29+Years
29+Years
80 Available
Condition: New
The CAT6 Keystone Feed-Through Connector is designed for easy cable installation and reliable performance. Featuring a straight-pin design, this connector offers excellent data transmission for networking applications.
Perfect for home or office configurations, it simplifies the process of creating custom lengths of Ethernet cables while ensuring a secure and stable connection.
The BLACK BOX CORPORATION CAT6 Keystone Coupler (part number FM693) is a shielded, straight-pin connector designed for integrating Ethernet cabling into keystone wall plates or patch panels. This component facilitates high-speed data transfer up to 1 Gbps, supporting CAT6 and lower category cabling. It is intended for IT professionals and businesses requiring a reliable, feed-through solution for extending or connecting network cables without termination. The coupler simplifies the creation of custom-length Ethernet connections in both residential and commercial networking environments, ensuring a stable link. Its durable construction is built to withstand regular use, making it suitable for permanent installations where consistent network performance is critical. This product addresses the need for flexible and robust network infrastructure deployment.
This keystone coupler is compatible with CAT6 and lower category cabling, ensuring broad applicability within existing network infrastructures.
The coupler supports high-speed data transfer up to 1 Gbps, suitable for typical gigabit Ethernet networking applications.
This coupler is ideal for both residential and commercial networking solutions, simplifying the process of creating custom lengths of Ethernet cables and integrating them into keystone wall plates or patch panels.
A feed-through design allows for easy cable installation by simply plugging in a pre-terminated Ethernet cable on both sides of the coupler, without requiring any special tools or termination.
FM693 - Black Box Corporation CAT6 KEYSTONE COUPLER - SHIELDED, STRAIGHT-PIN, SILVER
