2016 Seat Alhambra transmission

The essentials
● Do not t
o
w further than 50 km (30 miles).
● If a breakdown truck is used, the vehicle
must
be towed with the front wheels raised.
Note the following instructions for towing
four all-wheel drive vehicles.
Instructions for towing all-wheel drive vehi-
cles
All-wheel drive vehicles can be towed using a
toolbar or tow rope. If the vehicle is towed
with the front or rear axle raised, the engine
must be turned off to avoid transmission
damage.
For vehicles with a double clutched DSG ®
(di-
rect shift gearbox) the instructions for towing
vehicles with an automatic gearbox apply
››› page 50.
Situations in which a vehicle should not be
towed
In the following cases, the vehicle should not
be towed but transported on a trailer or spe-
cial vehicle: ● If the vehicle gearbox does not contain lu-
bricant due t
o a fault.
● If the vehicle battery is flat and, as a result,
the electronic
steering lock and electronic
parking brake cannot be disengaged if ap-
plied. ●
If the v
ehicle to be towed has an automatic
gearbox and the distance to be covered is
greater than 50 km (30 miles).

››› in Introduction on page 87
››› page 87 Tow-starting
In general, the vehicle should not be started
b
y
t

owing. Jump-starting is much more pref-
erable ››› page 51.
For technical reasons, the following vehicles
can not be tow started:
● Vehicles with an automatic gearbox.
● Vehicles with the Keyless Access locking
and ignition syst
em, since the electronic
steering lock may not unlock.
● Vehicles with an electronic parking brake,
given that
it is possible that the brake will
not be disengaged.
● If the vehicle battery is flat, it is possible
that the en
gine control units do not operate
correctly.
However, if your vehicle must absolutely be
tow-started (manual gearbox):
● Put it into second or third gear. ●
Keep the clut
ch pressed down.
● Switch on the ignition and the hazard warn-
ing lights.
● Rel

ease the clutch when both vehicles are
movin
g.
● As soon as the engine starts, press the
clutc
h and move the gear lever into neutral.
This helps to prevent a collision with the tow-
ing vehicle.
How to jump start
Jump lea
ds If the engine fails to start because of a dis-
c
h
ar

ged battery, the battery of another vehi-
cle can be used to start the engine. Before
starting, check the magic eye on the battery
›››  page 284.
For starting assistance, jump lead cables con-
forming to the standard DIN 72553 are re-
quired (see the cable manufacturer instruc-
tions). The jump lead cable must be at least
25 mm 2
in section (0.038 inches 2
) for petrol
engines, and 35 mm 2
(0.054 inches 2
) for die-
sel engines.
For vehicles whose battery is not in the en-
gine compartment, the jump leads should
only be connected to the starting assistance
connection points in the engine compart-
ment. » 51

Operation
Automatic gear change* Fig. 203
Automatic gearbox selector lever
w ith loc
k
ing button (arrow) Read the additional information carefully
› ›
›

 page 34
The selector lever has a lock. When changing
the selector lever from position P to a range
of gears, press the brake pedal and press the
lock on the selector lever, located on the
front part of the knob, in the direction of the
arrow ››› Fig. 203. To move the gear selector
lever from the position N to D or to R, first
press and hold the brake pedal.
When the ignition is on, the current position
of the selector lever is shown on the instru-
ment panel.
 - Parking lock
The driven wheels are mechanically locked. Only change gears when the vehicle is
at a
st
andstill. To change the position of the se-
lector lever, press the brake pedal and switch
on the ignition.
 - Reverse gear
Reverse gear is engaged.
Only put in reverse when the vehicle is at a
standstill. If not it could result in serious
damage.
 - Neutral
The gear box is in neutral. No movement is
transmitted to the wheels and the engine
does not act as a brake.
 - Standard forwards driving position (nor-
mal programme)
The gears are changed (up and down) auto-
matically. The gear shifts are determined by
the engine load, your individual driving style
and the speed of the vehicle.
 - Standard forwards driving position
(sports programme)
The shift up to a higher gear is automatically
delayed and the shift down is faster with re-
spect to the D range of gears, to take full ad-
vantage of the engine power. The gear shifts
are determined by the engine load, your indi-
vidual driving style and the speed of the ve-
hicle. Selector lever locking
The gear sel
ector lever lock prevents, in P or
N, a gear selection from being inadvertently
engaged and the vehicle moving off acciden-
tally.
To release the gear selector lever lock, press
and hold the brake pedal with the ignition
on. Press simultaneously on the selector lev-
er lock.
The selector lever lock is not engaged if it is
moved quickly through position N (e.g. when
shifting from R to D). This makes it possible,
for instance, to “rock the vehicle backwards
and forwards” if it is stuck in snow or mud.
The selector lever lock engages automatically
if the brake pedal is not pressed and the lev-
er is in position N for more than about one
second at a speed of less than 5 km/h
(3 mph).
In vehicles with a DSG ®
automatic gearbox,
on rare occasions the selector lever lock may
not engage. In this case, the transmission is
locked to prevent the vehicle from moving ac-
cidentally. The green control light  flashes
and an information text is displayed. Proceed
as follows to engage the selector lever lock:
● Press the brake pedal and then release.
196

Driving
WARNING
Placing the selector lever in an incorrect posi-
tion ma y
cause loss of control of the vehicle
and a serious accident.
● Do not press the accelerator when engag-
ing a ran
ge of gears.
● With the engine running and a range of
gear
s selected, the vehicle will move off
when the brake pedal is released.
● Never select reverse gear or the parking
lock whi
le driving. WARNING
Unintentional movements of the vehicle
cou l

d cause serious injury.
● As a driver, you should never leave your ve-
hicle if
the engine is running and a gear range
is engaged. If you have to leave your vehicle
while the engine is running, you must apply
the electronic parking brake and engage
parking lock P with the selector lever.
● While the engine is running and with the D,
S or R rang
e of gears selected, keep the brake
pressed to keep the vehicle at a standstill.
Transmission is not totally interrupted either
when the vehicle is idling or when the vehicle
“continues moving forwards”.
● Never engage the R or P gear ranges when
the vehic
le is moving.
● Never leave the vehicle with the gear selec-
tor in N. The
vehicle may move downhill re-
gardless of whether the engine is switched
on or not. CAUTION
If, when the vehicle is at a standstill, the
electr onic

parking brake is not applied and
the brake pedal is released while in position
P, the vehicle may move a few centimetres
forwards or backwards. Note
If, while driving, the selector lever is acciden-
ta l

ly placed in position N, lift your foot off the
accelerator. Wait until the engine is running
at idle speed before selecting a new gear
range. Gear change with Tiptronic*
Fig. 204
Selector lever in Tiptronic position
(l ef t

-hand drive vehicles). The lay-out in right-
hand drive vehicles is symmetrically op-
posed. Fig. 205
Steering wheel with two paddle
shifts f

or Tiptronic The Tiptronic system allows you to manually
c
h
an

ge gears in vehicles with an automatic
gearbox. When you change to the Tiptronic
programme, the vehicle remains in the cur-
rently selected gear. This is possible as long
as the system is not changing gear automati-
cally due to a traffic situation.
Using Tiptronic with the selector lever
● Press the selector lever from position D to
the right int
o the Tiptronic selector gate ››› in Automatic gear change* on page 197.
●
Press the lever forwards + or backwards
– to move up or down a gear
››
›
Fig. 204.
Using the Tiptronic with the steering wheel
paddle shifts
● In D or S, move the s
teering wheel paddle
shifts ››› Fig. 205. »
197
Technical data
Advice
Operation
Emergencies
Safety

Driver assistance systems
● Do not s
t
op in the water, use reverse gear
or switch off the engine.
● Oncoming traffic will cause waves which
raise the l
evel of the water, making it difficult
to cross the water.
The Start/Stop system must be deactivated
when driving through flooded areas WARNING
When driving through water, mud, melted
sno w

, etc., please remember that due to
damp or frozen brake discs and shoes in win-
ter, the braking effect may be delayed, there-
fore the required braking distance is greater.
● “Dry the brakes and remove ice” by braking
caref
ully. Ensure that you are not endanger-
ing other road-users or breaking traffic regu-
lations in the process.
● After driving through water, avoid sudden
sharp manoeu
vres. CAUTION
● Drivin g thr

ough flooded areas may severely
damage vehicle components such as the en-
gine, transmission, drive train or electrical
system.
● Never drive through salt water as salt cau-
ses c
orrosion. Always rinse any parts of the
vehicle which have been in contact with salt
water. Driver assistance systems
Br ak
in

g and stability systems
Brake assist systems The brake assist systems ESC, ABS, BAS, ASR
and EDL on
ly

operate when the ignition is
switched on. They contribute significantly to
increasing active safety.
Electronic Stability Control (ESC)
ESC reduces the risk of skidding and increa-
ses the vehicle stability by braking individual
wheels under specific driving conditions. ESC
detects critical handling situations, such as
understeer, oversteer and wheelspin on the
driven wheels. The system stabilises the ve-
hicle by braking individual wheels or by re-
ducing the engine torque.
The ESC has limits. It is important to realise
that the ESC is also subject to the laws of
physics. ESC will not be able to deal with all
situations with which drivers may be faced.
For example, if the road surface changes sud-
denly then ESC will not be useful in all cases.
If the vehicle suddenly enters a section cov-
ered by water, mud or snow then ESC will not
provide assistance in the same way as on dry
ground. If the vehicle loses its grip on the
ground and moves on a film of water (“aqua-
planing”), the ESC will not be able to assist the driver to control the vehicle as the loss of
adher
enc

e with the road surface will prevent-
ing braking and steering. If the vehicle is
driven through series of bends at high
speed, the ESC will not always be as effec-
tive: the vehicle reaction to aggressive driv-
ing is not the same as at reduced speeds.
When driving with a trailer, ESC does not pro-
vide the same amount of vehicle control as
without a trailer.
Adjust your speed and driving style to road,
traffic and weather conditions. ESC cannot
push the limits of the laws of physics; im-
prove the transmission available or maintain
the vehicle on the road if a lack of driver at-
tention creates an inevitable situation. Other-
wise, ESC assists in maintaining vehicle con-
trol in extreme situations and uses the move-
ments of the steering made by the driver to
maintain the vehicle moving in the desired
direction. If the vehicle is driven at such a
speed that it will leave the road before ESC
can intervene then the system cannot pro-
vide assistance.
The ABS, BAS, ASR and EDL systems are in-
corporated into the ESC. The ESC is always
on. The ESC should only be turned off using
the ASR button ›››
Fig. 206 when traction is
insufficient. Always remember to turn on the
ASR once more when the vehicle has traction
again. »
205
Technical data
Advice
Operation
Emergencies
Safety

Driver assistance systems
Note
● In some ca se
s, you may have to restart the
vehicle using the key. Observe the corre-
sponding message on the instrument panel
display.
● If the steering wheel is turned more than
270°, Stop w
ill not function; however, the an-
gle of steering wheel turn does not affect
starting the vehicle. Parking distance warning sys-
t
em*
Intr oduction The parking distance warning system assists
the driv
er when p
ark

ing. When the vehicle
approaches an obstacle, forwards or back-
wards, an intermittent audible warning will
be heard, higher or lower depending on the
distance. The shorter the distance, the short-
er the intervals between tones. If the vehicle
is too close to the obstacle, the audible warn-
ing becomes constant.
If you continue to approach an obstacle when
the sound is continuous, this means the sys-
tem can no longer measure the distance.
The sensor system on the bumpers transmit
and receive ultrasound. Using the ultrasound
signal (transmission, reflection from the ob-
stacle and reception), this system continu- ously calculates the distance between the
bumper and the ob

stacle. WARNING
The parking distance warning system and the
optica l

parking system cannot replace driver
awareness.
● The sensors have blind spots in which ob-
stac
les and people are not registered.
● Always observe the area around the vehi-
cle, a
s the sensors do not always detect
small children, animals or objects.
● The surface of certain objects and some
clothing do not
reflect the ultrasound signals
from the parking distance system. The sys-
tem cannot detect or incorrectly detects
these objects and people wearing these
types of clothes.
● External sound sources can affect the park-
ing dis
tance aid signals. In this case, under
certain circumstances, people and objects
will not be detected. CAUTION
● The sensor s

may not always be able to de-
tect objects such as trailer draw bars, thin
rails, fences, posts, trees and open boots,
etc. This could result in damage to your car.
● Although the parking distance warning sys-
tem detect
s and warns of the presence of an
obstacle, the obstacle could disappear from
the angle of measurement of the sensors if it
is too high or low and the system would no longer show it. Therefore, it will not warn you
of the
se o

bjects. Ignoring the warnings of the
parking sensor system could cause consider-
able damage to the vehicle.
● The bumper sensors may become damaged
or misa
ligned, for example, when parking.
● To ensure that the system works properly,
the bumper sensor
s must be kept clean, free
of ice and snow and uncovered.
● When cleaning the sensors with high-pres-
sure or s
team cleaning equipment, spray the
sensors briefly at a distance of no less than
10 cm (4 inches). Note
Acoustic sources may lead to erroneous warn-
ing s

on the parking sensor system, e.g.
rough tarmac, cobbles or the noise of other
vehicles. 211
Technical data
Advice
Operation
Emergencies
Safety

Advice
The optimal reach of the equipment is only
ac hiev
ed w
ith an external aerial.
Check first with a specialised workshop that
understands the technical possibilities of in-
stallation if you wish to use a two-way radio
with a transmitting power of over 10 watts.
SEAT recommends taking your car in for tech-
nical service.
All legal requirements, together with the in-
structions for the use of two-way radios must
be observed. WARNING
If the two-way radio is not securely fastened
in pos ition, it

could be sent flying around the
vehicle in the event of sharp braking, sudden
manoeuvres or accident, causing injury.
● While driving, two-way radios must be se-
curely
fastened in position, outside the radi-
us of action of the airbags, or safely stowed
away. WARNING
When using a two-way radio without a con-
nection to an e xt

erior aerial, the maximum
permitted levels of electromagnetic radiation
may be exceeded. This is also the case if the
aerial has not been correctly installed.
● You should only use a two-way radio inside
the vehic
le if it has first been correctly con-
nected to an exterior aerial. Information stored by the control
u
nit
s Your vehicle is fitted at the factory with a ser-
ies
of

electronic control units responsible for
the engine and gearbox management. In ad-
dition, the control units supervise the per-
formance of the exhaust gas system and the
airbag systems.
Therefore, while the vehicle is being driven,
these electronic control units are continuous-
ly analysing the vehicle data. In the event of
faults or deviations from the theoretical val-
ues, only this data is stored. Normally, the
warning lamps on the instrument panel light
up in the event of faults.
This data can only be read and analysed us-
ing special equipment.
The storing of the data allows specialised
workshops to detect and repair faults. Stored
data may include:
● Data relating to the engine or the gearbox
● Speed
● Direction of travel
● Braking force
● Detection of seat belt
The v ehic

le control units never record conver-
sations held by passengers in the vehicle.
In vehicles equipped with an emergency call
function via the mobile phone or other appli- ances connected in the vehicle, it is possible
to send the v

ehicle position. If the control
unit records an accident with airbag activa-
tion, the system may automatically send a
signal. This will depend on the network oper-
ator. Normally, transmission is only possible
in areas with good coverage.
Event Data Recorder
The vehicle is not fitted with an event data re-
corder.
An event data recorder temporarily stores the
vehicle information. Therefore, in the event of
an accident, it is possible to obtain detailed
information about how the accident occur-
red. For example, in vehicles with airbag sys-
tems, data relating to speed of impact, seat
belt status, seat positions and airbag activa-
tion times may be stored. The volume of data
depends on the manufacturer.
Event data recorders can only be mounted
with authorisation from the vehicle owner
and, in some countries, they are governed by
local legislation.
Reprogramming control units
On the whole, all the data required for the
component management is stored in the con-
trol units. The programming of certain con-
venience functions, such as the turn signals,
individual door opening and instructions on
the display can be modified using special
250