Fiber Optic Network Maintenance Equipment скачать в хорошем качестве

Fiber Optic Network Maintenance Equipment

https://toolboom.com/en/catalogue/fib... So, you've decided to do fiber optic networks and systems maintenance but have no clue where to start? In this video, we’re going to help you choose the equipment for starting your own business. First, you have to pick your field: maintenance of high-level networks or local lines. The complexity and the cost of the equipment you’ll need depend on your job. There are two common types of fiber optic maintenance hardware: installation and diagnostics instruments. ① The most important installation instrument is a fiber optic fusion splicer. This is a precision instrument that uses electrical ark for splicing optical fibers with minimal connection defects. Such splicer is quite expensive, and, thus, its choice requires responsible approach and clear understanding of your needs. High-level network installation professionals use only high-end fusion splicers from Fujikura, Furukawa, SUMITOMO, and a handful of other manufacturers. Technical requirements for such devices are considerably high. Splicers have to be environmentally resistant against dust, spatter, extreme temperatures, and humidity, and withstand mechanical damage, while ensuring a consistently high fusion quality to guarantee minimal signal loss tolerance for high-level networks. The market’s long-standing leader Fujikura became known for its bestseller – FSM-60S, which was upgraded after 2013 and given the model name Fujikura 80S. Perhaps, every fiber optic maintenance professional has ever used this model. Its advantages, including absolute environmental durability, precise ergonomics, high reliability, justify the device's high price. The specifications of Fujikura 80S perfectly meet technical standards of local networks installation. However, using such device only for small-scale projects would be a very cost-ineffective solution. If you’re planning to perform only local networks maintenance, the most effective decision would be buying a China-made splicer. Jilong and DVP produce decent quality devices. Splicers of these manufacturers are usually in high demand due to their unbeatable value for money. Look no further than the most popular and affordable model – DVP-730. The model’s primary advantage is making quick return on invested money. While DVP-730 doesn’t have top environmental resistance, you certainly don’t need it to benefit from its features. It can fuse fiber with low losses. The device's ergonomics was adopted from Fujikura FSM-50S. To sum up, if you're focused on high-level networks, choose Fujikura 80S and similar models. If you're focused on local networks, choose DVP-730 and its likes ② Less expensive, but no least important purchase will be a fiber optic cleaver. The cleaver is usually a precision mechanism used to make clean cut of optical fiber before fusion. The quality of the cut determines the quality of fusion. As is the case with splicers, Fujikura cleavers are unquestionable sales leaders. CT-30A, a classic model for many years, set the industry standard and was used almost everywhere. Any excessive operations lead to significant holdbacks when installing high-level networks. The ergonomics of Fujikura CT-30A cleaver enables fast cleaving with minimum operations. Local lines installation requires neither high speed of operations, nor low cleaving tolerances. Thus, a cheaper cleaver, such as DVP-105 would make a highly reasonable choice. Many splicers come supplied with cleavers. For instance, the DVP-730 supply set always includes the DVP-105 cleaver. ③ The quality of fiber optic cable is assessed using special troubleshooting instruments. Based on an reflectograms, modern reflectometers assess general signal attenuation, evaluate splicing positions (sleeves, distribution frames), calculate line length, and perform lots of other functions. The reflectometer's sizes vary from the size of a smartphone up to a desktop PC, depending on the reflectometer's model, and features. High-level networks maintenance essentially requires a wide dynamic range of an optical time domain reflectometer. The reflectometer with a wide dynamic range accurately assesses long-distance lines performance. This said, a low dynamic range optical time domain reflectometer wouldn’t be able to detect many events and connections. The above features may be found in: ✓ EXFO AXS-110-12CD ✓ Yokogawa AQ7275 We have considered all the categories and types of the equipment necessary for starting a fiber optic networks maintenance business. Certainly, some fusion splicing instruments and their operation have many peculiar features. However, you can always learn more and get up-to-date information as you make progress in your area of expertise. Find us on social networks for more updates and useful tips: 👍   / toolboom   👍   / toolboom_com   #toolboom #fujikura #fiberoptic