Tinifiber TF6-OM1-PLO 6-core OM1 Plenum Fiber Assembly

Product Description

The TINIFIBER TF6-OM1-PLO is a 6-core multimode OM1 fiber assembly built with 900um tight-buffered strands and rated for plenum-space installation. OM1 multimode fiber supports 62.5/125 micron glass construction, making it a standard choice for structured cabling in commercial buildings and industrial facilities. The plenum rating meets air-handling space requirements where cable fire and smoke propagation standards apply. Licensed low-voltage and data cabling contractors are the primary installers of this assembly.

This fiber assembly is suited for horizontal and backbone runs inside commercial and institutional buildings where plenum-rated pathways are required by code. Typical applications include connecting network switches, patch panels, and active equipment in data rooms, office environments, and campus-style facilities. The 6-core configuration supports multiple simultaneous fiber runs in a single cable, reducing conduit fill and simplifying termination in multi-port installations.

Key Features

• 6-core count supports multiple simultaneous multimode fiber channels in a single cable run
• 900um tight-buffer construction on each strand provides added mechanical protection and easier individual strand handling during termination
• OM1 multimode designation (62.5/125 micron) compatible with standard multimode transceivers and patch panels
• Plenum-rated jacket meets NFPA 90A air-handling space requirements for smoke and flame propagation
• Sold individually as a single unit assembly

Compatibility

Designed as an OEM-style multimode plenum fiber assembly suitable for structured cabling installations using OM1 multimode infrastructure in plenum-rated air-handling spaces.

Installation Notes

Installation should be performed by a licensed low-voltage or data cabling contractor in accordance with NEC Article 770 governing optical fiber cables. De-energize all active equipment at the termination points before connecting or disconnecting fiber strands. Minimum bend radius must be maintained throughout the cable run to avoid attenuation or strand damage. Inspect all connectors and ferrules for contamination before mating.