2xRJ45/Cat 6 UTP socket, ALUMINIUM SUNO 721353

RJ45 network socket category 6 – solid connection and modern design

This category 6 computer socket, 2xRJ45, made of aluminum, is an ideal solution for both professional network installers and end-users looking for a reliable internet connection. Designed for flush mounting, it provides an aesthetic appearance and discreet integration into the interior design. Made of high-quality materials, it guarantees durability and connection stability for a long time.

Construction and application

The socket has two RJ45 ports category 6 UTP, allowing you to connect two devices simultaneously. The use of IDC knife-type terminal blocks simplifies and speeds up the installation process, and the angled cable outlet direction provides convenience during cabling. The construction based on a base element with a central protective plate adds elegance and a professional look. It is ideal for offices, homes, and commercial facilities requiring fast and stable network access.

Key features and benefits

• Category 6: Provides a bandwidth of up to 10 Gbps, which is the standard for modern networks requiring fast data transmission. This means smooth application performance, fast file downloads, and trouble-free multimedia streaming.
• Durable construction: Made of aluminum – a material resistant to mechanical damage and corrosion – guarantees long-term use even in harsh conditions.
• Easy installation: IDC knife terminals facilitate quick and precise connection of wires, saving installers time.
• Aesthetic design: Unlacquered, mass-dyed finish gives the socket an elegant look that blends perfectly with modern interiors.
• Safety of use: Protection class IP20 provides basic protection against accidental contact with live parts.
• Color coding: Color coding facilitates the identification of sockets in network installations.
• Dimensions: Compact dimensions (72.5 x 72.7 x 42.9 mm) allow for easy adaptation to existing infrastructure.

The socket is intended for use indoors in dry rooms only and does not have shielding, which should be taken into account when designing networks in environments exposed to electromagnetic interference.