fuel type FIAT DUCATO 2016 3.G Owners Manual

WARNING
68)The TPMS is optimised for the original
tyres and wheels provided. TPMS
pressures and alerts have been defined
according to the size of the tyres mounted
on the vehicle. Using equipment with
different size, type or kind may cause
irregular system operation or sensor
damage. Non-original spare wheels can
damage the sensor. Do not use tyre
sealant or balancing weights if the vehicle
is equipped with TPMS as these may
damage the sensors.
69)If the system signals a pressure
decrease on a specific tyre, it is
recommended to check the pressure on all
four tyres.
70)The TPMS does not relieve the driver
from the obligation to check the tyre
pressure every month; it is not even to be
considered a replacing system for
maintenance or a safety system.
71)Tyre pressure must be checked with
tyres cold. Should it become necessary for
whatever reason to check pressure with
warm tyres, do not reduce pressure even
though it is higher than the prescribed
value, but repeat the check when tyres are
cold.
72)The TPMS cannot indicate sudden tyre
pressure drops (for example when a tyre
bursts). In this case, stop the vehicle,
braking with caution and avoiding abrupt
steering.73)The system only warns that the tyre
pressure is low: it is not able to inflate
them.
74)Insufficient tyre inflation increases fuel
consumption, reduces the tread duration
and may affect your ability to drive the
vehicle safely.
75)Always refit the valve stem cap after
inspecting or adjusting tyre pressure. This
prevents dampness or dirt from entering
the valve stem and thus the pressure
control sensor from being damaged.
76)The tyre repair kit (Fix&Go) provided
with the vehicle (for versions/markets,
where provided) is compatible with the
TPMS sensors; using sealants not
equivalent with that in the original kit may
adversely affect its operation. If sealants
not equivalent with the original one are
used, it is recommended to have the
TPMS sensors checked by a qualified
repair centre.
88
SAFETY

START&STOP
SYSTEM
IN BRIEF
The Start&Stop device automatically
stops the engine each time the
vehicle is stationary and all the
conditions for automatic switch-off
have been met, and starts it again
when the driver wants to move off.
This improves the efficiency of the
vehicle by reducing fuel consumption,
the emission of harmful gases and
noise pollution.
OPERATING MODE
Stopping the engine
Versions with mechanical gearbox
With the vehicle stationary, the engine
stops with the gearbox in neutral and
the clutch pedal released.
Restarting the engine
Versions with mechanical gearbox
Depress the clutch pedal to restart
the engine.MANUAL ACTIVATION
AND DEACTIVATION OF
THE SYSTEM
To activate/deactivate the system
manually, press the
button on the
dashboard control panel.
24)
118) 119)
WARNING
24)If the vehicle is equipped with manual
climate control, if you want to favour
climate comfort, the Start&Stop system
can be deactivated for continuous climate
control system operation.
WARNING
118)The vehicle should always be
evacuated after the key has been removed
or turned to the STOP position. When
refuelling, make sure that the car is
switched off with the key in the STOP
position.
119)If the battery needs to be replaced,
always contact a Fiat Dealership. The
replacement battery should be of the same
type (L6 105Ah/850A) and should have
the same characteristics.
CRUISE CONTROL
(constant speed
regulator)
(for versions/markets, where provided)
IN BRIEF
This is an electronic driving aid that
allows you to drive at a speed of
above 30 km/h on long and straight
dry roads with few driving changes
(e.g. motorways) at a preset speed
without having to press the
accelerator pedal. It is therefore not
recommended to use this device
on extra-urban roads with traffic. Do
not use the device in town.
Turning the device on
Turn the ring A fig. 110 - fig. 111 to the
ON position or
(depending on the
version).
The Cruise Control cannot be engaged
in 1st or reverse gear. It is advisable
to engage it in 4th or higher gears.
When travelling downhill with the device
engaged, the vehicle speed may
slightly exceed the stored one.
119

any container or part that comes in
contact with the UREA must be compatible
with it (plastic or stainless steel). Materials
such as copper, brass, aluminium, iron
or stainless steel is not as susceptible to
corrosion by UREA are to be avoided;
if UREA is spilled from a container,
completely clean the area.
METHANE ENGINES
(NATURAL POWER)
METHANE GAS FILLER
The methane filler is located near the
petrol filler. It is equipped with a
"non-return" valve: the non-return valve
is inserted in the filler itself and prevents
the methane from flowing back
towards the filler.
To access the filler, unscrew the cap A
fig. 118.
The profile of the filler is of the universal
type, compatible with Italian and NGV1
standards.
In some European countries adapters
are considered ILLEGAL (e.g. in
Germany).
For service stations with cubic metre
(m3) nozzles (pressure differential),
to measure the residual pressure in the
cylinder, the non-return valves must
be released by delivering a small
amount of methane.The other plates (provided with the
vehicle documentation) contain the date
for the first inspection of the cylinders.
35) 36)
Fuel - Vehicle
compatibility
identification - Graphic
symbol for informing
consumers in
accordance with
EN16942
The symbols shown below aid
recognising the correct fuel type to be
used on your vehicle. Before
proceeding with refuelling, check the
symbols inside the fuel filler flap (where
provided) and compare them with the
symbols shown on the fuel pump
(where provided).Symbols for petrol/methane bi-fuel
cars
E5: Unleaded petrol containing up to
2.7% (m/m) oxygen and with maximum
5.0% (V/V) ethanol compliant with
EN228
E10: Unleaded petrol containing up to
3.7% (m/m) oxygen and with maximum
10.0% (V/V) ethanol compliant with
EN228
CNG: Automotive methane and
bio-methane compliant withEN16723
Symbols for diesel powered cars
B7: Diesel containing up to 7% (V/V) of
FAME (Fatty Acid Methyl Esters)
compliant with theEN590specification
B10: Diesel containing up to 10%
(V/V) of FAME (Fatty Acid Methyl Esters)
compliant with theEN16734
specification
118F0N0436
129

WARNING
128)Do not approach naked flames or lit
cigarettes to the fuel tank filler: fire risk.
Keep your face away from the fuel filler to
prevent breathing in harmful vapours.
129)To avoid fuel spillage and the
exceeding of the maximum level, avoid
topping up after filling the tank.
130)Any fuel pumping in portable
containers located on a floor can cause a
fire. Danger of burns. Always put the fuel
container on the ground during filling. Avoid
using contaminated fuel: a fuel
contaminated with water or earth can
cause serious damage to the motor supply.
Proper maintenance of the fuel filter, of
the engine and the fuel tank is essential.
131)If AdBlue overheats for a prolonged
period inside the tank to over 50 ° C (for
example due to direct solar irradiation),
AdBlue can decompose ammonia vapours.
Ammonia vapours have a pungent odour
when the cap of the AdBlue tank is
unscrewed, therefore be careful not to
inhale any ammonia vapours in the tank
outlet. In this concentration, however, the
ammonia vapors are not harmful or
dangerous to health.
132)Do not open the fuel system at high
pressure with the engine running. The
operation of the engine creates a high fuel
pressure. A jet of high-pressure fuel can
cause serious injury or death.
WARNING
34)Only refuel with automotive diesel
complying with the European specification
EN 590. The use of other products or
mixtures may damage the engine beyond
repair and consequently invalidate the
warranty, due to the damage caused. If
you accidentally introduce other types of
fuel into the tank, do not start the engine.
Empty the tank. If the engine has been run
for even an extremely limited amount of
time, you must not only drain the fuel tank,
but the rest of the supply circuit as well.
35)Methane refuelling stations are not
authorised to refill the cylinders when the
inspection date has expired. The check
valve prevents the methane from flowing
back to the fuel filler.
36)If the vehicle has been registered in a
country other than Italy, the certification
data, identification and inspection
procedures for the methane cylinders
should conform to the legislation in that
country. In any case, it should be
remembered that the life of the cylinders is
20 years from the production date as set
out in ECE Regulation no. 110.
ADDITIVE FOR
DIESEL EMISSIONS
ADBLUE (UREA)
The vehicle is equipped with a Selective
Catalytic Reduction system to meet
the strict Diesel emissions standards
required by the Agency for
Environmental Protection.
The purpose of the system of Selective
Catalytic Reduction is to reduce the
nitrogen oxides levels emitted by
engines; these elements are harmful to
our health and to the environment
even at minimum levels. A small
amount of additive for Diesel emissions
AdBlue (UREA) is injected upstream
of the catalyst exhaust outlet where,
when it turns into gas, converts
nitrogen oxides, that create smog, in
simple nitrogen and water vapour, two
natural components of air we breathe.
You can use your vehicle with the
peace of mind of knowing that you are
contributing to a cleaner and healthy
environment for future generations.
System description
The vehicle is equipped with an UREA
fuel injection system and a Selective
Catalytic Reduction catalyst to meet the
emission standards.
130
STARTING AND DRIVING

BUMP STARTING
Never bump start the engine by
pushing, towing or driving downhill.
This could cause fuel to flow into the
catalytic converter and damage it
beyond repair.
WARNING
167)This starting procedure must be
performed by expert personnel because
incorrect actions could cause electrical
discharge of considerable intensity.
Furthermore, battery fluid is poisonous and
corrosive: avoid contact with skin and
eyes. Keep naked flames and lighted
cigarettes away from the battery and do
not cause sparks.
RECHARGING THE
BATTERY
IMPORTANT The battery recharging
procedure is given as information only.
To carry out this operation contact a
Fiat Dealership.
IMPORTANT After setting the ignition
device to STOP and having closed the
driver side door, wait at least one
minute before disconnecting the
electrical supply from the battery. When
reconnecting the electrical supply to
the battery, make sure that the ignition
device is in the STOP position and
the driver side door is closed.
IMPORTANT Charging should be slow
at a low ampere rating for
approximately 24 hours. Charging for a
longer time may damage the battery.IMPORTANT The cables of the
electrical system must be correctly
reconnected to the battery, i.e. the
positive cable (+) to the positive
terminal and the negative cable (–) to
the negative terminal. The battery
terminals are marked with the positive
(+) and negative (–) symbols, and are
shown on the battery cover. The battery
terminals must also be corrosion-free
and firmly secured to the terminals. If a
"quick-type" battery charger is used
with the battery fitted on the car,
disconnect both battery leads before
connecting it. Do not use a "quick-type"
battery charger to provide the starting
voltage.
168) 169)
VERSIONS WITHOUT
START&STOP SYSTEM
To recharge, proceed as follows:
disconnect the terminal from the
negative battery pole;
connect the charger cables to the
battery terminals, observing the polarity;
turn on the battery charger;
when it is recharged, turn the
charger off before disconnecting it from
the battery;
reconnect the terminal to the
negative battery pole.
178
IN AN EMERGENCY

ENGINE
General information2.0 115 Multijet 2
Type code250A2000
CycleDiesel
Number and position of cylinders 4 in line
Piston bore and stroke (mm)83 × 90.4
Total displacement (cm³)1956
Compression ratio16.5 : 1
Maximum power (EC) (kW)85
Maximum power (EEC) (HP)115
Corresponding engine speed (rpm) 4000
Maximum torque (EC) (Nm)290
Corresponding engine speed (rpm) 1750
FuelDiesel for motor vehicles (EN 590 Specification)
213

General
information2.3 150 ECOJET 2.3 130 Multijet 22.3 130 Multijet 2
with AdBlue2.3 150 Multijet 22.3 180 Multijet 2
Power
Type code F1AGL411 F1AGL411D F1AGL411M F1AGL411C F1AGL411B
Cycle Diesel Diesel Diesel Diesel Diesel
Number and position
of cylinders4 in line 4 in line 4 in line 4 in line 4 in line
Piston bore and
stroke (mm)88×94 88×94 88×94 88×94 88×94
Total displacement
(cm³)2287 2287 2287 2287 2287
Compression ratio 16.2 : 1 16.2 : 1 16.2 : 1 16.2 : 1 16.2 : 1
Maximum power
(EC) (kW)110 96 96 110 130
Maximum power
(EEC) (HP)150 130 130 150 177
Corresponding
engine speed (rpm)3600 3600 3600 3600 3500
Maximum torque
(EC) (Nm)380 320 320 380 400
Corresponding
engine speed (rpm)1500 1800 1800 1500 1500
Fuel Diesel for motor vehicles (EN 590 Specification)
214
TECHNICAL DATA

General information 3.0 140 Natural Power
Type codeF1CFA401A
CycleOtto
Number and position of cylinders 4 in line
Piston bore and stroke (mm) 95.8 × 104
Total displacement (cm³)2999
Compression ratio12.5 ± 0.5:1
Maximum power (EC) (kW)100
Maximum power (EEC) (HP)136
Corresponding engine speed (rpm) 3500
Maximum torque (EC) (Nm)350
Corresponding engine speed (rpm) 1500
PlugsChampion RC7BYC – NGK IFRF-D
FuelMethane
215

3.0 140 Natural Power Prescribed fuels and original lubricants
Fuel tank (litres):Petrol: 14.5
Methane (kg): 36(§) (°°)Petrol with an octane number (RON) no lower
than 95 (EN228 specification)
Automotive methane and bio-methane
(EN16723 specification)
Including a reserve of (litres): Petrol: 8
Engine cooling system (litres):
10
(***)Mixture of distilled water and PARAFLUUP
liquid at 50%(****)
Transmission/differential casing (litres): 2.9 TUTELA TRANSMISSION GEARTECH
COMFORT-MATIC transmission hydraulic
actuation system (litres):0.7 TUTELA CAR CS SPEED
Clutch hydraulic activation system (litres): 0,050 TUTELA TOP4
Hydraulic braking circuit with ASR/ESC (kg): 0.62TUTELA TOP 4
TUTELA TOP4/S
Hydraulic power steering: 1.5 TUTELA TRANSMISSION GI/E (red)
(§) Range on Methane: 400 km
(°°) The amount of methane depends on the outside temperature, the supply pressure, the quality of the gas and the type of refuelling system. The total volume of
the cylinders is about 220 litres (218.5 nominal) for all versions.
(***) With Webasto: + 1/4 litre - Underseat heating 600cc: + 1 litre - Underseat heating 900cc: + 1.5 litres - Underseat heating + Webasto: + 1.25 litres - Underseat
heating + Webasto: +1.75 litres
(****) When the vehicle is used in particularly harsh weather conditions, we recommend using a 60-40 mixture of PARAFLU
UPand demineralised water.
IMPORTANT Note that when using a fuel like methane, the range is extremely variable because in addition to the vehicle
maintenance and driving conditions it also depends on the temperature of the gas in the cylinder. The methane actually heats
up during the refuelling and cools down whilst driving, undergoing variations in pressure that reduce the quantity that can
be used.
240
TECHNICAL DATA

FUEL CONSUMPTION
The fuel consumption figures given in the tables below are determined on the basis of the type-approval tests laid down by
specific European Directives.
These consumption values refer to basic vehicles without optionals.
The following procedures are used to measure the fuel consumption:
urban cycle: begins with cold starting, followed by driving simulating the use of the vehicle in town;
extra-urban cycle: driving that simulates using the vehicle out of town with frequent acceleration in all gears; the speed
varies from 0 to 120 km/h;
combined fuel consumption: calculated with a weighting of approximately 37% of the urban cycle and 63% of the
extra-urban cycle.
IMPORTANT The type of route, traffic situations, weather conditions, driving style, general conditions of the vehicle, trim
level/equipment/accessories, climate control system, vehicle load, roof rack, other situations that affect aerodynamics or air
drag may lead to different fuel consumption levels than those measured.
Fuel consumption (according to the current European Directive - litres/100 km)
2.0 115 Multijet 2
VersionF.C.(*)Consumption
Urban Extra-urban Combined
Light / Tempo Libero 1700 6.1 5.3 5.6
Light / Tempo Libero 1810 6.3 5.5 5.8
Light / Tempo Libero 1930 6.3 5.7 5.9
Light / Tempo Libero 2040 6.6 5.9 6.2
Light / Tempo Libero 2150 6.7 6.1 6.3
(*) Flywheel class
245