2014 FIAT DUCATO BASE CAMPER weight

IMPORTANT Electric brakes or other
devices must be used with engine
running.
In addition to the electrical branches,
the vehicle's electric system can only
be connected to the supply cable for an
electric brake and to the cable for an
internal light, though not above 15
W. For connections use the preset
control unit with battery cable no less
than 2.5 mm
2.
IMPORTANT The trailer tow hook
contributes to the length of the vehicle.
When installing on long wheelbase
versions, it is only possible to install
removable tow hooks because the total
vehicle length limit of 6 metres is
exceeded.
If no trailer is fitted, the hook must be
removed from the attachment base and
it must not exceed the vehicle's
original length.IMPORTANT If you wish to leave the
tow hook fitted without towing a trailer,
it is advisable to contact a Fiat
Dealership for the relevant system
update operations because the tow
hook could be detected as an obstacle
by the central sensors.Installation diagram for
Van versions fig. 172
The tow hook structure must be
fastened in the points shown by the
symbol Ø using a total of 6 M10x1.25
screws and 4 M12 screws.
The internal back plates must be at
least 5 mm thick. MAX LOAD ON
BALL: 100/120 kg according to the
payload (see “Weights” table in the
“Technical data” section).
133)
To install a tow hook, the bumpers
must be trimmed as described in the
supplier's installation kit.
Installation diagram for
Truck and Chassis Cab
versions fig. 173
Another tow hook specific to Truck and
Chassis Cab versions in shown in fig.
173.
The structure Ø must be fixed in the
points indicated using a total of 6
M10x1.25 screws and 4 M12 screws.
MAX LOAD ON BALL: 100/120 kg
according to the payload (see
“Weights” table in the “Technical data”
section).
134)
179

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
136) This procedure must be
performed by qualified personnel
as incorrect actions may cause
high-intensity electrical discharge.
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.
REPLACING A
WHEELGENERAL
INSTRUCTIONS
Wheel replacement and correct use of
the jack and spare wheel (for
versions/markets, where provided) call
for some precautions, which are listed
below.
137) 138) 139) 140) 141)
Please note that:
❒the jack weight is 4.5 kg;
❒the jack requires no adjustment;
❒the jack cannot be repaired: in the
event of a fault it must be replaced by
another original one;
❒no tool other than its cranking device
may be fitted on the jack.
142)
To change a wheel,
proceed as follows:
❒stop the vehicle in a position that is
not dangerous for oncoming traffic
where you can change the wheel
safely. The ground should be flat
if possible, and sufficiently firm;
❒stop the engine and pull the
handbrake;
❒engage first gear or reverse;
❒put on the reflective safety jacket
(compulsory by law in certain
countries) before getting out of the
vehicle;
❒indicate that the vehicle has broken
down using the devices required by
the law in the current country (e.g.
warning triangle, hazard lights, etc.);
❒take the extension arm and the
wrench from the tool box/bag under
the passenger seat (see
“Compartment under front passenger
seat” in the “Know your vehicle”
section);
❒for versions with alloy rims, remove
the press-fitted hub cap;
❒loosen the bolts on the wheel to be
replaced by one turn;
❒turn the ring nut to partly extend the
jack;
179
F1A0168
191

TECHNICAL SPECIFICATIONS
Everything you may find useful for
understanding how your vehicle
is made and works is contained in this
chapter and illustrated with data, tables
and graphics. For the enthusiasts and
the technician, but also just for those
who want to know every detail of their
vehicle.IDENTIFICATION DATA....................250
ENGINE CODES - BODYWORK
VERSION ........................................252
ENGINE ..........................................254
POWER SUPPLY ............................255
TRANSMISSION .............................256
SUSPENSION .................................257
BRAKES .........................................258
STEERING ......................................259
WHEELS .........................................260
DIMENSIONS ..................................264
PERFORMANCE .............................274
WEIGHTS........................................276
SUPPLIES .......................................316
FLUIDS AND LUBRICANTS ............318
FUEL CONSUMPTION ....................321
CO2 EMISSIONS ............................332
OFFICIAL TYPE APPROVALS .........342
PRESCRIPTIONS FOR HANDLING
THE VEHICLE AT THE END OF ITS
LIFE ................................................346
249

IDENTIFICATION
DATAIt is advisable to take note of the
identification codes. Identification codes
are printed and shown on the plates
as indicated below, together with the
positions:
❒VIN plate.
❒Chassis marking.
❒Bodywork paint identification plate.
❒Engine marking.
V.I.N. PLATE
This plate is fitted to the engine
compartment front crossmember and
contains the following data fig. 247:BType-approval number.CVehicle type identification code.DChassis serial number.
EMaximum permitted weight of vehicle
fully laden.FMaximum authorised weight of
vehicle fully laden plus trailer.GMaximum permitted weight on first
(front) axle.HMaximum authorised weight on
second axle (rear).IEngine type.LBodywork version code.M
Spare parts number.
NCorrect value of smoke coefficient
(for diesel engines)
CHASSIS MARKING
They are located respectively: one on
the passenger side interior wheel arch,
A fig. 248, and the other on the low
part of the windscreen fig. 249.The marking includes:
❒type of vehicle;
❒chassis serial number.
247
F1A0243
248
F1A0244
249
F1A0365
250
TECHNICAL SPECIFICATIONS

COLD TYRE INFLATION PRESSURE (bar)Tyres provided Use Front Rear215/70 R153000 GVW (*)
with basic tyres, except PANORAMA
3300 GVW(*)/ 3500 GVW
(*)with basic tyres
4,0 4,0
4,1 4,5
215/70 R15 PANORAMA with basic tyres 4,1 4,5
225/70 R153000 GVW (*)
with oversized tyres, except
PANORAMA 3300 GVW
(*)/ 3500 GVW
(*)with
oversized tyres
4,0 4,0
4,1 4,5
225/70 R15 C Winter tyres M+S class C on Camping vehicle 4,3 4,75
225/70 R15 PANORAMA with oversized tyres 4,1 4,5
215/70 R15 CP Range with Camping tyres 5,0 5,5
215/75 R164,5 5,0
225/75 R164,5 5,0
225/75 R16 C Winter tyres M+S class C on Camping vehicle 5,2 5,2
225/75 R16 CP Camping tyres 5,5 5,5
225/75 R16 CP 1184400 CVW Maxi range with Camping tyres (for
versions/markets, where provided)5,5 6
(*)Gross vehicle weightThe pressure value can be up to +1.0 bar more than the recommended one when the tyres are warm. However, recheck that
the value is correct with the tyre cold. With snow tyres, add +0.2 bar to the pressure value prescribed for standard tyres.
263

WEIGHTSVAN WEIGHTS
2800 kg GVW versions(*) 3510 kg GVW versions(*)
110 (**)
/130/150 MultiJet
110 (**)
/130/150 MultiJet
Unladen weight (with all fluids, fuel tank filled to
90% and without optional equipment)1845 ÷ 1860 1860 ÷ 2000
Payload (***)
including the driver:
Maximum permitted loads (°)
– front axle: 1630 1850
– rear axle: 1650 2000
– total: 2800 3510
Towable loads
– braked trailer: 2000 2500
– non-braked trailer: 750 750
Maximum load on ball joint (braked trailer): 100 100(*) The values indicated refer to panel and glazed Vans in medium and short wheelbases with high and low sides.
(**) Version for specific markets
(***) If special equipment is fitted (trailer towing equipment, etc.) the empty weight will increase and consequently the payload will decrease in relation to the
maximum permitted loads.
(°) Loads not to be exceeded. The user is responsible for arranging goods in the luggage compartment and/or load platform within the maximum permittedloads.
276
TECHNICAL SPECIFICATIONS

VAN WEIGHTS3000 kg GVW versions(*) 115 MultiJet (**)110 (**)
/130/150
MultiJet
180 MultiJet Power
Unladen weight (with all fluids, fuel tank filled to
90% and without optional equipment)1845 ÷ 1910 1860 ÷ 1925 1940 ÷ 2005
Payload (***)
including the driver:
Maximum permitted loads (°)
– front axle: 1630 1630 1630
– rear axle: 1650 1650 1650
– total: 3000/2420 ÷ 2460 (**) 3000/2435 ÷ 2475 (**) 3000
Towable loads
– braked trailer: 2000 2000 ÷ 2500 2500
– non-braked trailer: 750 750 750
Maximum load on ball joint (braked trailer): 100 100 100(*) The values indicated refer to panel and glazed Vans in medium and short wheelbases with high and low sides.
(**) Version for specific markets
(***) If special equipment is fitted (trailer towing equipment, etc.) the empty weight will increase and consequently the payload will decrease in relation to the
maximum permitted loads.
(°) Loads not to be exceeded. The user is responsible for arranging goods in the luggage compartment and/or load platform within the maximum permittedloads.
277

VAN WEIGHTS3300 kg GVW versions(*) 115 MultiJet (**)110 (**)
/130/150
MultiJet
180 MultiJet Power
Unladen weight (with all fluids, fuel tank filled to
90% and without optional equipment)1845 ÷ 1985 1860 ÷ 2000 1940 ÷ 2080
Payload (***)
including the driver:
Maximum permitted loads (°)
– front axle: 1750 1750 1750 ÷ 1800
– rear axle: 1900 1900 1900
– total: 3300 3300 3300
Towable loads
– braked trailer: 2000 2000 ÷ 2500 2500
– non-braked trailer: 750 750 750
Maximum load on ball joint (braked trailer): 100 100 100(*) The values indicated refer to panel and glazed Vans in medium and short wheelbases with high and low sides.
(**) Version for specific markets
(***) If special equipment is fitted (trailer towing equipment, etc.) the empty weight will increase and consequently the payload will decrease in relation to the
maximum permitted loads.
(°) Loads not to be exceeded. The user is responsible for arranging goods in the luggage compartment and/or load platform within the maximum permittedloads.
278
TECHNICAL SPECIFICATIONS