LELK11-36495-20-V

Circuit breakers are essential components of any robust electrical system and are used as safety mechanisms to protect the system from dangerous overloads. The LELK11-36495-20-V is a particularly powerful circuit breaker designed for use in industrial applications. It has a number of characteristics which make it ideal for industrial-grade protection, allowing it to handle more current than most other circuit breakers. In this article, we will discuss the application field of the LELK11-36495-20-V circuit breaker and its working principle.

The LELK11-36495-20-V circuit breaker is designed for use in high-voltage industrial environments where safety and reliability are of paramount importance. It is suitable for control and protection of three-phase motors, heating and lighting systems,transformer protection, and power distribution applications. The circuit breaker features a built-in adjustable time delay which allows the user to control the delay before the breaker trips, ensuring that it trips in a safe manner without any false triggering. It also features an adjustable current rating up to 240VAC and 1000A, giving it the ability to handle extremely high currents. The circuit breaker also has an emergency shutdown function, as well as a “quick-trip” feature which allows it to trip in milliseconds.

The working principle of the LELK11-36495-20-V circuit breaker is based on the characteristics of current tripping. It uses an integrated bimetallic element which is heated by the current passing through it. When the temperature of the bimetallic element is exceeded, it deforms due to the heat, causing a mechanical contact to break. This breaks the electrical circuit, causing the current to stop flowing. The breaker also features a reset mechanism, which allows it to be reset after a trip.

The LELK11-36495-20-V circuit breaker is an essential component of any industrial electrical system. Its high current rating and adjustable time delay make it ideal for protection and control of high-voltage circuits in industrial environments. It can provide reliable protection from overloads, ensuring the safety of the electrical system. The circuit breaker works using a bimetallic element and reset mechanism, allowing it to quickly trip and reset in a safe manner.