IEGS1-35505-3-V

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Circuit Breakers are used to protect over-loaded electrical networks from being damaged due to high currents or short circuits. They are also used to maintain a safe voltage level and prevent equipment from malfunctioning or failing. The IEGS1-35505-3-V is a specific type of circuit breaker that is designed for use in the Industrial, Commercial and Household sectors. This article will discuss the application field and working principle of the IEGS1-35505-3-V Circuit Breaker.

The IEGS1-35505-3-V Circuit Breaker is designed to provide reliable performance and protection in a wide range of industrial, commercial and household applications. It is a two-pole type breaker that is UL1077 certified. The breaker is rated for a nominal voltage of 120/240 VAC and an maximum short-circuit current of 10,000 A. It also features a trip time of 10 milliseconds and a wired terminal for easy connection.

The IEGS1-35505-3-V Circuit Breaker is designed to provide protection from overloads, shorts, and ground faults. It works by tripping at a specific calcium value, which is determined by a trip-off calculation inside the breaker. When an overload occurs in the electrical network, the electronic circuit within the breaker senses the increased current flow, and the trip-off calculation decides if the current exceeds the breaker’s rated value. If the current is higher than the rated value, the breaker will trip to protect the electrical network.

The breaker also contains a manual trip mechanism which can be activated in case of a fault. This trip mechanism is used to manually switch off the breaker in an emergency situation. The mechanism is located on the bottom of the breaker, and it can be operated from the front panel or from the side.

Overall, the IEGS1-35505-3-V Circuit Breaker is a highly reliable and efficient way to protect electrical networks from damage due to overloads, shorts and ground faults. Its tripping mechanism is designed to keep the breaker from tripping too soon or too late. Its manual trip mechanism gives added protection in emergency situations. It is an ideal choice for industrial, commercial and household applications.

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