• Image 01

    Don't be alone!

  • Image 02

    Find your perfect match!

  • Image 03

    Everything is in your hands!

  • Image 04

    Love Your Imperfections!

  • Image 05

    Start dating today!

  • Image 06

    We'll help you to refine your search!

User blogs

greentelftthgane

Way To Protect Fiber Optic Splice Closure - Welding

Did you know that the Fiber Optic Splice Closure connector offers a variety of advantages - from battery operation to small size and lightness; the advantages of the splicing machine are endless! Today's state-of-the-art splicers minimize set-up time and are ideal for space-constrained locations. In addition, the total heater cycle and splice time is less than one minute, effectively helping technicians navigate through a variety of end positions.

Regardless of the type or quality of the splicing machine you purchase, welding has four important steps: fiber preparation, cutting the fibers, fusing the two fibers together, and finally protecting the joint. Let us understand each one in a comprehensive way.

Prepare the fiber:

This includes stripping the protective coating, including the jacket, jacket and cladding. When the fibers contain only bare glass, they are precisely clean. Cleaning is very important here, even tiny dust or dirt particles can damage the entire process.

Step 1: Strip the fiber

The joining process begins with the fusion preparation of the two fiber ends. So you need to strip off all protective coatings, jackets, tubes, strong components, etc., leaving only bare fibers. Note that the cable should be clean.

Step 2: Cut the fiber

A good fiber cleaver is critical to a successful fusion. The cutter cuts only the fiber and then pulls or bends the fiber to create a clean break instead of cutting the fiber. The split end face should be completely flat and perpendicular to the fiber axis for proper splicing.

Step 3: Fusion Fiber

There are two important steps when fused a fiber: alignment and melting. First, align the ends of the fibers with the fibers in the fiber bonder. Once proper alignment is achieved, the fibers are melted using an arc to permanently weld the ends of the two fibers together.

Step 4: Protect the fiber

Typical fusion splices have a tensile strength of 0.5 to 1.5 pounds and are not susceptible to cracking during normal processing. However, it still needs to prevent excessive bending and pulling. Silicone and/or mechanical crimp protectors protect the joint from external components and breakage by using heat-shrink tubing

Therefore, the use of a splicing machine can increase efficiency, reduce costs and ensure fiber fusion in the shortest time!

The information about Fiber Optic Splice Closure : https://www.greentelftth.com/basic-information-about-fiber-patch-panel.html

greentelftthgane 45 minutes ago
Pages: 1 2 3 4 5 ... » »»

Special offer

advertisement

Welcome

Welcome to our new site! Feel free to participate in our community!
-