2006 FIAT DUCATO torque

117GETTING THE BEST OUT OF YOUR VEHICLE
CONSTRUCTION FEATURES
DUCATO automatic gearbox is con-
trolled electronically with four for-
ward gears and reverse.
It is controlled by an electronic con-
trol unit which handles:
– the torque distributor;
– gearshifting;
– specific programmes.
The gearbox is coupled with a flow
power torque distributor with piloted
antislip device which makes it possible
to obtain demultiplication ratios.
The characteristic of this gearbox
which works without idle gear enables:
– higher compactness and weight re-
duction;
– improved output due to less fric-
tion;
– lower stress of transmission com-
ponents.GENERAL FEATURES
Electronic gearbox control makes it
possible to obtain gearshifting suited
to momentary engine characteristics
with a certain elasticity.
The electronic control unit has the
following task:
– adapting the oil pressure for
gearshifting to the engine torque;
– activating safety functions;
– defining the manual gearshifting
programme;
– system diagnostics.
For controlling these operating log-
ics the control unit uses the follow-
ing signals:
– engine rpm;
– engine temperature;
– engine torque;
– vehicle speed;
– gearbox oil temperature;– gearshift lever position;
– accelerator pedal position;
– brake pedal position.
The control unit also communicates
with the injection system electronic
control unit.
Conditions of use analysed by
the control unit
The control unit analyses each single
condition of use of the vehicle, dis-
criminating it on the basis of the sig-
nals received from the various sensors.
Analysed conditions are the follow-
ing:
– starting (position/accelerator ped-
al changing speed);
– acceleration (accelerator pedal
completely pushing down speed);
– full load (number of engine full load
kickdown signals or position mainte-
nance time);

118GETTING THE BEST OUT OF YOUR VEHICLE
– braking (accelerator pedal release
time and braking system operation);
– type of programme (gearshift se-
lector lever position);
– winter driving (driving wheel
torque reduction);
– driving with trailer or uphill (vehi-
cle speed in relation to transmitted
torque)
– driving downhill (vehicle accelera-
tion in relation to the position of the
accelerator pedal);
– driving in towns or queues (accel-
erator pedal position and vehicle
speed);
– gear required by the driver
(gearshift lever position);
– cold starting (engine temperature).Gearshift programme control
To optimise vehicle handling the
electronic control unit has the fol-
lowing memorised programmes:
– automatic operation;
– manual operation;
– winter driving (to be selected
through buttonWINTER);
– engine warming up;
– protection against excessive gear-
box oil temperature .Automatic programme
This comprises 16 gearshifting pro-
grammes.
In relation to the vehicle speed and
torque transmitted, the control unit
detects the slope of the road surface
and depending on the sporty features
chosen, it autonomously chooses the
programme most suited to the situa-
tion.
During gearshifting, the gearbox con-
trol unit asks the injection control unit
to momentarily reduce the torque.
The duration of torque reduction
varies depending on the travelling con-
ditions.

125GETTING THE BEST OUT OF YOUR VEHICLE
Electric devices
Use electric devices for the neces-
sary time only. The heated rear win-
dow, fog lights, windscreen wipers,
heater fan require large amounts of
electricity and increasing the request
for power will also increase fuel con-
sumption (up to +25% when driving in
towns).
Climate control system
The climate control system is an ad-
ditional load which greatly affects the
engine leading to higher consumption.
When the temperature outside the
vehicle allows it, use the air vents
where possible.
DRIVING STYLE
Starting
Do not warm the engine when the
vehicle is stationary or at high or low
speed: in this way the engine will warm
up gradually increasing consumption
and emissions. You should drive off
slowly straight away avoiding high revs
so that the engine will warm up more
quickly.Unnecessary actions
Avoid revving the engine when
stopped at traffic lights or before
switching off the engine and avoid dou-
bling the clutch as these actions have
no purpose on modern vehicles and
serve only to increase consumption
and pollution.
Gear selections
As soon as the traffic and road con-
ditions allow it, shift to a higher gear.
Using a low gear to liven up accelera-
tion greatly increases consumption. In
the same way improper use of high
gears will increase consumption, emis-
sions and engine wear.
On passenger transportation versions
fitted with 2.3, 2.8 JTD and 2.8 JTD
POWER engines, fuel consumption can
be optimised by starting (on level road)
in 2nd gear instead of 1st gear.Top speeds
Fuel consumption increases consid-
erably as speed increases. Your speed
should be kept as even as possible and
superfluous braking and acceleration
avoided as this increases both con-
sumption and emissions.
Acceleration
Accelerating violently increasing the
revs will greatly affect consumption
and emissions; acceleration should be
gradual and should not exceed the
maximum torque.

214TECHNICAL SPECIFICATIONS
ENGINE
GENERAL FEATURES
Engine code
Cycle
Number and layout of cylinders
Diameter x stroke mm
Total capacity cm3
Compression ratio
kW
Maximum power output EEC HP
corresponding ratio rpm
Nm
Maximum torque EEC kgm
corresponding ratio rpm
Spark plugs
Fuel
2.0
RFL
Otto
4 in line
86x86
1998
9.5 : 1
81
110
5700
168
17.1
3700
RC9YCC
RFC52LS
Unleaded
petrol
95 RON2.0 JTD
RHV
Diesel
4 in line
85x88
1997
17.6 : 1
62
84
4000
192
19.6
1900
–
Diesel for
motor vehicles
(EN590
specifications)2.3 JTD
F1AE0481C
Diesel
4 in line
88x94
2286
19 : 1
81
110
3600
270
27.6
1800
–
Diesel for
motor vehicles
(EN590
specifications)2.8 JTD
8140.43 S
Diesel
4 in line
94.4x100
2800
18 : 1
93.5
127
3600
300
30.6
1800
–
Diesel for
motor vehicles
(EN590
specifications)2.8 JTD
POWER
8140.43 N
Diesel
4 in line
94.4x100
2800
18 : 1
107
146
3600
310
31.6
1500
–
Diesel for
motor vehicles
(EN590
specifications)