Panduit FZTYL5EL2SAM065 OM4 12F Trunk Lszh Mpo to Lc

Product Description

The PANDUIT FZTYL5EL2SAM065 is a pre-terminated OM4 12-fiber multimode trunk cable designed for high-density structured cabling installations. The cable features an MPO female connector on one end and LC duplex connectors on the other, allowing direct breakout from backbone trunk runs to individual equipment ports. The Low Smoke Zero Halogen (LSZH) jacket makes it appropriate for enclosed or plenum-adjacent environments where off-gassing during a fire event is a concern. This assembly is sold as a single unit and is typically deployed by low-voltage cabling technicians and data center infrastructure teams.

This trunk cable is used in data center and enterprise network environments where OM4 multimode fiber is specified for short to medium-distance high-speed links. The MPO-to-LC duplex fanout design suits structured cabling systems that use MPO backbone trunks feeding LC-connected switches, servers, or storage equipment. The LSZH jacket makes it suitable for installations in European-coded buildings or any facility with fire-safety mandates restricting halogenated cable materials.

Key Features

• OM4 multimode fiber supports high-bandwidth applications over multimode infrastructure
• 12-fiber count in a single trunk assembly for high-density port utilization
• MPO female to LC duplex connector configuration for backbone-to-equipment breakout
• LSZH jacket reduces toxic smoke and halogen gas emission in fire conditions
• Factory pre-terminated assembly for consistent, field-ready optical performance
• Single-unit packaging for precise quantity procurement

Compatibility

Designed as a factory-terminated replacement or new-installation trunk cable for OM4 multimode structured cabling systems using MPO backbone and LC duplex equipment connections. No specific compatible model numbers were provided in the product data.

Installation Notes

Installation should be performed by qualified low-voltage technicians familiar with fiber optic handling and structured cabling standards such as ANSI/TIA-568 and ISO/IEC 11801. Inspect all connectors for contamination and clean per manufacturer recommendations before mating. Avoid bending the cable below its minimum bend radius during routing and dressing. Do not overtighten cable managers or tie wraps against fiber assemblies, as crush forces can degrade optical performance.