For your last number of columns, I have dedicated to understanding something totally new and methods. Last month, I wrote about high fiber count cables-1,728, 3,456 and 6,912 fibers-and the requirement to use ribbon or mass fusion splicing along with them. Without ribbon splicing, the splicing or terminating of these cables would take days as opposed to days and cost a lot, far more.

After a service provider commits to ribbon splicing and buys Optical fiber coloring machine, it may turn out to be an even much better investment than they believed. Ribbon splicing can be utilized on regular loose tube cables, too, providing similar cost savings in time and money when splicing cables with even 144 fibers. That is why many cables with 144 or maybe more fibers use ribbon building.

Most splicing is carried out with solitary fibers in loose tube cables. Two or more cables are prepared, along with their barrier pipe fibers are connected to splice containers. Individual fibers are stripped, cleaned, cleaved and spliced, and the splice covers are shrunk on the splice. The completed unit is put inside a splice tray. An experienced technology can splice two fibers in about four minutes.

The ribbon splicing procedure is similar, but most ribbon cables have rigid ribbons of 12 fibers each. One particular splice holder typically fits 12 ribbons for 144 fibers. Every ribbon is stripped and cleaved with unique resources furnished with the ribbon splicer, washed and fusion spliced to another one similar ribbon. A single splice protector addresses all 12 fibers within the ribbon splice.

Then your ribbons are carefully organized in to the holder to click the splice set up. The ribbons are solid and flex only in one path, making arranging ribbons within a splice tray relatively more complex than single fibers. Splicing a dozen fibers at the same time is fast. Most installers say it takes about eight moments per ribbon-no more than double the amount time as splicing TCC laser printer for cable splicing six occasions quicker. Which makes a ribbon splicer a “labor-saving device” should i actually heard about one.

Some cable manufacturers are actually creating flexible ribbons that can be curved in all directions and even rolled up to save space. That will save time organizing fibers within a splice holder, but it may cost time in planning wires because the ribbons need to be very carefully organized to ensure the colour-coded fibers be in their proper area. So splicing 12 fiber flexible ribbons is perhaps 4 times quicker than solitary fibers. That is still a big savings.

You can also have ribbon splicing on normal loose tube cable television by “ribbonizing” the fibers. (That is what it’s called-the fiber market is always great at creating new terms.) I frequented a service provider that used this method inside the field by installing backbone and decrease wires for any fiber-to-the-home (FTTH) network. He was splicing 144 fiber loose tube cables utilizing a ribbon splicer. His splicers had been separating the 12 fibers in one tube from the free pipe cable, aligning those to the standard color program code, then putting them within a simple gadget that glued them in to a ribbon. The whole process of ribbonizing took less than a minute, then your splicing worked just like a regular ribbon splicing process. Once again, saving considerable time.

A basic internet search for “ribbonizing fiber” will lead one to some interesting video clips, devices and directions. Many cable television and splicer producers provide these power tools. They vary from easy, molded plastic material parts you hold inside your hand to arrange the fibers while gluing these to more complicated machines that take a seat on a desk and flip, slip and glue fibers vfiskb ribbons. It all looks easy.

The benefits of ribbon splicing and ribbonizing fibers in free pipe cables only apply to Optical fiber coloring machine. At 144 fibers, it makes sense in case you are performing lots of splicing. But with 288 fibers or even more, it truly actually starts to seem sensible. And with those new high fiber count cables, that are turning up in metro systems and information centers, it is absolutely essential.

If you are the individual putting your signature on the acquisition purchases or checks, you may have second thoughts. Fusion-splicing machines are pricey, plus they need some staff coaching to get started. They need constant cleaning and occasional service to ensure they are working properly. But in case you have crews doing a lot of splicing of higher fiber count cables, determine the payback-it should purchase alone rapidly.

FTTH Cable Production Line – Discover Fresh Insights..

We are using cookies on our website

Please confirm, if you accept our tracking cookies. You can also decline the tracking, so you can continue to visit our website without any data sent to third party services.