1969 FORD MUSTANG air condition

03-12-03

Wheels And Tires

03-12-03

DISC BRAKES

1.
Raise the vehicle until the wheel

and tire clear the floor.

2.
Pry off the wheel cover and re-

move the grease cap (Fig. 2) from the

hub.

3.
Wipe the excess grease from the

end of the spindle, and remove the ad-

justing nut cotter pin and nut lock.

4.
Loosen the bearing adjusting nut

three turns. Then, rock the wheel,

hub,
and rotor assembly in and out

several times to push the shoe and lin-

ings away from the rotor.

5.
While rotating the wheel, hub,

and rotor assembly, torque the adjust-

ing nut to 17-25 ft-lbs to seat the

bearings (Fig. 4).

6. Back the adjusting nut off one

half turn. Then, retighten the adjust-

ing nut to 10-15 in-lbs with a torque

wrench or finger tight.

7.
Locate the nut lock on the ad-

justing nut so that the castellations on

the lock are aligned with the cotter

pin hole in the spindle.

8. Install a new cotter pin, and

bend the ends of the cotter pin around

the castellated flange of the nut lock.

9. Check the front wheel rotation.

If the wheel rotates properly, install

the grease cap and the hub cap or

wheel cover. If the wheel still rotates

roughly or noisily, clean or replace the

bearings and cups as required.

10.
Before driving the vehicle,
pump the brake pedal several times to

obtain normal brake lining to rotor

clearance and restore normal brake

pedal travel.

BALANCING LIFE

GUARD TIRE

Tires fitted with the Life Guard

Safety Spare are balanced in the same

manner as conventional tires. If an ex-

cessive out of balance condition exists

the following procedure can be used to

correct the condition:

1.
Remove the core housing and de-

flate both air chambers.

2.
Install the core housing.

3.
Unseat the beads of tire with the

bead breakers away from the valve

stem as shown in Fig. 5.

F 1383

FIG. 5—Breaking Top Bead of

Tire From Wheel Rim
4.
Rotate tire casing 90 degrees on

the wheel rim.

5.
Rotate the tire casing back and

forth on the rim to center the valve.

6. Inflate both chambers of the tire

following steps 13 through 15 of the

Tire Installation procedure.

7.
Balance the tire in the normal

manner.

CORRECTING VIBRATION

AND SHAKE-

LIFE GUARD TIRE

The condition of excessive vibration

and shake is generally the result of an

incorrect pressure relationship between

the inner and outer air chambers that

may cause the life guard to shift posi-

tion within the tire. The following

procedure should be used to correct

vibration and shake conditions:

1.
Check pressure of the inner and

outer air chambers on all four tires.

2.
If the inner chamber has at least

five psi more pressure than the outer

chamber the pressures should be ad-

justed and the tires rebalanced if nec-

essary.

3.
If the pressures of the inner and

outer air chambers are equal the Air

Container is leaking. To repair the

leaking air container the recommend-

ed procedures for the removal, repair

of air container, mounting, and bal-

ancing should be followed.

REMOVAL AND INSTALLATION

HOISTING INSTRUCTIONS

Damage to steering linkage compo-

nents and front suspension struts may

occur if care is not exercised when po-

sitioning the hoist adapters of 2 post

hoists prior to lifting the vehicle.

If a 2 post hoist is used to lift the

vehicle, place the adapters under the

lower arms or the No. 1 crossmember.

Do not allow the adapters to contact

the steering linkage. If the adapters

are placed under the crossmember, a

piece of wood (2x4x16 inches) should

be placed on the hoist channel be-

tween the adapters. This will prevent

the adapters from damaging the front

suspension struts.

WHEELS AND TIRES

WHEEL AND TIRE

REMOVAL

1.
Pry off the wheel hub cap or
wheel cover. Loosen but do not re-

move the wheel hub nuts.

2.
Raise the vehicle until the

wheel and tire clear the floor.

3.
Remove the wheel hub nuts

from the bolts, and pull the wheel

and tire from hub and drum.

F1424-
A

FIG.
6—Bead
Loosening Tool
REMOVING CONVENTIONAL

TIRE FROM WHEEL

The tire can be demounted on a

mounting machine. Be sure that the

outer side of the wheel is positioned

downward. If tire irons are used, fol-

low the procedure given here.

1.
Remove the valve cap and core,

and deflate the tire completely.

2.
With a bead loosening tool,

break loose the tire side walls from

the wheel (Fig. 6).

3.
Position the outer side of the

wheel downward, and insert two tire

irons about eight inches apart between

the tire inner bead and the back side

of the wheel rim. Use only tire irons

with rounded edges or irons designed

for removing tubeless tires.

4.
Leave one tire iron in position,

and pry the rest of the bead over the

rim with the other iron. Take small

bites with the iron around the tire inprocarmanuals.com

04-04-08
Rear Axle — Ford Light-Duty (WER)

04-04-08

E 1577-A

75—Pinion Bearing
Cup
Installation—Typical

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.

PARTS REPAIR
OR

REPLACEMENT

Clean
and
inspect
all the
parts
as

outlined
in
Cleaning
and
Inspection,

Part 4-1, Section
3 of
this Shop
Man-

ual.
Before assembling
the
carrier,
re-

pair
or
replace
all
parts
as
indicated

by
the
inspection.
The
principle
re-

placement operations
are
covered
in

the following procedures.
All
other
re-

pair
or
replacement operations
are

performed during
the
Cleaning
and

Inspection, Part 4-1, Section
3
opera-

tions noted above,
or
during
the as-

sembly
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

casting with
a
drift.
Tap on the
side

opposite
the cup. Use
care
to
prevent

the cups from cocking
in the
carrier.

Install
the new
cups with
the
tool

shown
in Fig. 15.
Make sure
the
cups

are properly seated
in
their bores.
If a

0.0015-inch feeler gauge
can be
insert-

ed 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.
Use a
micrometer
to
measure

the thickness
of the
original shim
re-

moved from
the
axle
and use the
same

thickness upon installation
of the re-

placement carrier assembly
or
drive

pinion.
If
further shim change
is nec-

essary,
it
will
be
indicated
in the
tooth

pattern check.

2.
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 thicknesses
is

indicated
in
Part
4-3,
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, appears
on the
bolt

hole face
of the
ring gear
and on the

head
of the
drive pinion
(Fig. 16).

3.
After determining
the
correct

shim thickness
as
explained
in the

foregoing steps, install
the new
pinion

and ring gear
as
outlined under
As-

sembly which follows
in
this section.
MATCHED

GEAR
SET

IDENTIFICATION

E 1628-A

. ?6—Pinion
and
Ring Gear

Markings

3ress
Ro-

Tool

T57L-4221-A-1

DIFFERENTIAL

BEARING CONE

ANC ROLLER

|E 1579-A

PIG. 77—Differential Bearing

Installation

DIFFERENTIAL CASE,

BEARINGS,
AND
DRIVEN

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.
Press
the
original bearings
on

the one-piece differential case hubs

without
the
ring gear installed.

2.
Place
the
differential bearing

cups
on the
bearing cone
and
roller

and
set the
differential case
in the car-

rier.

3.
Install
the
matched (marked)

bearing caps
and
adjusting nuts
as

outlined
in
steps
11
thru
14
under
In-

stallation
of
Drive Pinion
and
Differ-

ential Case which follows
in
this
sec-

tion.

4.
Tighten
the
left adjuster
nut
until

it just touches
the
bearing
cup
then

tighten
the nut two
notches beyond

the point where
it
first contacts
the

bearing
cup.
Rotate
the
differentialprocarmanuals.com

06-01-02
General Transmission Service

06-01-02

REAR SEAL REPLACEMENT

1.
Remove the drive shaft.

2.
Remove the seal from the exten-

sion housing with the tool shown in

Fig. 2.

3.
Install the new seal in the exten-

sion housing with the tool shown in

Fig. 3.

4.
Install the drive shaft.

.REAR OIL SEAL

Tool-T61L-7657-A

EXTENSION HOUSING

C 1830.A

FIG. 3—Installing Extension

Housing Seal
Too/-7J75-AB

Tool-TSOT-lOO-A

FIG. 2—Removing Extension Housing Seal

EXTENSION HOUSING

Tool-T52L-7000-GAE

or 7000-G

C1O28-D

FIG. 4—Removing Extension

Housing Bushing and Seal
EXTENSION HOUSING
D
1927. A

Tool—T57P-7697-B

57-G

BUSHING

C 1832.A

FIG. 5—Installing Extension

Housing Bushing

REAR BUSHING AND SEAL

REMOVAL AND INSTALLATION

1.
Remove the drive shaft from the

vehicle.

2.
Insert the tool shown in Fig. 4

into the extension housing until it

grips on ihe front side of the bushing.
3.
Turn the screw clockwise until

the seal and the bushing are free of

the housing.

4.
Drive a new bushing into the ex-

tension housing with the tool shown in

Fig. 5.

5.
Install a new seal in the housing

as shown in Fig. 3.

6. Install the drive shaft.
LUBRICATION

Lubricant level should be even with

the bottom of the filler hole at the

right side of the transmission case.

CLEANING AND INSPECTION

CLEANING

1.
Wash all parts, except the ball

bearings and seals in a suitable clean-

ing solvent. Brush or scrape all foreign

matter from the parts. Be careful not

to damage any parts with the scraper.

Do not clean, wash or soak transmis-

sion seals in cleaning solvents. Dry all

parts with compressed air.

2.
Rotate the ball bearings in a

cleaning solvent until all lubricant is

removed. Hold the bearing assembly

to prevent it from rotating and dry it

with compressed air.

3.
Lubricate the bearings with ap-

proved transmission lubricant and

wrap them in a clean, lint-free cloth

or paper until ready for use.

4.
Clean the magnet welded to the

bottom of the case with kerosene or

mineral spirits.
INSPECTION

1.
Inspect the transmission case for

cracks, worn or damaged bearings

bores,
damaged threads or any other

damage that could affect the opera-

tion of the transmission.

2.
Inspect the front face of the case

for small nicks or burrs that could

cause misalignment of the transmis-

sion with the flywheel housing. Re-

move all small nicks or burrs with a

fine stone.

3.
Replace a cover that is bent or

distorted. Make sure that the vent

hole in the cover is open.

4.
Check the condition of the shift

levers, forks, shift rails and the lever

and shafts.

5.
Examine the ball bearing races

for cracks, wear or roughness. Inspect

the balls for looseness, wear, end play
or other damage. Check the bearings

for looseness in the bores. If any of

these conditions exist, replace the

bearings.

6. Replace roller bearings that are

broken, worn or rough.

7.
Replace the countershaft (clust-

er) gear if the teeth are chipped, brok-

en or worn. Replace the countershaft

if it is bent, scored or worn.

8. Replace the reverse idler gear or

sliding gear if the teeth are chipped,

worn or broken. Replace the idler

gear shaft if bent, worn or scored.

9. Replace the input shaft and gear

if the splines are damaged or if the

teeth are chipped, worn or broken. If

the roller bearing surface in the bore

of the gear is worn or rough, or if the

cone surface is damaged, replace the

gear and the gear rollers.

10.
Replace all other gears that areprocarmanuals.com

07-01-06
General Transmission Service

07-01-06

MAKE MARK HERE

BELLOWS INTACT
BELLOWS FAILED

FIG. 9—Checking Vacuum Unit Bellows

tester equipped with a vacuum pump

(Fig. 8). Set the regulator knob so

that the vacuum gauge reads 18 inches

with the end of the vacuum hose

blocked off.

Then connect the vacuum hose to

the transmission vacuum unit. If the

gauge still reads 18 inches, the vacuT

urn unit diaphragm is not leaking. As

the hose is removed from the trans-

mission vacuum unit, hold a finger

over the end of the control rod. When

the hose is removed, the internal

spring of the vacuum unit should push

the control rod outward.

ALTITUDE

COMPENSATING-TYPE

The vacuum diaphragm should be

checked for ruptured or damaged bel-

lows.
Check the diaphragm assembly

as follows:

1.
Remove the diaphragm and

throttle valve rod from the transmis-

sion.

2.
Insert a rod into the diaphragm,

making sure that the rod is buttonec

in the hole. Make a reference mark on

the rod where it enters the diaphragm

hole.

3.
Hold the assembly in such a way

that the end of the rod is resting on

the weighing surface of a scale (Fig.

9).

4.
Gradually press down on the dia-

phragm assembly until the rod is

pressed into the diaphragm body. If

the reference mark on the rod is still
visible with 12 pounds of force regis-

tered on the scale, the bellows are in-

tact. If the mark disappears before 4

pounds of force is exerted, the bellows

have failed and the diaphragm must

be replaced. If the bellows are intact,

then perform various pressure checks.

SHIFT POINT CHECKS

Check the minimum throttle up-

shifts in D. The transmission should

start in first gear, shift to second, and

then shift to third, within the shift

points specified in the specification

section.

While the transmission is in third

gear, depress the accelerator pedal

through the detent (to the floor). The

transmission should shift from third to

second or third to first, depending on

the vehicle speed.

Check the closed throttle downshift

from third to first by coasting down

from about 30 mph in third gear. The

shift should occur within the limits

specified in the specification section.

When the selector lever is at 2, the

transmission can operate only in sec-

ond gear.

With the transmission in third gear

and road speed over 30 mph, the

transmission should shift to second

gear when the selector lever is moved

from D to 2 to 1. The transmission

will downshift from second or third to

first gear when this same manual shift

is made below approximately 25 mph

with a C4 transmission, 30 mph with
D 1791.A

a C6 transmission or 35 mph with an

FMX transmission. This check will

determine if the governor pressure and

shift control valves are functioning

properly.

During the shift point check opera-

tion, if the transmission does not shift

within specifications or certain gear

ratios cannot be obtained, refer to the

Ford Car and Truck Diagnosis Manu-

al to resolve the problem.

AIR PRESSURE CHECKS

A NO DRIVE condition can exist,

even with correct transmission fluid

pressure, because of inoperative

clutches or bands. Erratic shifts could

be caused by a stuck governor valve.

The inoperative units can be located

through a series of checks by subst-

ituting air pressure for the fluid pres-

sure to determine the location of the

malfunction.

To make the air pressure checks,

drain the transmission fluid and re-

move the oil pan and the control valve

body assembly. The inoperative units

can be located by introducing air pres-

sure into the transmission case passa-

ges leading to the clutches, servos, and

governor (Figs. 10, 11 or 12).

HYDRAULIC SYSTEM BENCH

TESTS (FMX TRANSMISSION)

After the transmission has been as-

sembled and is ready for installationprocarmanuals.com

07-01-08
General Transmission Service

07-01-08

3.
Install the bench testing tool on

the transmission.

4.
Remove the
1/8-inch
pipe plug

at the transmission case. Turn the

front pump in a clockwise direction at

75-100 rpm until a regular flow of

transmission fluid leaves the hole in

the transmission case. This operation
bleeds the air from the pump.

5.
Install the pressure gauge (77820

or T57L-77820-A) as shown in Fig.

13.

PRESSURE TESTS

Turn the front pump at 75-100 rpm
and note the gauge readings. The

pressure readings on the bench test

must be within the limits as outlined

in Figure 13, for the engine idle check.

If pressure gauge readings are with-

in limits in all selector lever positions,

install the vacuum diaphragm control

rod unit.

COMMON ADJUSTMENTS AND REPAIRS

TRANSMISSION FLUID DRAIN

AND REFILL

Normal maintenance and lubrica-

tion requirements do not necessitate

periodic automatic transmission fluid

changes.

If a major repair, such as a clutch

band, bearing, etc., is required in the

transmission, it will have to be re-

moved for service. At this time the

converter, transmission cooler and

cooler lines must be thoroughly

flushed to remove any dirt.

When filling a dry transmission and

converter, install five quarts of fluid.

Start the engine, shift the selector

lever as outlined below, and check and

add fluid as necessary.

Following are the procedures for

partial drain and refill due to in-

vehicle repair operation.

C4 TRANSMISSION

1.
On PEA models, disconnect the

fluid filler tube from the transmission

oil pan to drain the fluid.

On PEB and PEE models, loosen

the pan attaching bolts to drain the

fluid from the transmission.

2.
When the fluid has stopped

draining from the transmission, re-

move and thoroughly clean the pan

and the screen. Discard the pan gas-

ket.

3.
Place a new gasket on the pan,

and install the pan on the transmis-

sion.

4.
On PEA models, connect the

filler tube to the pan and tighten the

fitting securely.

5.
Add three quarts of fluid to the

transmission through the filler tube.

6. Run the engine at idle speed for

about two minutes, and then run it at

fast idle speed (about 1200 rpm) until

it reaches it's normal operating temp-

erature. Do not race the engine.

7.
Shift the selector lever through

all the positions, place it at P, and

check the fluid level. The fluid level

should be above the ADD mark. If
necessary, add enough fluid io the

transmission to bring the level be-

tween the ADD and FULL marks on

che dipstick. Do not overfill the trans-

mission.

FMX OK C6

TRANSMISSION

1.
Raise the vehicle on a hoist or

jack stands.

2.
Place a drain pan under the

transmission.

3.
Loosen the pan attaching bolts

to drain the fluid from the transmis-

sion.

4.
After the fluid has drained to the

level of the pan flange, remove the

rest of the pan bolts working from the

rear and both sides of the pan to

allow it to drop and drain slowly.

5.
When the fluid has stopped

draining from the transmission, re-

move and thoroughly clean the pan

and the screen. Discard the pan gas-

ket.

6. Place a new gasket on the pan,

and install the pan on the transmis-

sion.

7.
Add three quarts of fluid to the

transmission through the filler tube.

8. Run the engine at idle speed for

about two minutes, and then run it at

fast idle speed (about 1200 rpm) until

it reaches normal operating tempera-

ture.
Do not race the engine.

9. Shift the selector lever through

all the positions, place it at P, and

check the fluid level. The fluid level

should be above the ADD mark. If

necessary, add enough fluid to the

transmission to bring the level be-

tween the ADD and FULL marks on

the dipstick. Do not overfill the trans-

mission.

OIL COOLER TUBE

REMOVAL AND INSTALLATION

When fluid leakage is found at the

oil cooler, the cooler must be re-

placed. Cooler replacement is de-

scribed in the Cooling System Section

of Group 11.
When one or more of the fluid

cooler steel tubes must be replaced,

each replacement tube must be fabri-

cated from the same size steel tubing

as the original line.

Using the old tube as a guide, bend

the new tube as required. Add the

necessary fittings, and install the tube.

After the fittings have been tight-

ened, add fluid as needed, and check

for fluid leaks.

VACUUM DIAPHRAGM

ADJUSTMENT NON-ALTITUDE

COMPENSATING TYPE

The C4 and C6 transmissions are

equipped with an adjustable vacuum

diaphragm assembly. A similar ad-

justable diaphragm has been released

for service with the FMX transmis-

sion. However, the FMX service dia-

phragm is not interchangeable with

that used on C4 and C6 models.

The vacuum diaphragm assembly

has an adjusting screw in the vacuum

hose connecting tube (Fig. 14).

SPRING

SEAT

THIS CLEARANCE CHANGED

BY ADJUSTING SCREW

D1830-A

FIG. 14—Adjustable Vacuum Unit

The inner end of the screw bears

against a plate which in turn bears

against the vacuum diaphragm spring.

All readings slightly high or all

readings slightly low may indicate the

vacuum unit needs adjustment to cor-

rect a particular shift condition.procarmanuals.com

07-02-09
C4 Automatic Transmission

07-02-09

11.
Remove the handle from the se-

lector lever.

12.
Install the selector housing and

lever assembly as shown in Figure 8.

Torque the attaching bolts 4-6 ft-lbs.

13.
Connect the dial indicator light.

14.
Install the pointer back-up

shield on the housing and lever assem-

bly.

15.
Install the dial housing and

tighten the attaching screws.

16.
Install the selector lever handle

and tighten the attaching screw.

17.
Position the selector lever in the

D position.

18.
Raise the vehicle. Install the

transmission manual lever rod to the

selector lever. Adjust the manual link-

age.

19.
Lower the vehicle and check the

transmission operation in each selo:c-

tor lever detent position.

BAND ADJUSTMENT

INTERMEDIATE BAND

1.
Clean all the dirt from the band

adjusting screw area. Remove and dis-

card the locknut.

2.
Install a new locknut on the ad-

justing screw. With the tool shown in

Fig. 13, tighten the adjusting screw

until the tool handle clicks. The tool is

a pre-set torque wrench which clicks

and overruns when the torque on the

adjusting screw reaches 10 ft-lbs.

I D1854-A

FIG. 13—Adjusting Intermediate

Band

Tool-T59P-77370-B

D1855-A

FIG. 14—Adjusting Low-Reverse

Band
3.
Back off the adjusting screw ex-

actly 1 3/4 turns.

4.
Hold the adjusting screw from

turning and torque the lock nut to

specification.

LOW-REVERSE BAND

1.
Clean all the dirt from the band

adjusting screw area. Remove and dis-

card the locknut.

2.
Install a new locknut on the ad-

justing screw with the tools shown in

Fig. 14, tighten the adjusting screw

until the tool handle clicks. The tool is

a pre-set torque wrench which clicks

and overruns when the torque on the

adjusting screw reaches 10 ft-lbs.

3.
Back off the adjusting screw ex-

actly 3 full turns.

4.
Hold the adjusting screw from

turning and torque the lock nut to

specification.

OIL PAN AND CONTROL

VALVE BODY REPLACEMENT

1.
Raise the vehicle so the trans-

mission oil pan is accessible.

2.
Drain the transmission fluid.

If the same fluid is to be used

again, filter the fluid through a 100

mesh screen. Re-use the fluid only if it

is in good condition.

3.
Remove the transmission fluid

pan attaching bolts, pan and gasket.

4.
Remove the valve body-to-case

attaching bolts (Fig. 25). Remove the

valve body from the case and the

transmission inner control levers.

5.
Refer to the Major Repair Oper-

ation for control valve body repair op-

eration.

6. Thoroughly clean and remove all

the gasket material from the pan and

the pan mounting face of the case. In-

stall the valve body to the case, engag-

ing the transmission inner control le-

vers with the valve body manual and

downshift valves.

7.
Install the eight valve body to

case attaching bolts. Torque the bolts

to specification. Operate the external

manual and downshift levers to check

for proper travel of the valve body

manual and downshift valves.

8. Place a new gasket on the pan.

Install the pan and attaching bolts.

Torque the bolts to specification. In-

stall the fluid filler tube if it was re-

moved. Torque the attaching nut to

specifications.

9. Lower the vehicle and fill the

transmission with fluid. Check the

transmission pan area for fluid leak-

age.
INTERMEDIATE SERVO

REPLACEMENT

1.
Raise the vehicle and remove the

four servo cover-to-case attaching

bolts.

2.
Remove the servo cover, gasket,

piston, and piston return spring. Re-

move the piston from the cover (Fig.

45).

3.
Remove the piston seals and

cover gasket.

4.
Install new piston seals on the

piston. Lubricate the piston seals with

clean transmission fluid. Install the

servo piston in the cover.

5.
Install the piston retvrn spring in

the case. Place a new gasicet on the

cover. Install the piston and cover into

the transmissic se. Use two 5/16

18 x 1 1/4 bolts, 180 degrees apart to

position the cover against the case.

6. Install the two servo cover at-

taching bolts. Remove the two 1 1/4

inch bolts and install two attaching

bolts.
Torque the bolts to specifica-

tion.

7.
Adjust the intermediate band.

Lower the vehicle and check the trans-

mission fluid level.

8. If the band can not be adjusted

properly, the struts are not in posi-

tion. Remove the pan and valve body.

Install the struts, valve body, pan, and

adjust the band. Refill the transmis-

sion with fluid.

LOW-REVERSE SERVO

PISTON REPLACEMENT

1.
Raise the vehicle on a hoist.

2.
Loosen the reverse band adjust-

ing screw lock nut. Tighten the reverse

band adjusting screw to 10 ft-lbs tor-

que.
(Tightening the screw will insure

that the band strut will be held against

the case by the band, preventing it

from falling down when the reverse

servo piston assembly is removed).

3.
Remove the four servo cover to

case attaching bolts. Remove the iden-

tification tag and vent tube retaining

clip.
Remove the servo cover and s»»^

from the case.

4.
Remove the servo piston from

the case. The piston seal cannot be re-

placed, without replacing the piston.

The seal is bonded to the piston.

5. To remove the piston from the

stem, insert a small screw driver in the

hole of the piston (Fig. 44). Remove

the piston attaching nut.

6. Position the accumulator spring

and spacer (Fig. 43) on the piston

stem. Make sure the crowned side of

the spring is facing toward the rod.

Install.a new piston on the piston re-

taining shaft. Install the attaching nut.

Torque the nut to specification.procarmanuals.com

07-03-10
FMX Transmission
07-03-10

Too/-T69P-7B793-A

ADJUSTING SCREW

REAR SERVO \ LOCK NUT

Tool—7795-C
D1329-A

FIG. 13—Adjusting Rear Band—

Ford-Meteor

If
the
screw
is
found
to be
tighter

than
wrench
capacity
(10
ft-lbs
tor-

que),
loosen
the
screw
and
tighten

until
the
wrench
overruns.

4.
Back off the adjusting screw 1

1/2 turns. Hold the adjusting screw

stationary, and tighten the adjusting

screw lock nut to specifications.

Severe damage may result if the ad-

justing screw is not backed off exactly

1 1/2 turns.

ALTERNATE REAR BAND

ADJUSTMENT—

FORD-METEOR

The tool shown in Fig. 12 may be

used to adjust the rear band.

1.
Place the socket holder on the

3/4-inch socket (Fig. 12). Insert the

T-handle extension through the handle

and socket.

2.
Place the 5/ 16-inch 8-point sock-

et on the extension. Place a torque

wrench on the T-handle extension.

3.
Insert the assembled tool in the

access hole so that it engages the ad-

justing screw and the lock nut.

4.
Loosen the adjusting screw lock

nut.

5.
Torque the adjusting screw to 10

ft-lbs.

6. Remove the torque wrench from

the T-handle extension and back off

the adjusting screw exactly 1 1/2

turns.
Severe
damage
may
result
to

the
transmission
if the
adjusting
screw

is
not
backed
off
exactly
11/2
turns.

7.
Hold the adjusting screw station-

ary and tighten the lock nut securely.

REAR BAND ADJUSTMENT—

FAIRLANE, MONTEGO

MUSTANG AND COUGAR

Adjustment of the rear band may

be performed either internally or ex-

ternally. Use the internal band adjust-

ment procedures when making a nor-

mal (in-vehicle) band adjustment. Use
ADJUSTING SCREW

LOCK NUT
I
IN

TorqueWrench REAR SERVO APPLY LEVER

D2028-A

FIG. 14—Adjusting Rear Band—

Fairlane, Montego, Mustang and

Cougar

the external adjustment procedure

only when the transmission has been

removed from the vehicle, or when all

available internal adjustment has been

taken up and a further band adjust-

ment is required.

Internal Band Adjustment

1.
Drain the fluid from the trans-

mission. If the same fluid is to be

used again in the transmission after

the band adjustment, filter the fluid

through a 100-mesh screen as it drains

from the transmission. Re-use the

fluid only if it is in good condition.

2.
Remove and thoroughly clean

the pan and filter. Discard the pan

gasket.

3.
Loosen the rear servo adjusting

screw lock nut.

4.
Pull the adjusting screw end of

the actuating lever away from the

servo body, and insert the spacer tool

shown in Fig. 14 between the servo

accumulator piston and the adjusting

screw.
Be
sure
the
flat
surfaces
of the

tool
are
positioned
squarely
between

the
adjusting
screw
and the
accumula-

tor
piston.
The
tool must
not
touch

the servo
piston
and the
tool
handle

must
not
touch
the
servo
piston
spring

retainer.

5.
Using a torque wrench with an

Allen head socket (Fig. 14), tighten

the adjusting screw to 24 in-lbs tor-

que.

6. Back off the adjusting screw

1-1/2 turns. Hold the adjusting screw

stationary and tighten the adjusting

screw lock nut sequrely. Remove the

spacer tool.

7.
Install the transmission fluid fil-

ter and clip. Install the pan using a

new gasket.

8. Fill the transmission with fluid.
D2029-A

FIG. 15—Rear Servo Lever

Adjusting Screw Dimension—

Fairlane, Montego, Mustang and

Cougar

External Band Adjustment

1.
With the transmission mounted

in a holding fixture, loosen the inter-

nal rear servo adjusting screw lock nut

(Fig. 15).

2.
Set the internal adjusting screw

to the dimension shown in Figure 15.

Tighten the lock nut.

3.
With the internal adjusting screw

properly adjusted, loosen the external

adjusting screw lock nut.

4.
Using a torque wrench with an

Allen head socket, tighten the adjust-

ing screw to 10 ft-lbs torque.

5.
Back off the adjusting screw

1-1/2 turns.

6. Hold the adjusting screw from

turning and torque the lock nut to

specification.

GOVERNOR REPLACEMENT

1.
Raise the vehicle so that the

transmission extension housing is ac-

cessible.

2.
Drain the fluid from the trans-

mission.

3.
Disconnect the drive shaft from

the rear axle and slide the front yoke

out of the extension housing.

4.
Disconnect the speedometer

cable from the extension housing.

5.
Remove the two bolts that secure

the extension housing to the engine

rear support.

6. Remove the nut and bolt that se-

cures the engine rear support to the

crossmember.

7.
Raise the transmission high

enough to provide clearance for the

rear mount.

8. Lift the engine rear support from

the crossmember.

9. Lower the jack until the exten-

sion housing just clears the crossmem-procarmanuals.com