Hubbell Premise Wiring FANSCDSS6BK Sc Duplex Fiber Adapter

Product Description

The HUBBELL PREMISE WIRING FANSCDSS6BK is a fiber optic adapter designed for SC duplex connections in structured cabling installations. This snap-in style adapter features a zirconia ceramic split sleeve, which provides precise fiber alignment and low insertion loss. It is used to terminate and interconnect SC duplex fiber optic cables within patch panels, wall plates, and blank panel assemblies. Licensed low-voltage cabling technicians and structured cabling installers are the primary trades that specify and install this component in both commercial and residential data networks.

This adapter is suited for use in horizontal and backbone fiber optic cabling systems. Its snap-in mounting style makes it compatible with pre-punched panel cutouts and modular faceplate assemblies typically found in telecommunications rooms, data centers, and structured wiring enclosures. It supports both singlemode and multimode SC duplex fiber connections depending on the cable plant in use.

Key Features

• SC duplex interface accommodates two fiber strands in a single adapter footprint
• Zirconia ceramic split sleeve ensures precise fiber alignment and stable optical performance
• Snap-in mounting design fits standard panel and faceplate cutouts
• Sold individually, one adapter per unit

Compatibility

Designed as an OEM-style snap-in fiber optic adapter for use with SC duplex fiber optic patch panels, blank panels, and modular faceplate assemblies that accept standard snap-in adapter footprints.

Installation Notes

Installation is performed by licensed low-voltage or structured cabling technicians following TIA-568 standards. De-energize and disconnect all active fiber links before inserting or removing adapters to prevent optical signal disruption and potential eye hazard from live fiber. Snap the adapter firmly into the panel cutout until it seats fully before inserting any fiber connectors. Inspect and clean fiber end faces before mating connectors to maintain optical performance.