33GETTING TO KNOW YOUR VEHICLE
4)If the engine is started while mea-
surement is being performed, the
gauge will display total or partial km
run and time.
Press button E-fig. 34to stop mea-
suring; in this case kilometres run and
the time will be displayed.
SERVICE INDICATOR
Scheduled Servicing provides vehicle
servicing every 30.000/20.000/15.000
kilometres or once a year. For Coun-
tries / markets where applicable,
Scheduled Servicing provides vehicle
servicing every 18.600 / 12.500 / 9.300
miles (instead of kilometres) or once
a year.
This indication will be displayed au-
tomatically when turning the ignition
key to MAR, through servicing indica-
tor 1-fig. 43or 1-fig.44and through
kilometre indicator 2-fig. 43or daily
indicator 2-fig. 44when 2.000 km (or
1.200 mi) or 30 days are left before the
next service operation deadline and it
is proposed again every 200 km (or
200 mi) or every three days.
fig. 41
F0D0255m
IMPORTANTalways follow the
terms indicated in “Scheduled Mainte-
nance Program” in section “Vehicle
Maintenance”.
Each time the key is turned to MAR,
the system checks the warning light for
about 5 seconds.
The service indicator only works
when the engine is not running and the
ignition key is at MAR.
With key at MARalso the service in-
dicator symbol 1-fig. 41is displayed.Service frequency
The indicator is planned for 20.000
km yearly; for Countries / markets
where applicable, the indicator is
planned for 12.500 miles. If the vehi-
cle is normally used in different con-
ditions than the preset ones, the ser-
vice frequency can be changed ac-
cording to vehicle use (normal or se-
vere) and the type of engine (petrol or
Diesel).
The display will show the following
codes:
CFG 1- 30.000 km (or 18.600 mi)
and 365 days for normalve-
hicle usefor engines: 2.0
petrol, 2.0 JTD, 2.8 JTD and
2.8 JTD POWER, or for se-
vere use for 2.3 JTD engine.
CFG 2- 20.000 km (or 12.500 mi)
and 365 days for severe use
for engines: 2.0 petrol, 2.0
JTD, 2.8 JTD and 2.8 JTD
POWER.
CFG 3- 15.000 km (or 9.300 mi) and
365 days for heavyvehicle
usefor all engine types.
177VEHICLE MAINTENANCE
ELECTRONIC
CONTROL UNIT
When the vehicle is being used nor-
mally, special measures are not nec-
essary.
The following instructions must be
followed very carefully however, if
you work on the electrical system or
in cases where emergency starting is
necessary:
– never disconnect the battery from
the electric system while the engine is
running;
– disconnect the battery from the
electric system if you are recharging it;
– never perform emergency starting
with a battery charger. Always use an
auxiliary battery;
– be particularly careful when con-
necting the battery to the electric sys-
tem. Make sure that the polarity is
correct and that the connection is ef-
ficient;
– do not connect or disconnect the
terminals of the electronic units while
the ignition key is at MAR;
– do not check polarity through
sparking;– disconnect the electronic control
units if you are electrically welding the
vehicle body. Remove the units if tem-
peratures exceed 80 °C (special op-
erations on the bodywork, etc.).
IMPORTANTIf the sound system
or vehicle alarm systems are not in-
stalled correctly, they can interfere
with the working of the electronic
control units.
Modifications or repairs to
the electrical system car-
ried out incorrectly and without
bearing the features of the system
in mind can cause malfunctions
with the risk of fire.
WARNING
SPEED LIMITER
On certain version, the injection con-
trol unit is set to limit the vehicle
speed at a max. preset limit.
Speed limits are the following:
– for Minibus versions (M2 homolo-
gation category): 100 km/h;
– for good Transport versions (ve-
hicle dead weight: > 3.5 t) (N2 ho-
mologation category): 90 km/h;
Label (fig.16) with admitted top
speed (90 or 100 km/h according to
versions) is applied on the wind-
screen.
This limit has been established by Eu-
ropean Directive 2002/85/EC, what-
ever violation is therefore punishable
by law.
IMPORTANTWhen the device
comes into action, the speed value
displayed on the instrument panel
could be approx. 10% higher than the
actual one.
fig. 16
F0D0299m
