Checking and refilling levels
Checking engine oil level Fig. 241
Marked engine oil dipstick Fig. 242
In the engine compartment: Engine
oi l
fi
ller cap. Read the additional information carefully
› ›
›
page 39
Preparations ● Park the vehicle on flat ground so that the
engine oil
reading is correct. ●
Stop the engine and w
ait a few minutes for
the oil to drain back into the sump. When the
engine has cooled down, immediately check
the oil level and top up if necessary.
● Open the bonnet ›››
page 268.
● The engine oil filler neck can be recognised
by the symbo
l on the cap ››› Fig. 242 and
the dipstick by its coloured handle.
Checking the engine oil level
● Pull out the dipstick and wipe it on a clean
cloth.
● Rep
lace the dipstick, pushing it in as far as
it wi
ll go. If the dipstick has a mark, when you
reintroduce it this mark should slot into the
corresponding groove located on the upper
end of the tube.
● Remove the oil dipstick again and check
the engine oil
level.
● After reading the oil level, replace the dip-
stick
in the tube completely.
Adding oil after checking the level
Only add engine oil in small quantities and in
steps:
● Unscrew the cap from engine oil filler neck
on the cylinder head ›
›› Fig. 242. If you are
not sure where the cap is, request help from
a specialist. ●
Only r
efill using approved SEAT engine oil
in small quantities (no more than 0.5 l)
››› page 272.
● To avoid adding too much oil, each time
you ad
d a quantity, wait until the oil has flow-
ed into the crankcase so that it can be meas-
ured with the dipstick.
● Check the oil level before adding any more
oil. Do not
top up with too much engine oil
››› .
● When the oil level is at least in the
› ›
›
Fig. 241 B zone, insert the dipstick into
the t ube f
u
lly to avoid engine oil escaping
when the engine is running.
● After topping up the oil, ensure that the
cap is
screwed on to the filler neck correctly. WARNING
Oil could catch fire if it comes into contact
with hot en
gine components. This could lead
to a fire, explosion and severe injuries.
● Always ensure that after topping of oil, the
engine oil
filler cap is correctly tightened.
This will avoid engine oil spilling onto hot en-
gine parts when the engine is running. CAUTION
● If the en gine oi
l level is above the area
››› Fig. 241 A do not start the engine. Seek
spec i
alist assistance. Otherwise catalytic
converter and engine damage may occur. » 273
Technical data
Advice
Operation
Emergencies
Safety
Advice
●
When refi l
ling liquids, avoid spilling them
on parts of the engine and the exhaust sys-
tem. Spilled liquids could cause a fire. Under
specific circumstances, the ethylene glycol
can catch fire. CAUTION
● On ly fi
ll with distilled water. Any other type
of water may lead to considerable rusting in
the engine due to its chemical components.
This could consequently damage the engine.
If you have not used distilled water but an-
other type of water to top up the coolant, a
specialised workshop must immediately re-
place all of the fluid in the engine cooling
system.
● Only top up coolant to the top level of the
marked ar
ea ››› Fig. 244. Otherwise the ex-
cess coolant will be forced out of the cooling
system when the engine is hot, causing dam-
age.
● If a lot of liquid coolant has been lost, wait
for the engine t
o cool down completely before
adding coolant. Extensive coolant loss is an
indication of leaks in the engine cooling sys-
tem. Have the engine cooling system inspec-
ted immediately by a specialised workshop.
Otherwise engine damage may occur.
● When refilling service liquids, ensure that
you put
the liquids into the right tank. Mak-
ing a mistake when refilling could cause seri-
ous malfunctions and damage the engine! Brake fluid
Chec k
in
g the brake fluid level Fig. 246
In the engine compartment: brake
fluid r e
ser
voir cap Read the additional information carefully
› ›
›
page 41
In the course of time, the brake fluid absorbs
water from the ambient air. If there is too
much water in the brake fluid, the brake sys-
tem could be damaged. In addition, the boil-
ing point of the brake fluid is significantly
lowered. When the brake fluid contains too
much water and the brakes are subject to
considerable forces, bubbles of water vapour
can form in the system. These bubbles can
significantly reduce braking power, notably
increasing braking distance, and could even
result in the total failure of the brake system.
Ensuring that the brake system is always
functioning correctly is essential for your own safety and the safety of other road users
›››
.
Br ak
e fluid s
pecifications
SEAT have developed a special brake fluid
optimised for the brake systems of their vehi-
cles. To ensure the optimum working of the
brake system, SEAT recommends the use of
brake fluid in accordance with the VW 501 14
standard. If this brake fluid is not available or
another brake fluid is used for different rea-
sons, use a brake fluid that complies with the
United States standard FMVSS 116 DOT 4 or
the German standard DIN ISO 4925 CLASS 4
››› .
Br ak
e fluid
s conforming to the standard
VW 501 14, fulfil the American requirements
of the FMVSS 116 DOT 4 standard and the
German DIN ISO 4925 CLASS 4 standard.
However, fluids that comply with the US
FMVSS 116 DOT 4 standard or the German
DIN ISO 4925 CLASS 4 standard do not nec-
essarily comply with the VW 501 14 stand-
ard. Always check the information on the
brake fluid container and ensure that you are
using suitable brake fluid.
A suitable brake fluid can be obtained from
technical service centres.
278
