tools FIAT DUCATO 244 2005 3.G Owners Manual

96GETTING TO KNOW YOUR VEHICLE
The action of the ASR is particularly
helpful in the following circumstances:
– slipping of the inner wheel due to
the effect of dynamic load changes or
excessive acceleration.
– too much power transmitted to
the wheels also in relation to the con-
ditions of the road surface.
– acceleration on slippery, snowy or
frozen surfaces.
– in the case of loss of grip on a wet
surface (aquaplaning). Furthermore, the system is equipped
with a connector for interfacing with
specific tools used to read the error
codes stored in the control unit mem-
ory along with a set of diagnostic and
engine specific parameters.ASR SYSTEM
(Antislip Regulation)
The ASR system controls the vehicle
drive and cuts in automatically every
time one or both driving wheels slip.
In slipping conditions, two different
control systems are activated:
– if the slipping involves both the dri-
ving wheels, the ASR function inter-
venes reducing the power transmitted
by the engine;
– if slipping involves only one driving
wheel, the ASR system cuts in auto-
matically braking the wheel that is slip-
ping.
IMPORTANTAfter eliminating the
problem, your Fiat Dealershipwill
run a bench test to fully check the sys-
tem. In some cases, a long road test
may be required.Contact a Fiat Dealer-
ship as soon as possible if
the Uwarning light ei-
ther does not come on when the
key is turned to MAR or comes
on, with fixed or flashing light,
when travelling. Warning light U
operation can be checked by
means of special equipment by
traffic agents. Always comply
with the road traffic regulations
in force in the Country where you
are travelling.
The performance of the
system, in terms of active
safety should not induce the driver
to take pointless and unnecessary
risks. The style of driving must in
any case always be adapted to the
conditions of the road surface, vis-
ibility and traffic. Road safety is al-
ways the driver’s responsibility.
WARNING

138IN AN EMERGENCY
1. STOP THE VEHICLE
– Stop the vehicle in a position that
is not dangerous for oncoming traffic
where you can change the wheel safe-
ly. The ground should be flat and ad-
equately firm. If you have to change
the wheel at night, choose a lit area if
possible.
– Turn the engine off and pull up the
handbrake.
– Engage first or reverse gear.
– Alert other drivers that the vehicle
is stationary in compliance with local
regulations: hazard warning lights,
warning triangle, etc.
Any passengers should get out and
wait as far away as possible from the
danger of traffic.
If the road is sloping or bumpy, place
wedges or other suitable material to
prevent the vehicle from moving, un-
der the wheels.2. TAKE OUT THE TOOLS,
JACK AND SPARE WHEEL
The tools are in the cab near the
seats.
Please note:
– the jack weights 4.2 kg;
– the jack requires no adjustments;
– the jack cannot be repaired. If it
breaks it must be replaced with a new
jack;
– no other tool, apart from the ex-
tension and the ratchet wrench shown
in this chapter can be fitted to the jack.
The spare wheel is located under the
rear part of the load bed.
Do not lubricate the bolt
threads before fitting
them back: they could come
loose.
WARNING
Check tyre pressure and
spare wheel pressure regu-
larly. Refer to section “Technical
Specifications”.
WARNING

140IN AN EMERGENCY
The moving parts of the jack (screw
and joints) may also cause injury if
touched. Clean off any grease.
6)Unscrew the five bolts complete-
ly using wrench E-fig. 6and remove
the wheel.7) Fit the spare wheel making sure
that the pegs Hfit into holes G-fig. 7.
When fitting the spare wheel, make
sure the hub is clean so that the fix-
ing bolts will not loosen.
8)Tighten the five wheel bolts.
9) Lower the vehicle with the ratch-
et wrench and pull the jack out.
10)Fasten bolts completely, work-
ing in a criss-cross fashion as shown in
fig. 7.
fig. 6
F0D0090m
fig. 7
F0D0089m
When you have finished:
– place the wheel you have changed
in the spare wheel support;
– hook the spare wheel support, us-
ing wrench E;
– screw the two fastening bolts and
position the two plastic caps;
– put the jack and the tools back in
the bag under one of the two seats in
the cab.

166VEHICLE MAINTENANCE
IMPORTANT - Pollen filter
If the vehicle is often used in dusty
or extremely polluted environments,
you should change the filter element
more frequently. It should be changed
especially if the amount of air intro-
duced into the passenger compart-
ment has decreased.
IMPORTANT - Diesel filter
Refuelling with diesel fuel not com-
plying with the grade of purity pre-
scribed by European Specification
EN590 might make it necessary to re-
place the filter more frequently than
indicated in the Service Schedule.
IMPORTANT - Battery
The charge in your battery should be
checked, where possible at the start
of the winter, to limit the risk of the
battery electrolyte freezing.
This check should be carried out
more frequently if the vehicle is mainly
used for short trips or if it is fitted
with accessories that permanently
take in electricity even when the igni-
tion key is removed, especially in the
case of after market accessories.You should check the battery fluid
(electrolyte) level more frequently
than shown in the Service Schedule if
the vehicle is used in hot climates or
particularly demanding conditions.
IMPORTANTAs concerns Camp-
ing Car versions, due to high electric
absorption, observe indications rele-
vant to battery contained in para-
graphs "Vehicle storage" (section
"Getting the best out of your vehicle")
and "Battery – Checking the charge"
(section "Vehicle maintenance").
Maintenance of your ve-
hicle should be entrusted
to a Fiat Dealership. For
ordinary routine maintenance
operations which you are able to
carry out yourself, ensure that
you have the necessary tools and
original Fiat spare parts and flu-
ids available. Do not carry out
servicing operations if you have
no experience.IMPORTANT - Engine oil
Change the engine oil more fre-
quently than shown in the Service
Schedule if the vehicle is normally dri-
ven in one of the following particular-
ly severe conditions:
– towing a trailer
– on dusty roads
– short distances (less than 7-8 km)
repeated and with external tempera-
tures below zero.
– frequently idling engines or long
distance low speed driving (e. g. taxis
or door-to-door deliveries) or in case
of a long term inactivity replace engine
oil more frequently than required on
Scheduled Maintenance Plan.
IMPORTANT - Air cleaner
Replace the air cleaner more fre-
quently if the vehicle is used on dusty
roads.
If you are in doubt about how often
the engine oil or the air cleaner should
be changed in relation to how you use
the vehicle, contact a Fiat Dealer-
ship.

227TECHNICAL SPECIFICATIONS
VAN WEIGHTS
Weights (kg)
Version 11 (*)
Kerb weight
(including fuel,
spare wheel, tools
and accessories):
Payload including
driver (1):
Maximum admitted
loads (2)
– front axle:
– rear axle:
– total:
Towable weight:
– trailer with brakes
– trailer without brakes
Maximum load on ball coupling
(trailer with brakes)
Maximum load on roof
(1) If special equipment is fitted (tow hitch, etc.), the unladen vehicle weight increases, thus reducing the specified payload.
(2) Loads not to be exceeded. The driver is responsible for arranging the loads so that they comply with these limits.
* The figures given refer to panelled and glazed vans with medium and short wheelbase, both high and low sided.2.0
1695 ÷ 1780
1120 ÷ 1170
1600
1600
2865 ÷ 2900
2000
750
80
1002.0 JTD
1755 ÷ 1840
1060 ÷ 1145
1600
1600
2900
1600
750
80
1002.3 JTD
1825 ÷ 1910
990 ÷ 1075
1600
1600
2900
2000
750
80
1002.8 JTD
1850 ÷ 1935
965 ÷ 1050
1600
1600
2900
2000
750
80
100

228TECHNICAL SPECIFICATIONS
Weights (kg)
Version 15 (*)
Kerb weight
(including fuel,
spare wheel, tools
and accessories):
Payload including driver (1):
Maximum admitted
loads (2)
– front axle:
– rear axle:
– total:
Towable weight:
– trailer with brakes
– trailer without brakes
Maximum load on ball coupling
(trailer with brakes)
Maximum load on roof
(1) If special equipment is fitted (tow hitch, etc.), the unladen vehicle weight increases, thus reducing the specified payload.
(2) Loads not to be exceeded. The driver is responsible for arranging the loads so that they comply with these limits.
* The figures given refer to panelled and glazed vans with long, medium and short wheelbase, both high and low sided.2.0
1695 ÷ 1865
1435 ÷ 1510
1750
1850
3245 ÷ 3300
2000
750
80
1002.0 JTD
1755 ÷ 1840
1435 ÷ 1505
1750
1850
3300
1600
750
80
100
2.3 JTD
1725 ÷ 1995
1305 ÷ 1475
1750
1850
3300
2000
750
80
100
2.8 JTD
2.8 JTD POWER
1850 ÷ 2020
1280 ÷ 1450
1750
1850
3300
2000
750
80
100

229TECHNICAL SPECIFICATIONS
Weights (kg)
Version MAXI (*)
Kerb weight
(including fuel,
spare wheel, tools
and accessories):
Payload including driver (1):
Maximum admitted
loads (2)
– front axle:
– rear axle (3):
– total:
Towable weight:
– trailer with brakes
– trailer without brakes
Maximum load on ball coupling
(trailer with brakes)
Maximum load on roof
(1) If special equipment is fitted (tow hitch, etc.), the unladen vehicle weight increases, thus reducing the specified payload.
(2) Loads not to be exceeded. The driver is responsible for arranging the loads so that they comply with these limits.
(3) See “Cold tyre inflation pressure”.
* The figures given refer to panelled and glazed vans with long and medium wheelbase, both high and low sided.2.0
1765 ÷ 1915
1585 ÷ 1735
1850
2120
3500
2000
750
80
1002.3 JTD
1895 ÷ 2045
1455 ÷ 1605
1850
2120
3500
2000
750
80
100
2.8 JTD
2.8 JTD POWER
1935 ÷ 2070
1430 ÷ 1565
1850
2120
3500
2000
750
80
100

230TECHNICAL SPECIFICATIONS
PANORAMA WEIGHTS
Weights (kg)
Short wheelbase version
Kerb weight
(including fuel,
spare wheel, tools
and accessories):
Payload including driver (1):
Maximum admitted
loads (2)
– front axle:
– rear axle:
– total:
Towable weight:
– trailer with brakes
– trailer without brakes
Maximum load on ball coupling
(trailer with brakes)
Maximum load on roof
(1) If special equipment is fitted (tow hitch, etc.), the unladen vehicle weight increases, thus reducing the specified payload.
(2) Loads not to be exceeded. The driver is responsible for arranging the loads so that they comply with these limits.2.0
1925
8P + 431 kg
1600
1600
2900
2000
750
80
1002.0 JTD
1985
8P + 371 kg
1600
1600
2900
1600
750
80
1002.3 JTD
2055
8P + 301 kg
1600
1600
2900
2000
750
80
1002.8 JTD
2080
8P + 276 kg
1600
1600
2900
2000
750
80
100

231TECHNICAL SPECIFICATIONS
Weights (kg)
Medium wheelbase version
GRAND VOLUME
Kerb weight
(including fuel,
spare wheel, tools
and accessories):
Payload including driver (1):
Maximum admitted
loads (2)
– front axle:
– rear axle:
– total:
Towable weight:
– trailer with brakes
– trailer without brakes
Maximum load on ball coupling
(trailer with brakes)
Maximum load on roof
(1) If special equipment is fitted (tow hitch, etc.), the unladen vehicle weight increases, thus reducing the specified payload.
(2) Loads not to be exceeded. The driver is responsible for arranging the loads so that they comply with these limits.2.3 JTD
2195
8P + 561 kg
1750
1850
3300
2000
750
80
100 2.0
2065
8P + 691 kg
1750
1850
3300
2000
750
80
1002.8 JTD
2220
8P + 536 kg
1750
1850
3300
2000
750
80
100

232TECHNICAL SPECIFICATIONS
COMBI WEIGHTS
Weights (kg)
Short wheelbase version
Kerb weight
(including fuel,
spare wheel, tools
and accessories):
Payload including driver (1):
Maximum admitted
loads (2)
– front axle:
– rear axle:
– total:
Towable weight:
– trailer with brakes
– trailer without brakes
Maximum load on ball coupling
(trailer with brakes)
Maximum load on roof
(1) If special equipment is fitted (tow hitch, etc.), the unladen vehicle weight increases, thus reducing the specified payload.
(2) Loads not to be exceeded. The driver is responsible for arranging the loads so that they comply with these limits.2.8 JTD
1960 ÷ 2035
5P +600 ÷ 490 kg
1600
1600
2900
2000
750
80
100 2.0
1805
5P + 755 kg
1600
1600
2900
2000
750
80
1002.0 JTD
1865
5P + 695 Kg
1600
1600
2900
1600
750
80
1002.3 JTD
1935 ÷2010
5P +625 ÷ 515 kg
1600
1600
2900
2000
750
80
100