Belden Inc. TFSLF006RS5N OS2 6 Fiber Pvc Riser Cable

Product Description

The BELDEN INC. TFSLF006RS5N is a tight-buffered, multiunit OS2 single-mode fiber optic cable designed for structured cabling installations in commercial and industrial buildings. This 6-fiber construction uses a PVC outer jacket rated for riser (OFCR) applications, meeting vertical-run fire code requirements. The OS2 single-mode fiber supports long-distance, high-bandwidth data transmission with low signal attenuation. It is typically installed by licensed low-voltage or data communications cabling contractors in backbone and inter-floor runs.

This cable is suited for riser-rated vertical pathways between floors in commercial office buildings, data centers, campus facilities, and industrial environments. The 6-fiber count makes it appropriate for moderate-density backbone runs where a compact cable footprint is needed. Its PVC jacket and OFCR rating allow installation in vertical shafts and between floors without conduit where local code permits.

Key Features

• OS2 single-mode fiber for long-distance, low-loss optical transmission
• 6-fiber count in a compact tight-buffered multiunit design
• PVC jacket with OFCR riser fire rating for vertical installations
• Suitable for backbone structured cabling in multi-floor commercial buildings
• Sold as individual unit (EA)

Compatibility

Designed as an OFCR-rated OS2 single-mode fiber optic riser cable for use in standard structured cabling backbone systems requiring a 6-fiber, riser-rated assembly.

Installation Notes

Installation should be performed by a qualified low-voltage or fiber optic cabling technician following TIA-568 and applicable local building codes. De-energize any adjacent electrical systems and observe NFPA 70 (NEC) Article 770 requirements for optical fiber cable routing and fire-stop penetrations. Do not exceed the cable minimum bend radius during pulling or routing. Riser-rated cables must not be substituted for plenum-rated cables in air-handling spaces unless local code explicitly permits it.