LSIS 02155914UL UTS800H PR2 400A 3P UL

Molded Case Circuit Breakers The LSIS 02155914UL UTS800H PR2 400A 3P UL is a high-performance molded case circuit breaker (MCCB) designed for reliable protection and control in electrical systems. This circuit breaker is engineered to meet stringent safety standards and is ideal for various industrial applications, providing essential protection against overloads and short circuits.

Key Features

• Rated Current: 400A, ensuring robust performance for medium to large-scale electrical systems.
• Poles: 3P (three-phase), suitable for balanced load conditions in industrial settings.
• UL Listed: Complies with UL standards for safety and reliability, providing peace of mind in compliance.
• Compact Design: Optimized for space efficiency without sacrificing functionality, making it ideal for confined installations.
• Adjustable Trip Settings: Customizable settings for overload and short-circuit protection, allowing adaptation to specific application needs.

Applications

• Industrial Automation: Perfect for use in factories and manufacturing plants where reliable circuit protection is critical.
• Commercial Buildings: Suitable for electrical distribution in commercial environments, ensuring safety and reliability.
• Renewable Energy Systems: Effective in solar and energy storage installations, where circuit integrity is vital.
• Electrical Infrastructure: Ideal for substations and power distribution boards, providing essential protection against faults.

Benefits

• Enhanced Safety: Protects electrical circuits from overloads and short circuits, reducing the risk of fire and equipment damage.
• High Reliability: Built with LSIS’s commitment to quality and innovation, ensuring long-lasting performance.
• Energy Efficiency: Helps maintain optimal operation of electrical systems, contributing to overall energy savings.
• Easy Installation: Straightforward setup allows for quick integration into existing electrical systems. --- Product information compiled with AI assistance for reference purposes.