Hybrid Turbo 1.4 TB T-JET 140 163 165 170 180 190 hp, 55219660, 55228035, 71724486, 71724561, 71795196, 71796302, K68256614AA

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Hybrid
Hybrid Turbo 1.4 TB T-JET 140 163 165 170 180 190 hp, 55219660, 55228035, 71724486, 71724561, 71795196, 71796302, K68256614AA
  • Hybrid Turbo 1.4 TB T-JET 140 163 165 170 180 190 hp, 55219660, 55228035, 71724486, 71724561, 71795196, 71796302, K68256614AA
HYB14-200-998
Year: August 2008 to an unspecified date
Power: 140, 150, 160, 163, 165, 170, 180 and 190 hp
displacement: 1.4
Engine code: 312 A1.,000, 312 A3.,000, 312 A9.,000, 312 B3.,000, 312 B4, 312 B6.000, 940 A2.000, 940 C2.000, 955 A8.000, 955 B1.000, 552 63 623, EAM
Exchange
Gasket kit
Preparation course
€318.00 VAT included

265 tax excl.

Quantity
Dmanufacture: 15-20 working days

Description

This hybrid turbo for petrol engines 1.The 4 TB T-JET features an MFS compressor impeller Performance with a 360° bearing stop and high-speed balancing. Three documented levels of preparedness enable d'adjust the dimensions of the compressor wheel and, depending on the stage, the profile of the housing' d'admission'.

The allocations include, in particular, several Abarth 500, 595, 695 and Punto models, Alfa Romeo Giulietta and MiTo, Fiat 500X as well as Jeep Renegade. Compatibility must always be confirmed using the turbo’s part number d'origin'.

Available products — Stage 1, Stage 2 and Stage 2+

Stage 1

Compressor wheel: High-capacity MFS Performance
Dimensions: 34.10 / 46.00 mm
Blade configuration: 6+6
Stop: 360° bearing
Balancing: high speed at 150,000 rpm on a Cimat VSR test bench

This setup uses an MFS wheel Performance designed for adjust the flow rate d'compressor air, whilst retaining the documented installation configuration'.

Stage 2

Compressor wheel: High-capacity MFS oversized, , Performance
Dimensions: 36.40 / 49.00 mm
Blade configuration: 6+6
Carter d'Admission:' re-profiled for the wheel oversized
Stop: 360° bearing
Balancing: high speed at 150,000 rpm on a Cimat VSR test bench

The wheel with the larger diameter comes with d're-profiling the casing' d'admission'. This arrangement is designed to adapt the air flow and compression to the dimensions of the new impeller.

Stage 2+

Compressor wheel: High-capacity MFS oversized, , Performance
Dimensions: 38.40 / 52.00 mm
Blade configuration: 6+6
Carter d'Admission:' re-profiled for the wheel oversized
Stop: 360° bearing
Balancing: high speed at 150,000 rpm on a Cimat VSR test bench

This version features the largest compressor impeller documented on this data sheet and a casing d'adapted admission'. Its performance depends on the overall engine configuration and the settings selected.

What is a hybrid turbo ?

A hybrid turbocharger utilises a turbocharger design that has been adapted to accommodate specific internal components. Depending on the modification, changes may relate to the compressor wheel, its dimensions, the geometry of the blades, the casings, the thrust bearing or the balancing.

The aim is d'adjust the compression capacity and flow rate' d'air'. However, a hybrid turbo is not defined solely by the appearance of its impeller: the harmony between the impeller, the housings, the rotor and the engine settings remains crucial.

MFS compressor wheel: standard or Performance ? ?

MFS stands for ‘Milled From Solid’, meaning a wheel machined from a solid block. This manufacturing process does not, on its own, guarantee an increase in throughput d'air'. A standard MFS wheel can maintain a geometry equivalent to that d'origin'.

A standard MFS wheel can be just as shiny as an MFS wheel Performance. It is not its appearance that determines its performance, but its geometry and its ability to move more d'air'. A wheel Performance may use a blade profile, dimensions or configuration suited to the preparation objective. A higher flow rate can help to generate more power only if the engine has been properly prepared.

Why does the geometry of the blades affect the flow rate? d'air?' ?

The compressor wheel draws in and then compresses the air fed to the engine. Its diameter, profile, height, width and the arrangement of the blades all influence its aerodynamic behaviour. The right geometry can move more d'air under certain conditions, but the result also depends on the casings, the turbine section, the boost pressure and the engine management system'. A larger wheel therefore does not automatically guarantee better performance and may affect response time.

Reliability and balancing of the hybrid turbocharger

The documented 360° bearing stop helps to distribute the axial forces acting on the rotating assembly. The rotor is balanced at high speed – up to 150,000 rpm – on a Cimat VSR test bench, in order to minimise vibrations and mechanical stresses. However, this balancing does not compensate for either incorrect installation or inadequate lubrication.

Engine remapping and tuning

Appropriate engine management is required for make the most of the hybrid turbo’s features. Depending on the level of preparation, the mapping, the boost pressure, the fuel injection and the air cooling d'The intake, exhaust and transmission must be checked or adjusted'. The wastegate must be adjusted during the fitting and remapping of the ECU.

Turbo part numbers

OEM part numbers

55219660
55228035
55231115
55238189
55248143
55278506
71724486
71724561
71724850
71724851
71795196
71796302
71798105
71798106
K68256614AA
K68325875AA

Manufacturer’s part numbers

779502-5002S
799502-0001
799502-1
799502-2001
799502-5001S
799502-5002S
811311-0001
811311-1
811311-2001
811311-5001S
811311-5002S
812812-5006S

Compatible vehicles and assignments

ABARTH

500 / 595 / 695 — 160 hp
Essence — August 2008 to an unspecified date
Engine codes: 312 A1.000, 312 A3.000, 312 B4
500 / 595 / 695 — 163 hp
Essence — June 2016 to an unspecified date
Engine code : 312 B6.000
500 / 595 / 695 — 165 hp
Essence — May 2016 to an unspecified date
Engine code : 312 B3.000
500 / 595 / 695 — 180 hp
Essence — August 2008 to an unspecified date
Engine codes: 312 A3.000, 312 B3.000
500 / 595 / 695 — 190 hp
Essence — August 2008 to an unspecified date
Engine codes: 312 A1.000, 312 A9.000
500C / 595C / 695C — 160 hp
Essence — May 2011 to an unspecified date
Engine codes: 312 A1.000, 312 A3.000, 312 B4
500C / 595C / 695C — 165 hp
Essence — May 2016 to an unspecified date
Engine code : 312 B3.000
500C / 595C / 695C — 180 hp
Essence — June 2010 to an unspecified date
Engine code : 312 A3.000
Punto — 163 hp
Essence — March 2012 to an unspecified date
Engine code : 955 A8.000
Punto — 180 hp
Essence — March 2012 to an unspecified date
Engine code : 955 A8.000

Alfa Romeo

Giulietta (940_) — 150 hp
Essence — September 2014 to October 2018
Engine code : 940 C2.000
Giulietta (940_) — 163 hp
Essence — April 2010 to October 2018
Engine code : 955 A8.000
Giulietta (940_) — 170 hp
Essence — April 2010 to October 2018
Engine code : 940 A2.000
MiTo (955_) — 140 hp
Essence — December 2013 to October 2018
Engine code : 955 B1.000
MiTo (955_) — 163 hp
Essence — October 2009 to October 2018
Engine code : 955 A8.000
MiTo (955_) — 170 hp
Essence — September 2009 to October 2018
Engine code : 940 A2.000

Fiat

500X (334_) — 163 hp
Essence — February 2015 to September 2018
Engine code : 552 63 623
500X (334_) — 170 hp
Essence — February 2015 to an unspecified date
Engine code : 552 63 623

Jeep

Renegade SUV (BU, B1, BV) — 170 hp
Essence — July 2014 to an unspecified date
Engine codes: 552 63 623, EAM
Renegade Van (BU, B1) — 170 hp
Essence — July 2014 to an unspecified date
Engine code : 552 63 623

Additional technical specifications

Product type: hybrid turbo
Engine: 1.4 TB T-JET
Fuel: petrol
Documented power ratings: 140, 150, 160, 163, 165, 170, 180 and 190 hp
Editing: configuration plug & play documented
Engine codes: 312 A1.000, 312 A3.000, 312 A9.000, 312 B3.000, 312 B4, 312 B6.000, 940 A2.000, 940 C2.000, 955 A8.000, 955 B1.000, 552 63 623, EAM

Assembly instructions

⚠️ WARNING — IMPORTANT BEFORE ASSEMBLY

Before installation, identify and rectify the cause of the previous fault. Check the lubrication circuit, the supply and the return d'oil, the cleanliness of the pipes, the intake and the absence of foreign objects'. Carry out the priming in accordance with the relevant guidelines and follow the manufacturer’s instructions. You should also check the wastegate setting whilst fitting and reprogramming the unit. If a lubrication fault is not rectified, it may lead to the turbocharger failing again.

How do you choose the right turbo ?

Check the turbo part number d'Origin, OEM and manufacturer part numbers, as well as the make, model, generation, body style, engine type, power output, years of manufacture and engine code'. Having the same engine is not always enough to confirm compatibility.

⚠️ Check your turbo’s part numbers

Before placing your order, Compare the part number on your turbocharger d'origin' using the references given in this fact sheet. Having the same motor does not always guarantee compatibility.

If you are in any doubt, please contact us, quoting the reference number clearly visible on your turbo d'the vehicle's origin and specific details'.

Product Details
HYB14-200-998
Hybrid
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How do you identify the correct turbo part number?

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Before ordering, note down the part numbers shown on the identification plate d of your old turbocharger. This may be d an OEM part number or d a part number from the turbo manufacturer.

Compare these part numbers with those listed on our product pages.. If in doubt, our team can help you verify the part number you are looking for before you place your order.

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A loss of power, an unusual whistling noise, oil consumption d, abnormal smoke or poor engine performance may be linked to a turbocharger fault.

However, a fault that appears to be turbo-related may also stem d from a lubrication issue, d from contaminated oil, d from a foreign object, from the intake or exhaust systems, or d from another engine peripheral component.

It is therefore important to investigate the cause of the fault before fitting a new turbo or a new Cartridge.

→ Identifying the symptoms d of a turbo failure

→ Understand the main causes of turbo failure d

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