BR3C16UC Circuit Protection

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 ubiquitous in power systems, so much so that anyone handling electricity should be familiar with their basic operating principles. BR3C16UC is an example of a circuit breaker that offers a variety of features to protect both personnel and electrical equipment. It is an intelligent, autonomous device that automatically responds to changes in its environment, mitigating dangerous situations before they can become hazardous. In this article, we will discuss the application field and working principle of the BR3C16UC.

The BR3C16UC circuit breaker is designed for use in medium-voltage applications up to 15kV, 230kA, and has a number of features that make it suitable for a range of applications. First, its modular design allows for easy replacement, with a wide range of accessories and customizations available. Its built-in trip-free function and automatic reset feature help ensure that circuits remain safely isolated until it is manually reset, and a safety status indicator alerts personnel to any changes in the breaker condition. This makes it ideal for hazardous locations where personnel must be aware of the condition of the circuit breaker at all times.

The BR3C16UC circuit breaker also has an optional motorized operating mechanism that allows for remote control, making it suitable for applications where remote control is necessary. This gives operators the ability to control the breaker from a safe distance, ensuring the safety of personnel. The brake has an integral gearbox that allows the operator to manually override the breaker in the event of a fault. The integrated solenoid trips the breaker in the event of an overcurrent, and the current sensor is adjustable to allow the breaker to meet different application requirements.

The BR3C16UC circuit breaker’s working principle is based on the principle of a current interrupting device. This device responds to changes in the environment, in this case overcurrents, by automatically disconnecting the power supply and thereby protecting connected electrical equipment from damage. The BR3C16UC utilizes current sensors, relays, and trip solenoids to detect rise in current and interrupt the flow of electricity. The current sensor within the breaker monitors the current flow and sends a signal to the relay in the event of an overcurrent. Once the relay has determined that the current is beyond the accepted safety limit, it activates the trip solenoid, which in turn trips the circuit breaker

The BR3C16UC circuit breaker is versatile and suitable for a range of medium-voltage applications. Its modular design and motorized operating mechanism allow for easy customization and remote control, while its trip-free function and safety status indicator ensure that personnel and connected electrical equipment remain safe in the event of an overcurrent. Furthermore, its working principle is based on the principle of a current interrupting device, allowing for reliable and effective protection against dangerous electrical overloads.

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