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Home Colt Lancer Galant L200 Outlander Pajero Others
Galant 6 and 7 (1987-1998) Galant 5 (1983-1989, petrol)

Engine specifications (Mitsubishi Galant 6)

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0




Where:
MFI = Multi-point fuel injection system
MFI-T = Multiport Fuel Injection with Turbocharging
SOHC = Single Overhead Camshaft Engines
DOHC = Double Overhead Camshaft Engines


General parameters

Engine 1.5 l

General information

Engine type 4-cylinder in-line, SOHC

 

Working volume, l/cm³

1.5/1468

Cylinder diameter, mm

75.49

Piston stroke, mm

82

Compression ratio

9.2:1

Firing order

1-3-4-2

Cylinder head

Full height, mm

106.9÷107.1

Maximum permissible non-flatness of mating surfaces, mm

0.05

Clearance of camshaft seating in bearings, mm

0.04÷0.08

Camshaft

Height of cams, mm

Intake valve drive cams

Nominal value

38.75

Minimum acceptable value

38.25

Exhaust valve drive cams

Nominal value

39.1

Minimum acceptable value

38.6

Bearing journal diameter, mm

46

Working clearance in bearings, mm

Nominal value

0.06÷0.10

Maximum permissible value

0.14

Valve drive rocker arms

Inner diameter, mm

  18.9

Landing clearance on axles, mm

Nominal value

0.01÷0.04

Maximum permissible value

  0.1

Rocker arm axles

Diameter, mm

  18.9

Valves

Length, mm

Intake

  100.75

Graduation

  101.6

Rod diameter, mm

Intake valves

  6.565÷6.580

Exhaust valves

  6.530÷6.550

Working chamfer angle

(inlet and outlet), hail

  45.0÷45.5

Width of the cylindrical part (belt) of the plate, mm

Intake valves

Nominal value

  1.0

Maximum permissible value

  0.5

Exhaust valves

Nominal value

  1.5

Maximum permissible value

  1.0

Clearance of rod fit in guide bushings, mm

Intake valves

Nominal value

  0.02÷0.05

Maximum permissible value

  0.10

Exhaust valves

Nominal value

  0.05÷0.09

Maximum permissible value

  0.15

Valve clearances, mm

Hot engine

Intake valves

  0.15

Exhaust valves

  0.25

Cold engine

Intake valves

  0.07

Exhaust valves

  0.17

Valve guide bushings

Length, mm

Intake valve bushings

  44.0

Exhaust valve bushings

  49.5

Repair dimensions, mm

  0.05, 0.25, 0.50

Valve seats

Contact surface width

working chamfer, mm

0.9÷1.3 mm

Working chamfer angle, deg

  44.0÷44.5

Valve springs

Free length, mm

Intake valve springs

Nominal value

  46.1

Maximum permissible value

  45.1

Exhaust valve springs

Nominal value

  46.8

Maximum permissible value

  45.8

Cylinder block

Full height, mm

Nominal value

  255.9÷256.1

Maximum permissible value

  254.82

Maximum permissible flatness

gasket surface, mm

  0.1

Cylinder diameter, mm

  75.50÷75.53

Maximum permissible ovality of cylinders, mm

  0.02

Maximum permissible taper of cylinders, mm

  0.02

Pistons

Outer diameter, mm

  75.47÷75.50

Landing clearance in cylinders, mm

  0.02÷0.04

Width of piston ring grooves, mm

First compression ring

  1.52÷1.54

Second compression ring

  1.51÷1.53

Oil scraper ring

  4.015÷4.045

Repair dimensions, mm

  0.05, 0.25, 0.50

Piston rings

Lateral clearance of fit in grooves, mm

First (upper) compression ring

Nominal value

  0.03÷0.07

Maximum permissible value

  0.12

Second compression ring

Nominal value

  0.02÷0.06

Maximum permissible value

0.12

Gaps in locks, mm

First (upper) compression ring

Nominal value

0.20÷0.40

Maximum permissible value

0.8

Second compression ring

Nominal value

0.20÷0.35

Maximum permissible value

0.8

Oil scraper ring

Nominal value

0.20÷0.70

Maximum permissible value

1.0

Connecting rods

Maximum allowable bending, mm

0.05

Maximum permissible twisting, mm

0.10

Axial clearance of the lower heads on the crankshaft connecting rod journals, mm

Nominal value

0.10÷0.25

Maximum permissible value

0.4

Working clearance in connecting rod bearings, mm

Nominal value

0.02÷0.06

Maximum permissible value

0.15

Crankshaft

Working clearance in main bearings, mm

Nominal value

0.02÷0.07

Maximum permissible value

0.15

Diameter of connecting rod journals, mm

42

Main journal diameter, mm

48

Maximum permissible ovality of necks, mm

0.015

Axial clearance of shaft, mm

Nominal value

0.05÷0.18

Maximum permissible value

0.25

Flywheel

Limit value of runout, mm

0.13

Oil pump

Gear tooth clearance, mm

Nominal value

0.06÷0.18

Maximum permissible value

0.35

Lateral clearance, mm

Nominal value

0.04÷0.10

Maximum permissible value

0.20

Clearance in housing, mm

Nominal value

0.10÷0.18

Maximum permissible value

0.35

Free length of pressure reducing valve spring, mm

46.6

Under load 61 Nm, mm

40.1

Engine 1.6 l

General information

Engine type

4-cylinder in-line, DOHC

Working volume, l/cm³

1.6/1565

Cylinder diameter, mm

82.3

Piston stroke, mm

75

Compression ratio

9.2:1

Firing order

1-3-4-2

Cylinder head

Full height, mm

131.9÷132.1

Maximum permissible non-flatness of mating surfaces, mm

0.05

Clearance of camshaft seating in bearings, mm

0.04÷0.08

Camshaft

Height of cams, mm

Intake valve drive cams

Nominal value

35.20

Minimum acceptable value

34.70

Exhaust valve drive cams

Nominal value

34.907

Minimum acceptable value

34.407

Bearing journal diameter, mm

26

Working clearance in bearings, mm

0.05÷0.09

Axial clearance, mm

0.1÷0.2

Valves

Length, mm

Intake

109.50

Graduation

109.70

Rod diameter, mm

Intake valves

6.565÷6.568

Exhaust valves

6.530÷6.550

Working chamfer angle

(inlet and outlet), hail

45.0÷45.5

Width of the cylindrical part (belt) of the plate, mm

Intake valves

Nominal value

1.0

Maximum permissible value

0.7

Exhaust valves

Nominal value

1.5

Maximum permissible value

1.0

Clearance of rod fit in guide bushings, mm

Intake valves

Nominal value

0.02÷0.05

Maximum permissible value

0.10

Exhaust valves

Nominal value

0.05÷0.09

Maximum permissible value

0.15

Valve guide bushings

Length, mm

Intake valve bushings

45.5

Exhaust valve bushings

50.5

Repair dimensions, mm

0.05, 0.25, 0.50

Valve seats

Width of contact surface of working chamfer, mm

0.9÷1.3 mm

Working chamfer angle, deg

44.0÷44.5

Valve springs

 

Free length, mm

Nominal value

48.3

Maximum permissible value

47.3

Violation of the end face, hail

 

Nominal value

Less than 1.5

Maximum permissible value

4.0

Cylinder block

 

Maximum permissible non-flatness of the gasket surface, mm

0.1

Cylinder diameter, mm

82.30÷82.33

Maximum permissible ovality of cylinders, mm

0.01

Maximum permissible taper of cylinders, mm

0.01

Pistons

 

Outer diameter, mm

82.27÷82.30

Landing clearance in cylinders, mm

0.02÷0.04

Width of piston ring grooves, mm

 

First compression ring

1.22÷1.24

Second compression ring

1.52÷1.54

Oil scraper ring

3.01÷3.03

Repair dimensions, mm

0.25, 0.50, 0.75, 1.0

Piston rings

 

Lateral clearance of fit in grooves, mm

 

First (upper) compression ring

 

Nominal value

0.03÷0.07

Maximum permissible value

0.12

Second compression ring

 

Nominal value

0.03÷0.07

Maximum permissible value

0.12

Gaps in locks, mm

 

First (upper) compression ring

 

Nominal value

0.25÷0.40

Maximum permissible value

0.8

Second compression ring

 

Nominal value

0.35÷0.50

Maximum permissible value

1.0

Oil scraper ring

 

Nominal value

0.20÷0.70

Maximum permissible value

1.0

Repair dimensions, mm

0.25, 0.50, 0.75, 1.0

Connecting rods

 

Maximum allowable bending, mm

0.05

Maximum permissible twisting, mm

0.10

Axial clearance of the lower heads on the crankshaft connecting rod journals, mm

 

Nominal value

0.10÷0.25

Maximum permissible value

0.4

Working clearance in connecting rod bearings, mm

 

Nominal value

0.02÷0.05

Maximum permissible value

0.1

Crankshaft

 

Working clearance in main bearings, mm

 

Nominal value

0.02÷0.05

Maximum permissible value

0.1

Diameter of connecting rod journals, mm

45

Main journal diameter, mm

57

Maximum permissible ovality of necks, mm

0.015

Axial clearance of shaft, mm

 

Nominal value

0.05÷0.18

Maximum permissible value

0.25

Flywheel

 

Limit value of runout, mm

0.13

Oil pump

 

Gear tooth clearance, mm

 

Pinion gear

 

Nominal value

0.16÷0.21

Maximum permissible value

0.25

Driven gear

 

Nominal value

0.13÷0.18

Maximum permissible value

0.25

Lateral clearance, mm

 

Pinion gear

 

Nominal value

0.08÷0.14

Maximum permissible value

0.25

Driven gear

 

Nominal value

0.06÷0.12

Maximum permissible value

0.25

Free length of pressure reducing valve spring, mm

46.6

Engine 1.8 l

 

General information

 

Engine type

4-cylinder in-line, SOHC

Working volume, l/cm³

1.8/1834

Cylinder diameter, mm

81

Piston stroke, mm

89

Compression ratio

9.5:1

Firing order

1-3-4-2

Cylinder head

 

Full height, mm

119.9÷120.1

Maximum allowable

 

non-flatness of mating surfaces, mm

0.2

Camshaft

 

Height of cams, mm

 

Intake valve drive cams

 

Nominal value

37.11

Minimum acceptable value

36.61

Exhaust valve drive cams

 

Nominal value

37.15

Minimum acceptable value

36.65

Valves

 

Length, mm

 

Intake

 

Nominal value

110.15

Maximum permissible value

109.65

Graduation

 

Nominal value

113.70

Maximum permissible value

113.25

Rod diameter, mm

 

Intake valves

6.0

Exhaust valves

6.0

Working chamfer angle

 

(inlet and outlet), hail

45.0÷45.5

Width of the cylindrical part (belt) of the plate, mm

 

Intake valves

 

Nominal value

1.0

Maximum permissible value

0.5

Exhaust valves

 

Nominal value

1.3

Maximum permissible value

0.8

Clearance of rod fit in guide bushings, mm

 

Intake valves

 

Nominal value

0.02÷0.05

Maximum permissible value

0.10

Exhaust valves

 

Nominal value

0.05÷0.09

Maximum permissible value

0.15

Valve guide bushings

 

Elevation value, mm

14.0

Inner diameter, mm

6.0

Valve seats

 

Width of contact surface of working chamfer, mm

0.9÷1.3 mm

Working chamfer angle, deg

44.0÷44.5

Valve springs

 

Free length, mm

 

Intake valve springs

 

Nominal value

50.9

Maximum permissible value

49.9

Exhaust valve springs

 

Nominal value

50.9

Maximum permissible value

49.9

Cylinder block

 

Full height, mm

263.5

Maximum permissible non-flatness of the gasket surface, mm

0.1

Cylinder diameter, mm

81.0

Maximum permissible ovality of cylinders, mm

0.01

Maximum permissible taper of cylinders, mm

0.01

Pistons

 

Outer diameter, mm

81.0

Piston pin diameter, mm

19.0

Landing clearance in cylinders, mm

0.02÷0.04

Piston rings

 

Lateral clearance of fit in grooves, mm

 

First (upper) compression ring

 

Nominal value

0.03÷0.07

Maximum permissible value

0.1

Second compression ring

 

Nominal value

0.02÷0.06

Maximum permissible value

0.1

Gaps in locks, mm

 

First (upper) compression ring

 

Nominal value

0.25÷0.40

Maximum permissible value

0.8

Second compression ring

 

Nominal value

0.40÷0.55

Maximum permissible value

0.8

Oil scraper ring

 

Nominal value

0.20÷0.60

Maximum permissible value

1.0

Connecting rods

 

Axial clearance of the lower heads on the crankshaft connecting rod journals, mm

 

Nominal value

0.10÷0.25

Maximum permissible value

0.4

Working clearance in connecting rod bearings, mm

 

Nominal value

0.02÷0.08

Maximum permissible value

0.1

Crankshaft

 

Main journal diameter, mm

50

Diameter of connecting rod journals, mm

45

Working clearance in main bearings, mm

 

Nominal value

0.02÷0.04

Maximum permissible value

0.1

Maximum permissible ovality of necks, mm

0.015

Axial clearance of shaft, mm

 

Nominal value

0.05÷0.25

Maximum permissible value

0.1

Oil pump

 

Gear tooth clearance, mm

 

Nominal value

0.06÷0.18

Maximum permissible value

0.35

Lateral clearance, mm

 

Nominal value

0.04÷0.10

Maximum permissible value

0.20

Clearance in housing, mm

 

Nominal value

0.10÷0.18

Maximum permissible value

0.35

Engine 2.0L SOHC

 

General information

 

Engine type 4-cylinder in-line, SOHC

 

Working volume, l/cm³

2.0/1997

Cylinder diameter, mm

85

Piston stroke, mm

88

Compression ratio

8.5:1

Firing order

1-3-4-2

Cylinder head

 

Full height, mm

89.9÷90.1

Maximum permissible non-flatness of mating surfaces, mm

0.2

Camshaft

 

Height of cams, mm

 

Cams marked D

 

Intake valve drive

 

Nominal value

42.4

Minimum acceptable value

41.9

Exhaust valve drive

 

Nominal value

42.4

Minimum acceptable value

41.9

Cams marked AR

 

Exhaust valve drive

 

Nominal value

44.53

Minimum acceptable value

44.03

Exhaust valve drive

 

Nominal value

44.53

Minimum acceptable value

44.03

Bearing journal diameter, mm

33.95

Valves

 

Rod diameter, mm

 

Intake valves

8.0

Exhaust valves

7.9

Working chamfer angle

 

(inlet and outlet), hail

45.0÷45.5

Width of the cylindrical part (belt) of the plate, mm

 

Intake valves

 

Nominal value

1.2

Maximum permissible value

0.5

Exhaust valves

 

Nominal value

2.0

Maximum permissible value

0.8

Clearance of rod fit in guide bushings, mm

 

Intake valves

 

Nominal value

0.03÷0.06

Maximum permissible value

0.10

Exhaust valves

 

Nominal value

0.05÷0.09

Maximum permissible value

0.15

Valve guide bushings

 

Inner diameter, mm

8.0

Outer diameter, mm

13.1

Valve seats

 

Contact surface width

 

working chamfer, mm

0.9÷1.3 mm

Working chamfer angle, deg

44.0÷44.5

Valve springs

 

Free length, mm

 

Nominal value

49.8

Maximum permissible value

49.9

Violation of the end face, hail

 

Nominal value

2

Maximum permissible value

4

Cylinder block

 

Full height, mm

289.9÷290.1

Maximum permissible flatness

 

gasket surface, mm

0.05

Cylinder diameter, mm

85

Maximum permissible ovality of cylinders, mm

0.02

Maximum permissible taper of cylinders, mm

0.02

Pistons

 

Outer diameter, mm

84.99

Landing clearance in cylinders, mm

0.01÷0.03

Piston rings

 

Lateral clearance of fit in grooves, mm

 

First (upper) compression ring

 

Nominal value

0.03÷0.07

Maximum permissible value

0.1

Second compression ring

 

Nominal value

0.02÷0.06

Maximum permissible value

0.1

Gaps in locks, mm

 

First (upper) compression ring

 

Nominal value

0.25÷0.40

Maximum permissible value

0.8

Second compression ring

 

Nominal value

0.20÷0.35

Maximum permissible value

0.8

Oil scraper ring

 

Nominal value

0.20÷0.70

Maximum permissible value

1.0

Connecting rods

 

Axial clearance of the lower heads on the crankshaft connecting rod journals, mm

 

Nominal value

0.10÷0.25

Maximum permissible value

0.4

Piston pin diameter, mm

21

Working clearance in connecting rod bearings, mm

 

Nominal value

0.02÷0.05

Maximum permissible value

0.1

Crankshaft

 

Working clearance in main bearings, mm

 

Nominal value

0.02÷0.05

Maximum permissible value

0.1

Diameter of connecting rod journals, mm

45

Main journal diameter, mm

57

Maximum permissible ovality of necks, mm

0.015

Axial clearance of shaft, mm

 

Nominal value

0.05÷0.18

Maximum permissible value

0.25

Flywheel

 

Limit value of runout, mm

0.13

Oil pump

 

Lateral clearance, mm

 

Pinion gear

0.08÷0.14

Driven gear

0.06÷0.12

2.0L DOHC naturally aspirated engine

 

General information

 

Engine type 4-cylinder in-line, DOHC

 

Working volume, l/cm³

2.0/1997

Cylinder diameter, mm

85

Piston stroke, mm

88

Compression ratio

9.8:1

Firing order

1-3-4-2

Cylinder head

 

Full height, mm

131.9÷132.1

Maximum allowable

 

non-flatness of mating surfaces, mm

0.2

Camshafts

 

Height of cams, mm

 

Cams marked A, D

 

Intake valve drive

 

Nominal value

35.49

Minimum acceptable value

34.99

Cams marked B, C, E, F

 

Intake valve drive

 

Nominal value

35.20

Minimum acceptable value

34.70

Cams marked A

 

Exhaust valve drive

 

Nominal value

35.20

Minimum acceptable value

34.70

Cams marked C

 

Exhaust valve drive

 

Nominal value

35.49

Minimum acceptable value

34.99

Cams marked E, F

 

Exhaust valve drive

 

Nominal value

34.91

Minimum acceptable value

34.41

Bearing journal diameter, mm

25.96

Valves

 

Rod diameter, mm

 

Intake valves

6.6

Exhaust valves

6.5

Angle of inclination of working chamfer (inlet and outlet), degrees

45.0÷45.5

Width of the cylindrical part (belt) of the plate, mm

 

Intake valves

 

Nominal value

1.0

Maximum permissible value

  0.5

Exhaust valves

 

Nominal value

  1.5

Maximum permissible value

  0.8

Clearance of rod fit in guide bushings, mm

 

Intake valves

 

Nominal value

  0.02÷0.05

Maximum permissible value

  0.10

Exhaust valves

 

Nominal value

  0.05÷0.09

Maximum permissible value

  0.15

Valve guide bushings

 

Inner diameter, mm

  6.6

Outer diameter, mm

  12.1

Valve seats

 

Contact surface width

 

working chamfer, mm

0.9÷1.3 mm

Working chamfer angle, deg

  44.0÷44.5

Valve springs

 

Free length, mm

 

Nominal value

  48.3

Maximum permissible value

  49.9

Violation of the end face, hail

 

Nominal value

  2

Maximum permissible value

  4

Cylinder block

 

Full height, mm

  289.9÷290.1

Maximum permissible non-flatness of the gasket surface, mm

  0.05

Cylinder diameter, mm

  85

Maximum permissible ovality of cylinders, mm

  0.02

Maximum permissible taper of cylinders, mm

  0.02

Pistons

 

Outer diameter, mm

  84.99

Landing clearance in cylinders, mm

  0.02÷0.04

Piston rings

 

Lateral clearance of fit in grooves, mm

 

First (upper) compression ring

 

Nominal value

  0.03÷0.07

Maximum permissible value

  0.1

Second compression ring

 

Nominal value

  0.03÷0.07

Maximum permissible value

  0.1

Gaps in locks, mm

 

First (upper) compression ring

 

Nominal value

  0.25÷0.40

Maximum permissible value

  0.8

Second compression ring

 

Nominal value

  0.45÷0.60

Maximum permissible value

  0.8

Oil scraper ring

 

Nominal value

  0.20÷0.70

Maximum permissible value

  1.0

Connecting rods

 

Axial clearance of the lower heads on the crankshaft connecting rod journals, mm

 

Nominal value

  0.10÷0.25

Maximum permissible value

  0.4

Piston pin diameter, mm

  21

Working clearance in connecting rod bearings, mm

 

Nominal value

  0.02÷0.05

Maximum permissible value

  0.1

Crankshaft

 

Working clearance in main bearings, mm

 

Nominal value

  0.02÷0.05

Maximum permissible value

  0.1

Diameter of connecting rod journals, mm

  45

Main journal diameter, mm

  57

Maximum permissible ovality of necks, mm

  0.015

Axial clearance of shaft, mm

 

Nominal value

  0.05÷0.18

Maximum permissible value

  0.25

Flywheel

 

Limit value of runout, mm

  0.13

Oil pump

 

Lateral clearance, mm

 

Pinion gear

  0.08÷0.14

Driven gear

  0.06÷0.12

2.0L DOHC Turbocharged Engine

General information

 

Engine type 4-cylinder in-line, DOHC

 

Working volume, l/cm³

  2.0/1997

Cylinder diameter, mm

  85

Piston stroke, mm

  88

Compression ratio

  7.8:1

Firing order

  1-3-4-2

Cylinder head

 

Full height, mm

  131.9÷132.1

Maximum permissible non-flatness of mating surfaces, mm

  0.2

Camshafts

 

Height of cams, mm

 

Cams marked A, D

 

Intake valve drive

 

Nominal value

  35.49

Minimum acceptable value

  34.99

Cams marked B, C, E, F

 

Intake valve drive

 

Nominal value

  35.20

Minimum acceptable value

  34.70

Cams marked A

 

Exhaust valve drive

 

Nominal value

  35.20

Minimum acceptable value

  34.70

Cams marked C

 

Exhaust valve drive

 

Nominal value

  35.49

Minimum acceptable value

  34.99

Cams marked E, F

 

Exhaust valve drive

 

Nominal value

  34.91

Minimum acceptable value

  34.41

Bearing journal diameter, mm

  25.96

Valves

 

Rod diameter, mm

 

Intake valves

  6.6

Exhaust valves

  6.5

Angle of inclination of working chamfer (inlet and outlet), degrees

  45.0÷45.5

Width of the cylindrical part (belt) of the plate, mm

 

Intake valves

 

Nominal value

  1.0

Maximum permissible value

  0.5

Exhaust valves

 

Nominal value

  1.5

Maximum permissible value

  0.8

Clearance of rod fit in guide bushings, mm

 

Intake valves

 

Nominal value

  0.02÷0.05

Maximum permissible value

  0.10

Exhaust valves

 

Nominal value

  0.05÷0.09

Maximum permissible value

  0.15

Valve guide bushings

 

Inner diameter, mm

  6.6

Outer diameter, mm

  12.1

Valve seats

 

Width of contact surface of working chamfer, mm

0.9÷1.3 mm

Working chamfer angle, deg

  44.0÷44.5

Valve springs

 

Free length, mm

 

Nominal value

  48.3

Maximum permissible value

  49.9

Violation of the end face, hail

 

Nominal value

  2

Maximum permissible value

  4

Cylinder block

 

Full height, mm

  289.9÷290.1

Maximum permissible non-flatness of the gasket surface, mm

  0.05

Cylinder diameter, mm

  85

Maximum permissible ovality of cylinders, mm

  0.02

Maximum permissible taper of cylinders, mm

  0.02

Pistons

 

Outer diameter, mm

  84.98

Landing clearance in cylinders, mm

  0.03÷0.05

Piston rings

 

Lateral clearance of fit in grooves, mm

 

First (upper) compression ring

 

Nominal value

  0.03÷0.07

Maximum permissible value

  0.1

Second compression ring

 

Nominal value

  0.03÷0.07

Maximum permissible value

  0.1

Gaps in locks, mm

 

First (upper) compression ring

 

Nominal value

  0.25÷0.40

Maximum permissible value

  0.8

Second compression ring

 

Nominal value

  0.45÷0.60

Maximum permissible value

  0.8

Oil scraper ring

 

Nominal value

  0.20÷0.70

Maximum permissible value

  1.0

Connecting rods

 

Axial clearance of the lower heads on the crankshaft connecting rod journals, mm

 

Nominal value

  0.10÷0.25

Maximum permissible value

  0.4

Piston pin diameter, mm

  21

Working clearance in connecting rod bearings, mm

 

Nominal value

  0.02÷0.05

Maximum permissible value

  0.1

Crankshaft

 

Working clearance in main bearings, mm

 

Nominal value

  0.02÷0.05

Maximum permissible value

  0.1

Diameter of connecting rod journals, mm

  45

Main journal diameter, mm

  57

Maximum permissible ovality of necks, mm

  0.015

Axial clearance of shaft, mm

 

Nominal value

  0.05÷0.18

Maximum permissible value

  0.25

Flywheel

 

Limit value of runout, mm

  0.13

Oil pump

 

Lateral clearance, mm

 

Pinion gear

  0.08÷0.14

Driven gear

  0.06÷0.12

Engine 2.4L SOHC

General information

 

Engine type

4-cylinder in-line, SOHC

Working volume, l/cm³

  2.4/2350

Cylinder diameter, mm

  86.5

Piston stroke, mm

  100

Compression ratio

  8.5:1

Firing order

  1-3-4-2

Cylinder head

 

Full height, mm

  89.9÷90.1

Maximum permissible non-flatness of mating surfaces, mm

  0.2

Camshaft

 

Height of cams, mm

 

Cams marked D

 

Intake valve drive

 

Nominal value

  42.4

Minimum acceptable value

  41.9

Exhaust valve drive

 

Nominal value

  42.4

Minimum acceptable value

  41.9

Cams marked AR

 

Intake valve drive

 

Nominal value

  44.53

Minimum acceptable value

  44.03

Exhaust valve drive

 

Nominal value

  44.53

Minimum acceptable value

  44.03

Bearing journal diameter, mm

  33.95

Valves

 

Rod diameter, mm

 

Intake valves

  8.0

Exhaust valves

  7.9

Angle of inclination of working chamfer (inlet and outlet), degrees

  45.0÷45.5

Width of the cylindrical part (belt) of the plate, mm

 

Intake valves

 

Nominal value

  1.2

Maximum permissible value

  0.5

Exhaust valves

 

Nominal value

  2.0

Maximum permissible value

  0.8

Clearance of rod fit in guide bushings, mm

 

Intake valves

 

Nominal value

  0.03÷0.06

Maximum permissible value

  0.10

Exhaust valves

 

Nominal value

  0.05÷0.09

Maximum permissible value

  0.15

Valve guide bushings

 

Inner diameter, mm

  8.0

Outer diameter, mm

  13.1

Valve seats

 

Width of contact surface of working chamfer, mm

0.9÷1.3 mm

Working chamfer angle, deg

  44.0÷44.5

Valve springs

 

Free length, mm

 

Nominal value

  49.8

Maximum permissible value

  49.9

Violation of the end face, hail

 

Nominal value

  2

Maximum permissible value

  4

Cylinder block

 

Full height, mm

  289.9÷290.1

Maximum permissible non-flatness of the gasket surface, mm

  0.05

Cylinder diameter, mm

  85

Maximum permissible ovality of cylinders, mm

  0.02

Maximum permissible taper of cylinders, mm

  0.02

Pistons

 

Outer diameter, mm

  84.99

Landing clearance in cylinders, mm

  0.01÷0.03

Piston rings

 

Lateral clearance of fit in grooves, mm

 

First (upper) compression ring

 

Nominal value

  0.03÷0.07

Maximum permissible value

  0.1

Second compression ring

 

Nominal value

  0.02÷0.06

Maximum permissible value

  0.1

Gaps in locks, mm

 

First (upper) compression ring

 

Nominal value

  0.25÷0.40

Maximum permissible value

  0.8

Second compression ring

 

Nominal value

  0.20÷0.35

Maximum permissible value

  0.8

Oil scraper ring

 

Nominal value

  0.20÷0.70

Maximum permissible value

  1.0

Connecting rods

 

Axial clearance of the lower heads on the crankshaft connecting rod journals, mm

 

Nominal value

  0.10÷0.25

Maximum permissible value

  0.4

Piston pin diameter, mm

  21

Working clearance in connecting rod bearings, mm

 

Nominal value

  0.02÷0.05

Maximum permissible value

  0.1

Crankshaft

 

Working clearance in main bearings, mm

 

Nominal value

  0.02÷0.05

Maximum permissible value

  0.1

Diameter of connecting rod journals, mm

  45

Main journal diameter, mm

  57

Maximum permissible ovality of necks, mm

  0.015

Axial clearance of shaft, mm

 

Nominal value

  0.05÷0.18

Maximum permissible value

  0.25

Flywheel

 

Limit value of runout, mm

  0.13

Oil pump

 

Lateral clearance, mm

 

Pinion gear

  0.08÷0.14

Driven gear

  0.06÷0.12

Engine 2.4L DOHC

General information

 

Engine type

4-cylinder in-line, DOHC

Working volume, l/cm³

  2.4/2350

Cylinder diameter, mm

  86.5

Piston stroke, mm

  100

Compression ratio

  8.5:1

Firing order

  1-3-4-2

Cylinder head

 

Full height, mm

  131.9÷132.1

Maximum permissible non-flatness of mating surfaces, mm

  0.2

Camshafts

 

Height of cams, mm

 

Cams marked A, D

 

Intake valve drive

 

Nominal value

  35.49

Minimum acceptable value

  34.99

Cams marked B, C, E, F

 

Intake valve drive

 

Nominal value

  35.20

Minimum acceptable value

  34.70

Cams marked A

 

Exhaust valve drive

 

Nominal value

  35.20

Minimum acceptable value

  34.70

Cams marked C

 

Exhaust valve drive

 

Nominal value

  35.49

Minimum acceptable value

  34.99

Cams marked E, F

 

Exhaust valve drive

 

Nominal value

  34.91

Minimum acceptable value

  34.41

Bearing journal diameter, mm

  25.96

Valves

 

Rod diameter, mm

 

Intake valves

  6.6

Exhaust valves

  6.5

Angle of inclination of working chamfer (inlet and outlet), degrees

  45.0÷45.5

Width of the cylindrical part (belt) of the plate, mm

 

Intake valves

 

Nominal value

  1.0

Maximum permissible value

  0.5

Exhaust valves

 

Nominal value

  1.5

Maximum permissible value

  0.8

Clearance of rod fit in guide bushings, mm

 

Intake valves

 

Nominal value

  0.02÷0.05

Maximum permissible value

  0.10

Exhaust valves

 

Nominal value

  0.05÷0.09

Maximum permissible value

  0.15

Valve guide bushings

 

Inner diameter, mm

  6.6

Outer diameter, mm

  12.1

Valve seats

 

Contact surface width

 

working chamfer, mm

0.9÷1.3 mm

Working chamfer angle, degrees 4

  4.0÷44.5

Valve springs

 

Free length, mm

 

Nominal value

  48.3

Maximum permissible value

  49.9

Violation of the end face, hail

 

Nominal value

  2

Maximum permissible value

  4

Cylinder block

 

Full height, mm

  289.9÷290.1

Maximum permissible non-flatness of the gasket surface, mm

  0.05

Cylinder diameter, mm

  85

Maximum permissible ovality of cylinders, mm

  0.02

Maximum permissible taper of cylinders, mm

0.02

Pistons

 

Outer diameter, mm

84.99

Landing clearance in cylinders, mm

0.02÷0.04

Piston rings

 

Lateral clearance of fit in grooves, mm

 

First (upper) compression ring

 

Nominal value

0.03÷0.07

Maximum permissible value

0.1

Second compression ring

 

Nominal value

0.03÷0.07

Maximum permissible value

0.1

Gaps in locks, mm

 

First (upper) compression ring

 

Nominal value

0.25÷0.40

Maximum permissible value

0.8

Second compression ring

 

Nominal value

0.45÷0.60

Maximum permissible value

0.8

Oil scraper ring

 

Nominal value

0.20÷0.70

Maximum permissible value

1.0

Connecting rods

 

Axial clearance of the lower heads on the crankshaft connecting rod journals, mm

Nominal value

0.10÷0.25

Maximum permissible value

0.4

Piston pin diameter, mm

21

Working clearance in connecting rod bearings, mm

 

Nominal value

0.02÷0.05

Maximum permissible value

0.1

Crankshaft

 

Working clearance in main bearings, mm

 

Nominal value

0.02÷0.05

Maximum permissible value

0.1

Diameter of connecting rod journals, mm

45

Main journal diameter, mm

57

Maximum permissible ovality of necks, mm

0.015

Axial clearance of shaft, mm

 

Nominal value

0.05÷0.18

Maximum permissible value

0.25

Flywheel

 

Limit value of runout, mm

0.13

Oil pump

 

Lateral clearance, mm

 

Pinion gear

0.08÷0.14

Driven gear

0.06÷0.12

Engine 3.0L SOHC

General information

Engine type

6-cylinder V-shaped (60°), SOHC

Working volume, l/cm³

3.0/2972

Cylinder diameter, mm

91.1

Piston stroke, mm

76

Compression ratio

10.0:1

Firing order

1-2-3-4-5-6

Cylinder head

 

Full height, mm

84

Maximum permissible non-flatness of mating surfaces, mm

0.2

Camshaft

 

Height of cams, mm

 

Nominal value

41.25

Minimum acceptable value

40.75

Bearing journal diameter, mm

33.95

Valves

 

Rod diameter, mm

 

Intake valves

8.0

Exhaust valves

7.9

Angle of inclination of working chamfer (inlet and outlet), degrees

45.0÷45.5

Width of the cylindrical part (belt) of the plate, mm

 

Intake valves

 

Nominal value

1.2

Maximum permissible value

0.7

Exhaust valves

 

Nominal value

2.0

Maximum permissible value

1.5

Clearance of rod fit in guide bushings, mm

 

Intake valves

 

Nominal value

0.03÷0.06

Maximum permissible value

0.10

Exhaust valves

 

Nominal value

0.05÷0.09

Maximum permissible value

0.15

Valve guide bushings

 

Inner diameter, mm

8.0

Outer diameter, mm

13.1

Valve seats

 

Width of contact surface of working chamfer, mm

0.9÷1.3 mm

Working chamfer angle, deg

44.0÷44.5

Valve springs

 

Free length, mm

 

Nominal value

49.8

Maximum permissible value

48.8

Violation of the end face, hail

 

Nominal value

2

Maximum permissible value

4

Cylinder block

 

Full height, mm

210.4÷210.6

Maximum permissible non-flatness of the gasket surface, mm

0.1

Cylinder diameter, mm

91.1

Maximum permissible ovality of cylinders, mm

0.02

Maximum permissible taper of cylinders, mm

0.02

Pistons

 

Outer diameter, mm

91.1

Landing clearance in cylinders, mm

0.02÷0.04

Piston rings

 

Lateral clearance of fit in grooves, mm

 

First (upper) compression ring

 

Nominal value

0.03÷0.07

Maximum permissible value

0.1

Second compression ring

 

Nominal value

0.02÷0.06

Maximum permissible value

0.1

Gaps in locks, mm

 

First (upper) compression ring

 

Nominal value

0.30÷0.40

Maximum permissible value

0.8

Second compression ring

 

Nominal value

0.45÷0.60

Maximum permissible value

0.8

Oil scraper ring

 

Nominal value

0.20÷0.60

Maximum permissible value

1.0

Connecting rods

 

Axial clearance of the lower heads on the crankshaft connecting rod journals, mm

 

Nominal value

0.10÷0.25

Maximum permissible value

0.4

Piston pin diameter, mm

22

Working clearance in connecting rod bearings, mm

 

Nominal value

0.02÷0.05

Maximum permissible value

0.1

Crankshaft

 

Working clearance in main bearings, mm

 

Nominal value

0.02÷0.05

Maximum permissible value

0.1

Diameter of connecting rod journals, mm

50

Main journal diameter, mm

60

Maximum permissible ovality of necks, mm

0.015

Axial clearance of shaft, mm

 

Nominal value

0.05÷0.25

Maximum permissible value

0.3

Oil pump

Gear tooth clearance, mm

0.06÷0.18

Lateral clearance, mm

0.04÷0.10

Clearance in housing, mm

Nominal value

0.10÷0.18

Maximum permissible value

0.35

Tightening force of threaded connections, Nm*

Camshaft

Gear bolt

1.5L engines

70

Engines 1.6L, 1.8L and 2.0L (SOHC and DOHC)

90

2.4L engines

80÷100

Engines 3.0 l (SOHC and DOHC)

90

Bearing cap bolts

Engines 2.0L SOHC

20

1.6L and 2.0 DOHC engines

29÷35

2.4L engines

20

Engines 3.0 l (SOHC and DOHC)

90

3.5L engines

31

Crankshaft pulley/vibration damper

Pulley bolts

1.5L engines

14

Engines 1.6L and 2.0L (SOHC and DOHC)

20÷30

2.4L engines

25

Central mounting bolt

1.5L engines

70÷100

Engines 1.8 l and 3.5 l

185

Engines 3.0 l (SOHC and DOHC)

150÷160

Cylinder head

Head mounting bolts

1.5L engines

Stage 1

49

Stage 2

Loosen all bolts completely (in the reverse order of tightening - see Section Removal and installation the cylinder head)

Stage 3

20

Stage 4

Pull another 90°

Stage 5

Pull another 90°

Engines 1.8 l

Stage 1

75

Stage 2

Loosen all bolts completely (in the reverse order of tightening - see Section Removal and installation the cylinder head)

Stage 3

20

Stage 4

Pull another 90°

Stage 5

Pull another 90°

Engines 2.0L SOHC

Stage 1

30

Stage 2

61

Stage 3

92

1.6L and 2.0L DOHC engines

Cold engine

90÷100 (evenly in three stages)

Hot engine

100÷110 (evenly in three stages)

2.4L engines

Stage 1

78

Stage 2

Loosen all bolts completely (in the reverse order of tightening - see Section Removal and installation the cylinder head)

Stage 3

20

Stage 4

Pull another 90°

Stage 5

Pull another 90°

Engines 3.0 l (SOHC and DOHC)

105÷115 (evenly in three stages)

3.5L engines

103÷113 (evenly in three stages)

Exhaust manifold

Exhaust manifold mounting bolts/nuts

1.5L engines

18

1.6L and 2.0L DOHC engines

25÷30

Engines 1.8 l

30

Engines 2.0L SOHC

15÷19

2.4L engines

25÷29

Engines 3.0L SOHC

29

Engines 3.0L DOHC

19

3.5L engines

29

Flywheel/drive disc

Flywheel/Drive Disc Mounting Bolts

1.5L engines

135

Engines 1.6L, 2.0L (SOHC and DOHC) and 2.4L

130÷140

Engines 1.8 l

100

Engines 3.0L (SOHC and DOHC) and 3.5L

72÷76

Intake manifold

Intake manifold mounting bolts

1.5L engines

18

1.6L and 2.0L DOHC engines

15÷19

Engines 1.8 l

20

Engines 2.0L SOHC

Bolts for fastening the pressure chamber

15÷19

Pipeline fastening bolts

15÷19

2.4L engines

Models produced in 1994.

Bolts

20

Nuts

35

Models produced in 1995÷2000.

Bolts

20

Nuts

20

Engines 3.0L SOHC, 3.0L DOHC and 3.5L

Models produced up to November 1993.

Stage 1

(fastening nuts to the front row of cylinders) 3÷5

Stage 2

(rear cylinder row mounting nuts) 12÷15

Stage 3

(fastening nuts to the front row of cylinders) 12÷15

Models produced since December 1993.

Stage 1

(fastening nuts to the front row of cylinders) 5÷8

Stage 2

(rear cylinder row mounting nuts) 20÷23

Stage 3

(fastening nuts to the front row of cylinders) 20÷23

Oil pan

Oil pan mounting bolts

1.5L engines

7

1.6L and 2.0L DOHC engines

6÷8

Engines 1.8 l

7

Engines 2.0L SOHC

6÷8

2.4L engines

8

Engines 3.0 l (SOHC and DOHC)

6

3.5L engines

Upper section of the pallet

6

Bottom section of the pallet

10÷12

Oil pump

Engines 1.5 l and 1.8 l

Pump cover

10

Pressure reducing valve

45

Screen

19

Engines 1.6L, 2.0L SOHC and DOHC) and 2.4L

Oil filter support bracket

19

Pump cover

24

Pinion mounting bolt

37

Plug

24

Engines 3.0 l (SOHC and DOHC)

Oil deflector plate mounting bolts

11

Pump casing mounting bolts

14

Pump cover mounting bolts

10

3.5L engines

Oil deflector plate mounting bolts

11

Pump casing mounting bolts

14

Oil intake mounting bolts

18

Pump cover mounting bolts

10

Cylinder head cover(s)

 

Cylinder head cover(s) mounting bolts

1.5L engines

1÷2

Engines 1.6L, 1.8L, 2.0L DOHC and 2.4L

2÷3

Engines 2.0L SOHC

4÷5

Engines 3.0 SOHC

9

Engines 3.0L DOHC

4÷5

3.5L engines

3

Valve drive mechanism

Rocker arm mounting bolts

Engines 1.5 l, 1.8 l and 2.4 l

32

1.6L and 2.0L DOHC engines

29÷35

3.5L engines

25

Thermostat

Thermostat mounting bolts

Engines 1.8 l

22

Engines 1.5 l, 1.6 l, 2.0 l DOHC and 2.0 l SOHC 1990÷1992.

17÷20

Engines 2.0L SOHC 1993.

10÷15

2.4L engines

13

Engines 3.0L SOHC, 3.0L DOHC and 3.5L

17÷20

Timing drive

1.5L engines

Axle bolt

Models produced in 1990÷1994.

25

Models produced in 1995÷2000.

20÷27

2.0L DOHC Turbocharged Engines

Balance shaft drive belt tensioner roller bolts

19

Timing Belt Tensioner Roller Bolt

48

2.4L engines

Balance shaft drive belt tensioner roller bolts

20

Timing Belt Tensioner Roller Bolt

48

Engines 3.0L SOHC

Tensioner lock bolt

29

Engines 3.0L DOHC

Models produced in 1992÷1994.

Tensioner lock bolt

10

Models produced in 1995÷1996.

Tensioner lock bolt

24

3.5L engines

Tensioner roller lock bolt

48

Water pump

Pump mounting bolts

Engines 1.5 l and 1.8 l

24

Engines 1.6L and 2.0L (SOHC and DOHC)

12÷15

2.4L engines

Bolts with marking (4)

14

Bolts with marking (7)

24

Engines 3.0L SOHC, 3.0L DOHC and 3.5L

24

*See also the text of the Guide.

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Galant 6 and 7: Dismantling the engine
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Removal and installation the engine
Removal and installation the cylinder head cover
Removal and installation of valve drive assemblies
Removal and installation the thermostat
Removal and installation the intake manifold
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Galant 6 and 7 (1987-1998) 
  • General information
  • Introduction to guide
  • User manual
  • Driving and operation
  • Maintenance
  • Power unit
  • Dismantling the engine
  • Engine overhaul
  • Cooling and heating
  • Power and exhaust systems
  • Engine electrical equipment
  • Engine management systems
  • Transmission
  • Mechanical gearbox
  • Automatic gearbox
  • Clutch
  • Drive shafts and transfer case
  • Chassis and running gear
  • Brake system
  • Car suspension
  • Steering
  • Body and interior
  • Exterior (external elements)
  • Interior (internal elements)
  • Doors, locks and windows
  • Electrical equipment
  • Equipment and devices
  • Wiring diagrams Galant
  • Wiring diagrams Mirage
  • Wiring diagrams Diamante
Galant 5 (1983-1989, petrol) 
  • General information
  • Troubleshooting
  • Maintenance
  • Power unit
  • Engine repair
  • Engine overhaul
  • Cooling and heating
  • Fuel and exhaust system
  • Engine electrical equipment
  • Reducing exhaust toxicity
  • Transmission
  • Manual gearbox
  • Automatic gearbox
  • Clutch and drive shafts
  • Chassis and running gear
  • Brake system
  • Car suspension
  • Steering
  • Body and interior
  • Exterior (external elements)
  • Interior (internal elements)
  • Doors, locks and windows
  • Electrical equipment
  • Equipment and devices
  • Electrical diagrams
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