1969 FORD MUSTANG lock

04-03-07
Rear Axles — Integral Carrier Type

04-03-07

junction and install vent hose to vent

tube.

7.
Raise the axle housing and con-

nect the shock absorbers.
8. Connect the rear end of the drive

shaft to the axle U-joint flange, align-

ing the scribe marks made on the

drive shaft end yoke and the axle U-
joint flange (Fig. 14).

9. Fill the axle with the proper

grade and amount of lubricant.

10.
Road test the vehicle.

MAJOR REPAIR OPERATIONS

DISASSEMBLY

All service operations on the differ-

ential case assembly and the drive pin-

ion assembly can be performed with

the housing in the vehicle.

REMOVAL OF

DIFFERENTIAL

CASE AND DRIVE PINION

1.
Raise the vehicle and support it

on the underbody, so that the rear

axle drops down as far as the springs

and shock absorbers permit.

2.
Remove the cover from the car-

rier casting rear face, and drain the

lubricant.

3.
Perform the Inspection Before

Disassembly of Carrier in Part 4-1,

Section 3.

4.
Remove both rear wheels.

5.
Remove the brake drums.
6. Working through the hole pro-

vided in the axle shaft flange, remove

the nuts that attach the wheel bearing

retainers to the axle housing.

7.
Pull the axle shafts with the tool

shown in Fig. 2. Care must be exer-

cised to prevent damage to the oil

seals.
Install a nut on one of the brake

backing plate attaching bolts to hold

the plate to the axle housing after the

shaft has been removed. Remove both

seals with the tool shown in Fig. 8.

8. Make scribe marks on the drive

shaft end yoke and the axle U-joint

flange to insure proper position of the

drive shaft at assembly (Fig. 14). Dis-

connect the drive shaft from the axle

U-joint flange. Be careful to avoid

dropping the loose universal joint

bearing cups. Hold the cups on the

spider with tape. Mark the cups so

that they will be in their original posi-

tion in relation to the flange when
they are assembled. Remove the drive

shaft from the transmission extension

housing. Install an oil seal replacer

tool in the transmission extension

housing to prevent transmission leak-

age.
Refer to the transmission group

for the appropriate tool.

9. Remove the differential bearing

adjusting nut locks (Fig. 15).

10.
Mark one differential bearing

cap and the case (Fig. 16) to help po-

sition the parts properly during as-

sembly.

11.
Remove the differential bearing

cap bolts and bearing caps. Hold the

differential case assembly in the hous-

ing after the caps are removed.

12.
Remove the differential case

and bearing cups (Fig. 17).

13.
Hold the drive pinion flange

and remove the pinion nut (Fig. 9).

14.
Remove the pinion flange (Fig.

10).

DIFFERENTIAL PINION GEAR

AND THRUST WASHER

COVER AND GASKET
DIFFERENTIAL SIDE GEAR

AND THRUST WASHER

SHAFT RETAINER DIFFERENTIAL

PINION SHAFT DIFFERENT|AL

DIFFERENTIAL CASE CASE COVER
BEARING ADJUSTING NUT

PINION AND RING GEAR

AXLE SHAFT
BEARING

DRIVE GEAR ATTACHING BOLT

ADJUSTING NUT LOCK

BEARING CAP

PINION LOCATING SHIMS

BEARING AND CUP

WHEEL BEARING RETAINER

GASKET
BEARING AND CUP

SEAL

AXLE SHAFT SEAL

BEARING PRELOAD SPACER/
AXLE HOUSING

FILLER PLUG

'WHEEL BEARING

WHEEL BEARING RETAINER

DEFLECTOR FLANGE

E1908A

FIG. 75—Disassembled Rear Axleprocarmanuals.com

04-03-08
Rear Axles — Integral Carrier Type

04-03-08

15.
With
a
soft-faced hammer,

drive
the
pinion
out of the
front bear-

ing cone
and
remove
it
through
the

rear
of the
carrier casting.

16.
Drive against
the
pinion front

bearing cone
and
drive
the
pinion

flange seal
and the
bearing cone
out

of
the
front
of the
carrier casting.

17.
To
remove
and
install
the pin-

ion rear bearing cone
use the
tools
in

Fig.
18 and 19.

18.
Measure
the
shim which
is

found under
the
bearing cone with
a

MARKINGS

E1909A

FIG. 16—Typical Differential

Bearing Cap Marking

E1910A

FIG. 77—Differential Case

Removal or Installation

1368-A
micrometer. Record
the
thickness
of

the shim.

DISASSEMBLY
OF

DIFFERENTIAL CASE

1.
If the
differential bearings
are to

be removed,
use the
tools shown
in

Fig.
20.

Press
Ram

REAR BEARING

CONE
AND

ROLLER
Fiber

Block

E1911A

FIG. 79—Installing Pinion Rear

Bearing Cone

Tool-

4221-AL

FIG. 18—Removing Pinion Rear

Bearing Cone
DIFFERENTIAL

BEARING

E1912A

FIG. 20—Differential Bearing

Removal
2.
Remove
the
bolts that attach
the

ring gear
to the
differential case. Press

the ring gear from
the
case
or tap it

off with
a
soft-faced hammer.

3.
With
a
drift, drive
out the
differ-

ential pinion shaft lock
pin (Fig. 21).

4.
Drive
out the
pinion shaft with
a

brass drift. Remove
the
gears
and

thrust washers.

PARTS REPAIR
OR

REPLACEMENT

Clean
and
inspect
all the
parts
as

outlined
in
Part 4-1, Section
3.
Before

assembling
the
carrier, repair
or re-

place
all
parts
as
indicated
by the in-

spection.

The principal replacement opera-

tions
are
covered
in the
following
pro-

cedures.
All
other repair
or
replace-

ment operations
are
performed during

Cleaning
and
Inspection Part
4-1,

Section
3, or
during
the
Assembly
in

this section.

PINION BEARING CUPS

Do
not
remove
the
pinion bearing

cups from
the
carrier casting unless

the cups
are
worn
or
damaged.

If
the
pinion bearing cups
are to be

replaced, drive them
out of the
carrier

E1913A

FIG. 21—Differential Pinion

Shaft Lock Pin Removalprocarmanuals.com

04-03-09
Rear Axles — Integral Carrier Type

04-03-09

E1914A

FIG. 22—Pinion Bearing Cup Removal or Installation

\

MATCHED

GEAR SET

IDENTIFICATION

E 1628-A

FIG. 23—Pinion and Ring

Gear Marking

casting with a drift. Install the new

cups with the tool shown in Fig. 22.

Make sure the cups are properly seat-

ed in their bores. If a 0.0015-inch feel-

er gauge can be inserted between a

cup and the bottom of its bore at any

point around the cup the cup is not

properly seated.

Whenever the cups are replaced, the

cone and roller assemblies should also

be replaced.

DRIVE PINION AND GEAR

SET

Individual differences in machining

the carrier casting and the gear set re-

quire a shim between the pinion rear

bearing cone and the pinion gear to

locate the pinion for correct tooth

contact with the ring gear.

When replacing a ring gear and pin-

ion it should be noted that the original

factory installed shim is of the correct

thickness to adjust for individual vari-

ations in both the carrier casting di-

mension and in the original gear set

dimension; therefore, to select the cor-

rect shim thickness for the new gear
set to be installed, follow these steps:

1.
With a micrometer, measure the

thickness of the original shim removed

from the axle and use the same thick-

ness upon installation of the replace-

ment carrier assembly or drive pinion.

2.
If further shim change is neces-

sary, it will be indicated in the tooth

pattern check.

3.
If the original shim is lost, sub-

stitute a nominal shim for the original

and use the tooth pattern check to de-

termine if further shim changes are re-

quired. Nominal shim thickness is in-

dicated in Part 4-5, Specifications.

A new ring gear and pinion should

always be installed in an axle as a

matched set (never separately). Be

sure the same identifying (matching)

number, painted in white, appears on

the bolt hole face of the ring gear and

on the head of the drive pinion

(Fig. 23).

4.
After determining the correct

shim thickness as explained in the

foregoing steps, install the new pinion

and ring gear as outlined under As-

sembly.

DIFFERENTIAL CASE,

BEARINGS, AND RING

GEAR

If the ring gear runout checK (be-

fore disassembly) exceeded specifica-

tions,
the condition may be caused by

a warped gear, a defective case, or ex-

cessively worn differential bearings.

To determine the cause of excessive

runout proceed as follows:

1.
Assemble the two halves of the

differential case together without the

ring gear, and press the two differen-

tial side bearings on the case hubs.

2.
Place the cups on the bearings

and set the differential case in the car-

rier.
3.
Install the bearing caps and ad-

justing nuts as outlined in steps 11

thru 14 under Installation of Drive

Pinion and Differential Case in this

section.

4.
Tighten the right nut two notches

beyond the position where it first con-

tacts the bearing cup. Rotate the dif-

ferential case several revolutions in

each direction while the bearings are

loaded to seat the bearings in their

cups.
This step is important.,

5.
Again loosen the right nut to re-

lease the preload. Check to see that

the left nut contacts the bearing cup.

Using the dial indicator set-up shown

in Fig. 10, Part 4-1, adjust the preload

to 0.008 to 0.012 case spread for new

bearings or 0.005 to 0.008 for the

original bearings, if reused.

6. Check the runout of the differen-

tial case flange with a dial indicator.

If the runout does not now exceed

specifications, install a new ring gear.

If the runout still exceeds specifica-

tions,
the ring gear is true and the

trouble is due to either a defective

case or worn bearings.

7.
Remove the differential case

from the carrier and remove the side

bearings from the case.

8. Install new bearings on the case

hubs,
and again install the differential

assembly in the carrier without the

ring gear.

9. Check the case runout again with

the new bearings. If the runout is now

within limits, the old bearings were

excessively worn. Use the new bear-

ings for assembly. If the runout is still

excessive, the case is defective and

should be replaced.

ASSEMBLY

Refer to Part 4-1 for Cleaning and

Inspection before starting assembly

operations.

ASSEMBLY OF

DIFFERENTIAL CASE

1.
Lubricate all the differential

parts with axle lubricant, before they

are installed in the case.

2.
Place the side gears and thrust

washers in the case.

3.
Place the two pinion gears and

thrust washers exactly opposite each

other in the case openings and in

mesh with the side gears.

4.
Turn the pinions and thrust

washers until the holes in the pinion

gears align with the pinion shaft holes

in the case.

5.
Start the pinion shaft into the

differential case. Carefully align the

shaft lock pin hole with the pin holeprocarmanuals.com

04-03-10
Rear Axles
—
Integral Carrier Type

04-03-10

in
the
case. Drive
the
shaft into place

and install
the
lock
pin
(Fig.
21).

6. Place
the
ring gear
on the
differ-

ential case
and
install
the
bolts.
Tor-

que
the
bolts
to
specification.

7.
If the
differential bearings have

been removed, press them
on as

shown (Fig.
24).

INSTALLATION
OF
DRIVE

PINION
AND
DIFFERENTIAL

CASE

1.
Place
the
shim
and
pinion rear

bearing cone
on the
pinion shaft.

Press
the
bearing
and
shim firmly

against
the
pinion shaft shoulder (Fig.

19).

PRESS RAM

Tool T54P-3044-A

Detail
7
2.
Place
a new
pinion bearing
pre-

load spacer
on the
pinion shaft.

3.
Lubricate
the
pinion rear bearing

with axle lubricant.

4.
Lubricate
the
pinion front bear-

ing cone
and
place
it in the
housing.

5.
Install
a new
pinion
oil
seal
in

the carrier casting (Fig.
11).

6. Insert
the
drive pinion shaft

flange into
the
seal
and
hold
it
firmly

against
the
pinion front bearing cone.

From
the
rear
of the
carrier casting,

insert
the
pinion shaft into
the
flange.

7.
Start
a new
pinion shaft
nut.

Hold
the
flange with
the
tool shown
in

Fig.
9 and
tighten
the
pinion shaft

nut.
As the
pinion shaft
nut is
tight-

ened,
the
pinion shaft
is
pulled into

the front bearing cone
and
into
the

flange.

As
the
pinion shaft
is
pulled into

the front bearing cone, pinion shaft

end play
is
reduced. While there
is

still
end
play
in the
pinion shaft,
the

flange
and
cone will
be
felt
to
bottom.

This indicates that
the
bearing cone

and flange have bottomed
on the col-

lapsible spacer.

From this point,
a
much greater

torque must
be
applied
to
turn
the

pinion shaft
nut,
since
the
spacer must

be collapsed. From this point, also,

the
nut
should
be
tightened very slow-

ly
and the
pinion shaft
end
play

checked often,
so
that
the
pinion bear-

ing preload does
not
exceed
the
limits

(Fig.
6).

FIG. 24—Differential Bearing

Installation
If
the
pinion shaft
nut is
tightened

to
the
point that pinion bearing
pre-

load exceeds
the
limits,
the
pinion

shaft must
be
removed
and a
new
col-

lapsible spacer installed.
Do not de-

crease
the
preload
by
loosening
the

pinion shaft
nut.
This will remove
the

compression between
the
pinion front

and rear bearing cones
and the col-

lapsible spacer
and may
permit
the

front bearing cone
to
turn
on the pin-

ion shaft.

&
As
soon
as
there
is
preload
on

the bearings, turn
the
pinion shaft
in

both directions several times
to set the

bearing rollers.

9. Adjust
the
bearing preload
to

specification. Measure
the
preload

with
the
tool shown
in Fig. 6.

10.
Apply
a
thin coating
of
lubri-

cant
on the
bearing bores
so
that
the

differential bearing cups will move

easily.

11.
Place
the
cups
on the
bearings

and
set the
differential case assembly

in
the
carrier casting (Fig.
17).

If
the
gear
set is of the
non-hunting

or partial non-hunting type, assemble

the differential case
and
ring gear
as-

sembly
in the
carrier
so
that
the

marked tooth
on the
pinion indexes

between
the
marked teeth
on the
ring

gear
as
shown
in Fig. 25.

In almost every case
of
improper

assembly (gears assembled
out of

time),
the
noise level
and
probability

of failure will
be
higher than they

would
be
with properly assembled

gears.

When installing
the
hunting type

gear
set (no
timing marks), assemble

the differential case
and
ring gear
as-

sembly
in the
carrier without regard

to
the
matching
of any
particular gear

teeth.

12.
Slide
the
case assembly along

the bores until
a
slight amount
of

backlash
is
felt between
the
gear teeth.

Hold
the
differential case
in
place.

13.
Set the
adjusting nuts
in the

PAINT MARKING INDICATES POSITION
IN
WHICH GEARS WERE LAPPED

E 1335-B

FIG. 25—Typical Gear
Set
Timing Marks
7oo/—T60K-4067-A or 4067 E

E1916A

FIG. 26—Backlash
and
Bearing

Pre-Load Adjustmentprocarmanuals.com

04-03-11
Rear Axles — Integral Carrier Type

04-03-11

bores so that they just contact the

bearing cups.

14.
Carefully position the bearing

caps on the carrier casting. Match the

marks made when the caps were re-

moved.

15.
Install the bearing cap bolts

and lockwashers. As the bolts are

tightened, turn the adjusting nut with

the tool shown in Fig. 26.

16.
If the adjusting nuts do not turn
freely as the cap bolts are tightened,

remove the bearing caps and again in-

spect for damaged threads or incor-

rectly positioned caps. Tightening the

bolts to the specified torcfue is done to

be sure that the cups and adjusting

nuts are seated. Loosen the cap bolts,

and torque them to only 5 ft-lbs be-

fore making adjustments. Refer to

Part 4-1 for backlash and bearing pre-

load adjustment procedures.
LIMITED-SLIP DIFFERENTIAL

For integral carrier limited-slip dif-

ferentials see the repair procedures for

removable carrier limited-slip differen-

tials,
Part 4-2. These procedures are

good for the differential case only.

When the limited slip differential case

has been repaired replace the case

using the procedure for the conven-

tional intergral carrier differendal case

in this part.procarmanuals.com

04-04-01

Rear Axle — Ford Light-Duty (WER)
04-04-01

PART 4-4 Rear Ax/e-Ford Light-Duty (WER)

COMPONENT INDEX

AXLE HOUSING

Cleaning and Inspection

Removal and Installation

AXLE SHAFT

Cleaning and Inspection

Removal and Installation

DESCRIPTION

DIFFERENTIAL CASE

Cleaning and Inspection

Disassembly and Overhaul

Removal and Installation

DIFFERENTIAL BEARINGS AND DRIVE

GEAR

Cleaning and Inspection

Removal and Installation

PINION AND RING GEAR

Cleaning and Inspection

Removal and Installation

PINION BEARING CUPS

Cleaning and Inspection

Removal and Installation
MODEL APPLICATION
AN
Models
Ford

01-09

04-04

01-10

04-06

04-01

01-10

04-07

04-06

01-10

04-08

01-10

04-08

01-10

04-08
Mercury
N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A
Meteor
01-09

04-04

01-10

04-06

04-01

01-10

04-07

04-06

01-10

04-08

01-10

04-08

01-10

04-08
Cougar
N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A
Fairlane
N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A
Falcon
N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A
Montego
N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A
Mustang
N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A
Lincoln-
Continental
N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A
Thunderbird
N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A
Continental-
Mark
III
N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

A page number indicates that the item is for the vehicle listed at the head of tne column.

N/A indicates that the item is not applicable to the vehicle listed.

DESCRIPTION

A light-duty, integral-carrier, con-

ventional-type rear axle assembly (Fig.

1) is used in Ford and Meteor passen-

ger vehicles equipped with 240-IV and

302 2V engines and related transmis-

sions.
The axle (model WER) incor-

porates the following features:

The hypoid gear set consists of an

8.50 inch diameter ring gear and an

overhung drive pinion which is sup-

ported by two opposed tapered roller

bearings. A drive pinion pilot bearing

is not used in this axle.

The differential carrier is the non-

removable type, with a stamped bolt-

on cover. The filler hole is tapped in
the front portion of the carrier casting

and uses a
1/2-14
tapered pipe plug

with a 3/8 inch square female drive. A

bumper pad is machined on the pinion

nose portion of the carrier. The rub-

ber bumper is mounted on the vehicle

underbody.

The differential case is a one-piece

design, with openings allowing assem-

bly of the internal components and lu-

bricant flow. The differential pinion

shaft is retained with a threaded bolt

(lock) assembled to the case.

The axle housing assembly consists

of tube assemblies pressed and welded

into the differential casting. The brake
backing plate retainer is welded in-

board of the outer edges of the tubes,

and allows assembly of the backing

plate, independent of the axle shafts.

The roller-type wheel bearings have

no inner race, and contact the bearing

journals of the axle shafts.

The axle shafts do not use an inner

or outer bearing retainer. They are

held in the axle by means of C-locks,

positioned in a slot on the splined end.

These C-locks also fit into a machined

recess in the differential side gears

within the differential case. There is

no retainer bolt access hole in the axle

shaft flange.
procarmanuals.com

04-04-02
Rear Axle
—
Ford Light-Duty (WER)
04-04-02

DIFFERENTIAL

PINION-4215
RING GEAR
-

4209
LEFT AXLE

SHAFT
-
4235

1

DRIVE PINION
-

4209

SEAL
-
4676

FLANGE-4851

DEFLECTOR -4859

SEAL-
1177

f\G.
7
—Rear Axle Assembly—Light Duty
(WER)
Axle
E 1632-A

IN-VEHICLE ADJUSTMENTS AND REPAIRS

REAR AXLE SHAFT, WHEEL

BEARING
AND OIL
SEAL

REPLACEMENT

REMOVAL

Synthetic wheel bearing seals
are

used
for
production
and as
service
re-

placements. Removal
and
insertion
of

rear axle shafts must
be
performed

with caution.
The
entire length
of the

shaft (including spline)
up to the
seal

journal must pass through
the
seal

without contact.
Any
roughing
or cut-

ting
of the
seal element during axle

removal
or
installation will result
in

early seal failure.

1.
Raise
the
vehicle
on a
hoist.
2.
Remove
the
wheel(s)
and
tire(s)

from
the
brake drum(s).

3.
Position
a
drain
pan and
loosen

the cover
to
differential housing
re-

taining bolts. Drain
the
housing.

4.
Remove
the
attaching (Tinner-

man) nuts that secure
the
brake

drum(s)
to the
axle shaft flange(s),

and then remove
the
drum(s).

5.
Remove
the
differential housing

cover bolts, cover
and
gasket. Discard

the gasket. Remove
the
drain
pan.

6. Position safety stands under
the

rear frame member. Lower
the
hoist

and allow
the
axle
to
lower
as far as

possible.

7.
Working through
the
differential

case opening, remove
the
pinion shaft
lock bolt
and the
pinion shaft
(Fig. 2).

8. Push
the
axle shaft(s) inward

toward
the
center
of the
axle housing.

Remove
the
C-lock(s)
(Fig. 3)
from

the inner
end of the
axle(s). Remove

the axle shaft(s) from
the
housing.
Ex-

treme care must
be
used
to
avoid
con-

tact
of the
axle shaft seal
lip
with
any

portion
of the
axle shaft except
the

seal journal.

9. Remove
the
bearing
and oil
seal

from
the
housing
as
shown
in Fig. 4.

10.
Inspect
the
machined surface
of

the axle shaft
and the
axle housing
for

rough spots
or
other irregularities

which would affect
the
sealing action

of
the oil
seal. Check
the
axle shaft

splines
for
burrs, wear
or
damage.procarmanuals.com

04-04-03
Rear Axle
—
Ford Light-Duty (WER)

04-04-03

LOCK BOLT

DIFFERENTIAL PINION SHAFT
E 1596- A

FIG.
2—Differential pinion shaft

and Lock Bolt

AXLE SHAFT

LOCK

E 1597-A

FIG. 3—Removal
and
Installation

of C-Locks
and
Axle Shaft

Carefully remove
any
burrs
or
rough

spots.
Replace worn
or
damaged

parts.
A
brownish yellow color
on the

bearing journal
of the
shaft
is
normal

and
the
shaft need
not be
replaced.

Slight pitting
and
wear
is
also normal.

INSTALLATION

1.
Lightly coat
the
wheel bearing

rollers with axle lubricant. Install
the

bearings
in the
axle housing with
the

tool shown
in Fig. 5. The
bearing

should seat firmly against
the
shoul-

der.

2.
Wipe
all
lubricant from
the oil

seal bore before installing
the
seal.

3.
Inspect
the
original seal
for

nicks,
scuffs
or
abnormal wear,
and

replace
it if
necessary.
The new
seals

are pre-packed with lubricant
and do

not require
an oil
soak before installa-

tion.

4.
Install
the oil
seal with
the
tool

shown
in Fig. 6.
Installation without

the
use of the
proper tool will distort

the seal
and
cause leakage.

5. Replace
the
O-ring
in the
C-lock

groove
on the
axle shaft.

6. Slide
the
axle shaft(s) into place
Tool
-
T66L-12132

Tool
-
7507- 700-A

\

1

T50T-100-A
BEARING

Tool - 766L-72J32-8

(THREAD
REDUCING

ADAPTER PART ONLY)

SEAL

FIG. 4—Removal
of
Axle Seal
or

in
the
axle housing. Exercise care that

splines
or any
portion
of the
axle

shaft(s)
do not
damage
the oil
seal(s)

and that they engage with
the
splines

of
the
differential side gear(s).

7. Install
the
axle shaft C-lock(s)

on
the
inner
end of the
shaft(s)
(Fig.

3)
and
push
the
shaft(s) outward
so

that
the
shaft locks seat
in the
conter-

bore(s)
of the
differential side gear(s).

8. Position
the
differential pinion

gears
and
thrust washers
180
degrees

apart
to the
differential side gears.

Revolve
the
gear assembly until
the

holes
in the
differential case
are a-

ligned with the pinion gears.

9. Position
the
differential pinion

shaft through
the
case
and
pinions,
a-

ligning
the
hole
in the
shaft with
the

lock bolt hole. Install
the
lock bolt

Tool
-
760K-7697.fi
E 1598.A

Axle Bearing

and torque
it to
specification.

10.
Install
the
brake drum
and

tighten
the
attaching (Tinnerman)

nuts.

11.
Install
the
wheel
and
tire
on the

brake drum.

12.
Clean
the
gasket mounting
sur-

faces
of the
rear axle differential

housing
and the
cover. Install
a new

cover gasket, cover
and the
attaching

bolts.
Torque
the
bolts
to
specifica-

tion.

13.
Raise
the
rear axle. Make sure

the rear axle
is in
running position.

Add
the
amount
of
specified lubricant

required
to
reach
to the
bottom
of the

filler plug hole. Install
the
filler plug

and torque
it to
specification.

14.
Remove
the
safety support

stands
and
lower
the
vehicle.

7oo/

765F-7 777-A

E 1571-A

FIG. 5—Installation
of
Axle

Shaft Bearing
FIG.
6—Rear
Axle Shaft Bearing

Seal Installationprocarmanuals.com