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Detergents pollute water.
The car must therefore be
washed in an area
equipped for the collection and
purification of the liquids used
while washing.
IMPORTANTThe car should be
washed while the engine is cold and
with the ignition key at STOP. After
washing the car, make sure that the
various protections (e.g. rubber boots
and various guards) have not been re-
moved or damaged.
142
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Windows
Use specific window cleaners to
clean the windows. Use very clean
cloths to avoid scratching the glass or
damaging its transparency.
IMPORTANTTo prevent damage
to the electric heater elements, wipe
the inside of the heated rear window
gently in the same direction as the el-
ements.
Engine compartment
At the end of each winter season,
carefully clean the engine compart-
ment. Be careful not to direct the jet
of water on the electronic control
units. Have this done at a garage.INTERIORS
From time to time check that water
has not collected under the mats
(from dripping shoes, umbrellas etc.)
which could cause the steel to rust.
CLEANING THE SEATS
AND FABRIC UPHOLSTERY
– Remove the dust with a soft brush
or a vacuum cleaner.
– Rub the seats with a sponge moist-
ened in a solution of water and neu-
tral detergent.
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143
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PLASTIC PARTS INSIDE
THE CAR
Use special products designed not to
alter the appearance of the compo-
nents.
IMPORTANTDo not use alcohol or
petrol for cleaning the glass of the in-
strument panel.CLEANING LEATHER SEATS
AND PARTS
– Remove the dry dirt with a buck-
skin or very slightly moist cloth with-
out exerting too much pressure.
– Remove liquid or grease stains
with a dry absorbent cloth without
rubbing. Then wipe with a buckskin
or soft cloth moistened with water and
neutral soap.
If the stain does not come out, use a
special cleaning compound being par-
ticularly careful to follow the instruc-
tions for use.
IMPORTANTNever use alcohol or
alcohol-base products.Do not keep aerosol cans
in the car. There is the risk
they might explode. Aerosol
cans must never be exposed to a
temperature above 50°C; when the
weather starts to get hot the tem-
perature inside the car might go
well beyond that figure.
Never use flammable
products (petroleum ether
or petrol) to clean the in-
side of the car. Electrostatic
charges generated by rubbing
while cleaning could cause fires.
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Page 147 of 191

TECHNICAL SPECIFICATIONS
Motor and engineering enthusiasts as well as
those “in the trade” will probably start reading
from this point in the manual. This, in fact, is
where a section jam-packed with facts, figures,
formulae, measurements and tables begins. In a
sense, it is the Lancia Y’s identity card.
A document that introduces the car and explains
in technical jargon all the features that go together
to make it a model designed to give you superla-
tive driving satisfaction.VEHICLE IDENTIFICATION DATA ............... 145
ENGINE CODE - BODY VERSIONS............... 146
ENGINE......................................................... 147
TRANSMISSION............................................. 150
BRAKES......................................................... 151
SUSPENSION ................................................. 152
STEERING..................................................... 152
WHEELS........................................................ 153
WHEEL GEOMETRY ..................................... 155
ELECTRICAL SYSTEM ................................. 155
PERFORMANCE............................................ 156
WEIGHTS...................................................... 157
DIMENSIONS................................................. 158
CAPACITIES .................................................. 160
TYRE PRESSURE .......................................... 163
FLUIDS AND LUBRICANTS .......................... 164
FUEL CONSUMPTION -
CO
2EMISSIONS ............................................. 166
144
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145
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VEHICLE
IDENTIFICATION
DATA
CHASSIS MARKING (fig. 1)
This is stamped on the passenger
cabin floor, near the front right seat.
It can be reached by lifting the flap
in the carpet, and it bears:
– vehicle model .........ZLA 840000
– chassis serial number.ENGINE MARKING
The marking is stamped on the
cylinder block and includes the model
and serial number.
MODEL PLATE (fig. 2)
The plate (fig. 2)is applied to the
front cross member of the engine
compartment(fig. 3).
The plate bears the following iden-
tification data:
A- Manufacturer’s name.
B- Homologation number.C- Vehicle ID code.
D- Chassis serial number.
E- Maximum fully-laden vehicle
weight.
F- Maximum train weight of the
fully-laden vehicle plus trailer.
G- Maximum vehicle weight on first
(front) axle.
H- Maximum vehicle weight on sec-
ond (rear) axle.
I- Engine type.
L- Body version code.
M- Number for spares.
fig. 1
P4C00010
fig. 2
P4C00145
ffig. 3
P4C00415
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146
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BODYWORK PAINT
IDENTIFICATION PLATE
The plate(fig. 4)is fastened to the
inside of the tailgate.
It bears the following data:
A- Paint manufacturer.
B- Colour name.
C- LANCIA colour code.
D- Respray and touch-up code.ENGINE CODE - BODY VERSIONS
fig. 4
P4C00146
Version Engine type code Body version code
1.2 188A4.000 840AF1A 07
1.2
16V188A5.000 840AG1A 08
188A5.000 840AG1A 08B
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147
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ENGINE
GENERAL FEATURES
Engine code
Cycle
Number and layout of cylinders
Number of valves per cylinder
Bore x stroke mm
Capacity cc
Compression ratio
Maximum power output (EEC) kW
bhp
at rpm
Peak torque (EEC) Nm
m.kg
at rpm
TIMING
Inlet: opens BTDC
closes ABDC
Exhaust: opens BBDC
closes ATDC
Valve clearances for timing check
inlet mm
exhaust mm
Valve clearances when cold
inlet mm
exhaust mm1.2
188A4.000
Otto
4 in line
2
70.8x78.9
1242
9.5±0.2:1
44
60
5000
102
10.4
2500
2°
32°
30°
4°
0.8
0.8
0.4±0.05
0.4±0.051.2
16V
188A5.000
Otto
4 in line
4
70.8x78.9
1242
10.6±0.2:1
59
80
5000
114
11.6
4000
0°
32°
32°
0°
0.45
0.45
(*)
(*)
(*) Hydraulic tappets.
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FUEL SUPPLY / IGNITION
1.2 versions
Integrated electronic injection and
ignition system: a single electronic
control unit controls both functions.
It processes both the time the injec-
tion lasts (for fuel metering) and the
spark advance angle.
– Type: ......................Multi-point.
– Method of measuring the amount
of aspirated air for petrol metering:
“Speed density” (*).
– “Closed loop”: information on
combustion for correct petrol meter-
ing achieved by means of two lambda
sensors (one upstream and the other
downstream with respect to the catal-
yser).– Electric petrol pump: in-tank.
– Injection pressure: ......... 3.5 bar.
– Air cleaner: dry-type with paper
filter element.
– Firing order: ................1-3-4-2.
– Engine idling speed: 750±50 rpm.
– Spark plugs:
Champion.................RC10YCC
NGK ........................... BKR5EZ1.216Vversions
Integrated electronic injection and
ignition system: a single electronic
control unit controls both functions.
It processes both the time the injec-
tion lasts (for fuel metering) and the
spark advance angle.
– Type: ......................Multi-point.
– Method of measuring the amount
of aspirated air for “Speed density”
petrol metering (*).
– “Closed loop”: information on
combustion for correct petrol meter-
ing achieved by means of two lambda
sensors (one upstream and the other
downstream with respect to the catal-
yser).
– Electric petrol pump: in-tank.
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– Injection pressure: ......... 3.5 bar.
– Air cleaner: dry-type with paper
filter element.
– Firing order: ................1-3-4-2.
– Engine idling speed: 700±50 rpm.
– Spark plugs:
NGK ..........................DCPR8E-N
(*) Analytic method, by electronically process-
ing data from the engine rpm (speed) sensor
and from the air temperature and absolute pres-
sure sensors in the intake manifold (density).
LUBRICATION
Forced-fed with gear pump with
pressure relief valve incorporated.
Oil purification through full-flow
cartridge filter.
COOLING
Cooling system with radiator, cen-
trifugal pump and expansion tank.
“Fixed by-pass” thermostat(1.2 en-
gine)” on the secondary circuit for the
recirculation of water from the engine
to the radiator.
Electric fan for radiator cooling on
the radiator with switching on/off
controlled by thermostatic switch lo-
cated on the radiator. Modifications or repairs
to the fuel feed system that
are not carried out prop-
erly or do not take the system’s
technical specifications into ac-
count can cause malfunctions with
the risk of fire.
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