Get Technical Specifications Guide for Fiat Fiorino SUV Third Generation (2015-2026)

TECHNICAL SPECIFICATIONS

Everything you may find useful for

IDENTIFICATION DATA ............... 195

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.

ENGINE CODES - BODYWORK

VERSION .................................. 198

ENGINE .................................... 200

POWER SUPPLY ....................... 202

TRANSMISSION ........................ 203

BRAKES ................................... 204

SUSPENSION............................ 205

STEERING ................................ 206

WHEELS................................... 207

DIMENSIONS ............................ 212

PERFORMANCE........................ 216

WEIGHTS AND LOADS............... 217

REFUELLING............................. 220

FLUIDS AND LUBRICANTS ......... 222

FUEL CONSUMPTION AND

CO EMISSIONS ....................... 225

2

RADIO FREQUENCY REMOTE

CONTROL: OFFICIAL TYPE

APPROVALS ............................. 226

PRESCRIPTIONS FOR

HANDLING THE VEHICLE AT

THE END OF ITS LIFE................. 227

194

IDENTIFICATION

DATA

MOTORE-ENGINE

CODICE COLORE/PAINT

It is advisable to take note of the

identification codes. The identification

data are printed on labels in the

following positions fig. 246:

VERSIONE-VERSION

Kg

N° PER RICAMBI

N° FOR SPARES

1 -

2 -

Kg

MADE IN TURKEY

248

F0T0320

247

F0V0725

A Vehicle identification number (VIN)

plate

B Chassis marking

C Bodywork paint identification plate

D Engine marking

A Name of manufacturer

B Type-approval number

C Vehicle type identification code

D Maximum permitted weight of fully

laden vehicle

E Maximum permitted weight of vehicle

when fully laden plus trailer

F Maximum permitted weight on first

axle (front)

G Maximum permitted weight on

second axle (rear)

246

F0T0175

VEHICLE

IDENTIFICATION

NUMBER (VIN) PLATE

This is applied on the rear part of the

vehicle and contains the following data

fig. 249:

A Vehicle summary identification and

paintwork plate

B Chassis marking

C Engine marking

VEHICLE SUMMARY

IDENTIFICATION AND

PAINTWORK PLATE

This is stuck on the driver's door pillar

and shows the following data fig. 247:

H Engine type

I Bodywork version code

L Spare part reference number

M Bodywork colour code

N Correct fume coefficient value

IDENTIFICATION DATA

(For versions/markets, where provided)

The identification data are printed on

labels in the following positions fig. 248:

249

F0T0011

A Name of manufacturer

195

methane cylinders should conform to

the legislation in that country. In any

case, it should be remembered that

the life of the cylinders is 20 years from

the production date as set out in ECE

Regulation no. 110.

B Type-approval number

C Vehicle type identification code

D Chassis manufacture serial number

E Maximum permitted weight of fully

laden vehicle

F Maximum authorised weight of

vehicle when fully laden plus trailer.

G Maximum permitted weight on first

(front) axle

H Maximum permitted weight on

second axle (rear)

I Engine type

L Bodywork version code

M Spare part number

The marking includes:

type of vehicle;

chassis serial number.

BODYWORK PAINT

IDENTIFICATION PLATE

(For versions/markets, where provided)

This plate is applied inside the bonnet

and shows the following data fig. 251:

A Paint manufacturer

B Name

C Fiat colour code

D Respray and touch up code

Cylinder marking

Each methane cylinder is identified in

the plant by information stamped on

the cylinder cone fig. 252.

N Smoke opacity index (for diesel

engines)

CHASSIS MARKING

This is printed on the passenger

compartment floor, near the right front

seat.

252

F0T0361

251

F0T0012

This stamp contains:

CNG ONLY (type of gas which it is

designed for: compressed natural gas

only);

DO NOT USE AFTER XX - XXXX

(cylinder expiry date: month - year);

FABER (the name of the cylinder

manufacturer);

MOTOR MARKING

It is stamped on the cylinder block and

includes the type and the engine serial

number.

METHANE SYSTEM

(NATURAL POWER)

250

F0T0084

WARNING If the vehicle has been

registered in a country other than Italy,

the certification data, identification

and inspection procedures for the

XX / XXXX / XXX (serial number of the

cylinder);

Slide the hatch (A) fig. 250 forward to

access.

196

XX L (rated capacity of the cylinder in

litres);

XX KG (weight of the cylinder in kg:

specific to each cylinder);

20.0 MPa 15°C (operating pressure at

15 °C);

30.0 MPa (tested pressure of cylinder);

EX 110R-XXXXXX (ECE approval

number);

ECE R 110 (manufacturing regulation);

CNG-1 (type of cylinder);

XX / XXXX (cylinder manufacturing

commissioning date: month/year);

USE ONLY FABER-APPROVED

PRD (PRD safety device warning);

(–N) (ENI punching).

The other plates (provided with the

vehicle documentation) contain the

date for the first inspection of the

cylinders.

SYSTEM INSPECTION

The cylinders must be inspected, in

accordance with ECE Regulation

Procedure no. 110, every 4 years from

the vehicle registration date or in

accordance with specific regulations in

individual countries.

197

ENGINE CODES - BODYWORK VERSION

ꢀ

Model

Engine code

350A1000

225A2000

46345266

330A1000

46345266

1.4 Euro 6/Euro 6d/ Euro 6d Final

1.3 16V Multijet 80 HP Euro 6/Euro 6d

1.3 16V Multijet 80 HP Euro 6d Final

1.3 16V Multijet 95 HP Euro 6/Euro 6d

1.3 16V Multijet 95 HP Euro 6d Final

198

The following body version code and

key are an example that may be

applied to all body version codes.

Example:

225 B XB 1A AX

Key:

P 1.4 Natural Power Euro 6d

R 1.3 16V Multijet 80 HP Euro 6

S 1.3 16V Multijet 95 HP Euro 6

T 1.4 petrol Euro 6d Final

TRACTION

1 Front

225 Model

C Body

TRANSMISSION

M Engine

A Mechanical gearbox

1 Traction

A Transmission

AX Version

MODEL

225 Fiorino

300 Qubo

BODYWORK

A Combi M1 (5 seats)

B Cargo (2 seats)

C Combi N1 (4 seats)

F Trekking N1

G Panorama N1

L Panel version

ENGINES

B 1.4 petrol Euro 6

C 1.4 Natural Power Euro 6

J 1.3 16V Multijet 80 HP Euro 6d

K 1.3 16V Multijet 95 HP Euro 6d

L 1.3 16V Multijet 80 HP Euro 6d Final

M 1.3 16V Multijet 95 HP Euro 6d Final

N 1.4 petrol Euro 6d

199

ENGINE

ꢀ

1.4 Euro 6/Euro

6d/Euro 6d Final

General information

1.4 Natural Power

Engine code

350A1000

Otto

350A1000

Otto

Cycle

Number and position of cylinders

Piston bore and stroke (mm)

Total displacement (cm³)

Compression ratio

4 in line

72 x 84

1368

4 in line

72 x 84

1368

11.1 ± 0.2:1

Methane

51

Petrol

57

Maximum power (CEE) (kW)

Maximum power (CEE) (HP)

Corresponding engine speed (rpm)

Maximum torque (CEE) (Nm)

Maximum torque (CEE) (kgm)

Corresponding engine speed (rpm)

Spark plugs

57

77

70

77

6000

104

6000

115

11.7

3000

115

11.7

10.6

3000

NGK ZKR7A-10

NGKZKR7A-10

Unleaded petrol 95

R.O.N. (EN228

specifications)

Unleaded petrol 95

R.O.N. (EN228

specifications)

Methane for motor

vehicles

Fuel

200

ꢀ

1.3 Multijet 80 HP Euro 6/Euro

6d/ Euro 6d Final

1.3 Multijet 95 HP Euro 6/Euro 6d/

Euro 6d Final

General information

Engine code

225A2000/ 46345266(*)

330A1000/ 46345266(*)

Cycle

Diesel

Number and position of cylinders

Piston bore and stroke (mm)

Total displacement (cm³)

Compression ratio

4 in line

69.6 x 82

1248

16.8:1/ 16.2 ± 0.2:1 (*)

16.8 :1/ 16.2 ± 0.2 :1 (*)

Maximum power (CEE) (kW)

Maximum power (CEE) (HP)

Corresponding engine speed (rpm)

Maximum torque (CEE) (Nm)

Maximum torque (CEE) (kgm)

Corresponding engine speed (rpm)

Spark plugs

59

80

70

95

3750

200

20.4

1500

–

3750

200

20.4

1500

–

Automotive Diesel

(EN590 specifications)

Automotive Diesel

(EN590 specifications)

Fuel

201

POWER SUPPLY

169)

ꢀ

Versions

Intake system

1.4 Euro 6/Euro 6d/Euro 6d Final

Multipoint sequential timed electronic injection, returnless system

Multipoint sequential phased electronic injection especially designed for methane.

Injection pressure: approx. 6 bar.

1.4 Natural Power

Stoichiometric metering of the air/methane gas mixture.

The methane injection system is controlled by the dedicated control unit using the sensors already

on the vehicle, including the oxygen sensor for controlling the fuel metering.

1.3 16V Multijet Euro 6/Euro

6d/Euro 6d Final

Electronically controlled Common Rail Multijet direct injection with turbo and intercooler

Ignition: Static advance, electronic, integrated with the injection.

WARNING

169) Modifications or repairs to the fuel supply system that are not carried out properly or do not take the system’s technical specifications

into account can cause malfunctions leading to the risk of fire.

202

TRANSMISSION

ꢀ

Versions

Transmission

Clutch

Traction

Five forward gears and

reverse with

1.4 Euro 6/Euro 6d/Euro 6d Final

1.4 Natural Power

Mechanical control (1.4

versions)/Hydraulic

control (Multijet versions)

synchronizers for

forward gear

Front

1.3 16V Multijet Euro 6/Euro 6d/Euro 6d Final

engagement

203

BRAKES

ꢀ

Versions

Front service brakes

Rear service brakes

Parking brake

1.4 Euro 6/Euro 6d/Euro 6d Final

1.4 Natural Power

Control by hand lever,

working on rear brakes

Disc

Drum

1.3 16V Multijet 80 HP Euro 6/Euro 6d/Euro 6d Final

1.3 16V Multijet 95 HP Euro 6/Euro 6d/Euro 6d Final

WARNING Water, ice and salt spread on the roads may deposit on the brake discs reducing braking efficiency the first time the

brakes are applied.

204

SUSPENSION

ꢀ

Versions

Front

Rear

1.4 Euro 6/Euro 6d/Euro 6d Final

1.4 Natural Power

McPherson independent wheels

Torsion beam

1.3 16V Multijet 80 HP Euro 6/Euro 6d/Euro 6d Final

1.3 16V Multijet 95 HP Euro 6/Euro 6d/Euro 6d Final

205

STEERING

ꢀ

Versions

Kerb-to-kerb turning circle (m)

Type

1.4 Euro 6/Euro 6d/Euro 6d Final

9.95

Rack and pinion with hydraulic power

steering (for versions/markets, where

provided)

1.4 Natural Power

10.55

1.3 16V Multijet 80 HP Euro 6/Euro 6d/Euro 6d Final

1.3 16V Multijet 95 HP Euro 6/Euro 6d/Euro 6d Final

9.95

206

CORRECT READING OF

THE TYRE

Example: 185/65 R 15 88T (see

fig. 253)

Y up to 300 km/h

WHEELS

RIMS AND WHEELS

Pressed steel or alloy rims. Tubeless

radial carcass tires. All approved tyres

are listed in the registration document.

Maximum speed index for snow

tyres

QM + S up to 160 km/h

TM + S up to 190 km/h

HM + S up to 210 km/h

Load index (capacity)

WARNING If there are any

discrepancies between the Owner

Handbook and the registration

document, take the information from

the latter. To ensure driving safety,

ensure that tyres of the same make

and type are fitted on all wheels.

Load index (capacity)

60 = 250 kg

61 = 257kg

62 = 265 kg

63 = 272kg

64 = 280 kg

65 = 290 kg

66 = 300 kg

67 = 307 kg

68 = 315 kg

69 = 325 kg

70 = 335 kg

71 = 345 kg

72 = 355 kg

73 = 365 kg

74 = 375 kg

84 = 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 kg

96 = 710 kg

97 = 730 kg

98 = 750 kg

253

F0T0014

185 Nominal width (S, distance in mm

between sides)

65 Height/width ratio (H/S), expressed

as a percentage

WARNING Do not use air chambers

with tubeless tyres.

SPARE WHEEL

170)

R Radial tyre

15 Rim diameter in inches (Ø)

88 Load rating (capacity)

T Maximum speed rating

Pressed steel rim.

Tubeless tyre.

WHEEL GEOMETRY

Front wheels toe-in measured between

rims: -1 ± 1 mm.

The values refer to the vehicle in

running order.

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 up to 240 km/h

W up to 270 km/h

207

ET 44: wheel camber (distance

between the disc/rim supporting plane

and the wheel rim centre line).

Load index (capacity)

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 kg

99 = 775 kg

RIM PROTECTOR TYRES

100 = 800 kg

101 = 825 kg

102 = 850 kg

103 = 875 kg

104 = 900 kg

105 = 925 kg

106 = 950 kg

254

F0S0351

171)

CORRECT READING OF

THE RIM CODE

Example: 6J x 15 H2 ET 44 (see

fig. 253)

6 width of the rim in inches (1).

J rim drop centre outline (side

projection where the tyre bead rests)

(2).

15 fitting diameter in inches

(corresponds to the diameter of the tyre

to be fitted) ((3) = Ø).

H2shape and number of "humps"

(circumference measurement which

keeps the bead of tubeless tyres in

position on the rim).

208

WARNING

170) Never use the space-saver spare wheel for more than strictly necessary and never exceed 80 km/h. On the space-saver wheel there is

an orange label, summarising the main warnings regarding usage restrictions. Never remove or cover the label. Warning! For temporary use

only! 80 km/h max.! Replace by standard wheel as soon as possible.

171) Do not fit wheel cups when using integral cups fixed (with springs) to the steel rim and tyres other than factory-fitted tyres provided with

Rim Protector fig. 254. Use of unsuitable tyres and wheel caps may cause sudden decrease of tyre pressure.

209

RIMS AND TYRES PROVIDED

Spare wheel (*)

Versions

Rims

Tyres provided

Snow tyres

Rim

Tyre

185/65 R15

195/65 R15 91H (**)

185/65 R15

195/65 R15 91H (**)

185/65 R15

–

6J x 15 H2 ET44

6J x 16 H2 ET45

6J x 15 H2 ET44

6J x 16 H2 ET45

6J x 15 H2 ET44

6J x 16 H2 ET45

6J x 15 H2 ET44

6J x 16 H2 ET45

6J x 15 H2 ET44

6J x 1 6H2 ET45

185/65 R15 92T XL

195/65 R15 91H (**)

195/55 R16 91H XL

185/65 R15 92T XL

195/65 R15 91H (**)

195/55 R16 91H XL

185/65 R15 92T XL

195/65 R15 91H (**)

195/55 R16 91H XL

185/65 R15 92T XL

195/65 R15 91H (**)

195/55 R16 91H XL

185/65 R15 92T XL

195/65 R15 91H (**)

195/55 R16 91H XL

185/65 R15 92T

6J x 15 H2 ET44

–

1.4 Euro 6/Euro 6d

–

185/65 R15 92T

1.4 Euro 6d Final

1.4 Natural Power

–

185/65 R15 92T

–

185/65 R15 92T

6J x 15 H2-ET44

6J x 15 H2 ET44

185/65 R15

195/65 R15 91H (**)

185/65 R15

195/65 R15 91H (**)

185/65 R15

1.3 16V Multijet

Euro 6/Euro 6d

–

185/65 R15 92T

1.3 16V Multijet

Euro 6d Final

–

(*) (for versions/markets, where provided)

(**) The size is certified and only allowed for BRIDGESTONE ECOPIA EP150 tyres

210

COLD TYRE INFLATION PRESSURE (bar)

TYRES PROVIDED

Medium load

SPARE

WHEEL (*)

Size

No load

Full load

Front

Rear

Front

2.3

Rear

2.1

Front

Rear

185/65 R15 (**)

2.3

2.1

2.3/2.6 (°)

2.3

2.5/2.7 (°)

195/65 R15 (**)

(***)

2.3

2.2

2.3

2.2

2.5

195/55 R16 (**)

2.3

2.4 / 2.3 (****)

2.4 / 2.5 (****)

(*) (for versions/markets, where provided)

(**) The indicated pressure is aimed at comfort. To privilege fuel efficiency, the tyre pressure can be increased to a maximum of 2.9 bar on the

front tyres and 2.7 bar on the rear tyres when unladen or with a medium or full load.

(***) The size is certified and allowed only for BRIDGESTONE ECOPIA EP150 tyres.

(****) Fiorino and Qubo 1.4 Natural Power versions only

(°) For the Turkey Market.

When the tires are warm, the inflation pressure should be + 0.3 bar in relation to the recommended figure. 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.

When running at speeds over 160 km/h, inflate tyres at full-load pressures.

211

DIMENSIONS

Fiorino versions

Dimensions are expressed in mm and refer to the vehicle fitted with standard tyres.

Height is measured with vehicle unladen

255

F0T0160

ꢀ

A

B

C

D

E

F

G

H

Cargo

versions

1721/1782

(*)

3957

854

2513

590

1469

1716

1465

212

A

B

C

D

E

F

G

H

Cargo

Adventure

versions

1742/1803

(*)

3957

854

2513

590

1464

1716

1465

Cargo

Trekking

Versions

1721/1782

(*)

3970

854

2513

603

1469

1716

1465

(*) With roof bars (for versions/markets where provided)

213

Qubo versions

Dimensions are expressed in mm and refer to the vehicle fitted with standard tyres.

Height is measured with vehicle unladen

256

F0T0301

ꢀ

A

B

C

D

E

F

G

H

3957/3959

(**)

1735/1803

(*)

Qubo versions

854/855 (**)

2513

590/591 (**)

1462

1716

1464

214

A

B

C

D

E

F

G

H

Qubo

Trekking

versions

1742/1810

(*)

3971

854

2513

604

1464

1716

1465

(*) With roof bars (for versions/markets, where provided)

(**) Natural Power versions

215

PERFORMANCE

^Tꢀ^{op speed permitted after initial period of use (km/h).}

Versions

km/h

157 (*) /155 (**)

155

1.4 Euro 6/Euro 6d

1.4 Euro 6d Final

1.4 Natural Power

155 (***)/149 (****)

1.3 Multijet 80 HP Euro 6/Euro 6d/Euro

6d Final

162 (*) /161 (**)

167

1.3 Multijet 95 HP Euro 6/Euro 6d/Euro

6d Final

(*) Fiorino Cargo versions

(**) Fiorino Combi and Qubo versions

(***) Running on petrol

(****) Running on methane

216

To calculate the towable weight with

a braked trailer, take the difference

between values (E) and (D) shown on

the plate.

E.g.: E= 6000 kg - D= 3500 kg

Braked trailer=2500 kg

IMPORTANT Do not exceed the

indicated trailer and towable weights.

IMPORTANT Comply with the vehicle

towing capacities.

The tables show the towable weight for

engine version.

H Maximum permitted weight on

second rear axle

To calculate the towable weight with

a braked trailer, take the difference

between values F and E shown on the

plate.

E.g.: F= 6000 kg - E= 3500 kg

Braked trailer=2500 kg

IMPORTANT Do not exceed the

indicated trailer and towable weights.

IMPORTANT Comply with the vehicle

towing capacities. The tables show the

towable weight for engine version.

WEIGHTS AND

LOADS

To identify the weights and loads for

your vehicle, refer to the plate shown in

fig. 257 or (for markets/versions, where

provided) in fig. 258 and described in

the "Vehicle identification number (VIN)

plate" chapter or refer to the vehicle

registration certificate showing the

type-approved weights (for markets,

where provided).

(For versions/markets, where provided)

MOTORE-ENGINE

XXX

CODICE COLORE/PAINT

XXXXXXXXXXXX

XXX

XXXX

xxx

VERSIONE-VERSION

XXX

Kg

N° PER RICAMBI

N° FOR SPARES

1 -

2 -

Kg

MADE IN TURKEY

257

F0V0726

258

F0T0245

D Maximum permitted weight of fully

laden vehicle (GVW).

E Maximum permitted weight of vehicle

fully laden (GVW)

E Maximum permitted weight of fully

laden vehicle (GVW) plus trailer. If there

is no value in the field or if there is a

dash, it means that the vehicle cannot

tow.

F Maximum permitted weight on first

front axle.

G Maximum permitted weight on

second rear axle.

F Maximum permitted weight of fully

laden vehicle (GVW) plus trailer. If there

is no value in the field or if there is a

dash, it means that the vehicle cannot

tow

G Maximum permitted weight on first

front axle

217

TOWABLE WEIGHTS (kg)

Key:

A = TOWABLE WEIGHT

B = UNBRAKED TRAILER

C = LOAD ON TOW HOOK

D = LOAD ON ROOF

N1 = goods carrier

^Mꢀ ^{1 = people carrier}

VERSION GVW

ENGINE

A

B

C

D

1.3 Multijet 80 HP Euro

6d Final

1.3 Multijet 95 HP Euro

6d Final

1620

1820

1905

1795

1885

1000

400

60

100

1.3 Multijet 80 HP Euro

6d Final

1.3 Multijet 95 HP Euro

6d Final

FIORINO

CARGO

1000

600

400

60

100

1.3 Multijet 80 HP Euro

6d Final

1.3 Multijet 95 HP Euro

6d Final

1.3 Multijet 80 HP Euro

6d Final

1.3 Multijet 95 HP Euro

6d Final

FIORINO

COMBI N1

1.3 Multijet 80 HP Euro

6d Final

1.3 Multijet 95 HP Euro

6d Final

1000

218

VERSION GVW

ENGINE

A

B

C

D

1860

1785

1.4 Euro 6d Final

600

400

60

100

1.3 Multijet 80 HP Euro

6d Final

1.3 Multijet 95 HP Euro

6d Final

1000

400

60

100

FIORINO

PANORAMA

M1

1.3 Multijet 80 HP Euro

6d Final

1.3 Multijet 95 HP Euro

6d Final

1925

1785

1755

1.3 Multijet 80 HP Euro

6d Final

1.3 Multijet 95 HP Euro

6d Final

FIORINO

TREKKING N1

1.3 Multijet 80 HP Euro 6

1000

400

60

70

1.3 MultiJet 95 HP Euro

6

QUBO N1

QUBO

1755 (*)

1690

1.3 MultiJet (*)

1.4 Euro 6

600

400

60

70

1.3 Multijet 80 HP Euro 6

1000

1710

1740

1.3 MultiJet 95 HP Euro

6

1000

400

60

70

1.3 Multijet 80 HP Euro

6d Final

1.3 Multijet 95 HP Euro

6d Final

QUBO

PANORAMA

M1

1000

400

60

100

Note For vehicles with tow hook: the vertical static load on the tow hook must be within the maximum permitted weight

declared for the vehicle.

219

REFUELLING

ꢀ

1.4 Euro 6/ Euro

6d/ Euro 6d Final

1.4 Natural Power

Recommended fuels and original lubricants

litres

45

kg

–

litres

45

kg

–

Fuel tank (petrol):

Unleaded petrol with at least 95 R.O.N. (EN228

specifications)

including a reserve of:

6/7

–

6/7

–

13

Methane tank:

–

(approximately)

(*)

Methane for motor vehicles

UP

50% mixture of distilled water and PARAFLU

Engine cooling system:

6.64

6.6

–

(**)

SELENIA K P.E. (1.4 Euro 6/ Euro 6d/ Euro 6d

Final) / SELENIA MULTIPOWER GAS 5W-40 (1.4

Natural Power)

Engine sump:

–

2.1

2.25

1.5

2.4

2.6

–

Engine sump and filter:

Gearbox casing/differential:

Hydraulic power steering:

Hydraulic brake circuit:

–

1.5

0.35

0.5

TUTELA TRANSMISSION TECHNYX

TUTELA TRANSMISSION GI/E

TUTELA TOP 4/S

0.38

–

0.35

0.50

0.38

–

Windscreen and rear window washer

fluid reservoir:

Mixture of water and liquid PETRONAS

3.0

–

3.0

–

DURANCE SC 35

(*) The amount of methane depends on the outside temperature, the supply pressure, the quality of the gas and the type of refuelling system.

Total cylinder volume about 77 litres.

(**) When the vehicle is used in particularly harsh weather conditions, we recommend using a 60% mixture of PARAFLU

demineralised water.

UP

and 40%

IMPORTANT It should be remembered that when using a fuel such as methane the range is very variable because it also depends on the

temperature of the gas in the cylinder, as well as on driving conditions and vehicle maintenance. The methane actually heats up during the

refuelling and cools down whilst driving, undergoing variations in pressure that reduce the quantity that can be used. It should also be pointed

out that whilst the vehicle is being run in (up to around 3000 km) the fuel consumption may be higher than the figures given.

220

ꢀ

1.3 Multijet 80 HP Euro 6/ Euro

6d/ Euro 6d Final - 1.3 Multijet 95

HP Euro 6/ Euro 6d/ Euro 6d Final

Recommended fuels and original lubricants

litres

45

kg

–

Fuel tank:

Diesel for motor vehicles (EN590 Specification)

including a reserve of:

Engine cooling system:

Engine sump:

6/7

–

UP

7.6

3.7

3.9

1.84

0.38

–

50% mixture of distilled water and PARAFLU

(*)

SELENIA WR FORWARD (Diesel engines without

UREA) (**) / SELENIA ECO 2 (Diesel engines with

UREA)

3.13

3.30

1.6

Engine sump and filter:

Gearbox casing/differential:

Hydraulic power steering:

Hydraulic brake circuit:

TUTELA TRANSMISSION TECHNYX

TUTELA TRANSMISSION GI/E

TUTELA TOP 4/S

0.35

0.5

Windscreen and rear window washer fluid

reservoir:

Mixture of water and liquid PETRONAS DURANCE

3.0

–

SC 35

UP

(*) When the car is used in particularly harsh weather conditions, we recommend using a 60% mixture of PARAFLU

and 40% demineralised

water.

(**) For versions/markets, where provided

221

FLUIDS AND LUBRICANTS

Your vehicle is equipped with an engine oil that has been thoroughly developed and tested in order to meet the

requirements of the Service Schedule. Constant use of the prescribed lubricants guarantees the fuel consumption

and emission specifications. Lubricant quality is crucial for engine operation and duration.

RECOMMENDED PRODUCTS AND THEIR SPECIFICATIONS

42)

ꢀ

Original liquids and

lubricants

Applications /

Replacement frequency

Use

Features

Specification

SELENIA K P.E.

Contractual Technical

Reference N° F603.C07

Lubricants for petrol

engines

According to Scheduled

Servicing Plan

SAE 5W-40 ACEA C3.

FIAT 9.55535-S2

SELENIA

MULTIPOWER GAS

5W-40 Contractual

Technical Reference N°

F922.E09

According to annual

maintenance and

inspection plan

Lubricants for

petrol/methane engines

SAE 5W-40 ACEA C3.

FIAT 9.55535-T2

SELENIA ECO2

Contractual Technical

Reference N° F049.C18

Lubricants for diesel

engines with UREA

According to Scheduled

Servicing Plan

SAE 0W-20 ACEA C5.

SAE 0W-30 ACEA C2.

FIAT 9.55535-DM1

9.55535-DS1

SELENA WR

Lubricants for diesel

engines without UREA (*)

FORWARD Contractual

Technical Reference N°

F842.F13

According to Scheduled

Servicing Plan

TUTELA

TRANSMISSION

TECHNYX

Contractual Technical

Reference N° F010.B05

Lubricants and greases for SAE 75W- 85 grade

drive transmission synthetic lubricant.

Mechanical differentials

and gearboxes

9.55550-MX3

222

Original liquids and

lubricants

Applications /

Replacement frequency

Use

Features

Specification

Molybdenum disulphide

grease, for use at high

temperatures.

TUTELA ALL STAR

Contractual Technical

Reference N° F702.G07

Wheel side constant

velocity joints

9.55580-GRAS II

N.L.G.I. consistency 1-2.

Low friction coefficient

Lubricants and greases for grease for constant

TUTELA STAR 700

Contractual Technical

Reference N° F701.C07

Differential side constant

velocity joints

9.55580-GRAS II

drive transmission

velocity joints.

N.L.G.I. consistency 0-1.

Automatic transmission

lubricant.

Exceeding ATF DEXRON

III specifications.

TUTELA

TRANSMISSION GI/E

Contractual Technical

Reference N° F001.C94

FIAT 9.55550- AG2

9.55597 or MS.90039

Hydraulic power steering

Synthetic fluid, NHTSA

no. 116 DOT 4, ISO

4925, SAE J-1704,

CUNA NC 956-01.

TUTELA TOP 4/S

Contractual Technical

Reference N° F005.F15

Hydraulic brakes and

hydraulic clutch controls

Brake fluid

Red protective with

antifreeze action, based

on inhibited monoethyl

glycol with organic

formula.

Exceeds CUNA NC

956-16, ASTM D 3306

specifications.

UP

Percentage of use: 50%

PARAFLU

(**)

Protective agent for

radiators

9.55523 or MS.90032

demineralised water 50%

Contractual Technical

Reference N° F101.M01

UP

PARAFLU

(***)

PETRONAS DURANCE

DIESEL ART (****)

Contractual Technical

Reference N° F601.C06

Additive for diesel

antifreeze, protecting

diesel engines.

To be mixed with diesel

(25 cc per 10 litres)

Fuel additive

–

223

Original liquids and

lubricants

Applications /

Replacement frequency

Use

Features

Specification

PETRONAS DURANCE

SC 35

Contractual Technical

Reference N° F001.D16

Mixture of alcohol, water

and surfactants CUNA

NC 956-II.

To be used diluted or

undiluted in windscreen

washer/wiper systems

Windscreen/rear window

washer fluid

9.55522 or MS.90043

(*) For versions/markets where provided

(**) IMPORTANT Do not use fluids with different specifications for topping up or mixing.

(***) When the vehicle is used in particularly harsh weather conditions, we recommend using a 60% mixture of PARAFLU

UP

and 40%

demineralised water.

(****) Recommended product.

If lubricants conforming to the specific request are not available, products that meet the indicated specifications can be used to

top up; in this case optimal performance of the engine is not guaranteed.

For petrol engines running on methane, we recommend using the original product formulated specifically for this type of use.

The use of products with specifications below ACEA C3 - SAE 5W-40 could cause damage to the engine not covered by the

warranty.

IMPORTANT

42) The use of products with different specifications than those indicated below could cause damage to the engine not covered by the

warranty.

224

FUEL CONSUMPTION AND CO EMISSIONS

2

The fuel consumption and CO emission figures declared by the manufacturer are determined on the basis of the type-approval

2

tests laid down by the applicable standards in the country where the vehicle is registered.

The type of route, traffic situations, weather conditions, driving style, general conditions of the vehicle, trim

level/equipment/accessories, climate control system, vehicle load, roof rack, other situations that affect aerodynamics or air

drag may lead to different fuel consumption levels than those measured. The fuel consumption will only become more regular

after driving the first 3000 km.

To find the specific fuel consumption and CO emission figures for this vehicle, please refer to the data in the Certificate of

2

Conformity, and the related documentation that accompanies the vehicle.

225

RADIO FREQUENCY REMOTE CONTROL: OFFICIAL TYPE

APPROVALS

259

F0T0376

226

PRESCRIPTIONS FOR HANDLING THE VEHICLE AT THE END OF ITS

LIFE

Fiat has been committed for many years to safeguarding the environment through the constant improvement of its production

processes and manufacturing products that are increasingly "eco-compatible". To assure customers of the best possible

service in terms of respecting environmental laws and in response to European Directive 2000/53/EC governing vehicles at

the end of their life, Fiat is offering their customers the opportunity of handing over their vehicle (*) at the end of its life without

incurring any additional costs.

The European Directive sets out that when the vehicle is handed over, the last keeper or owner should not incur any expenses

as a result of it having a zero or negative market value. In particular, in almost all European Union countries, until 1st January

2007, vehicles registered after 1st July 2002 will be collected free of charge, whilst from 2007 collection will be free of charge

irrespective of the year of registration as long as the vehicle contains its basic components (in particular, the engine and

bodywork) and has no additional waste.

To hand your vehicle over at the end of its life without extra cost, contact a Fiat Dealership or authorised collection and

scrapping centres. These centres have been carefully chosen to offer high quality service for the collection, treatment and

recycling of vehicles at their end of life, respecting the surrounding environment.

You can find further information on these collection and scrapping centres either from a Fiat or Fiat Commercial Vehicle

Dealership or by calling the freephone number 00800 3428 0000 or by going on the Fiat website.

(*) Vehicle for transporting passengers with a maximum of nine seats and a total permitted weight of 3.5 t.

227

Technical Specifications for Your Fiat Fiorino SUV Third Generation (2015-2026)

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