Belden Inc. TUSD9006RI2N OS2 Fiber Optic Cable 6F

Product Description

The BELDEN INC. TUSD9006RI2N is a tight-buffered, OS2 single-mode fiber optic distribution cable designed for structured cabling installations in commercial and industrial environments. OS2 single-mode construction supports long-haul, high-bandwidth data transmission with low signal attenuation. The tight-buffered design protects individual fibers during handling and termination, making field installation more manageable than loose-tube alternatives. This cable is sold as a single unit and is intended for installation by licensed low-voltage or datacom cabling contractors.

This cable is suited for indoor distribution runs in commercial buildings, data centers, and campus backbone applications where OS2 single-mode performance is required. The 6-fiber count makes it a practical choice for runs requiring moderate fiber density without the bulk of higher-count cables. Typical applications include riser and horizontal backbone segments that demand long-distance, high-speed optical connectivity.

Key Features

• OS2 single-mode fiber construction for long-distance, low-attenuation signal transmission
• 6-fiber count suits moderate-density backbone and distribution runs
• Tight-buffered design simplifies field termination and routing
• Distribution-style construction supports multi-fiber breakout without additional fan-out kits
• Sold per unit (EA), allowing quantity-specific procurement

Compatibility

Designed as an OEM-style replacement or new-installation fiber optic distribution cable for OS2 single-mode structured cabling systems in commercial and industrial environments.

Installation Notes

Installation should be performed by a qualified low-voltage or datacom cabling technician familiar with fiber optic handling procedures. De-energize any active equipment connected to the fiber path before termination or splicing work begins. Follow TIA-568 and applicable local codes for bend radius, pulling tension, and pathway fill ratios. Avoid exceeding the cable's minimum bend radius during routing to prevent fiber stress and signal degradation.