BK/HBW-I

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Fuseholders are an essential safety device used across a range of industries to help prevent the risk of damage from electric arcs or short-circuiting. The BK/HBW-I fuseholder is a specific type of fuseholder that is designed to provide superior performance when dealing with high currents and high voltage systems. This article will provide an overview of the application field and working principle of BK/HBW-I fuseholders, so that customers can make an informed decision when selecting the right type of fuseholder for their application.

The BK/HBW-I fuseholder is a blow-out fuseholder, which is designed to contain an electrical fuse and help protect a circuit against dangerous levels of fault current. The fuseholder is designed to be used in circuits with a maximum voltage of 1 kV and a maximum current of 3 kA. It is suitable for use in many different applications, in particular those where the dynamism is high, such as aircraft and industrial applications.

The fuseholder is extremely robust and reliable due to its strong mechanical construction. It is composed of a moulded plastic body and two stainless steel inserts, which hold the fuse firmly in place while preventing it from moving. The fuseholder has a transparent window, which allows easy inspection of the fuse\'s condition without having to take it out of the holder. It also has a large wire-entry capacity, which makes it an ideal solution for large-scale electrical wiring systems.

When it comes to the working principle of the BK/HBW-I fuseholder, the fuse is inserted into the holder and then a spring-loaded switch is triggered. This activates a magnetic blow-out feature, which is located inside the holder. The fuseholder is designed to automatically detect and neutralize any short-circuits or arcs that may occur in the system, breaking the circuit safely and quickly.

The BK/HBW-I fuseholder is a reliable and robust solution for a range of large-scale electrical systems. It is configured to provide superior performance in the event of short-circuiting or arcs, and its strong mechanical construction ensures that the fuse remains firmly in place. Suitable for use in circuits with a maximum voltage of 1 kV and a maximum current of 3 kA, the fuseholder is an ideal solution for many different applications, in particular those with a high dynamism.

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