Eaton HCLR3 Fuse - Class CC, 200 kAIC, UL Listed

Designed around Eaton Edison fusion technology, the HCLR3 uses a Class CC, non-indicating fuse design that packs essential protection into a compact footprint. This form factor preserves precious panel space, simplifies routing, and reduces enclosure depth without compromising safety margins or fault-clearing performance. The 3 A amperage rating, 600 V voltage rating, and standard 10-unit packaging support straightforward selection, stocking, and interchangeability in automation projects. With an interrupt rating of 200 kAIC, the HCLR3 safely interrupts high fault currents, protecting downstream devices and cutting the risk of collateral damage during short circuits. This robustness translates into higher equipment uptime and more predictable maintenance cycles in manufacturing environments where reliability is critical. The non-indicating design, coupled with a rejection style feature, minimizes nuisance trips in dense cabinets while enabling external indication or supervisory monitoring as needed. UL Listed and CSA Certified, alongside RoHS compliance and CE marking, the HCLR3 meets major global safety and environmental standards, reducing procurement risk for multinational projects. These certifications simplify cross-border sourcing, streamline supplier qualification, and support regulatory acceptance across automotive, packaging, and process industries. Additionally, its compatibility with standard Edison fuse blocks and full Edison line reputation ensures consistent spare-part install and long-term maintenance planning. From a practical standpoint, the standard packaging and ten-unit quantity align with common stocking strategies, accelerating kit builds and field replacements. The rejection-style design helps prevent incorrect fusing during maintenance in crowded panels, while the small form factor minimizes cabinet modification needs. In real-world deployments, engineers benefit from faster changeouts, fewer unplanned trips, and lower lifecycle costs when deploying the HCLR3 for 600 V control circuits.