What is a mechanical connection?

The mechanical haircut is a method of permanent joining two separate fibers together within the optical cable. The fiber optics are used to transfer data in fields such as telecommunications or computer networks. The mechanical haircut provides a rapid and efficient way of joining the fibers so that the information can go through continuously between different cables or sources. It is an alternative to the fusion haircut, which is a method of joining the fibers together by Arc welding. However, the fusion haircut is quite complex and requires much more skills than a mechanical haircut.

If you want to create a mechanical haircut, the installation device first remove the protective jacket from the fibers using a wire stripper. Once the fibers are exposed, they are cut by a tool known as a "chopper". The usable fibers are then included in a simple tool for alignment to create a mechanical haircut. This alignment tool remains permanently in order to combine the fibers properly.

There are four basic types youStraighteols are used to create a mechanical montage. The capillary tubes are made of glass and ceramics and have only a slightly larger diameter than the fibers themselves. Each of the fibers is inserted into one end of the tube to meet in the middle. A small amount of gel or adhesive is used to hold fibers.

Many installer instead of capillary tube uses the V-Groove tool. V-Groove consists of a plastic case divided into two parts. The fibers are placed in the housing, so when two halves of the housing fit together, fibers firmly cover. For greater flexibility, the installer can choose an elastomeric leveling tool that consists of a soft, flexible tube that can accommodate fibers with a small variant is size.

The primary benefit of mechanical haircut is the speed and ease with which it can be completed. Using the available tool for alignment of the installation employeee to join fibers without training or arc welder expenditure. Mechanical haircut is also a quick way to restore damaged communication or network systems until permanent repairs or adjustments can be carried out.

Compared to the strength and durability of the fusion haircut, the mechanically divided fibers tend to have a relatively poor power of pulling. This means that fibers associated with mechanical haircut are susceptible to damage if unresolved or left unprotected. While the mechanical haircut is an effective way to connect to fibers, the level of communication between the connected fibers largely depends on the accuracy of the equalization between them.