technical data OPEL ANTARA 2009 Owners Manual

2
Data specific to your vehicle
Please enter your vehicle’s data here to keep it easily accessible.
This information is available under the section "Technical data" as well as on the identification plate.
Fuel
Designation
Engine oil
Grade
Viscosity
Tyre pressure
Tyre size for load of up to 4 persons for full load
Summer tyres FrontRear FrontRear
Winter tyres FrontRear FrontRear
Weights
Permissible Gross Vehicle Weight
– EC kerb weight
=L oa din g

5
ContentsHandling characteristics
All Wheel Drive vehicles have a high centre
of gravity due to the increased ground
clearance required for off-road use.
A s w i t h o t h e r v e h i c l e s o f t h i s t y p e , f a i l u r e t o
operate the vehicle correctly may result in
loss of control or an accident.
Please read the sections "All Wheel Drive"
on page 121 and "Driving hints" on
page 127.In brief .........................................................6
Locks, doors, windows ............................ 21
Seats, interior ........................................... 36
Instruments, cont
rols ............................... 70
Lighting .................................................... 94
Infotainment system .............................. 101
Climate control ...................................... 103
Driving and operation .......................... 115
Self-help, vehicle care ........................... 171
Service, maintenance ............................ 206
Technical data ...................................... 215
Index ....................................................... 228

Driving and operation124
The ground clearance, ramp angle, angle
of approach and departure and wading
depth need to be considered, especially in
hilly conditions and when wading, to
prevent the vehicle becoming stuck and
possibly damaged.
Technical data - see page 215. Driving through water
Do not exceed th
e maximum wading
depth.
Check the depth of water: choose the
lowest entry and departure angles before
entering.
Maintain a steady engine speed, to help
prevent water from entering the exhaust
system, but do not exceed 5 km/h (3 mph),
to avoid splashing the water.
Drive with the flow wherever possible, not
against it. If you have to drive against the
flow, try to drive at an angle to it, so that
the leading corner of the vehicle will help
deflect water from the engine
compartment.
Avoid splashing the water - if the ignition
system becomes wet, the engine may stall. Avoid water entering the air intake system.
Test the brakes after leaving the water -
wet brakes are less effective than dry ones.
Perform the service operations for wading,
involving checks for water contamination,
at the earliest opportunity.
Service checks after wading -
see page 126.
9 Warning
If water enters the air intake system,
engine seizure with severe costly damage
may result.

Technical data215
Technical data
Vehicle documents,
identification plate
The technical data is determined in
accordance with European Community
standards. We reserve the right to make
modifications. Specifications in the vehicle
documents always have priority over those
given in this manual.
The Vehicle Identification Number (VIN) is
on the vehicle identification plate,
attached to the top of the front panel
support, visible when the bonnet is open.
The vehicle identification plate may also
list, in kilograms, the Gross Vehicle Weight
(GVW), the Gross Train Weight (GTW) and
the maximum front and rear axle loads
respectively. Observe these limits when
using the full load or towing capacity of
your vehicle. Information on identification plate
1):
1 Manufacturer
2 Trim level
3 Colour code
4 Type approval number
5 Vehicle Identifi cation Number
6 Permissible Gross Vehicle Weight
7 Permissible Gross Train Weight
8 Maximum permissible front axle load
9 Maximum permissible rear axle load
Vehicle documents,
identification plate........................... 215
Coolant, brake fluid, oils .................... 216
Engine data......................................... 217
Performance........................................ 218
Fuel consumption, CO
2emissions ..... 219
Weights, payload and roof load ....... 221
Tyres .................................................... 223
Electrical system ................................. 225
Capacities ........................................... 225
Dimensions .......................................... 226
Mounting dimensions of caravan/ trailer towing equipment ................. 227
1)The VIN plate on your ve hicle may differ from
the illustration shown.

Technical data216
The Vehicle Identification Number (VIN)
is also engraved on the top right-hand side
of the bulkhead near the centre of the
engine firewall.
Engine identifier code and engine number:
stamped on the cylinder block under the
engine’s exhaust manifold (petrol engines),
or the intake manifold (diesel engines).
Coolant, brake fluid, oils
Use approved fluids only.
Use of unsuitable fluids could cause serious
damage to the vehicle.Engine oils
Information on engine oils is available on
page 213.

Technical data 217
Engine data
Sales designation
Engine stamp
Engine identifier code 2.4 Petrol
Z 24 SE
Z 24 XE3.2 V6 Petrol
10 HM
Z 32 SE 2.0 Diesel
Z 20 S
Z 20 DMH2.0 Diesel
Z 20 S
Z 20 DM
Number of cylinders 4644
Bore dia. (mm) 87.589.0 83.083.0
Stroke (mm) 100.085.6 92.092.0
Piston displacement (cm
3) 2405 3195 1991 1991
Max. engine power (kW) at rpm 103
5200167
6600 110
400093
4000
Torque (Nm) at rpm 220
2400297
3200 320
2000295
2000
Compression ratio 9.6 10.3 17.5 17.5
Fuel type Petrol Petrol Diesel Diesel
Cetane requirement (CN) --49 (D)
1)
1)Standard high-quality fuels: D = Diesel.
49 (D)1)
Octane requirement (RON)2)
unleaded
or unleaded
2)Standard high-quality fuels, e.g. unleaded DIN EN 228; value printed in bold: recommended fuel.
913)4)
953)
3)Knock control system automatically adjusts ignition timing according to type of fuel used (octane number).4)Use of 91 RON fuel reduces power and torque. If no unleaded Premium fuel is available, 91 RON can be used, taking care to avoid high engine load
or full load as well as driving in mountainous terrain with a caravan/trailer load or high payload.
913)4)
953)-
- -
-
Max. permissible engine speed, continuous operation (rpm) approx. 6200 6700 4750
5)/45006)
5)Manual transmission.6)Automatic transmission.
4750
Engine oil consumption (l/1000 km) 0.60.60.60.6

218 Technical data
Performance
(approx. km/h / mph)
Engine
1)
1)Sales designation - see page 217.
Z 24 XEZ 32 SEZ 20 DMH Z 20 DM
Maximum speed
2)
Manual transmission
Automatic transmission
2)The maximum speed indicated is achievable at kerb weight (without driver) plus 200 kg payload. Optional equipment could reduce the specified
maximum speed of the vehicle.
175/109
- -
203/126180/112
178/111174/108

-

Technical data219
Fuel consumption, CO
2emissions
Directive 80/1268/EEC (last changed
by 2004/3/EG) has applied for the
measurement of fuel consumption
since 1996. The directive is oriented to actual driving
practices: Urban driving is rated at
approx.1/3 and extra-urban driving with
approx. 2/3 (urban and extra-urban
consumption). Cold starts and acceleration
phases are also taken into consideration.
The specification of CO
2 emission is also a
constituent of the directive. The figures given must not be taken as a
guarantee for the actual fuel consumption
of a particular vehicle.
All values are based on the EU base
model with standard equipment.
The calculation of fuel consumption as
specified by directive 2004/3/EG takes
account of the vehicle’s kerb weight,
ascertained in accordance with these
regulations. Optional extras may result
in slightly higher fuel consumption
and CO
2emission levels than those
quoted.
To convert l/100 km into mpg, divide 282
by number of litres/100 km.
Save fuel, protect the environment –
see page 129.

220 Technical data
Fuel consumption
(approx. l/100 km), CO2 emission (approx. g/km)
Engine
1)
1)Sales designation – see page 217.
Z 24 XE Z 32 SEZ 20 DMH Z 20 DM
Manual transmission/Automatic transmission urban
extra-urban
total
CO
2
13.3/-
7.3/ -
9.6/ -
229/- - /16.4
- / 8.9
- /11.6
- /278 8.7/10.9
6.8/ 7.3
7.6/ 8.6
198/238 8.8/-
6.7/-
7.5/-
200/-

Technical data221
Weights, payload and roof load
The payload is the difference between the
permissible Gross Vehicle Weight (see
vehicle identification plate on page 215)
and the EC kerb weight.
To calculate the EC kerb weight, enter the
data from your vehicle below:
is the EC kerb weight.
Optional equipmen t and accessories
increase the kerb weight and in some cases
also the permissible Gross Vehicle Weight,
which means that the payload will also
change slightly.
Note the weights given on the vehicle
identification plate. The combined total of front and rear axle
loads must not exceed the permissible
Gross Vehicle Weight. For example, if the
front axle load is being fully utilized, the
rear axle can only bear a load that is equal
to the Gross Vehicle Weight minus the front
axle load.
See the vehicle identi
fication plate on
page 215 or the vehicle documents for
permissible axle loads. Roof load
The maximum permissible roof load
is 100 kg.
The roof load is the combined weight of the
roof rack and the load.
Driving hints – page 127.
Roof racks, caravan and trailer towing -
see page 153, 167.
z
Kerb weight from
page 222 + ............. kg
z Weight of heavy
accessories + ............. kg
The total = ............. kg