2015 Seat Alhambra torque

Operation
Driver assistance systems
Braking and stability systems Brake assist systems The brake assist systems ESC, ABS, BAS, ASR
and EDL only operate when the ignition is
switched on. They contribute significantly to
increasing active safety.
Electronic Stability Control (ESC)
ESC reduces the risk of skidding and increa-
ses the vehicle stability by braking individual
wheels under specific driving conditions. ESC
detects critical handling situations, such as
understeer, oversteer and wheelspin on the
driven wheels. The system stabilises the ve-
hicle by braking individual wheels or by re-
ducing the engine torque.
The ESC has limits. It is important to realise
that the ESC is also subject to the laws of
physics. ESC will not be able to deal with all
situations with which drivers may be faced.
For example, if the road surface changes sud-
denly then ESC will not be useful in all cases.
If the vehicle suddenly enters a section cov-
ered by water, mud or snow then ESC will not
provide assistance in the same way as on dry
ground. If the vehicle loses its grip on the
ground and moves on a film of water (“aqua-
planing”), the ESC will not be able to assist the driver to control the vehicle as the loss of
adherence with the road surface will prevent-
ing braking and steering. If the vehicle is
driven through series of bends at high
speed, the ESC will not always be as effec-
tive: the vehicle reaction to aggressive driv-
ing is not the same as at reduced speeds.
When driving with a trailer, ESC does not pro-
vide the same amount of vehicle control as
without a trailer.
Adjust your speed and driving style to road,
traffic and weather conditions. ESC cannot
push the limits of the laws of physics; im-
prove the transmission available or maintain
the vehicle on the road if a lack of driver at-
tention creates an inevitable situation. Other-
wise, ESC assists in maintaining vehicle con-
trol in extreme situations and uses the move-
ments of the steering made by the driver to
maintain the vehicle moving in the desired
direction. If the vehicle is driven at such a
speed that it will leave the road before ESC
can intervene then the system cannot pro-
vide assistance.
The ABS, BAS, ASR and EDL systems are in-
corporated into the ESC. The ESC is always
on. The ESC should only be turned off using
the ASR button
›››
Fig. 134 when traction is
in s
ufficient. Always remember to turn on the
ASR once more when the vehicle has traction
again. Anti-lock brake system (ABS)
ABS can prevent the wheels from locking dur-
ing braking until just before the vehicle stops
thus helping the driver to steer the vehicle
and maintain control. This means that, even
during full braking, the risk of skidding is re-
duced:
● Press and hold the brake pedal fully. Do not
remove your foot from the brake pedal or re-
duce braking force!
● Do not “pump” the brake pedal, or reduce
braking force!
● Maintain vehicle direction when braking
fully.
● When the brake pedal is released or when
the brake force is reduced, ABS is turned off.
ABS control can be observed by vibration of
the brake pedal and noise. You should never
expect

the ABS to reduce the braking dis-
tance under
any circumstances. This distance
will increase when driving on gravel, recent
snow or on icy and slippery ground.
When driving on loose ground, the all-terrain
configuration of the ABS is automatically
turned on. When ABS is activated, the front
wheels may lock briefly. This shortens the
braking distance in off-road situations as the
wheels are prevented from digging into loose
surfaces. All-terrain ABS only intervenes
when driving in a straight line. When the
154

Driver assistance systems
front wheels are turned, the normal ABS is
activated.
Brake assist system (BAS)
The brake assist system may reduce the re-
quired braking distance. The brake assist
system boosts the braking force if you press
the brake pedal quickly in an emergency. As
a result, the braking pressure increases rap-
idly, the braking force is multiplied and the
braking distance is reduced. This enables the
ABS to be activated more quickly and effec-
tively.
¡Do not lift your foot off the brake pedal!
When the br ak
e pedal is released or when
the brake force is reduced, braking assist au-
tomatically turns off the brake servo.
Traction control when accelerating (ASR)
In the event of wheelspin, the traction control
system reduces the engine torque to match
the amount of grip available. The ASR makes
some situations easier, for example, when
starting, accelerating or going uphill, even in
unfavourable road conditions.
The ASR can be switched on or off manually
››› page 156.
Electr

onic differential lock system (EDL and
XDS)
EDL is available when driving in straight lines
under normal conditions. When the EDL de- tects wheelspin, it brakes the spinning wheel
and directs the power to the other drive
wheels. To prevent the disc brake of the
braked wheel from overheating, the EDL cuts
out automatically if subjected to excessive
loads. The EDL will switch on again automati-
cally when the brake has cooled down.
The XDS function is an extension of the elec-
tronic differential lock. The XDS does not re-
act to the traction of the driving wheels, but
to the adherence of the front wheel on the in-
side of the curve whilst gripping rapidly in
corners. The XDS gives pressure to the brakes
of the wheel on the interior of the corner to
prevent skidding. This improves traction,
which assists the vehicle in continuing the
required line.
WARNING
Driving at high speed on icy, slippery wet
ground can result in loss of vehicle control
and serious injury to the driver and passen-
gers.
● Adjust your speed and driving style to visi-
bility, road, traffic and weather conditions.
Even though the brake assist systems, ABS,
BAS, EDL, ASR and ESC, provide more securi-
ty, do not take unnecessary risks while driv-
ing.
● Brake assist systems can not overcome the
laws of physics. Even with ESC and other sys-
tems, slippery and wet roads will always be
dangerous. ●
Driving to quickly on wet ground can result
in the wheels losing contact with the ground
in an effect known as “aquaplaning”. Without
adherence, it is impossible to brake, steer or
control the vehicle.
● Brake assist systems cannot avoid acci-
dents if, for example, the driver does not re-
spect safety distances or drives to quickly in
difficult conditions.
● Even though brake assist systems are ex-
tremely effective and help control the vehicle
in difficult situations, remember that the ve-
hicle stability depends on tyre grip.
● When accelerating on a slippery surface,
for example on ice or snow, press the acceler-
ator carefully. The wheels can still slip even
with brake assist systems resulting in loss of
vehicle control. WARNING
The effectiveness of the ESC can be consider-
ably reduced if other components and sys-
tems affecting driving dynamics are not main-
tained or are not functioning correctly. This
includes, among others, brakes, tyres and
other systems already mentioned.
● Remember that changing and fitting other
components to the vehicle can affect opera-
tion of the ABS, BAS, ASL EDL and ESC.
● Changes to the vehicle suspension or using
unapproved wheel/tyre combinations can af-
fect operation of the ABS, BAS, ASL EDL and
ESC, as well as their effectiveness. » 155
Technical specifications
Advice
Operation
Safety

Driver assistance systems
Operation mode Fig. 149
In the windscreen: field of vision of
the lane assist system camera. Using the camera located in the sun visor,
the lane assist system detects the possible
lines dividing it. When the vehicle involuntar-
ily approaches a dividing line it has detected,
the system will notify the driver with a
correc-
tive intervention . It is possible to over-regu-
l at
e the corrective intervention at any time.
If the turn signal is connected, there will be
no warning as the lane assist system under-
stands that you wish to change lanes volun-
tarily.
Steering wheel vibration
The following situations cause the steering
wheel to vibrate and require the driver to take
active control of the steering: ●
If the limits inherent to the system are
reached.
● If the maximum rotational torque during
the corrective intervention is not enough to
keep the vehicle inside the lane.
● If during the corrective intervention by the
system the lane is no longer detected.
Switching the lane assist system on or off
● Select the corresponding menu option us-
ing the button for the driver assist systems
››› page 47.
● OR: activate or deactivate the system in the
menu Setting
s, sub-menu Assist systems ,
menu Lane Assist ››› page 47. The “confirma-
tion sign” indic

ates that the driver assist sys-
tem is switched on.
Automatic deactivation: the lane assist sys-
tem can be deactivated automatically if there
is a system malfunction. Control lamp
switches off.
The lane assist system is inactive (control
lamp lit in yellow)
● When driving speed drops to approx.
65 km/h (40 mph).
● When the Lane Assist system does not de-
tect the dividing lines of the road. For exam-
ple, in the event of road works, and snow,
dirt, moisture or reflections.
● When the radius of a curve is too small. ●
When there is no dividing line.
● When the distance to the next dividing line
is excessive.
● When there are more than two lane mark-
ings per lane.
● When the ASR is switched off.
● When the system does not detect any ac-
tive rotation of the steering wheel by the driv-
er during a prolonged period.
● Temporarily, in the event of very dynamic
driving.
● When the turn signal is connected. Note
● Before starting travel, verify that the cam-
era's field of vision is not covered ››› Fig. 149.
● Keep the c

amera window clean. Disconnect the lane assist system in
the following situations
Due to the limits of the Lane Assist system,
switch it off in the following situations:
● When more attention is required of the
driver
● For very sporty driving
● In very unfavourable weather conditions
● In very unfavourable road conditions
● In areas of road works
173
Technical specifications
Advice
Operation
Safety

Wheels and tyres
time to time according to the system
››› Fig. 174 . The useful life of all the tyres will
then be about the s
ame time.
SEAT recommends you take the vehicle to a
specialised workshop to have the tyres
changed.
Tyres that are over 6 years old
Tyres are subject to an ageing process as a
result of physical and chemical processes.
This may affect their performance. Tyres
which are stored for long periods of time
without being used, harden and become
more fragile than tyres which are in constant
use.
SEAT recommends that tyres over six years
old are replaced with new tyres. This also ap-
plies to tyres which appear to be in perfect
condition on the outside and which have a
tread depth within the values stipulated by
the Law ››› .
The date of manufacture, part of the tyre
identification number (TIN), indicates the age
of the tyre ››› page 238 .
St orin

g tyres
Mark tyres when you remove them to indicate
the direction of rotation (left, right, forwards,
backwards). This ensures you will be able to
mount them correctly when you replace
them. When removed, the wheels and/or
tyres should be stored in a cool, dry and pref- erably dark location. Do
not place tyres
mount

ed on the wheel in a vertical position.
Protect tyres not mounted on wheels from
dirt by storing them in suitable bags and
standing them on the ground on their tread. WARNING
Aggressive fluids or substances could result
in visible or invisible damage with the conse-
quent risks.
● Always ensure that tyres do not come into
contact with chemical products, oil, grease,
fuel, brake fluid or other aggressive substan-
ces. WARNING
Old tyres, even if they have never been used,
may lose air or burst unexpectedly while driv-
ing, resulting in serious accident or damage.
● If tyres are over six years old, they should
only be used in an emergency and with ex-
treme caution. For the sake of the environment
Old tyres must be disposed of by qualified
personnel according to the laws in the coun-
try concerned. Wheel rims
The design of wheel bolts is matched to the
rims. If different rims are fitted, the correct
wheel bolts with the right length and correct-
ly shaped bolt heads must be used. This en-
sures that wheels are fitted securely and that
the brake system functions correctly
››› page 246.
F or t

echnical reasons, it is not generally pos-
sible to use the wheels from other vehicles.
In some cases, this may also be true for the
same model of wheel.
The tyres and rims approved by SEAT are spe-
cially matched to the characteristics of the
vehicle and are critical to good road holding
and safe handling.
Note for Italy: A SEAT Service Centre should
be c on

sulted whether different sized wheels
or tyres to those originally fitted by SEAT may
be fitted, as well as the combinations al-
lowed between the front axle (axle 1) and
back axle (axle 2).
Wheel bolts
Wheel bolts must be tightened to the correct
torque ›››
page 246
.
Beadlock wheel rims
Beadlock wheel rims have various compo-
nents. These are joined together by special
bolts using a special procedure. This ensures »
233
Technical specifications
Advice
Operation
Safety

Advice
WARNING
If the folding chocks are assembled or used
incorrectly, an accident may occur and seri-
ous injury caused.
● Never use damaged chocks.
● Never use chocks to immobilize the vehicle
on a slope. Changing a wheel*
Introduction The tyres mounted on the vehicle are anti-
puncture. The wheels should only be
changed when switching from summer to
winter tyres or vice-versa. See
›››
page 237
The vehicle only comes with the necessary
tools for changing wheels if factory supplied
with winter tyres. If this is not the case, you
need to go to a specialised workshop to get
the wheels changed.
You should only change the wheels yourself if
the vehicle is parked in a safe place, you are
familiar with the procedure and safety stand-
ards and you have all the necessary tools!
Otherwise, you should seek professional as-
sistance. WARNING
Changing a wheel can be dangerous, espe-
cially on the hard shoulder. Please observe
the following rules to minimise the risk of in-
jury:
● Stop the vehicle safely as soon as possible.
Park at a safe distance from surrounding traf-
fic to change a wheel.
● When changing a wheel, keep all passen-
gers, and particularly children, a safe dis-
tance away from the work area.
● Turn on the hazard warning lights to warn
other road users.
● Ensure the ground on which you park is flat
and solid. If necessary, support the jack on a
wide solid base.
● If you are changing a wheel yourself, you
should be familiar with the required proce-
dure. Otherwise, you should seek professio-
nal assistance.
● Only use suitable tools that are not dam-
aged when changing a wheel.
● Always stop the engine, turn on the elec-
tronic parking brake and place the gear selec-
tor lever in position P, for an automatic gear-
box, or engage a gear for a manual gearbox to
reduce the risk of the vehicle moving acciden-
tally.
● Have the tightening torque of the wheel
bolts checked as soon as possible with a reli-
able torque wrench. WARNING
If the wheel trims are not appropriate or not
fitted correctly, they could cause major acci-
dents or damage.
● Incorrectly mounted wheel trims may come
off while driving and endanger other road
users.
● Damaged trims must never be mounted on
the wheels.
● Always ensure that the brake ventilation
and cooling is not cut off or blocked. This is
also valid if hubcaps are fitted later. If there
is not enough air, you may require signifi-
cantly longer braking distances. CAUTION
Remove and remount wheel trims taking care
to avoid damage to the vehicle. 246

Advice
If the wheel bolt is very tight, you may be
able to loosen it by pushing down on the end
of the wheel brace carefully with your foot.
Hold on to the vehicle for support and take
care not to slip.
Loosening wheel bolts
● Fit the wheel brace as far as it will go over
the wheel bolt ››› Fig. 185 .
● Ho l
d the wheel brace at the end and rotate
the bolt approximately one turn anticlockwise
››

› .
Loosening anti-theft wheel bolts
For wheels with full trim, the anti-theft wheel
lock must be threaded into position
››› Fig. 186 2 or
3 . Otherwise it will not be
possible to mount the entire hubcap.
● Take the adapter for anti-theft wheel bolts
out of the vehicle tool kit.
● Insert the adapter onto the anti-theft wheel
bolt.
● Fit the wheel brace onto the adapter as far
as possible.
● Hold the wheel brace at the end and rotate
the bolt approximately one turn anticlockwise
› ›

› .
Important information about wheel bolts
The wheel rims and bolts have been de-
signed to be fitted to factory options. If differ- ent rims are fitted, the correct wheel bolts
with the right length and correctly shaped
bolt heads must be used. This ensures that
wheels are fitted securely and that the brake
system functions correctly.
In some circumstances, wheel bolts from the
same model vehicle should not be used.
Wheel bolt tightening torque
The prescribed tightening torque for wheel
bolts for steel and alloy wheels is
140 Nm.
Hav e the tight

ening torque of the wheel bolts
checked as soon as possible with a reliable
torque wrench.
If wheel bolts are rusty and it is difficult to
tighten them, the threads should be replaced
and cleaned before checking the tightening
tor

que.
Never grease or lubricate wheel bolts or the
wheel hub threads. Although they have been
tightened to the prescribed torque, they
could come loose while driving. WARNING
If the wheel bolts are not fitted correctly they
could be released while driving leading to
loss of vehicle control and serious damage.
● Only use wheel bolts which correspond to
the wheel rims in question.
● Never use different wheel bolts. ●
The bolts and threads should be clean, free
of oil and grease and easy to thread.
● To loosen and tighten the wheel bolts, al-
ways use the wheel brace supplied with the
vehicle.
● Loosen the wheel bolts only about one turn
before raising the vehicle with the jack.
● Never grease or lubricate wheel bolts or the
wheel hub threads. Although they have been
tightened to the prescribed torque, they
could come loose while driving.
● Never loosen the bolted joints of wheel
rims with bolted ring trims.
● If the wheel bolts are not tightened to the
correct torque, they may come loose while
driving, and the bolts and rims may come
out. If the tightening torque is too high, the
wheel bolts and threads can be damaged. 248

Advice
●
Never raise the vehicle if it is tilting to one
side or the engine is running.
● Never start the engine when the vehicle is
raised. The vehicle may come loose from the
jack due to the engine vibrations. Changing a wheel
Fig. 189
Changing a wheel: loosen wheel
bolts with the socket at the end of the wheel
brace Removing the wheel
● Loosen the wheel bolts ››› page 247 .
● Jacking up the vehicle ››› page 249.
● Using the hexagonal socket in the wheel
brace ››› Fig. 189 , unscrew the slackened
wheel bo
lts and place them on a clean sur-
face.
● Take off the wheel. Putting on the spare wheel
Check the direction of rotation of the tyre
››› page 232.
● Fit the wheel

.
● Screw on the anti-theft locking bolt with
the adapter in position ››› Fig. 186 2 or
3 clockwise and tighten gently.
●
Replace the other wheel bolts and tighten
slightly using the hexagonal socket on the
end of the wheel

brace.
● Lower the car with the jack.
● Tighten all of the wheel bolts clockwise
››› . Tighten the bolts in diagonal pairs (not
in a circle).
● Put the caps, trim or full hubcap back on
››› page 247 . WARNING
If the wheel bolts are not treated suitably or
not tightened to the correct torque then this
could lead to loss of vehicle control and to a
serious accident.
● All the wheel bolts and hub threads should
be clean and free of oil and grease. The wheel
bolts should be easily tightened to the cor-
rect torque.
● The hexagonal socket in the wheel brace
should be used for turning wheel bolts only.
Do not use it to loosen or tighten the wheel
bolts. After changing the wheel
●
Clean the wheel brace, if necessary, and
put it away in the boot ››› page 244.
● Have the tightening torque of the wheel
bolts checked as soon as possible with a tor-
que wrench ››› page 248. Note
If the vehicle is fitted with a tyre monitoring
system, this should be “reprogrammed” if
necessary whenever a tyre is changed
››› page 179. Tyre repair
TMS (Tyre Mobility System)* The Anti-puncture kit* (Tyre Mobility System)
will reliably seal punctures caused by the
penetration of a foreign body of up to about
4 mm
in diameter.
Do not remove foreign ob-
j

ects, e.g. screws or nails, from the tyre.
Once the sealant is in the tyre, make sure to
check the pressure after 10 minutes driving.
If the vehicle has more than one damaged
tyre, seek professional assistance. The tyre
mobility system is designed for filling one
tyre.
Only use the tyre mobility system if the vehi-
cle is properly parked, you know how to do it
250

Technical specifications
Technical specifications
Technical specifications
Important information Important The information in the vehicle documentation
always takes precedence over the informa-
tion in this Instruction Manual.
All technical specifications provided in this
documentation are valid for the standard
model in Spain. The vehicle data card inclu-
ded in the Maintenance Programme or the
vehicle registration documents shows which
engine is installed in the vehicle.
The figures may be different depending
whether additional equipment is fitted, for
different models, for special vehicles and for
other countries.
Abbreviations used in the Technical
Specifications sectionAbbrevi-
ationMeaning
kWKilowatt, engine power measurement.
PSPferdestärke (horsepower), formerly used
to denote engine power.
rpmRevolutions per minute - engine speed.
NmNewton metres, unit of engine torque.
litres per100 kmFuel consumption in litres per 100 km (70
miles).
g/kmCarbon dioxide emissions in grams per km
(mile) travelled.
CO 2Carbon dioxide
CNCetane number, indication of the diesel
combustion power.
RONResearch octane number, indication of the
knock resistance of petrol. Vehicle code
Fig. 223
Vehicle identification number. Vehicle identification number
The vehicle identification number (chassis
number) can be read from outside the vehicle
through a viewer in the windscreen
››› Fig. 223 . This viewer is located in the lower
p ar

t of the windscreen. The vehicle identifica-
tion number (chassis number) is also stam-
ped on the right water drain channel. The wa-
ter drain channel is located between the sus-
pension tower and the wing. Open the bon-
net to read the vehicle identification number
 ››› page 214.
Vehic

le data plate
The vehicle data plate is attached to the lug-
gage compartment, and contains the follow-
ing information:
274