BK/HHB-R

BK/HHB-R Application Field and Working Principle

BK/HHB-R is a fuseholder that is used to support high-current applications, such as transformers, electrics load, and automotive applications. When external conditions cause a sudden increase in current, it must be able to support this sudden surge of current without fail. The BK/HHB-R contributes to the reliableness of high current related applications that greatly impacts lives and property by providing absolute current limiting.

Functions of BK/HHB-R Fuseholder

The functions of the BK/HHB-R are to securely hold and connect the fuse, protect the circuit from overloads, and enhance safety measures. It also has an additional feature where it is made to be shockproof and vibrationproof, thus providing reliable protection for various types of current applications.

Advantages of BK/HHB-R Fuseholder

The BK/HHB-R Fuseholder offers superior features, such as high contact reliability, superior electrical insulation, vibration and shock resistance, circuit protection from current surges, and current capacity of up to 125A. In addition, it has excellent temperature stability, a huge contact area, and a slim body design that helps to save on installation, maintenance and repair costs.

Working Principle of BK/HHB-R Fuseholder

The fuseholder works by connecting the fuse and interrupting the circuit when the maximum current in the circuit reaches the pre-set level. In order to do this, the fuse is placed inside the terminal and the body is set to the interrupting level. When current reaches this pre-set limit the circuit is immediately disconnected by opening the fuse.

This helps to protect the circuit from current overvoltage, thus preventing faulty current from damaging other electrical components. In addition, the shockproof and vibration proof features also reduce the risk of the fuse from vibrating and being damaged.

Conclusion

The BK/HHB-R is a robust and reliable fuseholder that is suitable for various high-current applications. It features a slim design, high contact reliability, superior electrical insulation, and a shock and vibration resistant feature that makes it ideal for use in extreme conditions. Furthermore, the fuseholder has a current capacity of up to 125A and a large contact surface area that helps improve safety and performance.