InLine Modulo Snap-In RJ45 Keystone Jack Premium Cat.6a, con copertura antipolvere

The InLine Premium RJ45 Keystone Jack Snap-In module Cat.6a is a flat, silver-finished keystone jack designed for network outlet panels and patch panels. It includes an integrated dust cover and is supplied individually in a polybag. Dimensions: 16.9 mm (width) × 47.4 mm (depth) × 25 mm (height). The module supports Cat.6a structured cabling requirements and is intended for standard RJ45 terminated network connections.

Advantages

The keystone jack offers a compact, low-profile construction with a silver finish that fits standard keystone openings. The included dust cover protects the RJ45 port from dust and debris when not in use. Individual packaging simplifies inventory and allows flexible installation one module at a time. The Cat.6a rating ensures compatibility with higher-speed Ethernet networks where Cat.6a performance is required.

Suitable for

• Patch panels and faceplates with keystone openings
• Structured cabling for Gigabit and 10 Gigabit Ethernet (Cat.6a)
• Data centers, server rooms, offices, and home networks
• Repairs and incremental expansion of existing network outlets

Key specifications

• Brand: InLine
• Model / MPN: 76202D
• EAN: 4043718279890
• Category: Accessories for networks
• Type: RJ45 Keystone Snap-In Jack, Cat.6a
• Finish: Silver
• Includes: Dust cover
• Packaging: Individual polybag
• Dimensions: 16.9 mm (W) × 47.4 mm (D) × 25 mm (H)

How to use

Terminate the network cable to the jack following the Cat.6a wiring color codes and the manufacturer’s termination scheme. Insert the keystone jack into a compatible keystone opening on a faceplate or patch panel until it snaps into place. Connect the RJ45 plug from the network device or patch cable to the port. When the port is not in use, close the dust cover to protect the connector.

Recommendations

The module should be installed in compatible keystone panels or faceplates and terminated with Cat.6a-compliant cabling to achieve expected performance. Avoid excessive bending of the cable near the termination point and protect connectors from moisture and mechanical stress.