wheel SAAB 9-5 2004 Repair Manual

249 Car care and technical information
To jack up the car, apply the jack to one of
the special jacking points under the sills.
If a floor jack is used, it can be applied to the
standard jacking points used by the dealer.
A floor jack can lift both front wheels or both
rear wheels off the ground simultaneously.
A jack stand must then be applied under-
neath the front of the engine subframe (at
the fixing point for the towrope-attachment
eye) or to the rear towrope-attachment eye
(or under the trailer hitch, if fitted).
NOTICEApply the jack only to the jacking points
indicated on the body.
IB1130
Jacking points for a trolley jack
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250 Car care and technical information1 Put the car in 1st gear (automatic trans-
mission: move selector to the P position)
and apply the parking brake.
2 Wind the jack up to a suitable height
before placing it under the recess in the
sill.
Make sure that the jack fully engages
the recess in the sill and that the base of
the jack is steady and flat on the ground.
3 Remove the wheel cover (where appli-
cable).
Loosen the wheel bolts by half a turn.
4 Wind the jack to raise the wheel clear of
the ground. Remove the wheel bolts and
lift off the wheel.
5 Clean any rust or dirt from the contact
surfaces between the wheel and brake disc. Do not wipe away the grease in the
hub.
6 Fit the wheel and screw in the bolts in the
sequence shown (opposite pairs).
Tighten the bolts enough for the bolts
and wheel to be seated correctly.
7 Lower the car and tighten the wheel
bolts to the correct torque in the
sequence shown (opposite pairs).
Tightening torque
Light-alloy wheels: 80 ft.lbs. (110 Nm)
Steel wheels: 80 ft.lbs. (110 Nm)
Do not overtighten the bolts using an
impact wrench: not only can this
damage the wheels but it can also make
it impossible to undo the bolts using the
wheel wrench in the car’s toolkit.
8 Check-tighten the wheel bolts after a few
miles.
Tightening torque
Light-alloy wheels: 80 ft.lbs. (110 Nm)
Steel wheels: 80 ft.lbs. (110 Nm)NOTICE When refitting wheel covers (where
applicable), make sure that the valve
protrudes through the marked hole in
the wheel cover.
 Do not overtighten the bolts using an
impact wrench: not only can this
damage the wheels but it can also
make it impossible to undo the bolts
using the wheel wrench in the car’s
toolkit.
Clean any rust or dirt from the contact sur-
faces between the wheel and brake disc
IB2428
Do not wipe away the grease in the hub.
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251 Car care and technical information
WARNING
Grit, salt and rust can clog the inner
threads if the car has been driven for sev-
eral years exclusively with alloy wheels.
If steel wheels are now fitted, the bolt hole
threads in the brake hubs should be
cleaned before the thinner steel wheels
are fitted. It may otherwise not be possi-
ble to achieve the required clamping force
despite tightening the bolts to the correct
torque.
IB539
Tightening sequence, wheel bolts
IB1800IB1800
Removing the wheel cover
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256 Car care and technical information
Two-coat enamel As the name implies, two-coat enamel is
applied in two operations. The first coat, the
base color, contains the pigment, metal
flakes and binder. The second coat consists
of a clear enamel, which provides the final
gloss for the paintwork and protects the
base from moisture and environmental con-
taminants.
Touch-up stone-chip damage as follows:
1 Thoroughly clean the damaged area.
2 Apply the primer, base color and finally,
the enamel. To achieve the best finish,
apply two or three coats of primer.
Anti-corrosion
treatmentThe entire car is corrosion-protected at the
factory in different stages by an electrolytic
immersion coating and a PVC-based pro-
tective coating to protect against corrosion
caused by stones flung up by the wheels. A
thin penetrating anti-rust oil is also applied
in cavities and body members.
In addition to conventional anti-corrosion
treatment like painting, underbody treat-
ment and cavity treatment, most of the body
panel surfaces are galvanized. These
include the hood, the doors and the under-
body.
The anti-corrosion treatment on the under-
side of the car and inside the wheel arches
is particularly exposed to constant wear and
possible damage, the degree of which will
obviously depend on driving conditions.
IB1334
Surface-treatment composition 1 Body panel
2 Zinc (certain panel sections only) 7.5 µm
3 Phosphate coating
4 Cathodic ED 23 µm
5 Intermediate coat 35 µm
6 Metallic base 15 µm
7 Clear enamel /solid enamel 40 µm
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257 Car care and technical information
What causes rust?Steel body panels of automobiles are sub-
ject to rusting whenever air and moisture
manage to penetrate the protective finish,
and body panels may rust through if the pro-
cess is unchecked. Rusting can occur wher-
ever water is trapped or where the car’s
panels are continuously damp. Damage to
paint and undercoating by stones, gravel
and minor crashes immediately exposes
metal to air and moisture. Road salts used
for de-icing will collect on the bottom of the
car and promote rusting. Areas of the coun-
try with high humidity have great potential
for rust problems, especially where salt is
used on roads or there is moist sea air.
Industrial pollution (fallout) may also
damage paint and promote rusting.
Preventive maintenanceThe following procedures are necessary to
help protect against rusting. Refer also to
the terms and conditions of the Sheet Metal
Coverage described in the warranty book-
let.
1
Wash the car frequently, and wax at
least twice a year.
Under adverse con-
ditions, where there is a rapid buildup of
dirt, sand or road salt, wash your car at
least once a week. After extreme expo-
sure to salted snow or slush, evidenced
by a white film on the car, wash the car
immediately. Frequent washing will pre-
vent paint damage from acid rain and
other airborne contaminants such as
tree sap and bird droppings. If any of
these contaminants are noticed on the
car the finish should be washed immedi-
ately.
 Begin washing by rinsing the entire car
with water to loosen and flush off heavy
concentrations of dirt (include the
underbody).
 Sponge the car with a solution of either
a good quality car soap or mild general
purpose (dish washing) detergent and
water.
 Rinse car thoroughly with clean water.
 After washing, check and clear all
drains in doors and body panels.
 Wipe the car dry, preferably using a
chamois.2
Clean the underside of the car during
the winter.
Use high pressure water to
clean the car’s underside (floor panels,
wheel wells) at least at mid- winter and
in the spring.
3
Inspect the car frequently for leaks or
damage, and arrange for needed
repairs promptly.
After washing or after
heavy rain, check for leaks. When wash-
ing the car inspect body surfaces for
paint damage. While checking for leaks,
lift the floor mats and check beneath
them. Water can collect in these areas
and remain for prolonged periods. Dry
any wet areas including the floor mats.
Have leaks repaired as soon as possi-
ble.
Use touch-up paint to repair small
scratches or minor finish damage. Areas
where metal is exposed will rust quickly
and MUST be repaired immediately by
touch-up or professional repainting.
Rust must be removed, the bare metal
primed and painted. Major body
damage should be repaired immediately
and new panels or exposed areas
should be undercoated with anti- corro-
sion material.
Repairs of this type are the owner’s
responsibility and are not covered under
warranty.
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258 Car care and technical information4Inspect the undercoating and touch
up if necessary.
Pay particular atten-
tion to the fenders and wheel housings,
which are exposed to abrasion by flying
gravel, etc. If the composition has worn
or flaked off, the steel must be thor-
oughly cleaned and dried before a fresh
coat is applied. The cleaning is best
done with a scraper and a steel wire
brush, followed by washing with solvent.
Apply the new coating thinly, as other-
wise it may run off or fall off when dry.
For long tripsBefore setting off on a long journey, it is
advisable to have your car checked over by
your Saab dealer.
Obtain a few important items to take along
on your journey such as spare bulbs, wiper
blades, fuses, a Poly-V-belt and the like.
You can check some points yourself before-
hand:
 Make sure that the engine is in good con-
dition.
 Check that no oil or gasoline leaks out of
the engine or gearbox/transmission.
 Check the coolant and power steering
fluid levels. Check also for leaks.
 Inspect the Poly-V-belt and replace it if it
shows any signs of hard wear.
 Check the battery charge.
 Check the tires for tread pattern and air
pressure, including the compact spare
wheel.
 Check the brakes.
 Check all bulbs.
 Check for the presence of the tool kit and
the jack in the car.
Recovery and/or
recycling of automotive
materialsA typical car consists of metals (65–75 %),
plastics (10–15 %), rubber (5 %) and small
quantities of glass, wood, paper and tex-
tiles. The recycling of metals has been com-
monplace for a long time now.
To facilitate sorting of other materials for
recycling, plastic parts, for instance, have
been marked to identify the precise nature
of the plastic.
The quantity of materials in the car that can
be recycled or recovered depends on the
scrapping facilities in different countries. EU
legislation that comes into force in 2006 will
require a minimum of 85 % of the total
weight of materials to be recycled. How-
ever, every major car salvage yard in each
market will receive details from Saab of how
the highest percentage of materials can be
reclaimed.
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259 Car care and technical information
Headlight aiming The vehicle has a visual optical headlight
aiming system equipped with vertical
aiming device. The aim has been preset at
the factory and should normally not need
further adjustments.
If your headlights are damaged in a crash,
the headlight aim may be affected. If you
believe your headlights need to be
re-aimed, we recommend that you take it to
your Saab dealer for service, however, it is
possible for you to re-aim your headlights as
described in the following procedure.To check the aim, the vehicle should be
properly prepared as follows:
 The vehicle shall be placed so that the
headlights are 25 ft (7.6 m) from a light
colored wall or other flat surface. The
aiming area should be darkened, this will
improve your ability to see the beam of the
low beam headlight being aimed.
 The vehicle must have all four wheels on
a perfectly level surface which is level all
the way to the wall or other flat surface.
 The vehicle should be placed so it is per-
pendicular to the wall or other flat surface.
 The vehicle should be unloaded and fuel
tank full, and one person or 160 lbs.
(75 kg) on the drivers seat.  The vehicle should be fully assembled
and all other work stopped while headlight
aiming is being done.
 The vehicle should not have any snow, ice
or mud attached to it.
 Tires should be inflated to the prescribed
pressure.
 Close all doors.
 Rock the vehicle to stabilize the suspen-
sion.
Headlight aiming is done with the vehicle
low beam lamps. The high beam lamps will
be correctly aimed if the low beam lamps
are aimed properly.
WARNING
Before checking/adjusting the headlight
aiming, switch off the engine to avoid
danger of fingers and hands being injured
by moving parts.
The radiator fan can start up even when
the engine is switched off.NOTICETo make sure that your headlights are
aimed properly read all instructions
before beginning. Failure to follow these
instructions could cause damage to
headlight parts or a not correctly aimed
headlight.
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269 Specifications
Specifications General______________ 270
Engine ______________ 272
Fuel_________________ 272
Engine oil ____________ 273
Engine variants _______ 274
Electrical system______ 275
Drive belts ___________ 275
Manual gearbox_______ 276
Automatic transmission 276
Suspension __________ 277
Steering _____________ 277
Brake system_________ 277
Wheels and tires ______ 278
Plates and labels ______ 280
IB603
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270 SpecificationsGeneral Overall length, including bumpers:
9-5 Sedan _______________________ 190.0 in (4827 mm)
9-5 Wagon ______________________ 190.1 in (4828 mm)
Overall width, including door mirrors ____ 80.4 in (2042 mm)
Maximum height:
9-5 Sedan _______________________ 58.1 in (1475 mm)
9-5 Wagon ______________________ 59.1 in (1501 mm)
Wheelbase _______________________ 106.4 in (2703 mm)
Ground clearance __________________ approx. 6.6 in
(167 mm)
Tr a c k :
Front __________________________ 59.9 in (1522 mm) *)
Rear ___________________________ 59.9 in (1522 mm) *)
Turning circle (curb to curb) ___________ 37,1 ft (11.3 m)
Turning circle (measured at vehicle extrem-
ities) ___________________________ 39,0 ft (11.9 m)
Number of seats (incl. driver) _________ 5
*) Specified track applies to wheel sizes:
6 x 15 & 6.5 x 16
Gross vehicle weight
(GVW)
Maximum train
weight
(GVW + max. trailer
weight)
Maximum axle load,
front
Maximum axle load,
rear Permissible load (in addition to driver) = GVW minus curb weight
The maximum permissible axle load, front or rear, must not be exceeded.
The maximum permissible axle load, front or rear, must not be exceeded. Chassis number in engine bay Weight ready for driving (i.e. with full fuel
tank, washer-fluid reservoir, standard
tools and spare wheel) ______________ 3460–3780 lbs.
(1570–1715 kg)
Gross vehicle weight (GVW) ___________ 4390–4710 lbs.
(1990–2135 kg)
Maximum axle load:
Front ___________________________ 2590 lbs. (1175 kg)
Rear, 9-5 Sedan ___________________ 2310 lbs. (1050 kg)
Rear, 9-5 Wagon __________________ 2480 lbs. (1125 kg)
Weight distribution:
Curb weight, front/rear ______________ 60/40 %
GVW, front/rear ___________________ 50/50 %
Maximum roof load __________________ 220 lbs (100 kg)
IB1917
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277 Specifications
Suspension
Steering Brake system Spring type, front and rear ___________ Coil springs
Maximum deflection of springs:
Front __________________________ 7.09 in (180 mm)
Rear ___________________________ 7.87 in (200 mm)
Dampers, front and rear _____________ Gas-filled dampers
Steering _________________________ Power-assisted
steering of
rack-and-pinion
type; telescopic
steering-column
shaft with universal
joints
Number of turns, lock to lock __________ 2,9
Power-steering fluid ________________ Power-steering fluid
CHF 11S Footbrake (ABS) ____________________ Hydraulic, dual-cir-
cuit brake system.
Diagonally split cir-
cuit with vacuum
servo unit. Disc
brakes front and
rear. EBD, see page
168.
Handbrake ________________________ Acts on rear wheels
Brake fluid _________________________ DOT 4
Brake-fluid capacity _________________ 0.925 qts (900 ml)
Disc diameter:
Front, ventilated ___________________ 11.34 in (288 mm)
Front, ventilated, certain variants *) ____ 12.05 in (306 mm)
Rear, solid _______________________ 11.26 in (286 mm)
Rear, ventilated, certain variants *) ____ 11.81 in (300 mm)
*) 15” wheel must not be used on these
variants.
Total friction area of brake pads:
Front ___________________________ 36.3 in
2 (234 cm
2)
Rear ___________________________ 15.5 in
2 (100 cm
2)
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