IELBXK11-1-62-20.0-A-M6-V Circuit Protection

Circuit breakers are incredibly important to keep electrical systems safe. An IELBXK11-1-62-20.0-A-M6-V is a type of breaker used for high-voltage, high-current applications. By understanding its application field and working principle, we can better understand the role of circuit breakers in a variety of industries and make sure they are correctly installed and maintained.

What is an IELBXK11-1-62-20.0-A-M6-V?

Put simply, an IELBXK11-1-62-20.0-A-M6-V is a particular type of circuit breaker. It’s designed for high-voltage, high-current applications such as power distribution networks. It is rated for uninterrupted currents of up to 20 kiloamps (kA). Additionally, it has extremely low arc-quenching times of only 20 ms, making it very effective at controlling and dissipating great amounts of power.

Application Field

An IELBXK11-1-62-20.0-A-M6-V circuit breaker is suitable for a wide range of industrial applications. It is particularly suitable for controlling and distributing energy in complex industrial processes that require extremely large amounts of power. It can be used in commercial power systems, such as in data centers and other large-scale electrical networks. Additionally, it can be used in the manufacturing sector to protect high-powered machinery and processes.

Working Principle

As with any circuit breaker, the IELBXK11-1-62-20.0-A-M6-V works by interrupting an electrical current if it goes beyond a predetermined threshold. This is done by using electromagnetic force to open the breaker, allowing the current to be diverted to a protected line. It is designed to open quickly, which greatly minimizes the amount of damage caused by the overload. Additionally, the low arc-quenching time reduces the possibility of arc flash hazards.

Conclusion

The IELBXK11-1-62-20.0-A-M6-V is a type of circuit breaker designed for high-voltage, high-current applications. It is useful in a number of industrial and commercial contexts, and its extremely fast reaction time makes it ideal for machines and processes that require large amounts of power. By understanding its application field and working principle, we can make sure that it is correctly installed and maintained for maximum safety.