2018 OPEL KARL transmission

Vehicle care159If w flashes for 60-90 seconds then
illuminates continuously, there is a fault in the system. Consult a
workshop.
After inflating, some driving may be
required to update the tyre pressure
values in the Driver Information
Centre. During this time w may
illuminate.
If w illuminates at lower temperatures
and extinguishes after some driving,
this could be an indicator for
approaching a low tyre pressure
condition. Check tyre pressure.
Vehicle messages 3 83.
If the tyre pressure must be reduced
or increased, switch off ignition.
Only mount wheels with pressure
sensors, otherwise the tyre pressure
will not be displayed and w
illuminates continuously.
A temporary spare wheel is not
equipped with pressure sensors. The
tyre pressure monitoring system is
not operational for these tyres.
Control indicator w illuminates. For
the further three tyres, the system
remains operational.The use of commercially-available
liquid tyre repair kits can impair the
function of the system. Factory-
approved repair kits can be used.
Operating electronic devices or being
close to facilities using similar wave
frequencies could disrupt the tyre
pressure monitoring system.
Each time the tyres are replaced, tyre pressure monitoring system sensors
must be dismounted and serviced.
For the screwed sensor; replace
valve core and sealing ring. For the
clipped sensor; replace complete
valve stem.
Vehicle loading status
Adjust tyre pressure to load condition according to the tyre information label
or tyre pressure chart 3 188, and
select the appropriate setting in the
menu Tyre Load in the Driver
Information Centre, Vehicle
Information Menu 3 77 . This setting is
the reference for the tyre pressure
warnings.The Tyre Load menu only appears if
the vehicle is in a standstill and the
parking brake is applied. On vehicles
with automatic transmission the
selector lever has to be in P.
Select:
● Lo for comfort pressure up to
3 people.
● Eco for Eco pressure up to
3 people.
● Hi for full loading.

160Vehicle careTyre pressure sensor matching
process
Each tyre pressure sensor has a
unique identification code. The
identification code must be matched
to a new tyre/wheel position after
rotating the tyres or exchanging the
complete wheel set and if one or more
tyre pressure sensors were replaced. The tyre pressure sensor matching
process should also be performed
after replacing a spare tyre with a
road tyre containing the tyre pressure sensor.
The malfunction light w and the
warning message or code should go
off at the next ignition cycle. The
sensors are matched to the wheel
positions, using a relearn tool, in the
following order: left side front wheel,
right side front wheel, right side rear
wheel and left side rear wheel. The
turn signal light at the current active
position is illuminated until sensor is
matched.
Consult a workshop for service. There
are two minutes to match the first
wheel position, and five minutes
overall to match all four wheelpositions. If it takes longer, the
matching process stops and must be
restarted.
The tyre pressure sensor matching
process is:
1. Apply the parking brake.
2. Turn the ignition on.
3. On vehicles with manual transmission: select neutral.
4. Use MENU on the turn signal
lever to select the Vehicle
Information Menu in the Driver
Information Centre.
5. Turn the adjuster wheel to scroll to
the tyre pressure menu.
6. Press SET/CLR to begin the
sensor matching process. A
message requesting acceptance
of the process should be
displayed.
7. Press SET/CLR again to confirm
the selection. The horn sounds
twice to indicate that the receiver
is in relearn mode.
8. Start with the left side front wheel.9. Place the relearn tool against the
tyre sidewall, near the valve stem.Then press the button to activate
the tyre pressure sensor. A horn
chirp confirms that the sensor
identification code has been
matched to this wheel position.
10. Proceed to the right side front wheel, and repeat the procedure
in Step 9.
11. Proceed to the right side rear wheel, and repeat the procedure
in Step 9.
12. Proceed to the left side rear wheel, and repeat the procedure
in Step 9. The horn sounds twice
to indicate that the sensor
identification code has been
matched to the left side rear
wheel, and the tyre pressure
sensor matching process is no
longer active.
13. Turn off the ignition.

170Vehicle care● A discharged vehicle battery canalready freeze at a temperature
of 0 °C. Defrost the frozen battery before connecting jump leads.
● Wear eye protection and protective clothing when
handling a battery.
● Use a booster battery with the same voltage (12 Volts). Its
capacity (Ah) must not be much less than that of the discharged
battery.
● Use jump leads with insulated terminals and a cross section of
at least 16 mm 2
.
● Do not disconnect the discharged
vehicle battery from the vehicle.
● Switch off all unnecessary electrical consumers.
● Do not lean over the battery during jump starting.
● Do not allow the terminals of one
lead to touch those of the other
lead.
● The vehicles must not come into contact with each other during
the jump starting process.● Apply the parking brake, transmission in neutral.
● Open the positive terminal protection caps of both vehicle
batteries.
Lead connection order:
1. Connect the red lead to the positive terminal of the booster
battery.
2. Connect the other end of the red lead to the positive terminal of the
discharged battery.
3. Connect the black lead to the negative terminal of the booster
battery.
4. Connect the other end of the black
lead to a vehicle grounding point,
such as the engine block or an
engine mounting bolt. Connect as far away from the discharged
vehicle battery as possible,
however at least 60 cm.
Route the leads so that they cannot
catch on rotating parts in the engine
compartment.
To start the engine: 1. Start the engine of the vehicle providing the jump.
2. After five minutes, start the other engine. Start attempts should be
made for no longer than
15 seconds at an interval of
one minute.
3. Allow both engines to idle for approx. three minutes with the
leads connected.

172Vehicle careCaution
Drive slowly. Do not drive jerkily.
Excessive tractive force can
damage the vehicle.
When the engine is not running,
considerably more force is needed to
brake and steer.
To prevent the entry of exhaust gases from the towing vehicle, switch on the
air recirculation and close the
windows.
The vehicle must be towed facing
forward, not faster than 88 km/h. In all
other cases and when the
transmission is defective, the front
axle must be raised off the ground.
Seek the assistance of a workshop.
After towing, unscrew the towing eye.
Insert cap and engage in the front
bumper.
Appearance care
Exterior care
Locks The locks are lubricated at the factoryusing a high quality lock cylinder
grease. Use a de-icing agent only
when absolutely necessary, as this
has a degreasing effect and impairs
lock function. After using a de-icing
agent, have the locks regreased by a workshop.
Washing The paintwork of your vehicle is
exposed to environmental influences.
Wash and wax your vehicle regularly. When using automatic vehicle
washes, select a programme that
includes waxing.
Bird droppings, dead insects, resin,
pollen and the like should be cleaned
off immediately, as they contain
aggressive constituents which can
cause paint damage.If using a car wash, comply with the
car wash manufacturer's instructions.
The windscreen wiper and rear
window wiper must be switched off.
Remove antenna and external
accessories such as roof racks etc.
If you wash your vehicle by hand,
make sure that the insides of the
wheel housings are also thoroughly
rinsed out.
Clean edges and folds on opened
doors and the bonnet as well as the
areas they cover.
Clean bright metal mouldings with a
cleaning solution approved for
aluminium to avoid damages.Caution
Always use a cleaning agent with
a pH value of four to nine.
Do not use cleaning agents on hot surfaces.
Have the door hinges of all doors
greased by a workshop.
Do not clean the engine compartment with a steam-jet or high-pressure jet
cleaner.

Technical data185PerformanceEngineB10XEB10XL LPGMaximum speed [km/h]Manual transmission170170Manual transmission automated170–Automatic transmission––Vehicle weightKerb weightEngineManual transmissionManual transmission automatedAutomatic transmissionminimum / maximum
[kg]B10XE939 / 1034939/1034–B10XL LPG1025/1091––
Optional accessories increase the kerb weight.
Loading information 3 59.

Customer information189Customer
informationCustomer information ................189
Declaration of conformity .........189
REACH .................................... 192
Collision damage repair ...........192
Software acknowledgement ....192
Registered trademarks ............194
Vehicle data recording and pri‐
vacy ........................................... 195
Event data recorders ...............195
Radio Frequency Identification (RFID) ..................................... 195Customer information
Declaration of conformity
Radio transmission systems
This vehicle has systems that
transmit and / or receive radio waves
subject to Directive 1999/5/EC or 2014/53/EU. The manufacturers ofthe systems listed below declare
conformity with Directive 1999/5/EC
or 2014/53/EU . The full text of the EU
declaration of conformity for each
system is available at the following
internet address: www.opel.com/
conformity
Importer is
Opel / Vauxhall, Bahnhofsplatz,
65423 Ruesselsheim am Main,
Germany.
Antenna
INFAC ELECS
Saneop-ro 155beon-gi Gwonseon-
gu, Suwon city, Gyeonggi-do, Korea
Operation frequency: N/A
Maximum output: N/AImmobiliser
Robert Bosch GmbH
Robert Bosch Platz 1, 70839
Gerlingen, Germany
Operation frequency: 125 kHz
Maximum output:
5.1 dBµA/m @ 10 m
Infotainment system R 4.0 / Navi 4.0
LGE
LG Electronics European Shared
Service Center B.V., Krijgsman 1,
1186 DM Amstelveen, The
NetherlandsOperation
frequency (MHz)Maximum output
(dBm)2400.0 - 2483.542402.0 - 2480.042400.0 - 2483.5135725.0 - 5850.013
Infotainment system R300 BT
Humax Automotive Co. Ltd.
2, Yeongmun-ro, Cheoin-gu, Yong-
in-si, Gyeonggi-do, Korea

Customer information195Vehicle data recording
and privacy
Event data recorders Data storage modules in the
vehicle
A large number of electronic
components of your vehicle contain
data storage modules temporarily or
permanently storing technical data
about the condition of the vehicle,
events and errors. In general, this
technical information documents the
condition of parts, modules, systems
or the environment:
● Operating conditions of system components (e.g. filling levels).
● Status messages of the vehicle and its single components (e.g.
number of wheel revolutions /
rotational speed, deceleration,
lateral acceleration).
● Dysfunctions and defects in important system components.● Vehicle reactions in particular driving situations ( e.g. inflation of
an airbag, activation of the
stability regulation system).
● Environmental conditions (e.g. temperature).
These data are exclusively technical
and help identifying and correcting
errors as well as optimizing vehicle
functions.
Motion profiles indicating travelled
routes cannot be created with these
data.
If services are used (e.g. repair
works, service processes, warranty
cases, quality assurance),
employees of the service network
(manufacturer included) are able to
read out this technical information
from the event and error data storage
modules applying special diagnostic
devices. If required, you will receive
further information at these
workshops. After an error has been
corrected, the data are deleted from
the error storage module or they are
constantly overwritten.When using the vehicle, situations
may occur in which these technical
data related to other information
(accident report, damages on the
vehicle, witness statements etc.) may
be associated with a specific person - possibly, with the assistance of an
expert.
Additional functions contractually
agreed upon with the client (e.g.
vehicle location in emergency cases)
allow the transmission of particular
vehicle data from the vehicle.
Radio Frequency
Identification (RFID)
RFID technology is used in some
vehicles for functions such as tyre
pressure monitoring and ignition
system security. It is also used in
connection with conveniences such
as radio remote controls for door
locking/unlocking and starting, and in-
vehicle transmitters for garage door
openers. RFID technology in Opel
vehicles does not use or record
personal information or link with any
other Opel system containing
personal information.

198Instrument cluster ........................65
Instrument panel fuse box .........153
Instrument panel illumination .....150
Instrument panel illumination control ...................................... 96
Instrument panel overview ........... 10
Interior care ............................... 174
Interior lighting .............................. 96
Interior lights ........................ 97, 150
Interior mirrors .............................. 30
Introduction .................................... 3
J
Jump starting ............................. 169
K Key, memorised settings ..............23
Keys ............................................. 21
Keys, locks ................................... 21
L
Lane departure warning .......74, 128
Light switch .................................. 93
Load compartment ................26, 54
Load compartment cover .............56
Loading information .....................59
Low fuel ....................................... 76
M Malfunction indicator light ............73
Manual adjustment ......................29Manual anti-dazzle ......................30
Manual mode ............................. 118
Manual transmission .................. 115
Manual transmission automated 116
Manual windows ..........................31
Memorised settings ......................23
Mirror adjustment ........................... 8
Mirrors ......................................... 29
Misted light covers .......................96
N
New vehicle running-in ..............109
Number plate light .....................149
O Object detection systems ...........127
Odometer ..................................... 66 Oil, engine .......................... 176, 181
OnStar .......................................... 88
Operate pedal ............................... 73
Outside temperature ....................63
Overrun cut-off ........................... 111
P Parking ................................ 20, 114
Parking assist ............................ 127
Parking brake ............................ 120
Parking lights ............................... 96
Performance .............................. 185
Performing work ........................139
Pollen filter ................................. 106Power outlets ............................... 65
Power steering.............................. 74
Power windows ............................ 31
Puncture ..................................... 165
R
Radio Frequency Identification (RFID) ..................................... 195
Radio remote control ...................22
REACH ....................................... 192
Reading lights .............................. 97
Rear doors ................................... 26
Rear floor storage cover ..............57
Rear fog light ......................... 76, 95
Rear window wiper/washer .......... 63
Recommended fluids and lubricants ........................ 176, 181
Reduced engine power ................76
Refuelling ................................... 132 Registered trademarks ...............194
Retained power off .....................110
Reversing lights ........................... 96
Ride control systems ..................121
Roof .............................................. 33
Roof load ...................................... 59
Roof rack ..................................... 58
S Safety belts ................................... 39
Seat adjustment ....................... 7, 37
Seat belt ........................................ 8