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The PANDUIT F92ERANLNSNM009 is an OS2 single-mode fiber optic patch cable designed for high-density structured cabling installations. Built with a 1.6mm duplex round cordage construction and SC/APC connectors on both ends, this 2-fiber cable delivers low-loss optical performance suitable for long-distance data transmission. The OS2 single-mode classification means this cable is engineered for use with laser-based transmission equipment operating at 1310nm and 1550nm wavelengths. It carries an OFNR (Optical Fiber Nonconductive Riser) flame rating, making it code-compliant for in-building riser pathways. Licensed low-voltage cabling contractors, data center technicians, and network infrastructure teams are the typical installers of this product.
This patch cable is suited for enterprise data centers, telecommunications rooms, and structured cabling horizontal or backbone runs where riser-rated single-mode fiber is required. The SC/APC connector format, with its angled physical contact polish, minimizes back reflection and is commonly specified in passive optical network (PON) architectures, fiber-to-the-premises (FTTP) distribution points, and high-sensitivity transceiver applications. The compact 1.6mm jacket diameter makes routing in high-density patch panels and fiber enclosures straightforward.
Designed as an OEM-style replacement or new-installation patch cable for structured cabling systems requiring OS2 single-mode SC/APC duplex connectivity with OFNR riser-rated jacket construction.
Installation should be performed by a licensed low-voltage cabling contractor or qualified network infrastructure technician. Verify that active equipment and patch panels are powered down or that SFP transceivers are disabled before disconnecting or reconnecting fiber connections. Inspect SC/APC connector end-faces with a fiber inspection scope prior to mating, and clean with appropriate fiber cleaning tools to prevent contamination-related insertion loss. Follow TIA-568 and applicable local building codes when routing riser-rated fiber through penetrations and pathways.
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