LEJBX1-1-63-2.00-F-M3-T

Circuit Breakers

A circuit breaker is a device used to protect electrical circuits from damage caused by overloads or short circuits. The LEJBX1-1-63-2.00-F-M3-T is a popular type of circuit breaker that is used in a wide variety of applications. In this article, we will discuss the application field and working principle of the LEJBX1-1-63-2.00-F-M3-T.

Application Field of LEJBX1-1-63-2.00-F-M3-T

The LEJBX1-1-63-2.00-F-M3-T circuit breaker is mainly used in household and industrial circuits. Since the device has a wide range of adjustable breaking capacity, it can be used in a variety of settings.

The device is suitable for use in single-phase, three-phase and neutral-point circuits. Its ability to automatically disconnect as soon as an overload or a short circult occurs, makes it an ideal choice for protecting circuits against damage.

Working Principle of LEJBX1-1-63-2.00-F-M3-T

The LEJBX1-1-63-2.00-F-M3-T circuit breaker uses an electromagnet and a spring-loaded plunger to operate. When current flows through the device, the electromagnet produces a magnetic field which pulls the plunger and opens the circuit breaker. This will trip the circuit, disconnecting the current.

The device can be manually reset by pressing the reset button. This will cause the plunger to move back, closing the circuit breaker and allowing current to flow again. The breaker can also be automatically reset, meaning that when the over-current condition is cleared, the breaker will trip back on without having to press the reset button.

The LEJBX1-1-63-2.00-F-M3-T also has an adjustable current-limit setting. This allows the user to set the maximum current that the device can handle before tripping. This ensures that the circuit breaker will not be overloaded and provides additional protection.

Conclusion

The LEJBX1-1-63-2.00-F-M3-T circuit breaker is a popular device used in a variety of applications. Its wide adjustable breaking capacity and its ability to automatically trip when an overload or short circuit occurs, make it an ideal choice for protecting electrical circuits. Understanding how the device works and knowing how to properly adjust the device\'s current limit settings will help ensure the protection of circuits in a variety of settings.