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High-pressure pump FORD Transit 3 2.4 TDCi 137 hp

Available products

475,20 € HT

In stock

1 exchange-standard reference(s) match the FORD Transit 3 2.4 TDCi 137 hp (101 kW diesel). Output is the deciding criterion: a part meant for another output of the same displacement will not fit.

Engine specification: 2402 cm³, diesel, built from 03/2004 to 05/2006. Matching part number: R9044A030A (DELPHI). Compare with the code stamped on your part.

Other engines of the FORD Transit 3: 3.2 TDCi 200 hp, 3.2 TDCi RWD 200 hp, 2.2 TDCi RWD 155 hp. If the code stamped on your part is legible, search by reference remains the safest route. 24-month warranty.

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Frequently asked questions

About this category

The 2.4 TDCi 137 HP engine, found in a wide range of commercial and passenger vehicles, relies on a high-pressure pump to deliver diesel fuel at precise intervals and pressures to the injectors. This category includes exchange-standard pumps designed for remanufactured performance, offering a cost-effective alternative to new units. Whether you’re a mechanic troubleshooting a misfire or a car owner restoring a vehicle, this section provides the technical details needed to identify the correct pump for your motorization. The focus is on compatibility, durability, and ease of installation, with no unnecessary jargon or unverified claims.

High-pressure pumps for 2.4 TDCi 137 HP engines are sourced from specialized remanufacturers who restore them to original equipment specifications. These pumps undergo rigorous testing to ensure consistent pressure output and leak-free operation, then are packaged for wholesale distribution to garages and retailers. The role of the wholesaler is to bridge the gap between remanufacturers and end-users, providing access to a curated selection of pumps that meet the demands of diesel injection systems. This model ensures workshops can maintain stock levels without overinvesting in inventory, while DIYers benefit from competitive pricing on essential components.

Professional uses by trade

Different users approach high-pressure pump replacement with distinct priorities, whether it’s minimizing downtime for a fleet vehicle or ensuring a weekend project stays on schedule. Garages focus on compatibility and quick fitment, while DIY enthusiasts may prioritize cost and availability. German buyers, in particular, often seek pumps that align with local workshop standards and regulatory expectations. This section breaks down how each group can leverage exchange-standard pumps to address their specific needs efficiently.

  • Independent garages: Replace a failing high-pressure pump in under two hours to restore full engine power and prevent secondary damage to injectors.
  • DIY enthusiasts: Source a remanufactured pump to avoid the expense of a new unit while ensuring reliable performance for long-term use.
  • Fleet managers: Maintain a stock of exchange-standard pumps to reduce vehicle downtime during breakdowns or scheduled maintenance.
  • Passionate restorers: Choose a pump that matches the engine’s original specifications to preserve the vehicle’s authenticity and performance.
  • German workshops: Prioritize pumps with clear OEM equivalences to meet local technical and regulatory requirements for diesel systems.
  • Trucking companies: Opt for high-pressure pumps with extended warranties to minimize operational disruptions in heavy-duty applications.
  • Classic car owners: Select pumps designed for older 2.4 TDCi engines to ensure compatibility with modified or original fuel systems.

Range comparison

This section compares the available high-pressure pumps for 2.4 TDCi 137 HP engines, highlighting their key features and intended applications. Each pump is listed with its reference, ensuring you can quickly identify the right part for your vehicle’s motorization. The focus is on practicality and performance, with no unnecessary embellishments or unverified claims.

RangeUseFormat
High-pressure pump DELPHI R9044A030Asuitable for passenger cars requiring OE-level performance

How to choose

Selecting the right high-pressure pump for a 2.4 TDCi 137 HP engine involves evaluating several technical and practical factors. Compatibility with the vehicle’s motorization is the top priority, followed by the pump’s condition and packaging. Garages should also consider the supplier’s ability to provide consistent stock and quick delivery, while DIYers may focus on cost and ease of installation. This section outlines the key criteria to guide your decision.

  1. Compatibility: Ensure the pump matches the engine’s OEM specifications for pressure and timing to avoid fitment issues.
  2. Condition: Opt for remanufactured pumps that have been tested for leaks and pressure consistency to prevent premature failure.
  3. Packaging: Choose pumps shipped in protective, contamination-free containers to maintain their condition during transit.
  4. Stock availability: Select a supplier with a reliable inventory to avoid delays when urgent replacements are needed.
  5. Warranty terms: Prioritize pumps backed by warranties that cover defects and performance issues for added peace of mind.
  6. Technical support: Work with suppliers who provide documentation and guidance to simplify the replacement process.
  7. Cost efficiency: Balance upfront pricing with long-term reliability to maximize value for both garages and DIYers.

Storage & logistics

Proper storage of high-pressure pumps is critical to maintaining their performance and preventing contamination. These components should be kept in a clean, dry environment away from direct sunlight and temperature extremes, as moisture and heat can degrade seals and internal components. For workshops, storing pumps in sealed, labeled containers helps track rotation and reduce the risk of mixing incompatible parts. Regular inventory checks ensure that older stock is used first, preventing the accumulation of outdated units. Suppliers should also provide guidance on handling and storage to preserve the pump’s condition until installation, especially for exchange-standard units that may have been returned from previous use.

With over a decade of experience in diesel injection systems, our team has seen how a single high-pressure pump failure can cascade into costly repairs if not addressed promptly. We’ve refined our selection process to focus on pumps that deliver consistent performance, backed by remanufacturing standards that meet or exceed OEM requirements. This expertise allows us to support garages and DIYers alike in restoring engine reliability without unnecessary downtime or expense.— autoKUR team

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Useful references

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