<p>For professionals in the electrical engineering and automation sectors, selecting the right components is crucial to ensuring safety and efficiency. If you&#39;re evaluating options for high-performance circuit protection, this Bolt-In fuse might align with your technical specifications.</p><p>Designed for robust industrial applications, this Bolt-In fuse features a substantial rated current of 315 A, making it suitable for environments where high power demands are common. With a rated voltage of 415 VAC, it fits well within standard Australian electrical systems, ensuring compatibility and ease of integration into existing setups.</p><p>One of its standout features is its impressive breaking capacity of 80 kA. This capability ensures that in the event of an overcurrent or short-circuit condition, the fuse can safely interrupt large fault currents without compromising system integrity or safety. Such a high breaking capacity offers peace of mind when dealing with heavy-duty equipment or installations prone to significant electrical fluctuations.</p><p>The design includes offset slotted bolted tags which facilitate secure connections and straightforward installation. This feature is particularly beneficial in reducing downtime during maintenance or replacement procedures—an essential consideration in commercial settings where time equals money.</p><p>With fixing centres set at 94 mm and a body diameter measuring 41.9 mm, this fuse provides a compact yet sturdy solution that doesn&#39;t compromise on performance or reliability. The dimensions ensure that it can be easily accommodated within various panel designs while maintaining structural stability under operational stresses.</p><p>In summary, this Bolt-In fuse delivers reliable performance tailored for demanding environments requiring consistent power management solutions. Its combination of high-rated current and voltage capabilities alongside superior breaking capacity makes it an ideal choice for those seeking dependable circuit protection in industrial applications without unnecessary complexity or excessive size constraints.</p>