Ortronics HDHFM-FSC1CA-00 Sc Simplex Fiber Connector

Product Description

The ORTRONICS HDHFM-FSC1CA-00 is a HiLoc SC simplex fiber optic connector finished in blue, indicating single-mode fiber compatibility. This field-installable connector terminates single-mode optical fiber in structured cabling systems and data network infrastructure. Network technicians and low-voltage cabling contractors install it during patch panel builds, horizontal runs, and backbone terminations where SC-style connections are specified. The blue color coding provides quick visual identification of single-mode ports and cables at the termination point, reducing mis-connection risk in dense fiber environments.

This connector is suited for structured cabling installations in commercial and enterprise environments. It is used wherever SC simplex fiber terminations are required, including telecommunications rooms, data centers, and campus backbone runs. Installers working to ANSI/TIA-568 standards will recognize the SC form factor as a common requirement for single-mode horizontal and backbone cabling applications.

Key Features

• SC simplex form factor for standard fiber optic port compatibility
• Blue housing denotes single-mode fiber application
• HiLoc termination design for field installation
• Sold individually as a single connector unit
• Hardware accessory classification for structured cabling systems

Compatibility

Designed as an OEM-style field connector for SC simplex single-mode fiber optic termination in structured cabling installations.

Installation Notes

Installation should be performed by a qualified low-voltage cabling technician familiar with fiber optic termination procedures. Disable active fiber optic transceivers and follow safe laser handling practices before working with exposed fiber ends. Standard fiber termination tools including cleavers, polishing equipment, and optical power meters are typically required for proper field termination. Follow ANSI/TIA-568 guidelines for fiber handling, bend radius, and connector polishing to ensure acceptable insertion loss.