2016 Abarth 500 tow

Door locking/unlocking
from the inside
To unlock from inside(door and
tailgate locks) pull handle A fig. 45.To lock from inside(door and tailgate
locks) push handle A towards door
panel.
Operating the handle on driver or
passenger side locks both doors and
tailgate.
The correct lever position with locked
doors is shown by the red symbol B
fig. 46 visible on the handles.
WARNING
19) Before opening a door, ensure
that you can do it in conditions
of safety. Open the doors only
when the car is stationary.
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43

EMERGENCY TAILGATE
OPENING
To open the tailgate from the passenger
compartment if the car battery is flat
or the electric tailgate lock is faulty,
proceed as follows (see "Extending the
luggage compartment" in this chapter):
❒extract the rear head restraints
❒fold the backrests over
❒to unlock the tailgate mechanically,
working from the inside of the
luggage compartment, use lever A
fig. 50.EXTENDING THE
LUGGAGE
COMPARTMENT
The separate rear seats allow partial
fig. 51 or total fig. 52 luggage
extension.REMOVING THE PARCEL
SHELF
To remove the parcel shelf, release it
from its two side pins and pull it out.
PARTIAL EXTENSION
(50/50)
(for versions/markets, where provided)
Proceed as follows:
❒lift out rear seat head restraints
(where provided) with backrest
released and tilted toward the
passenger compartment or with the
tailgate open
❒check that the seat belt is fully
extended and not twisted
❒operate lever A or B fig. 53 to release
the left hand or right hand part of the
backrest respectively and guide it
onto the cushion.
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46
GETTING TO KNOW YOUR CAR
compartment

HEADLIGHTS
LIGHT BEAM ALIGNMENT
The correct alignment of the headlights
is important for the comfort and safety
of not only the driver but all other road
users. This is also covered by a specific
rule of the highway code.
The headlights must be correctly aimed
to guarantee the best visibility
conditions for all drivers while travelling
with headlights on.
Contact an Abarth Dealership to have
them properly adjusted.
Check light beam alignment every time
the load or its distribution changes.
IMPORTANT When the gas discharge
(Xenon) headlights (for versions/
markets, where provided) are switched
on, normally parabolas and light beam
move vertically for about 2 seconds
until headlight alignment has stabilised.HEADLIGHT ALIGNMENT
CORRECTOR
This device works with the ignition key
in the MAR-ON position and the dipped
headlights on.
Headlight alignment
adjustment
When the car is loaded, it slopes
backwards. This means the light beam
rises.
In this case, restore the correct
alignment by operating buttons+and–
fig. 59.The adjustment positions are shown on
the display.
Position 0 - one or two people in the
front seats.
Position1-4passengers.
Position2-4passengers + load in the
luggage compartment.
Position 3 - driver + maximum
permitted load stowed in the luggage
compartment.
IMPORTANT Gas discharge headlights
(Xenon headlights) are automatically
adjusted. Headlight alignment
adjustment is electronic and therefore
cannot be manually adjusted using
the+and–buttons.
FOG LIGHTS ALIGNMENT
(for versions/markets, where provided)
Contact an Abarth Dealership to have
the fog lights properly adjusted.
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51

FAULT INDICATIONS
Parking sensor failures, if any, will be
indicated when reverse is engaged by
the switching on of the
symbol
on the instrument panel together with
the message on the display (see
"Warning lights and messages"
paragraph).
11)
OPERATION WITH
TRAILER
Sensor operation is automatically
deactivated when the trailer's electric
cable plug is fitted in the car's tow hook
socket. The sensors are automatically
reactivated when the trailer's cable plug
is removed.GENERAL WARNINGS
When parking, take the utmost care
over obstacles that may be above
or under the sensor.
57)
Objects close to the car are not
detected under certain circumstances
and could therefore cause damage
to the car or be damaged.
Some conditions may influence the
performance of the parking system:
❒Reduced sensor sensitivity and
a reduction in the parking assistance
system performance could be due
to the presence on the surface of the
sensor of: ice, snow, mud, thick
paint.
❒The sensor may detect a non-
existent obstacle (echo interference)
due to mechanical interference, for
example when washing the vehicle,
in rain (strong wind), hail.
❒The signals sent by the sensors can
also be altered by the presence of
ultrasonic systems (e.g. pneumatic
brake systems or pneumatic drills)
near the vehicle.❒Parking assistance system
performance can also be influenced
by the position of the sensors, for
example due to a change in the ride
setting (caused by wear to the shock
absorbers, suspension), or by
changing tyres, overloading the car
or carrying out specific tuning
operations that require the car to be
lowered.
❒The presence of a tow hook without
trailer interferes with the correct
operation of the parking sensors. If a
fixed tow hook is installed, the
parking sensors cannot be used. If
the customer wishes to install a
removable tow hook, this must be
disconnected from the crossmember
whenever the trailer is not attached
to prevent the activation of the
sensors.
❒Do not apply stickers to the sensors.
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63

VALUES DISPLAYED
Range (for versions/markets, where
provided)
This indicates the distance that can still
be travelled with the fuel in the tank,
assuming that driving style remains
unvaried. The display will show the
reading "----"when the following
events take place:
❒range value lower than 50 km (or 30
mi)
❒car parked with engine running for a
long period.
IMPORTANT The range can be affected
by several factors: driving style (see
"Driving style" paragraph in the
"Starting and driving" chapter), type of
route (motorway, towns and cities,
mountain roads, etc.), conditions of use
(load, tyre pressure, etc.). Trip planning
must therefore take the above into
account.
Distance travelled
This value shows the distance covered
from the start of the new journey.Average consumption
This value shows the approximate
average fuel consumption from the start
of the new journey.
Instant consumption (for versions/
markets, where provided)
This value shows the fuel consumption.
The value is constantly updated. The
display will show "----"ifthecar
is parked with the engine running.
Average speed
This value shows the car's average
speed based on the overall time
elapsed since the start of the new
journey.
Trip time
Time elapsed since the start of the new
journey.TRIP BUTTON
The TRIP button is located on the
right-hand stalk fig. 74. With the ignition
key turned to MAR-ON, this button
allows you to view the previously
described values and also zero them to
begin a new mission:
❒brief pressto access the various
value displays;
❒long pressto reset and then start a
new mission.
TRIPTRIP
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81

Warning lights on
displayWhat it means What to do
flashing red or
constantly yellow (for
versions/markets,
where provided)ENGINE OIL DETERIORATED
The symbol lights up and a specific message is shown on the display.
The symbol may flash in the following ways, depending on the versions:
- for 1 minute every two hours;
- for 3 minute cycles with the warning light off for intervals of 5 seconds
until oil is changed.
After the first indication, each time the engine is started the symbol will
continue to flash as described above until the oil is changed. In addition
to the symbol, the display will show a dedicated message. If the symbol
flashes, this does not mean that there is a fault, but simply informs that it
is now necessary to change the oil as a result of regular use of the car. If
the oil is not changed, when a second degradation threshold is reached,
the warning light
also switches on in the instrument panel and the
engine operation is limited to 3000 rpm. If the oil is still not changed,
when a third deterioration threshold is reached, the engine is limited to
1500 rpm to avoid damage. Engine oil deterioration is accelerated by:
- mainly town use of the car which makes the DPF regeneration process
more frequent;
- use of the vehicle for short drives, in which the engine does not have
time to reach its regular operating temperature;
- repeated interruptions of the regeneration process, signalled by the DPF
warning light switching on.Contact an Abarth
Dealership as soon as
possible.64)
14)
93

Warning lights on
displayWhat it means What to do
redENGINE COOLANT TEMPERATURE
TOO HIGH
This symbol comes on when the ignition
key is turned to MAR-ON, but it should
switch off after a few seconds. The symbol
on the display lights up when the engine
has overheated.
The display shows the dedicated message.If the symbol on the display switches on when driving,
proceed as follows:
When driving normally: stop the car, switch off the
engine and check that the water level in the reservoir is
not below the MIN mark. If it is, wait for the engine to
cool down, then slowly and carefully open the cap, top
up with coolant and check that the level is between the
MIN and MAX marks on the reservoir. Also check
visually for any fluid leaks. Contact an Abarth
Dealership if the symbol comes on when the engine is
started again.
If the car is used under demanding conditions
(e.g. high-performance driving or towing trailers):
slow down and, if the symbol stays on, stop the car.
Wait for 2 or 3 minutes with the engine running and
slightly accelerated to further favour the coolant
circulation. Then stop the engine. Check the correct
coolant level as described above.
IMPORTANT Over demanding routes, it is advisable to
keep the engine on and slightly accelerated for a few
minutes before switching it off.
94
KNOWING THE INSTRUMENT PANEL

STARTING AND DRIVING
Let’s get to the "heart" of the vehicle:
seeing how you can exploit all of its
potential to the full.
We’ll look at how to drive it safely in any
situation, so that it can be a welcome
companion, with our comfort and
our wallets in mind.STARTING THE ENGINE ................122
PARKING ........................................123
USING THE GEARBOX ...................124
SAVING FUEL .................................125
TOWING TRAILERS ........................126
SNOW TYRES ................................127
SNOW CHAINS ..............................127
CAR INACTIVITY .............................128
121