2010 Seat Alhambra gas type

Airbag system33
Safety FirstOperating instructionsPractical tipsTe c h n i c a l D a t a
Airbag system
Description and function of the airbag
The airbag can protect vehicle occupants in the event of an accidents, cush-
ioning the movement of the occupants in the direction of the collision in
frontal and side accidents.
Deployed airbags fill with a propellant gas. This causes the airbag covers to
break and the airbags to deploy extremely quickly in their entire deployment
space within fractions of a second. When an occupant with the seat belt prop-
erly fastened puts pressure on the inflated airbag, the propellant gas escapes
to absorb the force of the impact and slow the movement. This reduces the
risk of severe or fatal injuries. Airbag deployment does not mean that other
types of injury such as swelling, bruising, burns and skin injuries can be ruled
out.
Airbags do not protect the arms or the lower part of the body.
The most important factors for triggering the airbag are the type of accident,
the angle of impact, the vehicle speed and the characteristics of the object
the vehicle hits. Therefore, airbags are not triggered every time the vehicle is
visibly damaged.
The airbag system is designed to be triggered in collisions with a severe
impact. The front, curtain, side and knee airbags may be triggered under
special circumstances. The scope of any visible damage to the vehicle is not
an indication of airbag deployment.
Airbags act in conjunction with three-point seat belts in the event of certain
accidents, when the vehicle deceleration rate is severe enough to trigger the
airbags. Airbags only deploy once and only under certain circumstances. Seat
belts remain present to offer protection in situations where airbags are not
triggered or where they have already deployed. For example, when a vehicle
hits another after an initial collision or is hit by another vehicle.The airbag system is an integral part of the car's passive safety system. The
airbag system can only work effectively when the occupants are wearing their
seat belts correctly and have adjusted the head restraints properly
’
Ÿpage 10.
Vehicle safety components
The following safety equipment makes up the vehicle safety design to reduce
the risk of severe and fatal injuries. Depending on the vehicle equipment,
some equipment may not be fitted in the vehicle or may not be available in
some markets.
xOptimised seat belts for all seats.
xBelt tension devices for the driver and front passenger and, where appli-
cable, on the outer seats of the second row of seats in combination with the
side airbags.
xFurthermore, belt tension limiters for the driver's and front passenger's
seat belt.
xBelt height adjustment for the front seats and, where applicable, the
outer seats of the second row of seats.
xSeat belt warning lamp
xFrontal airbags for driver and passenger.
xSide airbags for the driver, front passenger and, where applicable, the
outer seats of the second row of seats.
xLeft and right curtain airbags.
xOne airbag for the driver's knees.
xAirbag control lamp T.
xPASSENGER AIR BAG /&&  control lamp.
xControl units and sensors.
xHeight-adjustable head restraint optimised for rear collisions.
xAdjustable steering column.
xWhere applicable, mountings for child seats on the rear seats and on the
front passenger's seat.

Checking and refilling levels 298
If good quality petrol with additives is not available or engine problems arise,
the necessary additives must be added when refuelling.
Not all petrol additives have been shown to be effective. The use of unsuit-
able petrol additives could damage the engine. These additives are available
from qualified workshops, who will inform you of their application.
Caution
xOnly use fuel with an octane rating that is in line with the norm EN 228,
otherwise significant damage could be caused to the engine and fuel system.
Furthermore, it could lead to a loss of performance with the consequent
engine fault.
xThe use of unsuitable petrol additives could damage the engine.
xIf, in exceptional circumstances, petrol with a lower octane rating to that
recommended is used, only use moderate engine speeds and a light throttle.
Avoid using full throttle and overloading the engine. Otherwise you may
damage the engine. Fill up with fuel of a suitable octane rating as soon as
possible.
xDo not refuel if the filler indicates that the fuel contains metal. LRP (lead
replacement petrol) fuels also contain high concentrations of metal addi-
tives. This could damage the engine!
xJust one full tank of leaded fuel would seriously impair the efficiency of
the catalytic converter and could damage it.
Diesel
Diesel fuel
Diesel fuel must correspond to European standard EN 590 (In Germany, EN
590 or DIN 51628).
The use of diesel fuel with a high sulphur percentage requires shorter service
intervals ŸBooklet “Maintenance Programme” Ÿ. Your qualified work-shop will be able to tell you which countries have diesel with a high sulphur
content.
Do not mix fuel additives (thinners, or similar additives) with diesel fuel.
Winter-grade diesel
When using “summer-grade diesel fuel”, difficulties may be experienced at
temperatures below 0 °C (+32 °F) because the fuel thickens due to wax sepa-
ration. For this reason, “winter-grade diesel fuel” is available in Germany, for
example, during the cold months. It can be used at temperatures as low as
-20 °C (-4 °F).
In countries with different climatic conditions, other types of diesel fuel are
available that are suitable to local temperatures. SEAT qualified workshops
and filling stations in the country concerned will inform you on the type of
diesel fuels available.
A cold diesel engine makes more noise during winter temperatures than
summer temperatures. Furthermore, the exhaust fumes may turn slightly
bluish while the engine is heating. The quantity of exhaust gases will depend
on the outside temperature.
Filter pre-heater
Vehicles with a diesel engine are fitted with a fuel filter pre-heater. This
ensures that the fuel system remains operational to approx. -24 °C (-11.2 °F),
provided you use winter-grade diesel which is safe to -15 °C (+5.00 °F).
However, if the fuel has waxed to such an extent that the engine will not start
at temperatures of under -24 °C (-11.2 °F), simply place the vehicle in a warm
garage or workshop for a while to heat up.
Auxiliary heater
Vehicles with a diesel engine may be fitted with an auxiliary heater. The
heater runs off the fuel from the fuel tank. On doing so, smells and steam may
be noticed outside the vehicle for a short period. This is normal and it is not
an indication of a fault in the vehicle.

Checking and refilling levels299
Safety FirstOperating instructionsPractical tipsTe c h n i c a l D a t a Whenever there is little fuel in the tank (reserve), the auxiliary heater auto-
matically switches off.
WARNING
Never use start boosters. An aerosol start booster could explode or cause
a sudden rise in engine speed leading to engine damage and serious injury.
Caution
xThe vehicle is not prepared for the use of biodiesel. Under no circum-
stances should this fuel be used. It could damage the fuel system and subse-
quently lead to engine faults!
xThe addition of biodiesel to diesel by the diesel producer according to
Standard EN 590 or other equivalent (DIN 51628 in Germany, for example) is
authorised and causes no type of damage to the engine or the fuel system.
xThe diesel engine has been designed for to use diesel fuel exclusively.
Therefore, never use petrol, fuel oil or other unsuitable fuels. The composition
of these fuels may significantly damage the fuel system and the engine.
xThe use of diesel fuels with a high sulphur percentage could considerably
reduce the service life of the diesel particulate filter. Your qualified workshop
will be able to tell you which countries have diesel with a high sulphur
content.
Information on fuel consumption
The consumption and emission values indicated do not refer to one specific
vehicle. They are only to be used to compare the values of the different
vehicle versions. The fuel consumption and CO
2 emissions of a vehicle not
only depend on the effective use of fuel. They also depend on your driving
style and other non-technical factors.Calculating fuel consumption
Fuel consumption and emission values are determined according to the
current version of the 715/2007/EC or 80/1268/EEC regulation and are valid
for the vehicle kerb weight. The specifications do not refer to an individual
vehicle. Two measuring cycles are carried out on a rolling road test bed. The
test criteria are as follows:
Note
The kerb weight may vary according to the vehicle equipment. This could
raise consumption and the CO
2 emissions slightly.
Note
In practice, consumption values could be different to the values calculated
based on the 715/2007/EC or 80/1268/EEC regulations.
Urban cycleMeasurement of the urban cycle starts with an engine cold
start. City driving is then simulated at between 0 and 50
km/h.
Road cycleIn the road cycle simulation, the car undergoes frequent
acceleration and braking in all gears, as in normal everyday
driving. The road speed ranges from 0 to 120 km/h.
CombinedThe average combined consumption is calculated with a
weighting of around 37 % for the urban cycle and 63 % for
the road cycle.
CO2 emis-
sions of the
combination The exhaust gases are collected during both driving cycles to
calculate carbon dioxide emissions (urban and road). The
gas composition is then analysed to evaluate the CO
2 con-
tent and other emissions.