IELHK111-35128-1 Circuit Protection

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Circuit breakers are essential components of any electrical system. They provide safety for the circuit, and are important in preventing the system from malfunctioning or physically damaging under high current loads. The IELHK111-35128-1, a trip-type circuit breaker, is one of the most commonly used circuit breakers.

The IELHK111-35128-1 circuit breaker is used mainly in industrial electrical systems, where it is responsible for maintaining the circuit’s safe electrical load during operation. When the amperage of the circuit exceeds the circuit breaker’s rated capacity, it will trip, automatically cutting off all power to the circuit. This prevents the circuit from overloading, which could potentially cause damage to the system.

The working principle of the IELHK111-35128-1 circuit breaker is relatively simple. When the circuit breaker is operating within its rated load, current flows through the system freely. However, when the current load exceeds the circuit breaker’s rated capacity, a thermal magnetic release switch is triggered, instantly cutting off the flow of electricity to the circuit.

The thermal magnetic release switch, also known as the trip switch, is a bimetallic strip that expands when exposed to a current above the circuit breaker’s rated capacity. This expansion opens a mechanical release switch, which quickly breaks the electrical connection between the circuit and the circuit breaker. This interruption prevents further damage to the system due to the overcurrent.

The IELHK111-35128-1 circuit breaker is a reliable and efficient trip-type circuit breaker. It is designed for industrial use, and is able to handle large current loads with ease. Its simple principle of operation ensures that it is able to quickly and accurately protect the circuit from overloading, thus preventing further damage. It is an essential component of any industrial electrical system.

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