1900 MITSUBISHI DIAMANTE tire pressure

TROUBLESHOOiNG 11-7
4. Starter motor spins, but does not engage
a. Check the starter motor for a seized or binding pinion gear.
b. Remove the flywheel inspection plate and check for a damaged ring gear.
Gasoline Engines
1. Engine runs poor/y, hesiiates
a. Check the engine ignition system operation and adjust if possible, or replace defective
parts.
b. Check for restricted fuel injectors and replace as necessary.
c. Check the fuel pump output and delivery. Inspect fuel lines for restrictions. If the fuel
pump pressure is below specification, replace the fuel pump.
d. Check the operation of the engine management system and repair as necessary.
2. Enfline lacks power
a. Check the engine’s tune-up status. Note the tune-up specifications and check for items
such as severely worn spark plugs; adjust or replace as needed. On vehicles with
manually adjusted valve clearances, check for tight valves and adjust to specification.
b. Check the air filter and air intake system. Replace the air filter if it is dirty or contami-
nated. Check the fresh air intake system for restrictions or blockage.
c. Check the operation of the engine fuel and ignition management systems. Check the
sensor operation and wiring. Check for low fuel pump pressure and repair or replace
components as necessary.
d. Check the throttle linkage adjustments. Check to make sure the linkage is fully open-
ing the throttle. Replace any worn or defective bushings or linkages.
e. Check for a restricted exhaust system. Check for bent or crimped exhaust pipes, or in-
ternally restricted mufflers or catalytic converters. Compare inlet and outlet tempera-
tures for the converter or muffler. If the inlet is hot, but outlet cold, the component is
restricted.
f. Check for a loose or defective knock sensor. A loose, improperly torqued or defective
knock sensor will decrease spark advance and reduce power. Replace defective knock
sensors and install using the recommended torque specification.
g. Check for engine mechanical conditions such as low compression, worn piston rings,
worn valves, worn camshafts and related parts. An engine which has severe mechani-
cal wear, or has suffered internal mechanical damage must be rebuilt or replaced to re-
store lost power.
h. Check the engine oil level for being overfilled. Adjust the engine’s oil level, or change
the engine oil and filter, and top off to the correct level.
i. Check for an intake manifold or vacuum hose leak. Replace leaking gaskets or worn
vacuum hoses.
j. Check for dragging brakes and replace or repair as necessary.
k. Check tire air pressure and tire wear. Adjust the pressure to the recommended set-
tings. Check the tire wear for possible alignment problems causing increased rolling
resistance, decreased acceleration and increased fuel usage.
I. Check the octane rating of the fuel used during refilling, and use a higher octane rated
fuel.
3. Poor fuel economy
a. Inspect the air filter and check for any air restrictions going into the air filter housing.
Replace the air filter if it is dirty or contaminated.
b. Check the engine for tune-up and related adjustments. Replace worn ignition parts,
check the engine ignition timing and fuel mixture, and set to specifications if possible.
c. Check the tire size, tire wear, alignment and tire pressure. Large tires create more
rolling resistance, smaller tires require more engine speed to maintain a vehicle’s road
speed. Excessive tire wear can be caused by incorrect tire pressure, incorrect wheel
alignment or a suspension problem. All of these conditions create increased rolling
resistance, causing the engine to work harder to accelerate and maintain a vehicle’s
speed.
d. Inspect the brakes for binding or excessive drag. A sticking brake caliper, overly ad-
justed brake shoe, broken brake shoe return spring, or binding parking brake cable or
linkage can create a significant drag, brake wear and loss of fuel economy. Check the
brake system operation and repair as necessary.
4. Engine runs on (diesels) when turned off
a. Check for idle speed set too high and readjust to specification.
b. Check the operation of the idle control valve, and replace if defective.
c. Check the ignition timing and adjust to recommended settings.
Check for defective
sensors or related components and replace if defective.
d. Check for a vacuum leak at the intake manifold or vacuum hose
and replace defective
gaskets or hoses.
e. Check the engine for excessive carbon build-up in the combustion chamber. Use a
recommended decarbonizing fuel additive or disassemble the cylinder head to remove
the carbon.
f. Check the operation of the engine fuel management system and replace defective sen-
sors or control units.
g. Check the engine operating temperature for overheating and repair as necessary. 5. Engine knocks and pinfls during heavy accele/ation, and on steep hills
a. Check the octane rating of the fuel used during refilling, and use a higher octane rated
fuel.
b. Check the ignition timing and adjust to recommended settings. Check for defective
sensors or related components and replace if defective.
c. Check the engine for excessive carbon build-up in the combustion chamber. Use a
recommended decarbonizing fuel additive or disassemble the cylinder head to remove
the carbon.
d. Check the spark plugs for the correct type, electrode gap and heat range. Replace worn
or damaged spark plugs. For severe or continuous high speed use, install a spark plug
that is one heat range colder.
e. Check the operation of the engine fuel management system and replace defective sen-
sors or control units.
f. Check for a restricted exhaust system. Check for bent or crimped exhaust pipes, or in-
ternally restricted mufflers or catalytic converters. Compare inlet and outlet tempera-
tures for the converter or muffler. If the inlet is hot, but outlet cold, the component is
restricted.
6. Engine atxelerates, but vehicle does not gain speed
a. On manual transmission vehicles, check for causes of a slipping clutch. Refer to the
clutch troubleshooting section for additional information.
b. On automatic transmission vehicles, check for a slipping transmission” Check the
transmission fluid level and condition. If the fluid level is too high, adjust to the cor-
rect level. If the fluid level is low, top off using the recommended fluid type. If the fluid
exhibits a burning odor, the transmission has been slipping internally. Changing the
fluid and filter may help temporarily, however in this situation a transmission may re-
quire overhauling to ensure long-term reliability.
Diesel Engines
1. Engine runs pOOr!y a. Check the injection pump timing and adjust to specification.
b. Check for air in the fuel lines or leaks, and bleed the air from the fuel system.
c. Check the fuel filter, fuel feed and return lines for a restriction and repair as necessary.
d. Check the fuel for contamination, drain and flush the fuel tank and replenish with fresh
fuel.
2. Enfline lacks power
a. Inspect the air intake system and air filter for restrictions and, if necessary, replace the
air filter.
b. Verify the injection pump timing and reset if out of specification.
c. Check the exhaust for an internal restriction and replace failed parts.
d. Check for a restricted fuel filter and, if restricted, replace the filter.
e. Inspect the fuel filler cap vent. When removing the filler cap, listen for excessive hiss-
ing noises indicating a blockage in the fuel filler cap vents, If the filler cap vents are
blocked, replace the cap.
f. Check the fuel system for restrictions and repair as necessary.
g. Check for low engine compression and inspect for external leakage at the glow plugs
or nozzles. If no external leakage is noted, repair or replace the engine.
ENGINE PERFORMANCE TROUBLESHOOTING HINTS When troubleshooting an engine running or performance condition, the mechanical
condition of the engine should be determined before lengthy troubleshooting procedures
are performed.
The engine fuel management systems in fuel injected vehicles rely on electronic sen-
sors to provide information to the engine control unit for precise fuel metering. Unlike
carburetors, which use the incoming air speed to draw fuel through the fuel metering jets
in order to provide a proper fuel-to-air ratio, a fuel injection system provides a specific
amount of fuel which is introduced by the fuel injectors into the intake manifold or intake
port, based on the information provided by electronic sensors.
The sensors monitor the engine’s operating temperature, ambient temperature and the
amount of air entering the engine, engine speed and throttle position to provide informa-
tion to the engine control unit, which, in turn, operates the fuel injectors by electrical
pulses. The sensors provide information to the engine control unit using low voltage
electrical signals. As a result, an unplugged sensor or a poor electrical contact could
cause a poor running condition similar to a failed sensor.
When troubleshooting a fuel related engine condition on fuel injected vehicles, care-
fully inspect the wiring and electrical connectors to the related components. Make sure
the electrical connectors are fully connected, clean and not physically damaged. If neces-
sary, clean the electrical contacts using electrical contact cleaner. The use of cleaning
agents not specifically designed for electrical contacts should not be used, as they could
leave a surface film or damage the insulation of the wiring.
The engine electrical system provides the necessary electrical power to operate the ve-
hicle’s electrical accessories, electronic control units and sensors. Because engine man-
agement systems are sensitive to voltage changes, an alternator which over or under-
charges could cause engine running problems or component failure. Most alternators
utilize internal voltage regulators which cannot be adjusted and must be replaced indi-
vidually or as a unit with the alternator.

IJront Wheel or Wheel Bearing Loose
All Wheel and Four Wheel Drive Vehicles a. Torque lug nuts and axle nuts to specification and recheck for looseness.
b. Wheel bearing worn or damaged. Replace wheel bearing.
Front Wheel Drive Vehicles
a. Torque lug nuts and axle nuts to specification and recheck for looseness.
b. Wheel bearing worn or damaged. Replace wheel bearing.
Rear Wheel Drive Vehicles a. Wheel bearing out of adjustment. Adjust wheel bearing to specification; if still loose,
replace.
b. Torque lug nuts to specification and recheck for looseness.
c. Wheel bearing worn or damaged. Replace wheel bearing.
2. Rear Wheel or Wheel Bearing Loose
All Wheel and Four Wheel Drive Vehicles a. Torque lug nuts and axle nuts to specification and recheck for looseness.
b. Wheel bearing worn or damaged. Replace wheel bearing.
Front Wheel Drive Vehicles a. Wheel bearing out of adjustment. Adjust wheel bearing to specification; if still loose,
replace.
b. Torque lug nuts to specification and recheck for looseness.
c. Wheel bearing worn or damaged. Replace wheel bearing.
Rear Wheel Drive Vehicles a. Torque lug nuts and to specification and recheck for looseness.
b. Wheel bearing worn or damaged. Replace wheel bearing.
11-12 TROUBLESHOOTING
8. Brake pedal goes to floor when pressed and will not pump up
a. Check the brake hydraulic fluid level and inspect the fluid lines and seals for leakage.
Repair or replace leaking components, then bleed and flush the brake system using
fresh brake fluid that meets the manufacturer’s recommended standards.
b. Check the brake fluid level. Inspect the brake fluid level and brake hydraulic seals. If
the fluid level is ok, and the brake hydraulic system is free of hydraulic leaks, replace
the brake master cylinder, then bleed and flush the brake system using fresh brake
fluid that meets the manufacturer’s recommended standards.
9. Brakes produce a burning odor
a. Check for a seizing brake hydraulic component such as a brake caliper. Check the
caliper piston for surface damage such as rust, and measure for out-of-round wear
and caliper-to-piston clearance. Overhaul or replace failed parts and flush the brake
system.
b. Check for an internally restricted flexible brake hydraulic hose. Replace the hose and
flush the brake system.
c. Check the parking brake release mechanism, seized linkage or cable, and repair as
necessary. BRAKE PERFORMANCE TROU5LESHOOTINc; HIIVTS Brake vibrations or pulsation can often be diagnosed on a safe and careful test drive.
A brake vibration which is felt through the brake pedal while braking, but not felt in the
steering wheel, is most likely caused by brake surface variations in the rear brakes. If
both the brake pedal and steering wheel vibrate during braking, a surface variation in the
front brakes, or both front and rear brakes, is very likely.
A brake pedal that pumps up with repeated use can be caused by air in the brake hy-
draulic system or, if the vehicle is equipped with rear drum brakes, the brake adjusters
may be seized or out of adjustment. A quick test for brake adjustment on vehicles with
rear drum brakes is to pump the brake pedal several times with the vehicle’s engine not
running and the parking brake released. Pump the brake pedal several times and con-
tinue to apply pressure to the brake pedal. With pressure being applied to the brake
pedal, engage the parking brake. Release the brake pedal and quickly press the brake
pedal again. If the brake pedal pumped up, the rear brakes are in need of adjustment. Do
not compensate for the rear brake adjustment by adjusting the parking brake, this will
cause premature brake lining wear.
To test a vacuum brake booster, pump the brake pedal several times with the vehicle’s
engine off. Apply pressure to the brake pedal and then start the engine. The brake pedal
should move downward about one inch (25mm).
1. Tires worn on inside tread
a. Check alignment for a toed-out condition. Check and set tire pressures and properly
adjust the toe.
b. Check for worn, damaged or defective suspension components. Replace defective
parts and adjust the alignment.
2. Tires worn on outside tread e
a. Check alignment for a toed-in condition. Check and set tire pressures and properly
adjust the toe.
b. Check for worn, damaged or defective suspension components. Replace defective
parts and adjust the alignment.
3. Tires worn unevenly
a. Check the tire pressure and tire balance. Replace worn or defective tires and check the
.
alignment; adjust if necessary. b. Check for worn shock absorbers. Replaced failed components, worn or defective tires
and check the alignment; adjust if necessary.
c. Check the alignment settings. Check and set tire pressures and properly adjust the
alignment to specification.
d. Check for worn, damaged or defective suspension components. Replace defective
parts and adjust the alignment to specification,
1. Excessive play in steering wheel
a. Check the steering gear free-play adjustment and properly adjust to remove excessive
play.
b. Check the steering linkage for worn, damaged or defective parts. Replace failed com-
ponents and perform a front end alignment.
c. Check for a worn, damaged, or defective steering box, replace the steering gear and
check the front end alignment.
2. Steering wheel shakes at cruising speeds
a. Check for a bent front wheel. Replace a damaged wheel and check the tire for possible
internal damage.
b. Check for an unevenly worn front tire. Replace the tire, adjust tire pressure and bal-
ance.
c. Check the front tires for hidden internal damage. Tires which have encountered large
pot holes or suffered other hard blows may have sustained internal damage and
should be replaced immediately.
d. Check the front tires for an out-of-balance condition. Remove, spin balance and rein-
stall. Torque all the wheel bolts or lug nuts to the recommended specification.
e. Check for a loose wheel bearing. If possible, adjust the bearing, or replace the bearing
if it is a non-adjustable bearing.
3. Steering wheel shakes when braking
a. Refer to section 3-A, condition number 1.
4. Steering wheel becomes stiff when turned
a. Check the steering wheel free-play adjustment and reset as needed.
b. Check for a damaged steering gear assembly. Replace the steering gear and perform a
front end alignment.
c. Check for damaged or seized suspension components. Replace defective components
and perform a front end alignment.
1. Vehicle pulls to one side
a. Tire pressure uneven. Adjust tire pressure to recommended settings.
b. Tires worn unevenly. Replace tires and check alignment settings.
c. Alignment out of specification. Align front end and check thrust angle.
d. Check for a dragging brake and repair or replace as necessary.
2. Vehicle is very bouncy over bumps
a. Check for worn or leaking shock absorbers or strut assemblies and replace as neces-
sary.
b. Check for seized shock absorbers or strut assemblies and replace as necessary.

TROUBLESHOOTING 11-13
NOTE: When one shock fails, ft is recommended to replace front or rear
units as pairs.
3. Vehicle leans excessively in turns
a. Check for worn or leaking shock absorbers or strut assemblies and replace as neces-
sary.
b. Check for missing, damaged, or worn stabilizer links or bushings, and replace or in-
stall as necessary.
4. Vehicle ride quality seems excessively ha&h
a. Check for seized shock absorbers or strut assemblies and replace as necessary.
b. Check for excessively high tire pressures and adjust pressures to vehicle recommen-
dations.
5. Vehicle seems low or leans to one side
a. Check for a damaged, broken or weak spring. Replace defective parts and check for a
needed alignment.
b. Check for seized shock absorbers or strut assemblies and replace as necessary.
c. Check for worn or leaking shock absorbers or strut assemblies and replace as neces-
sary.
Noises 1. Vehicle makes a clicking noises when driven
a. Check the noise to see if it varies with road speed. Verify if the noise is present when
coasting or with steering or throttle input. If the clicking noise frequency changes with
road speed and is not affected by steering or throttle input, check the tire treads for a
stone, piece of glass, nail or another hard object imbedded into the tire or tire tread.
Stones rarely cause a tire puncture and are easily removed. Other objects may create
an air leak when removed. Consider having these objects removed immediately at a
facility equipped to repair tire punctures.
b. If the clicking noise varies with throttle input and steering, check for a worn Constant
Velocity (CV-joint) joint, universal (U- joint) or flex joint.
2. Vehicle makes a clunking or knocking noise over bumps
a. A clunking noise over bumps is most often caused by excessive movement or clear-
ance in a suspension component. Check the suspension for soft, cracked, damaged or
worn bushings. Replace the bushings and check the vehicle’s alignment.
b. Check for loose suspension mounting bolts. Check the tightness on subframe bolts,
pivot bolts and suspension mounting bolts, and torque to specification.
c. Check the vehicle for a loose wheel bearing. Some wheel bearings can be adjusted for
looseness, while others must be replaced if loose. Adjust or replace the bearings as
recommended by the manufacturer.
d. Check the door latch adjustment. If the door is slightly loose, or the latch adjustment
is not centered, the door assembly may create noises over bumps and rough surfaces.
Properly adjust the door latches to secure the door. 3. Vehicle makes a low pitched rumbling noise when driven
a. A low pitched rumbling noise is usually caused by a drive train related bearing and is
most often associated with a wheel bearing which has been damaged or worn. The
damage can be caused by excessive brake temperatures or physical contact with a pot
hole or curb. Sometimes the noise will vary when turning. Left hand turns increase the
load on the vehicle’s right side, and right turns load the left side. A failed front wheel
bearing may also cause a slight steering wheel vibration when turning. A bearing
which exhibits noise must be replaced.
b. Check the tire condition and balance. An internally damaged tire may cause failure
symptoms similar to failed suspension parts. For diagnostic purposes, try a known
good set of tires and replace defective tires.
4. Vehicle makes a squeaking noise over bumps
a. Check the vehicle’s ball joints for wear, damaged or leaking boots. Replace a ball joint
if it is loose, the boot is damaged and leaking, or the ball joint is binding. When re-
placing suspension parts, check the vehicle for alignment.
b. Check for seized or deteriorated bushings. Replace bushings that are worn or dam-
aged and check the vehicle for alignment.
c. Check for the presence of sway bar or stabilizer bar bushings which wrap around the
bar. Inspect the condition of the bushings and replace if worn or damaged. Remove
the bushing bracket and apply a thin layer of suspension grease to the area where the
bushings wrap around the bar and reinstall the bushing brackets. ~
5. Vehicle vibrates when driven
a. Check the road surface. Roads which have rough or uneven surfaces may cause un-
usual vi brations.
b. Check the tire condition and balance. An internally damaged tire may cause failure
symptoms similar to failed suspension parts. For diagnostic purposes, try a known
good set of tires and replace defective tires immediately.
c. Check for a worn Constant Velocity (CV-joint) joint, universal (U- joint) or flex joint
and replace if loose, damaged or binding.
d. Check for a loose, bent, or out-of-balance axle or drive shaft. Replace damaged or
failed components.
NOTE: Diagnosing failures related to wheels, tires, steering and the sus-
pension system can often times be accomplished with a careful and thor-
ough test drive. Bearing noises are isolated by noting whether the noises
or symptoms vary when turning left or right, or occur while driving a
straight line. During a teft hand turn, the vehicle’s weight shifts to the
right, placing more force on the right side bearings, such that if a right side
wheel bearing is worn or damaged, the noise or vibration should increase
during light-to-heavy acceleration. Conversely, on right hand turns, the ve-
hicle tends to lean to the left, loading the left side bearings.
Knocking noises in the suspension when the vehicle is driven over rough roads, rail-
road tracks and speed bumps indicate worn suspension components such as bushings,
ball joints or tie rod ends, or a worn steering system.
1. One headlight only works on high or low beam
a. Check for battery voltage at headlight electrical connector. If battery voltage is present,
replace the headlight assembly or bulb if available separately. If battery voltage is not
present, refer to the headlight wiring diagram to troubleshoot.
2. Headlight does not work on high or low beam
a. Check for battery voltage and ground at headlight electrical connector. If battery volt-
age is present, check the headlight connector ground terminal for a proper ground. If
battery voltage and ground are present at the headlight connector, replace the head-
light assembly or bulb if available separately. If battery voltage or ground is not pre-
sent, refer to the headlight wiring diagram to troubleshoot.
b. Check the headlight switch operation. Replace the switch if the switch is defective or
ooerates intermittentlv. 1. Tail light, running light or side marker light inoperative
a. Check for battery voltage and ground at light’s electrical connector. If battery voltage is
present, check the bulb socket and electrical connector ground terminal for a proper
ground. If battery voltage and ground are present at the light connector, but not in the
socket, clean the socket and the ground terminal connector. If battery voltage and
ground are present in the bulb socket, replace the bulb. If battery voltage or ground is
not present, refer to the wiring diagram to troubleshoot for an open circuit.
b. Check the light switch operation and replace if necessary.
2. Tall light, running light or side marker light works intermittently
a. Check the bulb for a damaged filament, and replace if damaged.
b. Check the bulb and bulb socket for corrosion, and clean or replace the bulb and
socket.
w 3. Headlight(s) very dim
a. Check for battery voltage and ground at headlight electrical connector. If battery volt-
age is present, trace the ground circuit for the headlamp electrical connector, then
clean and repair as necessary. If the voltage at the headlight electrical connector is
significantly less than the voltage at the battery, refer to the headlight wiring diagram
to troubleshoot and locate the voltage drop. c. Check for loose, damaged or corroded wires and electrical terminals, and repair as
necessary.
d. Check the light switch operation and replace if necessary.
3. Tail light, running light or side marker light very dim
a. Check the bulb and bulb socket for corrosion and clean or replace the bulb and
socket.

MASTER INDEX 11-25 -
REAROUTPUTSHAFTSEAL 7-14
TESTING 6-5
REMOVAL & INSTALLATION 7-14
' THERMOSTAT 3-7
REAR SUSPENSION 8-18 REMOVAL & INSTALLATION 3-7
REAR WINDOW WIPER SWITCH 6-19 THROTTLE BODY 5-3
REMOVAL&INSTALLATION 6-19 REMOVAL & INSTALLATION 5-3
REARDRlVEAXLE(AWDGALANTONLY) l-38
THROTTLEPOSITIONSENSOR 4-13
DRAIN &REFILL 1-38
OPERATION 4-13
FLUIDRECOMMENDATIONS 1-38 , REMOVAL&INSTALLATION 4-13
LEVELCHECK l-38
TESTING 4-13
REGULATOR 2-10 TIMING COVERAND BELT 3-36
REMOVAL&INSTALLATION 2-10
INSPECTION 3-48
RELIEVING FUELSYSTEM PRESSURE 5-3 REMOVAL & INSTALLATION 3-36
ROCKERARM(VALVE)COVER 3-1
TIMING BELTS l-20
REMOVAL & INSTALLATION 3-1
INSPECTION I-20
ROCKER ARM/SHAFTS 3-4
TIRESANDWHEELS I-30
REMOVAL & INSTALLATION 3-4
CAREOFSPECIALWHEELS l-32
ROUTINE MAINTENANCE AND TUNE-UP 1-14 INFLATION & INSPECTION I-31
SEATS IO-IO
TIRE DESIGN I-31
REMOVAL&INSTALLATION IO-IO TIRE ROTATION I-30
SENDING UNITS 2-11
TIRESTORAGE I-31
SERIAL NUMBER IDENTIFICATION l-10
TONE (EXCITER) RING 9-29
SERVICING YOUR VEHICLE SAFELY I-4
REMOVAL & INSTALLATION 9-29
SHOCKABSORBERAND COILSPRING 8-8
TOOLS AND EQUIPMENT 1-2
OVERHAUL 8-9
TORQUE 1-7
REMOVAL&INSTALLATION 8-8 TORQUEANGLEMETERS l-9
SIGNAL AND MARKER LIGHTS 6-21
TORQUEWRENCHES l-7
REMOVAL & INSTALLATION 6-21
TOWING THE VEHICLE 1-44
SPARKPLUG WIRES 1-24
TRAINING ARM 8-24
REMOVAL&INSTALLATION 1-24
REMOVAL & INSTALLATION 8-24
TESTING 1-24
TRANSAXLEIDENTIFICATION I-10
SPARKPLUGS l-22
TRANSFER CASE ASSEMBLY 7-14
INSPECTION &GAPPING l-23
REMOVAL & INSTALLATION 7-14
REMOVAL&INSTALLATION 1-22
TRANSFER CASE 7-14
SPARKPLUGHEATRANGE 1-22
TRANSFERCASE(AWD GALANT ONLY) 1-38
SPEAKERS 6-14
DRAIN &REFILL 1-38
REMOVAL & INSTALLATION 6-14
FLUIDRECOMMENDATIONS 1-38
SPECIALTOOLS 1-4
LEVELCHECK 1-38
SPEED SENSORS 9-28
TRANSFERCASE(AWDGALANTONLY) I-10
REMOVAL & INSTALLATION 9-28
TROUBLESHOOTING ELECTRICALSYSTEMS 6-5
STANDARDANDMETRIC MEASUREMENTS l-9
OPEN CIRCUITS 6-5
STARTER 2-10
RESISTANCE 6-8
REMOVAL&INSTALLATION 2-11
SHORT CIRCUITS 6-6
TESTING 2-10
VOLTAGEDROP 6-6
STARTING SYSTEM 2-10
VOLTAGE 6-6
STEERING LINKAGE 8-30
TRUNK LID IO-3
REMOVAL &INSTALLATION 8-30
ALIGNMENT IO-3
STEERING WHEEL 8-27
REMOVAL & INSTALLATION IO-3
REMOVAL &INSTALLATION 8-27
TURBOCHARGER 3-17
STEERING 8-27
REMOVAL & INSTALLATION 3-17
STRUT AND COIL SPRING
8-21
UNDERSTANDING AND TROUBLESHOOTING ELECTRICAL
OVERHAUL 8-22
SYSTEMS 6-2
REMOVAL & INSTALLATION 8-21
UNDERSTANDINGTHEAUTOMATICTRANSAXLE 7-10
STUBAXLESHAFT,BEARlNG AND SEAL 7-15
REMOVAL & INSTALLATION 7-10
REMOVAL&INSTALLATION 7-15
UNDERSTANDINGTHECLUTCH 7-7
SWAY BAR 8-12
ADJUSTMENTS 7-8
REMOVAL 8, INSTALLATION 8-12
REMOVAL&INSTALLATION 7-7
SWAY BAR 8-25
UNDERSTANDINGTHE MANUALTRANSAXLE 7-2
REMOVAL&INSTALLATION 8-25
SHIFT LINKAGE 7-2
TAILGATE/HATCH HANDLE lo-19
UPPER BALLJOINT 8-9
REMOVAL &INSTALLATION lo-10
INSPECTION 8-9
TAILGATE IO-3
REMOVAL &INSTALLATION 8-9
ALIGNMENT IO-3 i'
UPPER CONTROLARM 8-10
REMOVAL & INSTALLATION IO-3
REMOVAL & INSTALLATION 8-10
TANKASSEMBLY 5-10
UPPER CONTROL ARMS 8-22
REMOVAL&INSTALLATION 5-10
REMOVAL & INSTALLATION 8-22
TEST EQUIPMENT 6-4
VACUUM DIAGRAMS 4-36
JUMPER WIRES 6-4
VALVE LASH 1-27
MULTIMETERS 6-5
ADJUSTMENT 1-27
TEST LIGHTS 6-4
VEHICLE IDENTIFICATION NUMBER I-10