Hybrid Turbo Opel Saab 2 2 DTI 125 – 24445061, 717625-5001S. hp

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Hybrid
Hybrid Turbo opel saab 2.2 DTI 125 717625-5001S | 717625-0001 | 717625-1 |
  • Hybrid Turbo opel saab 2.2 DTI 125 717625-5001S | 717625-0001 | 717625-1 |
  • Hybrid Turbo opel saab 2.2 DTI 125 717625-5001S | 717625-0001 | 717625-1 |
  • Hybrid Turbo opel saab 2.2 DTI 125 717625-5001S | 717625-0001 | 717625-1 |
717625
Year: From 2000, depending on the application
Power: 120 to 125 hp depending on the application
displacement: 2,.2
Engine code: Not specified
Gasket kit
Preparation course
Exchange
€367.49 VAT included

306.24125 tax excl.

Quantity
Manufacturing time: 15-20 working days

Description

This hybrid turbo is designed for 2., 2 DTI and TID engines compatible with.. Its ‘ plug & play ’ design allows for an Installation without modification of the original dlayout, whilst the tuning packages on offer upgrade the internal components according to the selected stage.

The high-flow MFS compressor wheel, the 360° stop and high-speed balancing meet the requirements dfor engine tuning tailored to several models Opel and Saab.

Available tuning packages — Stage 1, Stage 2 and Stage 3

Stage 1
Compressor wheel: MFS high-flow
Thrust bearing system: 360° thrust bearing
Balancing: High-speed at 150,000 rpm on a Cimat VSR test bench

This modification enhances the compressor impeller to dadapt the compression capacity and dair flow, whilst retaining a configuration designed for the original dassembly.

Stage 2
Compressor wheel: MFS high-flow oversized
d’ intake housing: Reprofiled for accommodate the new impeller
Thrust bearing system: 360° thrust bearing
Balancing: High-speed balancing at 150,000 rpm on a Cimat VSR test bench

The oversized impeller is paired with a reprofiled dintake housing. This combination is designed to adapt the air flow and compression to the impeller’s characteristics.

Stage 3
Compressor impeller: MFS high-flow oversized
d’ intake housing: Reprofiled for to accommodate the new impeller
Thrust bearing system: 360° thrust bearing
Turbine impeller: High-flow oversized
Turbine casing: Reprofiled for ly to accommodate the new impeller
Balancing: High-speed balancing at 150,000 rpm on a Cimat VSR test bench

This version combines the modifications to the compressor side with a turbine wheel oversized and a reprofiled turbine housing. This configuration can alter the flow rate and behaviour of the turbocharger; its operation depends on the overall engine set-up.

What is a hybrid turbo?

A hybrid turbo is based on a modified architecture designed to accommodate internal components that differ from the original configuration d. Depending on the upgrade stage, modifications may involve the compressor wheel, the housings, the turbine wheel, the thrust bearing system and balancing.

dThe aim is to adapt the turbocharger’s compression capacity and air flow rate d. A hybrid turbo is not defined solely by the appearance of its impeller: the geometry of the components and how they are combined are crucial.

MFS compressor wheel: standard or Performance?

MFS stands for ‘Milled From Solid’, meaning a wheel machined from a solid block. This manufacturing process alone does not guarantee an increase in air flow rate d. A standard MFS wheel may retain a geometry similar to the doriginal.

A standard MFS impeller can be just as shiny as an MFS impeller Performance. It is not its appearance that determines its performance, but its geometry and its ability to move more d’air. On this product, the high-flow MFS impeller is lighter, larger and taller than the original dimpeller. It is designed for to allow up to 15 per cent additional compression, with appropriate engine tuning.

Why does the blade geometry affect air flow d?

The impeller diameter, the profile, height, width and arrangement of the blades all influence air intake and compression. The result also depends on the housings, the turbine wheel, the boost pressure and the engine management system. A larger wheel therefore does not automatically guarantee a better result and may alter the response time.

Reliability and balancing of the hybrid turbocharger

The 360° thrust bearing helps to distribute the axial forces exerted 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 limit vibrations and mechanical stresses. This balancing does not exempt d’from correct installation, nor d’from a lubrication system in perfect working order.

Engine remapping and preparation

Appropriate engine management is required for to make the most of the hybrid turbo’s characteristics. The mapping, boost pressure, injection, exhaust, cooling and, depending on the vehicle, the transmission must be checked or adjusted. The wastegate must be adjusted when the ECU is remapped. Fitting the turbo alone does not guarantee a power gain.

Turbo part numbers

OEM part numbers

24445061
09202690
860039
860050
860080
860098
93184043
93184470

Manufacturer’s part numbers

717625-5001S
717625-0001
717625-1
703894

Compatible vehicles and applications

Opel
Astra G 2.2 DTI — 125 hp
From 2001, end date unspecified
Signum 2-.-2 DTI — 125 hp
From 2000, end date unspecified
Vectra B 2.2 DTI — 125 hp
From 2001, end date unspecified
Vectra C 2.2 DTI — 125 hp
From 2000, end date unspecified
Zafira A 2.2 DTI — 125 hp
From 2001, end date unspecified
Saab
9.3 2.2 DTI — 125 hp
From 2001, end date unspecified
9.3 2.2 TID — 125 hp
From 2000, end date unspecified
9.5 2.2 DTI — 125 hp
From 2001, end date unspecified
9.5 2.2 TID — 120 hp
From 2000, end date unspecified

Additional technical specifications

Product type: Hybrid Turbo
Engine: 2.2 DTI / 2.2 TID
Power: 120 to 125 hp depending on the application
Installation: Plug & play, without altering the original dlayout

Installation advice

⚠️ WARNING — IMPORTANT BEFORE INSTALLATION

Identify and rectify the cause of the previous failure. Check the lubrication circuit, as well as the oil supply and return d. Check that the pipes are clean, the inlet and that there are no foreign objects. Prime the system in accordance with the applicable recommendations and follow the manufacturer’s instructions. A lubrication fault that is not rectified may lead to further turbocharger failure.

How do you identify the correct turbo?

Check the turbo’s part number d, the original OEM and manufacturer part numbers, as well as the make, model, generation, engine type, power output,Year and engine code.. An identical engine type is not always sufficient to confirm compatibility.

⚠️ Check your turbo’s part numbers

Before ordering, compare the part number marked on your original turbo d with the part numbers listed in this specification sheet. An identical engine specification does not always guarantee compatibility.

If in doubt, please contact us with the part number clearly visible on your turbocharger.

Product Details
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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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BEFORE REPLACING A TURBO

A turbocharger failure may be the result d of another engine problem. Before fitting d a new turbo or Cartridge, identify and rectify the cause of the original fault to d avoid d damaging the new part.

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