219-4-34127-50

Circuit Breakers

Circuit breakers are electrical switches designed to protect circuits and individuals against excess current, usually caused by short circuits or overloading. They are commonplace in residential, industrial, and commercial environments, and come in many sizes and configurations. Circuit breakers can be found in virtually any device with an electric motor, such as a refrigerator, a coffeemaker, a furnace, a microwave, a washing machine, or an air conditioner.

The 219-4-34127-50 is a type of circuit breaker designed for medium-voltage applications. It is rated for up to 4,000 volts and is available in both single- and three-phase configurations. It is designed for use in equipment such as substations, motor control centers, and commercial buildings. The breaker is designed to trip automatically when a short circuit or overload occurs, thus protecting the circuit and personnel from harm.

Application Field

The 219-4-34127-50 circuit breaker is a very versatile and reliable device. It is designed for use in a wide range of applications, such as industrial motors, low-voltage power distribution, high-voltage power distribution, commercial buildings, and many other applications. The breaker is incredibly reliable and is designed to trip automatically when an overload or short circuit occurs, thus protecting the circuit and personnel from harm.

Working Principle

The 219-4-34127-50 circuit breaker uses a spring-loaded mechanism to detect overload and short-circuit conditions. When the voltage or current in the circuit exceeds the breaker’s designated trip rating, the spring-loaded mechanism trips and opens the breaker, thus breaking the circuit. This prevents the circuit from overloading or causing a short circuit. The breaker can then be reset manually by pressing a reset button.

The 219-4-34127-50 is designed to be very reliable and easy to maintain. It has a high level of insulation and is designed to provide many years of reliable service. The device also has a long life expectancy, making it a cost-effective option for a variety of applications.