This direct replacement solution for a failed Bosch Denoxtronic module is remanufactured at our Tier 1 facility in Lewisberry, Pennsylvania. It offers fleet managers and owner-operators like-new quality and OE performance on specified equipment powered by John Deere diesel engines. DEF is a necessity to reduce NOx emissions in selective catalytic reduction systems, but it's also invasive and corrosive, and upon evaporation, deposits white crystals in the supply module that can cause the pump seals and the pump itself to fail. Contaminated DEF can also compromise pump performance and since the supply module itself is regularly exposed to vibration, dirt, temperature extremes and anything else heavy-duty hauling or off-highway work throws at it, module failures happen. That failure can force the engine into costly limp or shutdown mode, requiring the replacement of the supply module. Our comprehensive world-class remanufacturing process produces a premium replacement for a reliable repair. Our technicians start with quality supply cores. Visibly failed or fatigued parts are rejected, components that pass visual inspection are tested, and select components are replaced with new parts. Specialized fixtures and 3-D-printed tools ensure components are installed to proper torque. Before carefully packing each module, we use proprietary equipment to test every function against an OE unit. The finished module represents Dorman's unrivaled investment in advanced remanufacturing technology and American craftsmanship, backed by a best-in-class warranty..

Product Features:

• Reliable replacement - this supply module offer fleet managers and owner-operators like-new quality and OE performance on specified equipment with John Deere diesel engines.
• Premium solution - remanufactured to the highest aftermarket standards by skilled American craftspeople in our Tier 1 facility in Lewisberry, Pennsylvania
• Restores performance - failed or fatigued parts are rejected, components that pass visual inspection are tested, and select components are replaced with new parts
• Rigorously tested - subjected to grueling in-process and final assembly performance testing using proprietary hardware and software to achieve OE module benchmarks