JLE-1-1-52-1-F1-200

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Circuit breakers are essential for the safety and efficient operation of any electrical system. They protect the system from becoming overloaded by interrupting the current whenever an overcurrent is detected. JLE-1-1-52-1-F1-200 circuit breakers are one such type of breaker which are designed to provide high current interruption in electrical power distribution networks.

Application Field

The JLE-1-1-52-1-F1-200 circuit breaker is a unit suitable for use as a main or branch-circuit breaker with voltages up to 1200 Volts AC and 1500 Volts DC. This type of circuit breaker is typically used in residential, commercial, and industrial applications that require high-current interruption, such as electrical power distribution networks, motor control centers, and industrial process control systems. It has a high short-circuit interrupting capacity of up to 200 Amps and a wide current range from 6 to 200 Amps.

Working Principle

The JLE-1-1-52-1-F1-200 circuit breaker operates by using a bimetallic strip mechanism to detect an overcurrent. When an overcurrent is detected, the bimetallic strip bends and releases electrical contacts which open the circuit. This interrupts the electrical current, preventing further damage or injury. The circuit breaker is also equipped with a thermal overload protection, which heats up as electric current passes through it. This overload protection trips to open the circuit when the current reaches a certain level. The circuit breaker also has a number of safety features to ensure it operates correctly, including a manually operated reset switch and an alarm or indicator light.

Conclusion

The JLE-1-1-52-1-F1-200 circuit breaker is a reliable and durable breaker designed for use in a variety of applications. It has an impressive current interruption capability, a wide current range, and a range of safety features designed to protect the system from overcurrent, overload, and other potential hazards. The breaker is suited for use in commercial, industrial, and residential applications, and is an essential component of any electrical power distribution network.

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