷ 50

System of ignition

Characteristic

Value

Spark plugs

20 ÷ 29

Models of 3.0 l

Characteristic

Value

Bolt of fastening of the generator

45 ÷ 60

Nut of fastening of a driving pulley of the generator

39 ÷ 59

Bolt of fastening of a starter

30 ÷ 40

Bolt of fastening of the distributor

9 ÷ 12

Models of 4.2 l

Characteristic

Value

Adjusting bolt of the generator

21 ÷ 26

Manual transmission

Models of 4.2 l

Characteristic

Value

Bolts of fastening of a dome of coupling to the engine

  • Everything, except 65 mm

29 ÷ 39

  • 65 mm

83 ÷ 113

Bolts of fastening of a dome of coupling to transmission

54 ÷ 72

Nuts and bolts of fastening of the forward driveshaft

78 ÷ 88

Nuts and bolts of fastening of the back driveshaft

93 ÷ 108

Bolts of fastening of a casing of lengthening to transmission

57 ÷ 72

Bolts of fastening of a forward cover

16 ÷ 21

Holder's bolts [to it?] bearing [ов?]

16 ÷ 21

Bolt of fastening of a lock tag of an intermediate gear wheel of the reverse gear

16 ÷ 21

Bolts of a casing of management of gear shifting

16 ÷ 21

Bolts of a casing of the mechanism of the choice of transfers

19 ÷ 21

Bolts of the top cover

19 ÷ 21

Models of 3.0 l

Release models till October, 1994.

Characteristic

Value

Bolts of fastening of transmission to the engine

Everything, except 65 mm

29 ÷ 39

65 mm

39 ÷ 49

Nuts and bolts of fastening of the forward driveshaft

78 ÷ 88

Nuts and bolts of fastening of the back driveshaft

93 ÷ 108

Bolts of fastening of a casing of lengthening to a coupling dome

31 ÷ 42

Bolts of fastening of a forward cover

16 ÷ 21

Holder's bolts [to it?] bearing [ов?]

16 ÷ 21

Bolt of a rod of switching of transfers by the back/fifth

25 ÷ 29

Clamp coupling bolt

31 ÷ 42

Clamp coupling cap

19 ÷ 25

Bolts of a casing of management of gear shifting

16 ÷ 21

Release models since October, 1994.

Characteristic

Value

Bolts of fastening of transmission to the engine

  • Everything, except 40 mm

39 ÷ 49

  • 40 mm

29 ÷ 39

Nuts and bolts of fastening of the forward driveshaft

78 ÷ 88

Nuts and bolts of fastening of the back driveshaft

93 ÷ 108

Automatic transmission

Characteristic

Value

Bolts of fastening of a driving disk to the rotation converter

39 ÷ 49

Bolts of fastening of a driving disk to a bent shaft

147 ÷ 167

Transmission case pallet bolts

5 ÷ 8

Lock-nut of draft of the choice of transfers

22 ÷ 27

Transfer case

Characteristic

Value

Bolts of fastening of the transfer case

32 ÷ 42

Bolts of a board of the mechanism of the parking brake


42 ÷ 52

Nut of a forward driving flange

226 ÷ 324

Nut of a back driving flange

294 ÷ 451

Nuts and bolts of the forward driveshaft

78 ÷ 88

Nuts and bolts of the back driveshaft

93 ÷ 108

Screws of the holder of the bearing of the conducted shaft

16 ÷ 21

Bolts of a case of the transfer case

26 ÷ 36

Traffic jams of clamps

19 ÷ 25

Driveshafts

Characteristic

Value

Nuts and bolts of the forward driveshaft

78 ÷ 88

Nuts and bolts of the back driveshaft

93 ÷ 108

Coupling

Characteristic

Value

Bolts of fastening of a basket of coupling to a flywheel

22 ÷ 29

Bolts of fastening of a flywheel to a bent shaft

  • Models of 4.2 l

147 ÷ 167

  • Models of 3.0 l

142 ÷ 152

Bolts of fastening of the servo-driver

8 ÷ 12

Bolts of fastening of the main cylinder

8 ÷ 12

Bolts of fastening of the executive cylinder

30 ÷ 40

Nut of an axial bolt of a pedal of coupling

16 ÷ 22

Brake system

Models of early years of release

Characteristic

Value

Nuts of fastening of GTTs

8 ÷ 11

Nuts of fastening of the vacuum amplifier (servo-driver)

8 ÷ 11

Nut of an axial bolt of a brake pedal

8 ÷ 11

Hollow bolt of nipple connection of a support

17 ÷ 20

Nipple nuts of brake tubes

15 ÷ 18

Bolts of fastening of the valve regulator of brake pressure

8 ÷ 11

Bolts of fastening of an anchor bracket of a support of the forward brake mechanism

72 ÷ 97

Bolts of the directing fingers of a support of the forward brake mechanism

22 ÷ 31

Bolts of fastening of an anchor bracket of a support of the back disk brake mechanism

38 ÷ 52

Bolts of the directing fingers of a support of the back disk brake mechanism

31 ÷ 41

Bolts of fastening of a brake board

50 ÷ 68

Bolts of fastening of the wheel cylinder of the back drum brake mechanism

5.3 ÷ 7.3

Bolts of fastening of a brake board of the mechanism of the parking brake

42 ÷ 52

Bolts of fastening of a brake disk of forward brake mechanisms


50 ÷ 68

Models of late years of release (since August, 1995) EFI

Characteristic

Value

Nuts of fastening of the vacuum amplifier

13 ÷ 16

Nuts of fastening of GTTs

12 ÷ 15

Nuts of fastening of wheels

118 ÷ 147

Forward suspension bracket (models of early years of release (till 1992))

Peredny Bridge

Characteristic

Value

Bolts of fastening of a nave with the switched-off drive

54 ÷ 59

Lock-nut of the stupichny bearing

167 ÷ 196

Bolts of fastening of brake boards

30 ÷ 40

Bolts of fastening of brake disks to naves

50 ÷ 68

Bolts of covers of bearings of rotary fists

30 ÷ 40

Bolts of protective sealants

9 ÷ 12

Bolt of blocking of a wheel

23 ÷ 26

Nuts of fastening of assembly of the main transfer

54 ÷ 64

Nut of a flange of the leading gear wheel

196 ÷ 284

Bolts of covers of side bearings of differential

93 ÷ 103

Bolts of fastening of the conducted gear wheel of the main transfer

132 ÷ 152

Differential box bolts

64 ÷ 74

Bolts and nuts of the driveshaft

78 ÷ 88

Suspension bracket on springs

Characteristic

Value

Nuts of U-shaped bolts of step-ladders of springs

108 ÷ 118

Nuts of anchor fingers of fastening of springs

76 ÷ 102

Nuts of fingers of earrings of springs

76 ÷ 102

Bolts of fastening of the stabilizer of cross stability to a bridge case

25 ÷ 32

Nuts of fastening of the stabilizer of cross stability to the chassis

20 ÷ 23

Nuts of fastening of shock-absorbers

  • Top

20 ÷ 23

  • Lower

47 ÷ 65

Suspension bracket on screw springs

Characteristic

Value

Back nut of the longitudinal lever

93 ÷ 123

Nuts of fastening of the longitudinal lever to the bridge

157 ÷ 216

Nut of fastening of a cross jet bar to the bridge

127 ÷ 167

Nuts of fastening of shock-absorbers

45 ÷ 52

Nuts of arms of shock-absorbers

39 ÷ 53

Nuts of racks of the stabilizer of cross stability

25 ÷ 32

Nuts of spherical hinges of the stabilizer of cross stability

20 ÷ 23

Bolts of basic arms of the stabilizer of cross stability

25 ÷ 32

Back suspension bracket (model of early years of release)

Zadny Bridge

Characteristic

Value

Nuts of fastening of half shafts

53 ÷ 63

Bolts of fastening of a support

38 ÷ 52

Nut of fastening of the bearing of the bridge

441 ÷ 490

Nuts and bolts of the driveshaft

93 ÷ 108

Nut of the leading gear wheel

  • H233B

196 ÷ 284

  • H260

167 ÷ 245

Nuts of fastening of assembly of the main transfer

  • H233B

54 ÷ 64

  • H260

27 ÷ 36

Differential box bolts

  • H233B

64 ÷ 74

  • H260

39 ÷ 54

Screws of a box of differential of limited sliding

8 ÷ 11

Bolts of fastening of the conducted gear wheel of the main transfer

  • H233B

132 ÷ 152

  • H260

196 ÷ 226

Bolts of covers of side bearings

  • H233B

93 ÷ 103

  • H260

78 ÷ 98

Suspension bracket on springs

Characteristic

Value

Nuts of U-shaped bolts of step-ladders

108 ÷ 147

Nuts of anchor fingers of fastening of springs

76 ÷ 102

Nuts of fingers of earrings of springs

76 ÷ 102

Nuts of support of shock-absorbers

  • Top

47 ÷ 65

  • Lower

17 ÷ 23

Suspension bracket on screw springs

Characteristic

Value

Nuts of fastening of longitudinal jet bars to the chassis

  • Top bars

98 ÷ 137

  • Lower bars

147 ÷ 177

Nuts of fastening of longitudinal jet bars to the bridge

98 ÷ 137

Nut of fastening of a cross jet bar to the chassis

137 ÷ 167

Nut of fastening of a cross jet bar to the bridge

117 ÷ 158

Nuts of shock-absorbers

30 ÷ 40

Nuts of racks of the stabilizer of cross stability

25 ÷ 32

Nuts of spherical hinges of the stabilizer of cross stability

32 ÷ 38

Bolts of basic arms of the stabilizer of cross stability

25 ÷ 32