Transition Networks SRS2F3114-100-UK RS232 DB9 Fiber Converter

Product Description

The TRANSITION NETWORKS SRS2F3114-100-UK is an RS232 DB9 to fiber optic media converter designed to extend serial communication signals over single-mode fiber (SMF) using an SC connector interface. This type of converter bridges legacy RS232 serial devices with fiber optic infrastructure, allowing transmission over longer distances than copper serial cable supports. It is typically installed by network technicians and systems integrators working in enterprise, industrial, or building automation environments where serial-to-fiber conversion is required at the edge of a network or control system.

This converter is suited for enterprise and industrial deployments where RS232 serial devices must connect into fiber-based network segments. Typical applications include serial device servers, legacy terminal equipment, industrial controllers, and point-of-sale or access control systems that output RS232 signals via a DB9 interface. The SC SMF port supports long-distance runs common in campus or multi-building installations where copper serial runs are not practical.

Key Features

• Converts RS232 DB9 serial signals to single-mode fiber optic transmission
• SC fiber connector interface for reliable, low-loss termination
• Single-mode fiber support for extended transmission distances
• Compact form factor suited for edge and panel installations
• Sold as an individual unit (EA)

Compatibility

Designed as an OEM-style serial media converter for use with RS232 DB9 serial devices in enterprise fiber optic network infrastructure.

Installation Notes

Installation is typically performed by a qualified network technician or systems integrator. Power down connected serial devices before making or removing fiber or DB9 connections. Handle SC fiber connectors carefully to avoid contamination of the ferrule end-face, and clean connectors per industry best practice before mating. Verify single-mode fiber plant continuity and polarity before commissioning the link.