IEG6-33717-3-V

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The IEG6-33717-3-V is a circuit breaker designed to provide the highest level of protection of electrical systems and equipment. It can be used in a wide range of applications, providing protection for circuits, equipment and systems up to 17.5kV.

The basic working principle of the IEG6-33717-3-V breaker is to detect faults and open the circuit breaker in order to prevent further damage or injury caused by the fault. It works in two stages, the first being a current sensing stage and the second being a voltage sensing stage. In the current sensing stage, a current sensing coil detects the fault current, and if the current exceeds the pre-set current threshold value, the breaker will open. The voltage sensing stage is triggered if the fault current remains above the threshold for a certain period of time, causing the breaker to open and disconnect the circuit.

The IEG6-33717-3-V breaker can be used in many applications, from commercial and industrial equipment, to residential and utility systems. It is especially handy for applications in which a high current draw is likely, such as motors, elevators, and large machining tools. It can also be used in applications requiring over-current and over-voltage protection, such as air conditioning systems, refrigeration systems, and outdoor lighting circuits.

The IEG6-33717-3-V breaker offers a variety of features, including adjustable trip settings, automatic resetting after a short-circuit has been detected, and the ability to withstand extreme temperatures and high vibration levels. It also helps protect against ground-fault interruptions, safety lockouts and anti-interference circuits. Most importantly, it meets the UL489B Standard for Contactor and Circuit Breaker, providing the ultimate in protection for electrical systems and equipment.

Overall, the IEG6-33717-3-V is a powerful and reliable circuit breaker that is suitable for a wide range of applications. Its ability to detect and interrupt fault currents and its numerous safety features make it an ideal choice for protection of electrical circuits, equipment, and systems.

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