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Hager WL2123 double RJ45 computer socket Cat.5e UTP black
Hager WL2123 double RJ45 computer socket Cat.5e UTP black
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Hager WL2123 double RJ45 computer socket Cat.5e UTP black
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Hager WL2123 double RJ45 computer socket Cat.5e UTP black
Hager WL2123 double RJ45 computer socket Cat.5e UTP black
Hager WL2123 double RJ45 computer socket Cat.5e UTP black is a wall-mounted outlet providing two Cat.5e unshielded twisted-pair ports in a black finish. Designed for structured cabling, the socket supplies two separate Ethernet connections for computers, IP phones, printers or other network devices. The compact plate fits standard mounting boxes and is intended for environments where Cat.5e performance is sufficient and UTP cabling is used.
The dual-port design allows two network endpoints from a single wall outlet while maintaining Cat.5e wiring standards for up to 1000BASE-T networks where supported by the rest of the installation. The UTP configuration avoids the need for shielded cables in standard office and home settings, and the black finish provides a discreet appearance that integrates with darker interior elements. The product is easy to install into common flush-mounted back boxes and supports color-coded termination for reliable connections.
Turn off network equipment power before beginning installation. Secure the socket plate into a standard flush-mounted back box and terminate incoming unshielded twisted-pair Cat.5e cables on the provided termination points following the appropriate color code (T568A or T568B) used in the building. After termination, mount the faceplate, restore power and test each port with a network tester or by connecting a device to verify link and data transmission. Ensure patch cables and connected devices are compatible with Cat.5e specifications for optimal performance.
Use short, high-quality Cat.5e patch cables between the socket and devices to minimise signal loss. Maintain proper cable routing and avoid running UTP cable parallel to strong electrical sources to reduce interference. For installations requiring higher bandwidth or added protection against electromagnetic interference, consider Cat.6 or shielded cabling as appropriate.
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