<p>When it comes to selecting reliable components for your industrial or commercial electrical systems, understanding the specifications and performance capabilities of each product is crucial. This UL North American rated component offers a solid balance of durability and efficiency, making it a dependable choice for various applications.</p><p>Designed to handle a rated current of 8 A, this product ensures optimal performance under demanding conditions. With a rated voltage capacity of 500 VAC, it is well-suited for use in high-voltage environments commonly found in industrial settings. The interrupt rating stands at an impressive 10 kA, providing robust protection against overcurrent scenarios that could potentially disrupt operations.</p><p>The dimensions are compact yet functional, with a length of 1.5 inches and a diameter of 0.41 inches. This size profile makes it easy to integrate into existing setups without requiring significant space adjustments. The clip mounting type further simplifies installation, allowing for quick and secure attachment.</p><p>Constructed from GMG body material with tin-plated copper terminals, this product prioritizes both longevity and conductivity. The GMG insulation material adds an extra layer of safety by effectively minimizing the risk of electrical leakage or short circuits.</p><p>Operating efficiently across frequencies ranging from 50 Hz to 60 Hz, this component adapts seamlessly to varying power supply conditions often encountered in diverse geographic regions such as Australia.</p><p>Weighing just 0.014 lb, its lightweight nature does not compromise its structural integrity or operational reliability. Instead, it contributes to easier handling during installation or maintenance procedures.</p><p>In summary, this UL North American rated component stands out due to its robust design tailored for high-performance requirements in industrial applications. Its specifications ensure compatibility with demanding electrical systems while offering ease of integration and reliable operation over time.</p>