产品规格
产品内容
E-T-A 2210-T210-K0F2-H121-10A 热磁断路器 The E-T-A 2210-T210-K0F2-H121-10A is a high-performance thermal magnetic circuit breaker designed to provide reliable overcurrent protection for electrical circuits. With a robust one-pole configuration, this circuit breaker is ideal for applications requiring dependable protection against overloads and short circuits, making it suitable for both automotive and industrial environments.
Key Features
Thermal Magnetic Mechanism: Combines thermal and magnetic tripping mechanisms for superior protection against overloads and short circuits.
Voltage Rating: Operates at a voltage of 277VAC and 65VDC, ensuring versatility across various applications.
Current Rating: Rated for 10A, providing optimal protection for circuits up to this current threshold.
DIN Rail Mounting: Designed for easy installation on standard DIN rails, facilitating quick and efficient setup in control panels and distribution boards.
Auxiliary Contact: Features a normally open (1NO) auxiliary contact, allowing for additional signaling and integration into more complex systems.
Applications
Automotive Systems: Ideal for use in vehicles, providing robust circuit protection for sensitive electronic components and power distribution systems.
Industrial Equipment: Suitable for machinery and industrial setups where reliable protection from electrical faults is critical.
Power Distribution: Can be utilized in power distribution panels to safeguard against potential electrical hazards, ensuring uninterrupted performance.
Benefits
Enhanced Safety: Protects circuits from damage caused by overloads and short circuits, significantly reducing the risk of electrical fires and equipment failure.
Reliability: E-T-A's reputation for quality and innovation ensures that this circuit breaker meets high-performance standards, providing peace of mind in critical applications.
Ease of Installation: The DIN rail mounting feature simplifies installation and maintenance, allowing for quick replacement and serviceability when needed.
