FD4616 Diesel Fuel Filter: Direct Replacement for Ford F-Series and 6.0L Engine Trucks

This FD4616 diesel fuel filter serves as a compatible replacement component for a defined range of Ford commercial vehicles. It is specified for use on Ford F350, F550, and F750 trucks, along with the Super Duty F-Series models. The filter is also listed as suitable for 2003 and 2004 Ford E-series vehicles powered by the 6.0L diesel engine. By matching several common OEM part numbers—FS19797, PF7812KIT, and P550527—it provides a clear interchange option for maintenance workshops, fleet operators, and individual owners seeking a straightforward filter solution. The product is supplied as a single unit, ready for installation according to standard fuel system service protocols.

Features and Construction

The primary function of this product is as a diesel fuel filter, designed to integrate into the fuel systems of the specified Ford truck models. Its construction is defined by its dimensional specifications, which are critical for ensuring a correct physical fit within the vehicle's filter housing or assembly.

Material and Build

The filter is built to perform the standard function of filtering diesel fuel. While the specific media material (such as cellulose or synthetic fibre) is not detailed in the source information, it is constructed as a standard replacement filter cartridge. The focus of the available data is on its physical compatibility and dimensional profile rather than proprietary material claims.

Size and Practical Fit

The filter's dimensions are precisely stated to allow for verification before installation. It stands 106mm tall. The outer diameter is not uniform, tapering from a maximum width of 84mm down to a minimum of 57mm. The inner diameter, which may interface with mounting posts or seals, also varies, with a maximum measurement of 40mm and a minimum of 17mm. These exact figures are essential for confirming that the filter will seat correctly and form a proper seal in the applicable Ford truck models.

Uses and Placement

This filter has a defined application scope centred on Ford's diesel-powered commercial vehicle lineup from the early-to-mid 2000s. Its use is tied directly to vehicle model, series, and engine specification.

Event or Professional Use

For commercial fleet managers, independent workshops, and dealership service departments, this filter represents a standard service item for maintaining the specified Ford trucks. The clear cross-reference to multiple part numbers (FS19797, FD4616, PF7812KIT, P550527) aids in parts identification and inventory management, streamlining the procurement process for routine maintenance and repair jobs on these vehicles.

Everyday Home Use

For owners of the applicable Ford F-Series or E-Series trucks, this filter provides a directly-specified component for DIY maintenance. Knowing the exact compatible models (F350, F550, F750, Super Duty F-Series) and engine details (2003-2004 E-series with 6.0L) allows an owner to confidently select this part for their own vehicle servicing, provided their truck matches one of these descriptions.

Benefits and Buying Value

The value of this product lies in its precise application data and dimensional transparency, which reduces the risk of incorrect part ordering for the supported vehicles.

Reuse and Low Maintenance

As a consumable filter element, its primary value cycle involves periodic replacement as part of scheduled vehicle maintenance. The benefit is the restoration of fuel filtration performance for the engine. The product itself is not reusable, but its correct selection supports the ongoing maintenance and operational longevity of the vehicle's fuel system.

Why Choose This Product

This filter is chosen based on its direct compatibility listing for specific Ford trucks and its matching of known OEM part numbers. The detailed dimensional data (106mm height, 84mm/57mm outer diameter, 40mm/17mm inner diameter) provides a tangible check for mechanics and owners to verify fitment. It offers a straightforward replacement solution without unsupported claims about performance or lifespan, focusing instead on the factual parameters of application and size.