IELBX1-1REC5-34910-28-C

IELBX1-1REC5-34910-28-C Application Field and Working Principle

Circuit breakes are an essential part of any electrical system. They protect the electrical infrastructure from overloading and from dangerous ground faults. The IELBX1-1REC5-34910-28-C is an exemplary circuit breaker, designed for a variety of applications and designed for medium voltage use. In this article, we will take a closer look at the working principle and application field of the IELBX1-1REC5-34910-28-C.

The IELBX1-1REC5-34910-28-C is a type of circuit breaker suited for medium voltages. It is a flush-mounted device with a voltage range of 5-35 kV. The IELBX1-1REC5-34910-28-C is designed for use in industrial, commercial, and residential applications, as it is a low-cost solution that is suitable for many applications.

The IELBX1-1REC5-34910-28-C is a two-pole breaker, meaning that it can connect two lines to form a closed circuit. This circuit breaker also features an On/Off switch and an adjustable trip-point, which allows for precise control over the current flow. In the event of an overload or short-circuit, the IELBX1-1REC5-34910-28-C will trip and disconnect the power supply.

The working principle behind the IELBX1-1REC5-34910-28-C is fairly simple. When a current passes through the device, it creates an intense magnetic field. This magnetic field attracts a metal plunger, which moves into the circuit and breaks the flow of electricity.

The advantage of using a circuit breaker such as the IELBX1-1REC5-34910-28-C is the ability to quickly and safely break an electrical circuit in the event of an overload or ground fault. This is far safer than manually disconnecting the power supply, as it prevents accidents and potential electrocution. Additionally, circuit breakers protect the wiring from damage and increase the safety of the user.

In conclusion, the IELBX1-1REC5-34910-28-C is a two-pole circuit breaker designed for medium voltage use. It can be used in a variety of applications, including industrial, commercial, and residential. The device is also able to quickly and safely trip and break the power supply in the event of an overload or ground fault. The working principle behind the device is simple, relying on a plunger that is attracted by an intense magnetic field.