Optical Cable Corp. 6112SMDSC Dual Sc Adapter Plate Sm

Product Description

The OPTICAL CABLE CORP. 6112SMDSC is a dual SC singlemode fiber optic adapter plate assembly designed for structured fiber optic connectivity installations. This adapter plate provides two SC-style fiber ports in a single mounting footprint, allowing technicians to terminate and interconnect singlemode fiber runs at patch panels, fiber distribution units, or wall outlet enclosures. It is suited for low-loss signal routing in singlemode fiber networks and is installed by network cabling technicians and licensed low-voltage contractors working in commercial and industrial environments.

This adapter plate assembly is appropriate for use in singlemode fiber optic distribution systems where SC-style connectors are specified. Typical installation scenarios include equipment rooms, telecommunications closets, and horizontal cable runs terminating at outlet or panel enclosures. The dual-port configuration supports two fiber connections per plate, making it an efficient choice for high-density patching locations where space and port count are both considerations.

Key Features

• Dual SC port configuration supports two singlemode fiber connections per plate
• Singlemode (SM) optical compatibility for long-distance, low-attenuation fiber runs
• Adapter plate form factor fits standard fiber enclosure and patch panel mounting positions
• Sold as individual assembly unit for flexible deployment

Compatibility

Designed as an OEM-style replacement or field-install adapter plate for fiber optic enclosures and patch panels accepting dual SC adapter plate modules in singlemode configurations.

Installation Notes

Installation is performed by qualified low-voltage cabling technicians familiar with fiber optic termination and handling practices. Clean all SC ferrules and adapter sleeves before mating to minimize insertion loss. Follow TIA-568 and applicable local codes for fiber optic structured cabling installations. Avoid bending fiber beyond minimum bend radius during routing and termination.