Turbo hybrid 1.6 HDI 112, 762328, 0375L6, 0375N1, 0375N9, 0375P7, 9660493580, 9663199080

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Hybrid
Hybrid Turbo 1.6 HDI 112CV 0375L6, 0375N1, 0375N9, 0375P7, 9660493580, 9663199080  762328-0001, 762328-0002, 762328-1, 762328-2,
  • Hybrid Turbo 1.6 HDI 112CV 0375L6, 0375N1, 0375N9, 0375P7, 9660493580, 9663199080  762328-0001, 762328-0002, 762328-1, 762328-2,
HYB-300-706
Year: November 2003 to an unspecified end date, depending on the application
Power: 109, 110 and 112 hp depending on application
displacement: 1.6 HDI
Engine code: 9HY (DV6TED4), 9HZ (DV6TED4)
Exchange
Gasket kit
Preparation course
€276.00 VAT included

230 tax excl.

Quantity
Manufacturing time: 15-20 working days

Description

This hybrid turbo for engine 1.6 HDI offers three distinct levels of preparation. Each configuration uses an MFS compressor wheel Performance and a 360° bearing stop, with high-speed balancing carried out at 150,000 rpm on a Cimat VSR test bench.

It is designed for use in applications Citroën and Peugeot fitted with 9HY and 9HZ engines from the DV6TED4 family. Its design plug & play enables a Installation without modification of the vehicle, subject to checking the specifications and carrying out the necessary adjustments.

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

Stage 1
Compressor wheel: MFS Performance high-speed
Dimensions: 31.09 / 44.01 mm
Blade configuration: 6+6
Level: 360° stop
Balancing: 150,000 rpm on a Cimat VSR test bench

This course is on a smaller scale than the other courses on offer. Its MFS geometry Performance aims to adjust the flow rate d'air, without prejudging the final power output'.

Stage 2
Compressor wheel: MFS Performance high-speed oversized
Dimensions: 35.00 / 48.00 mm
Blade configuration: 11+0
Carter d'Admission:' reprofiled for to receive the new wheel
Level: 360° stop
Balancing: 150,000 rpm on a Cimat VSR test bench

The wheel oversized requires the casing to be re-profiled d'admission'. This adaptation may increase mobility d'air, whilst being able to adjust the turbocharger’s response according to the engine configuration'.

Stage 2+
Compressor wheel: MFS Performance high-speed oversized
Dimensions: 38.62 / 52.00 mm
Blade configuration: 11+0
Carter d'Admission:' reprofiled for to receive the new wheel
Level: 360° stop
Balancing: 150,000 rpm on a Cimat VSR test bench

This version features the largest documented compressor wheel for this product. This choice must take into account the engine’s overall set-up and the desired handling characteristics, as a larger wheel is not automatically the best option in all conditions.

What is a hybrid turbo ?

A hybrid turbo is based on a specially adapted turbocharger design for to receive internal components that differ from the configuration d'origin'. Depending on the course, the preparation may cover the compressor wheel, its dimensions, the geometry of its blades, the housing or the thrust bearing system.

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 overall geometry, machining and balancing must all be taken into account.

MFS compressor wheel: standard or Performance ? ?

MFS stands for ‘Milled From Solid’, meaning a wheel machined from a solid block. This term describes the manufacturing process and does not, in itself, guarantee an increase in flow rate d'air'.

A standard MFS wheel can retain a geometry equivalent to that d'origin'. An MFS wheel Performance can be fitted with a blade profile, diameter or configuration suited to the preparation objective, such as the configurations documented for the three stages of this product.

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 higher flow rate may allow d'to achieve greater power with a properly sized engine upgrade, although the turbo alone cannot guarantee a specific result'.

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 result also depends on the compressor housing, the turbine section, the boost pressure and the engine management system. An increase in diameter can also affect the response time and the range d'optimal use'.

Reliability and balancing of the hybrid turbocharger

The 360° stop, as documented for each stage, distributes the axial forces over a wide area. Balancing the rotor at 150,000 rpm on a Cimat VSR test bench helps to minimise vibrations and mechanical stresses. However, these measures do not compensate for incorrect installation or a lack of lubrication.

Engine remapping and tuning

The mapping and boost pressure need to be adjusted for make the most of the hybrid turbo’s features. Depending on the stage of preparation, injection, air cooling d'The intake, exhaust, clutch or transmission must also be checked or adjusted'. The wastegate must be adjusted during installation and when reprogramming the ECU.

Turbo part numbers

OEM part numbers

0375L6
0375N1
0375N9
0375P7
9660493580
9663199080

Manufacturer’s part numbers

762328
762328-0002
762328-2
762328-2002
762328-5002S
762328-5003S

Compatible vehicles and assignments

CITROËN
C3 Picasso (SH_) — 109 hp
Diesel, February 2009 to an unspecified date
Engine code : 9HZ (DV6TED4)
C4 Coupé (LA_) — 109 hp
Diesel, November 2004 to July 2011
Engine codes: 9HY (DV6TED4), 9HZ (DV6TED4)
C4 Grand Picasso I (UA_) — 109 hp
Diesel, October 2006 to June 2011
Engine codes: 9HY (DV6TED4), 9HZ (DV6TED4)
C4 I (LC_) — 109 hp
Diesel, November 2004 to July 2011
Engine codes: 9HY (DV6TED4), 9HZ (DV6TED4)
C4 I Saloon — 109 hp
Diesel, July 2006 to July 2011
Engine codes: 9HY (DV6TED4), 9HZ (DV6TED4)
C4 Picasso I MPV (UD_) — 109 hp
Diesel, February 2007 to August 2013
Engine codes: 9HY (DV6TED4), 9HZ (DV6TED4)
C5 III (RD_) — 109 hp
Diesel, February 2008 to an unspecified date
Engine code : 9HZ (DV6TED4)
Peugeot
206 Hatchback (2A/C) — 109 hp
Diesel, May 2004 to February 2007
Engine codes: 9HY (DV6TED4), 9HZ (DV6TED4)
206 SW (2E/K) — 109 hp
Diesel, May 2004 to an unspecified date
Engine code : 9HZ (DV6TED4)
207 / 207+ (WA_, WC_) — 109 hp
Diesel, February 2006 to October 2013
Engine codes: 9HY (DV6TED4), 9HZ (DV6TED4)
207 CC (WD_) — 109 hp
Diesel, February 2007 to January 2015
Engine code : 9HZ (DV6TED4)
207 SW (WK_) — 109 hp
Diesel, June 2007 to December 2012
Engine code : 9HZ (DV6TED4)
3008 MPV (0U_) — 109 hp
Diesel, June 2009 to August 2016
Engine code : 9HZ (DV6TED4)
307 (3A/C) — 109 hp
Diesel, February 2004 to March 2009
Engine codes: 9HY (DV6TED4), 9HZ (DV6TED4)
307 Estate (3E) — 109 hp
Diesel, February 2004 to April 2008
Engine codes: 9HY (DV6TED4), 9HZ (DV6TED4)
307 SW (3H) — 109 hp
Diesel, November 2003 to December 2007
Engine codes: 9HY (DV6TED4), 9HZ (DV6TED4)
308 I (4A_, 4C_) — 109 hp
Diesel, September 2007 to October 2014
Engine codes: 9HY (DV6TED4), 9HZ (DV6TED4)
308 SW I (4E_, 4H_) — 109 hp
Diesel, September 2007 to October 2014
Engine codes: 9HY (DV6TED4), 9HZ (DV6TED4)
5008 (0U_, 0E_) — 110 hp
Diesel, September 2009 to March 2017
Engine code : 9HZ (DV6TED4)
Partner Box Body / MPV — 109 hp
Light diesel van, April 2008 to an unspecified date
Engine code : 9HZ (DV6TED4)
Partner Tepee — 109 hp
Diesel, April 2008 to an unspecified date
Engine code : 9HZ (DV6TED4)

Additional technical specifications

Product type: hybrid turbo
Engine: 1.6 HDI
Fuel: diesel
Documented engine codes: 9HY (DV6TED4), 9HZ (DV6TED4)
Editing: plug & play, without any modifications to the vehicle

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, as well as the intake and the absence of foreign objects'.

Carry out the priming in accordance with the relevant guidelines and follow the manufacturer’s instructions. The wastegate must be adjusted during fitting and remapping. Systems d'injection, d'Exhaust, cooling and engine management systems must be adapted to the chosen level of preparation'.

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'Original, OEM and manufacturer part numbers, then compare the make, model, generation, body style, engine type, power output, years of manufacture and engine code'. The fact that two engines are identical does not automatically guarantee 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 our team with the reference number shown on your turbocharger.

Product Details
HYB-300-706
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How do you identify the correct turbo part number?

A single engine type may have been fitted with several different turbochargers depending on theYear, power output, engine version or technical evolution.. The application alone is therefore not always sufficient for to accurately identify the correct turbo.

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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

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