2001 SAAB 9-5 battery

189 Car care and technical information
Engine compartment, 4-cyl. engine
8
7
9
10
6
2
4
3
5
IB488
1
Engine compartment, 4-cyl. engine 1 Engine-oil dipstick/filler cap
2 Reservoir, brake/clutch fluid
3 Fuse box
4 Expansion tank, coolant
5 Washer-fluid filler cap
6Battery
7 Dipstick, automatic transmission fluid
8 Turbo unit
9 Ignition discharge module
10 Reservoir, power-steering fluid
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190 Car care and technical informationEngine compartment, 6-cyl. (3.0t V6)
10
7
9
8
1
3
2
5
4
6
IB576
Engine compartment, 6-cyl. (3.0t V6) 1 Engine-oil dipstick
2 Engine-oil filler cap
3 Reservoir, brake/clutch fluid
4 Fuse box
5 Expansion tank, coolant
6 Washer-fluid filler cap
7Battery
8 Dipstick, automatic transmission fluid
9 Ignition discharge module
10 Reservoir, power-steering fluid
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199 Car care and technical information
Power steering fluidCheck the level of the power steering fluid in
the reservoir regularly, in accordance with
the service program.
The wheels should point forward during the
check.
Clean around the cap before it is
unscrewed. Clean the dipstick. Screw in the
cap completely again before checking the
level.
The oil should lie between the MAX and MIN
marks when the oil temperature is about
70°F (+20°C). If the oil is colder the level can
be lower, and in higher temperatures the
level can be higher, both of which are
acceptable.
Top up with ”Power Steering Fluid
CHF 11S” (part number 8996860).
BatteryThe battery is provided with a cover to pro-
tect it from radiated heat. If the battery is
exposed to high temperatures, its life will be
shortened. To remove the cover, pry out the
edge a little, located at the rear of the cover.
The cover fits the standard battery installed
in the car. If a new battery is to be fitted,
make sure that its dimensions are the same
as the standard one.
The fluid level and the charge level should
be checked regularly.
The best way to check the charge is to use
a hydrometer.
WARNING
Do not fill the power steering fluid to
above the MAX mark. Too much fluid can
result in leakage.
Power steering fluid on hot engine com-
ponents constitutes a fire risk.
WARNING
 The battery emits hydrogen which,
when mixed with the oxygen in the air,
forms a highly explosive gas. Avoid
causing sparks and keep open flames
well away from the vicinity of the bat-
tery.
 The battery contains corrosive sulfuric
acid. Always wear a face mask or
goggles when working on the battery.
 If battery acid gets into the eyes or
splashes the skin or clothing, wash
affected area liberally with water.
If acid gets into the eyes or a large
quantity makes contact with the skin,
seek medical help.
IB501
Power steering fluid reservoir
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200 Car care and technical informationTap water contains salts and minerals that
accelerate the corrosion of the battery elec-
trodes, which can shorten the life of the bat-
tery.
The specific gravity of the electrolyte when
the battery is fully charged is 1.28. A specific
gravity of 1.18 roughly indicates a 50%
charge (see also page 254).
If frequent short journeys are made, the bat-
tery may need to be given a booster charge.
This can be done either using a battery
charger or by taking the car for a long run.
A car with a standard equipment specifica-
tion and a fully charged battery can be left
for up to 40 days and still have a sufficient
charge for starting. If extra equipment is fit-
ted, such as a car phone, the charge may
only be sufficient for about 15 days.
NOTENever use tap water to top up the battery.
NOTEA discharged battery can freeze and frac-
ture. Batteries should therefore always be
stored away from frost.
IB1173
Correct fluid level in battery
IB1125
Battery
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201 Car care and technical information
Charging/replacing the batteryConnect the positive lead to the positive (+)
battery terminal (red), and the negative lead
to a good ground point, e.g. the lifting lug at
the front of the engine.
To remove the battery, always disconnect
the negative (black) lead first and reconnect
it last when fitting the new battery.
The battery size must comply with DIN
53735 MFI 230/2.16. NOTETo avert the danger of short-circuiting
between the positive (+) terminal on the
battery and the inlet manifold on the
engine, always disconnect the negative
(-) battery lead first and reconnect it last.NOTE Never reverse the polarity of the bat-
tery by connecting the leads to the
wrong terminals. The red, positive
lead connects to the positive (+) termi-
nal, and the black, negative lead to the
negative (-) terminal.
 Serious damage can be done to the
car’s electrical system if a battery or
alternator lead is disconnected while
the engine is running.
 The nut on the battery clamp should
be tightened to a torque of 10 Nm.
IB564
Correct position for battery clamp
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236 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 (10–14%), rubber (5%) and small
quantities of glass, wood, paper and tex-
tiles.
Some of these materials can be recycled,
while others can be recovered in chemical
processes for reuse in new products or as a
source of energy.
While the Saab 9-5 was still at the draw-
ing-board stage, Saab engineers were
giving serious consideration to how the
maximum quantity of materials could be
reclaimed from the car on its eventual
scrapping. To facilitate sorting, plastic parts,
for instance, have been marked to identify
the precise nature of the plastic.
Approximately 90% of the materials in the
car can be recycled or recovered, where
facilities exist.
Before the car is scrapped, all the oils and
other fluids that could pollute the environ-
ment should be recovered from the car. It
may be of interest in this context to learn that
the refrigerant used in the Saab 9-5’s ACC
systems (R134a) contains neither CFCs nor
any other chlorine compounds.
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246 Maintenance and owner assistance* These are the minimum required Emission Control System maintenance steps. Saab urges that all recommended maintenance procedures be performed
according to this program.
(b.) Change automatic transmission fluid at more frequent intervals (20,000; 50,000; 80,000 miles, etc.) if car is driven in dense city traffic where the outside
temperature regularly reach 90°F or higher, or if car is used in a mountainous/high altitude area or for trailer towing.
Service Intervals **
Miles = U.S. Cars
Kilometers = Canadian Cars
30 day
10,000
(16,000 km)
20,000
(32,000 km)
30,000
(48,000 km)
40,000
(64,000 km)
50,000
(80,000 km)
60,000
(96,000 km)
70,000
(112,000 km)
80,000
(128,000 km)
90,000
(144,000 km)
100,000
(160,000 km)
Service #
1234567891011
Engine and engine compartment (cont.)
E Evaporative emission system including filler cap, vapor
lines, EVAP canister and canister purge valve"
R Fuel system: leaks and damage""""""""""
E Fuel filter!
E Engine air cleaner element!
*
!*
!*
R Exhaust system and mountings; leaks and condition""""""""""
Electrical
R Battery: state of charge and electrolyte level; clean termi-
nals if necessary"""""""""""
R Head, fog, brake, tail, turn signal, warning lights instru-
ment panel, backup and marker lamps"""""""""""
Transmission
R Automatic transmission fluid change (b.)!!!
R Automatic transmission oil level"""""""""""
R Manual transmission oil level"""
R Outer and inner driver joint boots""""""""""
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254 SpecificationsEngine variants Electrical system2.3t Ecopower Rating, EEC at 5500 rpm ___________ 185 hp (136 kW)
Maximum torque, EEC at 1800 rpm ___ 207.2 ft.lb
(280 Nm)
Compression ratio ________________ 9.3:1 2.3 Turbo Ecopower (”Aero” model engine),
manual transmissionRating, EEC at 5500 rpm ___________ 230 hp (169 kW)
Maximum torque, EEC at 1900 rpm 259.0 ft.lb.
(350 Nm)
Compression ratio ________________ 9.3:12.3 Turbo Ecopower, (”Aero” model engine)
automatic transmissionRating, EEC at 5500 rpm ___________ 230 hp (169 kW)
Maximum torque, EEC at 1900 rpm 244.2 ft.lb.
(330 Nm)
Compression ratio ________________ 9.3:13.0t V6 Ecopower Rating, EEC at 5500 rpm ___________ 200 hp (147 kW)
Maximum torque, EEC at 2500 rpm ___ 229.4 ft.lb
(310 Nm)
Compression ratio ________________ 9.5:1 Voltage ___________________________ 12 V
Battery capacity ____________________ 60 Ah or 70 Ah
Starter motor ______________________ 1.4 kW
Alternator rating ____________________ 130 A/14 V
Firing order:
4-cylinder ________________________ 1-3-4-2
3.0t V6 __________________________ 1-2-3-4-5-6
Spark plugs:
2.3t ____________________________ NGK
BCPR 6ES-11
Electrode gap _____________________ 0.0414 in (1.05 mm)
2.3 Turbo Aero ____________________ NGK
PFR 6H-10
Electrode gap _____________________ 0.0374 in (0.95 mm)
3.0t V6 __________________________ NGK
BKR 7ES-11
Electrode gap ____________________ 0.0414 in (1.05 mm)
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