weight Seat Toledo 2014 User Guide

Transport and practical equipment
Storage compartments in centre
console Fig. 75
Centre console: storage compartment Open storage compartment in centre console
››› Fig. 75 .
St or
age compartment in front door Fig. 76
Storage compartment in door trim. There is a bottle carrier in part
B
››› Fig. 76
of the storage compartment in the front door. WARNING
Only use part A
››› Fig. 76 of the compart-
ment in the fr

ont door to store objects that do
not protrude from it so as not obstruct the de-
ployment area of the side airbags. Storage compartment in luggage
compartment*
Fig. 77
Luggage compartment: storage com-
partment The lid from the side storage compartment
can be removed to increase the size of the
boot.
– Hold onto the top of the lid and pull it out
in the direction indicated by the arrow
››› Fig. 77 . CAUTION
● The compartments are designed to hold
small objects with a total weight of 1.5 kg.
● Make sure you do not damage the storage
compartment or the boot trim when using the
compartment. Storing objects
Loading the luggage compartment All luggage and other loose objects must be
safely secured in the luggage compartment.
Unsecured objects which shift back and forth
could impair the driving safety or driving
characteristics of the vehicle by shifting the
centre of gravity.
– Distribute the load evenly in the luggage
compartment.
– Place heavy objects as far forward as possi-
ble in the luggage compartment.
– Place the heavy objects first.
– Secure heavy objects to the fastening rings
››› page 82 . WARNING
● Loose luggage and other objects in the lug-
gage compartment could cause serious inju-
ries. » 81
Technical specifications
Advice
Operation
Safety

Operation
●
Always stow objects in the luggage com-
partment and secure them on the fastening
rings.
● Use suitable straps to secure heavy ob-
jects.
● During sudden manoeuvres or accidents,
loose objects can be thrown forward, injuring
vehicle occupants or passers-by. This in-
creased risk of injury will be further increased
if a loose object is struck by an inflating air-
bag. If this happens, objects may shoot out-
ward like a missile. Risk of fatal injury.
● Please note that the centre of gravity may
shift when transporting heavy objects; this
may affect vehicle handling and lead to an ac-
cident. Therefore, it is essential to adjust
your speed and driving style accordingly, to
avoid accidents.
● Never exceed the allowed axle weights or
allowed maximum weight. If said weights are
exceeded, the driving characteristics of the
vehicle may change, leading to accidents, in-
juries and damage to the vehicle.
● Never leave your vehicle unattended, espe-
cially when the rear lid is open. Children
could climb into the luggage compartment,
closing the door behind them; they will be
trapped and run the risk of death.
● Never allow children to play in or around
the vehicle. Close and lock all the doors and
rear lid when you leave the vehicle. Before
you lock the vehicle, make sure that there are
no adults or children in the vehicle. Note
● Air circulation in the vehicle helps reduce
fogging of the windows. Used air escapes
through ventilation slits in the side trim of
the luggage compartment. Ensure that the
ventilation slots are never covered.
● Straps for securing the load to the fasten-
ing rings are commercially available. Fastening rings*
There can be four fastening rings in the lug-
gage compartment for fastening luggage and
other objects.
–
Always use suitable and undamaged straps
to secure luggage and other objects to the fastening rings ››› in Loading the lug-
gage compartment on page 81.
– Pull up the fastening rings to attach the
straps.
During a collision or an accident, even small
and light objects can build up so much ener-
gy that they can cause very severe injuries.
The amount of kinetic “energy” depends on
the speed of the vehicle and the weight of
the object. The most significant factor, how-
ever, is the speed of the vehicle.
Example: An object weighing 4.5 kg is lying
unsecured in the vehicle. During a frontal col-
lision at a speed of 50 km/h (31 mph), this object generates a force corresponding to 20
times its weight. That means that the effec-
tive weight of the object increases to approxi-
mately 90 kg. You can imagine the severity of
the injuries which might be sustained if this
“object” strikes an occupant as it flies
through the interior of the vehicle. This in-
creased risk of injury will be further increased
if a loose object is struck by an inflating air-
bag.
WARNING
● If pieces of baggage or other objects are se-
cured to the fastening rings with inappropri-
ate or damaged retaining cords, injuries
could result in the event of braking manoeu-
vres or accidents.
● Never secure a child seat on the fastening
rings. Luggage compartment
Introduction Please observe the following points to ensure
the vehicle handles well at all times:
– Distribute the load as evenly as possible.
– Place heavy objects as far forward in the
luggage compartment as possible.
– Secure luggage using the fastening rings or
retaining net ›››
page 83.
82

Transport and practical equipment
During an accident, even small and light ob-
jects can have so much kinetic energy that
they can cause very severe injuries. The
amount of kinetic energy depends on the
speed of the vehicle and the weight of the
object. However, the speed of the vehicle is
the most important factor.
Example: An unsecured object weighing 4.5
kg produces energy corresponding to 20
times its weight in a frontal collision at 50
km/h (31 mph). This means that its weight
reaches around 90 kg. You can imagine the
severity of the injuries that might be sus-
tained if this “projectile” strikes an occupant
as it flies through the vehicle interior. WARNING
● Store objects in the luggage compartment
and secure to the fastening points.
● In an accident or sudden manoeuvre, loose
objects in the interior can be flung forward
and possibly injure vehicle occupants or oth-
ers. This risk is even greater if the flying ob-
jects hit a triggering airbag. In this case, any
rebounding objects could injure vehicle occu-
pants. Risk of fatal injuries!
● Take into account that transporting heavy
objects changes the centre of gravity that
could also cause changes in vehicle handling.
Risk of accident! Therefore, always adjust
your speed and driving style to suit these cir-
cumstances. ●
Securing the load to the rings using unsuit-
able or damaged straps could lead to injuries
in the event of an accident or sudden braking
manoeuvre. Secure suitable straps safely to
the rings to ensure this does not happen.
● Position the load so it cannot move forward
during a sudden braking manoeuvre. Risk of
injuries!
● If transporting sharp or dangerous objects
in the space provided when the rear seats are
folded, ensure the safety of the occupant of
the remaining rear seat ››› page 8.
● If the r
ear seat located alongside a folded
seat is occupied, ensure safety, for example,
by placing the load so that it stops the seat
from folding backward in the event of being
hit from behind.
● Never drive with the rear lid open or half-
closed, exhaust gases may penetrate into the
interior of the vehicle. Danger of poisoning!
● Never exceed the allowed axle loads or al-
lowed maximum weight. Risk of accident!
● Never transport passengers in the luggage
compartment! CAUTION
Make sure sharp objects stored in the boot
cannot not damage the rear window heating
filaments. Note
Tyre pressure must be adapted to suit the
load ››› page 144, Life cycle of tyres . Category N1 vehicles
Category N1 vehicles with no protection grille
must use a retaining set compliant with
Standard EN 12195 (1 – 4) to secure the
load.
Retaining elements* Fig. 78
Luggage compartment: retaining ele-
ments. The following retaining elements are fitted in
the boot
›››
Fig. 78 :
Rin g

s to secure the load and the retain-
ing nets.
Rings used solely for the retaining nets. »
A B
83
Technical specifications
Advice
Operation
Safety

Operation
●
Never exceed the allowed axle loads or al-
lowed maximum weight. Risk of accident! CAUTION
● Only use SEAT-authorised roof carriers.
● Where roof carriers from other systems are
used or where they are not fitted properly,
any damage caused to the vehicle will not be
covered by the warranty. Therefore, carefully
follow the Instruction Manual for installation
of the roof carrier.
● Remember that the rear lid must not hit the
roof load.
● The total height of the vehicle increases ac-
cording to the roof load. Compare the height
of the vehicle with the heights of bridges or
other underpasses, for example, the height
of the garage door.
● Do not forget to remove the roof carrier be-
fore entering an automatic carwash.
● Take into account that the load must not
damage the aerial located on the roof. For the sake of the environment
If aerodynamic resistance increases, fuel con-
sumption will also increase. Attachment points
Fig. 84
Basic roof carrier attachment points. Location of the basic roof carrier attachment
points
››› Fig. 84 :
R e
ar attachment points
Front attachment points
Install and remove following the instructions
given. A B CAUTION
Follow the instructions given in the manual. Roof load
The maximum permissible roof load (includ-
ing the support system) of
75 kg and the to-
t al

authorised weight of the vehicle must not
be exceeded.
It will not be possible to carry the full maxi-
mum load if the roof carrier you are using is
rated for a load which is less than this figure.
In this case, you can only load the roof carrier
to the maximum load permitted in your in-
stallation manual. 86

Driving
The tyre pressures should always be checked
when the tyres are cold.
Do not u
se winter tyres all year round as they
increase fuel consumption by up to 10%.
Avoid unnecessary weight
Given that every kilo of extra weight
will in-
crease the fuel consumption, it is advisable
to always check the luggage compartment to
make sure that no unnecessary loads are be-
ing transported.
A roof rack is often left in place for the sake
of convenience, even when it is no longer
needed. At a speed of 100 km/h (62 mph)
and 120 km/h (75 mph) your vehicle will use
about 12% more fuel as a result of the extra
wind resistance caused by the roof rack even
when it is not in use.
Save electricity
The engine activates the alternator, which
produces electricity. With the need for elec-
tricity, fuel consumption also increases. Be-
cause of this, always turn off electrical devi-
ces when you do not need them. Examples of
devices that use a lot of electricity are: the
fan at high speeds, the rear window heating
and the seat heaters*. Note
● If you vehicle has Start-Stop, it is not rec-
ommended t o sw

itch this function off. ●
It is recommended to close the windows
when driving at more than 60 km/h (40 mph)
● Do not drive with your foot resting on the
clutch pedal, as the pressure can make the
p l

ate spin, more fuel will be used and it can
burn the clutch plate lining, causing a serious
fault.
● Do not hold the vehicle on a hill with the
clutch, use the foot brake or hand brake, us-
ing the latter to start. The fuel consumption
will be lower and you will prevent the clutch
plate from being damaged.
● On descents, use the engine brake, chang-
ing to the gear that is more suitable for the
slope. Fuel consumption will be “zero” and
the brakes will not suffer. Wading and driving off-road
Driving through water Fig. 94
Driving through water. To prevent the vehicle from being damaged
when driving through water (i.e. flooded
roads), please observe the following:
● Determine the depth of the water before
entering. Water can reach a maximum height
of below the door sill ››› Fig. 94 .
● Driv e at

a maximum pace of walking speed.
Driving at a higher speed can cause a wave
in front of the vehicle, which can cause water
to enter the engine air intake system or other
parts of the vehicle.
● Never stop in the water, never reverse and
never stop the engine.
● Before driving through water deactivate the
Start-Stop system ››› page 112. WARNING
● Driving through water, dirt and mud can re-
duce braking capability and prolong the brak-
ing distance – Risk of accident!
● Do not carry out any sudden or strong brak-
ing manoeuvres after driving through water.
● Clean and dry the brakes as soon as possi-
ble after driving through water by breaking
intermittently. Carry out braking in order to
dry the brakes and clean the brake discs only
if traffic so permits. Do not put other drivers
at risk. » 107Technical specifications
Advice
Operation
Safety

Driver assistance systems
●
To ensure that the parking aid system
works properly, the sensors must be kept
clean (e.g. free of ice).
● If the parking aid system is switched on
when the automatic gearbox selector lever is
in position P, the acoustic signal will be inter-
rupted (the car cannot be moved). Cruise control*
Introduction The cruise control system allows you to drive
at a constant speed of 30 km/h (19 mph) or
higher without having to press the accelera-
tor. However, the speed is only maintained
within the margin permitted by the engine
power and the braking effect of the engine.
The 
warning lamp lights up on the general
instrument panel if cruise control is switched
on. WARNING
● For safety reasons the cruise control sys-
tem must not be used in dense traffic or
where roads conditions are poor (e.g. due to
ice, aquaplaning, loose grit, snow). – Risk of
accident!
● The programmed speed can only be re-es-
tablished if it is not too high for current traf-
fic conditions. ●
Always switch the cruise control system off
after using it in order to avoid involuntary
use. CAUTION
● The cruise control cannot maintain a con-
stant speed when the vehicle is moving
downhill. The vehicle tends to accelerate un-
der its own weight. Therefore, shift down or
use the brake pedal in good time to slow the
vehicle. Note
● In vehicles with an automatic gearbox, the
cruise control system cannot be switched on
if the selector lever is in position P, N or R.
● In vehicles with a manual gearbox, the
cruise control cannot be switched on if first
gear or reverse gear is engaged. Setting speed
Fig. 97
Turn signal and main beam headlight
lever: cruise control buttons. Setting speed
– Move knob A
››› Fig. 97 to the ON posi-
tion.
– Briefly press rocker switch B in
SET
posi-
tion when
you have reached the speed you
wish to set.
On releasing rocker switch B in
SET
, the cur-
r

ent speed is stored and will remain constant
without having to press the accelerator ped-
al.
111
Technical specifications
Advice
Operation
Safety

Operation
CAUTION
Switch off the Start-Stop system ››› page 107
before driving through a pool of water on the
road. Note
● The battery temperature may reflect
changes in outside temperature after several
hours. If the vehicle has been stopped out-
side at temperatures below zero or in direct
sunlight, for example, the battery tempera-
ture may take several hours to reach the val-
ues required for the correct operating of the
Start-Stop system.
● If the Climatronic system is operating auto-
matically, this could impair automatic engine
shut down under certain conditions. Towing bracket device
Driving the vehicle with a
trailer Technical requirements If your vehicle has a factory-fitted towing
bracket or is equipped with a selection of
SEAT Original Accessories, it meets all the rel-
evant technical and legal requirements.
In vehicles with a towing bracket it is possi-
ble to remove the ball joint, situated (togeth-
er with the special assembly instructions) in
the housing for the spare wheel in the vehi-
cle luggage compartment
›››
page 150, Vehi-
cle tool kit* .
Y our
vehicle is fitted with a 13-pole power
socket for the electrical connection between
the trailer and the vehicle. If the trailer you
are going to use has a 7-pin connector, the
corresponding adaptor, acquired from the
SEAT Original Accessories Catalogue, can be
used.
If a towing bracket is to be retro-fitted to the
car, it must be done according to the instruc-
tions of the towing bracket manufacturer. Note
Any queries that may arise can be directed to
an authorised SEAT dealer. Trailer weight
Trailer weight
The combined vehicle and trailer must be
balanced. To do so use the maximum permit-
ted towing bracket load. An insufficient
weight exerted by the trailer drawbar on the
ball joint of the towing bracket will have a
negative impact upon the response of the ve-
hicle-trailer assembly on the road.
Weight distribution
Distribute loads in the trailer so that heavy
objects are as near to the axle as possible.
Ensure that the objects do not move.
If the towing vehicle is empty and the trailer
loaded then the load distribution is incorrect.
However, if these conditions cannot be avoi-
ded, drive very slowly.
Tyre pressure values
Correct the tyre pressure in your vehicle to
“total load”
›››
page 144, Life cycle of tyres .
Trailer weight
Never exceed the authorised trailer weight
under any circumstances ›››
page 174, Tech-
nical specifications .
The trailer weights listed are only applicable
for altitudes up to 1000 m above sea level.
D

ue to lower air density, engine power de-
creases depending on the increase in
114

Towing bracket device
altitude, this also reduces climbing ability,
which requires a reduction of the weight of
the vehicle with a trailer by 10% for every
1000 m increase in altitude. The weight of
the assembly is calculated by adding the ve-
hicle weight (loaded) to the trailer weight
(loaded). Always drive with special care when
towing a trailer.
The towed load and support load information
that is displayed on the towing bracket man-
ufacturers label are only values for the verifi-
cation of the device. The correct figures for
your specific vehicle, which are usually lower
than these figures, are given in the documen-
tation of your vehicle. WARNING
● Exceeding the maximum established load
per axle and the maximum towing bracket
load in addition to the maximum permitted
load or the load of the vehicle + trailer as-
sembly can cause accidents and serious inju-
ries.
● A sliding load can considerably affect the
stability and safety of the vehicle + trailer as-
sembly, resulting in accidents and serious in-
juries. Towing a trailer
Exterior mirrors
Check whether you can see enough of the
road behind the trailer with the standard rear
vision mirrors. If this is not the case, you
should have additional exterior mirrors fitted.
Observe the relevant statutory requirements
of the country you are in.
Headlights
Before starting a journey, also check the
headlight beam settings with the trailer
hitched up. Adjust the headlight range set-
tings if necessary
›››
page 62, Range control
of main lights .
Driving speed
For your own safety do not drive faster than
the maximum permitted speed indicated on
the trailer.
At all times, immediately reduce speed if you
detect the slightest swaying movement of the
trailer. Never try to “return the trailer to a
straight position” by accelerating.
Brakes
Brake in due course! If the trailer has an over-
run brake , apply the brakes gently at first and
then, firm ly
. This will prevent the jerking that
can be caused by locking of trailer wheels.
Change to a lower gear in good time before descending a slope in order to take advant-
age of the engine brake.
The trailer is incorporated into the vehicle's
anti-theft alarm system:
● When the vehicle has a factory-fitted anti-
theft alarm and a towing bracket.
● When the trailer is electrically connected to
the vehicle via the towing bracket socket.
● When the vehicle electrical device and the
towing bracket are operational.
● When the vehicle is locked and the vehi-
cle's anti-theft alarm device is activated.
Once the electrical connection is interrupted
with the vehicle trailer locked, the alarm
sounds.
Always switch off the vehicle anti-theft alarm
device before connecting or disconnecting a
trailer. The vehicle anti-theft alarm device
could cause the alarm to sound ››› page 57,
Anti-theft alarm system*.
Engine overheating
In the event that the coolant temperature
gauge needle moves to the right section of
the scale or to the red area, immediately re-
duce speed. If the control lamp  flashes on
the general instrument panel, stop the vehi-
cle and switch off the engine. Wait several
minutes and check the coolant level in the
tank ››› page 138
.
»
115
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 sectionAbbrevia-
tionMeaning
kWKilowatt, engine power measurement.
PSPferdestärke (horsepower), formerly
used to denote engine power.
Abbrevia-tionMeaning
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 identification data on the data
sticker
Fig. 164
Data sticker. Fig. 165
Identification plate Vehicle data sticker
The vehicle data sticker
››› Fig. 164 is located
on the boot floor and i

s also attached to the
Maintenance Programme.
The following information is provided on the
vehicle data sticker:
Vehicle identification number (VIN)
Vehicle model
Identifying letters of the gearbox/number
of the original paint finish/Interior equip-
ment number/engine power/engine
identifying letter
Partial description of the vehicle
Weight in running order
Fuel consumption (in litres per 100 km) –
urban/on the motorway/combined
Combined CO 2 emissions (g/km)
1 2
3
4
5
6
7
174

Technical specifications
Type plate
The type plate ››› Fig. 165 is located at the
bott om of
the front driver side door pillar be-
tween the front and rear doors.
The type plate indicates the following
weights:
Total permitted weight of the vehicle
when loaded
Maximum authorised weight of the vehi-
cle with a trailer, when the vehicle oper-
ates as a tractor
Maximum permitted load of the front axle
Maximum permitted load of the rear axle
Weight in running order
The weight in running order only has one ap-
proximate value. This value corresponds to
the minimum operative weight of the vehicle
without additional equipment that increases
its weight, i.e. air conditioning, spare wheel,
towing bracket.
The running order weight also includes 75 kg
of the weight of the driver and service fluids,
in addition to a fuel tank at 90% capacity.
From the difference between the total permit-
ted weight in running order the approximate
carrying capacity can be calculated ››› .
The carrying capacity must include:
● occupants,
8 9
10
11 ●
all pieces of equipment and other weights,
● roof loads including the roof rack,
● equipment that is not included in the run-
ning order weight,
● when using the towing bracket, the draw-
bar load (max. 50 kg)
Calculating fuel consumption and CO 2
emissions according to the ECE regulations
and the EU specifications
Calculation of fuel consumption for urban
driving begins when cold-starting the engine.
Then, normal city driving is simulated.
In calculating extra-urban driving fuel con-
sumption, braking and acceleration is done
in all gears, as in daily use of the vehicle.
Driving speed varies within a range of 0 and
120 km/h (75 mph).
The consumption value in combined driving
is composed of 37% of the value of urban
driving and 63% of the value of extra-urban
driving. WARNING
The maximum permitted weight values must
not be exceeded – Risk of an accident and
damage to the vehicle! Note
● If you wish to calculate the exact weight of
your vehicle please contact a SEAT dealer. ●
Depending on the volume of equipment,
driving style, road conditions, weather condi-
tions and the condition of the vehicle, con-
sumption values can differ from the theoreti-
cal values stated here. Information on fuel
consumption
Fuel consumption The consumption and emission details
shown on the vehicle data sticker differ from
one vehicle to another.
Vehicle fuel consumption and CO
2 emissions
appear on the vehicle data sticker in the
spare wheel well, inside the boot and on the
rear cover of the Maintenance Programme.
The fuel consumption and CO 2 emission val-
ues refer to the weight category assigned to
your vehicle according to the engine and
gearbox combination, as well as the specific
equipment fitted, and is only used to com-
pare between the different models.
The fuel consumption and CO 2 emissions do
not depend only on the performance of the
vehicle, they can also differ from the estab-
lished values depending on other factors
such as driving style, road conditions, traffic
conditions, environmental conditions, load
and number of passengers. »
175
Technical specifications
Advice
Operation
Safety