Tinifiber TF12-OS2-PU-LCLC-2500-PE 12-fiber Armored Cable

Product Description

The TINIFIBER TF12-OS2-PU-LCLC-2500-PE is a 12-fiber armored single-mode (OS2) fiber optic cable in a plenum-rated (PU) jacket, terminated with LC connectors on both ends. At 2500 feet, this assembly is suited for long-distance backbone runs in commercial and enterprise environments where fire-code-compliant plenum installation is required. The armored construction provides mechanical protection against crush and rodent damage in exposed or semi-exposed pathways. Installers receive a factory-terminated, pull-ready assembly that eliminates field termination for the fiber count and length specified.

This cable assembly is intended for horizontal and backbone structured cabling in commercial buildings, data centers, and campus environments. The plenum rating satisfies National Electrical Code requirements for installation in air-handling spaces without conduit. The OS2 single-mode fiber supports high-bandwidth, long-distance transmission, making this assembly appropriate for inter-floor or inter-building runs where multimode reach is insufficient. Licensed low-voltage and data cabling contractors are the primary installers of this product.

Key Features

• 12-fiber count supports multiple simultaneous single-mode circuits in one sheath
• OS2 single-mode fiber for long-distance, high-bandwidth backbone applications
• Armored jacket provides mechanical protection in exposed cable pathways
• Plenum-rated (PU) jacket meets NEC requirements for air-handling space installation
• LC to LC duplex-compatible connectors on both ends for direct patching
• 2500-foot factory-terminated assembly reduces field splicing and termination labor

Compatibility

Designed as an OS2 single-mode LC-to-LC armored plenum assembly for use with LC-port fiber switches, patch panels, and transceivers in structured cabling systems.

Installation Notes

Installation should be performed by a licensed low-voltage or data cabling contractor in accordance with NEC Article 770 requirements for optical fiber cables. De-energize connected active equipment before terminating or patching fiber connectors. Observe the manufacturer minimum bend radius during pulling to avoid fiber stress or connector damage. Inspect factory connectors for cleanliness before mating and clean with appropriate fiber optic cleaning tools if contamination is present.