Patch panel EFB Elektronik 37595SW.2

The EFB Elektronik 37595SW.2 is a 1U rack-mounted patch panel designed to accommodate RJ-45 connections in structured cabling installations. Built for use with Cat3 cable types and featuring U/UTP shielding, the panel measures 483 mm in width and 44.5 mm in height and is finished in black. It provides organized port access for network rooms, distribution frames and telecommunication racks where a compact, single-rack-unit termination point is required.

Advantages

This patch panel offers a standardized 1U form factor for easy mounting in 19-inch racks and enclosures. U/UTP shielding supports reduced external interference for unshielded twisted-pair installations. The RJ-45 compatible terminations simplify connection of Cat3 cabling and help maintain neat cable routing. Its black housing provides a discreet appearance that integrates with typical server-room equipment.

Suitable for

• Telephone and low-speed data distribution using Cat3 cabling
• 19-inch rack installations requiring one rack unit of space
• Telecommunications closets and small equipment cabinets
• Environments where organized RJ-45 port access is needed

Key specifications

• Form factor: 1U rack-mounted
• Connector type: RJ-45 compatible
• Cable category support: Cat3
• Shielding: U/UTP
• Ports quantity: 25
• Colour: Black
• Width: 483 mm
• Height: 44.5 mm

How to use

Mount the patch panel in a standard 19-inch rack occupying a single unit of rack height. Terminate Cat3 cables to the RJ-45 compatible ports following the appropriate wiring scheme for the connected equipment. Secure cable runs and label each port as needed to maintain an organized patching field. Ensure the rack and surrounding equipment provide sufficient clearance for cable management and ventilation.

Usage recommendations

Use the panel with Cat3-rated cabling and standard RJ-45 connectors; avoid higher-category expectations for performance. Implement proper cable management and grounding practices consistent with U/UTP installations to minimize interference and maintain reliable connections.