Product Description
The LYNN AV & Security Techlogix Networx SM2 - LCA Single Mode 2.0mm LC/APC Click - On Connector is a top - notch fiber optic solution. TechLogix's ECO Series field - installable connectors are engineered for rapid, hassle - free, and dependable termination of 250um, 900um, and 2.0mm fiber cables, whether in distribution or zip - cord setups. There's no need for epoxying, crimping, polishing, or proprietary tools during termination. Unlike 'one - size - fits - all' connectors, the ECO Series is specifically designed for 2.0mm cables, ensuring perfect alignment and minimizing refraction and signal loss. With a large built - in verification window, a self - centering alignment groove, and an easy - to - press one - click termination button, installation takes just about two minutes. Key features include LC type connectors, compatibility with single mode (OS1 & OS2), no need for proprietary tools, no epoxy, crimping or polishing, a built - in verification window for proper termination, a self - centering alignment groove for easy fiber insertion, a one - click termination and locking jig release button, an average termination time of around two minutes, and reusability (recommended for five or fewer termination cycles).
Using this fiber optic connector is a breeze. First, make sure you have a 2.0mm single - mode fiber cable. There's no need to find any special tools or do things like epoxying, crimping, or polishing. Just take the connector, insert the fiber cable into it. The self - centering alignment groove will help you place the fiber strand easily and correctly. You'll see the built - in verification window, which shows if the termination is proper. Once you're sure it's in place, press the easy - to - press button for one - click termination. It usually takes about two minutes to finish the whole installation. When it comes to maintenance, try to keep the connector clean. Avoid exposing it to extreme temperatures or physical damage. Since it's reusable, you can use it for up to five termination cycles, but don't exceed this limit to ensure good performance.
