IEGBX1-1-72-5.00-M3-V

Circuit Breakers

A circuit breaker is a specialized type of switch designed to protect electrical circuits from damage caused by overload or short-circuit. Circuit breakers are part of an electrical distribution system and are designed to quickly shut off power when the circuit becomes overloaded. This can happen if the load on the circuit exceeds the rated current, or if a short-circuit occurs, allowing excessive current to pass through.

The IEGBX1-1-72-5.00-M3-V is a circuit breaker designed for medium voltage applications and is used to disconnect and connect circuits within a specified range of current and voltage. It is designed to be a general purpose circuit breaker and is suitable for applications such as industrial and commercial buildings, and agricultural and marine applications.

The IEGBX1-1-72-5.00-M3-V circuit breaker operates on a three-pole system and is rated for operation of up to 5.00 megavolts (MV). This model utilizes a thermal-magnetic mechanism that detects both overload current and short-circuit current in order to trigger the breaker. Once tripped, the mechanism disables the circuit, preventing further damage and avoiding hazardous situations.

The IEGBX1-1-72-5.00-M3-V circuit breaker is designed to provide protection against overloads, short-circuits, and under-voltage conditions. This makes it well-suited for controlling medium-voltage electrical systems that are subject to variable load currents. In addition, the circuit breaker is designed in such a way that it can be reset without having to open the circuit panel, allowing quick and efficient responses to any abnormal conditions.

The IEGBX1-1-72-5.00-M3-V circuit breaker is a reliable and cost-effective solution for medium voltage applications. Its simple design and intuitive operation makes it an ideal choice for protecting electrical circuits from overloads and short-circuits. With proper installation and maintenance, this model can be expected to provide long-term and dependable protection against electrical hazards in its intended environment.