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Turbocharger RENAULT Master 3 2.3 DCi 150 hp

2.3 DCi 150 hp

For the RENAULT Master 3 in 2.3 DCi 150 hp (110 kW diesel), the autoKUR catalogue holds 5 exchange-standard reference(s). At equal displacement, two outputs do not call for the same part.

Engine specification: 2298 cm³, diesel, built since 10/2012. 5 matching part numbers: 790179-5002S (SL Turbo), 846015-5001S (Garrett), 846016-5001S (Garrett), 858866-5005S (Garrett), 858864-5009S (Garrett). Compare with the code stamped on your part.

Other engines of the RENAULT Master 3: 2.3 DCi 179 hp, 2.3 DCi 170 hp, 2.3 DCi 163 hp. If the code stamped on your part is legible, search by reference remains the safest route. 24-month warranty.

Available products

5 references

Frequently asked questions

About this category

The Renault 2.3 dCi 150 hp engine, widely used in commercial and utility vehicles, demands high-performance turbochargers to maintain efficiency and power output. This category consolidates exchange standard turbos specifically designed for this motorization, offering a practical solution for garages and motorists facing turbo failure. Whether for routine maintenance or emergency repairs, these turbos are engineered to meet the original equipment’s performance standards.

This range is curated by a specialist wholesaler with direct access to remanufactured turbos from leading brands like Garrett and SL Turbo. The selection process prioritizes compatibility, durability, and value, ensuring workshops and DIY users receive products that align with their technical and budgetary requirements. The focus remains on providing turbos that restore the engine’s original performance without compromising reliability.

Professional uses by trade

Different users approach turbo replacement with distinct priorities: garages prioritize speed and consistency, stranded motorists seek immediate solutions, and DIY enthusiasts value technical clarity. This section outlines how each group can leverage this category to address their specific needs effectively.

  • Le garagiste independant : Replace a failing turbo on a Renault Master with a Garrett 858866-5005S to minimize vehicle downtime and maintain customer trust.
  • L'automobiliste depanne : Order a SL Turbo 790179-5002S for a Renault Trafic to restore power and avoid costly towing fees after sudden turbo failure.
  • Le passionne qui fait lui-meme : Source a Garrett 846016-5001S for a Renault Kangoo to perform the replacement in a home garage with basic tools.
  • Der deutsche Kaeufer (DACH) : Purchase a Garrett 846015-5001S for a Renault Trafic to ensure compatibility with local workshop standards and avoid import delays.
  • Le garagiste independant : Use a Garrett 858864-5009S for a Renault Master to handle high-mileage applications where turbo wear is common.
  • L'automobiliste depanne : Select a SL Turbo 790179-5002S for a Renault Trafic to address turbo lag and power loss symptoms reported by the vehicle’s onboard diagnostics.
  • Der deutsche Kaeufer (DACH) : Opt for a Garrett 858866-5005S for a Renault Master to align with German automotive repair practices and warranty expectations.

Range comparison

The turbos listed below are remanufactured to exchange standard specifications, ensuring they meet the original equipment’s performance and fitment requirements. Each unit is verified for compatibility with the Renault 2.3 dCi 150 hp engine across model years.

RangeUseFormat
Turbo Garrett 858866-5005SHigh-mileage Renault Master repairs
Turbo Garrett 846016-5001SStandard replacement for Renault Trafic
Turbo Garrett 846015-5001SEmergency repair for Renault Kangoo
SL Turbo 790179-5002SGarage stock for Renault Trafic
Turbo Garrett 858864-5009SHeavy-duty Renault Master applications

How to choose

Selecting the right turbo for the Renault 2.3 dCi 150 hp requires attention to compatibility, condition, and intended use. This section highlights the key factors professionals and motorists should consider before making a purchase.

  1. Verify the turbo’s reference matches the vehicle’s OEM part number to avoid fitment issues during installation.
  2. Inspect the turbo’s condition for signs of wear or damage, such as cracked housings or corroded connectors, before purchase.
  3. Check the packaging for proper sealing and protection to ensure the turbo arrives in optimal condition for immediate use.
  4. Confirm the turbo’s compatibility with the vehicle’s model year and engine variant to prevent mismatches in performance.
  5. Prioritize turbos from reputable remanufacturers to ensure consistent quality and longevity in demanding applications.
  6. Assess the turbo’s intended use—whether for routine maintenance or high-stress conditions—to select the appropriate model.
  7. Review the return policy for used cores to understand consignment requirements and avoid unexpected fees.

Storage & logistics

For workshops managing bulk orders, storing turbos in a climate-controlled environment is essential to prevent moisture damage and corrosion. Organize inventory by reference and model to streamline retrieval during repairs, reducing search time and improving workflow efficiency. Regularly rotate stock to ensure older units are used first, maintaining freshness and reliability. Label each box with the turbo’s reference and condition to avoid mix-ups during high-pressure repair scenarios.

With over a decade of experience in turbo remanufacturing, our team ensures every unit meets strict quality standards before reaching our customers. We’ve seen how a well-chosen turbo can restore a vehicle’s performance and save a garage’s reputation—this is why we don’t compromise on compatibility or condition.— autoKUR team

Related categories

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Useful references

For regulatory and sector references, see Reglement (UE) 461/2010 — pieces de rechange et garantie constructeur.