Equip 24-portni Cat.6A oklopljeni patch panel

The equip® Cat.6A Patch Panel is a 19" 1U network distribution unit designed for structured cabling systems. It provides 24 fully-shielded RJ45 ports compatible with Krone IDC termination and supports Cat6A cabling to deliver 10G performance. Each port is labeled with a port number for easy identification. The panel has a black finish, CE certification, and a compact 1U rack size (482.6 mm × 44.5 mm × 125 mm).

Advantages

The patch panel offers full shielding on all 24 RJ45 ports to reduce electromagnetic interference and maintain signal integrity for high-speed 10G networks. Integrated cable management ensures cleaner routing and strain relief, which simplifies installation and improves long-term reliability. Clear port numbering facilitates quick identification and troubleshooting in dense rack environments.

Suitable for

• Data centers and server rooms
• Office network closets and telecommunications racks
• High-speed Ethernet installations requiring 10G performance
• Structured cabling projects using Cat6A cabling and Krone IDC terminations

Key specifications

• Ports: 24 fully-shielded RJ45
• Standard: 19" rack, 1U height
• Cabling: Cat6A support, Krone IDC compatible
• Dimensions (W×H×D): 482.6 × 44.5 × 125 mm
• Colour: Black
• Weight: 1.869 kg
• Certifications: CE
• Manufacturer code (MPN): 326625, EAN: 4015867207642

How to use

Mount the patch panel in a 19" rack occupying 1U of space. Terminate incoming Cat6A cables to the Krone IDC contacts on the rear of the panel according to the relevant wiring standard (T568A or T568B). Route patch cords from the front RJ45 ports to network devices. Use the integrated cable management features to secure cables and provide strain relief, keeping bend radii within specification.

Recommendations

For optimal 10G performance, pair the equip® Cat.6A Patch Panel with equip® Cat.6A shielded patch cords and maintain proper cable separation from power sources. Follow installation standards and test each channel after termination to verify continuity and performance.