LSIS 02040006UL UTE100E FTU 50A 2P LL UL

Molded Case Circuit Breakers The **LSIS 02040006UL UTE100E FTU 50A 2P LL UL** is a precision-engineered molded case circuit breaker designed for reliable protection and control in electrical systems. With a robust construction and advanced features, this circuit breaker is ideal for a variety of applications within the electrical power domain. ## Key Features • **Rated Current**: 50A, ensuring optimal performance for medium-scale applications. • **Poles**: 2-pole design for effective circuit protection and versatility in single-phase or three-phase systems. • **Certification**: UL listed, meeting rigorous safety and performance standards for enhanced reliability. • **Operating Voltage**: Suitable for systems up to 240V, making it versatile for various electrical configurations. • **Thermal Magnetic Protection**: Combines thermal and magnetic trip characteristics for comprehensive overload and short-circuit protection. ## Applications • **Industrial Automation**: Perfect for use in manufacturing facilities, protecting motor circuits and distribution boards. • **Commercial Buildings**: Ideal for electrical panels in commercial establishments, ensuring safety and operational efficiency. • **Residential Installations**: Suitable for residential electrical systems, providing protection against overloads and short circuits. • **Compatibility**: Integrates seamlessly with LSIS automation solutions, ensuring optimal performance across connected systems. ## Benefits • **Enhanced Safety**: Minimizes the risk of electrical fires and equipment damage through reliable circuit interruption. • **Durability**: Constructed with high-quality materials to withstand demanding operational conditions, ensuring longevity. • **Ease of Use**: User-friendly design facilitates straightforward installation and maintenance, reducing downtime. • **Energy Efficiency**: Helps maintain energy efficiency in electrical systems by preventing overloads, promoting sustainability. --- *Product information compiled with AI assistance for reference purposes.*