0216.050H

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Fuses give users the assurance that, in the event of a damaging overload or short circuit, the fuse will be able to open the circuit and thereby protect the circuit and components from damage. Circuit protection is critical in any application, as it prevents electric shock and fire due to current overloads. In order to provide the best protection, selecting the right fuse is important for any project.

0216.050H fuses are used in a variety of applications, including power protection, industrial, and residential applications. These fuses are fast-acting, meaning that they are designed to open the circuit within a very short time upon detection of an over current. They are also rated to withstand high fault currents and come in a variety of current ratings.

The 0216.050H fuse is a ceramic tube fused link with a ceramic body, a silver contact, and a phenolic or glass fuse element. It has a 3/16” x 1-1/4” body and a threaded stud to facilitate mounting. The fuse features compact size for circuit protection applications, and a high cyclic rating for increased circuit protection. These features make the 0216.050H ideal for residential, industrial, and other applications that require fast-acting, high-current protection.

The 0216.050H fuse works by controlling the amount of current flowing through the circuit. When the fault current exceeds the rated current of the fuse, the elements of the fuse will quickly heat up and melt, breaking the circuit and preventing the current from further damaging any other components downstream. When the current is decreasing, the fuse will cool down and the melted elements will remain open, preventing the current from flowing again until the fuse is re-installed. This ensures that the circuit remains protected at all times.

The 0216.050H fuse is designed and rated to withstand a high fault current and is easy to mount onto a panel. In addition, its fast-acting characteristics make it ideal for any application requiring circuit protection. For these reasons, the fuse is widely used in order to protect circuits and components from damage due to overcurrents.

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