Belden Inc. FP1STST003MR3XN OM1 Fiber Patch Cable St St

Product Description

The BELDEN INC. FP1STST003MR3XN is an OM1 multimode fiber optic patch cable terminated with ST connectors on both ends. It provides a reliable optical connection for short-run data and communications links in structured cabling systems. With a 3-meter length and ST-to-ST configuration, this cable is suited for connecting network equipment, patch panels, and fiber distribution units. Licensed low-voltage and communications technicians typically install fiber patch cables of this type during structured cabling buildouts, equipment room terminations, and system maintenance work.

This patch cable is designed for use in commercial and light industrial structured cabling environments. OM1 multimode fiber supports legacy and active fiber optic network equipment operating over short distances. The ST connector type is common in older enterprise and campus installations, making this cable a practical choice for maintaining or extending existing OM1 fiber infrastructure. It is sold as a single unit and is ready to install without field termination.

Key Features

• OM1 multimode fiber construction for short-distance optical data transmission
• ST connector on each end for tool-free connection to compatible ports and panels
• 3-meter cable length provides routing flexibility in equipment rooms and data closets
• Factory-terminated ends eliminate the need for field polishing or cleaving
• Sold as a single patch cable unit

Compatibility

Designed as an OEM-style replacement or standard patch cable for OM1 multimode fiber optic systems using ST-type connector interfaces.

Installation Notes

Fiber patch cables of this type are installed by low-voltage communications technicians following TIA-568 structured cabling standards. Power down or disable active fiber ports before connecting or disconnecting patch cables to avoid optical exposure. Avoid sharp bends that exceed the minimum bend radius of the cable. Inspect and clean ST ferrule ends before mating to maintain signal integrity.