BK/HTC-45M

Fuse holders provide protection on electrical circuits when an overload or short circuit occurs. The BK/HTC-45M Fuseholder is designed to provide protection on medium-voltage applications, where space is limited. It is also available in a variety of sizes and configurations for circuit protection of up to 1MVA ratings.

The BK/HTC-45M provides protection against heat, wear and tear on electrical circuits, as well as providing a safe place to install fuses of up to 45A. It can be installed in a variety of applications such as circuit protection on manufacturing equipment, power control systems, and other industrial or residential applications.

The BK/HTC-45M has a unique adjustable housing design which is capable of accommodating standard or shaped fuses. It is also designed to meet user requirements for space efficient installation. The housing is constructed from corrosion resistant thermoplastic that stands up to high temperatures and mechanical stresses. It is available in a variety of colors to match the customer\'s application.

The BK/HTC-45M fuse holder is a conventional housing meant for applications with a fuse current rating of 45A. It is important to choose the right size for the application and to make sure that appropriate hardware is used with the holder to securely hold it in place. The fusing process is not affected by the holder itself and follows the same procedure as if the fuse was installed directly into the circuit.

The working principle of the BK/HTC-45M is based on a thermal-magnetic system. This system consists of a bimetal element, which is made of two materials with different thermal expansions. When an overload current flows through the fuse, the conductivity of the fusible element increases, and the heat generated in the element causes the two materials to expand at different rates. This triggers a protective action of the fuse which opens the circuit.

The BK/HTC-45M is a cost-effective and reliable solution for circuit protection on medium-voltage applications. It is a great choice for applications where space is limited. It is also an ideal solution for protecting electrical equipment and other devices from the potentially dangerous effects of an overload or short circuit.