Panduit FSNP924Y OS2 24-fiber Indoor Outdoor Cable

Product Description

The PANDUIT FSNP924Y is a 9-micron OS2 single-mode fiber optic cable rated for both indoor and outdoor installation. Carrying 24 individual fiber strands, it is engineered for high-bandwidth, long-distance data transmission in structured cabling systems. The OS2 designation indicates a tight-buffered or loose-tube single-mode construction optimized for low attenuation over extended runs. Licensed electricians, low-voltage cabling contractors, and network infrastructure technicians are the primary installers of this product. Its dual-rated indoor-outdoor design eliminates the need for a transition splice at building entry points, reducing labor time and potential signal loss locations.

The FSNP924Y is suited for enterprise campus runs, industrial facilities, and data center backbone applications where a single continuous cable must transition from outdoor conduit or direct-burial environments into interior riser or plenum pathways. The 24-fiber count supports high-density patch panel terminations and trunk routing. This cable is appropriate for telecommunications rooms, main distribution areas, and horizontal or backbone cabling segments that require OS2 single-mode performance at 1310 nanometer or 1550 nanometer wavelengths.

Key Features

• OS2 single-mode 9-micron fiber optimized for low-attenuation long-distance transmission
• 24-fiber strand count supports high-density backbone and trunk installations
• Dual indoor-outdoor rating eliminates transition splice requirements at building entry
• Compatible with standard LC, SC, and ST single-mode connectors and adapters
• Sold as a single unit (EA) for precise quantity ordering on project work

Compatibility

Designed as an OEM-style structured cabling solution for OS2 single-mode fiber infrastructure in commercial and industrial building environments.

Installation Notes

Installation should be performed by a qualified low-voltage cabling technician or licensed electrician in accordance with applicable NEC articles governing optical fiber cabling. De-energize any adjacent electrical systems before working in shared conduit or cable tray pathways. Observe the cable's minimum bend radius during pulling to avoid microbending losses, and do not exceed the rated tensile load. Connectorization and splicing should follow manufacturer guidelines and be tested with an OTDR after installation.