Speedometer JEEP LIBERTY 2002 KJ / 1.G Owner's Manual

sends the proper vehicle speed messages to the
instrument cluster. For further diagnosis of the
speedometer or the instrument cluster circuitry that
controls the gauge, (Refer to 8 - ELECTRICAL/IN-
STRUMENT CLUSTER - DIAGNOSIS AND TEST-
ING). For proper diagnosis of the BCM, the PCM, the
PCI data bus, or the electronic message inputs to the
instrument cluster that control the speedometer, a
DRBIIItscan tool is required. Refer to the appropri-
ate diagnostic information.
TACHOMETER
DESCRIPTION
A tachometer is standard equipment on all instru-
ment clusters. The tachometer is located to the left of
the speedometer in the instrument cluster. The
tachometer consists of a movable gauge needle or
pointer controlled by the instrument cluster circuitry,
and a fixed 255 degree scale on the gauge dial face
that reads left-to-right from 0 to 7 for gasoline
engines, or from 0 to 5 for diesel engines. The text
ªRPM X 1000º imprinted on the cluster overlay
directly below the hub of the tachometer needle iden-
tifies that each number on the tachometer scale is to
be multiplied by 1000 rpm. The gasoline engine
tachometer has a red zone beginning at 5800 RPM,
while the red zone for the diesel engine tachometer
begins at 4300 RPM. The tachometer graphics are
dark blue and red against a beige field, making them
clearly visible within the instrument cluster in day-
light. When illuminated from behind by the panel
lamps dimmer controlled cluster illumination lighting
with the exterior lamps turned On, the dark blue
graphics appear blue and the red graphics appear
red. The orange gauge needle is internally illumi-
nated. Gauge illumination is provided by replaceable
incandescent bulb and bulb holder units located on
the instrument cluster electronic circuit board. The
tachometer is serviced as a unit with the instrument
cluster.
OPERATION
The tachometer gives an indication to the vehicle
operator of the engine speed. This gauge is controlled
by the instrument cluster electronic circuit board
based upon cluster programming and electronic mes-
sages received by the cluster from the Powertrain
Control Module (PCM) over the Programmable Com-
munications Interface (PCI) data bus. The tachome-
ter is an air core magnetic unit that receives battery
current on the instrument cluster electronic circuit
board through the fused ignition switch output (run-
start) circuit whenever the ignition switch is in the
On or Start positions. The cluster is programmed tomove the gauge needle back to the low end of the
scale after the ignition switch is turned to the Off
position. The instrument cluster circuitry controls
the gauge needle position and provides the following
features:
²Engine Speed Message- Each time the cluster
receives an engine speed message from the PCM it
will calculate the correct engine speed reading and
position the gauge needle at that speed position on
the gauge scale. The cluster will receive a new
engine speed message and reposition the gauge
pointer accordingly about every 86 milliseconds. The
gauge needle will continue to be positioned at the
actual engine speed position on the gauge scale until
the ignition switch is turned to the Off position.
²Communication Error- If the cluster fails to
receive an engine speed message, it will hold the
gauge needle at the last indication for about six sec-
onds, or until the ignition switch is turned to the Off
position, whichever occurs first. If a new engine
speed message is not received after about six sec-
onds, the gauge needle will return to the far left
(low) end of the scale.
²Actuator Test- Each time the cluster is put
through the actuator test, the gauge needle will be
swept to several calibration points on the gauge scale
in sequence in order to confirm the functionality of
the gauge and the cluster control circuitry.
The PCM continually monitors the crankshaft posi-
tion sensor to determine the engine speed, then
sends the proper engine speed messages to the
instrument cluster. For further diagnosis of the
tachometer or the instrument cluster circuitry that
controls the gauge, (Refer to 8 - ELECTRICAL/IN-
STRUMENT CLUSTER - DIAGNOSIS AND TEST-
ING). For proper diagnosis of the crankshaft position
sensor, the PCM, the PCI data bus, or the electronic
message inputs to the instrument cluster that control
the tachometer, a DRBIIItscan tool is required.
Refer to the appropriate diagnostic information.
TRANS TEMP INDICATOR
DESCRIPTION
A transmission over-temperature indicator is stan-
dard equipment on all instrument clusters, but is
only functional on vehicles equipped with an optional
automatic transmission. The transmission over-tem-
perature indicator is located near the lower edge of
the instrument cluster, between the tachometer and
the speedometer. The transmission over-temperature
indicator consists of a stencil-like cutout of the words
ªTRANS TEMPº in the opaque layer of the instru-
ment cluster overlay. The dark outer layer of the
overlay prevents the indicator from being clearly vis-
KJINSTRUMENT CLUSTER 8J - 33
SPEEDOMETER (Continued)

The turn signal indicators are connected in parallel
with the other turn signal circuits. This arrangement
allows the turn signal indicators to remain func-
tional, regardless of the condition of the other cir-
cuits in the turn signal and hazard warning systems.
The combination flasher outputs of the hazard switch
to the instrument cluster turn signal indicator inputs
can be diagnosed using conventional diagnostic tools
and methods. (Refer to 8 - ELECTRICAL/LAMPS/
LIGHTING - EXTERIOR/HAZARD SWITCH -
DESCRIPTION) for more information on the combi-
nation flasher and hazard switch operation.
WAIT-TO-START INDICATOR
DESCRIPTION
A wait-to-start indicator is only found in the
instrument clusters of vehicles equipped with an
optional diesel engine. The wait-to-start indicator is
located above the fuel gauge and to the left of the
tachometer in the instrument cluster. The wait-to-
start indicator consists of a stencil-like cutout of the
International Control and Display Symbol icon for
ªDiesel Preheatº in the opaque layer of the instru-
ment cluster overlay. The dark outer layer of the
overlay prevents the indicator from being clearly vis-
ible when it is not illuminated. An amber Light
Emitting Diode (LED) behind the cutout in the
opaque layer of the overlay causes the icon to appear
in amber through the translucent outer layer of the
overlay when it is illuminated from behind by the
LED, which is soldered onto the instrument cluster
electronic circuit board. The wait-to-start indicator is
serviced as a unit with the instrument cluster.
OPERATION
The wait-to-start indicator gives an indication to
the vehicle operator when the diesel engine glow
plugs are energized in their pre-heat operating mode.
This indicator is controlled by a transistor on the
instrument cluster electronic circuit board based
upon the cluster programming and electronic mes-
sages received by the cluster from the Powertrain
Control Module (PCM) over the Programmable Com-
munications Interface (PCI) data bus. The wait-to-
start indicator Light Emitting Diode (LED) is
completely controlled by the instrument cluster logic
circuit, and that logic will only allow this indicator to
operate when the instrument cluster receives a bat-
tery current input on the fused ignition switch out-
put (run-start) circuit. Therefore, the LED will
always be off when the ignition switch is in any posi-
tion except On or Start. The LED only illuminates
when it is provided a path to ground by the instru-
ment cluster transistor. The instrument cluster willturn on the wait-to-start indicator for the following
reasons:
²Wait-To-Start Lamp-On Message- Each time
the cluster receives a wait-to-start lamp-on message
from the PCM indicating the glow plugs are heating
and the driver must wait to start the engine, the
wait-to-start indicator will be illuminated. The indi-
cator remains illuminated until the cluster receives a
wait-to-start lamp-off message, or until the ignition
switch is turned to the Off position, whichever occurs
first.
²Actuator Test- Each time the cluster is put
through the actuator test, the wait-to-start indicator
will be turned on, then off again during the bulb
check portion of the test to confirm the functionality
of the LED and the cluster control circuitry.
The PCM continually monitors the ambient tem-
perature and the glow plug pre-heater circuits to
determine how long the glow plugs must be heated in
the pre-heat operating mode. The PCM then sends
the proper wait-to-start lamp-on and lamp-off mes-
sages to the instrument cluster. For further diagnosis
of the wait-to-start indicator or the instrument clus-
ter circuitry that controls the indicator, (Refer to 8 -
ELECTRICAL/INSTRUMENT CLUSTER - DIAGNO-
SIS AND TESTING). For proper diagnosis of the
glow plug pre-heater control circuits, the PCM, the
PCI data bus, or the electronic message inputs to the
instrument cluster that control the wait-to-start indi-
cator, a DRBIIItscan tool is required. Refer to the
appropriate diagnostic information.
WASHER FLUID INDICATOR
DESCRIPTION
A washer fluid indicator is standard equipment on
all instrument clusters. The washer fluid indicator
consists of the text ªlowashº, which appears in place
of the odometer/trip odometer information in the Vac-
uum-Fluorescent Display (VFD) of the instrument
cluster. The VFD is part of the cluster electronic cir-
cuit board, and is visible through a cutout located
near the lower edge of the speedometer dial face in
the instrument cluster. The dark outer layer of the
overlay prevents the VFD from being clearly visible
when it is not illuminated. The text message
ªlowashº appears in the same blue-green color and at
the same lighting level as the odometer/trip odometer
information through the translucent outer layer of
the overlay when it is illuminated by the instrument
cluster electronic circuit board. The washer fluid
indicator is serviced as a unit with the instrument
cluster.
KJINSTRUMENT CLUSTER 8J - 35
TURN SIGNAL INDICATOR (Continued)

ity of the headlamp and dash wire harness connector
for the washer fluid level switch and a good ground.
There should be continuity. If OK, go to Step 2. If not
OK, repair the open ground circuit to ground (G111)
as required.
(2) Remove the instrument cluster from the instru-
ment panel. Check for continuity between the washer
fluid sense circuit cavities of the headlamp and dash
wire harness connector for the washer fluid level
switch and the instrument panel wire harness con-
nector (Connector C2) for the instrument cluster. If
OK, replace the faulty washer fluid level switch. If
not OK, repair the open washer fluid switch sense
circuit between the washer fluid level switch and the
instrument cluster as required.
INDICATOR STAYS ILLUMINATED WITH WASHER
RESERVOIR FULL
(1) Disconnect and isolate the battery negative
cable. Disconnect the headlamp and dash wire har-
ness connector for the washer fluid level switch from
the washer fluid level switch connector receptacle.
Check for continuity between the ground circuit ter-
minal and the washer fluid sense terminal in the
washer fluid level switch connector receptacle. There
should be no continuity. If OK, go to Step 2. If not
OK, replace the faulty washer fluid level switch.
(2) Remove the instrument cluster from the instru-
ment panel. Check for continuity between the washer
fluid sense circuit cavity of the headlamp and dash
wire harness connector for the washer fluid level
switch and a good ground. There should be no conti-
nuity. If not OK, repair the shorted washer fluid
switch sense circuit between the washer fluid level
switch and the instrument cluster as required.
WATER-IN-FUEL INDICATOR
DESCRIPTION
A water-in-fuel indicator is only found in the
instrument clusters of vehicles equipped with an
optional diesel engine. The water-in-fuel indicator is
located above the coolant temperature gauge and to
the right of the speedometer in the instrument clus-
ter. The water-in-fuel indicator consists of a stencil-
like cutout of the International Control and Display
Symbol icon for ªWater In Fuelº in the opaque layer
of the instrument cluster overlay. The dark outer
layer of the overlay prevents the indicator from being
clearly visible when it is not illuminated. A red Light
Emitting Diode (LED) behind the cutout in the
opaque layer of the overlay causes the icon to appear
in red through the translucent outer layer of the
overlay when the indicator is illuminated from
behind by the LED, which is soldered onto the
instrument cluster electronic circuit board. Thewater-in-fuel indicator is serviced as a unit with the
instrument cluster.
OPERATION
The water-in-fuel indicator gives an indication to
the vehicle operator when there is excessive water in
the fuel system. This indicator is controlled by a
transistor on the instrument cluster electronic circuit
board based upon cluster programming and elec-
tronic messages received by the cluster from the
Powertrain Control Module (PCM) over the Program-
mable Communications Interface (PCI) data bus. The
water-in-fuel indicator Light Emitting Diode (LED) is
completely controlled by the instrument cluster logic
circuit, and that logic will only allow this indicator to
operate when the instrument cluster receives a bat-
tery current input on the fused ignition switch out-
put (run-start) circuit. Therefore, the LED will
always be off when the ignition switch is in any posi-
tion except On or Start. The LED only illuminates
when it is provided a path to ground by the instru-
ment cluster transistor. The instrument cluster will
turn on the water-in-fuel indicator for the following
reasons:
²Bulb Test- Each time the ignition switch is
turned to the On position the water-in-fuel indicator
is illuminated for about three seconds as a bulb test.
²Water-In-Fuel Lamp-On Message- Each time
the cluster receives a water-in-fuel lamp-on message
from the PCM indicating there is excessive water in
the diesel fuel system, the water-in-fuel indicator will
be illuminated. The indicator remains illuminated
until the cluster receives a water-in-fuel lamp-off
message, or until the ignition switch is turned to the
Off position, whichever occurs first.
²Actuator Test- Each time the cluster is put
through the actuator test, the water-in-fuel indicator
will be turned on, then off again during the bulb
check portion of the test to confirm the functionality
of the LED and the cluster control circuitry.
The PCM continually monitors the water-in-fuel
sensor to determine whether there is excessive water
in the diesel fuel. The PCM then sends the proper
water-in-fuel lamp-on and lamp-off messages to the
instrument cluster. For further diagnosis of the
water-in-fuel indicator or the instrument cluster cir-
cuitry that controls the indicator, (Refer to 8 - ELEC-
TRICAL/INSTRUMENT CLUSTER - DIAGNOSIS
AND TESTING). For proper diagnosis of the water-
in-fuel-sensor, the PCM, the PCI data bus, or the
electronic message inputs to the instrument cluster
that control the water-in-fuel indicator, a DRBIIIt
scan tool is required. Refer to the appropriate diag-
nostic information.
KJINSTRUMENT CLUSTER 8J - 37
WASHER FLUID INDICATOR (Continued)

A ªtap downº feature is used to decelerate without
disengaging the speed control system. To decelerate
from an existing recorded target speed, momentarily
depress the COAST switch. For each switch activa-
tion, speed will be lowered approximately 1 mph.
OVERSHOOT/UNDERSHOOT
If the vehicle operator repeatedly presses and
releases the SET button with their foot off of the
accelerator (referred to as a ªlift foot setº), the vehicle
may accelerate and exceed the desired set speed by
up to 5 mph (8 km/h). It may also decelerate to less
than the desired set speed, before finally achieving
the desired set speed.
The Speed Control System has an adaptive strat-
egy that compensates for vehicle-to-vehicle variations
in speed control cable lengths. When the speed con-
trol is set with the vehicle operators foot off of the
accelerator pedal, the speed control thinks there is
excessive speed control cable slack and adapts
accordingly. If the ªlift foot setsº are continually used,
a speed control overshoot/undershoot condition will
develop.
To ªunlearnº the overshoot/undershoot condition,
the vehicle operator has to press and release the set
button while maintaining the desired set speed using
the accelerator pedal (not decelerating or accelerat-
ing), and then turning the cruise control switch to
the OFF position (or press the CANCEL button if
equipped) after waiting 10 seconds. This procedure
must be performed approximately 10±15 times to
completely unlearn the overshoot/undershoot condi-
tion.
DIAGNOSIS AND TESTING - ROAD TEST
Perform a vehicle road test to verify reports of
speed control system malfunction. The road testshould include attention to the speedometer. Speed-
ometer operation should be smooth and without flut-
ter at all speeds.
Flutter in the speedometer indicates a problem
which might cause surging in the speed control sys-
tem. The cause of any speedometer problems should
be corrected before proceeding. Refer to Group 8J,
Instrument Cluster for speedometer diagnosis.
If a road test verifies a system problem and the
speedometer operates properly, check for:
²A Diagnostic Trouble Code (DTC). If a DTC
exists, conduct tests per the Powertrain Diagnostic
Procedures service manual.
²A misadjusted brake (stop) lamp switch. This
could also cause an intermittent problem.
²Loose, damaged or corroded electrical connec-
tions at the servo. Corrosion should be removed from
electrical terminals and a light coating of Mopar
MultiPurpose Grease, or equivalent, applied.
²Leaking vacuum reservoir.
²Loose or leaking vacuum hoses or connections.
²Defective one-way vacuum check valve.
²Secure attachment of both ends of the speed con-
trol servo cable.
²Smooth operation of throttle linkage and throttle
body air valve.
²Failed speed control servo. Do the servo vacuum
test.
CAUTION: When test probing for voltage or conti-
nuity at electrical connectors, care must be taken
not to damage connector, terminals or seals. If
these components are damaged, intermittent or
complete system failure may occur.
SPECIFICATIONS
TORQUE - SPEED CONTROL
DESCRIPTION N-m Ft. Lbs. In. Lbs.
Servo Mounting Bracket-to-Servo Nuts 9 - 75
Servo Mounting Bracket-to-Body Bolts 12 - 105
Speed Control Switch Mounting Screws 1.5 - 14
Vacuum Reservoir Mounting Screws 3 - 20
8P - 2 SPEED CONTROLKJ
SPEED CONTROL (Continued)

SPARK PLUG - OPERATION.............8I-12
SPARK PLUG - REMOVAL..............8I-15
SPARK PLUG CABLE RESISTANCE, 2.4L....8I-3
SPARK PLUG CONDITIONS - DIAGNOSIS
AND TESTING........................8I-13
SPARK PLUGS, SPARK PLUG -
CLEANING..........................8I-15
SPARK PLUGS, SPECIFICATIONS..........8I-3
SPEAKER - DESCRIPTION..............8A-13
SPEAKER - INSTALLATION.............8A-15
SPEAKER - OPERATION...............8A-14
SPEAKER - REMOVAL.................8A-14
SPECIAL TOOLS - 3.7L ENGINE..........9-15
SPECIAL TOOLS - 8 1/4 AXLE...........3-98
SPECIAL TOOLS - BASE BRAKES..........5-7
SPECIAL TOOLS - BODY................23-5
SPECIAL TOOLS - COOLING.............7-14
SPECIAL TOOLS - FRONT AXLE..........3-34
SPECIAL TOOLS - FRONT SUSPENSION.....2-8
SPECIAL TOOLS - FUEL SYSTEM.........14-6
SPECIAL TOOLS - OUTER TIE ROD END
REMOVAL TOOL.....................19-15
SPECIAL TOOLS - POWER
DISTRIBUTION SYSTEMS............8W-97-2
SPECIAL TOOLS - POWER STEERING
PUMP.............................19-20
SPECIAL TOOLS - REAR AXLE...........3-63
SPECIAL TOOLS - RFE TRANSMISSION....21-120
SPECIAL TOOLS - STEERING COLUMN....19-8
SPECIAL TOOLS - WIRING/TERMINAL . 8W-01-10
SPECIAL TOOLS, BATTERY SYSTEM.......8F-7
SPECIFICATIONS, BATTERY SYSTEM......8F-6
SPECIFICATIONS, BRAKES - ABS.........5-33
SPECIFICATIONS, CHARGE CAPACITY.....24-42
SPECIFICATIONS, CLUTCH...............6-5
SPECIFICATIONS, DIAGNOSIS AND
TESTING............................22-8
SPECIFICATIONS, FLUID CAPACITIES.......0-4
SPECIFICATIONS, FRAME DIMENSIONS....13-3
SPECIFICATIONS, FRONT AXLE...........3-33
SPECIFICATIONS, GAP AND FLUSH.....23-116
SPECIFICATIONS, IGNITION TIMING.......8I-2
SPECIFICATIONS, LAMPS/LIGHTING -
EXTERIOR..........................8L-15
SPECIFICATIONS, LAMPS/LIGHTING -
INTERIOR..........................8L-71
SPECIFICATIONS, NV1500..............21-30
SPECIFICATIONS, OPENING DIMENSIONS . 23-111
SPECIFICATIONS, PAINT CODES........23-162
SPECIFICATIONS, REAR AXLE............3-62
SPECIFICATIONS, REMOTE KEYLESS
ENTRY TRANSMITTER.................8N-9
SPECIFICATIONS, SEALER LOCATIONS....23-87
SPECIFICATIONS, SPECIFICATIONS.......24-10
SPECIFICATIONS, STANDARD
PROCEDURE.........................23-4
SPECIFICATIONS, TORQUE..............13-6
SPECIFICATIONS, WELD AND
STRUCTURAL ADHESIVE LOCATIONS......23-9
SPEED CONTROL - DESCRIPTION........8P-1
SPEED CONTROL - OPERATION..........8P-1
SPEED CONTROL - TORQUE.............8P-2
SPEED SENSOR - DESCRIPTION, INPUT . 21-143
SPEED SENSOR - DESCRIPTION,
OUTPUT...........................21-152
SPEED SENSOR - INSTALLATION, FRONT
WHEEL.............................5-34
SPEED SENSOR - INSTALLATION, INPUT . 21-143
SPEED SENSOR - INSTALLATION,
OUTPUT...........................21-152
SPEED SENSOR - INSTALLATION, REAR
WHEEL.............................5-35
SPEED SENSOR - OPERATION, INPUT . . . 21-143
SPEED SENSOR - OPERATION, OUTPUT . . 21-152
SPEED SENSOR - REMOVAL, FRONT
WHEEL.............................5-34
SPEED SENSOR - REMOVAL, INPUT.....21-143
SPEED SENSOR - REMOVAL, OUTPUT . . . 21-152
SPEED SENSOR - REMOVAL, REAR
WHEEL.............................5-35
SPEEDOMETER - DESCRIPTION
.........8J-32
SPEEDOMETER - OPERATION
...........8J-32
SPLASH SHIELD - INSTALLATION,
FRONT WHEELHOUSE
................23-143
SPLASH SHIELD - INSTALLATION, REAR
WHEELHOUSE
......................23-144
SPLASH SHIELD - REMOVAL, FRONT
WHEELHOUSE
......................23-143SPLASH SHIELD - REMOVAL, REAR
WHEELHOUSE......................23-144
SPLICE INFORMATION - DESCRIPTION,
CONNECTOR, GROUND..............8W-01-7
SPLICING - STANDARD PROCEDURE,
WIRE...........................8W-01-14
SPRING - INSTALLATION...........2-13,2-18
SPRING - REMOVAL...............2-13,2-18
SPRINGS - DESCRIPTION, VALVE.....9-29,9-38
SPRINGS - INSTALLATION, VALVE....9-29,9-38
SPRINGS - REMOVAL, VALVE........9-29,9-38
STABILIZER BAR - INSTALLATION....2-14,2-19
STABILIZER BAR - REMOVAL........2-14,2-19
STABILIZER BAR BUSHINGS -
INSTALLATION.........................2-9
STABILIZER BAR BUSHINGS - REMOVAL....2-9
STABILIZER LINK - INSTALLATION........2-14
STABILIZER LINK - REMOVAL............2-14
STAKING - STANDARD PROCEDURE,
HEAT ...............................23-3
STARTER MOTOR - DIAGNOSIS AND
TESTING...........................8F-39
STARTER MOTOR - INSTALLATION.......8F-41
STARTER MOTOR - REMOVAL..........8F-39
STARTER MOTOR, GAS POWERED.......8F-39
STARTER MOTOR RELAY - DESCRIPTION . 8F-41
STARTER MOTOR RELAY -
INSTALLATION.......................8F-43
STARTER MOTOR RELAY - OPERATION.....8F-42
STARTER MOTOR RELAY - REMOVAL.....8F-43
STARTER RELAY - DIAGNOSIS AND
TESTING...........................8F-42
STARTING PROCEDURE - STANDARD
PROCEDURE, JUMP....................0-5
STARTING SYSTEM - DESCRIPTION......8F-32
STARTING SYSTEM - DIAGNOSIS AND
TESTING...........................8F-33
STARTING SYSTEM - INSPECTION.......8F-37
STARTING SYSTEM - OPERATION........8F-32
STATE DISPLAY TEST MODE -
DESCRIPTION........................25-2
STEERING - DESCRIPTION..............19-1
STEERING - OPERATION................19-1
STEERING COLUMN, SPECIAL TOOLS.....19-8
STEERING FLOW AND PRESSURE -
DIAGNOSIS AND TESTING, POWER.......19-3
STEERING LINKAGE - STANDARD
PROCEDURE........................19-16
STEERING PRESSURE SWITCH -
DESCRIPTION, POWER................19-22
STEERING PRESSURE SWITCH -
INSTALLATION, POWER...............19-22
STEERING PRESSURE SWITCH -
OPERATION, POWER..................19-22
STEERING PRESSURE SWITCH -
REMOVAL, POWER...................19-22
STEERING PUMP - INITIAL OPERATION -
STANDARD PROCEDURE, POWER.......19-18
STEERING PUMP, SPECIAL TOOLS -
POWER............................19-20
STEERING SYSTEM - DIAGNOSIS AND
TESTING, POWER.....................19-1
STEERING SYSTEM - DIAGNOSIS AND
TESTING, SUSPENSION.................2-1
STEERING WHEEL - INSTALLATION......19-12
STEERING WHEEL - REMOVAL..........19-12
STOP LAMP BULB - INSTALLATION,
CENTER HIGH MOUNTED..............8L-19
STOP LAMP BULB - REMOVAL, CENTER
HIGH MOUNTED.....................8L-18
STOP LAMP UNIT - INSTALLATION,
CENTER HIGH MOUNTED..............8L-19
STOP LAMP UNIT - REMOVAL, CENTER
HIGH MOUNTED.....................8L-19
STRAP - DESCRIPTION, RADIO NOISE
SUPPRESSION GROUND................8A-9
STRAP - INSTALLATION, CHECK . 23-121,23-128,
23-135
STRAP - INSTALLATION, RADIO NOISE
SUPPRESSION GROUND
...............8A-11
STRAP - OPERATION, RADIO NOISE
SUPPRESSION GROUND
...............8A-10
STRAP - REMOVAL, CHECK
.....23-121,23-128,
23-135
STRAP - REMOVAL, RADIO NOISE
SUPPRESSION GROUND
...............8A-10
STRIKER - INSTALLATION, GLOVE BOX
LATCH
............................23-149STRIKER - INSTALLATION, HOOD AJAR
SWITCH............................8Q-14
STRIKER - INSTALLATION, LATCH......23-124,
23-132,23-137
STRIKER - INSTALLATION, REAR SEAT
BACK LATCH.......................23-171
STRIKER - REMOVAL, GLOVE BOX
LATCH ............................23-148
STRIKER - REMOVAL, HOOD AJAR
SWITCH............................8Q-13
STRIKER - REMOVAL, LATCH . . . 23-124,23-132,
23-137
STRIKER - REMOVAL, REAR SEAT BACK
LATCH ............................23-170
STRUCTURAL ADHESIVE LOCATIONS -
SPECIFICATIONS, WELD................23-9
STRUCTURAL COVER - DESCRIPTION.....9-55
STRUCTURAL COVER - INSTALLATION.....9-55
STRUCTURAL COVER - OPERATION.......9-55
STRUCTURAL COVER - REMOVAL........9-55
STUDS - INSTALLATION...............22-11
STUDS - REMOVAL...................22-11
SUCTION LINE - INSTALLATION, A/C.....24-49
SUCTION LINE - REMOVAL, A/C.........24-48
SUN VISOR - INSTALLATION..........23-160
SUN VISOR - REMOVAL..............23-160
SUN VISOR SUPPORT - INSTALLATION . . 23-160
SUN VISOR SUPPORT - REMOVAL......23-160
SUNROOF - DESCRIPTION............23-175
SUNROOF GLASS PANEL ADJUSTMENT,
ADJUSTMENTS.....................23-178
SUNSHADE - INSTALLATION...........23-179
SUNSHADE - REMOVAL..............23-179
SUPPLEMENTAL RESTRAINT
DEPLOYMENT - STANDARD
PROCEDURE, SERVICE AFTER A.........8O-6
SUPPLEMENTAL RESTRAINT SYSTEM -
DIAGNOSIS AND TESTING..............8O-6
SUPPLEMENTAL RESTRAINTS -
STANDARD PROCEDURE, HANDLING
NON-DEPLOYED......................8O-6
SUPPLIES - DESCRIPTION, 5 VOLT......8E-13
SUPPLIES - OPERATION, 5 VOLT........8E-15
SUPPORT - INSTALLATION, REAR
FASCIA..............................13-3
SUPPORT - INSTALLATION, SUN VISOR . . 23-160
SUPPORT - REMOVAL, REAR FASCIA......13-3
SUPPORT - REMOVAL, SUN VISOR.....23-160
SUPPORT BRACKET - INSTALLATION,
REARVIEW MIRROR.................23-161
SUPPORT CYLINDER - INSTALLATION . . . 23-120
SUPPORT CYLINDER - INSTALLATION,
FLIP-UP GLASS.....................23-139
SUPPORT CYLINDER - REMOVAL.......23-120
SUPPORT CYLINDER - REMOVAL,
FLIP-UP GLASS.....................23-139
SUPPRESSION GROUND STRAP -
DESCRIPTION, RADIO NOISE............8A-9
SUPPRESSION GROUND STRAP -
INSTALLATION, RADIO NOISE...........8A-11
SUPPRESSION GROUND STRAP -
OPERATION, RADIO NOISE.............8A-10
SUPPRESSION GROUND STRAP -
REMOVAL, RADIO NOISE..............8A-10
SURFACE PREPARATION - STANDARD
PROCEDURE, ENGINE GASKET............9-9
SUSPENSION - DIAGNOSIS AND
TESTING, REAR.......................2-17
SUSPENSION AND STEERING SYSTEM -
DIAGNOSIS AND TESTING...............2-1
SUSPENSION ARM, BUSHINGS, AND
BALL JOINT - DESCRIPTION, UPPER......2-20
SUSPENSION ARM, BUSHINGS, AND
BALL JOINT - OPERATION, UPPER........2-20
SUSPENSION, SPECIAL TOOLS - FRONT....2-8
SWING GATE - INSTALLATION.........23-138
SWING GATE - REMOVAL.............23-138
SWING GATE BELTLINE WEATHERSTRIP
- INSTALLATION....................23-186
SWING GATE BELTLINE WEATHERSTRIP
- REMOVAL
........................23-186
SWING GATE OPENING WEATHERSTRIP
- INSTALLATION
....................23-186
SWING GATE OPENING WEATHERSTRIP
- REMOVAL
........................23-186
SWITCH - DESCRIPTION
................8P-5
SWITCH - DESCRIPTION, A/C HIGH
PRESSURE
.........................24-17
KJINDEX 25
Description Group-Page Description Group-Page Description Group-Page