HKP-L-BB

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Introduction

HKP-L-BB fuseholders are devices for circuit protection. They are designed to hold one or more fuses and to protect electrical circuits from potential damage due to overcurrents. The fuse holders are available in many sizes, shapes and materials. As an example, the HKP-L-BB fuseholders are designed for use with 1/2" or 1/4" bolts. They feature a rugged anodized aluminum housing and a black zinc alloy terminal block.

Application Field

HKP-L-BB fuseholders have a wide variety of applications in both commercial and residential applications, such as lighting systems, motors, pumps, heaters, circuit panels, computers, and more. These fuseholders can be used in both indoor and outdoor environments, and are also suitable for harsh conditions, like in industrial control systems and other applications with highly corrosive environments. In addition, they can be used for both AC and DC application.

Working Principle

When an overload causes a current to exceed the rated value, the fuse of the HKP-L-BB fuseholder will open and interrupt the current flow, thus protecting the circuit against potential damage. When the circuit is repaired and current resumes, the fuse will reset automatically. As a result, the device offers reliable and safe protection.

The HKP-L-BB fuseholders are designed for maximum circuit protection. All parts are made of high-quality materials and compliant to safety and testing standards. They are designed to accommodate either 1/2" or 1/4" fuses and feature a screw-on cover so that fuses can be easily replaced. The metal alloy used in the terminal block and housing is designed for durability and resistance to corrosion.

Conclusion

In conclusion, HKP-L-BB fuseholders are designed for reliable circuit protection and offer a wide variety of applications in both commercial and residential environments. They feature a rugged and corrosion-resistant aluminum housing and a black zinc alloy terminal block. The simple design means that fuses can easily be installed, replaced, or reset if an overload occurs. They provide maximum circuit protection, and are designed to comply with safety and testing standards.

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