Lynn Electronics S-SA1BL-SRW9-001M Sc Apc Fiber Pigtail

Product Description

The LYNN ELECTRONICS S-SA1BL-SRW9-001M is a single-fiber optic pigtail terminated with an SC APC connector on one end and a bare, unterminated fiber end on the other. Pigtails of this type are used to splice into fiber optic distribution networks, allowing technicians to create permanent, low-loss connections inside splice enclosures, patch panels, and fiber distribution hubs. The SC APC connector features an angled physical contact polish that reduces back-reflection, making it well suited for analog video, CATV, and other return-path-sensitive applications. Installation is performed by fusion-splicing the bare fiber end to the incoming cable plant.

This pigtail is intended for use in structured cabling, telecom, and broadband distribution environments where a pre-terminated SC APC connector is needed at a splice point. Typical applications include fiber-to-the-premise outside plant terminations, inside-plant distribution frames, and headend equipment rooms. It is sold as an individual unit and is appropriate for both new construction and retrofit fiber work.

Key Features

• SC APC connector with angled physical contact polish for low back-reflection
• One bare, unterminated fiber end ready for fusion or mechanical splicing
• Single-fiber construction for point-to-point or splitter-feed applications
• Compatible with standard SC APC adapter ports on patch panels and enclosures
• Sold individually, one pigtail per unit

Compatibility

Designed as an OEM-style replacement or new-installation pigtail for fiber optic patch panels, splice enclosures, and distribution frames equipped with SC APC adapter ports.

Installation Notes

Installation is performed by licensed or trained fiber optic technicians using a fusion splicer or mechanical splice tool. Before splicing, inspect the bare fiber end and clean the SC APC ferrule with appropriate fiber cleaning tools. Follow TIA-568 and local structured cabling standards for splice loss budgets and enclosure fill practices. Do not bend the fiber beyond its minimum bend radius during routing or coiling inside the enclosure.