<p>When selecting a reliable and efficient fuse for industrial and commercial applications, understanding the technical specifications is crucial. This UL North American fuse offers a well-rounded solution with its robust features tailored to meet demanding electrical environments.</p><p>The fuse is designed to handle a rated current of 50 A, making it suitable for various medium-load applications. It supports both AC and DC systems with rated voltages of 600/300 VAC/VDC, providing flexibility across different power setups. The breaking capacity stands at an impressive 50 kA, ensuring that it can safely interrupt high fault currents without compromising system integrity.</p><p>Mounting this fuse is straightforward due to its clip mounting type, which simplifies installation and maintenance processes. Its body size measures 1.06 inches in diameter by 5.5 inches in length, allowing it to fit into standard configurations without requiring additional adjustments.</p><p>Constructed from durable materials, this product boasts a body made from poly tube material known for its resilience under thermal stress while maintaining insulation properties. The terminal type utilizes ferrule connections made from copper, ensuring excellent conductivity and minimal resistance losses during operation.</p><p>Operating efficiently within a frequency range of 50/60 Hz aligns well with most industrial power systems globally, offering consistency in performance regardless of regional variations in electricity supply standards.</p><p>Weighing only 0.215 lb, this fuse combines lightweight design with sturdy construction—an ideal balance for reducing strain on mounting systems while delivering dependable protection against overcurrent scenarios.</p><p>In summary, this Class K5 fuse provides essential safety features required in challenging environments where reliability cannot be compromised. Its thoughtful engineering ensures compatibility across multiple settings while maintaining ease of use through simple installation methods—all wrapped up in a compact form factor that doesn&#39;t sacrifice performance or durability under pressure.</p>