Patch Panel Equip 50-Port Cat.3 RJ45 ISDN Black

The equip® ISDN Patch Panel is a 19" 1U telephone distribution unit designed for rack mounting. It supports 50 RJ45 Cat.3 ports for ISDN applications and includes an integrated cable management system for improved routing and strain relief. Each port is clearly marked with a port number. The unit is supplied in black and measures 44 mm (width) × 483 mm (height) × 100 mm (depth), with a weight of approximately 1.174 kg.

Advantages

The patch panel combines support for both LSA and 110 termination standards with a built-in cable management system to keep wiring organized and reduce strain on connections. Clearly numbered ports simplify identification and maintenance. Its 1U, 19" form factor fits standard server racks and provides a compact solution for ISDN deployments using Cat.3 cabling.

Suitable for

• ISDN telephony installations
• Small to medium rack-mounted distribution frames
• Environments using Cat.3 cabling and RJ45 terminations
• Telecommunications closets requiring port labeling and cable routing

Key specifications

• Brand: EQUIP
• Model / MPN: 125295
• EAN: 4015867593639
• Ports: 50 × RJ45 (Cat.3)
• Rack size: 19", 1U
• Termination standards: LSA and 110 compatible
• Colour: Black
• Dimensions (W × H × D): 44 mm × 483 mm × 100 mm
• Weight: 1.174 kg

How to use

Mount the patch panel into a standard 19" rack occupying 1U of space. Terminate incoming Cat.3 cables onto the appropriate LSA or 110 blocks at the rear of the unit following the labelled port numbers. Use the integrated cable management features to route and secure cables, ensuring proper strain relief and tidy organization. Connect corresponding RJ45 patch cords at the front panel to link to telephony equipment or distribution switches.

Usage recommendations

For reliable ISDN performance, use Cat.3-rated cabling and ensure terminations follow the selected standard (LSA or 110). Keep cable bundles secured and avoid excessive bends near terminations. Confirm port numbering before making or changing connections to prevent service interruptions.