Belden Inc. TU1LG008RH2N OM1 8-fiber Optic Cable

Product Description

The BELDEN INC. TU1LG008RH2N is an OM1 multimode 8-fiber indoor fiber optic cable assembly designed for structured cabling and data network installations. OM1 multimode fiber supports 62.5-micron core glass and is suited for short- to medium-distance data transmission runs within buildings and campus environments. The cable features a compact plenum-rated construction, making it appropriate for installation in air-handling spaces where fire and smoke codes apply. Licensed low-voltage and data cabling technicians are the typical installers for this product type.

This cable assembly is used in horizontal and backbone fiber runs within commercial and institutional buildings. It is well suited for connecting network equipment rooms, telecommunications closets, and data distribution points. The 8-fiber count supports multiple parallel channels or redundant paths in a single cable run. Indoor plenum-rated fiber cable of this type is commonly deployed in office buildings, schools, healthcare facilities, and similar commercial environments where NEC Article 770 plenum requirements apply.

Key Features

• OM1 multimode 62.5-micron core fiber for short- to medium-distance data transmission
• 8-fiber count supports multiple simultaneous data channels in a single run
• Indoor plenum-rated jacket for installation in air-handling spaces per NEC Article 770
• Compact indoor construction suited for conduit or cable tray routing
• Sold as an individual unit (each)

Compatibility

Designed as an OEM-style indoor fiber optic cable assembly compatible with standard OM1 multimode fiber infrastructure, patch panels, and termination hardware accepting 62.5-micron multimode fiber connections.

Installation Notes

Installation should be performed by a licensed low-voltage or data cabling technician familiar with TIA-568 fiber optic cabling standards and NEC Article 770 requirements for indoor optical fiber cables. De-energize and isolate all connected network equipment before splicing or terminating fiber ends. Observe minimum bend radius specifications during pulling and routing to avoid microbend losses. Fiber end-faces must be properly cleaved and polished or connectorized to meet insertion loss specifications for the installed link.