LSIS 02110776UL UTS400NT ETS33 LSI 250A 3P L UL

Molded Case Circuit Breakers The LSIS 02110776UL UTS400NT ETS33 LSI 250A 3P L UL is a high-performance molded case circuit breaker designed for optimal protection and reliability in electrical systems. With a robust design and advanced technology, this circuit breaker is ideal for industrial applications requiring dependable performance under various operational conditions. ## Key Features • **Current Rating:** 250A, capable of handling substantial electrical loads while ensuring safety and stability. • **Poles:** 3P (three-phase), designed for three-phase power distribution, ensuring balanced load handling. • **UL Listed:** Meets rigorous UL standards for safety and performance, providing peace of mind in electrical installations. • **Compact Design:** Space-efficient construction allows for easy installation in confined spaces without compromising performance. • **Advanced Trip Mechanism:** Features a reliable thermal-magnetic trip mechanism that provides overcurrent protection and minimizes downtime. ## Applications • **Industrial Facilities:** Perfect for factories and manufacturing plants where high current loads are common. • **Commercial Buildings:** Suitable for use in commercial infrastructures where reliable electrical protection is needed. • **Power Distribution Systems:** Compatible with various power distribution setups, ensuring efficient management of electrical circuits. • **Renewable Energy Systems:** Ideal for integration into eco-friendly solutions, contributing to sustainable energy management. ## Benefits • **Enhanced Safety:** Protects electrical circuits from overloads and short circuits, reducing the risk of fires and equipment damage. • **Reliability:** Engineered for durability, the LSIS molded case circuit breaker ensures consistent performance in demanding environments. • **Efficiency:** Helps in maintaining optimal energy distribution, resulting in reduced energy losses and improved operational efficiency. --- *Product information compiled with AI assistance for reference purposes.*