1998 DODGE RAM 1500 Speedometer

cator is electronically disabled. The upshift indicator
consists of an upward pointed arrow icon, which
appears on the right side of the electronic gear selec-
tor indicator Vacuum Fluorescent Display (VFD)
unit. The VFD is soldered onto the cluster electronic
circuit board and is visible through a window with a
smoked clear lens located on the lower edge of the
speedometer gauge dial face of the cluster overlay.
The dark lens over the VFD prevents the indicator
from being clearly visible when it is not illuminated.
The icon appears in a blue-green color and at the
same lighting level as the odometer/trip odometer
information when it is illuminated by the instrument
cluster electronic circuit board. The upshift indicator
is serviced as a unit with the instrument cluster.
OPERATION
The upshift indicator gives an indication to the
vehicle operator when the manual transmission
should be shifted to the next highest gear in order to
achieve the best fuel economy. This indicator is con-
trolled by the instrument cluster circuit board based
upon cluster programming and electronic messages
received by the cluster from the Powertrain Control
Module (PCM) on vehicles with a gasoline engine, or
from the Engine Control Module (ECM) on vehicles
with a diesel engine over the Programmable Commu-
nications Interface (PCI) data bus. The upshift indi-
cator 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 battery current input on the fused ignition
switch output (run-start) circuit. Therefore, the indi-
cator will always be off when the ignition switch is in
any position except On or Start. The indicator only
illuminates when it is switched to ground by the
instrument cluster circuitry. The instrument cluster
will turn on the upshift indicator for the following
reasons:
²Upshift Lamp-On Message- Each time the
cluster receives an upshift lamp-on message from the
PCM or ECM indicating the engine speed and load
conditions are right for a transmission upshift to
occur, the upshift indicator is illuminated. The indi-
cator remains illuminated until the cluster receives
an upshift lamp-off message from the PCM or ECM,
or until the ignition switch is turned to the Off posi-
tion, whichever occurs first. The PCM or ECM will
normally send an upshift lamp-off message three to
five seconds after a lamp-on message, if an upshift is
not performed. The indicator will then remain off
until the vehicle stops accelerating and is brought
back into the range of indicator operation, or until
the transmission is shifted into another gear.
²Actuator Test- Each time the cluster is put
through the actuator test, the upshift indicator willbe turned on, then off again during the VFD portion
of the test to confirm the functionality of the VFD
and the cluster control circuitry.
On vehicles with a gasoline engine, the PCM con-
tinually monitors the engine speed and load condi-
tions to determine the proper fuel and ignition
requirements. On vehicles with a diesel engine, the
ECM continually monitors the engine speed and load
conditions to determine the proper fuel requirements.
The PCM or ECM then sends the proper upshift indi-
cator lamp-on and lamp-off messages to the instru-
ment cluster. For further diagnosis of the upshift
indicator or the instrument cluster circuitry that con-
trols the indicator, (Refer to 8 - ELECTRICAL/IN-
STRUMENT CLUSTER - DIAGNOSIS AND
TESTING). For proper diagnosis of the PCM, the
ECM, the PCI data bus, or the electronic message
inputs to the instrument cluster that control the
upshift indicator, a DRBIIItscan tool is required.
Refer to the appropriate diagnostic information.
VOLTAGE GAUGE
DESCRIPTION
A voltage gauge is standard equipment on all
instrument clusters. The voltage gauge is located in
the upper left quadrant of the instrument cluster,
above the fuel gauge. The voltage gauge consists of a
movable gauge needle or pointer controlled by the
instrument cluster circuitry and a fixed 90 degree
scale on the cluster overlay that reads left-to-right
from ªLº (or Low) to ªHº (or High) for gasoline
engines. On vehicles with a diesel engine, the scale
reads from ª8º to ª18º volts. An International Control
and Display Symbol icon for ªBattery Charging Con-
ditionº is located on the cluster overlay, directly
below the right end of the gauge scale (Fig. 34). The
voltage gauge graphics are black against a white
field except for a single red graduation at each end of
the gauge scale, making them clearly visible within
the instrument cluster in daylight. When illuminated
from behind by the panel lamps dimmer controlled
cluster illumination lighting with the exterior lamps
turned On, the black graphics appear blue and the
red graphics still appear red. The orange gauge nee-
dle is internally illuminated. Gauge illumination is
provided by replaceable incandescent bulb and bulb
holder units located on the instrument cluster elec-
tronic circuit board. The voltage gauge is serviced as
a unit with the instrument cluster.
Fig. 34 Battery Charging Condition Icon
8J - 42 INSTRUMENT CLUSTERDR
UPSHIFT INDICATOR (Continued)

(5) Verify operation of one-way check valve and
check it for leaks.
(a) Locate one-way check valve. The valve is
located in vacuum line between vacuum reservoir
and engine vacuum source. Disconnect vacuum
hoses (lines) at each end of valve.
(b) Connect a hand-operated vacuum pump to
reservoir end of check valve. Apply vacuum. Vac-
uum should not bleed off. If vacuum is being lost,
replace one-way check valve.
(c) Connect a hand-operated vacuum pump to
vacuum source end of check valve. Apply vacuum.
Vacuum should flow through valve. If vacuum is
not flowing, replace one-way check valve. Seal the
fitting at opposite end of valve with a finger and
apply vacuum. If vacuum will not hold, diaphragm
within check valve has ruptured. Replace valve.
5.7 Gas
Vacuum is not used for any part of the speed con-
trol system if equipped with a 5.7L V-8 engine.
5.9L Diesel Engine With Manual Trans.
Vacuum is not used for any part of the speed con-
trol system if equipped with a diesel engine and a
manual transmission.
5.9L Diesel Engines With Automatic Trans.
If equipped with a diesel powered engine and an
automatic transmission, an electric vacuum pump
and vacuum lines are used to supply vacuum to the
speed control servo. A vacuum reservoir is not used.
DIAGNOSIS AND TESTING - ROAD TEST
Perform a vehicle road test to verify reports of
speed control system malfunction. The road test
should 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 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 (if used). Corrosion should be
removed from electrical terminals and a light coating
of Mopar MultiPurpose Grease, or equivalent,
applied.
²Leaking vacuum reservoir (if used).
²Loose or leaking vacuum hoses or connections (if
used).
²Defective one-way vacuum check valve (if used).
²Secure attachment of both ends of the speed con-
trol servo cable (if used).
²Smooth operation of throttle linkage (if used)
and throttle body air valve.
²Failed speed control servo (if used). 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 Nuts7-60
Servo Mounting Bracket-
to-Battery Tray Screws4-30
Speed Control Switch
Mounting Screws1.7 - 15
Vacuum Reservoir
Mounting Nuts3-20
DRSPEED CONTROL 8P - 3
SPEED CONTROL (Continued)

(3) Have helper start and run engine at 1600 rpm
for test.
(4)
Move transmission shift lever four detents rear-
ward from full forward position. This is Reverse range.
(5) Move transmission throttle lever fully forward
then fully rearward and note reading at Gauge
C-3293-SP.
(6) Pressure should be 145 - 175 psi (1000-1207
kPa) with throttle lever forward and increase to 230 -
280 psi (1586-1931 kPa) as lever is gradually moved
rearward.
Test Five - Governor Pressure
This test checks governor operation by measuring
governor pressure response to changes in vehicle
speed. It is usually not necessary to check governor
operation unless shift speeds are incorrect or if the
transmission will not downshift. The test should be
performed on the road or on a hoist that will allow
the rear wheels to rotate freely.
(1) Move 100 psi Test Gauge C-3292 to governor
pressure port.
(2) Move transmission shift lever two detents rear-
ward from full forward position. This is D range.
(3) Have helper start and run engine at curb idle
speed. Then firmly apply service brakes so wheels
will not rotate.
(4) Note governor pressure:
²
Governor pressure should be no more than 20.6
kPa (3 psi) at curb idle speed and wheels not rotating.
²If pressure exceeds 20.6 kPa (3 psi), a fault
exists in governor pressure control system.
(5) Release brakes, slowly increase engine speed,
and observe speedometer and pressure test gauge (do
not exceed 30 mph on speedometer). Governor pres-
sure should increase in proportion to vehicle speed.
Or approximately 6.89 kPa (1 psi) for every 1 mph.
(6) Governor pressure rise should be smooth and
drop back to no more than 20.6 kPa (3 psi), after
engine returns to curb idle and brakes are applied to
prevent wheels from rotating.
(7)
Compare results of pressure test with analysis
chart.
Test Six - Transmission In Overdrive Fourth Gear
This test checks line pressure at the overdrive
clutch in fourth gear range. Use 300 psi Test Gauge
C-3293-SP for this test. The test should be performed
on the road or on a chassis dyno.
(1)
Remove tachometer; it is not needed for this test.
(2) Move 300 psi Gauge to overdrive clutch pres-
sure test port. Then remove other gauge and reinstall
test port plug.
(3) Lower vehicle.
(4) Turn OD switch on.(5) Secure test gauge so it can be viewed from
drivers seat.
(6) Start engine and shift into D range.
(7) Increase vehicle speed gradually until 3-4 shift
occurs and note gauge pressure.
(8) Pressure should be 524-565 kPa (76-82 psi)
with closed throttle and increase to 690-896 kPa
(100-130 psi) at 1/2 to 3/4 throttle. Note that pres-
sure can increase to around 965 kPa (140 psi) at full
throttle.
(9) Return to shop or move vehicle off chassis
dyno.
PRESSURE TEST ANALYSIS CHART
TEST CONDITION INDICATION
Line pressure OK during
any one testPump and regulator
valve OK
Line pressure OK in R
but low in D, 2, 1Leakage in rear clutch
area (seal rings, clutch
seals)
Pressure low in D Fourth
Gear RangeOverdrive clutch piston
seal, or check ball
problem
Pressure OK in 1, 2 but
low in D3 and RLeakage in front clutch
area
Pressure OK in 2 but low
in R and 1Leakage in rear servo
Front servo pressure in 2 Leakage in servo; broken
servo ring or cracked
servo piston
Pressure low in all
positionsClogged filter, stuck
regulator valve, worn or
faulty pump, low oil level
Governor pressure too
high at idle speedGovernor pressure
solenoid valve system
fault. Refer to diagnostic
book.
Governor pressure low at
all mph figuresFaulty governor pressure
solenoid, transmission
control module, or
governor pressure
sensor
Lubrication pressure low
at all throttle positionsClogged fluid cooler or
lines, seal rings leaking,
worn pump bushings,
pump, clutch retainer, or
clogged filter.
Line pressure high Output shaft plugged,
sticky regulator valve
Line pressure low Sticky regulator valve,
clogged filter, worn pump
DRAUTOMATIC TRANSMISSION - 48RE 21 - 143
AUTOMATIC TRANSMISSION - 48RE (Continued)

sure curve is higher than normal to make the
transmission shift at normal speeds and sooner. The
PCM uses a temperature sensor in the transmission
oil sump to determine when low temperature gover-
nor pressure is needed.
NORMAL OPERATION
Normal operation is refined through the increased
computing power of the PCM and through access to
data on engine operating conditions provided by the
PCM that were not available with the previous
stand-alone electronic module. This facilitated the
development of a load adaptive shift strategy - the
ability to alter the shift schedule in response to vehi-
cle load condition. One manifestation of this capabil-
ity is grade9hunting9prevention - the ability of the
transmission logic to delay an upshift on a grade if
the engine does not have sufficient power to main-
tain speed in the higher gear. The 3-2 downshift and
the potential for hunting between gears occurs with a
heavily loaded vehicle or on steep grades. When
hunting occurs, it is very objectionable because shifts
are frequent and accompanied by large changes in
noise and acceleration.
WIDE OPEN THROTTLE OPERATION
In wide-open throttle (WOT) mode, adaptive mem-
ory in the PCM assures that up-shifts occur at the
preprogrammed optimum speed. WOT operation is
determined from the throttle position sensor, which
is also a part of the emission control system. The ini-
tial setting for the WOT upshift is below the opti-
mum engine speed. As WOT shifts are repeated, the
PCM learns the time required to complete the shifts
by comparing the engine speed when the shifts occur
to the optimum speed. After each shift, the PCM
adjusts the shift point until the optimum speed is
reached. The PCM also considers vehicle loading,
grade and engine performance changes due to high
altitude in determining when to make WOT shifts. It
does this by measuring vehicle and engine accelera-
tion and then factoring in the shift time.
TRANSFER CASE LOW RANGE OPERATION
On four-wheel drive vehicles operating in low
range, the engine can accelerate to its peak more
rapidly than in Normal range, resulting in delayed
shifts and undesirable engine9flare.9The low range
governor pressure curve is also higher than normal
to initiate upshifts sooner. The PCM compares elec-
tronic vehicle speed signal used by the speedometer
to the transmission output shaft speed signal to
determine when the transfer case is in low range.REMOVAL
(1) Hoist and support vehicle on safety stands.
(2) Remove transmission fluid pan and filter.
(3) Disengage wire connectors from pressure sen-
sor and solenoid (Fig. 78).
(4) Remove screws holding pressure solenoid
retainer to governor body.
(5) Separate solenoid retainer from governor (Fig.
79).
Fig. 78 Governor Solenoid And Pressure Sensor
1 - PRESSURE SENSOR
2 - PRESSURE SOLENOID
3 - GOVERNOR
Fig. 79 Pressure Solenoid Retainer
1 - PRESSURE SOLENOID RETAINER
2 - GOVERNOR
DRAUTOMATIC TRANSMISSION - 48RE 21 - 199
ELECTRONIC GOVERNOR (Continued)

SOLENOID - DESCRIPTION, EVAP/PURGE . 25-12
SOLENOID - INSTALLATION, EVAP/
PURGE.............................25-12
SOLENOID - OPERATION..............21-252
SOLENOID - OPERATION, EVAP/PURGE . . . 25-12
SOLENOID - REMOVAL, EVAP/PURGE.....25-12
SOLENOID SWITCH VALVE -
DESCRIPTION......................21-398
SOLENOID SWITCH VALVE - OPERATION . 21-398
SOLENOIDS - DESCRIPTION...........21-398
SOLENOIDS - OPERATION.............21-399
SOLENOID/TRS ASSEMBLY -
DESCRIPTION, TRANSMISSION........21-406
SOLENOID/TRS ASSEMBLY -
INSTALLATION, TRANSMISSION........21-408
SOLENOID/TRS ASSEMBLY -
OPERATION, TRANSMISSION..........21-406
SOLENOID/TRS ASSEMBLY - REMOVAL,
TRANSMISSION.....................21-407
SOLID LIFTERS/TAPPETS - CLEANING....9-279
SOLID LIFTERS/TAPPETS - INSPECTION . . 9-279
SOLID LIFTERS/TAPPETS -
INSTALLATION.......................9-280
SOLID LIFTERS/TAPPETS - REMOVAL....9-279
SPARE / TEMPORARY TIRE -
DESCRIPTION.......................22-15
SPARE TIRE / TEMPORARY -
DESCRIPTION........................22-6
SPARE WHEEL WITH MATCHING TIRE -
DESCRIPTION, FULL SIZE..............22-15
SPARK PLUG - DESCRIPTION...........8I-17
SPARK PLUG - REMOVAL..............8I-19
SPARK PLUG CABLE - DESCRIPTION.....8I-21
SPARK PLUG CABLE - INSTALLATION.....8I-22
SPARK PLUG CABLE - OPERATION.......8I-21
SPARK PLUG CABLE - REMOVAL........8I-22
SPARK PLUG CABLE RESISTANCE,
SPECIFICATIONS......................8I-4
SPARK PLUG CONDITIONS - DIAGNOSIS
AND TESTING........................8I-17
SPARK PLUGS, SPECIFICATIONS..........8I-4
SPEAKER - DESCRIPTION..............8A-13
SPEAKER - DIAGNOSIS AND TESTING....8A-13
SPEAKER - INSTALLATION.............8A-15
SPEAKER - OPERATION...............8A-13
SPEAKER - REMOVAL.................8A-14
SPECIFICATIONS......................7-20
SPEED CONTROL - DESCRIPTION........8P-1
SPEED CONTROL - OPERATION..........8P-2
SPEED CONTROL - TORQUE.............8P-3
SPEED SENSOR - DESCRIPTION........21-253
SPEED SENSOR - DESCRIPTION, FRONT
WHEEL.............................5-47
SPEED SENSOR - DESCRIPTION, INPUT . 21-382
SPEED SENSOR - DESCRIPTION,
OUTPUT...........................21-391
SPEED SENSOR - DIAGNOSIS AND
TESTING, REAR WHEEL................5-49
SPEED SENSOR - INSTALLATION, FRONT
WHEEL.............................5-48
SPEED SENSOR - INSTALLATION, INPUT . 21-382
SPEED SENSOR - INSTALLATION,
OUTPUT...........................21-392
SPEED SENSOR - INSTALLATION, REAR
WHEEL.............................5-48
SPEED SENSOR - OPERATION.........21-253
SPEED SENSOR - OPERATION, FRONT
WHEEL.............................5-47
SPEED SENSOR - OPERATION, INPUT . . . 21-382
SPEED SENSOR - OPERATION, OUTPUT . . 21-391
SPEED SENSOR - REMOVAL, FRONT
WHEEL.............................5-48
SPEED SENSOR - REMOVAL, INPUT.....21-382
SPEED SENSOR - REMOVAL, OUTPUT . . . 21-391
SPEED SENSOR - REMOVAL, REAR
WHEEL.............................5-48
SPEEDOMETER - DESCRIPTION.........8J-37
SPEEDOMETER - OPERATION...........8J-37
SPEEDS - DESCRIPTION, TIRE
PRESSURE FOR HIGH
..................22-7
SPLASH SHIELD - INSTALLATION,
FRONT WHEELHOUSE
.................23-41
SPLASH SHIELD - INSTALLATION, REAR
WHEELHOUSE
.......................23-41
SPLASH SHIELD - REMOVAL, FRONT
WHEELHOUSE
.......................23-41
SPLASH SHIELD - REMOVAL, REAR
WHEELHOUSE
.......................23-41SPLICE INFORMATION - DESCRIPTION,
CONNECTOR, GROUND..............8W-01-7
SPLICING - STANDARD PROCEDURE,
WIRE...........................8W-01-15
SPRING - DESCRIPTION................2-44
SPRING - INSTALLATION.......2-23,2-39,2-44
SPRING - OPERATION..................2-44
SPRING - REMOVAL...........2-22,2-39,2-44
SPRING AND SHOCK - DIAGNOSIS AND
TESTING............................2-41
SPRING BUMPERS (3500) -
INSTALLATION, AUXILIARY..............2-43
SPRING BUMPERS (3500) - REMOVAL,
AUXILIARY..........................2-43
SPRING TIP INSERTS - INSTALLATION....2-45
SPRING TIP INSERTS - REMOVAL........2-44
SPRINGS - DESCRIPTION, VALVE . . . 9-126,9-32,
9-38
SPRINGS - INSTALLATION, VALVE . . 9-127,9-204,
9-32,9-38
SPRINGS - REMOVAL, VALVE . 9-126,9-204,9-32,
9-38
SPRINGS - STANDARD PROCEDURE,
VALVES, GUIDES.....................9-256
SPRINGS AND SEALS - REMOVAL,
VALVE .............................9-260
SPROCKETS - INSPECTION, TIMING
BELT/CHAIN.....................9-174,9-84
SPROCKETS - INSTALLATION, TIMING
BELT/CHAIN.....................9-176,9-85
SPROCKETS - INSTALLATION,
TIMING/CHAIN........................9-228
SPROCKETS - REMOVAL, TIMING
BELT/CHAIN.....................9-172,9-83
SPROCKETS - REMOVAL, TIMING/CHAIN . . 9-228
SQUEAK & RATTLE - STANDARD
PROCEDURE, BUZZ...................23-11
STABILIZER BAR - DESCRIPTION.........2-24
STABILIZER BAR - INSTALLATION....2-25,2-40
STABILIZER BAR - OPERATION...........2-25
STABILIZER BAR - REMOVAL........2-25,2-39
STAKING - STANDARD PROCEDURE,
HEAT ...............................23-3
STANDARD CAB - INSTALLATION . . 8O-35,8O-61
STANDARD CAB - REMOVAL......8O-32,8O-59
STARTER MOTOR - DIAGNOSIS AND
TESTING...........................8F-32
STARTER MOTOR - INSTALLATION.......8F-34
STARTER MOTOR - REMOVAL..........8F-33
STARTER MOTOR RELAY - DESCRIPTION . 8F-35
STARTER MOTOR RELAY -
INSTALLATION.......................8F-37
STARTER MOTOR RELAY - OPERATION . . . 8F-36
STARTER MOTOR RELAY - REMOVAL.....8F-37
STARTER RELAY - DIAGNOSIS AND
TESTING...........................8F-36
STARTING - DESCRIPTION.............8F-26
STARTING - OPERATION...............8F-26
STARTING - STANDARD PROCEDURE,
JUMP...............................0-19
STARTING SYSTEM - DIAGNOSIS AND
TESTING...........................8F-27
STARTING SYSTEM - SPECIFICATIONS,
TORQUE............................8F-32
STARTING SYSTEM, SPECIFICATIONS
.....8F-31
STATE DISPLAY TEST MODE -
DESCRIPTION
........................25-1
STEERING - DESCRIPTION
..............19-1
STEERING - OPERATION
................19-1
STEERING COLUMN - DIAGNOSIS AND
TESTING
............................19-7
STEERING COLUMN OPENING COVER -
INSTALLATION
.......................23-60
STEERING COLUMN OPENING COVER -
REMOVAL
..........................23-60
STEERING COLUMN OPENING SUPPORT
BRACKET - INSTALLATION
.............23-60
STEERING COLUMN OPENING SUPPORT
BRACKET - REMOVAL
.................23-60
STEERING COUPLING - INSTALLATION,
UPPER
.............................19-13
STEERING COUPLING - REMOVAL,
UPPER
.............................19-13
STEERING FLOW AND PRESSURE -
DIAGNOSIS AND TESTING, POWER
.......19-4
STEERING FLUID - DESCRIPTION,
POWER
..............................0-3STEERING FLUID LEVEL CHECKING -
STANDARD PROCEDURE, POWER.......19-43
STEERING GEAR INPUT SHAFT SEAL -
INSTALLATION.......................19-29
STEERING GEAR INPUT SHAFT SEAL -
REMOVAL..........................19-27
STEERING GEAR, SPECIAL TOOLS -
POWER............................19-23
STEERING GEAR, SPECIFICATIONS -
POWER............................19-22
STEERING LINKAGE, SPECIAL TOOLS....19-35
STEERING PRESSURE SWITCH -
DESCRIPTION, POWER................19-46
STEERING PRESSURE SWITCH -
OPERATION, POWER..................19-46
STEERING PUMP - INITIAL OPERATION -
STANDARD PROCEDURE, POWER.......19-40
STEERING, SPECIAL TOOLS.............19-5
STEERING SYSTEM - DIAGNOSIS AND
TESTING, POWER.....................19-2
STEERING SYSTEM - STANDARD
PROCEDURE, FLUSHING POWER........19-40
STEERING WHEEL - INSTALLATION......19-15
STEERING WHEEL - REMOVAL..........19-15
STEM SEALS - DESCRIPTION, VALVE....9-127,
9-203
STOP LAMP - INSTALLATION, CENTER
HIGH MOUNTED.....................8L-11
STOP LAMP - REMOVAL, CENTER HIGH
MOUNTED..........................8L-11
STOP LAMP UNIT - INSTALLATION,
CENTER HIGH MOUNTED..............8L-11
STOP LAMP UNIT - REMOVAL, CENTER
HIGH MOUNTED.....................8L-11
STORAGE BIN - INSTALLATION..........23-61
STORAGE BIN - INSTALLATION, UNDER
SEAT ..............................23-80
STORAGE BIN - REMOVAL.............23-61
STORAGE BIN - REMOVAL, UNDER SEAT . . 23-80
STORAGE BIN COVERING -
INSTALLATION, UNDER SEAT...........23-80
STORAGE BIN COVERING - REMOVAL,
UNDER SEAT........................23-80
STORAGE BIN LATCH - INSTALLATION,
UNDER SEAT........................23-80
STORAGE BIN LATCH - REMOVAL,
UNDER SEAT........................23-80
STORAGE BIN LID - INSTALLATION,
UNDER SEAT........................23-80
STORAGE BIN LID - REMOVAL, UNDER
SEAT ..............................23-80
STRAP - DESCRIPTION, RADIO NOISE
SUPPRESSION GROUND................8A-9
STRAP - INSTALLATION, RADIO NOISE
SUPPRESSION GROUND...............8A-10
STRAP - OPERATION, RADIO NOISE
SUPPRESSION GROUND................8A-9
STRAP - REMOVAL, RADIO NOISE
SUPPRESSION GROUND................8A-9
STRIKER - INSTALLATION, LATCH . . 23-17,23-23,
23-33
STRIKER - REMOVAL, LATCH . 23-16,23-23,23-33
STRIKER / SECONDARY CATCH -
INSTALLATION, LATCH................23-48
STRIKER / SECONDARY CATCH -
REMOVAL, LATCH....................23-47
STRUCTURAL ADHESIVE LOCATIONS -
SPECIFICATIONS....................23-112
STRUCTURAL COVER - DESCRIPTION....9-145,
9-216,9-57
STRUCTURAL COVER - INSTALLATION . . . 9-145,
9-216,9-57
STRUCTURAL COVER - OPERATION.....9-145,
9-216,9-57
STRUCTURAL COVER - REMOVAL . . 9-145,9-216,
9-57
STUDS - INSTALLATION...............22-14
STUDS - REMOVAL...................22-14
SUCTION LINE - DESCRIPTION..........24-70
SUN VISOR - INSTALLATION...........23-70
SUN VISOR - REMOVAL
...............23-70
SUN VISOR SUPPORT - INSTALLATION
. . . 23-71
SUN VISOR SUPPORT - REMOVAL
.......23-70
SUPPLEMENTAL RESTRAINT
DEPLOYMENT - STANDARD
PROCEDURE, SERVICE AFTER A
.........8O-7
SUPPLEMENTAL RESTRAINT SYSTEM -
DIAGNOSIS AND TESTING
..............8O-6
DRINDEX 31
Description Group-Page Description Group-Page Description Group-Page