E-T-A 2210-T210-K0F2-H131-2A Thermal Magnetic Circuit Breaker 1077 1 Pole DIN Mount 277VAC/65VDC F2 1NC AUX 2A

E-T-A Thermal Magnetic Circuit Breaker The E-T-A 2210-T210-K0F2-H131-2A Thermal Magnetic Circuit Breaker is engineered for reliable overcurrent protection in electrical systems. Designed for DIN rail mounting, this robust circuit breaker is suitable for a variety of applications, providing both thermal and magnetic trip functions to safeguard your equipment from overload and short-circuit conditions. ## Key Features • **Thermal Magnetic Protection**: Combines thermal and magnetic trip mechanisms for comprehensive overcurrent protection. • **Voltage Ratings**: Operates at 277VAC and 65VDC, ensuring compatibility with a wide range of electrical systems. • **Single Pole Design**: Features a single pole configuration, ideal for applications requiring compact and efficient circuit protection. • **Auxiliary Contact**: Includes a 1NC auxiliary contact, allowing for additional circuit monitoring or control functions. • **Current Rating**: Rated for a maximum current of 2A, suitable for low-current applications where precise protection is essential. ## Applications • **Electrical Distribution**: Perfect for protecting circuits in industrial machinery, automotive applications, and power management systems. • **DIN Rail Compatible**: Designed for easy installation on standard DIN rails, facilitating quick setup and integration into existing systems. • **Versatile Use Cases**: Applicable in environments demanding high reliability, such as manufacturing plants, commercial buildings, and electric vehicles. ## Benefits • **Enhanced Safety**: Protects electrical components from damaging overcurrents, reducing the risk of fire and equipment failure. • **Durability**: Built with high-quality materials to ensure long-lasting performance under various operational conditions. • **Ease of Installation**: Simple DIN rail mounting simplifies installation and maintenance, saving time and labor costs. --- *Product information compiled with AI assistance for reference purposes.*