ESP Alfa Romeo MiTo 2010 Owner handbook (in English)
[x] Cancel search | Manufacturer: ALFA ROMEO, Model Year: 2010, Model line: MiTo, Model: Alfa Romeo MiTo 2010Pages: 262, PDF Size: 6.32 MB
Page 179 of 262

178IN AN EMERGENCY
CHANGINGABULB
GENERAL INSTRUCTIONS
❍Before changing a bulb check the contacts for oxidation;
❍blown bulbs must be replaced with others of the same type and
power;
❍After replacing a headlight bulb, always check its alignment;
❍When a bulb is not working, check that the corresponding fuse
is intact before replacing it: refer to the “Replacing fuses” para-
graph in this section for the location of fuses.
BULBTYPESfig.21
The vehicle has the following light bulbs:
A. All glass bulbs: clipped into place. Pull to extract.
B. Bayonet bulbs: to remove this type of bulb from its holder, press
the bulb and turn it anticlockwise.
C. Cylindrical bulbs: release from the contacts to extract.
D. Halogen bulbs: release the fastening clip from the corresponding
seat to remove the bulb.
E. Halogen bulbs: release the fastening clip from the corresponding
seat to remove the bulb.
fig. 21A0J0117m
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Page 188 of 262

IN AN EMERGENCY187
4
DOORLIGHTS
To change the bulb, proceed as follows:
❍open the door and remove the light by pushing on tab A-fig.
38 with a screwdriver;
❍press sideways on protective cover B near the two fastening
pins and replace bulb C;
❍refit the protective cover, locking the two fastening pins;
❍refit the courtesy light by inserting side D first and then press-
ing the other side until hearing the locking click of the clip.
REPLACINGFUSES
INTRODUCTION
Fuses protect the electric system: they blow in the event of a fault
in the system. Check the efficiency of the corresponding fuse when
a device does not work: the conducting element A must not be in-
terrupted.
If it is, replace the blown fuse with a new one with the same am-
perage (same colour).
B intact fuse.
C fuse with damaged filament.
fig. 39A0J0048mfig. 38A0J0125m
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Page 190 of 262

IN AN EMERGENCY189
4
fig. 41A0J0204m
If you have to wash the engine compartment, take
care not to aim the jet of water directly at the fuse
box or windscreen wiper motors.FUSELOCAT ION
Fuses are grouped together in three junction units located in the
engine compartment, dashboard and luggage compartment
Fuseboxinengine compartment
This is located next to the battery: to access the fuses undo bolts
A-fig. 40 and remove cover B.
The ID number of the electrical component corresponding to each
fuse can be found on the back of the cover.
After replacing the fuse, make sure you close cover B on the fuse
box.
fig. 40A0J0126m
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Page 201 of 262

200IN AN EMERGENCY
The power brakes and the electrical power steer-
ing will not work while the car is being towed. More
effort on the brake pedal and steering wheel will
therefore be required. Do not use wires for towing. Do not
jerk. Be careful not to damage parts in contact with the
car while towing. Respect the specific rules of the Highway
Code when towing the car, specifically in relation to the
towing device and conduct on the road. Do not start the
engine while towing the car. Clean the threaded seat care-
fully before fastening the hook. Make sure that the hook
is fully fastened in the seat before towing the vehicle.The front and rear tow hooks must only be used
for emergency situations on the road. THE vehi-
cle may be towed for short distances when a ded-
icated device is used in compliance with the Highway Code
(rigid bar), in order to move the vehicle on the road in
preparation for towing by a tow truck Tow hooks MUST
NOT be used to tow vehicles off the road or where there
are obstacles and/or for towing operations using cables
or other non-rigid devices. Respecting the above condi-
tions, towing must only take place with two vehicles (one
towing, the other towed) travelling as far as possible in
alignment along the same centreline.
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Page 230 of 262

CHASSIS MARKING fig. 3
This is printed on the passenger compartment floor panel near
the front right seat. Move flap A forwards to access it.
The chassis marking includes:
❍vehicle type (ZAR 955000);
❍chassis number.
BODYWORK PAINT IDENTIFICATION PLATE
fig. 3
This plate is applied inside the boot and shows the following data:
A Paint manufacturer.
B Colour name.
C Fiat colour code.
D Respray and touch up code.
ENGINE MARKING
The engine marking is stamped on the cylinder block and includes
the model and the chassis number.
fig. 2A0J0140mfig. 3A0J0138m
6
TECHNICAL DATA229
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Page 232 of 262

940A2000
955A8000 (*)
Otto
4 in line
72,0 x 84,0
1368
9,8
120 (*) 125
163 (*) 170
5500 (*) 5500
NORMAL DYNAMIC
230 250
23,4 25,5
2250 2500
NGK ZKR7A-10
Unleaded petrol
95 RON or 98 RON
(Specification EN228)
ENGINE
(*) For versions/markets, where provided
955A1000
Otto
4 in line
72.0 x 84.0
1368
10.8
58
78
5750
120
12.2
4000
NGK ZKR7A-10
Unleaded petrol
95 RON
(Specification EN228)955A6000
Otto
4 in line
72.0 x 84.0
1368
10.8
77
105
6500
130
13.2
4000
NGK DCPR7E-N-10
Unleaded petrol
95 RON
(Specification EN228)955A2000
Otto
4 in line
72.0 x 84.0
1368
9.8
99
135
5000
NORMAL DYNAMIC
180 206
18.3 21
1750 1750
NGK IKR9F8
Unleaded petrol
95 RON or 98 RON
(Specification EN228)
6
TECHNICAL DATA231
GENERAL1.4 Multi Air 1.4 Turbo 1.4 Turbo 1.4 Petrol
Multi Air 135HP Multi Air 170HP78HP (*)
Quadrifoglio Verde
Engine code
Cycle
Number and layout of cylinders
Piston bore and stroke mm
Total displacement cm3
Compression ratio
Maximum power (EEC) kW
HP
corresponding ratio rpm
Maximum torque (EEC) Nm
kgm
corresponding ratio rpm
Spark plugs
Fuel
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Page 233 of 262

198A1000
Otto
4 in line
72.0 x 84.0
1368
9.8
110
150 (
Õ)
5500
NORMAL DYNAMIC
206 230
21 23.5
2250 3000
NGK IKR9F8
Unleaded petrol
95 RON or 98 RON
(Specification EN228
199A8000
Otto
4 in line
72.0 x 84.0
1368
9.8
114
155 (
❏)
5500
NORMAL DYNAMIC
201 230
20.5 23.5
5000 3000
NGK IKR9F8
Unleaded petrol
95 RON or 98 RON
(Specification EN228
232TECHNICAL DATA
(*) For versions/markets, where provided
(
Õ) The maximum power with 150HP is gotten using unloaded petrol 98 RON
(
❏) The maximum power with 155HP is gotten using unloaded petrol 98 RON
198A4000
Otto
4 in line
72.0 x 84.0
1368
9.8
88
120
5000
206
21
1750
NGK IKR9F8
Unleaded petrol
95 RON
(Specification EN228)198A4000
Otto
4 in line
72.0 x 84.0
1368
10.8
70
95
6000
126
12.9
4500
NGK ZKR7A-10
Unleaded petrol
95 RON
(Specification EN228)
GENERAL1.4 Petrol 1.4 Turbo 1.4 Turbo 1.4 Turbo
95HP (*) Petrol 120HP Petrol 150HP (*) Petrol 155HP
Engine code
Cycle
Number and layout of cylinders
Piston bore and stroke mm
Total displacement cm3
Compression ratio
Maximum power (EEC) kW
HP
corresponding ratio rpm
Maximum torque (EEC) Nm
kgm
corresponding ratio rpm
Spark plugs
Fuel
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Page 234 of 262

TECHNICAL DATA233
6
955A3000
Diesel
4 in line
79.5 x 80.5
1598
16.5
88
120
3750
NORMAL DYNAMIC
280 320
28.5 32.6
1500 1750
–
Diesel fuel for
motor vehicles
(Specification EN590)
(*) For versions/markets, where provided
199B1000
Diesel
4 in line
69.6 x 82
1248
16.8
70
95
4000
NORMAL DYNAMIC
180 200
17.6 19.7
1500 1500
–
Diesel fuel for
motor vehicles
(Specification EN590)
955A4000
Diesel
4 in line
79.5 x 80.5
1598
16.5
85
115
4000
NORMAL DYNAMIC
260 300
26.5 30.6
1500 1500
–
Diesel fuel for
motor vehicles
(Specification EN590)
GENERAL 1.3 JTDM-21.6 JTDM1.6 JTDM
115HP (*) 120HP
Engine code
Cycle
Number and layout of cylinders
Piston bore and stroke mm
Total displacement cm3
Compression ratio
Maximum power (EEC) kW
HP
corresponding ratio rpm
Maximum torque (EEC) Nm
kgm
corresponding ratio rpm
Spark plugs
Fuel
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Page 237 of 262

WHEELS
RIMS AND TYRES
Pressed steel or alloy rims. Tubeless radial carcass tyres. All ap-
proved tyres are listed in the Log Book.
IMPORTANT In the event of discrepancies between the information
provided in this Owner’s handbook and the Log book, consider
the specifications shown in the log book only.
Respect the prescribed size to ensure safety of the car when mov-
ing. Fit tyres of the same make and type on all wheels.
IMPORTANT Do not use inner tubes with Tubeless tyres.
SMALL SPARE WHEEL
Pressed steel rim Tubeless tyre.
READING TYRE MARKINGS fig. 4
Example: 195/55 R 16 91 V
195 = Nominal width (S, distance in mm between sidewalls).
55 = Height/width ratio (H/S) in percentage.
R = Radial tyre.
16 = Rim diameter in inches (Ø).
91 = Load rating (capacity).
V = Maximum speed rating.
fig. 4A0J0139m
236TECHNICAL DATA
Load rating (capacity)
60 = 250 kg
61 = 257 kg
62 = 265 kg
63 = 272 kg
64 = 280 kg
65 = 290 kg
66 = 300 kg
67 = 307 kg
68 = 315 kg
69 = 325 kg
70 = 335 kg
71 = 345 kg72 = 355 kg
73 = 365 kg
74 = 375 kg
75 = 387 kg
76 = 400 kg
77 = 412 kg
78 = 425 kg
79 = 437 kg
80 = 450 kg
81 = 462 kg
82 = 475 kg
83 = 487 kg84 = 500 kg
85 = 515 kg
86 = 530 kg
87 = 545 kg
88 = 560 kg
89 = 580 kg
90 = 600 kg
91 = 615 kg
92 = 630 kg
93 = 650 kg
94 = 670 kg
95 = 690 kg96 = 710 kg
97 = 730 kg
98 = 750 kg
99 = 775 kg
100 = 800 kg
101 = 825 kg
102 = 850 kg
103 = 875 kg
104 = 900 kg
105 = 925 kg
106 = 950 kg
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Page 238 of 262

Maximum speed rating
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.
READING RIM MARKINGS fig. 4
Example: 6J x 15 H2 ET 31.5
6 = rim width in inches (1).
J = rim drop centre outline (side projection where the tyre bead
rests) (2).
15 = rim nominal diameter in inches (corresponds to diameter
of the tyre to be mounted) (3 = Ø).
H2 = shape and number of the humps (tags around the circum-
ference that hold the bead of the Tubeless tyre in place on
the rim).
ET 31.5 = wheel camber angle (distance between the disc/rim
supporting plane and the wheel rim centre line).
RIM PROTECTOR TYRES fig. 5
6
TECHNICAL DATA237
fig. 5A0J0166m
If after-sale tyres with rim protector are used (fig.
5) and the car has integral cups fixed (by springs)
to the sheet wheel, DO NOT fit wheel cups. The use
of unsuitable tyres and wheel cups could cause a sudden
pressure loss of the tyre.
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