CLB-153-11-B-3-A-B-A

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

CLB-153-11-B-3-A-B-A Application Field and Working Principle

Circuit breakers are devices that serve as a protective measure for circuits in the event of electrical overloads, preventing damage and potential fire hazards by interrupting the current flow.

The CLB-153-11-B-3-A-B-A circuit breaker is specifically designed to protect overhead lines, overhead power distribution systems, and similar equipment from short circuits, overloads and faults. This type of breaker is used in power grids, factories, industrial plants, mines, and electrical construction projects. It has the capability to sensed overloads and short circuits, and disconnect equipment or power lines when the current exceeds the pre-determined threshold.

The working principle of the CLB-153-11-B-3-A-B-A circuit breaker is as follows: When the current passes through the breaker, it is received by a sensing coil. This sensing coil then signals the circuit breaker\'s switchgear, which operates in response to the current overload or short circuit depending on the line voltage. When the switchgear trips, the contactor opens and the current flow is interrupted. This prevents the risk of overheating devices and wiring, as well as damage to equipment and personnel.

The CLB-153-11-B-3-A-B-A circuit breaker provides protection for a variety of electrical systems. It is designed to withstand extreme amounts of current, temperature, and vibration, making it ideal for industrial and commercial applications. The breaker also helps cut down on energy costs and prolong the life of electrical components.

The CLB-153-11-B-3-A-B-A circuit breaker is an invaluable tool for electrical protection, especially in hazardous environments with high-risk potentials. It is easy to install and operate, and can be used in a wide range of applications. The breaker is designed to be reliable and efficient, designed to provide maximum safety and protection for systems, equipment and personnel.

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