Superior Essex L3006K401 6 Fiber Singlemode Riser Cable

Product Description

The SUPERIOR ESSEX L3006K401 is a 6-fiber singlemode riser-rated fiber optic distribution cable designed for indoor structured cabling installations. Singlemode fiber supports long-distance, high-bandwidth signal transmission with minimal attenuation, making it well suited for backbone runs between telecommunications rooms, equipment rooms, and entrance facilities. The riser (CMR) flame rating qualifies this cable for vertical runs between floors in commercial and institutional buildings. Licensed low-voltage technicians and structured cabling installers are the primary trades working with this product.

This cable is used in indoor riser pathways where a compact 6-fiber count meets the bandwidth and redundancy requirements of the installation. Typical applications include inter-floor backbone cabling in commercial office buildings, campus distribution networks, and data center interconnects where singlemode transmission is specified. The distribution-style construction provides a tight, low-profile form factor suited for conduit pulls and cable tray routing in riser shafts.

Key Features

• 6-fiber singlemode construction supports long-distance, low-loss optical transmission
• Riser (CMR) flame rating meets code requirements for vertical between-floor installations
• Distribution-style cable design offers a compact profile for conduit and cable tray routing
• Singlemode fiber compatible with standard LC, SC, and ST termination hardware
• Sold as individual unit (each)

Compatibility

Designed as an OEM-style singlemode riser fiber distribution cable for use with standard singlemode fiber optic connectors, patch panels, and splice enclosures in indoor structured cabling systems.

Installation Notes

Installation should be performed by a qualified low-voltage or structured cabling technician familiar with TIA-568 standards and local building codes governing riser-rated cabling. De-energize any active equipment in the cable pathway before beginning work. Observe the manufacturer minimum bend radius during pulling and routing to avoid fiber damage. Terminate using appropriate singlemode-rated connectors and test with an optical loss test set upon completion.