IELBXB1-1REC5-70044-14-C

Circuit Breakers and IELBXB1-1REC5-70044-14-C

Circuit breakers are an essential component of the electrical grid system, and are used to protect the system from electrical overloads and short-circuits. The IELBXB1-1REC5-70044-14-C is a circuit breaker specifically designed for high-amperage applications.

Applications

The IELBXB1-1REC5-70044-14-C is a heavy-duty circuit breaker designed for commercial and industrial applications. It is particularly well-suited for applications with high load demands, such as those found in data centers, large industrial factories, and power plants. Its high current rating makes it ideal for protecting large power systems from short-circuits.

Working Principle

The IELBXB1-1REC5-70044-14-C is a thermal-magnetic circuit breaker, which utilizes both magnetic and thermal principles to trip when an overload or short-circuit occurs. The magnetic element of the circuit breaker is designed to detect sudden increases in current, and the thermal element is designed to detect sustained, gradual increases in current. When an overload or short-circuit is detected, the circuit breaker trips and the circuit is safely disconnected from the power source.

The IELBXB1-1REC5-70044-14-C features adjustable trip settings, which allow users to customize the breaker’s response to various levels of overload or short-circuit current. This allows users to customize the breaker to their specific application, and also provides increased flexibility and reliability.

Conclusion

The IELBXB1-1REC5-70044-14-C is a heavy-duty circuit breaker designed for commercial and industrial applications. It is a thermal-magnetic circuit breaker, which uses magnetic and thermal principles to trip when an overload or a short-circuit is detected. The IELBXB1-1REC5-70044-14-C features adjustable trip settings, which allow users to customize the breaker’s response to various levels of overload or short-circuit current.

The IELBXB1-1REC5-70044-14-C is an ideal solution for applications with high load demands, such as those found in data centers, large industrial factories, and power plants. Its adjustable trip settings allow users to customize the breaker to their specific application, providing increased flexibility and reliability.