Lynn Electronics T12-LU1AP2-LU1A2-4PTAU-R475F 12-fiber Armored

Product Description

The LYNN ELECTRONICS T12-LU1AP2-LU1A2-4PTAU-R475F is a 475-foot run of 12-fiber armored plenum-rated multimode fiber optic cable. The armored construction provides mechanical protection against crush and rodent damage, making it suitable for exposed pathways, risers, and areas where standard tight-buffer cable would be at risk. The plenum rating meets the smoke and flame requirements for air-handling spaces as defined by the NEC. Low-voltage and data cabling contractors install this type of assembly in commercial and institutional buildings where both fire code compliance and physical cable protection are required in the same run.

This cable assembly is designed for multimode fiber optic backbone and horizontal runs in commercial buildings, data centers, and campus environments. The 475-foot pre-cut length reduces field waste and simplifies job-site planning for runs that would otherwise require field termination of bulk cable. It is well suited for structured cabling installations in plenum-rated ceiling spaces, above suspended ceilings, and through air-handling plenums where both armored protection and CMP-rated jacket performance are necessary.

Key Features

• 475-foot pre-cut length reduces waste and simplifies installation planning
• 12-fiber count supports backbone or multi-drop horizontal runs
• Armored construction resists crush loads and mechanical damage along the cable path
• Plenum-rated jacket meets NEC requirements for installation in air-handling spaces
• Multimode fiber supports standard multimode transceivers and network equipment

Compatibility

Designed as an OEM-style plenum fiber optic cable assembly for multimode fiber optic network infrastructure installations requiring armored, plenum-rated construction.

Installation Notes

Installation should be performed by a qualified low-voltage or data cabling contractor familiar with NEC Article 770 fiber optic cabling requirements. De-energize all nearby electrical equipment and follow site safety protocols before pulling cable through plenum pathways. Maintain the minimum bend radius of the cable throughout the pull to avoid stressing the fiber strands. Secure the armored jacket with appropriate cable supports and avoid over-tightening tie wraps, which can indent the armor and affect fiber performance.