BK/HTB-44-R

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The BK/HTB-44-R Fuseholder is a device used in electrical systems that is designed to protect components or circuits from excessive currents. It is highly reliable and designed for use in a variety of hazardous and industrial applications. It is suitable for use in applications where space is at a premium, such as instrumentation, measuring and control systems, machine and process control, communications, and power supplies.

As its name implies, the BK/HTB-44-R Fuseholder works by interrupting the normal flow of electricity in a circuit whenever the current exceeds an allowable level. This is done by introducing an element of resistance into the circuit, which dissipates the energy away from the component or circuit. It is important to note that the fuse should only be used to protect against excessive currents, not to control the current itself.

The BK/HTB-44-R Fuseholder is designed to operate in a wide range of temperatures from -55°C to 85°C. It is a current-limiting device, meaning that it will interrupt the current if it reaches a certain level, thus preventing further damage to components or circuits. The fuse is also designed to reduce the rate of rise of the current, allowing it to safely dissipate the excess energy away from components or circuits. The fuseholder is also resistant to shock, vibrations, and corrosion to ensure a long life of reliable performance.

The BK/HTB-44-R Fuseholder is designed for easy installation and maintenance, and can be installed in a variety of configurations. It is compatible with standard DIN clips, as well as with the more compact SMD format. It is also designed to minimize potential arcing and can be used with a variety of fuses, including UL Class R/T, Class J, and Class L fuses. The fuseholder also offers a high level of protection against short circuits and mechanical shock.

The BK/HTB-44-R Fuseholder is a reliable device that is designed for a variety of hazardous and industrial applications. With its current-limiting capabilities, it is ideal for use in instrumentation, measuring and control systems, machine and process control, communications, and power supplies. It is highly reliable and designed for easy installation and maintenance. Its wide range of operating temperatures and resistance to shock, vibrations, and corrosion make it an ideal choice for ensuring a long life of reliable performance.

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