When evaluating industrial electrical components, understanding the specific technical specifications is crucial. This UL North American product offers a robust solution for various applications with its reliable performance metrics.
Rated for a current of 4 A, this component is designed to handle moderate power loads efficiently. Its voltage rating stands at an impressive 500 VAC, making it suitable for a wide range of commercial and industrial environments. The product's ability to operate effectively across frequencies of 50/60 Hz adds to its versatility, ensuring compatibility with different power systems.
The interrupt rating of 10 kA highlights its capacity to withstand high fault currents without compromising safety or functionality. This feature is particularly vital in settings where electrical surges are a concern, offering peace of mind through enhanced protection against potential overloads.
Physically, the component measures a length of 1.5 inches and has a diameter of 0.41 inches, making it compact enough for installations where space may be limited. Despite its small size, it maintains structural integrity thanks to the use of GMG material for both the body and insulation. This choice ensures durability while maintaining lightweight characteristics at just 0.014 lb.
Installation is straightforward with its clip mounting type which facilitates secure attachment in various setups without requiring complex tools or procedures. The ferrule terminal type supports efficient connections that are both reliable and easy to manage during installation or maintenance.
The connection and terminal materials made from tin-plated copper offer excellent conductivity along with corrosion resistance—qualities that contribute significantly to long-term performance stability in diverse environmental conditions.
In summary, this UL North American product combines essential features such as high voltage handling capability, significant interrupt ratings, and compact dimensions with durable construction materials like GMG and tin-plated copper terminals—all contributing towards optimal performance in demanding industrial scenarios.