Eaton FWH-250A High Speed Fuse - CE RoHS Certified

High-speed protection minimizes arc energy and rapidly clears faults, reducing damage to power electronics and downstream components. The FWH family delivers fast interruption with an interrupt rating of 200 kAIC at 1000 Vac and 50 kAIC at 500 Vdc, enabling safer, more reliable operation in demanding applications. In motor drives, conveyors, and panel boards, this rapid action translates to shorter fault durations and lower maintenance costs over the asset life. With a 250 A RMS amperage rating and 1000 Vac / 800 Vdc maximum ratings, the device protects high-current loads without sacrificing reliability. The watt losses of 41 W provide a transparent thermal profile for engineering teams designing cabinet cooling and venting. Engineers can spec this fuse with confidence in systems that experience significant inrush or peak currents during startup. Connection options include blade end x blade end and stud mounting, offering flexible integration with existing panel boards, bus bars, and control cabinets. The non-indicating design reduces wiring complexity and eliminates unnecessary indicators, lowering part count and maintenance intervals. The FWH-250A also comes in a compact footprint, making it easier to fit in tight enclosures without compromising safety clearances. Certified for regulatory compliance, the device carries CE Marked RoHS compliance and CSA/UL recognition, streamlining qualification for global deployments. This combination supports safe deployment in European and North American facilities and simplifies supplier qualification during audits. For engineers, these certifications translate into faster procurement cycles and documented risk mitigation in critical automation architectures. From a lifecycle perspective, standard packaging and broad compatibility with blade and stud terminations simplify stocking and replacement across plants. The catalog number FWH-250A enables fast sourcing and consistent interchange in Eaton Bussmann series installations. By aligning protection with exact load profiles, maintenance teams realize predictable MTBO and reduced total cost of ownership over multi-year asset lifecycles.