Telecom Solutions
Fiberoptic and RF components for telecom solutions
MoreFO and RF components for telecommunication networks. Power supply systems, UPS-s, Batteries. Hybrid Solutions.
Fujikura fusion splicers are most popular worldwide.
Test and measurement equipment for optical, copper and radio networks. Sound and vibration measurement systems.
Our goal is to provide customers with a responsive service. That could be in relation to getting advice or when equipment requires maintenance and calibration.
Dirt not only reduces the quality of the signal, but also significantly spoils the connector end-face. While the softer dirt particles spread over the connector end-face with each connection, the harder dirt (e.g. grains of sand) permanently spoils the surface. The phenomenon causes most harm in cases that require repeated reconnection – e.g. in the case of measurement instruments. We offer different technologies for cleaning and training to use them at maximum efficiency.
Our product range includes cleaning sticks and cleaning cartridges. While cleaning sticks allow you to clean both connectors and ports, they are able to clean only the centre part of the ferrule. The cartridge, on the other hand, cleans the entire end surface of the ferrule, but you can not clean the ports or connectors through the adapters with it.
Sometimes dry cleaning is not sufficient. Certain kind of dirt can be more easily removed by IPA alcohol or water. Naturally, lint-free tissue must be used.
We offer a wide range of tools and consumables for dry and wet cleaning: e.g. replacement reels for cassettes, dispenser bottles, lint-free tissue as well as cleaning kits for connectors and fusion splicers.
Cleaned connectors need to be inspected before connected. We offer different probes for portable applications and lab use. Majority of them are capable of performing end-face analysis against IEC 61300-3-35 ja TIA-568-C standards. This reduces human factor, saves time and helps reporting.
For measuring optical power and identifying the right fibre, the right instruments should be used. Attenuation is measured by a power meter and a light source; fibre, in turn, is identified with the help of a visual fault locator (VFL) and/or a live fibre detector.