BR1C60UC

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Circuit Breakers are electronic devices which are used in electrical power systems to protect them from overcurrents and short circuits. BR1C60UC is an advanced and popular circuit breaker which is designed specifically for industrial and commercial applications.

BR1C60UC has a wide range of benefits, such as improved system reliability and response time, lower power consumption and optimized operational life. It is particularly suited for industrial processes where overcurrent protection is required. The BR1C60UC employs a shunt tripping system which offers high response time, and is also suitable for high current loads.

The BR1C60UC circuit breaker\'s working principle is based on a series of contacts which are opened and closed according to an electrical or mechanical signal. The BR1C60UC has two distinct contact "floats" which are used to control the circuit breaker\'s operations. The first contact float operates when it detects an overcurrent while the second float is opened when the overcurrent has been passed. The two contact floats are connected to the main contact relay and the trip signal is passed to the relay allowing the circuit breaker to open or close.

In terms of applications, BR1C60UC circuit breakers are used in many industrial and commercial applications including motor control centers, high voltage motor control centers, heavy duty motor control centers, and overcurrent protection. They are also used in electrical power systems for the protection of sensitive equipment such as computers, UPS systems, and other electronics.

The BR1C60UC is an advanced and reliable circuit breaker which is designed to protect electrical systems from damage caused by overcurrents and short circuits. Its series of contacts and shunt tripping system allow for fast response times and enhanced safety. With its wide range of applications and improved reliability, it is an ideal choice for industrial and commercial applications.

The specific data is subject to PDF, and the above content is for reference