IEGZX66-1-62-30.0-G-05-V

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The IEGZX66-1-62-30.0-G-05-V is a type of circuit breaker, designed to be a reliable electrical protection device that will open a circuit in the case of an overload or short-circuit fault. This particular circuit breaker is rated for a maximum current of 30 amperes, and is designed for a voltage range of 619V AC/11kV AC with a breaking capacity of 2.5kA. It is also designed with a variety of safety features to ensure safe operation.

The IEGZX66-1-62-30.0-G-05-V circuit breaker is typically used in residential buildings and commercial applications. It is designed to guard against overcurrent, short-circuit, and earth leakage. Its main purpose is to protect the electrical distribution system from potentially hazardous conditions. This particular breaker is also designed to work with high-performance components that minimize the risks associated with electric shocks, fire, and other causes of potential injury or death.

The working principle of the IEGZX66-1-62-30.0-G-05-V is based on the use of an overcurrent sensing element. This element consists of a trip coil and an electromagnet. When an overcurrent is detected, the trip coil will create a magnetic field, which in turn will move the electromagnet. This will trigger the release of a spring-loaded operating mechanism, which will open the circuit. Additionally, the circuit breaker is designed to include a thermal overload protection system, which will operate when a certain temperature is reached.

The IEGZX66-1-62-30.0-G-05-V is designed to provide reliable operation and safety for residential and commercial applications. It is designed to guard against overcurrent, short-circuit, and earth leakage, while providing protection against electric shocks, fire, and other potential causes of injury or death. By using an electromagnet and trip coil design, it is capable of quickly opening a circuit in the case of an overload or fault. Additionally, the circuit breaker is designed with a thermal overload protection system to ensure reliable and safe operation.

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