Get TECHNICAL SPECIFICATIONS Guide for Fiat Fiorino SUV Second Generation (1988-2014)

TECHNICAL SPECIFICATIONS

IDENTIFICATION DATA ................................................. 174

ENGINE CODES - BODYWORK VERSIONS............... 176

ENGINE .................................................................................. 177

FUEL FEED/IGNITION ....................................................... 178

TRANSMISSION .................................................................. 178

BRAKES ................................................................................... 179

SUSPENSIONS ...................................................................... 179

STEERING .............................................................................. 179

WHEELS ................................................................................. 180

DIMENSIONS ....................................................................... 183

PERFORMANCE .................................................................. 184

WEIGHTS ............................................................................... 185

CAPACITIES .......................................................................... 186

FLUIDS AND LUBRICANTS ............................................. 187

FUEL CONSUMPTION ...................................................... 189

CO EMISSIONS .................................................................. 190

2

RADIO FREQUENCY REMOTE CONTROL:

MINISTERIAL TYPE-APPROVALS ................................... 191

173

IDENTIFICATION DATA

We recommend taking note of the iden-

tification codes. The identification data

stamped on the plates and their respec-

tive positions are as follows, fig. 1:

A Model plate.

B Chassis marking.

fig. 1

fig. 2

C Bodywork paint identification plate.

D Engine marking.

MODEL PLATE fig. 2

G Maximum vehicle weight on front

axle.

This plate is applied to the back of the ve-

hicle and shows the following identifica- H Maximum vehicle weight on rear axle.

tion data:

I

Engine type.

B Type-approval number.

C Vehicle type code.

L Body version code.

M Spare part code.

D Chassis number.

N Smoke opacity index (for diesel en-

E Maximum vehicle weight fully loaded.

gines).

F Maximum vehicle weight fully loaded

with trailer.

174

ENGINE MARKING

Engine marking is stamped on the cylinder

block and includes the model and the

chassis number.

fig. 3

fig. 4

CHASSIS MARKING

BODYWORK PAINT

IDENTIFICATION PLATE fig. 4

This is stamped on the passenger com-

partment floor near the front right seat.

This plate is applied inside the bonnet and

shows the following data:

Access to this marking is gained by slid-

ing the door forward, A-fig. 3.

A - Paint manufacturer.

B - Colour name.

The chassis marking includes:

❒

the vehicle model (ZFA 225000);

the chassis progressive number.

C - Fiat colour code.

D - Re-spray and touch up code.

175

ENGINE CODES - BODYWORK VERSIONS

Engine code

Bodywork versions

1.4

KFV

225AXA1A 00B (5 seats)

225AXB1A 01D (5 seats)

225CXB1A ZA8 (4 seats)

225CXB1A ZA7 (*)

1.3 Multijet

199A2000

(*) Qubo Adventure versions (transport of goods)

176

ENGINE

GENERAL INFORMATION

Engine code

1.3 Multijet

1.4

199A2000

KFV

Diesel

4 in line

69.6 x 82

1248

Cycle

Otto

4 in line

75 x 77

1360

Number and layout of cylinders

Piston bore and stroke

Total displacement

mm

cm³

Compression ratio

17.6

10.5

Maximum power (EEC)

kW

HP

rpm

55

75

4000

54

73

5200

corresponding ratio

Maximum torque (EEC)

Nm

kgm

rpm

118

12

2600

190

19.4

1750

corresponding ratio

Spark plugs

Fuel

–

Champion RC8YL

Unleaded petrol 95 RON

(EN228 Specifications)

Diesel fuel for

motor vehicles

(EN590 specifications)

177

FUEL FEED/IGNITION

1.4

1.3 Multijet

Fuel feed

Electronic injection

Sequential multipoint

synchronised, electronic returnless

Direct injection Multijet

Controlled “Common Rail”

system with turbo

and intercooler

TRANSMISSION

1.4 - 1.3 Multijet

Five forward gears

plus reverse with synchronisers for

engagement of forward gears

Gearbox

Clutch

Drive

Mechanical control (1.4 versions)/Hydraulic control (1.3 Multijet versions)

Front

Modifications or repairs to the fuel feed system that are not carried out properly or do not take the system tech-

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

178

BRAKES

1.4 - 1.3 Multijet

Service brakes:

– front

Disk brakes

Drum brakes

– rear

Controlled by hand lever, acting on rear brakes

Parking brake

IMPORTANT Water, ice and salt sprinkled on the roads may deposit on the brake disks reducing braking efficiency the first time

the brakes are engaged.

SUSPENSIONS

1.4 - 1.3 Multijet

Mc Pherson independent wheels

Crank axle

Front

Rear

STEERING

1.4 - 1.3 Multijet

Type

Rack and pinion with hydraulic power steering

Minimum steering

cycle

9.95

m

179

SPARE WHEEL

WHEELS

Pressed steel rim Tubeless tyre.

RIMS AND TYRES

WHEEL GEOMETRY

Pressed steel or alloy rims. Tubeless ra-

dial carcass tyres. All approved tyres are

listed in the Log Book.

Toe-in measured between rims: –1

mm.

1

The values refer to the vehicle in running

order.

IMPORTANT In the event of discrepan-

cies between the information provided on

this “Owner handbook” and the “Log

book”, consider the specifications shown

in the log book only.

fig. 5

UNDERSTANDING

TYRE MARKING fig. 5

Respect the prescribed size to ensure

safety of the vehicle in movement. Fit tyres

of the same make and type on all wheels.

Example: 175/70 R 14 91T

IMPORTANT Do not use inner tubes

with Tubeless tyres.

175 = Nominal width (S, distance in mm

between sidewalls).

70 = Height/width ratio (H/S) in per-

centage.

R

= Radial tyre.

14 = Rim diameter in inches (Ø).

91 = Load rating (capacity).

T

= Maximum speed rating.

180

Load rating (capacity)

84 = 500 kg

Maximum speed rating

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.

Y = up to 300 km/h.

UNDERSTANDING

RIM MARKING fig. 5

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 kg

72 = 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 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

99 = 775 kg

100 = 800 kg

101 = 825 kg

102 = 850 kg

103 = 875 kg

104 = 900 kg

105 = 925 kg

106 = 950 kg

Example: 5 1/2J x 14 H2 ET 44

5 1/2 = Rim diameter in inches (1).

J

= rim drop centre outline (side

projection where the tyre bead

rests) (2).

14 = rim nominal diameter in inches

(corresponds to diameter of the

tyre to be mounted) (3 = Ø).

H2 = shape and number of the humps

(circumference relief, holding in-

to its seat the bead of the Tube-

less tyre on the rim).

Maximum speed rating

for snow tyres

ET 44 = wheel camber angle (distance

between the disc/rim supporting

plane and the wheel rim centre

line).

QM + S = up to 160 km/h.

TM + S = up to 190 km/h.

HM + S = up to 210 km/h.

181

VERSIONS

RIMS

TYRES

In std supply

SPARE WHEEL

(where provided)

Snow

Rim

Tyre

6J x 15 H2 – ET44

6J x 16 ET 45

185/65 R15 88 T

195/55 R16 87H

185/65 R15 88 T

195/55 R16 87H

185/65 R15Q (M+S)

195/55 R16Q (M+S)

185/65 R15Q (M+S)

195/55 R16Q (M+S)

6J x 15 H2 – ET44

6J x 16 ET 45

185/65 R15

195/55 R16

185/65 R15

195/55 R16

1.4

6J x 15 H2 – ET44

6J x 16 ET 45

6J x 15 H2 – ET44

6J x 16 ET 45

1.3 Multijet

COLD TYRE INFLATION PRESSURES (bar)

Tyre size

Loadless

TYRES SUPPLIED

Medium load

Front

Full load

Front

Rear

2.5

Rear

2.5

Front

Rear

2.5

175/70 R14 84 T

195/55 R16 87 H

2.5

2.3

2.5

2.4

2.3

2.1

2.4

Add +0.3 bar to the prescribed inflation pressure when the tyres are warm. Recheck pressure value with cold tyres.

With snow tyres, add +0.2 bar to the inflation pressure value prescribed for standard tyres.

When running over 160 km/h, inflate tyres at full load inflation values.

182

DIMENSIONS

Dimensions are expressed in mm and re-

fer to the vehicle fitted with standard

tyres.

The height refers to the loadless vehicle.

fig. 6

A

B

C

D

E

F

G

H

1721

1794 (●)

Qubo versions

3959

3970

855

866

2513

591

1464

1716

1465

Qubo Adventure

versions

1742

1803 (●)

Track measurements may vary according to rim size.

(●) With roof bars (where provided)

183

PERFORMANCE

Top admitted speed after initial vehicle use in km/h.

1.4

1.3 Multijet

155

184

WEIGHTS

1.4

Versions MI

(5 seats)

1.3 Multijet

Versions NI

Maximum

(4 seats)

Weights (kg)

Versions NI

Minimum

(4 seats)

Versions MI

(5 seats)

Loadless weight

(with all fluids, fuel tank filled to

90% and without optional equipment):

1180

1250

1300

1200

Payload including the

driver (*):

510

440

550

475

455

510

440

Payload including the driver (*):

–

Maximum admitted loads (**)

– front axle:

950

1755

950

1710

950

1690

950

1755

– rear axle:

– total:

Towable loads

– trailer with brakes:

– trailer without brakes:

600

400

600

400

600

400

600

400

Maximum load on roof

(with roof bars) (***):

70

60

70

60

70

60

70

60

Maximum load on tow hitch

(trailer with brakes):

NOTE Versions Adventure have the same payloads as the other versions.

(*)

CATEGORY N1: the payload on full optional versions (110 Kg) is progressively reduced until 500 Kg.

CATEGORY M1: the options are included in the payload.

(**) Loads not to be exceeded. The driver is responsible for arranging the loads in the boot and/or on the roof so that they comply with these

limits.

(***) Including weight of any applied loading system (bars/basket by Lineaccessori Fiat).

185

CAPACITIES

1.4

1.3 Multijet

litres

kg

Specified fuels

Genuine products

litres

kg

Fuel tank:

including a reserve of:

45 (ꢀ)

45

–

Unleaded petrol

6

÷7 (ꢀ)

6

÷

7

of at least 95 RON

(EN228 Specifications)

(ꢀ)Diesel fuel for motor vehicles

(EN590 Specifications)

Engine cooling system

– with climate control:

Mixture of 50% water and

PARAFLU UP (▲)

7.6

7.35

–

Engine sump:

Engine sump and filter:

3.0 (ꢀ)

3.2 (ꢀ)

2.7

3.0

2.4

2.6

2.6 (ꢀ)

2.8 (ꢀ)

SELENIA MULTIPOWER

(

●) SELENIA WR P.E.

Gearbox/differential casing:

1.98

0.38

–

1.9 (

■)

1.70 (

■)

1.8

0.35

0.5

–

TUTELA CAR TECHNYX

) TUTELA CAR EXPERYA

(■

Hydraulic power steering

0.38

–

0.35

0.5

–

TUTELA GI/E

Hydraulic brake circuit with

ABS system:

TUTELA TOP 4

Windscreen/rear window

washer fluid reservoir

Mixture of water and

TUTELA

PROFESSIONAL SC 35

3.0

(▲) When the vehicle is used under particularly harsh climate conditions, we recommend using a 60-40 mixture of PARAFLU UP and dem-

ineralised water.

186

FLUIDS AND LUBRICANTS

RECOMMENDED PRODUCTS AND SPECIFICATIONS

Use

Fluid and lubricant qualitative specifications

for correct vehicle operation

Genuine lubricants

and fluids

Replacement

interval

SELENIA

Second

Scheduled

Servicing Plan

Synthetic lubricant SAE 5W-30, ACEA A1/B1,

qualification FIAT 9.55535-G1.

Lubricants for

petrol engines

MULTIPOWER

Contractual Technical

Reference no. F315.B04

SELENIA WR P.E.

Contractual Technical

Reference no. 510.D07

Second

Scheduled

Servicing Plan

Synthetic oil grade SAE 5W-30, qualification

FIAT 9.55535- S1

Lubricants for

diesel engines

For diesel engines, in emergency cases where genuine products are not available, lubricants with min. performance ACEA C2

are accepted. If this is the case, the best engine performance is not guaranteed. We however recommend replacing the lubri-

cant with those recommended by Fiat Dealership.

The use of products with features lower than ACEA A1/B1 and ACEA C2 could cause engine damage which is not covered by

warranty.

If the vehicle is used in particularly cold climates, ask your Fiat Dealership for the right Selenia product.

187

Use

Fluid and lubricant qualitative specifications

for correct vehicle operation

Genuine lubricants

and fluids

Replacement

interval

Synthetic lubricant SAE 75W-85.

Passes the specifications API GL 4 PLUS.

Qualification FIAT 9.55530- MX3.

TUTELA CAR

TECHNYX

Contractual Technical

Reference F010.B05

Mechanical gearboxes and

differentials

(Diesel versions)

Synthetic lubricant, grade SAE 75W-80

Passes specifications API GL 4.

Qualification FIAT 9.55550.

TUTELA CAR EXPERYA

Contractual Technical

Reference F178.B06

Mechanical gearboxes and

differentials (petrol versions)

Lubricants

and greases for

motion

Molybdenum disulphide grease, for use at high temperatures.

Consistency NLGI 1-2.

Qualification FIAT 9.55580.

TUTELA ALL STAR

Contractual Technical

Reference F702.G07

CV joints on wheel side

transmission

Grease for homokinetic joints with low friction coefficient.

Consistency NLGI 0-1.

Qualification FIAT 9.55580.

TUTELA STAR 700

Contractual Technical

Reference F701.C07

CV joints

on differential side

Lubricant for automatic drives.

Passes the specification “ATF DEXRON III”.

Qualification FIAT 9.55550- AG2.

TUTELA GI/E

Contractual Technical

Reference F001.C94

Hydraulic power steering

Synthetic fluid NHTSA N° 116 DOT 4, ISO 4925,

SAE J-1704, CUNA NC 956-01.

Qualification FIAT 9.55597.

Brake and clutch

hydraulic controls

TUTELA TOP 4

Contractual Technical

Reference F001.A93

Brakefluid

Inhibited mono ethylene glycol-based antifreeze protection,

red, with organic formulation.

Passes CUNA NC 956-16, ASTM D 3306 specifications.

Qualification FIAT 9.555323.

Mixture of

50% water and 50% of

PARAFLU UP (❑)

PARAFLU UP (

●)

Protective fluid

for radiators

Contractual Technical

Reference F101.M01

Additive for diesel fuel, protecting Diesel engines.

To be mixed with fuel oil

(25 cc per 10 litres)

TUTELA DIESEL ART

Contractual Technical

Reference F601.L06

Additive for

diesel fluid

Fluid for

Mixture of alcohols and surfactants.

Passes specification CUNA NC 956-11.

Qualification FIAT 9.55522.

To be used diluted or

undiluted in windscreen/

rear window washer/

wiper systems

TUTELA

window and

rear window

washer

PROFESSIONAL SC 35

Contractual Technical

Reference F201.D02

(●) IMPORTANT Do not top up or mix with fluids having different specifications from those described here.

(❑) When the vehicle is used under particularly harsh climate conditions, we recommend using a 60-40 mixture of PARAFLU UP and

demineralised water.

188

The procedures below are followed for IMPORTANT The type of route, traffic

FUEL CONSUMPTION

measuring consumption:

and weather conditions, driving style, gen-

eral conditions of the vehicle, trim lev-

el/equipment/accessories, load, climate

control system, roof rack, other situations

that affect air drag may lead to different

fuel consumption levels than those mea-

sured.

The fuel consumption figures given in the

table below are determined on the basis

of the type-approval tests set down by

specific European Directives.

❒

urban cycle: cold starting followed by

driving that simulates urban use of the

vehicle;

❒

extraurban cycle: frequent acceler-

ations in all gears, simulating extraur-

ban use of the vehicle: speed varies be-

tween 0 and 120 km/h;

❒

combined consumption: calculated

weighing about 37% of urban cycle con-

sumption and about 63% of extraurban

consumption.

FUEL CONSUMPTION ACCORDING TO 2004/3/EC DIRECTIVE (litres x 100 km)

1.4

1.3 Multijet

Urban cycle

Extraurban

Combined

8.8

5.9

7.0

5.9

3.9

4.6

189

CO₂EMISSIONS

The CO emission levels at the exhaust given in the following table refer to combined consumption.

2

CO EMISSIONS ACCORDING TO 2004/3/CE DIRECTIVE (g/km)

2

1.4

1.3 Multijet

165

123

190

RADIO FREQUENCY REMOTE CONTROL: MINISTERIAL TYPE-APPROVALS

191

TECHNICAL SPECIFICATIONS for Your Fiat Fiorino SUV Second Generation (1988-2014)

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