Belden FSSC006N0 OS2 6-fiber Outdoor Fiber Optic Cable

Product Description

The Belden FSSC006N0 is an OS2 single-mode outdoor fiber optic cable designed for installations requiring reliable long-distance data transmission in exterior environments. This 6-fiber construction suits commercial and industrial network infrastructure projects where low signal attenuation and durable outside-plant performance are essential. Licensed network technicians and low-voltage contractors typically specify this cable for backbone runs, campus interconnects, and direct-burial or conduit-fed outdoor pathways.

The FSSC006N0 is built for outside-plant (OSP) applications, making it appropriate for runs between buildings, across campuses, or in other environments exposed to moisture, temperature swings, and UV exposure. The OS2 single-mode fiber type supports high-bandwidth, long-haul data links commonly found in enterprise, municipal, and industrial network builds.

Key Features

• OS2 single-mode fiber for low-attenuation, long-distance signal transmission
• 6-fiber count supports multi-channel backbone or interconnect runs
• Outside-plant (OSP) rated construction for direct exposure to outdoor conditions
• Designed for conduit pulls, aerial runs, or direct-burial pathways depending on jacket and armor specification
• Sold per unit (EA), quantity of one

Compatibility

Designed as an OSP-rated single-mode fiber optic cable suitable for outside-plant network backbone installations. Specific compatible equipment or system family information was not provided in the available product data.

Installation Notes

Installation should be performed by licensed low-voltage or structured cabling contractors in accordance with applicable local codes and TIA/EIA cabling standards. Power down or de-energize any connected active equipment before terminating or splicing fiber ends. Avoid exceeding the cable's minimum bend radius during pulling operations to prevent microbending losses. Always use appropriate fiber-rated tools for stripping, cleaving, and terminating connectors.