Optical Cable Corp. AKF00 Snap-in F Coupler

Product Description

The OPTICAL CABLE CORP. AKF00 is a snap-in F coupler designed to terminate or extend F-type coaxial cable connections within structured wiring panels, wall plates, or blank panel inserts. The snap-in mounting format allows the coupler to seat securely into a standard keystone-style or panel cutout without additional hardware. It provides a female-to-female F-type interface, allowing two F-connector terminated cables to be joined or routed through a panel. This component is typically installed by low-voltage technicians, AV integrators, or electricians during structured wiring rough-in or trim-out phases.

The AKF00 is suited for residential and light commercial installations where coaxial signal distribution is required through a central distribution panel, media enclosure, or surface-mounted wall plate. Its snap-in design fits blank panel cutouts commonly found in structured wiring enclosures and low-voltage mounting brackets, making it a straightforward addition to any coaxial distribution layout. It is sold individually, so quantities can be matched precisely to port count requirements on the panel.

Key Features

• Snap-in mounting format seats into standard panel or blank plate cutouts without tools or fasteners
• Female-to-female F-type interface for coaxial cable pass-through or extension
• Compact form factor suited for structured wiring enclosures and low-voltage wall plates
• Sold individually for flexible quantity purchasing

Compatibility

Designed as an OEM-style snap-in F coupler for use in standard keystone or blank panel cutouts found in structured wiring enclosures and low-voltage mounting assemblies.

Installation Notes

Installation is typically performed by low-voltage technicians or licensed electricians during structured wiring panel assembly. Ensure the panel or wall plate cutout matches the snap-in footprint of the AKF00 before seating the coupler. De-energize any active distribution equipment in the enclosure before handling internal components. Follow applicable low-voltage wiring guidelines as referenced in local building codes.