IEGS1-1REC4-31314-20-V

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Circuit breakers are electrical devices that are used to disconnect or interrupt an electrical circuit for safety reasons or to isolate an area of a system. The IEGS1-1REC4-31314-20-V is a specific type of circuit breaker that is used for applications where sensitive electronics need to be protected from high-voltage transients. This type of circuit breaker is designed to disconnect the power to a load immediately when a voltage transient is detected and to reset the breaker when the voltage returns to normal.

Working Principle

The IEGS1-1REC4-31314-20-V circuit breaker works on the principle of "tripping" when a certain threshold is exceeded. This threshold is determined by the maximum continuous operating voltage of the equipment that is being protected. When the voltage in the circuit goes above the threshold voltage, the circuit breaker will open and disconnect the power to the load. It will then reset once the voltage has gone back to normal.

Application Field

The IEGS1-1REC4-31314-20-V circuit breaker is used in a wide range of applications where sensitive electronics need to be protected from transient voltages. These applications include industrial control systems, medical equipment, telecommunications systems, automotive electronics, and many more. It can also be used to protect equipment such as computers, printers, and other sensitive electronics from high voltages or short circuits.

This type of circuit breaker is designed to provide high levels of protection to sensitive electronics and is suitable for applications that require fast response times. It is an effective solution for protecting equipment from dangerous power transients and can help to extend the lifespan of the equipment.

Conclusion

The IEGS1-1REC4-31314-20-V circuit breaker is an effective solution for protecting sensitive electronics from transient voltages. It is designed for fast response times and can help to extend the lifespan of the equipment. It is a reliable and cost-effective way to protect loads from harmful high-voltage transients.

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