Baldwin Filters BF7863 Inline Fuel Filter Hatz Engine

Product Description

The BALDWIN FILTERS BF7863 is an inline fuel filter designed to remove damaging contaminants from fuel systems in equipment powered by Hatz engines. With an outside diameter of 2.063 inches and an overall length of 4.844 inches, this compact filter fits into standard inline fuel line configurations. It weighs 0.142 pounds. The BF7863 is engineered for excellent contaminant removal at high flow rates, helping protect injectors, carburetors, and fuel system components from particulate damage. Installation is typically handled by diesel equipment technicians, small engine mechanics, or experienced service professionals working on Hatz-powered machinery.

This filter is suited for fuel system maintenance and replacement on Hatz engine applications. Its in-line design allows direct installation into the fuel supply line without major system disassembly. The BF7863 is cross-referenced to Case 87329736, Hastings BF7863, and Wix WF10248, making it a straightforward drop-in alternative for technicians sourcing replacements by OEM or competitive part number. It is appropriate for both scheduled maintenance intervals and unscheduled replacement when fuel flow restriction or contamination is suspected.

Key Features

• In-line filter design for direct fuel line installation
• Outside diameter of 2.063 inches and overall length of 4.844 inches
• Excellent contaminant removal at high flow rates
• Designed for Hatz engine fuel system applications
• Lightweight at 0.142 pounds
• Cross-references to Case 87329736, Hastings BF7863, and Wix WF10248

Compatibility

Compatible with Case 87329736. Cross-references to Hastings BF7863 and Wix WF10248. Designed for use in Hatz engine fuel system applications.

Installation Notes

Installation should be performed by a qualified technician following equipment manufacturer service procedures. Shut off the fuel supply valve and relieve any residual fuel line pressure before removing the existing filter. Observe correct flow direction as marked on the filter body, and ensure all fittings are secure and leak-free before returning the system to service. Dispose of fuel and used filter media in accordance with applicable local environmental regulations.