2012 Seat Toledo fuel

138Driving
Start-up lock security system (immobiliser)
There is an electronic chip in the key. The electronic immobiliser is deactiva-
ted when the key is inserted into the ignition. The electronic immobiliser is
automatically activated when the key is removed from the ignition.
The engine will not start if an unauthorised key is used.
The informative display indicates:
Immobiliser active! 
Ignition lock
Fig. 102 Ignition key po-
sitions
Petrol engines 1
– Ignition switched off, engine stopped, steering can be locked
2
– Ignition switched on
3
– Starting Diesel engines
1
– Fuel supply stopped, ignition switched off, engine stopped,
steering can be locked
2
– Engine pre-heating, ignition switched on
3
– Starting
To engage the Steering lock without the key in the ignition, turn the steer-
ing wheel slightly until it engages
If the steering lock is engaged and it is difficult or impossible to turn the key
to position 2
, release the lock by turning the steering wheel slightly in
both directions. 
Starting the engine
Vehicles with a diesel engine are equipped with a glow plug system. When
you switch on the ignition, the glow plug warning lamp  will light up. The
engine can be started straight away when the lamp switches off.
Do not connect electrical appliances during preheating so as not the drain
the vehicle battery unnecessarily.
Starting the engine
● Move the gearbox lever into neutral or move the selector lever to posi-
tion P or N and pull firmly on the handbrake.
● Press the clutch pedal all the way down 2
⇒ Fig. 102 ⇒ page 138 and
start the engine 3 – without pressing the accelerator. Keep the clutch ped-
al pressed down until the engine starts.
● Release the ignition key as soon as the engine starts. The key returns to
position 2
.


139
Driving
● If the engine does not start after 10 seconds, turn the key back to posi-
tion 1
. Repeat the action after 30 seconds.
● Release the handbrake before moving off. 
Switching off the engine
Stop the engine by turning the ignition key to position 1 ⇒ Fig. 102
⇒ page 138. 
Brakes and brake servo systems Introduction
WARNING
● The brake servo only works when the engine is running. Braking
when the engine is switched off requires more strength on the brake ped-
al. Risk of accident!
● Press down on the clutch pedal when stopping and braking with a
manual gearbox, petrol engine vehicle at low speed. Otherwise, the
brake servo might not work properly. Risk of accident!
● In the event of damage to the standard front spoiler or where a differ-
ent front spoiler, hubcaps, etc. are subsequently fitted, make sure the air
vent to the brakes on the front wheels is not blocked. Otherwise, braking
operations may be impaired. Risk of accident!
● Always fully release the handbrake. If it is only partially released, this
will cause overheating of the rear brakes, which can impair the function
of the brake system. Risk of accident!
WARNING (Continued)
● Never leave children unsupervised in the vehicle. They could release
the handbrake or move the gear lever. The vehicle could start moving.
Risk of accident!
● Insufficient fuel can cause the engine to run irregularly or to switch
off. Brake assist systems could be impaired. Risk of accident!
● Always adjust your driving style to suit visibility, the weather and
road and traffic conditions. The best vehicle safety offered by brake as-
sist systems must never encourage you to run greater risks. Risk of acci-
dent!
CAUTION
● Observe the information concerning new brake pads ⇒ page 154.
● Where braking is not necessary, do not wear down the brake pads by
pressing down gently on the brake pedal. This causes the brakes to over-
heat, increasing their wear and increasing braking distances.
● To ensure the brake assist systems work properly, all wheels must be fit-
ted with tyres approved by the manufacturer.
Note
● If you brake suddenly and the brake system control unit regards the sit-
uation as hazardous for the drivers behind you, the brake lights will begin
to flash automatically. After reducing speed to approx. 10 km/h (6 mph) or
stopping the vehicle, the brake lights will stop flashing and the hazard
warning lights will switch on. The hazard warning lights are automatically
switched off when you accelerate or restart the vehicle.
● On long, steep gradients, reduce your speed and change to a lower gear
(manual gearbox) or move the selector lever to a lower gear position (auto-
matic gearbox). This uses the force of the engine and the brakes do not suf-
fer as much. If you still have to brake, do so intermittently, pressing down
repeatedly on the brake pedal. 
Safety FirstOperating instructionsPractical TipsTechnical specifications

151
Driving
To recover the set speed, briefly press switch B
in RES once you have re-
leased the brake or clutch pedal. 
Switching off cruise control completely
– Move knob A ⇒ Fig. 110 ⇒ page 150 to OFF. 
START-STOP*
Fig. 111 Instrument
panel: Start-Stop system
button
The START-STOP system helps save fuel and reduce harmful emis-
sions and CO 2.
The system is automatically switched on every time the ignition is
switched on.
The system automatically switches off the engine when the vehicle
is stationary, e.g. waiting at traffic lights.
The current status of the START-STOP system is displayed on the
general instrument panel display. Automatic engine shut down (Stop phase)
–
Stop the vehicle (if necessary using the handbrake).
– Shift to neutral.
– Release the clutch pedal.
Automatic engine start up (Start phase)
– Release the clutch pedal.
Switching the START-STOP system on and off
The START-STOP system can be switched on and off by pressing the 
⇒ Fig. 111 button.
The warning lamp in the button will light up when the system is
switched off.
If the vehicle is in Stop phase when the button is pressed, the en-
gine will start immediately.
The START-STOP system works under complex driving conditions that are dif-
ficult to detect without specialist technology. The set of necessary condi-
tions for the correct operating of the START-STOP system are indicated be-
low.
Conditions for automatic engine shut down (Stop phase)
● Selector lever in neutral
● Clutch pedal not pressed
● Driver with seat belt fastened
● Driver door closed
● Bonnet closed
● Vehicle stationary
● The factory-fitted towing bracket is not electrically connected to a trailer 
Safety FirstOperating instructionsPractical TipsTechnical specifications

153
Driving and the environment
Practical Tips Driving and the environment
The first 1500 km (900 miles) New engine
Over the first 1500 kilometres (900 miles) the engine must be run
in.
Up to 1000 kilometres (600 miles)
– Do not drive at more than 3/4 of the maximum speed corre-
sponding to the engaged gear, i.e. up to 3/4 of the maximum
permitted engine speed.
– Do not drive at full speed.
– Avoid high engine speeds.
– Do not tow a trailer.
From 1000 to 1500 kilometres (600 to 900 miles)
– Slowly increase the engine speed until reaching the maximum
permitted speed of the engaged gear, i.e. the maximum permit-
ted engine speed.
During its first few hours of running, the internal friction in the engine is
greater than later on, when all the moving parts have bedded in. How the
vehicle is driven over approximately the first 1500 kilometres (900 miles),
determines the success of the process of running in the engine. After the running in, the vehicle should not be driven at
high engine
speeds. The maximum permitted engine speed is marked at the start of the
red zone on the rev counter dial. The gear must be changed up when the red
area is reached in vehicles with a manual gearbox. Extremely high engine
speeds when accelerating are automatically limited, however the engine is
not protected against high engine speeds produced by incorrectly changing
to a lower gear, which could cause the engine to run at revs above the maxi-
mum permitted amount, and consequently result in damage to the engine.
Additionally, vehicles with a manual gearbox must also bear the following in
mind: do not drive with the engine speed too low. Change down to a lower
gear when the engine no longer runs smoothly. Observe the recommenda-
tions for changing gear ⇒ page 58, Recommended gear display.
CAUTION
All the information for speed and engine speed refers to an engine that op-
erates at operating temperature. Do not run the engine at high engine
speeds, neither when stopped or while driving.
For the sake of the environment
Do not drive at unnecessarily high engine speeds – an anticipated change
to a higher gear contributes to saving fuel, reducing operating noise and
protects the environment. 
Safety FirstOperating instructionsPractical TipsTechnical specifications

154Driving and the environment
New tyres
New tyres must be submitted to “running in”, given that initially their grip is
not yet at the maximum level. During approximately the first 500 km (120
miles) drive very carefully. 
New brake pads
New brake pads do not yet provide maximum friction capacity. New brake
pads must be “run in” first. During approximately the first 200 km (120
miles) drive very carefully. 
Catalytic converter
An exhaust gas emission control system (catalytic converter) that functions
perfectly is vitally important for vehicle operation that respects the environ-
ment.
Please observe the following indications:
● Refuel only using unleaded petrol ⇒ page 172, Unleaded petrol in pet-
rol engine vehicles.
● Do not add too much oil to the engine ⇒ page 177, Checking the en-
gine oil level;.
● Do not switch off the ignition while driving.
If you are required to drive in a country where unleaded fuel is not available
and when returning to a country where using a catalytic converter is obliga-
tory, the catalytic converter must be replaced.
WARNING
● Due to the high temperatures that the catalytic converter can reach,
the vehicle must be stopped so that the catalytic converter does not
come into contact with easily flammable material underneath the vehicle.
Risk of fire!
● Never use substances for additional underbody protection or anti-cor-
rosion for the exhaust pipes, the catalytic converter or the antithermic
screen. Risk of fire!
CAUTION
● Never completely empty the tank! An irregular fuel supply can cause ig-
nition faults, which can result in damage to a substantial amount of engine
parts and the exhaust system.
● Refuelling just once with leaded petrol disables the exhaust system! 
Economical and ecological driving General notes
Fuel consumption, environmental impact and engine, brake and tyre wear
depend largely on three factors:
● personal driving style
● the conditions in which the vehicle is used
● prior technical conditions
By adopting an economical driving style and anticipating the traffic situa-
tion ahead, you can easily reduce fuel consumption by 10-15%. 

155
Driving and the environment
Fuel consumption also depends on factors that cannot be influenced by the
driver. It is normal for consumption to be greater in winter or in difficult con-
ditions, on roads in poor condition, when towing a trailer, etc.
Fuel consumption can also vary considerably from that stated by the manu-
facturer due to the outside temperature, the weather and driving style.
The vehicle has factory-fitted technical conditions in order to save fuel and
to operate in economic mode. SEAT pays special attention to minimize the
environmental impact. Take the following indications in this chapter into ac-
count in order to conserve and to take advantage of these qualities:
The engine speed must be maintained at the maximum in order to prevent
vehicle resonance and high fuel consumption. 
Foresighted driving
The vehicle consumes the majority of fuel when accelerating, therefore
avoid unnecessary acceleration and braking. If you think ahead when driv-
ing, you will need to brake less and thus accelerate less. For example, when
approaching a red traffic light, allow the vehicle to decelerate freely or use
the engine braking effect. Saving energy when changing gear
Fig. 112 Fuel consump-
tion in litres per 100 km
(miles) relating to the en-
gaged gear
Changing up early to the next higher gear will save fuel.
Manual gearbox
● Drive in first gear only at a length of approximately one length of the ve-
hicle.
● When 2000 revs have been reached, change up to the next gear.
An efficient way of saving fuel is to change up early to a higher gear. Ob-
serve the recommendations for changing gear ⇒ page 58, Recommended
gear display.
An appropriately engaged gear can influence fuel consumption ⇒ Fig. 112.
Automatic gearbox
● Press the accelerator pedal slowly. Avoid pressing the pedal to the kick-
down position.
● If you press the accelerator pedal slowly with an automatic gearbox, and
economical program will automatically be selected.
Note
Observe the recommendations for changing gear ⇒ page 58.
Safety FirstOperating instructionsPractical TipsTechnical specifications

156Driving and the environment
Avoid driving at full speed
Fuel can be saved by driving at a slower speed.
Accelerating slowly not only considerably reduces fuel consumption, but al-
so reduces the environmental impact and vehicle wear.
If possible, you should never take advantage of the maximum speed of your
vehicle. Fuel consumption, exhaust emissions of toxic substances and
noise levels all increase very rapidly at higher speeds.
You can reduce fuel consumption by about one half if you do not drive faster
than three quarters of top speed. 
Reduce idling
Idling also consumes fuel.
In a vehicle that does not have the START-STOP function, stop the engine in
traffic jams, level crossings and at traffic lights that remain red for a long
period of time. After 30-40 seconds with the engine switched off, the fuel
savings are greater that the quantity of fuel required to restart the engine
again.
When the engine is idling, a great deal of time is required in order for the
engine to reach operating temperature. When heating the vehicle, however,
engine waste and emissions of toxic substances are elevated. Therefore, im-
mediately begin driving after switching on the engine. Doing so avoids high
engine speeds. 
Regular maintenance
A badly tuned engine unnecessarily consumes a large quantity of fuel. Conditions for economical driving can be created with regular maintenance
at an Official Service. Maintenance of your vehicle has positive repercus-
sions on traffic safety and conserving the value of the vehicle.
A badly tuned engine can result in fuel consumption that is 10% higher
than normal!
Additionally, check the
oil level after refuelling. Oil consumption depends
to a great extent on the engine load and engine speed. Depending on your
driving style, oil consumption can reach 0.5 litres per 1000 km (600 miles).
It is normal for the oil consumption of a new engine not to reach its mini-
mum level until after a period of running in time. Therefore, the oil con-
sumption of a new vehicle can only be judged correctly after covering 5000
km (3000 miles).
For the sake of the environment
● An additional reduction in consumption can be achieved using high-per-
formance synthetic oils.
● In order to detect leaks in good time, check the ground underneath the
vehicle regularly. If you notice stains from oils or other operating liquids,
contact an Official Service.
Note
We recommend that you have regular maintenance performed on your vehi-
cle a the SEAT Authorised Service. 

157
Driving and the environment
Make less short journeys
Fig. 113 Fuel consump-
tion in litres per 100 km
(miles) at different tem-
peratures
In short journeys fuel consumption quantity is incomparably high.
Therefore we recommend avoiding journeys of less than 4 km (2
miles) when the engine is cold. Immediately after starting, a cold engine consumes the maximum amount
of fuel. After driving approximately one kilometre (0.62 miles), consumption
drops approximately 10 litres per 100 km (62 miles). Consumption returns
to normal only after the engine and the catalytic converter have reached op-
erating temperature.
In this context, this is also determined by the outside temperature. Fuel
consumption is different for the same journey, as shown once at +20 °C
(+68 °F) and again at -10 °C (+14 °F) ⇒ Fig. 113. Your vehicle will consume
more fuel in winter than in summer. Maintain correct tyre pressure
Maintaining correct tyre pressure saves fuel.
Always maintain correct tyre pressure. Insufficiently tyre pressure increases
rolling resistance. This leads not only to increased fuel consumption, but al-
so tyre wear and deteriorated vehicle behaviour.
Always check the tyre pressure when the tyre is
cold.
Do not carry unnecessary loads
Transporting unnecessary loads also consumes fuel.
Every additional kilo of weight increases fuel consumption. Check for un-
necessary objects in the luggage compartment.
The weight of the vehicle considerably influences fuel consumption, espe-
cially in urban traffic where frequent acceleration is required. As a general
rule, every 100 kg of weight increases consumption by approximately 1 litre
per 100 km (62 miles).
Your vehicle consumes almost 10% more fuel than the normal amount at a
speed of 100 – 120 km/h (62 – 75 mph) when a roof carrier without a load
is fitted. 
Save electrical energy
An electrical current is generated with help from the alternator when the en-
gine is running. The more electrical devices there are connected to the on-
board network, the larger the quantity of fuel is required for the alternator
service. This is why electrical devices should be disconnected when they
are not required. 
Safety FirstOperating instructionsPractical TipsTechnical specifications