Panduit FOPPW06Y OM5 6-fiber Indoor Armored Cable

Product Description

The PANDUIT FOPPW06Y is a 50-micron OM5 6-fiber indoor armored fiber optic cable designed for structured cabling installations in commercial and industrial environments. The OM5 multimode fiber core supports wideband multimode transmission, making it well suited for high-density data center and enterprise backbone runs. The armored construction provides mechanical protection against crushing, rodent damage, and incidental impact, reducing the risk of fiber damage in demanding indoor routing conditions. Licensed low-voltage technicians and structured cabling installers are the primary trades that handle this cable.

This cable is appropriate for indoor backbone and horizontal runs in commercial buildings, data centers, and campus environments where additional mechanical protection is required. The 6-fiber count accommodates moderate-density distribution runs between telecommunications rooms and equipment areas. OM5 fiber is backward compatible with OM4 and OM3 transceivers, extending its usefulness across mixed-generation active equipment.

Key Features

• 50-micron OM5 multimode fiber core supports wideband multimode (WBMMF) transmission
• 6-fiber configuration suits moderate-density backbone and distribution runs
• Armored construction provides crush and impact resistance for demanding indoor pathways
• Rated for indoor use in commercial and enterprise structured cabling systems
• Sold as individual unit (each)

Compatibility

Designed as an OEM-style indoor armored fiber optic cable for use in structured cabling systems requiring OM5 50-micron multimode fiber with enhanced mechanical protection.

Installation Notes

Installation should be performed by qualified low-voltage or structured cabling technicians in accordance with ANSI/TIA-568 standards and local building codes. De-energize and power down all active equipment connected to the fiber pathway before terminating or splicing. Observe the cable minimum bend radius during routing to avoid microbending losses. Do not exceed the rated tensile load during cable pulls through conduit or cable tray.