2008 FIAT ULYSSE technical specifications

TECHNICAL SPECIFICATIONS
218
ENGINE CODES - BODYWORK VERSIONS
2.0 JTD 120 HP
2.0 JTD 136 HP
2.2 JTD 170 HP
2.2 JTD 170 HP Automatic gearbox
2.2 JTD 163 HP (*)
2.2 JTD 163 HP Automatic gearbox (*)
(*) Versions for specific marketsEngine code
RHK
RHR
4HT
4HS
4HP
4HRBodywork code
6/7 seats 5/8 seats
179AXH1B1A 179BXH1B1A
179AXL1B1A 179BXL1B1A
179AXM1B 179BXM1B
179AXP11 179BXP11
179AXN1B 179BXN1B
179AXQ11 179BXQ11

TECHNICAL SPECIFICATIONS
219
ENGINE
2.2 JTD 163 HP (*)
2.2 JTD 163 HP
a.g. (*)
4HP/4HR (*)
Diesel
85 x 96
2179
16.6:1
120
163
4000
370
37.5
1500
Diesel for motor
vehicles (EN590
specifications)2.0 JTD 120 HP
RHK
Diesel
85 x 88
1997
17.5:1
88
120
4000
300
30.5
2000
Diesel for motor
vehicles (EN590
specifications)2.0 JTD 136 HP
RHR
Diesel
85 x 88
1997
17.5:1
100
136
4000
320
2000
Diesel for motor
vehicles (EN590
specifications)2.2 JTD 170 HP
4HT
Diesel
85 x 96
2179
16.6:1
125
170
4000
370
37.5
1500
Diesel for motor
vehicles (EN590
specifications)2.2 JTD 170 HP a.g.
4HS
Diesel
85 x 96
2179
16.6:1
125
170
4000
370
37,5
1500
Diesel for motor
vehicles (EN590
specifications)
Engine code
Cycle
Diameter x stroke mm
Total displacement cm3
Compression ratio
Max power (EEC) kW
corresponding ratio HP
rpm
Max torque (EEC) Nm
corresponding ratio kgm
rpm
Fuel
(*) Versions for specific markets

TECHNICAL SPECIFICATIONS
220
FUEL SUPPLY
MULTIJET Common Rail direct in-
jection with overboost and intercool-
er.TRANSMISSION
CLUTCH
Hydraulically controlled.
MANUAL GEARBOX
Five forward gears and reverse with
synchromesh for front gear engage-
ment.
ELECTRONIC AUTOMATIC
GEARBOX
Two driving methods:
– sequence;
– automatic. Modifications or repairs
to the fuel feed system
that are not carried out
properly or do not take the sys-
tem’s technical specifications in-
to account can cause malfunc-
tions leading to the risk of fire.

TECHNICAL SPECIFICATIONS
221
BRAKES
SERVICE AND EMERGENCY
BRAKES
Front and rear disc brakes with two
operating cylinders for each wheel and
floating shoe.
Crossed hydraulic circuit control fit-
ted with:– ABS with EBD;
– HBA
– TC + ASR
– MSR
– ESP.
HANDBRAKE
Controlled by a lever, it works me-
chanically on the rear brake shoes.
SUSPENSIONS
FRONT
Independent wheel, McPherson sus-
pension with:
– telescopic hydraulic dampers with
flexible anchorage on the body side
and rubber dust guards;
– coil and knock-guard buffers off-
set with the shock absorber;
– stabiliser anchored to the shock ab-
sorber and the swivel arms.
REAR
The suspension is fitted with:
– cross member;
– pulled arms;
– hydraulic shock absorbers;
– coil springs;
– stabiliser.

TECHNICAL SPECIFICATIONS
222
STEERING
Energy-absorbing jointed steering
wheel.
Jointed steering column with angle
and longitudinal adjustment system.
Rack and pinion with hydraulic pow-
er steering.
Minimum steering circle between
pavements: 11.60 m.
WHEELS
RIMS AND TYRES
Steel or alloy rims on request.
Tubeless tyres with radial carcass.
Standard size spare wheel with steel
rim.
The homologated tyres are listed in
the log book.IMPORTANTIn the event of dis-
crepancies between the information
provided in this Owner Handbook and
the Log Book, consider the specifica-
tions shown in the Log Book only.
To ensure safety of the car in move-
ment, it must be fitted with tyres of
specified size and of the same brand
and type on all wheels.
IMPORTANTDo not use inner
tubes with tubeless tyres.
WHEEL GEOMETRY
Front wheel toe-in measured from
rim to rim with vehicle empty:
– toe-in: 2 mm.

TECHNICAL SPECIFICATIONS
223
Rear wheel toe-in measured from
rim to rim with vehicle empty:
– toe-in: 5 mm ±1.
WINTER TYRES
See instructions in the “Getting to
know your car” chapter.
SNOW CHAINS
See instructions in the “Getting to
know your car” chapter.UNDERSTANDING TYRE
MARKINGLoad rating
60 =250 kg85 =515 kg
61 =257 kg86 =530 kg
62 =265 kg87 =545 kg
63 =272 kg88 =560 kg
64 =280 kg89 =580 kg
65 =290 kg90 =600 kg
66 =300 kg91 =615 kg
67 =307 kg92 =630 kg
68 =315 kg93 =650 kg
69 =325 kg94 =670 kg
70 =335 kg95 =690 kg
71 =345 kg96 =710 kg
72 =355 kg97 =730 kg
73 =365 kg98 =750 kg
74 =375 kg99 =775 kg
75 =387 kg100 =800 kg
76 =400 kg101 =825 kg
77 =412 kg102 =850 kg
78 =425 kg103 =875 kg
79 =437 kg104 =900 kg
80 =450 kg105 =925 kg
81 =462 kg106 =950 kg
82 =
475 kg
83 =487 kg
84 =500 kg Example: 205/65 R 15 94 H
205 =Nominal width (distance be-
tween bodysides in mm).
65 =Height/width percentage ratio.
R =Radial tyre.
15 =Rim diameter (in inches).
94 =Load rating.
H =Maximum speed rating.

TECHNICAL SPECIFICATIONS
224
Maximum speed index
Q =up to 160 km/h
R =up to 170 km/h
S =up to 180 km/h
T =up to 190 km/h
U =up to 200 km/h
H =up to 210 km/h
V =over 210 km/h
ZR =over 240 km/h
W =up to 270 km/h
Y =up to 300 km/h.
Maximum speed rating
for snow tyres
Q M + S =up to 160 km/h.
T M + S =up to 190 km/h.
H M + S =up to 210 km/h.UNDERSTANDING RIM
MARKINGS
The following are the necessary in-
structions to understand the meaning
of the markings on the rim, as shown
in fig. 6.15 =rim nominal diameter in inches
(corresponds to diameter of the tyre
to be mounted) 3-fig. 6;
H2 =“hump” shape and number (re-
lief on the circumference holding the
Tubeless tyre bead on the rim);
ET43 =wheel camber angle (dis-
tance between the disc/rim support-
ing plane and the wheel rim centre
line).
Example: 6
1/2J x 15 H2 ET43
fig. 6
F0B0267b
6 1/2=rim width in inches 1-fig. 6;
J =rim drop centre outline (side
projection where the tyre bead rests)
2-fig. 6;

TECHNICAL SPECIFICATIONS
225
The plate on the front left door fig. 7carries the following data: A -empty
vehicle tyre inflation pressure; B -fully loaded vehicle tyre inflation pressure;
C-tyre dimension; D -rim dimension; E -type of tyre fitted; F -vehicle man-
ufacturing date identification code; G -spare box; H -paint colour code; I-ser-
ial number.
fig. 7
F0B0264b
Rims (*)
Tyres
Spare wheel
(*) Steel or alloy on request.
Rear
3.4
3.0 Front
2.5
2.5 Rear
2.5
2.5 Front
2.5
2.5Empty Full load Tyre
205/60 R16
215/65 R15standard size with steel rim2.0 JTD - 2.2 JTD
6.5J x 15”
7J x 16”
215/65 R15
215/60 R16
COLD TYRE INFLATION PRESSURE
Add +0.3 bars to the prescribed inflation pressure when the tyres are warm. In
any case, check the correct value again when the tyres are cold.