weight MITSUBISHI SPYDER 1990 Service Repair Manual

GENERAL Vehicle
Heat
VEHICLE INFORMATION
Vehicle information plate is riveted onto the
in the engine compartment.
The place shows model code, transaxle model,
and body color code.
No. Item
1MODEL
Engine
Exterior code
Equipment code
VEHICLE SAFETY CERTIFICATION LABEL
1. The vehicle safety certification label is attached to face
of left door pillar.
2. This label indicates Gross Vehicle Weight Rating (G.V.W.R.), Gross Axle Weight Rating
front,
rear and Vehicle Identification Number (V.I.N.).
ENGINE MODEL STAMPING
1. The engine model number is stamped at the front side
on the top edge of the cylinder block as shown in t he
f o l l o w i n g .
Enginemodel Engine
2.0 (122.0
I
I 2.0 (122.0
2.4 (146.5
2. The and engine serial number is stamped
near the engine model number, and the serial number
cycles, as shown below.
Engine serial number to
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G E N E R A L T o w i n g a n d
RIGID RACK
For lifting, put rubber or similar between the side sill and rigid rack, or the side sill area
be damaged.
POST TYPE
Special care should be taken when raising the vehicle on a frame contact type The
be equipped with the proper adapters in order to support the vehicle at the
Caution
When service procedures require removing rear suspe nsion, fuel tank and spare tire, place
weight on rear end of vehicle or anchor vehicle to hoist to prevent tipping of center of
changes.
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G E N E R A L Special Handling AWD M o d e l s
0 0 0 0 3 6 8 5
0 0 1 0 0 7 4 0 0 1 0
Speedometer tests, brake tests and wheel balance me asure-
ment for full-time AWD vehicles should be carried o ut accord-
ing to the following procedures.
SPEEDOMETER TEST
Refer to GROUP 54 Combination Meter.
BRAKE TEST
In order to stabilize the viscous coupling‘s draggi ng force,
the brake test should always be conducted after the speedom-
eter test.
FRONT WHEEL MEASUREMENTS
Place the front wheels on’ the brake tester.
2. Perform the brake test.
Caution
The rear wheels should remain on the ground.
3.If the brake dragging force exceeds the specified
jack up the vehicle and each -to
check the rotation condition of each wheel.
NOTE
If the brake dragging force exceeds the specified
the cause may be the effect of the viscous
dragging force, so jack up the front and check
the rotation condition of the wheels in this state for no
effect by the viscous coupling‘s dragging force.
REAR WHEEL MEASUREMENTS
After placing the rear wheels on the brake tester, follow the
same procedures as for the front wheel measurements .
Brake force of AWD models with
If both front wheels are locked and rear wheel meas urement
is difficult, the measurement in this condition can be consid-
ered to comprise the total.
ItemsBrake force
Total for left andAt 90 kg (198 ped- 20 or more of rear
right rear wheels al depression forceaxle weight
8% or less of rear 8% or less of
r e a r
and right front axle weight
axle weight
wheels/differ-
ence for left and
right rear wheels
T o t a l f o r f r o n t or more of the
and rear wheels al depression forcevehicle’s weight
or...
Braking-stop distanceAt primary velocity of (31mph): Within 15.0 (49.2 ft.)
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GENERAL General Data and Specifications“
00199999191
ECLIPSE
74
1l ‘: MD
.
GENERAL SPECIFICATIONS
VehicleOverall length mm (in.) 14,380 (172.4)4,380 (172.4)4,3804,380 (172.4)
Overall width mm 21,735 (68.3) 1,735
sions(in.) (68.3)
1,735 (68.3)1,735 (68.3)
Overall height (unladen) 31,295 (51 1,295 (51 1,295 (51 1,295(51
mm (in.)
W h e e l b a s e m m ( i n . ) 42,510 (98.8)
2,510 (98.8)2,510 (98.8)2,510 (98.8)
Tread Front mm (in.) 51,515 (59.6)
1,515 (59.6) 1,515 (59.6)1,515 (59.6)
Tread Rear mm (in.) 61,510 (59.4)
1,510 (59.4) 1,510 (59.4)1,510 (59.4)
Overhang Front 7935 (36.8)
935 (36.8) 935 (36.8)935 (36.8)
mm (in.)
Overhang Rear 8935 (36.8) 935 (36.8) 935 (36.8)935 (36.8)
mm (in.)
Minimum running ground 9145 (5.7) 145 (5.7) 145 (5.7)145 (5.7)
clearance mm (in.)
A n g l e o f a p p r o a c h 1 011.8 11.8 11.811.8
degrees
A n g l e o f d e p a r t u r e 1 115.8
15.8 15.815.8
degrees
Curb weight1,236 (2,725)1,266 (2,791) 1,245 (2,745)1,275 (2,811)
Gross vehicle
weight rating1,660(3,660)1,660 (3,660) 1,690 (3,726)1,690 (3,726)
Gross axle weight rating1 ,010 (2,227)1 ,010(2,227)1,010 (2,227)1,010 (2,227)
Front
Gross axle weight rating
800 (1,764) 800 (1,764) 800 (1,764)800 (1,764)
Rear
capacity4 4 44
Model No. (DOHC) (DOHC) (DOHC) (DOHC)
Piston displacement
1,996 (121.8)1,996 (121.8) 1,996 (121.8)1,996 (121.8)
Model No.
m a n u a l m a n u a l
automatic automatic
Fuel supply system
Electronically
Electronically ElectronicallyElectronically
controlled multi- controlled multi- controlled multi-controlled multi-
port fuel port fuel port fuel port fuel injec-
tion
tion tiontion
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GENERAL General Data and Specifications
Items
,Vehicle Overall length mm (in.) 1 (172.4) 4,380 (172.4) 4,380 (172.4) 4,380 (172.4)
sionsOverall width mm (in.)2 1,735 (68.3)
1,740
1,735 (68.3)
1,740
1,740 (68.5) 1,740 (68.5)
(unladen) 31,295 (51 1,295 (51 1,295 (51 1,295 (51
W h e e l b a s e m m ( i n . ) 42,510 (98.8) 2,510 (98.8)2,510 (98.8)
Tread Front mm (in.) 51,515 (59.6)1,515 (59.6)1,515 (59.6) 1,515 (59.6)
Tread Rear mm (in.) 61,510 (59.4) 1,510 (59.4) (59.4)1,510 (59.4)
Overhang Front 7935 (36.8) 935 (36.8)935 (3.6.8) 935 (36.8)
mm (in.)
Overhang Rear 8935 (36.8) 935 (36.8)935 (36.8) 935 (36.8)
mm (in.)
Minimum running ground 9145 (5.7) 145 (5.7)145 (5.7) 145 (5.7)
clearance mm (in.)
A n g l e o f a p p r o a c h 1 011.811.811.8
degrees
A n g l e o f d e p a r t u r e 1 115.8 15.81 5 . 8degrees
Curb weight1,285 (2,833) 1,315 (2,899) ,322 1,357 (2,992)
Gross vehicle weight rating 1,750 (3,858)1,750 (3,858) 1,750 (3,858)(3,858)
Gross axle weight rating 1 ,010 (2,227) 1 ,010 (2,227) 1,025 (2,260)
Front
Gross axle weight rating 800 (1,764)800(1,764)775(1,709)775 (1,709)
Rear
Seating capacity
Model No.
Piston displacement
Model No.
Fuel supply system
ystem
4 444
(DOHC) (DOHC) (DOHC)
1,996 (121.8)1,996 (121.8) 1,997 (121.9)1,997
m a n u a l manual
automatic automatic
Electronically Electronically Electronically Electronically
controlled multi- controlled multi-
controlled multi-controlled multi-
port fuel injec- port fuel injec-port fuel injec-
port fuel injec-
tion tion tion tion
NOTE
l 1: Vehicles with side air dam.
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GENERAL General and
Vehicle dimensions
weight kg
Overall length mm (in.)
Overall width mm (in.)
Overall height (unladen) mm (in.)
Wheelbase mm (in.)
Tread
Front mm (in.)
Tread
Rear mm (in.)
Overhang
Front mm (in.)
Overhang
Rear mm (in.)
Minimum running ground
mm (in.)
Angle of approach degrees
Angle of departure degrees
Curb weight
Gross vehicle weight rating
Gross axle weight rating
Front
Gross axle weight rating
Rear
1
2
3
4 5
6
7
8
9
10
11
Seating capacity
EngineModel No.
Piston displacement
4
1,740 (68.5)
1,310 (51.6)
(98.8)
1,515 (59.6)
1,510 (59.4)
(36.8)
(36.8)
145 (5.7)
4,380 (172.4)
1,740 (68.5)
1,310 (51.6)
2,510
1,515 (59.6)
1,510
9 3 5
935 (36.8)
145 (5.7)
12.2
16.2
,427 (3,146)
,850 (4,079)
,050 (2,315)
50 (1,874)
4
4
1
5
El
1 . 2 . 2
16.2
1,462 (3,223)
1,850
1,050 (2,315)
(1,874)
4
(DOHC)
997 (121.9)
-speed manual
(DOHC)
1997
automatic
controlled controlled
fuel fuel injection
Revision

GENERAL General Data and Specifications
ECLIPSE SPYDER
GENERAL SPECIFICATIONS
6
.
Items
VehicleOverall length mm (in.) 14,380 (172.4) 4,380 (172.4)
4,360 (172.4)4,380 (172.4)
Overall width mm (in.) 21,740(68.5)
1,740 (68.5)
1,735 (68.3)1,7401,735 (68.3)sions
1,740
Overall height (unladen) 31,340 (52.8)1,340 (52.8)
1,340 (52.8)1,340 (52.8)
mm (in.)
W h e e l b a s e m m ( i n . ) 42,510 (98.8) 2,510 (98.8)2,510 (98.8)’
Tread Front mm (in.) 51,510 (59.4) 1,510 (59.4)
1,510 (59.4)
Tread Rear mm (in.) 61,505 (59.2) 1,505 (59.2)
1,505 (59.2)1,505 (59.2)Overhang Front 7935 (36.8) 935 (36.8)
935 (36.8)935 (36.8)
mm (in.)
Overhang Rear 8935 (36.8) 935 (36.8)9 3 5 ( 3 6 . 8 )935 (36.8)
mm (in.)
Minimum running ground 9160 (6.3) 160 (6.3)
160 (6.3)1 6 0 ( 6 . 3 )
clearance mm (in.)
A n g l e o f a p p r o a c h 1 012.2 12.2
12.21 2 . 2
degrees
A n g l e o f d e p a r t u r e 1 115.8 15.8
15.81 5 . 6 ’
degrees
Curb weight (3,053)1,425 (3,142)1,305 (2,877) 1,335 (2,943)
Gross vehicle
1,765 (3,935)1,785 (3,935)
(Ibs.)weight rating1,850 (4,079)
1,850Gross axle weight rating 1,030 (2,271)1,030 (2,271)1 ,010 (2,227) 1,010 (2,227)
Front
Gross axle weight rating
820 (1,808) 820 (1,806)
800 (1,764)800 (1,764)
Rear
capacity
Model No.
Piston displacement
Model No.
FuelFuel supply system
NOTE
Vehicles with side air dam. 4
444
(DOHC) (DOHC) (SOHC)
1,997 (121.9)
1,997 (121.9)
2,351 (143.4)2,351 (143.4)
m a n u a l m a n u a l
automatic automatic
Electronically Electronically Electronically Electronically
controlled
controlledcontrolledcontrolled
port fuel port fuel port fuel port fuel injec-
tion tion tion tion
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ENGINE -‘Engine Assembly
COMPRESSOR
Disconnect the compressor connector and remove the
compressor from the compressor bracket
the hose
attached.
NOTE
Place the removed A/C compressor in a where it will
not be a hindrance when removing ‘and installing th e engine
assembly, and tie it with a cord:
Caution
Do not bend the joint the A/C hose and the
pipe by force.
ENGINE MOUNT BRACKET ASSEMBLY
REMOVAL
(1) Support the engine with a garage jack.
(2) Remove the special tool which was attached when the
transaxle assembly was removed.
(3) Hold the engine assembly with a chain block or similar
(4) Place a garage jack against the engine oil pan with a
piece of wood in between, jack up the engine so tha t
the weight of the engine is no longer being applied to
the engine mount bracket, and then remove the engin e
mount bracket.
ENGINE ASSEMBLY REMOVAL
After checking that all cables, hoses and harness connectors,
etc., are disconnected from the engine, lift the chain block
slowly to remove the engine assembly upward from th e engine
compartment.
INSTALLATION SERVICE POINTS
ENGINE ASSEMBLY INSTALLATION
Install the engine assembly while checking that the cables,
hoses, and harness connectors are not clamped.
ENGINE MOUNT BRACKET ASSEMBLY
INSTALLATION
(1) Place a garage jack against the engine oil pan with a
piece of wood in between, and install the engine mo unt
bracket while adjusting the position of the engine.
(2) Support the engine with the garage jack.
(3)Remove the chain block and support the engine assem bly
with the special tool.
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E N G I N E Engine
A/C COMPRESSOR REMOVAL
the A/C compressor connector and remove the
compressor from the compressor bracket with the
attached.
NOTE
Place the removed A/C compressor in a place where i t will
not be a hindrance when removing and installing the engine
assembly, and tie it with a cord.
Caution
Do not bend the joint between the A/C hose and the A/C
pipe by force.
M O U N T B R A C K E T
REMOVAL
(1) Support the engine with a garage jack.
(2) Remove the special tool which was attached when the’
transaxle assembly was removed.
(3) Hold the engine assembly with a chain block or similar
(4) a garage jack against the engine oil pan with a
piece of wood in between, jack up ‘the engine so th at
the weight of the engine is no longer being applied to
the engine mount bracket, and then remove the engin e
mount bracket.
ENGINE ASSEMBLY REMOVAL
After checking that all cables, hoses and harness connectors,. ..etc., are the engine, lift the chain block
slowly to remove the engine assembly upward from th e engine
compartment.
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ENGINE Timing Belt
REMOVAL SERVICE POINTS
POWER STEERING OIL PUMP
Remove the power steering oil pump from the bracket with
the hose attached.
Place the removed power pump in a place where
it will not be a hindrance when removing and instal ling ‘the
timing belt, and tie it with a cord.
ENGINE MOUNT BRACKET ASSEMBLY REMOVAL
I
sprocket
pulley
Place a garage jack against the engine oil pan with a
of wood in between, jack up the engine so that weight
of the engine is no longer being applied to the eng ine mount
bracket, and then remove the mount bracket.
BELT REMOVAL.
Align timing marks. Loosen the timing belt remove
timing belt.
Caution Do not rotate the camshaft or crankshaft
afterremoving
the timing belt, or valve components may be
Always align timing marks before removing timing ‘b elt.
TIMING BELT TENSIONER REMOVAL
(1) When the tensioner is removed from the engine, it is
necessary to compress the plunger into the tensione r
body.
(2) Place the tensioner into a vise and slowly compress the
plunger.
Caution
Index the tensioner in the vise the way
installed on the engine.This is to ensure proper
pin orientation when the tensioner installed on the
engine.
(3) When the plunger is compressed into the tension er body,
install a pin through the body and plunger
plunger
in place until tensioner is installed.
Tensioner
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