8340-F420-K4F2-A3H0-25A

Circuit Breakers, a device found in most modern electrical systems, are highly efficient devices that protect circuits from damage caused by current overloads. The 8340-F420-K4F2-A3H0-25A circuit breaker is one of the most reliable and commonly used models of modern circuit breakers, and is designed to ensure safe operation of electrical circuits in a variety of applications.

When an electrical circuit experiences a sudden surge in current, the breaker senses the surge and cuts the current to stop the system from becoming damaged. In this way, a solid-state circuit breaker can protect an electrical system from short-circuits, overloads, surges, and other serious problems.

The 8340-F420-K4F2-A3H0-25A circuit breaker uses a sensitive, highly reliable sensor to detect current overloads, and when it detects a surge, it immediately cuts the flow of current to the circuit. The sensor is housed in a molded plastic body that is designed to provide maximum safety and durability. The circuit breaker also includes an adjustable timing circuit, which allows it to be customized for specific applications and ensure the most efficient operation.

The 8340-F420-K4F2-A3H0-25A circuit breaker is commonly used for a variety of industrial and commercial purposes. It is especially suited for use in high-power electrical systems, such as those used in motor-driven machinery and large-scale automation systems. Its high frequency response and adjustable timing circuit make it ideal for applications that require precise regulation of current.

The 8340-F420-K4F2-A3H0-25A circuit breaker is also highly efficient, allowing it to effectively manage electrical overloads without sacrificing performance. In addition, it is designed to be extremely reliable and is capable of withstanding temperatures that reach up to 140°F (60°C). This makes it an excellent choice for applications that require reliable protection from temperature extremes.

The 8340-F420-K4F2-A3H0-25A circuit breaker is highly efficient, reliable and durable, making it an ideal choice for a variety of industrial and commercial applications. Its ability to manage overloads and temperature extremes makes it suitable for a variety of applications, such as motor-driven machinery, automation systems, and high-power electrical systems. Furthermore, its adjustable timing circuit allows it to be customized for specific applications and ensure the most efficient operation.