Panduit FSCSLT9SOCA9AG Fiber Sc-apc Splice-on Connector

Product Description

The PANDUIT FSCSLT9SOCA9AG is a fiber optic SC-APC splice-on connector designed for field termination of single-mode fiber optic cable. Splice-on connectors combine the low insertion loss of a factory-polished ferrule with the flexibility of a field-installable termination, making them well suited for installations where pre-terminated assemblies are not practical. This connector is installed by licensed low-voltage technicians and fiber optic specialists working on structured cabling systems, data centers, telecommunications rooms, and outside plant runs where angled physical contact (APC) performance is required.

SC-APC connectors are used in single-mode fiber optic systems where back-reflection must be kept to a minimum, such as passive optical networks (PON), fiber-to-the-premises (FTTP) deployments, and high-sensitivity broadband transmission systems. The splice-on termination method is common in both commercial and campus infrastructure projects where technicians need a reliable field termination without field polishing.

Key Features

• SC-APC ferrule geometry provides low back-reflection performance for single-mode applications
• Splice-on termination eliminates field polishing while maintaining factory-quality endface quality
• Compatible with standard SC-APC adapter panels and bulkhead couplers
• Sold individually, allowing technicians to terminate exactly the quantity needed

Compatibility

Designed as an OEM-style field termination solution for single-mode fiber optic cable installations using standard SC-APC adapter interfaces.

Installation Notes

Installation should be performed by a qualified fiber optic technician using a compatible fusion splicer and cleaving tool. Inspect and clean the ferrule endface before mating to any adapter or coupler. Follow TIA-568 and applicable structured cabling standards for fiber termination procedures. Power down any active fiber optic transceivers feeding the link before beginning termination work.