2015 Alfa Romeo Giulietta ESP

MAIN BEAM HEADLIGHTS
To activate the main beam headlights,
with ring nut A fig. 31 at
, pull the
stalk towards the steering wheel
beyond the end of travel position. The
warning light switches on in the
instrument panel.
When the stalk is pulled towards the
steering wheel again, beyond the end
of travel position, the main beam
headlights deactivate, the dipped beam
headlights reactivate and the
warning light switches off.
It is not possible to switch on the main
beam headlights constantly if automatic
light control is active.
FLASHING
To do this, pull the stalk towards the
steering wheel (unstable position)
regardless of the position of ring nut A
fig. 31. The
warning light switches
on in the instrument panel.
REAR FOG LIGHTS
For the activation and deactivation of
the rear fog lights, refer to the
"Controls" section.DIRECTION INDICATORS
Bring the stalk to the (stable) position:
❒upwards: activates right direction
indicator;
❒downwards: activates left direction
indicator.
Warning light
orwill blink on the
instrument panel.
The direction indicators are switched off
automatically when the steering wheel
is straightened.
"Lane change" function
If you wish to signal a lane change,
place the left stalk in the unstable
position for less than half a second. The
direction indicator on the side selected
will flash five times and then switch
off automatically.
“FOLLOW ME HOME”
DEVICE
This device allows you to illuminate the
area in front of the car for a certain
amount of time.Activation
With the key turned to STOP or
removed, pull stalk A towards the
steering wheel within 2 minutes from
when the engine is turned off.
Each time the stalk is moved, the lights
stay on for an extra 30 seconds up to
a maximum of 210 seconds; then
the lights are switched off automatically.
Also, each time the stalk is operated,
the
warning light on the
instrument panel switches on. The
display shows the time set for the
function and the corresponding
graphics.
The warning light comes on when the
lever is operated and stays on until
the function is automatically
deactivated. Each movement of the
stalk only increases the amount of time
the lights stay on.
Deactivation
Keep the stalk pulled towards the
steering wheel for more than 2
seconds.
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The device cannot be engaged in 1stor
reverse gear: it is advisable to engage
it in 5
thgear or higher.
When travelling downhill with the device
engaged, the car may slightly exceed
the stored speed.
The
warning light and, for
versions/markets, where provided,
message on the display are switched
on to indicate activation.
STORING THE CAR
SPEED
Proceed as follows:
❒turn ring nut A fig. 34 to ON and
press the accelerator to reach the
required speed;
❒move the stalk upwards (+) for at
least 1 second, then release it: the
car speed is now stored and you can
therefore release the accelerator.
If needed (when overtaking for
instance), you can accelerate simply by
pressing the accelerator; when you
release the pedal, the car goes back to
the speed stored previously.RESTORING THE
MEMORISED SPEED
If the device has been disengaged by
pressing the brake or clutch pedal, the
stored speed can be reset as follows:
❒accelerate gradually until a speed
approaching the one stored is
reached;
❒engage the gear selected at the time
that the speed was stored;
❒press the RES button (B fig. 34).
INCREASING THE
MEMORISED SPEED
This can be done in two ways:
❒by pressing the accelerator and
storing the new speed reached
or
❒by moving the stalk upwards (+) until
the new speed, which will be stored
automatically, is reached.
Each movement of the stalk
corresponds to an increase in speed of
about 1 km/h, while keeping the stalk
held upwards will continuously increase
the speed.REDUCING THE
MEMORISED SPEED
This can be done in two ways:
❒by deactivating the device and then
storing the new speed
or
❒by moving the stalk downwards (–)
until the new speed, which will be
stored automatically, is reached.
Each movement of the lever
corresponds to a slight reduction in
speed of about 1 km/h, while keeping
the stalk held downwards will decrease
the speed continuously.
TURNING THE DEVICE
OFF
The device can be deactivated in the
following ways:
❒by turning ring nut A fig. 34 to the
OFF position
❒by switching off the engine;
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CENTRAL LOCKING
Operation
Press the
fig. 42 button to lock all
doors at the same time.
Locking takes place irrespective of the
position of the ignition key.
FUEL CUT-OFF SYSTEM
Operation
This intervenes in the case of an impact
causing:
❒the interruption of the fuel supply with
the engine consequently cutting out;
❒the automatic unlocking of the doors;
❒the interior lights being switched on.The intervention of the system is
indicated by a message shown on the
display.
Carefully check the car for fuel leaks, for
instance in the engine compartment,
under the car or near the tank area.
18)
After a collision, turn the ignition key to
STOP to prevent the battery from
running down.
To restore the correct operation of the
car, proceed as follows:
❒turn the ignition key to the MAR-ON
position;
❒activate the right direction indicator;
❒deactivate the right direction
indicator;
❒activate the left direction indicator;
❒deactivate the left direction indicator;
❒activate the right direction indicator;
❒deactivate the right direction
indicator;
❒activate the left direction indicator;
❒deactivate the left direction indicator;
❒turn the ignition key to the STOP
position;
❒turn the ignition key to the MAR-ON
position.
WARNING
17) The use of hazard warning lights
is governed by the Highway Code
of the country you are driving in:
comply with legal requirements.
18) If, after an impact, you smell fuel
or notice leaks from the fuel
system, do not reactivate the
system to avoid the risk of fire.
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WARNING
26) For safety reasons, the bonnet
must always be properly closed
while driving. Therefore, make
sure that the bonnet is properly
closed and that the lock is
engaged. If you discover that the
bonnet is not perfectly closed
during travel, stop immediately
and close the bonnet in the
correct manner.
27) Perform these operations only
when the car is stationary.
ROOF RACK/SKI
RACK
The attachments A are located in the
areas illustrated in the figure and can
only be accessed with the doors open.
28) 29)
8) 9)
Lineaccessori Alfa Romeo includes a
dedicated roof rack/ski rack for this car.
WARNING
28) After travelling for a few
kilometres, check to ensure that
the fixing screws for the
attachments are well tightened.
29) Evenly distribute the load and
take into account, when driving,
the increased responsiveness
of the car to side wind.
IMPORTANT
8) Never exceed the maximum
permitted loads (see “Technical
specifications” section).
9) The size of the loads you
transport must strictly comply
with currently applicable
regulations.
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GETTING TO KNOW YOUR CAR

ESC SYSTEM
IN BRIEF
The ESC system improves the
directional control and stability of the
car in various driving conditions.
The ESC system corrects the car’s
understeer and oversteer, distributing
the brake force on the appropriate
wheels. The torque supplied by
the engine can also be reduced in
order to maintain control of the car.
30) 31) 32) 33) 34)
The ESC system uses sensors installed
on the car to determine the trajectory
that the driver intends to follow and
compares it with the car’s effective
trajectory. When the real trajectory
deviates from the desired trajectory, the
ESC system intervenes to counter the
car’s understeer or oversteer.
❒Oversteer: occurs when the car is
turning more than it should according
to the angle of the steering wheel.
❒Understeer: occurs when the car is
turning less than it should according
to the angle of the steering wheel.The ESC system also includes the
following systems:
❒EBD
❒ABS
❒CBC
❒ASR
❒HILL HOLDER
❒HBA
❒MSR
❒DST
❒“ELECTRONIC Q2” (“E-Q2”)
❒"PRE-FILL" (RAB - Ready Alert
Brake)
SYSTEM ACTIVATION
The ESC system switches on
automatically when the engine is
started and cannot be switched off.
SYSTEM INTERVENTION
This is indicated by the flashing of the
warning light on the instrument
panel, to inform the driver that the car is
in critical stability and grip conditions.EBD SYSTEM
The EBD system is an integral part of
the ESC system and intervenes during
braking, distributing the brake force
optimally between front and rear
wheels.
This guarantees greater braking stability
for the car, preventing sudden locking
of the rear wheels and the consequent
instability of the car.
ABS
This system, which is an integral part of
the braking system, prevents one or
more wheels from locking and slipping
in all road surface conditions,
irrespective of the intensity of the
braking action, ensuring that the car
can be controlled even during
emergency braking and optimising
stopping distances.
The system intervenes when braking
and the wheels are about to lock,
typically in emergency braking or
low-grip conditions, when locking may
be more frequent.
The system also improves control and
stability of the car when braking on a
surface where the grip of the left and
right wheels varies, or on corners.
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GETTING TO KNOW YOUR CAR

IMPORTANT There may be situations
on small gradients (less than 8%),
with car laden, in which the Hill Holder
system may not activate, causing a
slight reversing motion and increasing
the risk of collision with another vehicle
or object. The driver is, in any case,
responsible for safe driving.
HBA (Hydraulic Brake
Assist) SYSTEM
45) 46) 47)
The HBA system is designed to
improve the car's braking capacity
during emergency braking. The system
detects emergency braking by
monitoring the speed and force with
which the brake pedal is pressed, and
consequently applies the optimal brake
pressure. This can reduce the braking
distance: the HBA system therefore
completes the ABS.
Maximum assistance from the HBA
system is obtained by pressing the
brake pedal very quickly. In addition,
the brake pedal should be pressed
continuously during braking, avoiding
intermittent presses, to get the most
out of the system.
Do not reduce pressure on the brake
pedal until braking is not necessary
anymore.The HBA system is deactivated when
the brake pedal is released.
MSR (Motor
Schleppmoment
Regelung) SYSTEM
This system is an integral part of the
ABS, that intervenes, if there is a
sudden downshifting, restoring torque
to the engine, thereby preventing
excessive drive at the drive wheels
which, especially in poor grip
conditions, could lead to a loss in
stability of the car.
DST SYSTEM (Dynamic
Steering Torque)
This function integrates Dual Pinion
active steering into the operation of
ESC. For particular manoeuvres, the
ESC system controls the steering
to actuate a steering torque and assist
the driver in the best possible way.
The system operates the brakes and
steering in a coordinated manner to
increase the suspension and safety
level of the car as a whole. The steering
provides additional torque on the
steering wheel.“ELECTRONIC Q2”
SYSTEM (“E-Q2”)
The "Electronic Q2" system intervenes
during acceleration on corners, braking
the inner drive wheel and thus
increasing the traction of the outer
wheel (which bears more of the car’s
weight): the torque is thus distributed
optimally between the drive wheels
in accordance with the driving
conditions and road surface, permitting
particularly effective, sporty driving.
"PRE-FILL" SYSTEM
(RAB - Ready Alert
Brake)
(only with 'Dynamic" mode activated)
This function activates automatically
if the accelerator pedal is released
rapidly, reducing the brake pad travel
(both at front and back), with the aim of
preparing the braking system and
enhancing its responsiveness, thus
reducing the stopping distance in the
event of subsequent braking.
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GETTING TO KNOW YOUR CAR

WARNING
30) The ESC system can’t alter the
natural laws of physics, and can’t
increase grip which depends on
the condition of the road.
31) The ESC system cannot prevent
accidents, including those due to
excessive speed on corners,
driving on low-grip surfaces or
aquaplaning.
32) The capability of the ESC system
must never be tested irresponsibly
and dangerously, in such a way
as to compromise personal safety
and the safety of others.
33) For the correct operation of the
ASR system, the tyres must of
necessity be the same make and
type on all wheels, in perfect
condition and, above all, of the
prescribed type and dimensions.
34) The performance of the ESC
and ASR systems must not
encourage the driver to take
unnecessary risks. Your driving
style must always be suited to the
road conditions, visibility and
traffic. The driver is always
responsible for road safety.35) When the ABS intervenes and
you feel the brake pedal pulsating,
do not reduce the pressure, but
hold it down firmly and
confidently; in doing so you will
brake in the shortest distance
possible, depending on the
current road conditions.
36) For maximum efficiency of the
braking system, a bedding-in
period of about 500 km is
required: during this period it is
advisable to avoid sharp, repeated
and prolonged braking.
37) If the ABS intervenes, this
indicates that the grip of the tyres
on the road is nearing its limit:
you must slow down to a speed
compatible with the available grip.
38) The ABS can’t overrule the
natural laws of physics, and can’t
increase the grip available
according to the condition of the
road.
39) The ABS cannot prevent
accidents, including those due to
excessive speed on corners,
driving on low-grip surfaces or
aquaplaning.
40) The capability of the ABS must
never be tested irresponsibly and
dangerously, in such a way as
to compromise personal safety
and the safety of others.41) For the correct operation of the
ABS, the tyres must of necessity
be the same make and type on all
wheels, in perfect condition and,
above all, of the prescribed type
and dimensions.
42) The ASR system can’t overrule
the natural laws of physics, and
can’t increase the grip available
according to the condition of
the road.
43) The ASR system cannot prevent
accidents, including those due to
excessive speed on corners,
driving on low-grip surfaces or
aquaplaning.
44) The capability of the ASR system
must never be tested irresponsibly
and dangerously, in such a way
as to compromise personal safety
and the safety of others.
45) The HBA system can’t alter the
natural laws of physics, and can’t
increase grip which depends on
the condition of the road.
46) The HBA system cannot prevent
accidents, including those due to
excessive speed on corners,
driving on low-grip surfaces or
aquaplaning.
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47) The capability of the HBA system
must never be tested irresponsibly
and dangerously, in such a way
as to compromise the safety of
the driver, the other occupants of
the car or any other road user.“Alfa DNA” SYSTEM
(Car dynamic
control system)
This device allows, using lever A fig. 75
(on the central tunnel), three car
response modes to be selected
according to driving style and road
conditions:
❒d=Dynamic(sports driving mode);
❒n=Natural(mode for driving in
normal conditions);
❒a=All Weather(mode for driving in
poor grip conditions, such as rain
and snow).
The device also acts on the dynamic
car control systems (engine, steering,
VDC system, instrument panel).When lever A fig. 75 is moved to “d”
position, the activation of “Dynamic”
mode is confirmed by a temporary
variation in the brightness (flashing) of
the instrument panel.
DRIVING MODES
Lever A is monostable type. In other
words, it always remains in a central
position.
The selected driving mode is indicated
by the corresponding LED coming on in
the panel and by an indication on the
reconfigurable multifunction display, as
illustrated below:
❒Dynamic modefig. 76 (display
image available for versions/markets,
where provided)
❒All Weather Modefig. 77
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