LSIS 02111040UL UTS400L ETM33 250A 3P UL

Molded Case Circuit Breaker The **LSIS 02111040UL UTS400L ETM33** is a high-performance molded case circuit breaker designed for reliable protection and control of electrical circuits. With a current rating of 250A and three poles, this circuit breaker is engineered to provide superior performance in various industrial applications. Its UL certification ensures compliance with rigorous safety standards, making it a trusted choice for electrical systems. ## Key Features • **Current Rating:** 250A for robust capacity handling, ideal for medium to heavy load applications. • **Poles:** 3P configuration, suitable for three-phase systems. • **UL Certification:** Meets the Underwriters Laboratories standards for safety and reliability. • **Compact Design:** Efficient space utilization while maintaining high performance. • **Adjustable Trip Settings:** Enhanced protection through customizable trip settings for overload and short-circuit conditions. ## Applications • **Industrial Automation:** Perfect for protecting motors, pumps, and other heavy machinery in manufacturing processes. • **Commercial Buildings:** Suitable for electrical distribution systems in commercial facilities, ensuring operational safety. • **Renewable Energy Systems:** Compatible with solar inverters and other energy management systems, supporting eco-friendly initiatives. • **Electrical Panels:** Ideal for use in control panels, ensuring reliable circuit protection. ## Benefits • **Enhanced Safety:** Protects electrical circuits from overloads and short circuits, minimizing the risk of damage and fire hazards. • **High Reliability:** Built with advanced materials and technology, ensuring long-lasting performance even in demanding environments. • **Ease of Installation:** Designed for straightforward mounting in electrical cabinets, reducing installation time and complexity. • **Energy Efficiency:** Contributes to reduced energy losses by effectively managing electrical distribution. --- *Product information compiled with AI assistance for reference purposes.*