Description

The ORTRONICS KSFCNR-13 is a recessed keystone module with a female-to-female F-type connector rated at 75 ohms. It is designed for flush-mount installation in standard keystone wall plates and patch panels used in structured cabling systems. The module provides a clean, low-profile connection point for coaxial cable runs in video distribution and data cabling applications. Licensed electricians and low-voltage cabling technicians typically specify this fitting where a terminated coax connection needs to be routed through a wall plate without a protruding connector body.

This module suits residential and light commercial installations where coaxial video signals are distributed through structured wiring systems. Typical applications include cable television outlet points, satellite distribution wiring, and CCTV or security camera cabling brought to a wall plate location. The recessed F-type female-to-female configuration allows a field-terminated or pre-terminated coax cable to connect on both sides of the module through the keystone port.

Key Features

Female-to-female F-type connector interface for coaxial cable termination on both sides
75 ohm impedance matched to standard video and cable television coaxial systems
Recessed connector body for a low-profile, flush appearance in keystone wall plates
Keystone form factor fits standard keystone wall plates and patch panels
Sold individually for single-port installations or mixed-use plate configurations

Compatibility

Designed as an OEM-style replacement or new-installation keystone module for use with standard keystone-format wall plates and patch panels in video and data structured cabling systems.

Installation Notes

Installation is typically performed by licensed low-voltage technicians or electricians working under applicable local codes. Disconnect or de-energize any active coaxial signal sources before handling connectors to avoid signal interference or equipment damage. The module snaps into a standard keystone wall plate opening and does not require specialized tools beyond a keystone insertion tool or firm hand pressure. Verify impedance matching of all upstream and downstream coaxial components to avoid signal reflection or loss.