2002 SAAB 9-5 engine oil

160 Starting and driving
Overheated transmission fluid If the automatic-transmission fluid should
overheat, the following message will appear
on the SID:
”TRANSMISSION OVERHEATING”. If this
happens, stop the car and wait for the mes-
sage to be extinguished. Continue driving in
a locked gear that produces an engine
speed of about 3,000 rpm.
Overheating of the automatic-transmission
fluid can occur when the car is towing a
heavy load, such as a camping trailer in hilly
country, with the wrong gear selected,
resulting in abnormally frequent gear
changing. Try selecting position L, 3 or 4.
High ambient temperatures can also
increase the temperature of the transmis-
sion fluid or the oil cooler may be faulty.
Contact an authorized Saab dealer (see
also page 173).
Driving on hilly roads with a heavy
loadThe transmission fluid can overheat when
the gearbox is strained, for example, when
driving with a trailer on hilly roads with the
wrong gear is selected, resulting in many
extra gear changes. To avoid the transmis-
sion fluid overheating, always drive in
Normal mode. The adaptive gear change
patterns are then active.
High air temperatures or a faulty oil cooler
can also cause the transmission fluid to
overheat. Overheating reduces the service
life of the fluid. Contact an authorized Saab
dealer (see also page 173). Towing Towing of cars with automatic transmission,
see page 180.
NOTEIf the control module has actuated the
Limp-home function for the automatic
transmission, the car will remain in 5th
gear when D is selected, making it very
sluggish. To overcome this, move the
selector lever to position L.
WARNING
Remember to use engine-braking (selec-
tor position L, 3, or 4) to spare the brakes
when you are driving on a long or steep
downhill slope.
Brake failure can result from overheated
brakes!
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162 Starting and drivingIf the gear selector lever is moved from position D to L, a
change-down to 4th gear will occur at about 110 mph (180 km/h).
It will then change-down to 3rd gear at 80 mph (130 km/h), to 2nd
gear at 45 mph (75 km/h) and 1st at 20 mph (35 km/h).
Manual gear-changing is not recommended on slippery roads.
Adaptive gear-change patternsAdaptive gear-change patterns are selected automatically depend-
ing on the engine load and the present temperature of the transmis-
sion. The function is available in Normal and Sport modes.
The changes occur at a higher engine speed and the car remains in
the same gear for longer, if the transmission control module senses
that the load has not decreased. These gear-change patterns pre-
vent unnecessary changing up and down, when for example driving
up long slopes with a trailer or caravan, and to prevent overheating
the transmission oil. The adaptive gear-change function is also
selected automatically when the transmission oil becomes too hot,
to protect the transmission itself from damage and to lower the oil
temperature.
The adaptive gear-change pattern function is deselected when:
 Winter mode is selected.
 The engine is switched off.
 The load is reduced so much that the function is no longer
required.
 ”Automatic transmission, fault indicator” appears on main
instrument panel, see page 159. L
Select position L if you wish to drive in 1st or 2nd
gear. This provides maximum engine braking.
The transmission shifts down from 2nd to 1st if
the speed of the car drops below 20 mph
(35 km/h).
NOTE Do not move the selector to position 4 at speeds in excess of
90 mph (150 km/h).
 Do not move the selector to position 3 at speeds in excess of
70 mph (110 km/h).
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180 Starting and drivingTowing the carTransporting the carFront towing eye
The front towing eye is stored with the spare
wheel.
The attachment point (tapped hole) for the
towing eye is midway along the engine sub-
frame at the front of the car.
Remove the plastic plug and screw in the
towing eye securely.
To ensure that the towing eye is in far
enough, insert the handle of the wheel
wrench through the eye for additional lever-
age.
WARNING
 Remember that the brake servo does
not operate when the engine is off.
Much greater pressure than normal
will therefore be required to operate
the brake pedal.
 Nor does the steering servo operate
when the engine is off. The steering
will therefore be much heavier than
usual.
 The towing vehicle should always be
heavier than the vehicle on tow.
 Never allow passengers to ride in the
car being towed.
 Always seek professional help if the
car needs to be towed.NOTEIf a car with a sport (lowered) chassis is
transported, for example on a flat bed
truck, take extra care not to damage the
spoiler and/or underbody.
WARNING
 Make sure that the towing eye at the
front is screwed in tightly.
 The towing eye is only designed for
use when the car is being towed on the
road. It must not be used to pull the
car out of a ditch, for example. If the
towing eye were to shear suddenly, it
could cause serious injury.
 Always seek professional help if the
car needs to be recovered.
NOTE Do not drive the car with the front
towing eye in position. If it catches the
curb, for example, the engine sub-
frame could be damaged.
 Refit the plastic plug in the hole when
the towing eye has been removed, to
keep dirt and moisture out of the
threads.
IB482
Front towing eye
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183 Starting and driving
5 Check that the jumper cables do not
have loose or missing insulation. If they
do, you could get a shock and also the
vehicles could be damaged.
Before you connect the cables, here are
some basic things you should know.
Positive (+) will go to positive (+) and
negative (-) will go to a major metal
engine part with a good ground. Do not
connect (+) to (-) or you will get a short
that could injure you or would damage
the battery and maybe other parts as
well.
6 Connect the red positive (+) cable to the
positive (+) terminal of the vehicle with
the discharged battery.
7 Do not let the other end touch metal.
Connect it to the positive (+) terminal of
the good battery. Use a remote positive
(+) terminal if the vehicle has one.
8 Now connect the black negative (-)
cable to the good battery’s negative ter-
minal.9 Attach the cable at least 18 inches
(45 cm) away from the discharged bat-
tery, but not near engine parts that
move. To avoid an arc which could det-
onate the hydrogen gas around the bat-
tery, the final connection must be at least
18” from the battery.
10 Start the vehicle with the good battery
and run the engine for a while.
11 Try to start the vehicle with the dis-
charged battery. If it does not start after
a few tries, it probably needs service.
12 Remove the cables in reverse order to
prevent electrical shorting. Take care
that they do not touch each other or any
other metal.
WARNING
An electric fan can start up even when the
engine is not running and can injure you.
Keep hands, clothing and tools away from
any underhood electric fan.
WARNING
Using a match or flame of any kind near a
battery can cause battery gas to explode.
You can suffer burns or be blinded. Use a
flashlight if you need more light.
Be sure the battery has enough water.
The battery installed in your new Saab
has filler caps. Be sure the right amount
of water is there. Add distilled or boiled
water if the level is too low. If you don’t,
explosive gas could be present.
Be sure the electrolyte in the battery is not
frozen. Discharged batteries will freeze.
When connecting jumper cables to a
frozen battery, gas from the chemical
reaction inside the battery can build up
under the ice and cause an explosion.
Battery fluid contains acid that can burn
you. Do not get it on you. If you acciden-
tally get it in your eyes or on your skin,
flush the area with water and get medical
help immediately.
WARNING
Do not let the other end touch anything
until the next step. The other end of the
negative cable does not go to the dead
battery. It goes to a major metal part with
a good ground on the engine of the vehi-
cle with the discharged battery.
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187 Car care and technical information
Car care and
technical
information
772
Hood release handle ....... 188
Engine compartment,
4-cyl. engine ................... 189
Engine compartment,
6-cyl. (3.0t V6)................. 190
Emission control systems 191
Engine............................... 192
Engine oil ......................... 193
Transmission fluid........... 195
Coolant ............................. 196
Brake and clutch fluid ..... 197
Power steering fluid ........ 198
Air filter ............................. 198 Battery .............................. 199
Drive belts ........................ 201
Wipers and washers ....... 202
Changing bulbs ............... 204
Fuses ................................ 216
Wheels .............................. 222
Compact spare wheel ..... 226
Flat spotting..................... 230
Air conditioning (ACC) ... 231
Safety belts ...................... 232
Upholstery and trim ........ 232
Textile carpeting.............. 232
Washing the car .............. 233 Waxing and polishing ...... 233
Engine compartment ....... 233
Touching up the paint ..... 234
Anti-corrosion treatment . 235
For long trips .................... 237
Recovery and/or recycling
of automotive materials. 237
Headlight aiming .............. 239
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189 Car care and technical information
Engine compartment, 4-cyl. engine
10
9
6
7
8
1
2
4
3
5
IB1773
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)
99
2
1
4
57
6
10
83
IB1774
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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193 Car care and technical information
Engine oilChecking the oil level Check the engine-oil level regularly. This
should be done after the engine has been
run to normal temperature and then allowed
to cool for 2–5 minutes, with the car stand-
ing on level ground. Remove the dipstick
and wipe it clean before checking the level.
4-cylinder engine The oil level must not be allowed to drop
below the MIN mark on the dipstick, nor
should oil be filled beyond the MAX mark, as
this can lead to excessive oil consumption.
The distance between the MIN and MAX
marks on the dipstick corresponds to a
volume of approximately 1.05 qts (1 liter).
When necessary, add oil of the recom-
mended grade via the dipstick tube.
3.0t V6 engine The oil level must not be allowed to drop
below the MIN mark on the dipstick, nor
should oil be filled beyond the MAX mark, as
this can lead to excessive oil consumption.
The distance between the MIN and MAX
marks on the dipstick corresponds to a
volume of approximately 1.05 qts (1 liter).
When necessary, add oil of the recom-
mended grade via the dipstick tube.
IB491
Engine-oil filler cap and dipstick,
4-cylinder engine
IB1123
Engine-oil dipstick and filler cap, 3.0t V6
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