<p>When selecting a reliable fuse for industrial and commercial applications, the UL North American Class RK5 fuse is a solid choice. Designed with precision, it caters to demanding environments where safety and efficiency are paramount.</p><p>This fuse is rated at 150 A, making it suitable for various electrical systems that require robust protection. It supports both AC and DC circuits up to 250 V, ensuring versatility in different setups. The breaking capacity of 200 kA highlights its ability to handle substantial fault currents without compromising performance or safety.</p><p>The dimensions of this product reflect careful engineering focused on practicality and space efficiency. With a length of 111 mm and a diameter of 40 mm (1.56 inches), it fits comfortably within most standard configurations while maintaining optimal functionality. The body size measures 1.56 inches in diameter by 7.13 inches in length, offering compatibility with existing systems.</p><p>Installation is straightforward thanks to the clip mounting type, allowing for quick replacements or upgrades as needed. This feature reduces downtime during maintenance operations—a crucial factor in high-demand settings where time equals money.</p><p>The construction materials used further enhance the product&#39;s reliability and durability. The body is made from Poly Tube material known for its insulating properties, while the connection terminals utilize tin-plated copper which provides excellent conductivity and resistance to corrosion over time.</p><p>Operating effectively across frequencies of both 50 Hz and 60 Hz adds another layer of flexibility, accommodating varying power supply standards found across different regions or specific industry needs.</p><p>In summary, this UL North American Class RK5 fuse stands out due to its robust current rating, versatile voltage support, high breaking capacity, compact design fitment capabilities along with quality materials ensuring long-lasting performance—all essential features that professionals look for when choosing components that meet their technical requirements efficiently.</p>