IEGZX11-32141-25-V

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Circuit breakers are devices that protect electrical appliances, buildings and other electrical circuits against overloads and overcurrents. They are designed to open and close electrical circuit breakers automatically, when a fault occurs or when a user manually triggers the switch in order to reset and restore power.

IEGZX11-32141-25-V is a type of magnetic circuit breaker, an important part of any modern electrical circuit. It is a current-limiting, high-performance circuit breaker with a rated voltage of 690 vac, a rated current of 25A, and a rated short-circuit breaking capacity of 10kA. This circuit breaker is suitable for general power distribution and motor control systems, as well as light industrial and commercial applications.

The working principle of IEGZX11-32141-25-V is relatively simple. The circuit breaker is equipped with a magnetic field system, which consists of copper wiring, magnets, and a metallic armature. When the current passing through the circuit breaker exceeds its rating, the magnet will create a magnetic field on the armature, causing it to move and pull down a trip lever, which trips the breaker and opens the contacts, breaking the circuit.

Advantages of IEGZX11-32141-25-V include its compact size and overall light weight, making it suitable for applications that require a high degree of portability. Additionally, its high-performance current-limiting abilities provide circuit protection and reliability not found in other types of circuit breakers. Finally, its self-tripping action prevents danger due to excessive overloading of a circuit.

IEGZX11-32141-25-V circuit breakers are ideal for light industrial and commercial applications, as well as general power distribution and motor control systems. These magnetic circuit breakers are relatively easy to install and offer superior protection against overloads and overcurrents, while providing a greater degree of safety and reliability. Furthermore, their self-tripping feature provides an additional layer of assurance, ensuring that any dangerous overloads are quickly addressed.

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