MITSUBISHI MONTERO 1998 Service Manual

2 - 10 Amp (Red)
Radio
3 - 10 Amp (Red)
Heater Relay
4 - 10 Amp (Red)
4A/T
5 - 20 Amp (Yellow)
Front & Rear Air Conditioner
6 - 10 Amp (Red)
Turn Signals
7 - 10 Amp (Red)
Meters
8 - 10 Amp (Red)
Horn
9 - 15 Amp (Light Blue)
Wiper
10 - 10 Amp (Red)
Power Window Control
11 - 10 Amp (Red)
Four Wheel Drive System, Overdrive Control (Vehicles With
Automatic Transmission Only)
12 - 15 Amp (Light Blue)
Power Door Locks
13 - 10 Amp (Red)
Doom Light, Clock
14 - 15 Amp (Light Blue)
Backup Lights
15 - 15 Amp (Light Blue)
Stoplights
16 - 25 Amp
Heater
17 - 15 Amp (Light Blue)
Accessory Socket
18 - 10 Amp (Red)
Rear Heater
19 - Spare Fuse
ENGINE COMPARTMENT
Fig. 4: Engine Compartment Fusible Links
Courtesy of Mitsubishi Motor Sales of America.

1 - 60 Amp
Battery
2 - 100 Amp
Alternator
3 - 20 Amp (Yellow)
Multipoint Injection
4 - 40 Amp
Ignition Switch
5 - 30 Amp (Green)
Rear Window Defogger
6 - 30 Amp (Green)
Power Window Control
7 - 30 Amp (Green)
Air Conditioner
8 - 40 Amp
Lights
9 - 10 Amp (Red)
AIR CONDITIONING & HEAT Compressor
10 - 25 Amp
Condenser Fan
11 - 10 Amp (Red)
Tail Lights
12 - 10 Amp (Red)
Headlight Upper Beam
13 - 10 Amp (Red)
Hazard Warning Flashers

METRIC CONVERSIONS
1998 Mitsubishi Montero
GENERAL INFORMATION
METRIC CONVERSIONS
METRIC CONVERSIONS
Metric conversions are making life more difficult for the
mechanic. In addition to doubling the number of tools required,
metric-dimensioned nuts and bolts are used alongside English
components in many new vehicles. The mechanic has to decide which tool
to use, slowing down the job. The tool problem can be solved by trial
and error, but some metric conversions aren't so simple. Converting
temperature, lengths or volumes requires a calculator and conversion
charts, or else a very nimble mind. Conversion charts are only part of
the answer though, because they don't help you "think" metric, or
"visualize" what you are converting. The following examples are
intended to help you "see" metric sizes:
LENGTH
Meters are the standard unit of length in the metric system.
The smaller units are 10ths (decimeter), 100ths (centimeter), and
1000ths (millimeter) of a meter. These common examples might help you
to visualize the metric units:
* A meter is slightly longer than a yard (about 40 inches).
* An aspirin tablet is about one centimeter across (.4 inches).
* A millimeter is about the thickness of a dime.
VOLUME
Cubic meters and centimeters are used to measure volume, just
as we normally think of cubic feet and inches. Liquid volume
measurements include the liter and milliliter, like the English quarts
or ounces.
* One teaspoon is about 4 cubic centimeters.
* A liter is about one quart.
* A liter is about 61 cubic inches.
WEIGHT
The metric weight system is based on the gram, with the most
common unit being the kilogram (1000 grams). Our comparable units are
ounces and pounds:
* A kilogram is about 2.2 pounds.
* An ounce is about 28 grams.
TORQUE
Torque is somewhat complicated. The term describes the amount
of effort exerted to turn something. A chosen unit of weight or force
is applied to a lever of standard length. The resulting leverage is
called torque. In our standard system, we use the weight of one pound
applied to a lever a foot long, resulting in the unit called a foot-
pound. A smaller unit is the inch-pound (the lever is one inch long).
Metric units include the meter kilogram (lever one meter long
with a kilogram of weight applied) and the Newton-meter (lever one

meter long with force of one Newton applied). Some conversions are:
* A meter kilogram is about 7.2 foot pounds.
* A foot pound is about 1.4 Newton-meters.
* A centimeter kilogram (cmkg) is equal to .9 inch pounds.
PRESSURE
Pressure is another complicated measurement. Pressure is
described as a force or weight applied to a given area. Our common
unit is pounds per square inch. Metric units can be expressed in
several ways. One is the kilogram per square centimeter (kg/cm
).
Another unit of pressure is the Pascal (force of one Newton on an area
of one square meter), which equals about 4 ounces on a square yard.
Since this is a very small amount of pressure, we usually see the
kiloPascal, or kPa (1000 Pascals). Another common automotive term for
pressure is the bar (used by German manufacturers), which equals 10
Pascals. Thoroughly confused? Try the examples below:
* Atmospheric pressure at sea level is about 14.7 psi.
* Atmospheric pressure at sea level is about 1 bar.
* Atmospheric pressure at sea level is about 1 kg/cm
.
* One pound per square inch is about 7 kPa.
CONVERSION FACTORS
CONVERSION FACTORS
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TO CONVERT TO  MULTIPLY BY 
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LENGTH
  

Millimeters (mm) Inches  .03937 

Inches Millimeters  25.4 

Meters (M) Feet  3.28084 

Feet Meters  .3048 

Kilometers(Km) Miles  .62137 
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AREA
  

Square Centimeters (cm) Square Inches  .155 

Square Inches Square Centimeters  6.45159 
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VOLUME
  

Cubic Centimeters Cubic Inches  .06103 

Cubic Inches Cubic Centimeters  16.38703 

Liters Cubic Inches  61.025 

Cubic Inches Liters  .01639 

Liters Quarts  1.05672 

Quarts Liters  .94633 

Liters Pints  2.11344 

Pints Liters  .47317 

Liters Ounces  33.81497 

Ounces Liters  .02957 
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WEIGHT
  

Grams Ounces  .03527 

Ounces Grams  28.34953 

Kilograms Pounds  2.20462 

Pounds Kilograms  .45359 
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WORK
  

Centimeter Kilograms Inch Pounds  .8676 

Pounds/Sq. Inch Kilograms/Sq.Centimeter .07031 

Bar Pounds/Sq. Inch  14.504 

Pounds/Sq. Inch Bar  .06895 

Atmosphere Pounds/Sq. Inch  14.696 

Pounds/Sq. Inch Atmosphere  .06805 
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TEMPERATURE
  

Centigrade Degrees Fahrenheit Degrees (Cx(9)/5)+32 

Fahrenheit Degrees Centigrade Degrees (F-32)x(5)/9 
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CONVERSION FACTORS (Cont.)
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INCHES DECIMALS mm

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1/64 ...................... .016 ........................ .397 

1/32 ...................... .031 ........................ .794 

3/64 ...................... .047 ....................... 1.191 

1/16 ...................... .063 ....................... 1.588 

5/64 ...................... .078 ....................... 1.984 

3/32 ...................... .094 ....................... 2.381 

7/64 ...................... .109 ....................... 2.778 

1/8 ....................... .125 ....................... 3.175 

9/64 ...................... .141 ....................... 3.572 

5/32 ...................... .156 ....................... 3.969 

11/64 ..................... .172 ....................... 4.366 

3/16 ...................... .188 ....................... 4.763 

13/64 ..................... .203 ....................... 5.159 

7/32 ...................... .219 ....................... 5.556 

15/64 ..................... .234 ....................... 5.953 

1/4 ....................... .250 ....................... 6.350 

17/64 ..................... .266 ....................... 6.747 

9/32 ...................... .281 ....................... 7.144 

19/64 ..................... .297 ....................... 7.541 

5/16 ...................... .313 ....................... 7.938 

21/64 ..................... .328 ....................... 8.334 

11/32 ..................... .344 ....................... 8.731 

23/64 ..................... .359 ....................... 9.128 

3/8 ....................... .375 ....................... 9.525 

25/64 ..................... .391 ....................... 9.992 

13/32 ..................... .406 ...................... 10.319 

27/64 ..................... .422 ...................... 10.716 

7/16 ...................... .438 ...................... 11.113 

29/64 ..................... .453 ...................... 11.509 

15/32 ..................... .469 ...................... 11.906 

31/64 ..................... .484 ...................... 12.303 

1/2 ....................... .500 ...................... 12.700 

33/64 ..................... .516 ...................... 13.097 

17/32 ..................... .531 ...................... 13.494 

35/64 ..................... .547 ...................... 13.891 

9/16 ...................... .563 ...................... 14.288 

37/64 ..................... .578 ...................... 14.684 

19/32 ..................... .594 ...................... 15.081 

39/64 ..................... .609 ...................... 15.478 

5/8 ....................... .625 ...................... 15.875 

41/64 ..................... .641 ...................... 16.272 

21/32 ..................... .656 ...................... 16.669 

43/64 ..................... .672 ...................... 17.066 

11/16 ..................... .687 ...................... 17.463 

45/64 ..................... .703 ...................... 17.859 

23/32 ..................... .719 ...................... 18.256 

47/64 ..................... .734 ...................... 18.653 

3/4 ....................... .750 ...................... 19.050 

49/64 ..................... .766 ...................... 19.447 

25/32 ..................... .781 ...................... 19.844 

51/64 ..................... .797 ...................... 20.241 

13/16 ..................... .813 ...................... 20.638 

53/64 ..................... .828 ...................... 21.034 

27/32 ..................... .844 ...................... 21.431 

55/64 ..................... .859 ...................... 21.828 

7/8 ....................... .875 ...................... 22.225 

57/64 ..................... .891 ...................... 22.622 

29/32 ..................... .906 ...................... 23.019 

59/64 ..................... .922 ...................... 23.416 

15/16 ..................... .938 ...................... 23.813 

61/64 ..................... .953 ...................... 24.209 

31/32 ..................... .969 ...................... 24.606 

63/64 ..................... .984 ...................... 25.003 

1 ......................... 1.000 ..................... 25.400 
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MIRRORS - POWER
1998 Mitsubishi Montero
1998 ACCESSORIES & EQUIPMENT
Mitsubishi - Power Mirrors
Eclipse, Galant, Mirage, Montero, Montero Sport, 3000GT
DESCRIPTION & OPERATION
Electric remote control mirrors are controlled by a dual-
control switch mounted on driver's door, dash or center console
depending on model. Left/right switch directs current to desired
mirror. Horizontal/vertical switch directs current to electric motor
in mirror assembly, controlling up/down and left/right adjustment.
Heated mirrors are controlled by defogger relay.
TROUBLE SHOOTING
POWER MIRRORS INOPERATIVE
Check for faulty fuse, faulty power mirror switch or faulty
power mirror motor. See POWER MIRROR FUSE IDENTIFICATION table.
POWER MIRROR FUSE IDENTIFICATION TABLE









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Application Fuse No.
Eclipse ............................................... 13
Galant ................................................. 9
Mirage ................................................. 7
Montero & 3000GT ....................................... 5
Montero Sport .......................................... 8









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COMPONENT TESTS
POWER MIRROR MOTOR TEST
Connect 12-volt power source to mirror connector terminals.
See Figs. 1 -6. Replace mirror as necessary.
Fig. 1: Identifying Power Mirror Operational Test Charts (Eclipse,
Galant, Montero - W/Heater & Montero Sport - W/Heater)
Courtesy of Chrysler Corp.

Fig. 2: Identifying Power Mirror Operational Test Charts (Mirage,
Montero - W/out Heater & Montero Sport - W/out Heater)
Courtesy of Chrysler Corp.
Fig. 3: Identifying Power Mirror Operational Test Charts (3000GT)
Courtesy of Chrysler Corp.

Fig. 4: Identifying Power Mirror Connector (Eclipse, Galant, Montero
- W/Heater & Montero Sport - W/Heater)
Courtesy of Chrysler Corp.
Fig. 5: Identifying Power Mirror Connector (Mirage, Montero - W/out
Heater, Montero Sport - W/out Heater & 3000GT - W/out Heater)
Courtesy of Chrysler Corp.

Fig. 6: Identifying Power Mirror Connector (3000GT - W/Heater)
Courtesy of Chrysler Corp.
POWER MIRROR SWITCH TEST
Remove mirror switch. Using ohmmeter, check continuity of
switch. See appropriate POWER MIRROR SWITCH CONTINUITY CHART. See
Fig. 7 or 8. Replace switch if switch continuity is not as specified.
POWER MIRROR SWITCH CONTINUITY CHART (ECLIPSE)









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Switch ( 1) Check Continuity
Position Between Pins No.
Left Side
UP ....................................... 3 & 4; 5 & 10
DOWN ..................................... 3 & 5; 4 & 10
LEFT .................................... 3 & 11; 4 & 10
RIGHT ................................... 3 & 4; 10 & 11
Right Side
UP ....................................... 3 & 4; 9 & 10
DOWN ..................................... 3 & 9; 4 & 10
LEFT ..................................... 3 & 8; 4 & 10
RIGHT .................................... 3 & 4; 8 & 10
( 1) - See Fig. 7.









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POWER MIRROR SWITCH CONTINUITY CHART (ALL OTHERS)








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Switch ( 1) Check Continuity
Position Between Pins No.
Left Side
UP ........................................ 4 & 8; 6 & 7
DOWN ...................................... 4 & 7; 6 & 8
LEFT ...................................... 3 & 6; 4 & 7
RIGHT ..................................... 3 & 4; 6 & 7