CMLHPK11-1REC4-52-200.-A-01-V

CMLHPK11-1REC4-52-200.-A-01-V, commonly known as an integrated circuit breaker, is an integral and very important part of any electrical system. It is essentially an electronic device that bridges the gap between the supply and the load of an electrical system and acts as a protector from power surges and damages.The main purpose of circuit breakers is to provide protection from short-circuiting, power overloads, and other hazardous conditions that can damage electrical components. In the event of an overload, the breaker trips, breaking the current and preventing an electrical overload, thereby protecting against safety issues.In general, integrated circuit breakers are designed to be mounted into a panel for easy installation and removal. This prevents the need for wiring the circuit breakers into the control panel. They are equipped with a number of features that provide protection, such as an adjustable current-limiting timer, variable trip delay, and built-in surge suppression.This particular circuit breaker, the CMLHPK11-1REC4-52-200.-A-01-V, is designed for use in the field of industrial automation. This type of circuit breaker is especially suitable for situations where power supplies and loads need to be independent from one another. This makes it ideal for use in situations where a single control board is responsible for all of the operations.This device is designed to provide protection to a wide range of electrical components, including power supplies, circuit breakers, and electrical panels. It has an overload rating of up to 250 Amps, as well as a short-circuit rating of up to 28 Amps. It is also resistant to dirt, humidity, and extremes of temperature.The working principle of this integrated circuit breaker is that when a load is connected to the device, it senses the amount of current being delivered. If it senses an overload, the device will trip, breaking the current and preventing the load from receiving too much power.In summary, the CMLHPK11-1REC4-52-200.-A-01-V integrated circuit breaker is an essential component for any electrical system and is especially designed for use in industrial automation applications. It provides protection from power overloads and short-circuits, and can withstand high levels of dirt, humidity, and extreme temperatures.