InLine patch panel Cat.6 24 puertos 19" 1HE gris claro RAL7035

The InLine Patch Panel Cat.6 24 Port 19" 1HE light grey RAL7035 is a 1U, fully shielded rack panel with 24 RJ-45 ports supporting Cat.6 cabling. It uses LSA insulation displacement connectors to terminate up to 24 installation cables and features consecutively numbered RJ45 ports for easy identification. The panel’s half-height design allows two units to provide 48 ports within a single rack unit, and the metal housing opens and closes simply using knurled screws on the rear.

Advantages

The fully shielded construction reduces electromagnetic interference for improved signal integrity. LSA insulation displacement connectors enable secure and tool-assisted cable termination. Consecutive port numbering simplifies documentation and cable management. The half-height format permits high port density in limited rack space, and the light grey RAL7035 finish provides a neutral appearance that fits most equipment environments.

Suitable for

• Structured network cabling in server rooms and communication cabinets
• Cat.6 horizontal and patch connections for office networks
• Environments requiring high port density in limited rack space

Key specifications

• Brand: InLine
• Model / MPN: 76224
• EAN: 4043718022304
• Ports: 24 RJ-45
• Category: Cat.6
• Form factor: 19" 1U (half-height design; two units can provide 48 ports in one U)
• Shielding: Fully shielded
• Connector type: LSA insulation displacement
• Colour: Light grey RAL7035

How to use

Mount the patch panel in a standard 19" rack using the front mounting holes. Terminate installation cables into the LSA insulation displacement connectors according to standard Cat.6 wiring schemes, observing correct pair order and pair untwisting limits. Close the housing and secure it with the rear knurled screws. Connect patch cords to the front RJ45 ports, using the consecutive port numbers to match documentation and active equipment ports.

Recommendations

Follow standard Cat.6 installation practices: keep cable lengths within specified limits, maintain pair twist as close as possible to the termination, and use appropriate shielding continuity measures when integrating with shielded cabling and racks.