DZ27F10

DZ27F10 is a special type of fuse developed for its application in the electrical industry. It is a very specialized and high performance fuse that is used to protect the circuits of electrical systems against overload and short circuit conditions. The fuse has an upper tolerance of up to 250 Amps, which is high for the electrical systems such as residential, industrial, and commercial applications.

The DZ27F10 has a core of zinc-plated steel, which is then covered with tinned copper. It is designed to meet the various safety requirements and needs of circuits and is also tested to UL, CUL, and VDE standards. This type of fuse is also effective in limiting the damage caused by an abrupt surge in currents. As a result, it is often used in places where the current is expected to fluctuate.

The DZ27F10 is constructed with a double-break contact mechanism that consists of one movable contact and two stationary contacts. This feature ensures that the fuse will open when either one of the contacts is broken. This type of double-break contact also ensures that the DZ27F10 can be used for both alternating and direct current applications.

The working principle of the DZ27F10 is fairly straightforward. When the current passing through the fuse exceeds the rated value, the heat generated melts the internal part of the fuse. This causes the fuse to open and breaks the electric path, thereby protecting the connected electrical circuits.

In addition, the DZ27F10 also allows for the use of a built-in fuse holder, which is an added safety measure. This holder is designed in such a way that it can only fit certain sizes of fuses, thereby ensuring that only an appropriate size fuse is used. This helps to prevent accidental overheating of the fuse due to an inappropriate size being used.

Overall, the DZ27F10 is a highly specialized and reliable fuse that has been designed to ensure safety of circuits in various types of electrical systems. Its double-break contact mechanism, magnetically resistant metal core, and built-in holder ensure an effective and safe performance. The fact that it meets all the relevant safety requirements and is tested to UL, CUL, and VDE standards, make it a perfect choice for high performance electrical applications.