2007 Lancia Thesis wheel

340
CLEANING VELVET SEATS
AND FABRICS
– Remove dust with a soft brush
and vacuum cleaner. Use a moist
brush to clean velvet upholstery.
– Brush the seats with a damp
sponge with water and a neutral
soap.CLEANING LEATHER SEATS
– Remove the dry dirt with a
chamois leather or very slightly
moist loth without exerting too
much pressure.
– Remove liquid or grease stains
with a dry absorbent cloth without
rubbing. Then wipe with a chamois
leather or soft cloth moistened with
water and neutral soap. If the stain
does not come out, use a special
cleaning compound being particu-
larly careful to follow the instruc-
tions for use.
IMPORTANTNever use alcohol or
alcohol-based products.STEERING WHEEL/GEAR
LEVER KNOB WITH GENUINE
LEATHER COVERING
These components shall only be
cleaned with water and neutral soap.
Never use spirit or alcohol-based
products.
Before using special products for
cleaning interiors, read carefully label
instructions and indications to make
sure they are free from spirit and/or
alcohol-based substances.
If when cleaning the windscreen
with special glass products, some
drops fall on the leather covering of
the steering wheel/gear lever knob re-
move them immediately and then
clean with water and neutral soap.
IMPORTANT Take the utmost care
when engaging the steering lock to
prevent scratching the leather cover-
ing. Upholstery of your car
has been designed to with-
stand wear deriving from
common use of the car. You are
however recommended to avoid
strong and/or continuous scratch-
ing with clothing accessories such
as metallic buckles, studs, Velcro
fastenings and the like, since these
items cause circumscribed stress
of the cover fabric that could lead
to yarn breaking, and damage the
cover as a consequence.

341
IDENTIFICATION
DATA
CHASSIS MARKING (fig. 1)
It is printed on the passenger com-
partment floor in front of the right-
hand front seat and can be reached
by lifting the carpeting and opening
the cover.
Marking includes the following
data:
– car model
– chassis number.ENGINE MARKING
The marking is stamped on the
cylinder block and includes the
model and the chassis number.
fig. 1
L0A0296b
fig. 2
L0A0297b
TECHNICAL SPECIFICATIONS
MODEL PLATE
The plate (fig. 2) is to be found on
the left side of the boot (in the spare
wheel housing) by lifting the boot
cover. The plate bears the following
identification data (fig. 3):
A- Manufacturer’s name
B- Homologation number
C- Car model code
D- Chassis number
E- Maximum vehicle weight fully
loaded

350
2.4
Independent wheel,
5-link Multilink type,
with aluminium
wishbones, anti-roll bar,
coil springs and
telescopic shock absorbers.
Telescopic shock absorbers
with continuous damping action
variation (SKYHOOK),
where provided.
Independent wheel,
multiple links,
with lower wishbone
and 3 control rods,
anti-roll bar, coaxial
coil springs and
telescopic shock absorbers.
Telescopic shock absorbers
with continuous damping action
variation (SKYHOOK),
where provided. 2.0 TB
Independent wheel,
5-link Multilink type,
with aluminium
wishbones, anti-roll bar,
coil springs and
telescopic shock absorbers.
Telescopic shock absorbers
with continuous damping action
variation (SKYHOOK),
where provided.
Independent wheel,
multiple links,
with lower wishbone
and 3 control rods,
anti-roll bar, coaxial
coil springs and
telescopic shock absorbers.
Telescopic shock absorbers
with continuous damping action
variation (SKYHOOK),
where provided.2.4 CAE
Independent wheel,
5-link Multilink type,
with aluminium
wishbones, anti-roll bar,
coil springs and
telescopic shock absorbers.
Telescopic shock absorbers
with continuous damping action
variation (SKYHOOK),
where provided.
Independent wheel,
multiple links,
with lower wishbone
and 3 control rods,
anti-roll bar, coaxial
coil springs and
telescopic shock absorbers.
Telescopic shock absorbers
with continuous damping action
variation (SKYHOOK),
where provided.
SUSPENSIONS
Front
Rear

351
2.4
Independent wheel,
5-link Multilink type,
with aluminium
wishbones, anti-roll bar,
coil springs and
telescopic shock absorbers.
Telescopic shock absorbers
with continuous damping
action variation
(SKYHOOK),
where provided.
Independent wheel,
multiple links,
with lower wishbone
and 3 control rods,
anti-roll bar, coaxial
coil springs and
telescopic shock absorbers.
Telescopic shock absorbers
with continuous damping
action variation
(SKYHOOK),
where provided.2.4 JTD
Independent wheel,
5-link Multilink type,
with aluminium
wishbones, anti-roll bar,
coil springs and
telescopic shock absorbers.
Telescopic shock absorbers
with continuous damping
action variation
(SKYHOOK),
where provided.
Independent wheel,
multiple links,
with lower wishbone
and 3 control rods,
anti-roll bar, coaxial
coil springs and
telescopic shock absorbers.
Telescopic shock absorbers
with continuous damping
action variation
(SKYHOOK),
where provided.
Front
Rear

352
2.4
Rack-and-pinion
power steering gear.
Optional, where provided,
(VARIOSTEER)hydraulic
power steering (power
steering variable
with speed)
Energy-absorbing jointed
steering column with
manual or electric
(position memory) angular
adjustment system
Energy-absorbing
steering wheel
12.2
2.24 2.0 TB
Rack-and-pinion
power steering gear.
Optional, where provided,
(VARIOSTEER)hydraulic
power steering (power
steering variable
with speed)
Energy-absorbing jointed
steering column with
manual or electric
(position memory) angular
adjustment system
Energy-absorbing
steering wheel
12.2
2.24 2.4 CAE
Rack-and-pinion
steering gear, with
VARIOSTEER hydraulic
power steering
(power steering
variable with speed)
Energy-absorbing jointed
steering column with
manual or electric
(position memory) angular
adjustment system
Energy-absorbing
steering wheel
12.2
2.16
STEERING
Control
Steering column
Steering wheel
Minimum steering circle metres
Number of steering
wheel turns lock-to-lock

353
2.4 JTD 20V CAE
Rack-and-pinion
steering gear, with
VARIOSTEER hydraulic
power steering
(power steering
variable with speed)
Energy-absorbing
jointed steering
column with
manual or electric
(position memory)
angular adjustment system
Energy-absorbing
steering wheel
12.2
2.163.2 V6 CAE
Rack-and-pinion
steering gear, with
VARIOSTEER hydraulic
power steering
(power steering
variable with speed)
Energy-absorbing
jointed steering
column with
manual or electric
(position memory)
angular adjustment system
Energy-absorbing
steering wheel
12.2
2.16
Control
Steering column
Steering wheel
Minimum steering circle metres
Number of steering
wheel turns lock-to-lock

354
2.4
7Jx16 H2-39
215/60 R16 (95W)
215/60 ZR16 (95W)
7Jx17 H2-41
225/50 R17 (94W)
225/50 ZR17 (94W)
215/60 R16 (95H) M+S
2.0 TB
7Jx16 H2-39
215/60 R16 (95W)
215/60 ZR16 (95W)
7Jx17 H2-41
225/50 R17 (94W)
225/50 ZR17 (94W)
215/60 R16 (95H) M+S
2.4 CAE
7Jx16 H2-39
215/60 R16 (95W)
215/60 ZR16 (95W)
7Jx17 H2-41
225/50 R17 (94W)
225/50 ZR17 (94W)
215/60 R16 (95H) M+S
2.0 TB
2.3
2.32.4
2.3
2.32.4 CAE
2.3
2.3
WHEELS
Standard tyres
Rims
Tyres
Optional tyres
Rims
Tyres (*)
Snow tyres
(*) Chains cannot be fitted on these tyres
COLD TYRE INFLATION PRESSURE (excluding snow tyres)
Front and rear tyres
- average load bar
- full load bar

356
RIMS AND TYRES
Alloy rims or steel.
Tubeless tyres with radial carcass.
The homologated tyres are listed in
the log book.
IMPORTANTIn the event of dis-
crepancies between information
given in the Owner Handbook and
that shown in the Log Book, refer to
the latter one.
To ensure safety of the car in
movement, it must be fitted with
tyres of specified size and of the
same make and type on all wheels.
IMPORTANTDo not use inner
tubes with tubeless tyres. CORRECT TYRE READING
Below, please find the instructions
needed to understand the meaning
of the code stamped on the tyre, as
shown in fig. 6.
The code may be in one of the ways
given in the example.
Example:
225/50 R 17 94 W
or
225/50 ZR 17 94W
fig. 6
L0A0257b
225= Nominal width (S, distance
in mm between sides)
50= Percentage height/width
ratio (H/S)
R= Radial tyre
ZR= Radial tyre, with speed over
240 km/h
17= Rim diameter in inches (Ø)
94= Load index (capacity)
W= Maximum speed index.