Fiat Panda (2022 year). Manual in english — page 11

TECHNICAL SPECIFICATIONS

172

cylinder rated capacity in litres;

weight of the cylinder in kg (specific

for each cylinder);

operating pressure (200 bar at 15

°

C);

cylinder test pressure (300 bar);

identification stamp of the type-

approval country;

ECE type approval number;

inspector's stamp;

ENI stamp;

cylinder manufacturing

commissioning date (month/year).
The other plates (provided with the car

documents) show the date that the first

cylinder inspection/test is due.

System inspection

The cylinders must be inspected, in

accordance with ECE Regulation

Procedure no. 110, every 4 years

from the car registration date or in

accordance with specific regulations in

individual countries.

173

ENGINE CODES / BODYWORK VERSION

Versions

Engine code

Bodywork versions

0.9 TwinAir Turbo 85 HP 4x4

312A2000

312PXG2B P5C (4-SEATER)

312PXG2B P5D (5-SEATER)

312PXG2B A10B (**)

0.9 TwinAir Turbo 85 HP Cross 4x4

312A7000

312PXR2B P10 (4-SEATER)

312PXR2B P10B (5-SEATER)

0.9 TwinAir Turbo Natural Power

46337566

312PYC1A P17L (4-SEATER)

312PYC1A P17M (5-SEATER)

312PYC1A P17N (4-SEATER)

312PYC1A P17P (5-SEATER)

312CYC1A A14C (2-SEATER)

312CYC1A A14D

(EXTRA TYRE PRESSURE)

1.0 FireFly Hybrid 70 HP

46341162

312PYD1B P18C (4-SEATER)

312PYD1B P18D (5-SEATER)

1.2 8V 69 HP LPG

169A4000

312PXA1A P0BR (4-SEATER)

312PXA1A P0BS (4-SEATER)

312PXA1A P0BT (4-SEATER)

312PXA1A P0BU (4-SEATER)

TECHNICAL SPECIFICATIONS

174

Versions

Engine code

Bodywork versions

1.2 8V 69 HP LPG

169A4000

312CXA1A A3S (**)

(INCREASED TYRE PRESSURE AS

STANDARD)

(**) 2-seater VAN version

175

ENGINE

Versions

1.2 8V 69 HP LPG

Engine code

169A4000

Cycle

Otto

Number and position of cylinders

4 in line

Piston bore and stroke (mm)

70.8 x 78.86

Total displacement (cm³)

1242

Compression ratio

11.1 : 1

LPG

Petrol

Maximum power (CEE) (kW)

51

51

Maximum power (CEE) (HP)

69

69

Corresponding engine speed (rpm)

5500

5500

Maximum torque (CEE) (Nm)

102

102

Maximum torque (CEE) (kgm)

10.4

10.4

Corresponding engine speed (rpm)

3000

3000

Spark plugs

NGK ZKR7AI-8

Fuel

LPG for motor vehicles (EN589 Specification)

Unleaded petrol 95 R.O.N. (EN228 specifications)

TECHNICAL SPECIFICATIONS

176

Versions

0.9 TwinAir Turbo 85 HP

0.9 TwinAir Turbo Natural Power

Engine code

312A2000

46337566

Cycle

Otto

Otto

Number and position of cylinders

2 in line

2 in line

Piston bore and stroke (mm)

80.5

×

86.0

80.5

×

86.0

Total displacement (cm³)

875

875

Compression ratio

10 : 1

10 : 1

Methane

Petrol

Maximum power (EC) (kW)

62.5 / 57 (*)

52

62

Maximum power (EEC) (HP)

85 / 77.5(*)

70

85

Corresponding engine speed (rpm)

5500

5500

5500

Maximum torque (EEC) (Nm)

145 / 100 (*)

135

145

Maximum torque (EEC) (kgm)

14.8 / 10.2 (*)

13.8

14.8

Corresponding engine speed (rpm)

1900 / 2000 (*)

2500

1900

Spark plugs

NGK ILKR9G8

NGK PLKR9C8

Fuel

Unleaded petrol 95 R.O.N. (EN228

specifications)

Methane for motor vehicles

Unleaded petrol 95 R.O.N.

(EN228 specifications)

(*) With ECO button pressed

177

Versions

1.0 FireFly Hybrid

Engine code

46341162

Cycle

Otto

Number and position of cylinders

3 cylinders in line

Piston bore and stroke (mm)

70 x 86.5

Total displacement (cm³)

999

Compression ratio

12: 1

Maximum power (CEE) (kW)

51

Maximum power (CEE) (HP)

70

corresponding revolutions per minute (rpm)

6000

Maximum torque (CEE) (Nm)

92

Maximum torque (CEE) (kgm)

9.38

corresponding revolutions per minute (rpm)

3500

Spark plugs

NGK LMAR8K-9S

Fuel

Unleaded petrol 95 R.O.N. (EN228 specifications)

TECHNICAL SPECIFICATIONS

178

INTAKE SYSTEM

189)

Versions

Intake system

0.9 TwinAir Turbo 85 HP 4x4 / 85 HP

Cross 4x4

Multipoint sequential timed electronic injection, with knock control and variable intake valve

actuation

1.2 8V 69 HP LPG

Multipoint sequential phased electronic injection, with injectors especially designed for LPG

0.9 TwinAir Turbo Natural Power

Multipoint sequential phased electronic injection, with injectors especially designed for methane.

1.0 FireFly Hybrid 70 HP

Sequential electronic injection with knock control and variable timing actuation

189)

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.

179

TRANSMISSION

Versions

Transmission

Clutch

Traction

1.2 8V 69 HP LPG

Five forward gears and reverse

with synchronizers for forward

gear engagement

Self-adjusting pedal without idle

stroke

Front

0.9 TwinAir Turbo 85 HP 4x4 /

85 HP Cross 4x4

Six forward speed plus reverse

with synchronisers for the

engagement of the forward

speeds

Self-adjusting pedal without idle

stroke

4

×

4 with automatic engagement

by means of an electronically

controlled coupling and two

differentials

1.0 FireFly Hybrid 70 HP

Six forward gears plus reverse

with synchronisers for forward

gear engagement

Self-adjusting pedal without idle

stroke

Front

TECHNICAL SPECIFICATIONS

180

BRAKES

Versions

Front service brakes

Rear service brakes

Parking brake

1.2 8V 69 HP LPG

Disc

Drum, self-centring shoes with

control cylinder for each wheel

Controlled by handbrake lever,

acting on the rear brakes

Self-ventilated discs

0.9 TwinAir Turbo 85 HP 4x4 /

85 HP Cross 4x4

Self-ventilated discs

Disc

1.0 FireFly Hybrid 70 HP

Disc

Drum, self-centring shoes with

control cylinder for each wheel

Controlled by handbrake lever,

acting on the rear brakes

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.

181

SUSPENSION

Versions

Front

Rear

0.9 TwinAir Turbo 85 HP 4x4 / 85 HP

Cross 4x4

Independent, MacPherson type with lower

transversal wishbones secured to an

auxiliary crossmember

Interconnected wheels by means of torsion

beam

1.2 8V 69 HP LPG

1.0 FireFly Hybrid 70 HP

(*) For versions/markets where provided

TECHNICAL SPECIFICATIONS

182

STEERING

Versions

Kerb-to-kerb turning circle (m)

Type

0.9 TwinAir Turbo 85 HP Cross 4x4

9.3

Rack and pinion with electric power steering

1.0 FireFly Hybrid 70 HP

0.9 TwinAir Turbo 85 HP 4x4

9.7

1.2 8V 69 HP LPG

0.9 TwinAir Turbo Natural Power

183

WHEELS

190) 191)

Alloy or pressed steel rims. Tubeless

radial carcass tires.

All approved tires are listed in the

Registration Certificate.

WARNING If there are any

discrepancies between the Owner

Handbook and the Registration

Document, take the information from

the latter. For safe driving, the car must

be fitted with tyres of the same make

and type on all wheels.

WARNING Do not use air chambers

with tubeless tyres. The M+S tyres

provided with the vehicle (on versions

where provided) are characterised by

the 3PMSF (3 Peak Mountain Snow
Flake) marking

. This marking

certifies that the tyre has passed the

specific approval test required by

European Community Regulation ECE

117, which ensures better performance

on snow than a "simple" M+S.

SPACE-SAVER WHEEL

Pressed steel rim.
Tubeless tyre.

WHEEL GEOMETRY

Front wheels toe-in measured between

rims: 1 mm +/- 1 mm The values refer

to the car in running order.

CORRECT READING OF

THE TYRE

184

F1D0796

Example fig. 184: 185/55 R 15 82T
185

Nominal width (S, distance in mm

between sides)

55

Height/width ratio (H/S), expressed

as a percentage

R

Radial tyre

15

Rim diameter in inches (Ø)

82

Load rating (capacity)

T

Maximum speed rating

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

Maximum speed index for winter

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)

70

= 335 kg

81

= 462 kg

71

= 345 kg

82

= 475 kg

72

= 355 kg

83

= 487 kg

73

= 365 kg

84

= 500 kg

74

= 375 kg

85

= 515 kg

75

= 387 kg

86

= 530 kg

76

= 400 kg

87

= 545 kg

77

= 412 kg

88

= 560 kg

78

= 425 kg

89

= 580 kg

79

= 437 kg

90

= 600 kg

80

= 450 kg

91

= 615 kg

CORRECT READING OF

THE RIM CODE

Example fig. 184: 6 J x 15 H2
6

width of the rim in inches (1).

TECHNICAL SPECIFICATIONS

184

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).

H2

shape and number of "humps"

(circumference measurement which

keeps the bead of tubeless tyres in

position on the rim).

WINTER TYRES

Use winter tyres of the same size as

the standard tyres provided with the

car.
The Fiat Dealership will be happy to

provide advice concerning the most

suitable type of tyre for the customer's

requirements.
For the type of winter tyre to be

used, inflation pressures and the

specifications of winter tyres,

follow the instructions given in the

"Wheels" chapter in the "Technical

specifications" section.
The winter features of these tyres are

reduced considerably when the tread

depth is below 4 mm. Replace them in

this case.
Due to the specific characteristics

of winter tyres, in normal weather

conditions or on long motorway

journeys, the performance of these

tyres is lower than that of standard

tyres. Their usage should therefore be

restricted in accordance with their type

approval.

WARNING When using winter tyres

with a maximum speed index below

the one that can be reached by the car

(increased by 5%), place a warning in

the passenger compartment, plainly in

view, which states the maximum speed

allowed by the snow tyres (as per

EC Directive). All four tyres should be

the same (brand and track) to ensure

greater safety when driving and braking

as well as a good manoeuvrability.

Remember that you should not change

the rotation direction of the tyres.

SNOW CHAINS

192) 193) 194)

72)

Warnings

The use of snow chains should be in

compliance with local regulations of

each country. In certain countries,

tyres marked with code M+S (Mud

and Snow) are considered as winter

equipment; therefore their use is

equivalent to that of the snow chains.
The snow chains may be applied only

to the front wheel tyres.
Check the tension of the snow chains

after the first few feet/meters have been

driven.

Using snow chains with tyres with non-

original dimensions may damage the

car. Using different size or type (M+S,

etc.) tyres between front and rear axle

may adversely affect car handling, with

the risk of losing control of the car and

resulting accidents.
Snow chains cannot be fitted

to the space-saver wheel (for

versions/markets, where provided). If a

front tyre is punctured, replace a rear

wheel with the space-saver wheel and

move the rear wheel to the front axle. In

this way, with two normal drive wheels

at the front, snow chains can be fitted.

RIM PROTECTOR TYRES

195)

185

F1D0797

185

190)

The top speed for winter tyres

marked “Q” is 160 km/h, while it is 190

km/h for “T” tyres and 210 km/h for "H"

tyres. The highway code speed limits must

however always be complied with.

191)

175/65 R14 86T XL tyres can be

fitted with reduced size snow chains:

9 mm

192)

The 175/65 R15 88T/88T XL and

175/65 R15 84H tyres can be fitted with

low-profile snow chains: 7 mm

193)

Keep the vehicle's speed down when

snow chains are fitted; never exceed 50

km/h. Avoid potholes, do not drive over

steps or pavements and do not drive long

distances over roads without snow, to

avoid damaging both your vehicle and the

road surface.

194)

DO NOT fit wheel hub caps when

using integral hub caps fixed (with

springs) to the steel rim and after sale

tyres provided with Rim Protector. Use

of unsuitable tyres and wheel caps may

cause sudden decrease of tyre pressure.

195)

DO NOT fit wheel caps when using

integral wheel caps fixed (with springs) to

the steel rim and after sale tyres provided

with Rim Protector (fig. 185). Use of

unsuitable tyres and wheel caps may

cause sudden decrease of tyre pressure.

72)

With snow chains, use the accelerator

with extreme care to prevent, or to limit

as much as possible, slipping of the drive

wheels that could cause chain breakage,

resulting in damage to the vehicle body or

mechanical components.

TECHNICAL SPECIFICATIONS

186

RIMS AND TYRES PROVIDED

Panda versions

Versions

Rims

Tyres provided

Space-saver wheel (

°

)

1.2 8V 69 HP LPG

1.0 FireFly Hybrid 70 HP

5.5J x 14H2 - ET35 (***)

175/65 R14 86T XL (^^)

135/80 R14 84M (

°°°

)

135/80 R14 84P (

°°°

)

6J x 15H2 - ET35 (**)

185/55 R15 82H (^^^)

6.5J x 16H2 - ET35 (*)

195/45 R16 84V XL (^) (

°

) (

°°

)

–

0.9 TwinAir Turbo 85

HP

5.5J x 14H2 - ET35 (***)

175/65 R14 86T XL (^^)

135/80 R14 84P

135/80 R14 84M

0.9 TwinAir Turbo

Natural Power

6J x 15H2 - ET 35 (*)

175/65 R15 88T XL (^^^)

175/65 R15 84H (^^^)

–

(

°

) For versions/markets, where provided

(

°°

) R16 rims and tyres can only be used on SPORT versions.

(

°°°

) The LPG version does not have a space-saver wheel.

(^) Tyre not suitable for fitting snow chains.

(^^) The tyre can be fitted with size 9 mm snow chains.

(^^^) The tyre can be fitted with size 7 mm snow chains.

(*) Alloy wheel rim.

(**) Alloy or aesthetic steel wheel rim.

(***) Steel rim.

187

Panda 4x4 versions

Versions

Rims

Tyres provided

Space-saver wheel (

°

)

0.9 TwinAir Turbo 85

HP

6J x 15H2 - ET35 (*)

175/65 R15 84H (^)

175/65 R15 88T XL (^)

125/80 R15 95M

(

°

) For versions/markets, where provided

(^) The tyre can be fitted with size 7 mm snow chains.

(*) Aesthetic steel wheel rims are available.

Panda Cross 4x4 versions

Versions

Rims

Tyres provided

Space-saver wheel (

°

)

0.9 TwinAir Turbo 85

HP

6J x 15H2 - ET30 (*)

175/65 R15 84H (^)

175/65 R15 88T (^)

125/80 R15 95M

(

°

) For versions/markets, where provided

(^) The tyre can be fitted with size 7 mm snow chains.

(*) Aesthetic steel wheel rims are available.

NOTE For Panda 4x4 and Panda Cross 4x4 versions if the space-saver wheel is used, the control unit for 4x4 drive detects its

presence (via the wheel speed signals) and reduces the intervention of the four-wheel drive to a minimum, while guaranteeing

the agility of the vehicle. No fault/alarm signal is displayed on the instrument panel or on the display.