wheel SAAB 9-3 2009 Owner's Guide

149 Starting and driving
Ignition switch ________ 150
Steering wheel lock ____ 151
Starting the engine ____ 152
Important considerations
for driving __________ 153
Refueling ____________ 156
Engine Break-in Period _ 160
Manual transmission___ 161
Automatic
transmission3______ 162
Cruise Control ________ 169
Braking ______________ 170
All-wheel drive (XWD)3173
Traction Control System
(TCS) ______________ 173
Electronic Stability
Program ESP
®
______ 175
Parking brake_________ 177 Parking _______________ 177
Saab Parking
Assistance3________ 180
Economical driving _____ 183
Driving in cold weather__ 185
Driving in hot climates __ 187
Towing a trailer3______ 188
Driving with a roof rack
load ________________ 192
Driving with a load _____ 192
Driving with the trunk lid
open________________ 193
Driving in deep water ___ 193
Towing the car _________ 193
Jump starting _________ 197
For long trips __________ 199
Starting and driving
3Asterisk means: equipment not fitted in all cars
(can depend on model variant, engine variant,
market specification, options or accessories).93_US_MY09.book Page 149 Tuesday, April 15, 2008 10:30 AM
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150 Starting and drivingIgnition switchThe ignition switch is located on the center
console between the front seats. In cars
with automatic transmission, the remote
control can only be removed when the
selector lever is in position P.
To allow the various systems in the car time
to register that the remote control has been
inserted into the ignition switch, do not turn
the remote control for roughly half a second.
LOCK positionThe parking lights, hazard warning lights
and interior lighting can be turned on.
Cars with automatic transmission: Move
the gear lever to P.
The gear lever is locked in position. This is
the only position in which the remote control
can be removed.
Cars with manual transmission: The
remote control can be removed regardless
of the position of the gear lever.OFF positionParts of the electrical system are operative.
Do not leave the remote control in the
OFF position with the engine not running
as this could cause the battery to run flat
in a matter of hours.
Cars with automatic transmission: The
gear lever is not locked. See also page 163.
If the ignition switch is turned from ON to
OFF before the car is stationary then turning
to LOCK may not be possible. In which case
turn the ignition switch to the ON position
until the ABS lamp goes out,
NOTICETake care not to spill drinks or to drop
crumbs over the ignition switch. If dirt or
liquid gets into it, the switch may not
operate properly.
If snow from clothing falls into the ignition
switch and melts, the ignition switch can
seize (freeze). Brush snow off clothing
before getting into the car.
WARNING
 Always remove the remote control
before leaving children unattended in
the car.
 Apply the parking brake before remov-
ing the remote control.
 Never remove the remote control
while the car is moving. This will acti-
vate the steering wheel lock and make
it impossible to steer the car.
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151 Starting and driving
approx. 2 seconds. Following which, turn it
back to OFF.ON positionThe entire electrical system is operative.
Do not leave the remote control in the ON
position when the engine is not running.
Turn the ignition switch to the OFF position
to disconnect the electrical system.
When you turn the ignition switch to ON,
some indicator and warning lights will come
on in the main instrument panel. These
should go out after about 3 seconds.ST - starter positionThe starter motor operates (automatic
transmission: selector lever must be in P or
N) when the ignition switch is turned to this
position. When released, the ignition switch
will spring back to the ON position.
The car has an electronic restart lock. If the
engine fails to start, the ignition switch must
first be turned back to a position between
OFF and LOCK before the starter motor can
be operated again.
Steering wheel lockThe steering wheel lock is electronic. The
lock engages when the remote control is
removed from the ignition and unlocks when
the remote control is inserted. A click can be
heard when the steering wheel lock locks
and unlocks.
If the car is parked with one front wheel
touching the curb, for example, you may
need to turn the steering wheel slightly
when you insert the remote control to allow
the steering wheel lock to unlock. If you do
not succeed on first attempt you must
remove the remote control before trying
again. Turn the steering wheel and insert
the remote control into the ignition switch.
If the steering wheel lock does not disen-
gage it will not be possible to turn the remote
control in the ignition switch.
The following message is shown on the SID:If a fault arises affecting the steering wheel
lock, the following message will be
displayed on the SID:
If the steering wheel lock malfunctions while
the remote control is in the ignition switch,
this may prevent the removal of the remote
control or prevent the car from being
restarted once the engine has been
switched off.
If you have to leave the car, lock the car by
pressing down the lock buttons on the
doors. Lock the front left door from outside
with the traditional key (see page 50). The
car is now locked but the alarm is inactive.
Pull out key, turn
steering wheel. Restart.
Steering lock malfunc.
Make a safe stop.
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168 Starting and driving
Certain variants also have steering wheel controls for manual gear
selection. On these models, it is possible to change gear manually
using the selector lever and the steering wheel controls. The steer-
ing wheel controls are only active when the selector lever is in the M
position.
Select a higher gear by pressing the right-hand button and a lower
gear by pressing the left-hand button. Sentronic, manual gear selection
Move the selector lever to the manual position (M)
(to the left position D) to select gear manually.
Select a higher gear by pressing the selector lever
forward or a lower gear by pulling it back. The
selector lever will return to a position adjacent to
the letter M after each gear change.
An example of when you may wish to make
manual gear changes is when overtaking, to
enable you to remain in a low gear for an extended
period of time.
If the road surface is slippery, you may wish to start
off in 2nd or 3rd to reduce the risk of wheel spin.
When descending steep hills you should select a
low gear to increase the braking effect of the
engine and thus spare the brakes.
Manual gear selections are displayed on the main instrument
panel. The letter M and the current gear are displayed.
When the selector lever is in the M position, as opposed to the D
position, the engine is much more responsive to changes in accel-
erator position. The accelerator has a different feel.
When changing down, the desired gear can be selected but the
transmission will not change down until the engine speed is low
enough to avoid overrevving.Steering wheel controls for manual gear
selection3
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169 Starting and driving
Cruise Control(Cruise control system)
For safety reasons (brake system func-
tion), the brakes must be applied once
when the engine has started, before the
cruise control system can be activated.
The following message is shown on the SID:
The system has the following functions:
1 ON: engaged
2 OFF: disengaged
3 SET/+: sets the speed and increases
the set speed
4 SET/ –: sets the speed and decreases
the set speed
5 RESUME: re-engages the system at the
set speed
The CRUISE indicator light in the main
instrument panel comes on when the switch
is slid to ON. If you switch off the engine
while the cruise control is ON, the system
will be ON the next time the engine is
started.
To set the desired speed1 Slide the switch to ON.
2 Move the thumb wheel up to SET/+ or
SET/– when the car has reached the
desired speed (above 15 mph
(25 km/h).To increase the preset speedYou can increase the speed in any of
the following ways:
 Accelerate to the desired speed. Jog the
control to SET/+ or SET/–.
 Jog the control to SET/+ to increase the
speed by 1 mph (1.6 km/h) (when cruise
control already engaged).
 Hold the control in the SET/+ position until
the desired speed is reached (when
cruise control already engaged).
WARNING
Do not use the cruise control system in
wet or icy conditions, in dense traffic or on
winding roads.
Tap brakes lightly
before using cruise ctrl.
Cruise control switches
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171 Starting and driving
ABS brakesThe Antilock Braking System (ABS) modu-
lates the brake pressure to each wheel. The
pressure is automatically reduced just
before the wheel locks up and then
increases again to the point at which the
wheel is just about to lock. The wheel sen-
sors send information to the brake system’s
electronic control module for every 4 or so
inches (decimeter) that the car rolls. This
information is processed continuously to
ensure that the adjustment of the brake
pressure will be as exact as possible.
Adjustment takes place up to 12 times per
second.The brake system provides Electronic
Brakeforce Distribution (EBD). This distri-
butes the brake pressure between the front
and rear wheels, in such a way as to achieve
optimum braking performance irrespective
of the car’s speed or load.
The ABS has a built-in diagnostics function
which will switch on the ABS warning light
if a fault is detected in the system (see
page 82).
Note. The following message will appear
on the SID (and corresponding symbol
on main instrument unit) if a fault is
detected:
WARNING
 It is prudent to try your brakes from
time to time, especially when driving in
heavy rain, through water collected on
the road, in snow, on a wet road sur-
face or in salty slush. In such condi-
tions, the brakes may take longer than
normal to take effect. To rectify this,
touch the brake pedal periodically to
dry the brakes out.
 The same applies after the car has
been washed or when the weather is
very humid.
 Avoid parking the car with wet brakes.
Before parking, and if the traffic condi-
tions allow, brake quite heavily so that
the brake discs and pads warm up and
dry.
 The brakes are power assisted and it
should be kept in mind that the servo
unit only provides the power assis-
tance when the engine is running.
 The brake pressure required when the
engine is off, (e.g. when the car is
being towed) is roughly four times the
normal pedal force required. The
pedal also feels hard and unrespon-
sive.
 Overheating can cause the brakes to
fade!
WARNING
 The additional safety afforded by the
ABS system is not designed to allow
drivers to drive faster but to make
normal driving safer.
 To stop as quickly as possible, without
loss of directional stability, whether
the road surface is dry, wet or slippery,
press the brake pedal down hard
without letting up (do not pump the
pedal), declutching simulta-
neously, and steer the car to safety.
Antilock brake malfunc.
Contact service.
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172 Starting and drivingThe ABS system will not reduce the braking
distance on loose gravel, snow or ice but,
because the wheels cannot lock up, steer-
ing control is retained.
When the ABS system operates you will feel
the brake pedal pulsate and hear a ticking
noise, both of which are perfectly normal.
Apply the brake pedal with full force (you
cannot press too hard), declutch and if nec-
essary steer to safety.
Do not release the brake pedal before the
car has come to a halt or the danger is
past!
The above is critical.
If the road is slippery, the ABS system will
operate even when only light pressure is
applied to the brake pedal. This means that
the driver can brake gently to test the condi-
tion of the road and adapt their driving
accordingly.
It is well worth practising the use of ABS
brakes on a skid pad or other suitable
facility.
Braking with ABS – evasive steering
Braking with ABS brakes.
Indication that the system is operating:
pulsating brake pedal and ticking noise
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173 Starting and driving
All-wheel drive (XWD)3Essentially, the system consists of a PTU
(Power Take off Unit), propeller shaft, RDM
(Rear Drive Module which contains an elec-
tronically controlled plate clutch, final drive
gear and differential) and driveshafts. This
system enhances driving characteristics
and stability. The system is always active
and cannot be deactivated. It works
together with the ESP system and the
engine and transmission control modules.
When driving at a constant speed, approx.
95% of the torque is distributed to the front
wheels and approx. 5% to the rear wheels.
The torque is distributed steplessly and
instantaneously between the front and rear
wheels, depending on the driving condi-
tions. If the car is fitted with eLSD (electron-
ically controlled plate clutch between the
rear wheels), the torque can also be distrib-
uted individually to the relevant rear wheel.For optimum system function, the car’s tires
should not have varying degrees of wear.
When the XWD system requires service,
the following message is shown on the SID:
When the service message is displayed,
the XWD system may have limited func-
tionality (or be completely disabled in
some cases, i.e. the car switches to
front-wheel drive). Contact a workshop
for information. We recommend that you
contact an authorised Saab dealer.
Traction Control
System (TCS)Anti-spin systemHow the system worksThe Traction Control System (TCS) is
designed to prevent wheelspin. This
enables the car to achieve the best possible
grip and, hence, maximum tractive effort,
together with greater stability.
The TCS system uses information from the
ABS system’s wheel speed sensors to
determine whether any wheel is spinning. If
any wheel is spinning, this is reduced on
all-wheel drive cars initially by changing the
torque distribution, secondly by reducing
the engine torque, and thirdly with the aid of
the wheel brakes. On front-wheel drive cars,
wheelspin is reduced initially by reducing
the engine torque, and secondly with the aid
of the wheel brakes. Service XWD.
WARNING
When driving normally, the TCS system
helps to improve the car’s stability, and
driveability under slippery road and
extreme driving conditions. The TCS
must not be regarded as a system to
enable the driver to maintain higher
speeds. The same precautions must be
adopted as normal for safe cornering and
driving on slippery roads.
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174 Starting and drivingThe advantages of the TCS system are
most apparent when road surface friction is
so low that a lot of wheelspin can occur rap-
idly:
 When the car is pulling away or accelerat-
ing with the front wheels on different
surfaces (e.g. one slippery and one dry),
the TCS functions like an electronic differ-
ential lock, making sure that both wheels
rotate at the same speed. The system
also functions when the car is reversing.
 When cornering, if the inside front wheel
rotates faster than the other wheels.TCS OFF
lights up if:
 The system has been switched off
manually. It cannot be switched off if the
car is travelling faster than 35 mph
(60 km/h).
 There is a fault in the ABS system
 A fault has been detected and the
system has therefore been switched
off and at the same time the following
message is shown on the SID:
TCS indicatorWhen the ignition switch is turned to the ON
position, the lamp is lit for about 4 seconds
while the system performs self-diagnosis.
The light comes on when the TCS is
operative, that is when one of the wheels
has lost its grip.
The fact that the TCS is operative indicates
that the limit for grip has been exceeded and
that the driver must exercise greater care.Temporarily turning the TCS offThe TCS is switched on automatically when
the engine is started.
It may be necessary to switch off the system
if the car has become bogged down, for
instance.
If a fault is detected in the ABS, the TCS will
be switched off automatically.
The cruise control system (if active) will
automatically be disengaged if the TCS is
operative.Disengage the system in Settings.
1Select Settings using the steering
wheel buttons, or .
2 Hold the SET button depressed until a
chime sounds.
3Select TCS.
4 Press the SET button.
5Select ON or OFF.
End by pressing the SET-button.
Go back/undo using the CLR-button.
Traction control failure.
Contact service.
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175 Starting and driving
Electronic Stability
Program ESP
®
Anti-skid system
The ESP
® system employs both the
antilock braking system (ABS) and the trac-
tion control system (TCS). It is a system that
helps the driver to stabilize the car in
unusual circumstances that can otherwise
be more difficult to handle.
How the ESP
® system works
The ESP
® system can help to prevent the
car from skidding by braking one or several
wheels independently of the driver. The
engine output is then also reduced to pre-
vent the driving wheels from spinning. The
car has sensors that measure wheel speed,
yaw rate, lateral acceleration, steering
wheel position and braking pressure. The
values provided by these sensors are used
to calculate the actual direction of the car,
the intentions of the driver and whether the
ESP
® system should be engaged.
If this direction does not agree with that
intended by the driver, calculated from the
steering wheel position, the ESP
® system is
engaged.
The ESP
® system improves the driver’s
chances of retaining control over the car in
a critical situation.
WARNING
When driving normally, the ESP
® system
helps to improve the car’s stability and
maneuverability under slippery road and
extreme driving conditions. The ESP
®
system must not be regarded as a system
to enable the driver to maintain higher
speeds. The same precautions must be
adopted as normal for safe cornering and
driving on slippery roads must be
adopted.
The illustration shows how the system
brakes one or more wheels (and with var-
ying braking force for each wheel) in order
to increase the car’s chances of following
the direction in which the driver wants to
drive.
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