E-T-A 2210-T220-K0M1-H231-5A Thermal Magnetic Circuit Breaker 1077 2 Pole DIN Mount 480VAC/65VDC M1 1NC AUX 5A

Thermal Magnetic Circuit Breaker The **E-T-A 2210-T220-K0M1-H231-5A Thermal Magnetic Circuit Breaker** is a high-performance electrical component designed for reliable overcurrent protection in various applications. This breaker is specifically engineered to safeguard circuits operating at voltages up to 480VAC and 65VDC, making it ideal for both residential and industrial environments. ## Key Features • **Voltage Rating**: Operates effectively at up to 480VAC and 65VDC for versatile applications. • **Current Rating**: Rated at 5A, providing precise protection for low-current circuits. • **Pole Configuration**: Features a 2-pole design, suitable for applications requiring dual circuit protection. • **Auxiliary Contact**: Includes 1 Normally Closed (NC) auxiliary contact, enhancing functionality for monitoring and control. • **DIN Mounting**: Designed for easy installation on DIN rails, ensuring secure and efficient mounting in control panels. ## Applications • **Industrial Equipment**: Perfect for protecting motors, transformers, and other machinery in industrial settings. • **Automotive Systems**: Ideal for various automotive applications requiring reliable circuit protection. • **Power Distribution**: Suitable for use in power distribution systems where safety and reliability are paramount. • **OEM Applications**: Customizable for original equipment manufacturers needing tailored circuit protection solutions. ## Benefits • **Enhanced Reliability**: Provides dependable overcurrent protection to prevent circuit failures and equipment damage. • **User-Friendly Installation**: Designed for quick and straightforward installation, reducing downtime during setup. • **Robust Design**: Built to withstand harsh operating conditions, ensuring durability and longevity. • **Compliance with Standards**: Meets industry standards for safety and performance, instilling confidence in use. --- *Product information compiled with AI assistance for reference purposes.*