2018 Seat Arona lock

The essentials
Emergencies F u
se
s
Fuse location Fig. 70
On the driver-side dash panel: fuse
bo x
c

over. Fig. 71
In the engine compartment: fuse box
c o
v

er. Opening and closing the fuse box situated
belo
w the d a

sh panel
● Opening: remove the fuse box cover in the
direction indicat
ed ››› Fig. 70.
● Closing: click the cover back into place.
To open the engine c
ompartment fuse box
● Raise the bonnet.
● Press the locking tabs to release the fuse
box c
over ››› Fig. 71
● Then lift the cover out.
● To fit the cover, place it on the fuse box.
Pu
sh the locking tabs down until they click
audibly into place.
Identifying fuses situated below the dash
panel by colours
ColourAmp rating
Black1
Purple3
Light brown5
Brown7.5
Red10
Blue15
Yellow20
White or transparent25
ColourAmp rating
Green30
Orange40 
››› in Introduction on page 104
›››
page 104 Replacing a blown fuse
Fig. 72
Image of a blown fuse. Preparation
●
Switch off the ignition, lights and all elec-
tric al
equipment

.
● Open the corresponding fuse box
›››
 page 104.62

The essentials
Action in the event of a punc-
t ur
e
R
elated video Fig. 73
Wheels What to do first
●
Park the vehicle on a horizontal surface
and in a s af
e p

lace as far away from traffic as
possible.
● Apply the handbrake.
● Switch on the hazard warning lights.
● Manual gearbox: select the 1s
t gear.
● Automatic gearbox: Move the sel
ector lever
to position P.
● If you are towing a trailer, unhitch it from
your v
ehicle.
● Have the vehicle tool kit* ›››

page 65 and
the spare wheel ›››
 page 288 ready.
● Observe the applicable legislation for each
countr
y (reflective vest, warning triangles,
etc.). ●
All
occupants should leave the vehicle and
wait in a safe place (for instance behind the
roadside crash barrier). WARNING
● Alw a

ys observe the above steps and pro-
tect yourself and other road users.
● If you change the wheel on a slope, block
the wheel on the oppo
site side of the car with
a stone or similar to prevent the vehicle from
moving. Repairing a tyre with the anti-punc-
t
ur
e k

it Fig. 74
Standard representation: contents of
the anti-p u
nct

ure kit. The anti-puncture kit is located under the
floor p
anel
in the lug

gage compartment. Sealing the tyre
● Unscrew the tyre valve cap and insert. Use
the ›››

Fig. 74 1 tool to remove the insert.
Pl ac
e it
on a clean surface.
● Shake the tyre sealant bottle vigorously
›››
Fig. 74 10 .
● Screw the inflator tube ››
›
Fig. 74 3 into
the se al
ant
bottle. The bottle's seal will break
automatically.
● Remove the lid from the filling tube
›››
Fig. 74 3 and screw the open end of the
t ube int
o the ty
re valve.
● With the tyre sealant bottle upside down,
fill
the tyre with the contents of the sealant
bottle.
● Remove the bottle from the valve.
● Place the insert back into the tyre valve us-
ing the too
l ››› Fig. 74 1 .
Infl atin
g the ty
re
● Screw the compressor tyre inflator tube
›››
Fig. 74 8 into the tyre valve.
● Check that the air bleed screw is closed
› ›
›

Fig. 74 6 .
● Start the engine and leave it running.
● Insert the connector ››
›
Fig. 74 9 into the
v ehic
l
e's 12-volt socket ›››
 page 157.
● Turn the air compressor on with the ON/OFF
swit c

h ››› Fig. 74 5 .
64

The essentials
Removing
● Attach the wire hook (vehicle tools
› ›
›
Fig. 76 6 ) to one of the chambers of the
c entr
al
wheel trim.
● Insert the box spanner through the hook,
suppor
ting it on the tyre and remove the
wheel trim.
Fitting
● Fit the central wheel trim onto the rim. The
bottom of the
“S” of the SEAT badge should
align with the inflation valve ››› Fig. 77 1 .
● Press the central trim firmly until it locks in
w ith an audib
l

e click. Note
There is also a valve mark on the back of the
centr a

l wheel trim that indicates the correct
alignment. Central trim for alloy rims*
Fig. 78
Removing the central wheel trim. Fig. 79
Fitting the central wheel trim. Removing
● Attach the wire hook (vehicle tools
› ››

Fig. 76 6 ) to the housing provided for this
› ›
›
Fig. 78. ●
Pul
l on it to remove the trim ››› Fig. 78.
Fitting
● Fit the central wheel trim onto the rim, fit-
ting the protru
sion on the trim into the recess
in the rim ››› Fig. 79 (arrows).
● Press the central trim firmly until it locks in
with an audibl
e click.
Wheel bolt caps* Fig. 80
Wheel: wheel bolts with caps. Removal
● Fit the plastic clip (vehicle tools) over the
c ap u
nti

l it clicks into place ››› Fig. 80.
● Remove the cap with the plastic clip. 66

The essentials
Wheel bolts Fig. 81
Changing a wheel: loosen the wheel
bo lts. Fig. 82
Changing a wheel: tyre valve 1 and
the c orrect
position for the anti-theft wheel
locking bolt 2 or
3 .
Use only the wheel wrench belonging to the
c
ar t
o loo

sen the wheel bolts.
Loosen the wheel bolts only about one turn
before raising the vehicle with the jack. If the wheel bolt is very tight, carefully push
on the end of the wheel wr

ench with your
foot. Hold on to the vehicle for support and
take care not to slip during this operation.
Loosening wheel bolts
● Fit the wheel wrench on as far as it will go
›››
Fig. 81.
● Hold the wrench at the end and rotate the
bolt ap
proximately one turn anticlock-
wise ››› in Removing and fitting the wheel
on p ag
e 69

.
The caps protect the wheel bolts and should
be pushed fully on again after changing the
tyre.
Loosening the anti-theft wheel bolt
● Take the adapter for the anti-theft wheel
bolts out
of the vehicle tool kit.
● Insert the adapter fully onto the anti-theft
wheel bolt
››› Fig. 82.
● Fit the wheel wrench as far as it will go over
the adapt
er.
● Hold the wrench at the end and rotate the
bolt ap
proximately one turn anticlock-
wise ››› in Removing and fitting the wheel
on p ag
e 69

.
The anti-theft wheel bolt has a different cap.
This cap only fits on anti-theft locking bolts
and is not for use with standard wheel bolts. Important information about wheel bolts
Factor

y-fitted rims and wheel bolts are spe-
cially matched during construction. There-
fore, if different rims are fitted, the correct
wheel bolts with the right length and heads
must be used. This ensures that wheels are
fitted securely and that the brake system
functions correctly.
In certain circumstances, you should not
even use wheel bolts from vehicles of the
same model.
In wheels with full hubcaps, the anti-theft
locking bolt must be threaded onto positions 2
› ›
› Fig. 82
or 3 , taking the tyre valve’s po-
s ition a
s
reference 1 . Otherwise it will not
be po s
s
ible to mount the hubcap. 67

The essentials
Attach the tow rope or the tow bar only to the
t o
wline anc
horages provided or a towing
bracket.
Notes for the driver of the towing vehicle
● The tow rope must be taut before you drive
off.
● Rel

ease the clutch very carefully when start-
ing the v
ehicle (manual gearbox), or acceler-
ate gently (automatic gearbox).
Driving style
Towing requires some experience, especially
when using a tow rope. Both drivers should
realise how difficult it is to tow a vehicle. In-
experienced drivers should not attempt to
tow.
Do not pull too hard with the towing vehicle
and take care to avoid jerking the tow rope.
When towing on an unpaved road, there is al-
ways a risk of overloading and damaging the
anchorage points.
The ignition of the vehicle being towed must
be switched on to prevent the steering wheel
from locking and also to allow the use of the
turn signals, horn, windscreen wipers and
washers.
Place the gear lever in neutral on vehicles
with a manual gearbox. With an automatic
gearbox, place the lever in N. The brake servo only works when the engine
is ru

nning. When not running, you must ap-
ply considerably more pressure to the brake
pedal.
As the power assisted steering does not work
if the engine is not running, you will need
more strength to steer than you normally
would.

››› in General information on page 100
››› page 100 Tow-starting
If the engine will not start, first try starting it
u
s
in

g the battery of another vehicle
››› page 71. You should only attempt to tow-
start a vehicle if charging the battery does
not work. This is done by leveraging wheel
movement.
When tow-starting a vehicle with a petrol en-
gine, do not tow it more than a short dis-
tance, otherwise unburned fuel can enter the
catalytic converter.
However, if your vehicle has to be tow-star-
ted:
● Engage 2 nd
or 3 rd
ge
ar.
● Keep the clutch pressed down. ●
Switc
h the ignition on.
● Once both vehicles are moving, release the
clutc
h.
● As soon as the engine starts, press the
clutc
h and move the gear lever into neutral.
This helps to prevent driving into the towing
vehicle.

››› in General information on page 100
››› page 100 How to jump start
Jump l e
a

ds The jump lead must have a sufficient wire
c
r
o

ss section.
If the engine fails to start because of a dis-
charged battery, the battery can be connec-
ted to the battery of another vehicle to start
the engine.
Jump leads
Jump leads must comply with standard DIN
72553 (see cable manufacturer's instruc-
tions). The wire cross section must be at least
25 mm 2
for petrol engines and at least
35 mm 2
for diesel engines. » 71

The essentials
Note
● The v ehic
les must not touch each other,
otherwise electricity could flow as soon as
the positive terminals are connected.
● The discharged battery must be properly
connected t
o the on-board network. How to jump start: description
Fig. 87
Diagram of connections for vehicles
w ithout


Start-Stop system. Fig. 88
Diagram of connections for vehicles
with St

art-Stop system. Jump lead terminal connections
Swit
c

h off the ignition of both vehicles
››› .
C onnect
one end of

the red jump lead to
the positive + terminal of the vehicle
w ith the fl
at

battery A
› ›
› Fig. 87 .
Connect the other end of the red jump
lead to the positive terminal + in the
v ehic
l

e providing assistance B .
F or

vehicles without Start-Stop system:
connect one end of the black jump lead
to the negative terminal – of the vehi-
c l
e pr

oviding the current B
› ›
› Fig. 87 .
For vehicles with Start-Stop system: con-
nect one end of the black jump lead X to a suitable ground terminal, to a solid
piec
e of
met

al in the engine block, or to
the engine block itself ››› Fig. 88.
1.
2.
3.
4a.
4b. Connect the other end of the
black
jump
lead X to a solid metal component bol-
t ed t
o the en
gine block or to the engine
block itself of the vehicle with the flat
battery. Do not connect it to a point near
the battery A .
P o
s

ition the leads in such a way that
they cannot come into contact with any
moving parts in the engine compart-
ment.
Starting Start the engine of the vehicle with the
boosting battery and let it run at idling
speed.
Start the engine of the vehicle with the
flat battery and wait for 2 or 3 minutes
until the engine is running.
Removing the jump leads Before you remove the jump leads,
switch off the dipped beam headlights if
they are switched on.
Turn on the heater blower and heated
rear window in the vehicle with the flat
battery. This helps minimise voltage
peaks which are generated when the
leads are disconnected.
When the engine is running, disconnect
the leads in reverse order to the details
given above.
5.
6.
7.
8.
9.
10.
11.
72

Safe driving
WARNING
● An incorr ect
sitting position of the driver
can lead to severe injuries.
● Adjust the driver's seat so that there is at
lea
st 25 cm distance between the centre of
the chest and the centre of the steering
wheel ››› Fig. 92. If distance is less than 25
cm, the airbag system may not protect you
properly.
● If your physical constitution prevents you
from maint
aining the minimum distance of 25
cm, contact a specialised workshop. The
workshop will help you decide if special spe-
cific modifications are necessary.
● When driving, always hold the steering
wheel with both h
ands on the outside of the
ring at the 9 o'clock and 3 o'clock positions.
This reduces the risk of injury when the driver
airbag is triggered.
● Never hold the steering wheel at the 12
o'clock
position, or in any other manner (e.g.
in the centre of the steering wheel). In such
cases, if the airbag is triggered, you may sus-
tain injuries to the arms, hands and head.
● To reduce the risk of injury to the driver
during sud
den braking manoeuvres or an ac-
cident, never drive with the backrest tilted far
back! The airbag system and seat belts can
only provide optimal protection when the
backrest is in an upright position and the
driver is wearing his or her seat belt correct-
ly.
● Adjust the head restraint properly to ach-
ieve optima
l protection. Adjusting the steering wheel position
Read the additional information carefully
›› ›

 page 20 WARNING
● Never a dju

st the position of the steering
wheel when the vehicle is moving, as this
could cause an accident.
● Move the lever up firmly so the steering
wheel pos
ition does not accidentally change
during driving. risk of accident!
● Make sure you are capable of reaching and
firmly ho
lding the upper part of the steering
wheel: risk of accident!
● If you adjust the steering wheel so that it
points t
owards your face, the driver airbag
will not protect you properly in the event of
an accident. Make sure that the steering
wheel points towards your chest. Correct position for the front passen-
g
er For your own safety and to reduce the risk of
injur
y
in the ev

ent of an accident, we recom-
mend the following adjustments for the front
passenger:
– Move the front passenger seat back as far
as po

ssible ››› .–
Mo v
e the se

at backrest to an upright posi-
tion so that your back rests completely
against it.
– Adjust the head restraint so that its upper
edge is

at the same level as the top of your
head, or as close as possible to the same
level as the top of your head ››› page 79.
– Always keep both feet in the footwell in
front of

the front passenger seat.
– Fasten your seat belt securely ›››
page 81.
It is possible to deactivate the front passen-
ger airbag in exceptional circumstances
››› page 90.
Adjusting the front passenger seat
›››  page 18. WARNING
● An incorr ect

sitting position of the front
passenger can lead to severe injuries.
● Adjust the front passenger seat so that
there is
at least 25 cm between your chest
and the dash panel. If distance is less than
25 cm, the airbag system may not protect you
properly.
● If your physical constitution prevents you
from maint
aining the minimum distance of 25
cm, contact a specialised workshop. The
workshop will help you decide if special spe-
cific modifications are necessary. » 77
Technical data
Advice
Operation
Emergencies
Safety

Seat belts
●
The slot in the se
at belt buckle must not be
blocked with paper or other objects, as this
can prevent the latch plate from engaging se-
curely.
● Never use seat belt clips, fastening rings or
simil
ar items to alter the position of the belt
webbing.
● Frayed or torn seat belts or damage to the
connections, belt
retractors or parts of the
buckle could cause severe injuries in the
event of an accident. Therefore, you must
check the condition of all seat belts at regular
intervals.
● Seat belts which have been worn in an acci-
dent and hav
e been stretched must be re-
placed by a specialised workshop. Renewal
may be necessary even if there is no apparent
damage. The belt anchorage should also be
checked.
● Do not attempt to repair a damaged seat
belt y
ourself. The seat belts must not be re-
moved or modified in any way.
● The belts must be kept clean, otherwise the
retract
ors may not work properly. Head-on collisions and the laws of
ph
y
s

ics Fig. 99
A driver not wearing a seat belt is
thr o
wn f

orward violently. Fig. 100
The unbelted passenger in the rear
se at
i

s thrown forward violently, hitting the
driver who is wearing a seat belt. It is easy to explain how the laws of physics
w
ork
in the c

ase of a head-on collision: when
a vehicle starts moving, a type of energy called “kinetic energy” is created both in the
pas

sengers and inside the vehicle.
The amount of “kinetic energy” depends on
the speed of the vehicle and on the weight of
the vehicle and of its passengers. The higher
the speed and the greater the weight, the
more energy there is to be “absorbed” in an
accident.
The most significant factor, however, is the
speed of the vehicle. If the speed doubles
from 25 km/h (15 mph) to 50 km/h
(30 mph), for example, the corresponding ki-
netic energy is multiplied by four.
Because the vehicle occupants in our exam-
ple are not restrained by seat belts, in the
event of crashing against a wall, all of the oc-
cupants' kinetic energy will be absorbed
solely by said impact.
Even at speeds of 30 km/h (19 mph) to
50 km/h (30 mph), the forces acting on bod-
ies in a collision can easily exceed one tonne
(1000 kg). At greater speed these forces are
even higher.
Vehicle occupants not wearing seat belts are
not “attached” to the vehicle. In a head-on
collision, they will move forward at the same
speed their vehicle was travelling just before
the impact. This example applies not only to
head-on collisions, but to all accidents and
collisions. »
83
Technical data
Advice
Operation
Emergencies
Safety