HKL-X-BB

Fuseholders can be used to protect electrical circuits from damages due to a surge in current. Fuseholders are available in a variety of shapes, sizes, and configurations to meet different application needs. The HKL-X-BB series of fuseholders are popular choices for industrial and commercial applications. In this article, we’ll look at the application fields and working principles of HKL-X-BB fuseholders.

Application Fields

HKL-X-BB fuseholders are mostly used in industrial and commercial applications, such as electric motors, control circuits, lighting, and low voltage equipment. These fuseholders can be used to protect electrical circuits from short circuits, overloads, or ground faults. They can also be used as the main power disconnect for a panel-mounted load.

Working Principle

The working principle of a fuseholder is fairly simple. When the flow of current through a circuit increases beyond the stated limit, a metallic strip inside the fuseholder melts and breaks the circuit. This interrupts any further flow of current and thus protecting the circuit board from any further damage. To reset the circuit, the fuseholder must be replaced with a new one.

HKL-X-BB fuseholders are UL/CSA certified and feature a pressure-plate contact system that ensures a secure and dependable electrical connection. The housing is made of polymeric thermoplastic UL94-V2 rated material for a robust and reliable performance. The HKL-X-BB fuseholders are designed to accommodate fuses with a maximum voltage rating of 600V and maximum current rating of 20A.

Conclusion

The HKL-X-BB series of fuseholders are designed for industrial and commercial applications. They are UL/CSA certified, feature a pressure-plate contact system for secure connections, and are housed in robust, reliable polymeric thermoplastic material. The maximum voltage rating for these fuseholders is 600V and the maximum current rating is 20A. With its reliable performance, this series of fuseholders is a great choice for any industrial or commercial application.