IULHK111-1-43-2.50-AB-01

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Circuit breakers are a type of protective device that is designed to safely disconnect electrical power in the event of an overload. The IULHK111-1-43-2.50-AB-01 is a circuit breaker designed for applications up to 43A with a short circuit current rating of 2.50KA.

The IULHK111-1-43-2.50-AB-01 is designed to detect and interrupt abnormal current conditions. When the current exceeds the rated circuit breaker amperage, the breaker trips, resulting in an open circuit and the electrical power is removed from the system. This allows for protection of electrical equipment from damage due to overloads, short circuits, or other overcurrents.

The IULHK111-1-43-2.50-AB-01 has a range of applications, including residential, commercial, and industrial settings. It can be used in a variety of applications, such as air conditioning systems, motors, pumps, lighting systems, and other critical equipment. It is also suitable for protecting against overloads, high-resistance faults, short circuits, and power outages. Additionally, the breaker has a trip indicator light that is triggered when the circuit trips and power is interrupted.

The working principle of the IULHK111-1-43-2.50-AB-01 is simple and effective. It consists of two main components, a thermal element and a magnetic element. The thermal element is often referred to as a heater element or bimetal, and it warms up when current passes through it. Once the temperature of the heater element reaches a predetermined point, it triggers the magnetic element. The magnetic element then mechanically trips the breaker, resulting in the open circuit and removal of power from the system.

The IULHK111-1-43-2.50-AB-01 is an effective and reliable circuit breaker suitable for a variety of applications. It is designed to protect electrical equipment from potentially hazardous conditions such as overloads, short circuits, and power outages. By working off a simple and effective thermal and magnetic system, the breaker is able to quickly and safely disconnect electrical power in the event of an overcurrent situation.

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