Belden Inc. FPSLDLD029MR1XY OS2 Lc Lc Fiber Patch Cable 29m

Product Description

The BELDEN INC. FPSLDLD029MR1XY is a single-mode OS2 fiber optic patch cable with LC to LC duplex connectors and a 29-meter length. Designed for high-density structured cabling environments, this patch cable supports long-distance, low-attenuation signal transmission across single-mode fiber runs. It is used in data centers, telecommunications closets, and enterprise backbone installations where reliable OS2-grade performance is required. Licensed low-voltage technicians, network cabling professionals, and structured cabling contractors are the typical installers of this product.

This patch cable is suited for single-mode fiber optic infrastructure in both commercial and enterprise environments. The OS2 specification makes it appropriate for long-haul runs where tight dispersion characteristics and minimal signal loss are required. LC duplex connectors are widely used in high-density patch panels, fiber switches, and media converters found in data center and campus distribution applications. It ships as a single unit and is ready for installation out of the package.

Key Features

• OS2 single-mode fiber construction for low-attenuation, long-distance performance
• LC to LC duplex connector configuration for high-density panel compatibility
• 29-meter cable length accommodates mid-range cross-connect and backbone runs
• Single-unit packaging for straightforward inventory and job-site deployment

Compatibility

Designed as an OEM-style patch cable for use with single-mode OS2 fiber infrastructure, compatible with LC duplex ports on fiber patch panels, fiber switches, and transceivers that accept standard LC single-mode connectors.

Installation Notes

Installation should be performed by a qualified low-voltage or structured cabling technician following TIA-568 standards for fiber optic cabling. Inspect ferrule end-faces before mating connectors and clean per IEC 61300-3-35 procedures to prevent insertion loss. Avoid bending the cable beyond its minimum bend radius, and do not route near sources of physical stress or pinch points. Power down connected active equipment or disable the relevant fiber ports before patching in live environments where possible.