Lancia Delta 2013 Owner handbook (in English)

TECHNICAL SPECIFICATIONS259
6
CHASSIS MARKING fig. 3
This is printed on the passenger compartment floor, near
the right front seat. Slide the flap A forward to access.
The marking includes:
❍vehicle type (ZAR 844000)
❍chassis numberBODYWORK PAINT IDENTIFICATION PLATE fig. 4
This plate is applied inside the bonnet and shows the fol-
lowing data:
A Paint manufacturer.
B Colour name.
C Lancia colour code.
D Respray and touch-up colour code.
ENGINE MARKING
The engine marking is stamped on the cylinder block and
includes the model and the chassis progressive number.
fig. 3L0E0118mfig. 4L0E0119m

ENGINE CODES – BODYWORK VERSIONS
198A4000
198A7000
844A3000
955A4000
198A2000
844A1000
198A9000
198A8000844AXA1A 00E ()
844AXA1A 00F (*) ()
844AXL1A 10 ()
844AXL1A 10B (*) ()
844AXP1A 13 ()
844AXP1A 13B (*) ()
844AXF1A 06G ()
844AXF1A 06H (*) ()
844AXC1A 02G ()
844AXC1A 02H (*) ()
844AXE1A 04C ()
844AXE1A 04D (*) ()
844AXN1A 12C ()
844AXN1A 12B (*) ()
844AXM1A 11 ()
844AXM1A 11B (*) ()
260TECHNICAL SPECIFICATIONS
ENGINE CODE BODYWORK VERSIONS
1.4 Turbo Jet 120 HP
1.4 Turbo Multi Air
1.6 Multijet 105 HP
1.6 Multijet 115 HP (▲)
1.6 Multijet 120 HP
1.9 Twin Turbo Multijet
2.0 Multijet 163 HP (▲)
2.0 Multijet 165 HP
(*) Versions with option of 18” tyres
() EURO 5 version
(
▲) For versions/markets where provided

198A4000
Otto
4 in line
72 x 84
1368
9.8
± 0.2
88
120
5000
206
21
1750
NGK IKR9F8
Unleaded petrol 95 RON
(EN 228 specification)
198A7000
Otto
4 in line
72 x 84
1368
9.8
103
140
5000
230
23.4
1750
NGK IKR9F8
Unleaded petrol 95 RON
(EN 228 specification)
TECHNICAL SPECIFICATIONS261
6
ENGINE
GENERAL INFORMATION 1.4 Turbo Jet 120 HP 1.4 Turbo Multi Air
Type code
Cycle
Number and arrangement of cylinders
Piston bore and stroke mm
Total displacement cm3
Compression ratio
Max power (EEC) kW
HP
corresponding speed rpm
Max. torque (EEC) Nm
kgm
corresponding speed rpm
Spark plugs
Fuel

198A9000 (▲)
198A8000
Diesel
4 in line
83 x 90.4
1956
16.5
± 0.4
120 (
▲)/121
163 (▲)/165
4000
350
35.6
1750
Automotive diesel fuel
(EN590 specifications)
262TECHNICAL SPECIFICATIONS
844A1000
Diesel
4 in line
82 x 90.4
1910
16.5
± 0.4
139,5
190
4000
400
41
2000
Automotive diesel fuel
(EN590 specifications)
844A3000
198A2000
955A4000 (
▲)
Diesel
4 in line
79.5 x 80.5
1598
16.5
± 0.4
77/85 (
▲)/88
105/115 (▲)/120
4000
300
31
1500
Automotive diesel fuel
(EN590 specifications)
(▲) For versions/markets where provided
GENERAL INFORMATION 1.6 Multijet 1.9 Twin Turbo Multijet 2.0 Multijet
Engine code
Cycle
Number and arrangement of cylinders
Piston bore and stroke mm
Total displacement cm3
Compression ratio
Max power (EEC) kW
HP
corresponding speed rpm
Max. torque (EEC) Nm
kgm
corresponding speed rpm
Fuel

TECHNICAL SPECIFICATIONS263
6
Electronically controlled phased sequential Multipoint
electronic injection with turbocharger and intercooler
FUEL SUPPLY SYSTEM
Common Rail Multijet direct injection electronically controlled with turbo and intercooler
Modifications or repairs to the fuel supply system that are not carried out properly or do not take the
technical specifications of the system into account can cause malfunctions leading to the risk of fire.
1.6 Multijet – 1.9 Twin Turbo Multijet – 2.0 Multijet
Fuel supply system
1.4 Turbo Jet – 1.4 Turbo Multi Air
Fuel supply system

Six forward speed plus reverse with synchronisers for the engagement of the forward speeds
Self-adjusting pedal without idle stroke
Front
264TECHNICAL SPECIFICATIONS
TRANSMISSION
Self-ventilated discs
Disc
Controlled by hand lever, acting on rear brakes
BRAKES
IMPORTANT Water, ice and salt spread on the roads may deposit on the brake disks reducing braking efficiency
the first time the brakes are applied.
1.4 Turbo Jet – 1.4 Turbo Multi Air ––1.6 Multijet ––1.9 Twin Turbo Multijet – 2.0 Multijet
Service brakes:
– front
– rear
Parking brake
1.4 Turbo Jet – 1.4 Turbo Multi Air ––1.6 Multijet ––1.9 Twin Turbo Multijet – 2.0 Multijet
Gearbox
Clutch
Drive

Rack and pinion with electric power steering
10.6/11.2 (*)
TECHNICAL SPECIFICATIONS265
6
SUSPENSIONS
Mac Pherson independent wheels
Interconnected wheels with torsion beam
1.4 Turbo Jet – 1.4 Turbo Multi Air ––1.6 Multijet ––1.9 Twin Turbo Multijet – 2.0 Multijet
Gearbox
Parking brake
STEERING
(*) With 18" tyres
1.4 Turbo Jet – 1.4 Turbo Multi Air ––1.6 Multijet ––1.9 Twin Turbo Multijet – 2.0 Multijet
Ty p e
Steering circle
(kerb to kerb) m

266TECHNICAL SPECIFICATIONS
WHEELS
RIMS AND TYRES
Pressed steel or alloy rims. Tubeless radial carcass tyres.
All approved tyres are listed in the Vehicle Registration
Document.
IMPORTANT In the event of discrepancies between the
information provided in this “Owner’s handbook” and
the “Registration Document”, consider the specifications
shown in the log book only.
For safe driving, the car must be fitted with tyres of the
same make and type on all wheels.
IMPORTANT Do not use inner tubes with Tubeless tyres.
SPACE-SAVER WHEEL
Pressed steel wheel. Tubeless tyre.
WHEEL GEOMETRY
Total front toe in: –1
±1 mm
Total rear toe in: 2
±2 mm
The figures refer to the car in running order.UNDERSTANDING TYRE MARKING fig. 5
Example: 195/55 R 16 91 V
195 = Nominal width (S, distance in mm between
sidewalls).
55 = Height/width ratio (H/S) as a percentage.
R = Radial tyre.
16 = Rim diameter in inches (Ø).
91 = Load rating (capacity).
V = Maximum speed index.
fig. 5L0E0120m

TECHNICAL SPECIFICATIONS267
6
Load rating (capacity)
60 = 250 kg 84 = 500 kg
61 = 257 kg 85 = 515 kg
62 = 265 kg 86 = 530 kg
63 = 272 kg 87 = 545 kg
64 = 280 kg 88 = 560 kg
65 = 290 kg 89 = 580 kg
66 = 300 kg 90 = 600 kg
67 = 307 kg 91 = 615 kg
68 = 315 kg 92 = 630 kg
69 = 325 kg 93 = 650 kg
70 = 335 kg 94 = 670 kg
71 = 345 kg 95 = 690 kg
72 = 355 kg 96 = 710 kg
73 = 365 kg 97 = 730 kg
74 = 375 kg 98 = 750 kg
75 = 387 kg 99 = 775 kg
76 = 400 kg 100 = 800 kg
77 = 412 kg 101 = 825 kg
78 = 425 kg 102 = 850 kg
79 = 437 kg 103 = 875 kg
80 = 450 kg 104 = 900 kg
81 = 462 kg 105 = 925 kg
82 = 475 kg 106 = 950 kg
83 = 487 kgMaximum speed index
Q = up to 160 km/h. H = up to 210 km/h.
R = up to 170 km/h. V = up to 240 km/h.
S = up to 180 km/h. W= up to 270 km/h.
T = up to 190 km/h. Y = up to 300 km/h.
U = up to 200 km/h.
Maximum speed rating
for snow tyres
QM + S = up to 160 km/h.
TM + S = up to 190 km/h.
HM + S = up to 210 km/h.

268TECHNICAL SPECIFICATIONS
UNDERSTANDING RIM MARKING fig. 5
Example: 6J x 15 H2 ET 31.5
6 = rim diameter in inches (1).
J = rim drop centre outline (side projection where the
tyre bead rests) (2).
15 = rim nominal diameter in inches (corresponds to di-
ameter of the tyre to be mounted) (3 = Ø).
H2 = shape and number of humps (contour used for
withholding tubeless tyre beads on the rim).
ET 31.5 = wheel camber angle (distance between the
disc/rim supporting plane and the wheel rim
centre line).
fig. 5aL0E0193m
RIM PROTECTORS fig. 5a
Do not fit wheel caps when using caps fixed
(with springs) to the steel rim and tyres other
than factory-fitted tyres provided with Rim
Protector (fig. 5a). The use of unsuitable tyres and
wheel hub caps could cause a sudden pressure loss
in the tyre.