9926291120 Circuit Protection

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Circuit Breakers provide superior protection against power surges and unexpected shutdowns. The 9926291120 application field and working principle are as a follows:

Application Field of 9926291120 Circuit Breakers

9926291120 circuit breakers are designed to protect electrical systems from overcurrents, including short circuits, overloads, and insulation failures. They are used in industrial, commercial, institutional, and residential applications. They provide a reliable and economical method of controlling electrical circuits.

Working Principle of 9926291120 Circuit Breakers

9926291120 circuit breakers work by interrupting the circuit when there is an overload or short circuit. When an overload occurs, the circuit breaker’s overcurrent sensing device (OCPD) senses the increase in current and trips, cutting off the flow of electricity. The mechanism of the trip is to open the circuit making contact, thereby cutting off the current.

When the current on the circuit increases beyond the trip point of the OCPD, the circuit breaker will trip and disconnect the circuit. This prevents the electrical system from damage due to the over current. When the overload condition has been cleared, the circuit breaker can be manually reset, restoring power to the circuit.

Technical Features of 9926291120 Circuit Breakers

9926291120 circuit breakers feature high quality materials and construction as well as superior protection capabilities. They are capable of current monitoring and load shedding in case of a power surge, providing a reliable and robust solution. Furthermore, they have an adjustable overload protection setting, as well as an adjustable trip setting that allows for precise current control. Additionally, these breakers feature a low temperature rise design, illustrating their durability and resistance to heat.

Conclusion

9926291120 Circuit Breakers have a variety of functions and features that make them an ideal choice for protecting electronic systems. They offer enhanced overload protection, precise current control, and a reliable and robust design that ensure maximum protection against power surges and unexpected shutdowns.

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