Pigtail-set SC/UPC singlemode Extralink G.657A1 900 µm 1 m 12 stuks 12 kleuren

Extralink singlemode pigtail set with SC/UPC connectors contains 12 factory-terminated 900 µm buffered fibres, each 1 metre long and colour-coded for clear identification. Manufactured with G.657.A1 singlemode fibre, these pigtails are suitable for FTTH deployments where reduced bending radius and minimal additional attenuation are required. The set is intended for fusion splicing to drop fibres and for neat termination inside distribution panels, closures and customer premises equipment.

Advantages

The G.657.A1 fibre construction provides improved bend performance compared with standard singlemode fibres while keeping insertion loss low, which helps maintain signal integrity in confined cabinets and tight-routing scenarios. Factory-polished SC/UPC connectors ensure consistent end-face geometry and reduced connector variability, simplifying field splicing and reducing onsite preparation time. The 900 µm buffered design and individual colour coding enable straightforward handling, identification and organization in splice trays and patch panels.

Suitable for

Key specifications

How to use

Strip the outer jacket of the drop cable and prepare the fibre according to standard fusion-splicing procedures. Clean and cleave the fibres, then perform fusion splicing between the network drop fibre and the 900 µm pigtail. Place spliced fibres into a splice protector and secure them inside a splice tray or closure. Route the 1 m SC/UPC-terminated pigtails to the patch panel or customer outlet and insert the SC connectors into corresponding adaptors or sockets. Verify optical continuity and loss with an OTDR or power meter as required.

Recommendations

For best results, handle the 900 µm buffered fibres with appropriate fibre tools and eye protection, keep pigtails in their original packaging until installation to avoid contamination, and follow manufacturer guidelines for splice protectors and tray layout to ensure reliable long-term performance.