LELBXPK11-33328-1-V

Circuit Breakers are an essential part of many industrial and other applications, and the LELBXPK11-33328-1-V is no exception. It is used in a wide variety of applications, including commercial, industrial, safety, and even residential applications. The main purpose of circuit breakers is to protect the circuitry from excessive current, thus preventing damage and possible fires. Additionally, they may provide other useful functions, such as surge protection and resetting of circuits.

The LELBXPK11-33328-1-V offers extremely high performance and reliability for its size. It has a voltage rating of up to 277 A, a short-circuit rating of up to 200 A, and an interrupting rating of up to 20 kA. It is UL listed for safety and is Tamper Resistant tested and classified by UL; this makes it suitable for both residential and commercial applications. Additionally, it is CSA approved for use in industrial applications.

The working principle of this circuit breaker is based on the Blocking Principle. This principle involves using a pair of conductive material, typically composed of copper and iron disks, to form a resistance path that is interposed between the Line and Neutral. When an overload or short circuit occurs, an external coil connected to the copper discs magnetically creates a field, which breaks the line. This causes the breaker to trip, interrupting the current flow.

The LELBXPK11-33328-1-V is suitable for a variety of applications. It is commonly used in industrial settings, such as machine tool wiring for safety and overload protection. It is also used in electrical junction boxes, as well as in switches and outlets. Additionally, it is suitable for building automation applications, such as emergency electrical systems, HVAC control systems, and other residential and commercial applications.

In summary, the LELBXPK11-33328-1-V is an extremely reliable circuit breaker that offers both superior performance and safety. Its Blocking Principle working principle ensures its effective protection of circuits and devices from excessive current, and its variety of applications makes it an ideal choice for home, commercial, and industrial use.