<p>When selecting a high-voltage fuse link for industrial or commercial applications, understanding the technical specifications is imperative. This HV Fuse Link is designed to meet rigorous standards, ensuring reliability and safety in demanding environments.</p><p>Rated for a current of 160 A and a voltage of 24 kV, this fuse link is suitable for medium to high voltage systems. It boasts an impressive breaking capacity of 63 kA, providing robust protection against overcurrents by safely interrupting excessive current flow. This feature is crucial in preventing damage to electrical equipment and maintaining operational integrity.</p><p>The dimensions of this fuse are practical for various installations, measuring 88 mm in diameter and 442 mm in length. The clip mounting type facilitates straightforward installation and replacement processes, which can be particularly beneficial during maintenance operations where time efficiency is critical.</p><p>Weighing in at 9.48 lb, the fuse&#39;s construction incorporates durable materials—ceramic body material paired with silver-plated copper terminals ensure excellent conductivity while resisting corrosion over time. The ceramic insulation provides superior thermal stability and mechanical strength, essential qualities for enduring harsh operating conditions.</p><p>Equipped with an 80N striker indicator, this product offers clear visual confirmation when the fuse has operated (blown), allowing quick identification without unnecessary downtime or testing procedures. This feature enhances safety by enabling prompt response actions from technicians.</p><p>Power dissipation stands at 515 W—a vital consideration when assessing heat management within your system design. Ensuring adequate ventilation around the installed fuses will help maintain optimal performance levels while preventing overheating issues that could compromise system integrity.</p><p>In summary, this HV Fuse Link combines high-performance capabilities with user-friendly features tailored to industrial needs. Its reliable operation underpins efficient energy distribution networks while safeguarding against potential faults effectively—making it an integral component within your electrical infrastructure strategy.</p>