BK/AGC-V-4/10-R

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Fuses are essential components in electrical systems. They are designed to protect the electrical system from damage due to overcurrents, short-circuits, or surges. The BK/AGC-V-4/10-R fuse has a wide application field and is designed for working with medium-voltage systems. In this article, we will look into the application, working principle, and characteristics of the BK/AGC-V-4/10-R fuse.

Application Field

The BK/AGC-V-4/10-R fuse is a gapless, current-limiting fuse. It is most commonly used in medium-voltage systems where the system voltage can vary from 4kV to 15kV. These fuses are mainly used in power distribution and industrial control systems. Its design allows for maximum fault protection within the system and ensures safety and reliability. Additionally, they can be used in air conditioning systems and other equipment requiring overcurrent protection.

Working Principle

The BK/AGC-V-4/10-R fuse employs a thermal-magnetic design. This design allows for both thermal and magnetic protection mechanisms. When an overcurrent occurs, the fuse will heat up and the thermal protection mechanism will trip the fuse. If the overcurrent is above the trip point, the magnetic protection system will activate an arc quenching process. This process will rapidly break the arc to clear the fault. The magnetic mechanism ensures maximum current interruption in the event of an overload.

Characteristics

The BK/AGC-V-4/10-R fuse has a number of characteristics that make it suitable for its purpose. It has a cutoff current of 10A and a nominal voltage of 10V. It also has a wide operating temperature range of -25°C to +90°C. Additionally, it is resistant to mechanical shocks and vibrations, making it suitable for rugged applications.

The BK/AGC-V-4/10-R fuse is a reliable and robust fuse. It has been designed for use in medium-voltage systems and provides maximum fault protection. Its wide application and operating temperature range make it suitable for a variety of applications. Additionally, its thermal-magnetic design ensures maximum current interruption in the event of an overcurrent.

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