engine Seat Exeo 2008 Manual PDF

If and when
274To w i n g a n d t o w - s t a r t i n gTo w - s t a r t i n g
The use of jump leads is preferable to tow-starting.We recommend that you do not t o w - s t a r t yo u r v e h i c l e . J u m p - s ta r t i n g
is preferable ⇒page 271.
However, if your vehicle has to be tow-started:
– Engage the 2
nd or the 3
rd gear.
– Keep the clutch pressed down.
– Switch the ignition on.
– Once both vehicles are moving, release the clutch.
– As soon as the engine starts, press the clutch and move the gear lever into neutral. This helps to prevent driving into the towing
vehicle.
WARNING
The risk of accidents is high when tow-starting. The vehicle being towed
can easily collide with the towing vehicle.
Caution
When tow-starting, fuel could enter the catalytic converter and damage it.
CommentsPlease observe the following points if you use a tow-rope:
Notes for the driver of the towing vehicle
– Drive slowly at first until the tow-rope is taut. Then accelerate gradually.
– Begin and change gears cautiously. If you are driving an auto- matic vehicle, accelerate gently.
– Remember that the brake servo and power steering are not working in the vehicle you are towing. Brake earlier than you
would normally, but with a more gentle pressure on the brake.
Notes for the driver of the towed vehicle
– Ensure that the tow-rope remains taut at all times when towing.Tow-rope or tow-bar
It is easier and safer to tow a vehicle with a tow-bar. You should only use a
tow-rope if you do not have a tow-bar.
A tow-rope should be slightly elastic to reduce the loading on both vehicles.
It is advisable to use a tow-rope made of synthetic fibre or similarly elastic
material.
Attach the tow-rope or the tow-bar only to the towing eyes provided or a
towing bracket.
Driving style
Towing requires some experience, espec ially when using a tow-rope. Both
drivers should be familiar with the te chnique required for towing. Inexperi-
enced drivers should not attempt to tow-start or tow away another vehicle.
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If and when275
Safety First
Operating instructions
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Te c h n i c a l D a t a
Do not pull too hard with the towing vehi
cle and take care to avoid jerking the
tow-rope. When towing on an unpaved road, there is always a risk of over-
loading and damaging the anchorage points.
The ignition of the vehicle being towed must be switched on to prevent the
steering wheel from locking and also to allow the use of the indicators, horn,
windscreen wipers and washers.
As the brake servo does not work if th e engine is not running, you must apply
considerably more pressure to the brake pedal than you normally would.
As the power assisted steering does not wo rk if the engine is not running, you
will need more strength to steer than you normally would.
Note
•
Observe legal requirements when towing or tow-starting.
•
Switch on the hazard warning lights of both vehicles. However, observe
any regulations to the contrary.
•
For technical reasons, vehicles with an automatic gearbox must not be
tow-started.
•
If damage to your vehicle means that there is no lubricant in the gearbox,
you must raise the drive wheels while the vehicle is being towed.
•
If the vehicle has to be towed more than 50 km, the front wheels must be
raised during towing, and towing should be carried out by a qualified person.
•
The steering wheel is locked when the vehicle has no electrical power. The
vehicle must then be towed with the front wheels raised. Towing should be
carried out by a qualified person.
•
The towing eye should always be kept in the vehicle. Please refer to the
notes ⇒page 274, “Tow-starting”.
Front towing eyeFitting the towing eye
– Take the towing ring from the onboard tool set.
– Pull the lower front cover down and leave the cover hanging on
the vehicle.
– Remove the cover of the screw hole, insert a screwdriver into the lower slot and lever gently.
– Bolt the eye to its limit to the left, in the direction of the arrow
⇒ fig. 226Rear towing eyeThere is a towing eye at the rear on the right below the rear bumper.
Fig. 226 Fitting the
towing eye to front rear of
the vehicle
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General notes on the technical data 277
Safety First
Operating instructions
Practical tips
Te c h n i c a l D a t a
Te c h n i c a l D a t aGeneral notes on the technical dataOutstanding informationImportant considerations
All data in the official vehicle documents take precedence over this data.All data provided in this manual are valid for the standard model in Spain. The
vehicle data card included in the Maintenance Programme or the vehicle
registration documents sh ows which engine is installed in the vehicle. The figures may be different depending on
if additional equipment is fitted,
for different models, for special vehicles and for other countries.
Abbreviations used in this paragraph of the Technical Data Abbreviation MeaningkW Kilowatt, engine power measurement.
bhp Brake horse power, formerly used to denote engine power
at rpm Revolutions per minute - engine speed. Nm Newton metres, unit of engine torque.
l/100 km Fuel consumption in litres per 100 km. g/km Carbon dioxide emissions in grams per km travelled.CO
2
Carbon dioxide
CN Cetane number, indication of the diesel combustion power.
RON Research octane number, indication of the knock resistance of petrol.
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General notes on the technical data
278Vehicle identification data
The most important data are given on the type plate and the
vehicle data sticker.Vehicles for certain export countries do not have a type plate.
Type plate
The type plate is located on the left rib inside the engine compartment.
Vehicle identification number
The vehicle identification number (chass is number) can be read from outside
the vehicle through a viewer in the windscreen. This is located on the left-
hand side of the vehicle in the lower area of the windscreen. It is also located
on the right hand side of the engine compartment. Vehicle data
The data sticker is placed on the inside of the spare wheel recess in the
luggage compartment.
The following information is provided on the vehicle data sticker:
⇒fig. 227 .
These data are also provided in the Maintenance Program. Production control number
Vehicle identification number (chassis number)
Model code number
Model designation / engine power output
Engine and gearbox code letters
Paintwork number / interior trim code
Optional equipment codes
Consumption values
CO
2 emissions values
Data from 2 to 9 are also provided in the Maintenance Program.
Consumption figures and CO
2
Consumption (litres/100 km) / CO
2 emissions (g/km) urban
Consumption (litres/100 km) / CO2 emissions (g/km) motorway
Consumption (l/100 km) / CO
2 Emissions (g/km) mixed
Fig. 227 Vehicle data
sticker – boot
A1A2A3A4A5A6A7A8A9AAABAC
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General notes on the technical data 279
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Te c h n i c a l D a t a
Data on fuel consumptionFuel consumption
The consumption and emission details shown on the vehi cle data sticker differ from one vehicle to another.The fuel consumption and CO
2 emissions of the vehicle can be found on the
vehicle data sticker.
The fuel consumption and emissions figures given are based on the vehicle
weight category, which is determine d according to the engine/gearbox
combination and the equipment fitted. The consumption and emission figures are calculated in accordance with the
EC test requirements 1999/100/EC. The
se test requirements specify a real-
istic test method based on normal everyday driving.
The following test conditions are applied:
Note
•
Actual consumption may vary from quoted test values, depending on
personal driving style, road and traffic conditions, the weather and the
vehicle condition. Urban cycle
The urban cycle starts with an engine cold start. City driving is then simulated.
Extra urban cycle In the extra urban cycle simulation the vehicle frequently accelerates and brakes in all gears, as in normal everyday driving.
The
road speed ranges from 0 to 120 km/h.
Total consumption The average total consumption is calculated with a weightin
g of around 37% for the urban cycle and 63% for the extra urban
cycle.
CO2 emissions The exhaust gases are collected during both driving cycles to calculate carbon dioxide emissions. The gas composition is then
analysed to evaluate the CO
2 content and other emissions.
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Technical Data
282Te c h n i c a l D a t aChecking fluid levelsFrom time to time, the levels of the different fluids in the
vehicle must be checked. Never fill with incorrect fluids,
otherwise serious damage to the engine may be caused.Fig. 228 Diagram for the location of the various elements
Vehicle battery
Engine oil filler cap
Brake fluid reservoir
Engine oil dipstick.
Coolant expansion tank
Windscreen washer fluid container
Hydraulic fluid reservoir for power steering
The checking and refilling of service fluids are carried out on the components
mentioned above. These operat ions are described in the ⇒page 213.
Overview
Further explanations, instructions and restrictions on the technical data are
contained as of ⇒page 277.Note
The layout of parts may vary depending on the engine.A1A2A3A4A5A6A7
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Technical Data283
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Petrol engine 1.6l 75 kW (102 HP)General engine data
Performance figures
WeightsPower output in kW (bhp)
rpm 75 (102) / 5600
Maximum torque in Nm at 1/min 148 / 3800
No. of cylinders/ cubic capacity in cm
3
4 / 1595
Compression 10,3 +/- 0,3
Fuel Super 95 RON
a)/Normal 91 RON
b)
a)Research- Octane- Number = Measure of the antidetonator petrol power.b)Slight power lossMaximum speed in km/h 190
Acceleration from 0-80 km/h in sec. 8,6
Acceleration from 0-100 km/h in sec. 12,6
Gross vehicle weight in kg 1870
Weight in working order (with driver) in kg 1385
Front gross axle weight in kg 990
Rear gross axle weight in kg 1010
Permitted roof load in kg 75
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Technical Data
284Trailer weights
Engine oil capacityPetrol engine 1.8l 110 kW (150 HP)General engine data
Performance figures Trailer without brakes
690
Trailer with brakes, gradients up to 8% 1400
Trailer with brakes, gradients up to 12% 1200
Approximate engine oil capacity with oil filter change 3.6 litres
Power output in kW (HP) rpm 110 (150) / 5700
Maximum torque in Nm at rpm 220 / 1800
No. of cylinders/ cubic capacity in cm
3
4 / 1781
Compression 9,5 +/- 0,3
Fuel Super 98 RON
a)/Super 95 RON
b)
a)Research- Octane- Number = Measure of the antidetonator petrol power.b)Slight power loss.Maximum speed in km/h 217
Acceleration from 0-80 km/h in sec. 6,3
Acceleration from 0-100 km/h in sec. 9,3
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Technical Data285
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Weights
Trailer weights
Engine oil capacity
Petrol engine 2.0l 147 kW (200 HP)General engine data
Gross vehicle weight
in kg 1960
Weight in working order (with driver) in kg 1475
Front gross axle weight in kg 1065
Rear gross axle weight in kg 1025
Permitted roof load in kg 75
Trailer without brakes 730
Trailer with brakes, gradients up to 8% 1600
Trailer with brakes, gradients up to 12% 1400
Approximate engine oil capacity with oil filter change 4.4 litres
Power output in kW (HP) rpm 147 (200) / 5100
Maximum torque in Nm at rpm 280 / 1800
No. of cylinders/ cubic capacity in cm
3
4 / 1984
Compression 10,3 +/- 0,3
Fuel Super 98 RON
a)/Super 95 RON
b)
a)Research- Octane- Number = Measure of the antidetonator petrol power.b)Slight power loss.
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Technical Data
286Performance figures
Weights
Trailer weights
Engine oil capacity Maximum speed
in km/h 241
Acceleration from 0-80 km/h in sec. 5,4
Acceleration from 0-100 km/h in sec. 7,3
Gross vehicle weight in kg 1990
Weight in working order (with driver) in kg 1505
Front gross axle weight in kg 1090
Rear gross axle weight in kg 1030
Permitted roof load in kg 75
Trailer without brakes 750
Trailer with brakes, gradients up to 8% 1600
Trailer with brakes, gradients up to 12% 1400
Approximate engine oil capacity with oil filter change 4.5 litres
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