2M LC SM OS1/OS2 Pigtail | Pack 6

Deliver exceptional fibre network performance with the 2 m LC Singlemode OS1/OS2 Pigtail – Pack of 6. Manufactured using premium 9/125 µm singlemode fibre, these high-quality pigtails feature precision-terminated LC connectors designed to provide low insertion loss, excellent signal integrity, and dependable long-term reliability. The compact LC connector design makes these pigtails ideal for high-density fibre installations, while the 900 µm tight-buffer construction ensures easy handling during fusion splicing and termination. Suitable for telecommunications, data centres, enterprise networks, FTTx deployments, and optical distribution frames, these factory-tested pigtails provide a professional solution for efficient fibre optic connectivity. Key Features Premium 9/125 µm OS1/OS2 singlemode fibre Precision-polished LC connector for reliable optical performance 2 m length for flexible installation and splicing applications 900 µm tight-buffer construction for durability and easy handling Low insertion loss and high return loss characteristics Factory-terminated and individually tested Compact LC connector ideal for high-density environments Suitable for fusion splicing and fibre termination projects Excellent signal transmission for long-distance applications Supplied in a convenient pack of 6 Specifications Specification Details Product Type Fibre Optic Pigtail Connector Type LC Fibre Mode Singlemode Fibre Standard OS1/OS2 Fibre Size 9/125 µm Buffer Diameter 900 µm Tight Buffer Length 2 m Configuration Simplex Connector Polish UPC (unless otherwise specified) Typical Insertion Loss ≤ 0.3 dB Return Loss ≥ 50 dB (UPC) Operating Temperature -20°C to +70°C Compliance RoHS, IEC, TIA/EIA standards Pack Quantity 6 Applications Fibre optic fusion splicing Optical Distribution Frames (ODFs) Fibre patch panels Data centre cabling infrastructure FTTx network deployments Telecommunications networks Enterprise LAN and WAN installations Fibre optic repair and maintenance High-density fibre connectivity environments Structured cabling systems