LSIS 02156730UL UTS800NT AQ2 800A 3P L UL

Molded Case Circuit Breakers The **LSIS 02156730UL UTS800NT AQ2 800A 3P L UL** is a high-performance molded case circuit breaker designed for robust electrical protection in industrial applications. With a rated current of 800A and three poles, this circuit breaker ensures reliable performance and safety in various power distribution systems. ## Key Features • **Current Rating:** 800A, ideal for heavy-duty applications requiring substantial power handling. • **Pole Configuration:** 3-pole design, providing comprehensive protection for three-phase electrical systems. • **UL Certified:** Meets Underwriters Laboratories (UL) standards, ensuring compliance with safety regulations. • **Compact Design:** Engineered for space-saving installations while maintaining high performance. • **Trip Mechanism:** Features advanced thermal-magnetic trip technology for effective overload and short-circuit protection. ## Applications • **Industrial Automation:** Perfect for use in manufacturing facilities and automation systems where reliable circuit protection is critical. • **Power Distribution Systems:** Suitable for commercial and industrial electrical panels managing substantial loads. • **Compatibility:** Designed to integrate seamlessly with LSIS’s range of electric power solutions, enhancing overall system reliability. • **Environmental Suitability:** Operates effectively in diverse conditions, from standard environments to more demanding industrial settings. ## Benefits • **Enhanced Safety:** Protects equipment and personnel from electrical faults, reducing the risk of accidents and downtime. • **Reliable Performance:** Built with high-quality materials, ensuring long-lasting durability and consistent operation over time. • **Efficient Operation:** Minimizes energy loss and maximizes system efficiency, contributing to operational cost savings. • **User-Friendly Installation:** Simplified mounting and wiring processes make installation quick and straightforward. --- *Product information compiled with AI assistance for reference purposes.*