IEGZX66-1-62F-15.0-H3-V

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Circuit breakers are an integral component in modern power distribution systems, used to protect both people and equipment from electrical harm. The IEGZX66-1-62F-15.0-H3-V is a three-pole, high voltage circuit breaker designed for applications in medium to high voltage networks.

The IEGZX66-1-62F-15.0-H3-V is designed for applications in medium to high voltage networks, with rated current up to 15,000 amp. It operates at a voltage range of 0 - 660 volts and temperatures from -25°C to 90°C. The breaker is also equipped with four-level self-protection mechanisms, designed to automatically shut off the circuit when an overload or fault is detected.

The IEGZX66-1-62F-15.0-H3-V operates on an air-blast system, which uses a high-pressure air stream to break the electric arc and interrupt the current. This system is low in maintenance and simplifies the design of the enclosed switchgear. The system works by high-pressure air being forced through the breaker via an air line connected to a compressor. When the voltage level is detected as being greater than the rated current, the breaker initiates the air-blast system, breaking the arc.

Other features of the IEGZX66-1-62F-15.0-H3-V include an external trip bar, link spring mechanism and a multi-pole combination. The external trip bar allows the breaker to be remotely triggered, saving downtime in the event of an outage. The link spring mechanism reduces frequency current harmonics for increased efficiency. The breaker is also rated for use in higher load tracks, allowing for increased loading capability.

The IEGZX66-1-62F-15.0-H3-V is an ideal choice for medium to high voltage networks in both residential and industrial settings. The breaker is equipped with highly reliable self-protection mechanisms and is designed to supply safe, uninterrupted service. With a voltage range of 0 - 660 volts and temperatures from -25°C to 90°C, it is suitable for all climates, and its external trip bar allows for a quick response to any faults. The breaker is also low in maintenance and provides an efficient link spring mechanism to reduce frequency current harmonics.

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