Intellinet Cat6a Shielded Patch Panel - Patch Panel - RJ-45 X 24 - Schwarz - 1U - 48.3 cm (19") Gruppe Netzwerkzubehör Hersteller Intellinet Hersteller Art. Nr. 720861 EAN/UPC 0766623720861 Produktbeschreibung: Intellinet Cat6a Shielded Patch Panel - Patch Panel - 1U - 48,30cm (19") Produkttyp Patch Panel - CAT 6a - RJ-45 X 24 Packungsinhalt Erdungskabel Abmessungen (Breite x Tiefe x Höhe) 48.2 cm x 9.85 cm x 4.43 cm Gewicht 1.5 kg Farbe Schwarz Portanzahl 24 Ports Höhe (Rack-Einheiten) 1U
Details: Allgemein Produkttyp Patch Panel - CAT 6a Packungsinhalt Erdungskabel Höhe (Rack-Einheiten) 1U Breite 48.2 cm Tiefe 9.85 cm Höhe 4.43 cm Gewicht 1.5 kg Farbe Schwarz Verkabelung & Schaltung Portanzahl 24 Ports Terminierungsart LSA (Krone) Technologie FTP-Kabel Merkmale #22-24 AWG Geleisteter Anschluss 24 x RJ-45 weiblich Verschiedenes Rack-Größe 48.3 cm (19") Umgebungsbedingungen Min Betriebstemperatur 0 °C Max. Betriebstemperatur 70 °C
The INTELLINET 24-Port Cat6a Patch Panel FTP 1U black by Intellinet is a high-performance networking solution designed for professional data centers and enterprise environments. This patch panel supports up to 24 shielded (FTP) Cat6a connections, ensuring reliable transmission speeds of up to 10 Gbps over copper cabling. Its robust metal construction in a sleek black finish fits standard 19-inch racks, making it ideal for structured cabling installations. The panel features clear port numbering and labeling areas for easy identification and maintenance. Applications include server rooms, office networks, telecommunications closets, and any environment requiring organized cable management with minimal signal interference thanks to its shielding against electromagnetic noise. Intellinet is known globally for quality network infrastructure products that combine innovation with durability. The company actively pursues sustainability through eco-friendly packaging and energy-efficient manufacturing processes?by choosing this product, customers support responsible production practices while enhancing their own network reliability.