Belden Inc. TFSD9006RI5N OS2 6-fiber Pvc Riser Cable

Product Description

The BELDEN INC. TFSD9006RI5N is an OS2 single-mode distribution-style fiber optic cable with a 6-fiber count and a PVC outer jacket rated for riser (OFCR) installation. OS2 single-mode fiber is designed for long-distance, low-attenuation signal transmission, making it well suited for backbone runs between floors, equipment rooms, and telecommunications closets. The riser flame rating meets the requirements for vertical shaft and floor-to-floor runs in commercial buildings. This cable is typically installed by licensed low-voltage contractors, structured cabling technicians, and network infrastructure crews.

This cable is used in commercial and institutional structured cabling installations where OS2 single-mode performance is required. Typical applications include inter-floor backbone runs, data center distribution, and campus building interconnects where the cable must pass through riser-rated pathways. The OFCR jacket designation makes it suitable for installation in vertical runs within building shafts and plenum-adjacent raceways that do not require a full plenum rating. Sold as a single unit (EA, QTY 1).

Key Features

• OS2 single-mode fiber for long-distance, low-attenuation transmission
• 6-fiber count for moderate-density distribution runs
• PVC outer jacket with OFCR riser flame rating for vertical building runs
• Distribution-style construction for compact, flexible routing in conduit or cable tray
• Suitable for backbone and inter-floor structured cabling applications

Compatibility

Designed as an OS2 single-mode distribution fiber optic cable for use in riser-rated commercial structured cabling systems. Terminates with standard single-mode fiber connectors compatible with OS2 infrastructure.

Installation Notes

Installation should be performed by a qualified low-voltage or structured cabling technician following TIA-568 and NEC Article 770 requirements for optical fiber riser cables. Observe minimum bend radius and maximum pull tension during installation to avoid fiber damage. De-energize any adjacent electrical equipment in shared pathways before beginning work. Terminate and test with calibrated optical loss test equipment per the project specification.