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Circuit Breakers

A circuit breaker is a device used to protect an electrical circuit from overloading or shorting out. It is also designed to automatically reset itself after the fault has been cleared. In this article, we will discuss the application field and working principle of the 229T-2-11F..S01001667 Circuit Breaker.

Application Field

The 229T-2-11F..S01001667 Circuit Breaker is used in medium voltage applications, up to 3200A. It is designed to protect electrical and electronic equipment from high overloads and short circuits. It is suitable for use in a variety of industrial and commercial environments, such as factories, power plants, and commercial buildings. It is also suitable for applications that require fault-current interruption.

Working Principle

The 229T-2-11F..S01001667 Circuit Breaker operates using the Thermal-Magnetic principle. When a fault occurs in the circuit, the current flows through the breaker, and is monitored by the bimetal contacts. When the current exceeds the rated limit of the breaker, the bimetal contacts open, disconnecting the load from the power source. This action helps protect the circuit from becoming overloaded and causing a short-circuit.

Once the fault has been cleared, the breaker can reset itself and the load can be reconnected. This is done using the magnet component of the breaker. When the circuit current is returned to normal levels, the magnet attracts the bimetal contacts back together, allowing the load to be reconnected and the circuit to resume operation.

The 229T-2-11F..S01001667 Circuit Breaker also has safety features that help prevent overcurrents from occurring. These features include adjustable trip settings, adjustable voltage settings, adjustable time delay settings, and an Overcurrent Indicator.

Conclusion

The 229T-2-11F..S01001667 Circuit Breaker is a reliable and efficient way of protecting electrical and electronic equipment from current overloads and short circuits. It operates using the Thermal-Magnetic principle, and features adjustable trip settings, adjustable voltage settings, adjustable time delay settings, and an Overcurrent Indicator. It is suitable for use in a variety of environments, including factories, power plants, and commercial buildings.

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