Keystone Jack Intellinet, Cat6, UTP, punch-down, portocaliu

The Intellinet Keystone Jack Cat6 UTP Punch-down (model 210775) is a Cat6 UTP keystone jack in orange colour designed for reliable wired Ethernet connections. Its flat 8-position 8-conductor (8P8C) construction fits standard wall plates and accepts RJ-45 connectors. With compact dimensions (18 mm W × 28.3 mm D × 20.8 mm H) and lightweight design, it is suitable for both home-network installations and larger structured cabling environments.

Advantages

This Cat6 keystone jack meets industry performance standards for Gigabit Ethernet and offers a cost-effective solution for terminating UTP cables. The punch-down design is compatible with standard 110 punch-down tools, enabling fast installation and consistent terminations. Available in multiple colours, including the supplied orange unit, it allows easy colour-coding of network runs and neat organisation of patch panels and wall plates.

Suitable for

• Home and small office network installations
• Structured cabling in offices and data closets
• Patch panels and wall plate terminations
• Colour-coded network wiring schemes

Key specifications

• Brand: INTELLINET
• Model / MPN: 210775
• Product type: Cat6 UTP keystone jack, punch-down
• Connector format: 8P8C (RJ-45 compatible)
• Colour: Orange
• Dimensions: 18 mm (W) × 28.3 mm (D) × 20.8 mm (H)
• Weight: 0.01 kg
• EAN: 766623210775

How to use

Strip the UTP cable jacket according to standard cabling practices, separate and arrange the pairs following the chosen wiring code (568A or 568B), and insert each conductor into the corresponding punch-down slot on the keystone jack. Use a 110 punch-down tool to terminate the conductors cleanly and trim excess wire. Snap the keystone jack into a compatible wall plate or patch panel module and connect the RJ-45 plug to the front-facing port.

Recommendations

For best results, use this Cat6 keystone jack with Cat6-rated patch cables and adhere to 568A or 568B wiring standards. Ensure proper cable management and avoid tight bends or cable stress near the termination point to maintain signal integrity.