Quiktron 810-332-003 Sc to Sc Fiber Patch Cable 62.5um Duplex

Product Description

The QUIKTRON 810-332-003 is a multimode fiber optic patch cable designed to connect network equipment using SC connectors on both ends. The cable features a 62.5-micron core diameter and duplex construction, meaning two fiber strands run together in a single jacketed assembly. The PVC outer jacket provides flexibility and durability in standard indoor environments. This type of patch cable is commonly installed by low-voltage technicians and network cabling professionals in structured cabling systems, data centers, and telecommunications closets.

This cable is suited for short-distance multimode fiber runs in commercial and light-industrial settings. The SC-to-SC duplex configuration is a standard interconnect used in patch panels, fiber switches, media converters, and network interface equipment. The 1-meter length makes it appropriate for within-rack and panel-to-panel connections where cable management space is limited. Installation does not require splicing or termination tools — the connectors are factory-terminated and ready to plug in.

Key Features

• SC to SC duplex connector configuration for standard multimode fiber equipment
• 62.5-micron core diameter for compatibility with common OM1 multimode fiber infrastructure
• Duplex construction carries simultaneous transmit and receive signals over two fibers
• PVC jacket rated for standard indoor use with flexibility for tight routing
• 1-meter length suited for rack-to-rack and panel-to-equipment connections
• Factory-terminated connectors — no field termination required

Compatibility

Designed as an OEM-style patch cable for use with multimode fiber optic equipment accepting SC-type connectors in duplex configurations.

Installation Notes

Low-voltage or network cabling technicians typically install fiber optic patch cables following TIA-568 structured cabling standards. Before connecting, inspect SC ferrules for contamination and clean with appropriate fiber optic cleaning tools if needed. Do not bend the cable below its minimum bend radius, as this can cause signal loss or physical damage to the fiber strands. Power down connected transceivers or ports where safe before handling to avoid exposure to active laser light.