During the alignment process, the fiber optic technician is ready to view the fiber alignment, due to magnification by optical power meter, video camera, or viewing scope. Differences in fibers, tools, environment and technique can yield completely different splice loss outcomes. The following image shows a AFL FSM-60S core alignment fusion splicer.

Optical fiber core alignment (also called “profile alignment”) fusion splicers use a number of cameras to inspect the 2 cleaved fibers earlier than fusing and permit for a number of axis motion of the fibers. From the multiple video cameras, the machine acknowledges the core of the fibers and aligns them automatically using movable levels.

Full measurement fusion splicers are sometimes bigger than handheld models and have a flat bottom that gives a stable platform for fusion splicing, especially for production environments. Full size models can be powered through AC present, and DC battery fashions are additionally available. Full dimension fusion splicers might incorporate extra features than handheld gadgets, although this isn't necessarily the case. Using small, precise motors, the fusion splicer makes minute changes to the fibers’ positions till they’re correctly aligned, so the finished splice will be as seamless and attenuation-free as possible.

There are many fashions of fusion splicing machines out there, varying in features and capability, and cost. The following section describes completely different fiber alignment technologies in several forms of fusion splicers. The WY-800 fusion splicer sets the standard for core alignment fusion splicing by incorporating a consumer-pleasant interface with enhanced options to provide a really rugged and reliable fusion splicer in the market today . Aurora introduces self-positioning Profile Alignment System splicing within the new twin-mode Fusion 3500. Sub-pixel image processing in each x and y axes concurrently allows alignment, splice, and loss estimate in sometimes seconds. When desired the splicer also can function in core-to-core Power Alignment mode, giving unprecedented versatility and splicing energy.

Inspection microscope assists in the placement within the ready fiber finish into a fusion-splicing apparatus. The fibers they match into the equipment, aligned, after which fused collectively. Our fusion splicer techniques inc.fusion splicer, fiber optic cleaver, electrode & cleaver blade. Also we are the agent of Fujikura, Sumitomo, EXFO merchandise, and we've our personal manufacturing unit producing fiber testers. Software Upgrades – New optical fibers generally come along that require that you just to vary the settings in your fusion splicer to accommodate them. Some fusion splicers offer software program upgrades that will do this for you. Heat Shrink Speed – The pace at which completely different splicers fuse fibers together doesn’t differ by very much.

Motorized Z-axis set-up of each fibers not only simplifies your fiber placement but corrects modest overlap routinely. The commonest parts of a fiber fusion splicer include Electrodes and V-Grooves. Fusion splicers are dependent upon excessive-high quality electrodes to focus that important arc of electrical energy. As the electrodes wear from use, electrodes gradually are worn and result in weaker splices and better splice losses. Cleaning electrode is part of the essential upkeep of fusion splicer and won't restore the performance of the fusion splicer as electrodes must be changed. Fusion splicermay be the act of becoming a member of two optical fibers end-to-finish utilizing warmth. The primary fusion splicer equipment contains two fixtures which the fibers are mounted and two electrodes.

In addition to the splicer and cleaver, the tech doing the splicing will want a set of cable preparation and fiber stripping tools. Since a lot fusion splicing is done within the outside plant, the splicing tech ought to have instruments to handle all forms of unfastened tube cable, each gel-crammed and dry water-blocked, with numerous jacket styles, armor, etc. Troubleshooting – When problems occur when fusion splicing, the last thing that you must do is change the parameters of your fusion splicer. First, search for more obvious causes, corresponding to sooty or worn electrodes, poor cleaves, dust on the fiber or tools, and so on. Fusing two fibers from different manufacturers can generally be a problem due to slight differences in glass composition.