IEG66-32061-25-V Circuit Protection

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Circuit breakers are an essential element in virtually any electrical system, providing important protection for people, property, and equipment. The IEG66-32061-25-V is a type of circuit breaker that offers protection for higher voltages, up to 2200 volts.

The IEG66-32061-25-V is particularly useful for applications involving large motors, generators, or transformers, where high voltage is involved. As a thermal-magnetic circuit breaker, it provides both overload and short circuit protection. It is typically used in both residential and industrial settings.

The IEG66-32061-25-V works by monitoring current flow in the circuit it is connected to. When it detects that the current is too high, it will trip the breaker, disconnecting the circuit and preventing damage to equipment or people. It does this by means of a thermal element and a magnetic element. The thermal element will trip the breaker when the temperature of the element gets too high indicating an overload. The magnetic element is tripped by large currents and operates at a much faster speed than the thermal element, providing short circuit protection.

The thermal-magnetic design of the IEG66-32061-25-V provides a high degree of response to both overloads and short circuits. The breaker is designed to trip at a set current level still allowing the motor to start when the overload is not too high. It is also designed to trip at 65% of its rated current, ensuring quick current interruption.

The IEG66-32061-25-V is designed to provide protection in both open and enclosed systems. It is impact resistant, rated as IP20 and UL 489, meaning it is suitable for outdoor use. The breaker is compatible with a range of accessories including voltage monitors, alarm contacts, and monitored auxiliary switches.

The IEG66-32061-25-V is an important safety device for any electrical system. It is an invaluable tool for protecting both people and property, and thus is an essential component of any electrical system. Its thermal-magnetic design ensures rapid response to overloads and short circuits, providing the best possible protection for the circuit.

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