2005 Seat Cordoba fuel cap

108Climate control
•Disconnect air recirculation mode and A AC
C(ButtonsDand E).
•Rotary control
Ccan be set as you wish.K
Using air conditioner economically
In cooling mode the air conditioner compressor places demands
on the engine and therefore influences the fuel consumption. To
keep the period it is switched on as short as possible, the
following points should be noted.
•If the inside temperature is very high after the car has been
parked in the sun, it is recommended that doors and windows are
opened briefly to enable the hot air to escape.
•The hot air conditioner should not be switched on during a
journey if the windows or sliding/tilting roof* are open.
•The fresh air option should be selected if the desired inside
temperature can be achieved without having to turn on the cooling
system.
K
General notes
•High humidity and outside temperatures may cause
condensation and the evaporator to drip. This water is channeled
outside which can lead to the formation of puddles beneath your
vehicle. This is normal and does not indicate any leak.•For the ventilation to function correctly ice, snow or leaves in
front of the air inlets, on the grid below the windshields (passenger
side, outside) must be removed.
•Only switches
Aand Ccan by adjusted to any intermediate
position.
•When driving at low speed it is advisable to set a low fan speed
and to set switch
Cto position to avoid fogging of the
windshields.
•Since the efficiency of the heating system depends on the
temperature of the coolant, maximum efficiency is achieved when
the temperature reaches service temperature.
•Stale air is channeled outside through the boot area. For this
reason, do not obstruct the air passage from the passenger cabin
to the rear part by placing clothing on the rear shelf.
• • IIt
t iis
s aad
dv
vi
is
sa
ab
bl
le
e tto
o ssw
wi
it
tc
ch
h oon
n tth
he
e aai
ir
r cco
on
nd
di
it
ti
io
on
ni
in
ng
g aat
t lle
ea
as
st
t oon
nc
ce
e aa
m mo
on
nt
th
h tto
o llu
ub
br
ri
ic
ca
at
te
e tth
he
e jjo
oi
in
nt
ts
s oof
f tth
he
e ssy
ys
st
te
em
m aan
nd
d ppr
re
ev
ve
en
nt
t lle
ea
ak
ks
s iin
n
t th
he
e aai
ir
r cco
on
nd
di
it
ti
io
on
ni
in
ng
g ssy
ys
st
te
em
m.
. IIf
f yyo
ou
u nno
ot
ti
ic
ce
e ddi
im
mi
in
ni
is
sh
he
ed
d cco
oo
ol
li
in
ng
g
p po
ow
we
er
r,
, ggo
o tto
o aa TTe
ec
ch
hn
ni
ic
ca
al
l SSe
er
rv
vi
ic
ce
e CCe
en
nt
tr
re
e tto
o hha
av
ve
e tth
he
e ssy
ys
st
te
em
m
c ch
he
ec
ck
ke
ed
d.
.
F Fo
or
r cco
or
rr
re
ec
ct
t ffu
un
nc
ct
ti
io
on
ni
in
ng
g oof
f tth
he
e ssy
ys
st
te
em
m ddo
o nno
ot
t cco
ov
ve
er
r tth
he
e ggr
ri
id
d llo
oc
ca
at
te
ed
d
n ne
ex
xt
t tto
o tth
he
e
Eb
bu
ut
tt
to
on
n.
.
•The pollen*/odor filter should be changed regularly in
accordance with the Inspection and Maintenance Plan to avoid a
decreased performance of the system.
K

127 Refuelling
Safety FirstControls and equipment Tips and Maintenance Technical Data
T
Ti
ip
ps
s aan
nd
d MMa
ai
in
nt
te
en
na
an
nc
ce
e
R
Re
ef
fu
ue
el
ll
li
in
ng
g
F
Fi
il
ll
li
in
ng
g tth
he
e tta
an
nk
k
General notes
The filler neck is located in the rear right-side panel.
The fuel tank cap turns freely to prevent it’s opening without a key.
Open the cover, hold the cap with one hand and next introduce the
key in the lock and turn it 180° to the left. At this moment the cap
should unscrew in a counter-clockwise direction.To close, screw the cap to the right until you hear a "click". Turn the
key without releasing the cap clockwise 180°. Remove the key and
close the cover.
The tank holds about 45 liters.
F Fo
or
r tth
he
e ssa
ak
ke
e oof
f tth
he
e een
nv
vi
ir
ro
on
nm
me
en
nt
t
As soon as the automatic nozzle, correctly operated, disconnects for the
first time, the tank is full. Do not continue filling since the expansion space
would be occupied. If it heats up the fuel could overflow.
After filling the tank, screw cap and close tank flap until it engages.
The cap is tied to an anti-loss cord.
N No
ot
te
e
Any fuel spillage should be wiped off the paint finish immediately, as the
paint could otherwise be damaged, especially if it is RME (“biodiesel”) fuel.
C
Ca
au
ut
ti
io
on
n
On vehicles with a catalytic converter, never drive until the fueltank is
completely empty. The irregular fuel supply can cause misfiring. This allows
unburnt fuel into the exhaust system, which can cause overheating and
damage to the catalyst.
K
CON-009Fig. 99

175 If and when
Safety FirstControls and equipment Tips and Maintenance Technical Data
The spare tire is located under the boot floor covering. It is secured
on the bottom with a plastic wheel
⇒fig. 132.
•To keep the spare tire always in perfect condition, it is advisable
to regularly check the tire pressure (preferably together with the
other tires, see inside the tank flap).
K
W Wh
he
ee
el
ls
s
General notes
• New tyres do not give maximum grip straight away and should
therefore be run in at moderate speeds and a careful style of
driving for about the first 100 km. This will help to make the tyres
last longer.
• The tread depth of new tyres can vary due to construction and
design features, and depending on version and manufactures.
• Check tyres for damage from time to time (cuts, splits, cracks and
lumps) and remove any foreign bodies embedded in the treads.
• To avoid damage to tyres and wheels drive over curbs and similar
obstacles very slowly and as nearly at right angles as possible.• Keep grease, oil and fuel off the tyres.
• Replace missing dust caps assoon as possible.
• Mark wheels before taking them off so that they rotate in the
same direction when put back on again.
• When taken off, the tyres should be stored in a cool, dry and
preferably dark place.
Tyres which are not on wheels should be stored in a vertical
position.
N No
ot
te
e ffo
or
r tty
yr
re
es
s wwh
he
er
re
e tth
he
e ddi
ir
re
ec
ct
ti
io
on
n oof
f rro
ot
ta
at
ti
io
on
n iis
s sst
ti
ip
pu
ul
la
at
te
ed
d
It is imperative that the designated direction of rotation for tyre treads
(which can be determined from the arrow on the side of the tyre) be kept to.
The best tyre performance i.e. in aquaplaning, road adhesion, noise and
wear is then guaranteed.
K
D Da
am
ma
ag
ge
e tto
o wwh
he
ee
el
ls
s aan
nd
d tty
yr
re
es
s iis
s nno
ot
t aal
lw
wa
ay
ys
s eea
as
sy
y tto
o sse
ee
e.
. UUn
nu
us
su
ua
al
l vvi
ib
br
ra
at
ti
io
on
ns
s
o or
r aa ppu
ul
ll
li
in
ng
g tto
o oon
ne
e ssi
id
de
e cco
ou
ul
ld
d iin
nd
di
ic
ca
at
te
e tty
yr
re
e dda
am
ma
ag
ge
e.
. IIf
f yyo
ou
u ssu
us
sp
pe
ec
ct
t dda
am
ma
ag
ge
e
t to
o aa tty
yr
re
e,
, iim
mm
me
ed
di
ia
at
te
el
ly
y rre
ed
du
uc
ce
e yyo
ou
ur
r ssp
pe
ee
ed
d.
. VVi
is
su
ua
al
ll
ly
y cch
he
ec
ck
k aal
ll
l tty
yr
re
es
s ffo
or
r
d da
am
ma
ag
ge
e ((b
bu
ul
lg
ge
es
s,
, tte
ea
ar
rs
s eet
tc
c.
.)
).
. IIf
f nno
o eex
xt
te
er
rn
na
al
l dda
am
ma
ag
ge
e cca
an
n bbe
e sse
ee
en
n,
, ddr
ri
iv
ve
e
c ca
ar
re
ef
fu
ul
ll
ly
y tto
o tth
he
e nne
ea
ar
re
es
st
t TTe
ec
ch
hn
ni
ic
ca
al
l SSe
er
rv
vi
ic
ce
e CCe
en
nt
tr
re
e aan
nd
d hha
av
ve
e tth
he
e vve
eh
hi
ic
cl
le
e
c ch
he
ec
ck
ke
ed
d oov
ve
er
r.
.
W
WA
AR
RN
NI
IN
NG
G

176If and when
Tyre life
Tyre life depends to a considerable extent on the following
factors:
I In
nf
fl
la
at
ti
io
on
n ppr
re
es
ss
su
ur
re
e
The inflation pressures are to be found inside the fuel lid.
The inflation pressure is very important particularly at high speeds.
Therefore, the pressures should be checked at least once a
month and before every long journey.
At this opportunity do not forget the spare wheel:
• The spare wheel with normal tyre should always be inflated to
the highest pressure required on the vehicle.• Always check the pressures when the tyres are cold. When warm,
the pressure is higher but do not reduce. If the load changes a
great deal the pressure must be altered to suit.
On vehicles with wheel hub caps, valve extensions are fitted. It is
not necessary to remove the valve extension piece in order to test
and correct the inflation pressure.
P Pr
re
es
ss
su
ur
re
es
s wwh
hi
ic
ch
h aar
re
e tto
oo
o hhi
ig
gh
h oor
r tto
oo
o llo
ow
w ssh
ho
or
rt
te
en
n tty
yr
re
e lli
if
fe
e –– qqu
ui
it
te
e
a ap
pa
ar
rt
t ffr
ro
om
m tth
he
e dde
et
tr
ri
im
me
en
nt
ta
al
l iin
nf
fl
lu
ue
en
nc
ce
e oon
n vve
eh
hi
ic
cl
le
e hha
an
nd
dl
li
in
ng
g.
.
F Fo
or
r tth
he
e ssa
ak
ke
e oof
f tth
he
e een
nv
vi
ir
ro
on
nm
me
en
nt
t
A pressure which is too low increases the fuel consumption and this
burdens the environment unnecessarily.
M Mo
od
de
e oof
f ddr
ri
iv
vi
in
ng
g
Fast cornering, hard acceleration and violent braking also increase
tyre wear.
B Ba
al
la
an
nc
ci
in
ng
g wwh
he
ee
el
ls
s
The wheels on new vehicles are balanced. However when the
vehicle is running various influences can cause the wheels to
become unbalanced and this causes steering vibration.
B1H-085Fig. 133
A At
t cco
on
nt
ti
in
nu
uo
ou
us
s hhi
ig
gh
h ssp
pe
ee
ed
ds
s aa tty
yr
re
e iin
n wwh
hi
ic
ch
h tth
he
e ppr
re
es
ss
su
ur
re
e iis
s tto
oo
o llo
ow
w ffl
le
ex
xe
es
s
m mo
or
re
e aan
nd
d hhe
ea
at
ts
s uup
p eex
xc
ce
es
ss
si
iv
ve
el
ly
y.
. TTh
hi
is
s cca
an
n cca
au
us
se
e ttr
re
ea
ad
d sse
ep
pa
ar
ra
at
ti
io
on
n aan
nd
d tty
yr
re
e
b bl
lo
ow
w oou
ut
t.
.
W
WA
AR
RN
NI
IN
NG
G


180If and when
F
Fo
or
r tth
hi
is
s rre
ea
as
so
on
n,
, iin
n sso
om
me
e cco
ou
un
nt
tr
ri
ie
es
s,
, vve
eh
hi
ic
cl
le
es
s wwh
hi
ic
ch
h cca
an
n eex
xc
ce
ee
ed
d tth
hi
is
s
s sp
pe
ee
ed
d mmu
us
st
t hha
av
ve
e aan
n aap
pp
pr
ro
op
pr
ri
ia
at
te
e sst
ti
ic
ck
ke
er
r iin
n tth
he
e ddr
ri
iv
ve
er
r’
’s
s ffi
ie
el
ld
d oof
f
v vi
ie
ew
w.
. TTh
he
es
se
e aar
re
e aav
va
ai
il
la
ab
bl
le
e ffr
ro
om
m TTe
ec
ch
hn
ni
ic
ca
al
l SSe
er
rv
vi
ic
ce
e CCe
en
nt
tr
re
es
s.
.
Please note regulations to this effect in your country.
• All-weather tyres can also be used instead of winter tyres.
• If you have a flat tyre the remarks on using the spare wheel on
page 174 should be noted.
• Do not leave winter tyres fitted for an unnecessary long period
because when the roads are free of snow and ice the handling with
summer tyres is better.
F Fo
or
r tth
he
e ssa
ak
ke
e oof
f tth
he
e een
nv
vi
ir
ro
on
nm
me
en
nt
t
For environmental reasons summer tyres should be fitted again as soon as
possible because normally they are quieter in running, tyre wear is reduced
and the fuel consumption is lower.
K
Snow chains
Snow chains can only be fitted on the front wheels.
The use of snow chains is permitted on 155/80 R 13, 165/70 R 14
and 185/60 R 14 tires.
O On
nl
ly
y uus
se
e tth
hi
in
n cch
ha
ai
in
ns
s wwh
hi
ic
ch
h ddo
o nno
ot
t sst
ta
an
nd
d ccl
le
ea
ar
r mmo
or
re
e tth
ha
an
n 115
5 mmm
m
( (i
in
nc
cl
lu
ud
di
in
ng
g tte
en
ns
si
io
on
ne
er
r)
).
.
When using snow chains wheel rim plates and rim rings must be
taken off. In this case, to protect the wheel, the bolts must then be
fitted with caps which are available from Technical Service Centres.When driving over roadswhich are free of snow you must remove
the chains. On such roadsthey are detrimental to vehicle handling,
damage the tyres and wear out quickly.
In some countries the maximum permissible speed with snow
chains is 50 km/h.
K
C Ch
ha
an
ng
gi
in
ng
g wwh
he
ee
el
ls
s
Preparation work
– In case of a flat tyre or puncture, park the vehicle as far as
possible away from the traffic flow. If necessary, switch hazard
warning lights on and place the warning triangle in position – note
any statutory requirements.
– All vehicle occupants should leave the vehicle and move to a
safe area (e.g. behind safety barrier).
– Apply handbrake firmly, engage a gear or place the gear selector
in position “P” and chock the opposite wheel with a stone or
similar.
– When towing a trailer, the trailer must first be disengaged from
the towing vehicle before the wheel is changed.
– Take tools and spare wheel out of luggage compartment.
C Ca
au
ut
ti
io
on
n
Carry out wheel change on as flat a surface as possible.K

212Engine data
E
En
ng
gi
in
ne
e dda
at
ta
a
P
Pe
et
tr
ro
ol
l een
ng
gi
in
ne
e 11.
.2
2 447
7 kkW
W
Output kW (HP) after 1/min 47 (64)/5400
Maximum engine torque in Nm after 1/min 112/3000
Number of cylinders/Cylinder capacity in cm33/1198
Compression 10.4
FuelSuper 95 ROZ
a)/Normal 91b)ROZa)
E
En
ng
gi
in
ne
e dda
at
ta
a
Maximum speed in km/h 168
Acceleration 0-80 km/h in seconds 10.3
Acceleration 0-100 km/h in seconds 15.7
P Pe
er
rf
fo
or
rm
ma
an
nc
ce
e
a)R
R
esearch-O O
ktan-Z Z
ahl = Measurement of the anti-explosive power of petrol.b)Slight power loss⇒Please refer to the chapter “Petrol”.
Town driving 7.6/182 7.7/185
Intercity driving 5.1/122 5.1/122
Total5.9/142 6.0/144
F
Fu
ue
el
l cco
on
ns
su
um
mp
pt
ti
io
on
n ((l
l/
/1
10
00
0 kkm
m)
) // CCO
O2
2(
(g
g/
/k
km
m)
)


214Engine data
P
Pe
et
tr
ro
ol
l een
ng
gi
in
ne
e 11.
.4
4 116
6V
V 555
5 kkW
W
Output kW (HP) after 1/min 55 (75)/5000
Maximum engine torque in Nm after 1/min 126/3800
Number of cylinders/Cylinder capacity in cm34/1390
Compression 10.5
FuelSuper 95 ROZ
a)/Normal 91b)ROZa)
E
En
ng
gi
in
ne
e dda
at
ta
a
Maximum speed in km/h 176
Acceleration 0-80 km/h in seconds 9.1
Acceleration 0-100 km/h in seconds 13.6
P Pe
er
rf
fo
or
rm
ma
an
nc
ce
e
a)R
R
esearch-O O
ktan-Z Z
ahl = Measurement of the anti-explosive power of petrol.b)Slight power loss⇒Please refer to the chapter “Petrol”.
Town driving 8.6/206 8.7/209
Intercity driving 5.3/127 5.4/130
Total6.5/156 6.6/158
F
Fu
ue
el
l cco
on
ns
su
um
mp
pt
ti
io
on
n ((l
l/
/1
10
00
0 kkm
m)
) // CCO
O2
2(
(g
g/
/k
km
m)
)


216Engine data
P
Pe
et
tr
ro
ol
l een
ng
gi
in
ne
e 11.
.4
4 116
6V
V 555
5 kkW
W.
. AAu
ut
to
om
ma
at
ti
ic
c gge
ea
ar
rb
bo
ox
x
Output kW (HP) after 1/min 55 (75)/5000
Maximum engine torque in Nm after 1/min 126/3800
Number of cylinders/Cylinder capacity in cm34/1390
Compression 10.5
FuelSuper 95 ROZ
a)/Normal 91b)ROZa)
E
En
ng
gi
in
ne
e dda
at
ta
a
Maximum speed in km/h 172
Acceleration 0-80 km/h in seconds 10.3
Acceleration 0-100 km/h in seconds 15.9
P Pe
er
rf
fo
or
rm
ma
an
nc
ce
e
a)R
R
esearch-O O
ktan-Z Z
ahl = Measurement of the anti-explosive power of petrol.b)Slight power loss⇒Please refer to the chapter “Petrol”.
Town driving 10.3/247
Intercity driving 5.9/142
Total7.5/180
F
Fu
ue
el
l cco
on
ns
su
um
mp
pt
ti
io
on
n ((l
l/
/1
10
00
0 kkm
m)
) // CCO
O2
2(
(g
g/
/k
km
m)
)