maintenance OPEL GT-R 1973 Owner's Guide

3A- 41973 OPEL SERVICE MANUAL
The two cross-members to body supports are at-
tached to the horizontal part of the cross-member
with two bolts. The oufererbolt serves simultaneously
as support for the lower control arm. As the bolt is
inserted from the front, the cross-member to body
support can be removed without the lower control
arm. The inner bolt attaches simultaneously to the
steering.
The stabilizer is U-shaped and supported in rubber
bushings in the two cross-members to body supports.
The complete front suspension is attached to the
underbody in four places.
The engine damper blocks are bolted to the inside of
the inclined parts of the cross-member.
The front wheel bearings are roller bearings.
All front suspension joints are maintenance-free.
MAINTENANCE AND ADJUSTMENTSFRONT WHEEL BEARING ADJUSTMENT
1. If wheel has not previously been removed from the
car, remove grease cap, cotter pin, and spindle nut.
Discard cotter pin.
2. Torque spindle nut to 18
lb.ft. while rotating
wheel. This will allow the bearings to settle.
3. Back offspindle nut
l/4 turn. If slot and cotter pin
hole are staggered, further back off nut
l/l2 turn,
but do not tighten, until next slot in nut is in align-
ment with hole in spindle. Install new cotter pin. A
properly adjusted wheel bearing has a small amount
of end play and a loose nut when adjusted in the
above manner.
MAJOR REPAIRREMOVAL AND INSTALLATION OF FRONT
SUSPENSION
(COMPLETE ASSEMBLY)
Removal GT1. Prior to raising front end of car, apply parking
brake and block rear wheels.
2. Raise front end of car with a jack. It is recom-
mended that a wood block be placed between thejack and the front cross member to prevent damage
to the cross member.
3. Support front end of car by placing floor standsunde:r jacking brackets.
4. Support engine-transmission assembly in upper-
most position with jack stand at rear of engine, or an
alternate method would be to use Engine Holding
Fixture, Tool J-23375. See Figure 3A-5.
Install tool by removing upper kngine mount nut and
installing fixture. Replace nut and tighten. The en-
gine will now be supported by the tool between the
frame rails.
Figure
3A-5 Engine Holding Fixture Installed
5. Loosen steering mast at the lower universal joint
and take out clamp bolt. Loosen clamp at the upper
universal joint and lift steering mast upwards until it
is free at the lower universal joint. See Figure
3A-6.6. Disconnect brake lines at brake hose.
7. Disconnect shock absorber at upper mounting. It
is necessary to remove air cleaner. See Figure
3A-24.8. Disconnect engine mounts at cross member.
9. Remove front suspension cross member attaching
nuts and lower the cross member.
Removal Opel 1900 - Manta1. Prior to raising front end of car, apply parking
brake and block rear wheels.

FRONT SUSPENSION3A- 9
8. Press ball stud out of lower control arm.Removal Opel 1900 - MantaBefore raising vehicle, install Hooks J-23697 on re-
spective vehicle side to cross member and upper con-
trol arm. See Figure 3A-7.
1. Raise car and support at rear of front frame rails.
2. Remove front wheel.
3. At the lower control arm ball joint, remove castle
nut cotter pin and slacken back nut so that the thread
can no longer be damaged.
4. With a suitable drift, detach ball joint from steer-
ing knuckle. With jack, lift up lower control arm,
unscrew castle nut and remove Hooks J-23697.
5. Unscrew upper control arm ball joint and suspend
front wheel hub and brake caliper in wheel house. Do
not turn upper control arm ball joint flange, as this
would result in a change of camber.
6. Remove defective lower control arm ball joint
using Tools J-9519 and Receiver J-23754.
Installation GT
CAUTION:
Fasteners are important attachingparts in
that they could affect the performance of
vitaI com-
ponents and systems, and/or could result in
ma&r
repair expense. They must be replaced with one of
the same part
numer or with an equivalent part if
replacement becomes necessary. Do not use a
re-
placement part of lesser quality or substitute design.
Torque values must be used as specified during reas-
sembly to assure proper retention of these parts.1. When pressing the ball joint in place, make certain
the locating notch in the lower rim of the ball joint
matches the alignment reference mark placed on the
lower control arm prior to removal. The notch in the
ball joint bottom plate, identifying the direction of
the elongated slot, must point towards the brake
drum backing plate. See Figure
3A-17. Alignment
must be within 2 degrees of lower control arm center-
line. If proper positioning of the ball joint is not
accomplished, the result is a limitation of the neces-
sary ball stud movement. If ball stud movement is
limited, an interference between the ball stud and
housing is created, and binding or even fracture may
occur. Replacement ball joints may or may not have
marking notch as shown in Figure
3A-20. If it does
not have a marking notch, the joint is completelysymetrical and may be installed in any position.
When pressing in ball joint do not press on bottom
plate, but on ball joint housing only.2. Install dust cap on lower ball joint and fill with
chassis lubricant. Attach dust cap retainer.
3. Press ball joint into steering knuckle. Use
J-9519-3 as installer and J-21690 as a supporting
sleeve.4. Install castle nut on ball joint stud and torque to
40
Ib.ft. Install new cotter pin.
5. Reconnect shock absorber to lower control arm
and torque to 30 lb.ft.
6. Remove spring compressor.
7. Install front wheel, and lower the car.
8. Always check caster and camber after ball joint
replacement.
Installation Opel 1900 - Manta
CAUTION:
Fasteners are important attachingparts in
that they could
aff’ect the performance of vital com-
ponents and systems, and/or could result in
ma&r
repair expense. They must be
rep/aced with one of
the same part number or with equivalent parts, if
rep/acement becomes necessary. Do not use a re-
p/acement part of lesser quality or substitute design.
Torque valves must be used as
specitied during reas-
sembIy to assure proper retention of these parts.1. Drive new ball joint into lower control arm using
Tools J-9519 as installer and J-23755 as a supporting
sleeve. Do not strike onto ball joint bottom.
The ball joint is maintenance-free. It is supplied as an
assembly only and cannot be disassembled further.
2. On new lower control arm ball joint, make sure
that the marking groove in the housing bottom in
alignment with the axis of the lower control arm.
Permissible deviation: minus 2 degrees to plus 2 de-
grees.This is required, to obtain the maximum freedom of
movement of the ball stud in the housing. See Figure
3A-18.3. Attach steering knuckle together with front wheel
hub and brake caliper to lower control arm ball joint.
Torque castle nut to 54
ft.lbs.4. Attach ball joint to upper control arm and torque
to 29
ft.lbs. Always use new self-locking nuts.
5. Install wheel and tighten nuts to a torque of 65
ft.lbs.6. Lower car and check caster and camber.

3A. 141973 OPEL SERVkE MANUAL
Figure 3A-22 Caliper Removed and Hung by Wire
steering knuckle. Swing steering arm and tie rod to
the side.7. Remove castle nut cotter pin, unscrew nut and
pull steering knuckle off lower control arm ball joint.
Installation GTCAUTION: Fasteners are important attachingparts in
that they could affect the performance of
viral com-
ponents and systems, and/or could result in major
repair expense. They must be replaced with one of
the same part number or with an equivalent part if
replacement becomes necessary. Do not use a re-
placement part of lesser quality or substitute
desig.Torque values must be used as specified during reas-
sembly to assure proper retention of these parts.
1. Always replace paper gasket when installing dust
shield on steering knuckle. Lightly coat both surfaces
of paper gasket with chassis lubricant before installa-tion and torque attaching bolts to 47
lb.ft.2. Install lower ball joint in steering knuckle. Torque
castle nut to 54
Ib.ft. Install new cotter pin.
3. Attach shock absorber at lower end. Torque boltsto 30 lbs. ft.
4. Install upper ball joint. Torque castle nut to 29
lb.ft. Install new cotter pin.
5. Remove spring compressor.6. Install hub and disc on spindle and tighten spindle
nut as stated under MAINTENANCE AND AD-
JUSTMENTS in this section.
7. Install caliper on steering knuckle and torque boltsto 72
lb.ft. See Figure 3A-21.8. Install wheel and torque wheel nuts to 65
lb.ft.
Installation Opel 1900
- MantaCAUTION: Fasteners are important attachingparts in
that they could
affit the performance of vital com-
ponents and systems, and/or could result in
ma&repair expense. They must be replaced with one of
the same part number or with equivalent parts, ifrepfacement becomes necessary. Do not use a re-
placement part of lesser quality or substitute design.
Torque values must be used as specified during reas-
sembly to assure proper retention of these parts.
1. Attach steering knuckle to lower control arm ball
joint. Torque castle nut to 54
lb.ft.
2.
Atl,ach brake cover plate and steering arm to steer-ing knuckle. If required, install new paper gasket
between cover plate and steering knuckle. Care for
proper seat of T-head bolts. See Figure
3A-23.Figure 3A-23 Attaching Brake Cover Plate
3. Install front wheel hub and brake caliper.
4. Attach steering knuckle to upper control arm ball
joint. Torque castle nut to 40
lb.ft.5. Steering arm to steering knuckle
_ 58 lb.ft.6. Brake caliper to steering knuckle
- 72 lb.ft.7. Adjust front wheel bearing clearance.
8. Remove stands and lower car

STEERING LINKAGE38.19STEERING LINKAGE
CONTENTS
Subject
DESCRIPTION AND OPERATION:
Description
andOperationofTieRods. . . . . . . . . . . . . . . . . . . . . .DIAGNOSIS: (Not Applicable)
MAINTENANCE AND ADJUSTMENTS: (Not
Applicable)
MAJOR REPAIR:
RemovalandInstallationofTieRods. . . . . . . . . . . . . . . . . . . . . . . .Disassembly
andReassemblyofTieRods. . . . . . . . . . . . . . . .SPECIFICATIONS:
Tightening Specifications ..,.............................................Page No.
38-193B-1938-21jB-21
DESCRIPTION AND OPERATION2. Using remover J-21687, pull outer tie rod ball
studs out of steering arms. See Figure
3B-2.DESCRIPTION AND OPERATION OF TIE RODS
Tie rods on the GT are connected to both rack ends
by means of a ball joint. Two rubber bellows between
ball joint and steering gear housing protect rack and
ball joints against dirt, dust and mud. The ball joints
of the tie rods do not require service.
Tie rods on the Opel l&O and Manta are connected
to both rack ends by means of a axial joint. Two
rubber bellows between the axial joint and steering
gear housing protect the rack and axial joints against
dirt, dust, and mud. The ball joint of the tie rod ends
on the Opel 1900 and Manta are maintenance free
and must not be disassembled.
MAJOR REPAIRREMOVAL AND INSTALLATION OF TIE RODS
38-2
RemovalFigure
38-2 Removing Ball Stud
In order to avoid the possibility of dirt entering the
steering gear assembly via the rack, it is recom-
mended that rods and area immediately surrounding
the gear assembly be wiped free of loose dirt prior to
removal.3. Remove clamp securing one end of rubber bellows
to tie rods and slip bellows off tie rods to expose nut
or lock plates. See Figure
3B-3.1. Remove cotter pins securing nuts on tie rod ends
and remove nuts. Discard cotter pins.4. On the GT, bend up round edges of lock plate
from tie rod ball studs and unscrew ball studs From
rack. See Figure
3B-4.

STEERING LINKAGE38-21
4. Attach rubber bellows to axial joint using hoseClamp.DISASSEMBLY AND REASSEMBLY OF TIE RODS
The ball joint of the tie rod end on the Opel 1900
_Manta is maintenance free and must not be disassem-
bled.
Disassembly - GT
?. Loosen tie rod clamp bolt and unscrew outer tie
rod ball stud from tie rod. See Figure
3B-6.2. Remove retainer ring from outer ball stud of tie
rod and take off rubber sealing cap.
Reassembly GT1. Install rubber sealing cap and retainer ring onto
outer ball stud.
2. Screw outer tie rod ball stud into tie rod and
tighten clamp bolt.
CAUTION: Fasteners for tie rods are important
attaching parts in that they could affect the per-
formance of vital components and systems, and-
TIE ROD rCLAMPOUTERy BALL STUD
RETAINER RING
SEALING RINGFigure
38-6 Tie Rod and Outer Ball Stud
/or could result in major repair expense.They must
be replaced with one of the same part number or with
an equivalent part if replacement becomes necessary.
Do not use a replacement part or lesser quality or
substitute design. Torque values must be used as
specified during reassembly to assure proper reten-
tion of these parts.
SPECIFICATIONSTIGHTENING SPECIFICATIONS
Location
Ball Stud to Rack (GT)Ball Stud to Steering Arm (GT)
Tie Rod End to Steering Arm (1900 . Manta)
Tie Rod Lock Nut (1900
- Manta)
Torque
Lb.Ft.
4329
29
47

3C-22 1973 OPEL SERVICE MANUAL.
FRONT END ALIGNMENT
CONTENTS
SubjectPage No.
DESCRIPTION AND OPERATION:
FrontWheelAlignment
. . . . . . . . . . . . . . . . . . . . . . ..“...........................DIAGNOSIS: (Not Applicable)
MAINTENANCE AND ADJUSTMENTS:
Inspection Before Checking Front Wheel Alignment
AdjustingCaster
. . . . . . . . ...’ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Adjusting Camber
. . . . . . . . . . . . . . . . . . . . . . . . . . * . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Adjusting Toe-In
. . . . . . . . . . . . . . * . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .King Pin Inclination
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .MAJOR REPAIR: (Not Applicable)
SPECIFICATIONS:3C-223C-223C-233C-253C-253C-26
Wheel Alignment Specifications
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3C-26
DESCRIPTION AND OPERATIONFRONT WHEEL ALIGNMENT
Wheel alignment is the mechanics of adjusting the
position of the front wheels in order to attain the
least steering effort with a minimal amount of tire
wear.handling, but require only reasonable accuracy to
provide normal tire life. With the type of front sus-
pension used, the toe-in adjustment is much more
important than caster and camber are as far as tire
wear is concerned.
Correct alignment of the chassis is essential to proper
alignment of front and rear wheels. Briefly, the es-
sentials are that the frame must be square in plain
view within specified limits, that the top and bottom
surfaces of the front cross member must be parallel
fore and aft, and that the upper and lower control
arm must be at correct location in respect to shafts
and the front cross member. All bushings, ball joints
and bolts must be of proper torque and in usable
condition.Caster and camber adjustments need not be consid-
ered unless visual inspection shows these settings to
be out, or unless the car gives poor handling on the
road. In the majority of cases, services consisting of
inflating tires to specified pressure and interchanging
tires at recommended intervals, balancing all wheels
and tires, adjusting steering gear and setting toe-in
correctly will provide more improvement in car han-
dling and tire wear than will other front end align-
ment adjustments.
Wheel and tire balance has an important effect on
steering and tire wear. If wheels and tires are out of
balance, “shimmy” or “tramp” may develop or tires
may wear unevenly and give the erroneous impres-
sion that the wheels are not in proper alignment. For
this reason, the wheel and tire assemblies should be
known to be in proper balance before assuming that
wheels are out of alignment.The correct use of accurate front end alignment
equipment is essential to determine whether front
suspension parts have been damaged by shock or
accident, and to obtain correct alignment settings
after new parts have been installed.
MAINTENANCE AND ADJUSTMENTS
Inspection Before Checking Front Wheel AlignmentClose limits on caster, front wheel camber, andBefore making any adjustment affecting caster, cam-
theoretical king pin inclination are beneficial to carber, toe-in, theoretical king pin inclination, or
steer-

STEERING GEAR ASSEMBLY3D. 27
STEERING GEAR ASSEMBLY
CONTENTS
Subject
DESCRIPTION AND OPERATION:
Description and Operation of Steering Gear. . . . . . . . . . . .DIAGNOSIS: (Not Applicable)
MAINTENANCE AND ADJUSTMENTS:
AdjustmentofSteeringGear
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .MAJOR REPAIR:
Removal and Installation of Steering Gear
Assembly
andTieRods. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Disassembly and Reassembly of Steering Gear
Assembly With Tie Rods
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .SPECIFICATIONS:
TighteningSpecifications
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Page No.
3D-27
3D-273D-28
3D-303D-33
DESCRIPTION AND OPERATIONDESCRIPTION AND OPERATION OF
STEERING GEAR ASSEMBLYThe Opel 1900
- Manta and GT steering gear is the
rack and pinion type. The steering gear pinion shaft,
connected to the lower end of the steering column,
moves the rack to the left or right thereby transmit-
ting the turning motion of the steering wheel to the
tie rods and steering arms.
The steering gear housing is held to the cross mem-
ber by rubber bushings and clamps. The bushings
serve to prevent driving noises and vibrations from
being transmitted into the passenger compartment.
A pinion shaft is seated in the upper portion of the
steering gear housing and is supported by a needle
bearing in the upper housing, and a bushing in the
lower housing. The pinion is not adjustable.
A rubber “0” ring seal is provided for sealing needle
bearing, and a second “0” ring for sealing pinion
bushing. The rack and pinion shaft are held in mesh
by a thrust spring and shell. See Figure
3D-2.The pressure of the thrust spring may be varied by
means of an adjusting screw. The spring forces the
sintered bronze shell against the rack, which in turn
is held against the pinion shaft. Backlash in the steer-ing gear is avoided, and road shocks are effectively
absorbed.
The rack is seated in the long neck of the steering
gear housing in a self-lubricating sintered metal
bushing. It is laterally guided by the sintered bronze
shell in the adjusting screw opening, and in the short
gear housing neck by the rack guide bushing. See
Figure
3D-3.MAINTENANCE
AND ADJUSTMENTS
ADJUSTMENTS OF STEERING GEAR
Adjustment of Steering GearAdjustment of the steering gear assembly is accom-
plished by turning the adjusting screw in or out. See
Figure
3D-2.Positioning of the adjusting screw exerts a pressure
on the rack, thereby varying the backlash between
the pinion and rack.
1. Set steering gear to high point by positioning front
wheels straight ahead with steering wheel centered.
Flexible coupling bolt hole will be positioned hori-
zontal (or parallel) to the rack.
2. Thread adjusting screw into steering gear housing

STEERING GEAR ASSEMBLY3D- 31
Figure 3D-9 Removing Tie Rods
5. Remove pinion shaft from gear assembly, and then
withdraw rack from gear assembly.
6. From steering gear housing remove “0” rings
from retainer and pinion bushing. Also take out
thrust washer. See Figure
3D-17.
Disassembly (Opel
1900. Manta)1. Carefully clamp steering gear assembly in soft jaw
vise.2. Disconnect left and right tie rod end from respec-
tive axial joint (locknut). See Figure
3D-10. The ball
joint of the tie rod end is maintenance-free, must not
be disassembled and has to be replaced as an assem-
bly only.
Figure 3D-10 Removing Tie Rod Ends from Axial
Joint3. Remove clamping wire and hose clamp from rub-
ber bellows. Remove bellows from steering gear
housing and axial joint. See Figure
3D-10.4. Disconnect ball stud of axial joint from rack (lock
plate, stop plate). To do this, counterhold rack with
open-end wrench to avoid damage to the teeth. See
Figure
3D-11. The axial joint is maintenance-free,
must not be disassembled and has to be replaced as
an assembly only.
Figure
3D-1 1 - Removing Axial Joint
5. Loosen adjusting screw locknut, screw out adjust-
ing screw and remove thrust spring as well as bearing
shell out of adjusting screw opening.
6. Remove sheet metal cap from steering gear hous-
ing and remove hex nut from pinion. Do not turn
pinion in end position.
7. Pull pinion and rack out of steering gear housing.
Reassembly. GT1. Clamp steering gear housing in a soft jaw vise as
shown (see Figure 3D-17) and reassemble new “0”
rings onto retainer and pinion shaft bushing. Also
install thrust washer onto pinion bushing.
Coat all moving parts during reassembly with suita-
ble steering gear lubricant. Fill long end of housing
with approximately
l-3/4 oz. steering gear lubricant.
2.. Insert long toothless end of rack into short end of
housing until rack protrudes equally (approximately
Z- 7/S inch) out of both ends of housing. See Figure3D- 13.

3D- 321973 OPEL SERVICE MANUAL
Figure 3D-13 Steering Gear Housing With Rack
Check to insure that three air channels of sintered
metal bushing (See Figure 3D-17) are not obstructed
by lubricant. If air channels are blocked, a vacuum
condition in the bellows may result during operation
of the gear assembly. Under such circumstances, the
bellows will be drawn inward and jam into the rack
teeth.
3. Reassemble pinion shaft into gear assembly so that
spline in pinion shaft meshes with twelfth tooth of
the rack. Use pinion mounting sleeve J-21712 during
installation of pinion shaft to avoid damage to “0”
ring in pinion bushing. When reassembling pinion
shaft into gear housing, be sure that pinion is so
positioned that bolt hole in pinion shaft flexible cou-
pling is on top and parallel to the rack. See Figure3D- 14..~.. ~. ..~.IN FLEXIBLE
COUPLING PARALLEL ORRIZONTAL WITH R
._..-_ - -._..-
Figure 3D-14 Installing Pinion Shaft
4. Reassemble special washer, flat washer, and new
pinion nut onto pinion shaft. Torque pinion nut to 11
Ib.ft. Do not exceed torque due to possibility ofjam-
ming gear.
5. Place sintered bronze shell into steering gear hous-
ing and fill adjusting hole with Calcium Soap No. 2.
6. Reassemble thrust spring, adjuster screw and lock-
nut on gear assembly.
Final adjustment of adjuster screw is performed after
gear assembly and tie rods are installed in car. See
Maintenance and Adjustments in this section for ad-
justment of steering gear.
7. Place rubber bellows, clamps, and new lock plates
on ball stud portion of tie rods; and screw ball studs
into rack while holding bent tab of lock plate against
flat
ton rack. Torque ball studs 43 lb.ft. See Figure
3D-9. It is important that rack be held secure with
open end wrench to prevent damage to rack teeth.
8. Bend round edges of lock plate over flat on ball
stud to lock ball stud in position. See Figure
3D-15.Figure 3D-15 Bending Lock Plate Over Ball Stud
9. Properly position rubber bellows and clamps over
tie rod and gear housing and adjust clamps so that
ends are pointing same direction as adjusting screw.
Check that bellows is not twisted and will compress
and expand properly.
Reassembly (Opel 1900 - Manta)1. Clamp steering gear housing in a soft jaw vise and
reassemble new “0” rings onto retainer and pinion
shaft bushing. Also, install thrust washer onto pinion
bushing.
Coat all moving parts during reassembly with suita-

OPEL 1900 AND MANTA STEERING COLUMN ASSEMBLY 3E.35
II
OPEL 1900 AND MANTA STEERING COLUMN
ASSEMBLY
CONTENTS
SubjectPage No.
DESCRIPTION AND OPERATION:
Description and Operation of Directional Signal
Lever. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Description
andOperationofHorn. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Description of Steering Column Assembly
. . . . . . . . . . . . . .DIAGNOSIS: (Not Applicable)
MAINTENANCE AND ADJUSTMENTS: (Not
Applicable)
MAJOR REPAIR:
3E-353E-363E-36
Removal and Installation of Steering Column
Assembly
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
RemovalandInstallationofSteeringWheel. . . . . . . . . . . .Disassembly and Reassembly of Direction Signal
Switch
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Disassembly and Reassembly of Steering and
Ignition Lock Cylinder, and Electrical Switch
from Mast Jacket Assembly
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .SPECIFICATIONS:
Steering
ColumnSpecifications. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3E-363E-383E-393E-403E-41
DESCRIPTION AND OPERATIONDESCRIPTION AND OPERATION OF
DIRECTIONAL SIGNAL LEVERhigh to low beam or vice versa. On all
19M) Rallye
cars, when switching from low to high beam posi-
tion, with the fog lamp instrument panel switch ON
The direction signal switch lever is a multi- purpose
lever controlling direction signals, passing signal and
headlight high and low beams. See Figure
3E-2.The dire&M signal lever is provided with a two-
step mechanism for operation of headlight high and
low beams, and passing signal (not in N.J.). With
headlights off, moving the lever repeatedly towards
steering wheel flashes headlights as a passing signal.
With headlights on, moving the lever repeatedly to-
wards steering wheel up to first stop also flashes
passing signal regardless whether or not the direction
signals are switched on. When the lever is moved up
to the second stop, the headlights are changed from
SE.2Figure
3E-2 Directional Signal Lever Position for
Headlamp Operation