Patch Panel Equip 326622

The Equip 326622 patch panel is a 12‑port, metal 10GBase‑T panel designed for structured cabling in data centers, server rooms and network racks. It provides a 10 Gigabit Ethernet interface with a maximum data transfer rate of 10000 Mbit/s. The unit is finished in black, meets CE and RoHS conformity, and is supplied in a box for convenient handling. Physical dimensions are 212.5 mm (W) × 109.3 mm (H) × 44.3 mm (D), and the panel weighs 0.87 kg.

Advantages

The Equip 326622 combines a compact metal construction with support for 10GBase‑T speeds, offering a durable solution for high‑speed copper cabling. The 12 ports allow consolidation of multiple connections in a single 1U‑style module, and the black finish supports consistent rack aesthetics. Compliance with CE and RoHS standards ensures regulatory and environmental conformity.

Suitable for

• Aggregation and distribution of copper Ethernet connections in racks and cabinets
• 10 Gigabit Ethernet deployments over Cat6a/Cat7 structured cabling
• Server rooms, small data centers and telecom closets
• Upgrading existing infrastructure to support higher data rates

Key specifications

• Model: Equip 326622
• Ports quantity: 12
• Interface: 10 Gigabit Ethernet (10GBase‑T)
• Maximum data transfer rate: 10000 Mbit/s
• Material: Metal
• Colour: Black
• Dimensions (W×H×D): 212.5 × 109.3 × 44.3 mm
• Weight: 0.87 kg
• Certifications: CE, RoHS
• Packaging: Boxed

How to use

Mount the panel in a compatible rack or cabinet using appropriate screws or brackets. Terminate Cat6a or higher cabling to the rear IDC or RJ45 connections according to T568A or T568B wiring standards. Label each port if required for easier management. Connect patch cables from the panel front ports to switches, routers or servers to route traffic. Ensure proper cable management to avoid excessive bend radius and to maintain signal integrity for 10GBase‑T links.

Usage recommendations

For reliable 10G performance, use certified Cat6a or Cat7 cables and keep cable lengths within standard limits. Verify wiring consistency and test each link with an appropriate network tester after installation. Maintain good airflow in the rack and avoid obstructing ventilation around active equipment.