2015 Seat Alhambra fuel consumption

Driver assistance systems
● when a sporty driving style is employed,
● in the event of a major distraction for the
driver,
The tiredness detection function switches off
when the ignition is switched off or when the
driver unbuckles their seat belt and opens
the door. If driving for a long time under 65
km/h (40 mph), the system ceases to assess
tiredness automatically. If driving speed is
then increased, the behaviour at the wheel
will again be evaluated.
Tyre monitoring systems
Introduction The tyre monitor indicator monitors the tyre
pressure of each wheel during driving using
the ABS sensors. The ABS sensors monitor
the tyre tread perimeter and vibrations of
each tire. The tyre monitor indicator warns
the driver if it detects a considerable drop in
tyre pressure of one or several tyres while
driving. Loss of tyre pressure will be indica-
ted by the indicator
 as well as an audible
warning and sometimes a text message on
the dash panel display. When you open the
driver door, you will find a label indicating
the tyre pressure recommended by the manu-
facturer for the maximum vehicle load for
each tyre approved for the vehicle in ques-
tion. By pressing the adjustment button on the tyre monitoring indicator, you may
change the reference pressure for the tyres
so that the tyre pressure coincides with ac-
tual pressure
››› page 179 .
S uit
able use of the adjustment button
››› page 179. WARNING
Unsuitable handling of the wheels and tyres
may lead to sudden tyre pressure losses, to
tread separation or even to a blow-out.
● Check tyre pressures regularly and ensure
they are maintained at the pressures indica-
ted. If the tyre pressure is too low, the tyres
could overheat, resulting in tread detachment
or even burst tyres.
● Tyre pressure should be that indicated on
the label when the tyres are cold at all times
››› page 235.
● Re

gularly check the cold inflation pressure
of the tyres. If necessary, change the tyre
pressure of the vehicle tyres while they are
cold.
● Regularly check your tyres for damage and
wear.
● Never exceed the maximum permitted
speed or loads specified for the type of tyre
fitted on your vehicle. WARNING
Incorrect use of the tyre monitoring indicator
button could result in the indicator giving er- roneous messages or prevented from indicat-
ing the danger caused by a defective tyre
››› page 179. CAUTION
● The tyre valves may be damaged if the cap
is not in place. Check that the caps are identi-
cal to the standard caps and have been cor-
rectly tightened. Do not use metal caps
››› page 179.
● Do not damage the valves when changing
the tyres ››› page 179
. For the sake of the environment
Under-inflated tyres lead to increased fuel
consumption and tyre wear. Note
● Do not only rely on the tyre monitoring sys-
tem. Regularly check your tyres to ensure
that the tyre pressure is correct and that the
tyres are not damaged due to puncture, cuts,
tears and impacts/dents. Remove objects
from the tyres only when the tyres have not
been pierced by these.
● The tyre monitoring system is set to the
tyre pressure recommended by the manufac-
turer and indicated on the label ››› Fig. 175. 177
Technical specifications
Advice
Operation
Safety

Checking and refilling levels
● Unscrew the tank cap anticlockwise and in-
sert it in the hole in the tank flap hinge
››› Fig. 159 .
R ef
uelling
The correct petrol type for the vehicle is loca-
ted on a sticker inside the fuel tank flap
››› page 209.
● If the aut

omatic filler nozzle is operated
correctly, it will switch itself off as soon as
the tank is full ››› .
● Do not continue to refuel if it is turned off!
Otherwise, this will fill the expansion cham-
ber and fuel may leak out if the ambient con-
ditions are warm.
Closing the fuel tank cap
● Screw on the tank cap clockwise until it you
hear it click into position.
● Press the tank flap until you hear it click in-
to place. The tank flap must be flush with the
body contour. WARNING
Do not continue refilling once the fuel nozzle
has switched itself off. The fuel tank may be
filled too much. As a result, fuel may spurt
out and spill. This could lead to a fire, explo-
sion and severe injuries. CAUTION
● Always remove any fuel spilled on the vehi-
cle paintwork immediately to avoid damage
to the wheel housing, the tyre and vehicle
paintwork. For the sake of the environment
Spilt fuel can contaminate the environment. Fuel
Introduction You will find a factory-fitted sticker containing
information on the type of fuel for your vehi-
cle on the inside of the fuel tank flap.
WARNING
Refuelling or handling fuel carelessly can
cause an explosion or fire resulting in serious
burns and injuries.
● Fuel is a highly explosive, easily flammable
substance.
● Observe current safety instructions and lo-
cal regulations concerning the handling of
fuel. Types of fuel
The type of fuel to use when refilling will de-
pend on the vehicle's engine. You will find a
factory-fitted sticker containing information
on the type of fuel for your vehicle on the in-
side of the fuel tank flap.
SEAT recommends the use of sulphur-free or
low sulphur fuel to reduce consumption and
prevent engine damage.
Possible
types of fuelAlternative namesFurther in-formation
91 a)
RONNormal petrol, normal
unleaded petrol
››› page 20995 a)
RONPremium unleaded
petrol (95 RON)
98 a)
RONPremium unleaded
petrol (98 RON)
Diesel ››› page 210
a)
RON = Regulation Octane Number
Petrol Petrol types
Vehicles with petrol engines must refuel us-
ing unleaded petrol according to European
norm EN 228
››› .
»
209
Technical specifications
Advice
Operation
Safety

Advice
Petrol types are categorised according to
their octane number (e.g. 91, 95, 98 or 99
RON (RON = “Research Octane Number”).
You may use petrol with a high octane num-
ber than the one recommended for your en-
gine. However, this has no advantage in
terms of fuel consumption and engine power.
SEAT recommends refuelling with a low sul-
phur content or sulphur-free petrol to reduce
fuel consumption for petrol engines.
Petrol additives
The quality of the fuel influences the behav-
iour, power and service life of the engine.
This is why the petrol you use should carry
suitable additives already included by the
petrol industry, free of metals. These addi-
tives will help to prevent corrosion, keep the
fuel system clean and prevent deposits from
building up in the engine.
If good-quality petrol with metal-free addi-
tives 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 unsuitable petrol ad-
ditives may cause significant damage to the
engine and the catalytic converter. Metal ad-
ditives should never be used. Metal additives
may also be contained in petrol additives for
improving anti-detonation ratings or octane
ratings ››› . SEAT recommends “genuine Volkswagen
Group Fuel Additives for petrol engines”.
These additives can be bought at SEAT deal-
ers, where information on how to use them
can also be obtained.
CAUTION
● Do not refuel if the filler indicates that the
fuel contains metal. LRP (lead replacement
petrol) fuels contain high concentrations of
metal additives. Using them may damage the
engine!
● Only use fuel with an octane rating that is
in line with the norm EN 228, otherwise sig-
nificant damage could be caused to the en-
gine and fuel system. Furthermore, it could
lead to a loss of performance with the conse-
quent engine fault.
● The use of unsuitable petrol additives could
damage the engine.
● If, 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 suit-
able octane rating as soon as possible.
● Just one full tank of leaded fuel would seri-
ously 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
››› Booklet Maintenance Programme ››› .
Your technical service centre 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”, dif-
ficulties may be experienced at temperatures
below 0 °C (+32 °F) because the fuel thickens
due to wax separation. For this reason, “win-
ter-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 condi-
tions, other types of diesel fuel are available
that are suitable to local temperatures. Tech-
nical service centres and filling stations in
the country concerned will inform you on the
types of diesel fuels available.
210

Checking and refilling levels
A cold diesel engine makes more noise dur-
ing winter temperatures than summer tem-
peratures. Furthermore, the exhaust gases
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-heating system. 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
(+5.0 °F).
However, if the fuel has waxed to such an ex-
tent that the engine will not start at tempera-
tures 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.
Whenever there is little fuel in the tank (re-
serve), the auxiliary heater automatically
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
● The vehicle is not prepared for the use of
biodiesel. Never, under any circumstances re-
fuel with biodiesel. It could damage the fuel
system and subsequently lead to engine
faults!
● The 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 sys-
tem.
● The 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 signifi-
cantly damage the fuel system and the en-
gine.
● The use of diesel fuels with a high sulphur
percentage could considerably reduce the
service life of the diesel particulate filter.
Your technical service centre will be able to
tell you which countries have diesel with a
high sulphur content. Information on fuel consumption
The consumption and emission values indi-
cated do not refer to one specific vehicle.
They are only to be used to compare the val-
ues 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.
Calculation of fuel consumption
Fuel consumption and emission values are
determined according to the current version
of the 715/2007/EC or 80/1268/EEC regula-
tion and are valid for the vehicle kerb weight.
The specifications do not
refer to an individu-
al
vehicle. Two measuring cycles are carried
out on a rolling road test bed to calculate fuel
consumption. The test criteria are as follows:
Urban cy-
cleMeasurement of the urban cycle starts
with an engine cold start. City driving is si-
mulated below at between 0 and 50 km/h
(31 mph).
Road cycle
In the road cycle simulation, the car under-
goes frequent acceleration and braking in
all gears, as in normal everyday driving.
The road speed ranges from 0 to
120 km/h (0 and 75 mph).
Combined
The average combined consumption is cal-
culated with a weighting of around 37 %
for the urban cycle and 63 % for the road
cycle.
» 211
Technical specifications
Advice
Operation
Safety

Wheels and tyres
max. 240 km/h (149 mph)
max. 270 km/h (168 mph)
max. 300 km/h (186 mph)
Some manufacturers use the letters “ZR” for
tyres with a maximum authorised speed
above 240 km/h (149 mph).
Winter service
Winter tyres* In winter conditions winter tyres will consid-
erably improve the vehicle's handling. The
design of summer tyres (width, rubber com-
pound, tread pattern) gives less grip on ice
and snow. Winter tyres also improve the vehi-
cle braking performance, reducing the brak-
ing distance in winter weather. SEAT recom-
mend that winter tyres be fitted to the vehicle
at temperatures below +7 °C (+45 °F).
The performance of winter tyres is much re-
duced if the
tyre tread is worn below 4 mm
(1/16 inc h).
The age of the tyre is another
factor affecting performance, regardless of
the depth of the tyre tread.
Please observe the following when using
winter tyres:
● Observe legal requirements in each coun-
try. Z
W
Y ●
Winter tyres must be fitted on all four
wheels.
● Only use winter tyres in wintery weather
conditions.
● Only use winter tyres of the size authorised
for the vehicle.
● Only use radial winter tyres of the same
type, size (rolling circumference) and tread
pattern.
● Adjust speeds to within the limits indicated
(code letter on tyre) ››› .
Speed limit
A code letter indicating the speed limit is
stamped on all winter tyres ››› page 240.
In some vehicles, it is possible to set a speed
warning in the MFA (multifunction display)
menu on the instrument panel ››› page 47.
If you use V-rated tyres the speed limits and
ty r

e pressure will be determined by engine
size. Please ask your technical service centre
for further information on the maximum per-
mitted speed and the required pressures for
the tyres.
All-wheel drive*
Thanks to its all-wheel drive, your car will
have plenty of traction in winter conditions,
even with the standard tyres. Nevertheless,
SEAT still recommend that winter tyres or all-
season tyres should be fitted on all fourwheels when winter road conditions are ex-
pected, mainly because this will give a better
braking response
.
Please observe all instructions and warnings
when using
snow chains ››› page 242. WARNING
Although winter tyres help to make driving
safer in the winter, you should not take un-
necessary risks.
● Adjust your speed and driving style to visi-
bility, road, traffic and weather conditions.
● Never exceed the maximum permitted
speed or loads specified for the type of winter
tyre fitted on your vehicle. For the sake of the environment
When winter is over, change back to summer
tyres. In temperatures above +7 °C (+45 °F),
performance will be improved if summer tyres
are used. Fuel consumption, wear and noises
while driving will all be reduced. Note
● If the vehicle is fitted with a tyre control
system, this should be “reprogrammed”
whenever a tyre is changed ››› page 179.
● Please ask at a technical service centre for
information about the permitted sizes for
winter tyres. 241
Technical specifications
Advice
Operation
Safety

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

Technical specifications
Vehicle identification number (chassis
number).
Vehicle type, engine power, gearbox type.
Engine and gearbox code, paint number,
interior equipment.
Optional extras, PR numbers.
These data are also provided in the Mainte-
nance Programme.
Type plate
The type plate is visible when the driver door
is opened, on the lower part of the strut. Ve-
hicles for certain export countries do not
have a type plate.
The manufacturer's type plate contains the
following data: Gross vehicle weight
Maximum authorised weight of vehicle
and trailer
Maximum gross front axle weight
Maximum rear axle weight
Information on fuel consumption The consumption and emission details
shown on the vehicle data sticker differ from
one vehicle to another.1 2
3
4
5
6
7
8 The fuel consumption, CO
2 emissions and ac-
tual kerb weight of the vehicle are noted on
the vehicle data sticker.
The fuel consumption and emissions figures
given are based on the vehicle weight cate-
gory, which is determined according to the
engine/gearbox combination and the equip-
ment fitted.
The consumption and emission figures are
calculated in accordance with the EC test re-
quirements 1999/100/EC. These test re-
quirements specify a realistic test method
based on normal everyday driving.
The following test conditions are applied:Urban
cycleThe urban cycle starts with an engine cold
start. City driving is then simulated.
Extra
urban
cycleIn the extra urban cycle simulation the vehi-
cle frequently accelerates and brakes in all
gears, as in normal everyday driving. The
road speed ranges from 0 to 120 km/h (0 to
75 mph).
Total
con-
sump-
tionThe average total consumption is calculated
with a weighting of around 37% for the ur-
ban cycle and 63% for the extra urban cycle.
CO 2
emis-
sionsThe exhaust gases are collected during both
driving cycles to calculate carbon dioxide
emissions. The gas composition is then ana-
lysed to evaluate the CO 2 content and other
emissions. Note
Actual consumption may vary from quoted
test values, depending on personal driving
style, road and traffic conditions, the weather
and the vehicle condition. Weights
Kerb weight refers to the basic model with a
fuel tank filled to 90% capacity and without
optional extras. The figure quoted includes
75 kg to allow for the weight of the driver.
Special versions, optional equipment fittings
or retro-fitting accessories will increase the
weight of the vehicle
››› .
WARNING
● Please note that the centre of gravity may
shift when transporting heavy objects; this
may affect vehicle handling and lead to an ac-
cident. Always adjust your speed and driving
style to suit road conditions and require-
ments.
● Never exceed the gross axle weight rating
or the gross vehicle weight rating. If the per-
missible axle load or the permissible total
weight is exceeded, the driving characteris-
tics of the vehicle may change, leading to ac-
cidents, injuries and damage to the vehicle. 275
Technical specifications
Advice
Operation
Safety

Technical specifications
Engine specifications Petrol engine 1.4 110 kW (150 PS) Engine specificationsPower output in kW (PS) at rpmMaximum torque (Nm at rpm)No. of cylinders/displacement (cm
3
)Fuel
110 (150)/5,800240/5,8004/1,390Super 95 RON a)
a)
Research Octane Number = Anti-detonation rating of the petrol.
PerformanceManualAutomatic
5 seats7 seats5 seats7 seats
Top speed (km/h)197197
Acceleration from 0-80 km/h (seconds)6.96.6
Acceleration from 0-100 km/h (seconds)10.79.9
Consumption (l/100 km)/ CO 2 (g/km)
Urban cycle9.2/2149.4/218
Extra-urban cycle6.1/1436.6/154
Combined7.2/1677.6/178
Weights (in kg)
Gross vehicle weight2,2902,4802,3102,500
Weight in running order (with driver)1,7231,7711,7421,790
Gross front axle weight1,170/1,2201,170/1,2201,190/1,2401,190/1,240
Gross rear axle weight1,070/1,1201,260/1,3101,070/1,1201,260/1,310
Permitted roof load100100100100» 277
Technical specifications
Advice
Operation
Safety