Eaton KRP-C-2400SP Fuse - Class L, 300 kAIC 600 Vac

Time-delay Class L protection delivers selective coordination for heavy-current networks. The feature reduces nuisance trips by tolerating short transients while providing reliable fault clearance when needed. This translates into fewer plant interruptions and lower maintenance overhead for operators. In practice, you’ll see improved uptime in high-demand lines such as stamping, extrusion, and large-scale forming where process variability is common. The robust bolted blade-end connections simplify field installation and ensure solid electrical contact in harsh environments, while maintaining compatibility with standard Bussmann-series accessories. High interrupt rating and current capacity: 300 kAIC at 600 Vac provide headroom for fault currents in large feeders. This design strengthens protection of upstream equipment and downstream loads by delivering controlled fault energy. Applications include power distribution panels, large motor feeders, and drives where dependable coordination prevents cascading outages. The 2400 A rating aligns with utility-grade feeders, enabling simpler procurement with a single part to stock across multiple lines and reducing spare-part complexity. It also suits panel retrofit projects where space is at a premium. Mechanical compatibility and installation ease: standard packaging and bolted blade ends simplify mounting and future service. This reduces installation time and labor costs while offering reliable performance even in tight spaces. The fuse's durable construction withstands vibration and temperature swings typical in factory floors, giving engineers confidence for retrofit projects or new builds in control panels and switchgear. Additionally, the bolted-end format supports quick alignment checks and straightforward diagnostics. Regulatory alignment and reliability: RoHS compliant and CE marked documentation supports audits and environmental compliance. This standardization facilitates global deployments and reduces regulatory risk, while predictable performance under overload conditions helps maintenance teams plan replacements and spare part inventories. Combined with its non-indicating fuse design, it is important to integrate with external indicators for fault status reporting.