1993 DODGE TRUCK charging

•

HEATING
AND
AIR
CONDITIONING
24-17 REFRIGERANT SYSTEM SERWICE PROCEDURES

INDEX
page
Charging
the
System
19

Correcting
Low
Refrigerant
Level
.............
20
Discharging
the
System
. 19
Evacuating
the
System
19

REFRIGERANT

SAFETY
PRECAUTIONS

WARNING: EXTREME CARE MUST
BE
TAKEN
TO
PREVENT
ANY LIQUID
REFRIGERANT FROM COM­
ING
IN
CONTACT
WITH
THE
SKIN
AND
ESPE­

CIALLY
THE
EYES.
ALWAYS WEAR SAFETY
GOGGLES WHEN SERVICING
ANY
PART
OF
THE
REFRIGERANT SYSTEM.
IF EYE
CONTACT
IS

MADE,
APPLY
A
FEW
DROPS
OF
MINERAL
OIL
TO

THE
EYES
AND
FLUSH
WITH
WATER
FOR
SEV­
ERAL MINUTES.
SEEK
MEDICAL
ATTENTION
IMME­
DIATELY.

The refrigerant used
in the air
conditioner system
is Refrigerant-12 (R-12).
R-12 is
nonexplosive, non­
flammable, non-corrosive,
has
practically
no
odor
and
is heavier than
air.
Although
it is
classified
as a
safe
refrigerant, certain precautions must
be
observed
to

protect
the
parts involved
and the
person
who is

working
on the
unit. Liquid
R-12, at
normal atmo­ sphere pressures
and
temperatures, evaporates
so

quickly that
it has the
tendency
to
freeze anything
it
contacts.

WARNING:
TO
AVOID
A
DANGEROUS EXPLOSION,
NEVER
WELD
OR
STEAM CLEAN NEAR
AIR
CON­

DITIONING
LINES
OR
COMPONENTS.
DO NOT

HEAT
R-12
ABOVE
52°C (125°F)
BECAUSE
THE

CAN
MAY
EXPLODE.

The
R-12 in the
system
is
always under pressure.
Because
the
system
is
tightly sealed, heat applied
to
any part could cause this pressure
to
build
up
exces­sively.

WARNING: LARGE AMOUNTS
OF
REFRIGERANT
RELEASED
IN A
CLOSED WORK AREA
WILL
DIS­
PLACE
THE
OXYGEN
AND
CAUSE SUFFOCATION.
ALWAYS
MAINTAIN
GOOD
VENTILATION
SUR­ ROUNDING
THE
WORK AREA.

R-12
gas,
under normal conditions,
is
non-poison­

ous.
The
discharge
of R-12 gas
near
an
open flame
page
Pressure Gauge
and
Manifold
Assembly
18

Refrigerant
. 17

Refrigerant
Leak Repair Procedure
20

Service Precautions
. 17

can produce
a
very poisonous
gas
called phosgene.
Phosgene
is
generated when
a
flame-type leak detec­
tor
is
used.

CAUTION:
When charging
an A/C
system always
keep
the
tank
in an
upright position.
If the
tank
is

on
its
side
or
upside down,
liquid
refrigerant
will

enter
the
system
and may
damage
the
compressor.

In most instances, moderate heat
is
required
to

bring
the
pressure
of the
refrigerant above system
pressure when charging
or
adding refrigerant.
A

bucket
or
large
pan of hot
water,
not
over 52°C (125°F),
is all the
heat required
for
this purpose.
Do

not heat
the
refrigerant container with
a
blow torch
or
any
other means that would raise
the
temperature and pressure above this temperature.

CAUTION:
Do not
allow
liquid
refrigerant
to
touch
bright
metal.

Refrigerant will tarnish bright metal
and
chrome
surfaces. Avoid splashing
the
refrigerant
on any
sur­

face.
Refrigerant
in
combination with moisture
is

very corrosive
and can
cause extensive damage
to all

metal surfaces.

RECYCLING
(R-12) refrigerant
is a
chloroflorocarbon
(CFC)
that
can contribute
to the
depletion
of the
ozone layer
in

the upper atmosphere. Harmful radiation from
the
sun
is
filtered
out by the
ozone.
To
assist
in
protect­
ing
the
ozone layer, Chrysler Corporation recom­
mends that
an
(R-12) refrigerant recycling device
that meets
SAE
standard
J1991 be
used. Contact
an
automotive service equipment supplier
for
refriger­
ant recycling equipment that
is
available
in
your
area. Refer
to the
operating instructions provided
with
the
recycling equipment
for
proper operation.

SERVICE
PRECAUTIONS
Kinks
in the
refrigerant tubing
or
sharp bends
in

the refrigerant hose lines will greatly reduce
the ca­
pacity
of the
entire system. High pressures
are
pro­duced
in the
system when
it is
operating. Extreme
care must
be
exercised
to
make sure that
all
connec­
tions
are
pressure tight. Dirt
and
moisture
can
enter

24 - 18
HEATING
AND AIR
CONDITIONING

• the system when it is opened for repair or replace­
ment of lines or components, The following precau­
tions must be observed.
The system must be completely discharged before
opening any fitting or connection in the refrigeration
system. Open fittings with caution even after the
system has been discharged. If any pressure is no­
ticed as a fitting is loosened, allow trapped pressure
to bleed off very slowly.
Keep the radius of all bends at least 10 times the
diameter of the hose. Sharper bends will reduce the
flow of refrigerant. The flexible hose lines should be routed so they are at least 80 mm (3 inches) from the exhaust manifold. It is a good practice to inspect all
flexible hose lines at least once a year to make sure they are in good condition and properly routed.
Unified plumbing connections with aluminum-N-
gaskets cannot be serviced with O-rings. These gas­
kets are not reusable and do not require lubrication
before installing.
The use of correct wrenches when making connec­
tions is very important. Improper wrenches or im­
proper use of wrenches can damage the fittings.
The internal parts of the refrigeration system will
remain in a state of chemical stability as long as
pure-moisture-free R-12 and refrigerant oil is used. Abnormal amounts of dirt, moisture or air can upset
the chemical stability and cause operational troubles or even serious damage if present in more than
minute quantities.
When it is necessary to open the refrigeration sys­
tem, have everything needed ready so the system
will not be left open any longer than necessary. Cap
or plug all lines and fittings as soon as they are
opened to prevent the entrance of dirt and moisture. All tools, including the refrigerant dispensing man­
ifold, the manifold gauge set and test hoses should be
kept clean and dry.

PRESSURE
GAUGE AND MANIFOLD
ASSEMBLY
Pressure Gauge and Manifold Assembly Tool
C-3740-A is the most important tool used to service
the air conditioning system (Fig. 1).
COMPONENTS

E¥AP0RAT0R SUCTiOl GAUiE
The left side of the manifold set is calibrated to
register 0 to -100 kPag (0 to 30 inches of vacuum).
The gauge will also register 0 to 1 000 kPag (0 to 150 psig). This gauge is connected to the suction ser­
vice port of the compressor. A special service port adapter, supplied with the gauge set, provides the
means of connecting the gauge set manifold hose to
the service port. When the adapter is installed at the
port and tightened, the stem of the valve in the ser­ vice port is depressed, opening the service port valve.
COMPOUND GAUGE
HIGH
SIDE

Fig.
1
Pressure
Gauge and Manifold
Assembly
Tool
C-3740-A
DISCHARGE
PRESSURE
GAUGE

The center of the manifold set is calibrated to reg­
ister 0-2 100 kPag (0-300 psig). For all tests this
gauge is connected to the discharge service port of
the system. The needle valve, located below the dis­ charge pressure gauge, is used to damp out gauge
needle oscillations so that accurate readings can be
obtained.

CENTER
MANIFOLD
OUTLET
This outlet provides the necessary connection for a
long service hose. This hose is used:
• To discharge the system.
• For a vacuum pump to pull a vacuum before charging the system.
• For connecting the supply of refrigerant when charging the system.

MANIFOLD GAUGE WALWES
This valve should be closed when connecting the
gauge set manifold to the service ports of the com­
pressor. The suction gauge valve at the left is opened to provide a passage between the suction gauge and
the center manifold outlet. The discharge gauge
valve at the right is opened to provide a passage be­
tween the discharge pressure gauge and the center manifold outlet.
SERVICE VALVES The discharge (high pressure) and inlet (suction)
service valves are used for diagnosis, charging, dis­
charging and evacuating the system.
CONNECT PRESSURE GAUGE AND MANIFOLD
ASSEMBLY
Remove the protective caps from the service valve
gauge ports and valve stems.
Close both of the hand valves on the gauge mani­
fold set.

•

HEATING
AND
AIR
CONDITIONING
24 - 19
Connect
the
compound gauge hose
to the
compres­
sor suction service valve gauge port (low-side).
Connect
the
high pressure gauge hose
to the
dis­
charge service valve gauge port (high-side). Purge
air
from
the
high side test hose
by
opening
the high side hand valve
on the
manifold
for 3 to 5
seconds.
The
center connection
on the
manifold must
be open.
Purge
air
from
the low
side test hose
by
opening
the
low
side hand valve
on the
manifold
for 3 to 5
seconds.
The
center connection
on the
manifold must
be open.
The
air
conditioning system
may be
operated with
the gauge manifold assembly connected
in
this man­
ner.
The
gauges will indicate respective operative
pressures.

DISCHARGING
THE SYSTEM
Since
the air
conditioning refrigerant system
is

pressurized,
it
will
be
necessary
to
completely dis­ charge
the
system before replacing
any
refrigerant
components.
The
procedure
is as
follows: (1) Install gauge
set as
described under manifold
gauge
set
installation. Make sure
the
gauge
set

valves
are
closed before attaching
the
hoses
to the re­

frigerant system. (2) Install
a
long hose
to the
manifold gauge
set

connector.
Run
this hose
to the oil
collector
can
near
the shop exhaust system. A good
oil
collector
can may be
made from
a
large
empty coffee
can
with
a
plastic
top.
Slit
the
plastic
top
in the
form
of a Y to
make
an
entrance
for the
refrigerant hose
and
exit
for the gas.
(3) Open
the
compressor discharge
and
suction line
pressure valves
and
discharge
the
refrigerant into
the
oil
collector
can.
Watch
to
make sure
the
hose does
not
blow
out of the
collector
can.
(4) When
the
system
has
been completely dis­
charged, measure
the
amount
of oil
collected
in the

can.
The
amount
of oil
measured should
be
added
to

the refrigerant system before
it is
charged. Discard
the used
oil. Add new oil.

EVACUATING
THE SYSTEM
Whenever
the
system
has
been opened
to the
atmo­
sphere,
it is
absolutely essential that
the
system
be

evacuated
to
remove
all the air and
moisture.
Air in

the refrigerant system causes high compressor dis­ charge pressures,
a
loss
in
system performance,
and

oxidation
of the
compressor
oil
into
gum and
varnish.
Moisture
in the
refrigerant system
can
cause
the ex­

pansion valve
to
malfunction. Under certain condi­
tions
it can
react with
the
refrigerant
to
form destructive acids.
It is
necessary
to
adhere
to the
fol­
lowing procedure
to
keep
air and
moisture
out of the
system. (1) Connect
the
manifold gauge
set to the
compres­
sor
and
long test hose from manifold gauge
set
center
connection
to
Vacuum Pump Tool C-4289. (2) Open both manifold gauge
set
valves.
(3) Start
the
vacuum pump
and
operate until
the

evaporator suction gauge registers
at
least
-88
kPag (26 inches
of
vacuum).
If at
least
-88
kPag
(26
inches
of vacuum) cannot
be
obtained, either
the
system
has

a leak
or the
vacuum pump
is
defective. Check
the

vacuum pump.
If the
pump proves
to be
functioning
properly,
the
system
has a
leak. Charge
the
system
with
1
pound
of
refrigerant. Locate
and
repair
all
leaks.
Discharge
the
refrigerant
and
evacuate
the
system.
(4) Continue
to
operate
the
pump
for at
least
5

minutes.
(5) Close manifold valves. Turn
off the
vacuum
pump
and
observe evaporator suction gauge
for 2
minutes.
The
vacuum level should remain constant.
If
the
vacuum level falls
off, the
system
has a
leak. Charge
the
system with
450 g (1
pound)
of
refriger­
ant. Locate
and
repair
all
leaks. Discharge
the
sys­
tem
and
repeat evacuation procedure.

CHARGING
THE
SYSTEM
The refrigerant system must have been evacuated
using
the
previous procedure before charging. Charge
using only
R-12
refrigerant.
R-12 is
available
in
bulk
tanks
or 437 g (14 oz.)
cans. The special refrigerant dispensing manifold per­
mits charging
3
cans
of
refrigerant
at a
time. When
using disposable cans
of
this type, carefully follow
the
can
manufacturers instructions.

WARNING: NEVER USE THESE CANS
TO
CHARGE
INTO
THE
HIGH
PRESSURE SIDE
OF
THE
SYSTEM

(COMPRESSOR
DISCHARGE PORT)
OR
INTO
A
SYSTEM
THAT
IS AT
HIGH
TEMPERATURE.
THE
HIGH
SYSTEM PRESSURES COULD
BE
TRANS­

FERRED
INTO
THE
CHARGING
CAN
CAUSING
IT

TO EXPLODE.

Keep
the
refrigerant manifold valves capped when
not
in use.
Keep
a
supply
of
extra refrigerant-can-to
refrigerant-manifold gaskets
on
hand
so the
gaskets can
be
replaced periodically. This will insure
a
good
seal without excessive tightening
of the can or the

manifold nuts.
(1) Attach center hose from manifold gauge
set to

refrigerant dispensing manifold. Turn refrigerant manifold valves completely counterclockwise
so
they are fully open. Remove protective caps from refriger­
ant manifold.
(2) Screw refrigerant cans into manifold.
Be
sure
manifold-to-can gasket
is in
place
and in
good condi­
tion. Tighten
can and
manifold nuts
to 9.5 N»m (7 ft.
lbs.) torque.

24
- 20
HEATING
AND AIR
CONDITIONING

• (3) Turn
3
refrigerant manifold valves completely
clockwise
to
puncture
the
cans
and
close
the
mani­
fold valves.
(4) Purge
the air
from
the
charging line
by
loosen­
ing
the
charging hose
at the
manifold gauge
set and

turn
one of the
refrigerant valves counterclockwise. When
the
refrigerant
gas
starts escaping from
the

loose connection, tighten
the
hose.
(5) Fully open
all 3
refrigerant manifold valves
and place
the
cans
of
refrigerant into
a pan
contain­
ing 52°C (125°F) water.
The
water will warm
the

charging
can and aid in the
transfer
of the
charge
into
the
system.
(6) Start
the
engine
and
move
the
controls
to A/C

low blower position.
The electronic temperature cycling switch will pre­
vent
the
clutch from engaging until refrigerant
is
added
to the
system.
If the
clutch does engage,
re­

place
the
switch before proceeding
any
further. (7) Charge through
the
suction side
of the
system
by slowly opening
the
suction manifold valve. Adjust
the valve
as
necessary
so
charging pressure does
not
exceed
345
kPag
(50
psig). Maintain
the
temperature
of
the
water
in the pan by
adding warm water
as

necessary. (8) Adjust
the
engine speed
to a
fast idle
of
approx­
imately
1,300 RPM.
(9) When
all 3
cans
of
refrigerant
are
completely
empty, close
the
manifold gauge
set
valves
and re­

frigerant manifold valves. The maximum refrigerant charge
is 44 oz.

REFRIGERANT
LEAK REPAIR PROCEDURE

LOST CHARGE If
the
system
has
lost
all
charge
due to a
leak: (1) Evacuate
the
system.
(2) Charge
the
system with approximately
1
pound
of refrigerant. (3) Locate
all
leaks.
(4) Repair
all
leaks.
(5) Replace filter-drier bottle.

CAUTION:
Replacement
filter-drier
units
must
be

sealed
while
in
storage.
The
drier
used
in
these

units
absorbs
and
traps
moisture
quickly
upon
ex­

posure
to the
atmosphere.
When
installing
a
drier,

have
all
tools
and
supplies ready
for
quick
reas­

sembly
to
avoid keeping
the
system open
any
longer
than
necessary.

(6) Check system
oil
level. (7) Evacuate
and
charge
the
system.
LOW CHARGE If
the
system
has not
lost
all of its
refrigerant
charge; locate
and
repair
all
leaks.
If it is
necessary
to increase
the
system pressure
to
find
the
leak
(be­
cause
of an
especially
low
charge),
add 230 g (1/2 lb)

of refrigerant.
If
there
has
been
a
significant
oil
loss,
check
the
system
oil
level.
If
leak repair
was
possible
without discharging system
and an oil
level check
was
not
necessary,
use
procedure
for
correcting
low

refrigerant level.

CORRECTING
LOW
REFRIGERANT LEVEL
Since
the
refrigeration system
is
completely sealed,
the refrigerant level will
not be low
unless there
is a
leak
in the
system. Before adding refrigerant where
the
cause
of a low

level
is not
known,
the
system should
be
tested
for

leaks.
Assuming that leaks have been corrected without
discharging
the
system, proceed with partial charge.
Install
and
connect manifold gauge
set.
(1) Close both manifold gauge
set
valves. Open
manifold gauge
set
needle valve.
(2) Connect
the
suction gauge test hose
to the
suc­
tion service port
of the
compressor. Connect
the
dis­ charge gauge test hose
to the
discharge service port. (3) Connect
an end of
long test hose
to the
center
manifold outlet,
and
other
end to
refrigerant dispens­ ing manifold. (4) Close
the 2
dispensing manifold valves
and

open remaining dispensing manifold valve. Remove
protective
cap
from opened valve.

WARNING: NEVER
USE
THESE CANS
TO
CHARGE
INTO
THE
HIGH
PRESSURE SIDE
OF
THE
SYSTEM

(COMPRESSOR
DISCHARGE
PORT)
OR
INTO
A
SYSTEM
THAT
IS AT
HIGH
TEMPERATURE.
THE
HIGH
SYSTEM PRESSURES COULD
BE
TRANS­
FERRED
INTO
THE
CHARGING
CAN
CAUSING
IT

TO EXPLODE.

(5) Screw
a can of R-12 to the
opened manifold
valve.
Be
sure gasket
is in
place
and in
good condi­
tion. Tighten refrigerant
can and
manifold locking nut
to
ensure
a
good seal.
Do not
overtighten.
Tighten
to 9.5 N*m (7 ft. lbs.)
torque,
if
gasket
is in
good condition.
(6) Turn manifold valve (above
the
refrigerant
can)

completely clockwise
to
puncture
the can.
This closes
the valve
and
seals
the
refrigerant
in the can.

CAUTION:
Do not
heat refrigerant
12
above
52°C

(125°F).

(7) Place refrigerant
can in a
large
pan of
water
heated
to
52°C (125°F). Place
pan of
water containing
the refrigerant
can on an
accurate scale
so the
amount
of
refrigerant added
can be
weighed. Open
the refrigerant manifold valve.
(8) Purge
all air
from test hoses.
Air in the
system
will
be
trapped
in the
condenser causing abnormally
high discharge pressures
and
interfering with con­ densing
of the
refrigerant.

•

HEATING
AND AIR
CONDITIONING
24 - 21 (a) Loosen both test hoses at the manifold gauge
set. Tighten the hoses as soon as the air is purged. (b) Loosen charging hose connection at manifold
gauge set. This will purge air from the charging

hose.
Tighten connection as soon as air is purged.
(9) With vehicle windows open and hood up, oper­
ate engine at 1,300 RPM. (10) Place air conditioner control on A/C and place
the fan switch on high. (11) If necessary, block the condenser to maintain
a discharge pressure of 1 550-1 725 kPag (225-250

psig).
System must be charged through the evapora­
tor suction service ports as follows:
(a) Slowly open the suction service gauge valve.
Meter flow of refrigerant by adjusting the suction service gauge valve so the pressure registered at
the suction service gauge does not exceed 345 kPag

COMPRESSOR
J
(50
psig). Keep refrigerant container upright.
(b) Add refrigerant gas until there is no foam visi­
ble at the sight glass. As soon as all foam clears, note the weight registered on the refrigerant scale.
(c) Watch the refrigerant weighing scale and add
437 g (14 oz.) of refrigerant (equivalent to 1 can).
(d) Close the suction gauge valve.

CAUTION:
TOO
much
refrigerant
in the
system
can

cause
abnormally high discharge pressures. Care
must
be
used
so the
exact recommended amount
of
refrigerant
is
added
after
foam clears
in the
sight

glass.

(e) Close dispensing manifold valve. Remove test
hoses and adapters from the service ports of com­
pressor and install protective caps at service ports.

RVICE (SD-709)

INDEX

page

Compressor
21

Compressor
Shaft Seal
.................... 25
The A/C system uses a 7 piston design Sanden SD-
709 compressor. Designated the SD-709, the compres­
sor is mounted on the front right side of the engine
and is driven by a serpentine belt.
System lubrication is provided by 135cc ±15cc (4.6
cu. in. ±0.5 cu. in.) of 500 viscosity refrigerant oil.
The clutch used on the compressor consists of 3 ba­
sic components:
(1) The pulley.
(2) The front plate. (3) The field coil.
The pulley and field coil are attached to the front
head of the compressor with snap rings. The hub is keyed to the compressor shaft and is retained on the
shaft with a self-locking nut. Special service tools are
required to remove and install the clutch plate on
the compressor shaft.

COMPRESSOR
REMOVAL
(1) Disconnect the negative cable from the battery.
(2) Disconnect the clutch lead wire.
(3) Remove the discharge and inlet (suction) ser­
vice valves from the compressor. Plug or tape all the
openings.
(4) Refer to Group 7, Cooling System and remove
the drive belt(s). (5) Remove the bolts and lift the compressor from
the mounting bracket (Fig. 1).
page

Cylinder Head
/
Valve Plate
27
Magnetic
Clutch
22

Fig.
1
Compressor
Mounting

INSTALLATION
If a replacement compressor is being installed,
check the oil level. Add or subtract oil as necessary.
Install the magnetic clutch on the compressor.
(1) Install the compressor on the mounting bracket.
Tighten the bolts to 27 N*m (20 ft. lbs.) torque.
(2) Refer to Group 7, Cooling System and install
the drive belt(s).
(3) Check the belt tension.
@ New drive belt-800-900 N (180-200 lbs-f).
• Used belt-623-712 N (140-160 lbs-f).

COMPONENT AND SYSTEM INDEX

Name
Group-page

AUDIO
SYSTEMS
8F-1
SERVICE
PROCEDURES 8F-7
TEST PROCEDURES 8F-2
BATTERY/STARTER/GENERATOR SERVICE 8B-1 BATTERY SERVICE PROCEDURES 8B-1
GENERATOR SERVICE 8B-6
SPECIFICATIONS 8B-9
STARTER SERVICE PROCEDURES 8B-4
BODY COMPONENTS 23-1 CAB/BODY INTERIOR COMPONENTS
23-35

DOORS
23-21
EXTERIOR COMPONENTS 23-1
FIXED GLASS
23-29
PAINT
CODE CHART
23-54

REFINISHING PROCEDURES
23-54

BRAKES
5-1 BENDIX DISC BRAKE 5-37 BRAKE ADJUSTMENTS-BRAKE BLEEDING 5-7
BRAKE DIAGNOSIS 5-3

CHRYSLER
DISC BRAKE 5-27 DRUM BRAKES—ELEVEN INCH 5-46
DRUM BRAKES-TWELVE INCH 5-50
GENERAL INFORMATION 5-1 MASTER CYLINDER—COMBINATION VALVE-BRAKE
LINES 5-10
PARKING BRAKES 5-56
POWER BRAKE BOOSTER-BRAKE PEDAL 5-20 POWER BRAKE VACUUM PUMP-DIESEL ENGINE. . 5-22

REAR
WHEEL ANTILOCK
(RWAL)
BRAKES 5-59
SPECIFICATIONS 5-65
CHIME/BUZZER WARNING
SYSTEMS
8U-1
CLUTCH 6-1 CLUTCH DIAGNOSIS 6-2 CLUTCH SERVICE 6-11
COOLING SYSTEM 7-1
DIAGNOSIS 7-4
ENGINE ACCESSORY DRIVE BELTS 7-40
ENGINE BLOCK HEATERS 7-48

SERVICE
PROCEDURES 7-15 SPECIFICATIONS 7-49
ELECTRICAL 8A-1 BATTERY TEST PROCEDURES 8A-2
ENGINE STARTER MOTOR TEST PROCEDURES.... 8A-9
GENERAL INFORMATION 8A-1
GENERATOR TEST PROCEDURES ON VEHICLE . . . 8A-13
GROUP INDEX 8A-1
SPECIFICATIONS 8A-18
BATTERY/STARTING/CHARGING
SYSTEMS
DIAGNOSTICS 8A-1

EMISSION
CONTROL
SYSTEMS.
25-1 AIR INJECTION SYSTEM—5.9L HDC-GAS ENGINE . 25-15 COMPONENT REMOVAL/INSTALLATION 25-17 EVAPORATIVE EMISSION CONTROLS 25-6
EXHAUST EMISSION CONTROLS 25-10
GENERAL INFORMATION 25-1
ENGINES 9-1 3.9L ENGINE SERVICE PROCEDURES 9-17 5.2L ENGINE SERVICE PROCEDURES 9-47
5.9L (DIESEL) ENGINE SERVICE PROCEDURES . . . 9-107
Name
Group-page

5.9L ENGINE SERVICE PROCEDURES 9-77 ENGINE DIAGNOSIS 9-5
STANDARD SERVICE PROCEDURES 9-1
EXHAUST SYSTEM AND INTAKE MANIFOLD 11-1
EXHAUST SYSTEM DIAGNOSIS 11-3
GENERAL INFORMATION 11-1

SERVICE
PROCEDURES (DIESEL ENGINES) 11-17

SERVICE
PROCEDURES (GASOLINE ENGINES) 11-4
SPECIFICATIONS 11-27
FRAME AND BUMPERS 13-1 ATTACHED COMPONENTS 13-30
BUMPERS
13-1
FRAME 13-20
SNOW PLOW 13-3
FRONT SUSPENSION AND AXLE 2-1 FRONT SUSPENSION—2WD VEHICLES 2-7
FRONT SUSPENSION—4WD VEHICLES 2-14 FRONT WHEEL ALIGNMENT 2-3
GENERAL INFORMATION 2-1 MODEL 44 FRONT AXLE 2-17
MODEL 60 FRONT AXLE 2-49
TORQUE SPECIFICATIONS 2-75
FUEL SYSTEM 14-1 ACCELERATOR PEDAL AND THROTTLE CABLE . . . 14-25
DIESEL
FUEL INJECTION—COMPONENT DESCRIPTION/SYSTEM OPERATION 14-76

DIESEL
FUEL INJECTION-GENERAL DIAGNOSIS. . 14-88

DIESEL
FUEL INJECTION-SERVICE
PROCEDURES
14-106

FUEL DELIVERY SYSTEM-EXCEPT DIESEL 14-3
FUEL DELIVERY-DIESEL ENGINE 14-15 FUEL TANKS 14-20
GENERAL INFORMATION 14-1 MULTI-PORT FUEL INJECTION (MPI)-COMPONENT DESCRIPTION/SYSTEM OPERATION-EXCEPT
DIESEL
14-29
MULTI-PORT FUEL INJECTION
(MPlj-COMPONENT
REMOVAL/INSTALLATION-EXCEPT DIESEL .... 14-64
MULTI-PORT FUEL INJECTION (MPI)—GENERAL DIAGNOSIS-EXCEPT DIESEL 14-43

SERVICE
ADJUSTMENTS-DIESEL
14-122
SPECIFICATIONS
14-123

HEATING AND AIR CONDITIONING 24-1 CLIMATE CONTROL SYSTEM
24-29

COMPRESSOR
SERVICE
(SD-709)
24-21 DIAGNOSTIC PROCEDURES 24-3
GENERAL INFORMATION 24-1 REFRIGERANT SYSTEM SERVICE PROCEDURES . . 24-17
TORQUE SPECIFICATIONS
24-39

HORNS 8G-1
SERVICE
PROCEDURES 8G-3
TEST PROCEDURES 8G-1

IGNITION
SYSTEMS
8D-1 COMPONENT IDENTIFICATION/SYSTEM OPERATION. 8D-1
COMPONENT REMOVAL/INSTALLATION 8D-18 DIAGNOSTICS/SERVICE PROCEDURES 8D-7
IGNITION
SWITCH
8D-25

SPECIFICATIONS
8D-28

INSTRUMENT PANEL AND GAUGES 8E-1