Quiktron 810-132-066 Fiber Optic Patch Cable 62.5M Duplex Sc

Product Description

The QUIKTRON 810-132-066 is a singlemode duplex fiber optic patch cable designed for structured cabling and network infrastructure installations. Built with a 62.5-micron core duplex configuration and SC connectors on both ends, this cable provides a reliable, low-loss optical connection between active equipment, patch panels, and fiber distribution hardware. The PVC jacket makes it suitable for standard indoor environments. At 20 meters in length, it bridges longer cross-connects and equipment runs that shorter patch cords cannot reach. Network technicians and low-voltage cabling contractors are the typical installers for this type of cable.

This patch cable is used in commercial and light industrial structured cabling environments where SC-terminated fiber connections are required. Common applications include data centers, telecommunications rooms, and equipment closets where fiber optic runs connect switches, transceivers, media converters, or patch panels. The 20-meter length accommodates equipment room layouts where rack-to-rack or rack-to-wall-panel distances exceed the range of standard short-run patch cords. Indoor PVC jacketing suits general-purpose plenum-free pathways and conduit runs.

Key Features

• 62.5-micron duplex fiber core for standard multimode optical infrastructure
• SC connectors on both ends for broad compatibility with common fiber ports and patch panels
• 20-meter cable length suits longer in-room and cross-connect runs
• PVC jacket rated for standard indoor installation environments
• Duplex configuration supports simultaneous transmit and receive on a single cable assembly

Compatibility

Designed as an OEM-style replacement or installation-grade patch cable for structured cabling systems requiring SC-terminated 62.5-micron duplex fiber connections in indoor environments.

Installation Notes

Low-voltage cabling technicians and network infrastructure contractors typically install fiber optic patch cables of this type. De-energize all connected active equipment before disconnecting or connecting fiber ports to prevent optical power exposure to eyes and to protect transceiver interfaces. Do not bend the cable beyond its minimum bend radius, as kinking the fiber core will degrade optical performance or cause permanent damage. Follow TIA-568 or applicable local structured cabling standards for routing, labeling, and slack management.