HellermannTyton Connectivity Propojovací pole RJ, řada: RJ45NGB, Kat6, délka kabelu: 20 m, Kabel, Nestíněný, RJ45

HellermannTyton Connectivity RJ45NGB Series RJ Patch Panel, 20m Cable Length, Unshielded Shield Type - RJ45NGB-20.0M-S-LS/VI-CCA

This RJ patch panel is a connectivity accessory designed to terminate and organise Cat6 network cabling within structured cabling installations. It provides a standard RJ45 interface for linking network devices and is intended for use where unshielded Cat6 connections are required over a 20m cable run. The product suits environments needing straightforward network interconnection and cable management.

Features and Benefits:

• Supports Cat6 performance enabling higher bandwidth transmission
  Uses unshielded construction reducing installation handling complexity
  RJ45 interface ensures compatibility with common network devices
  Supplied as a 20m cable for extended reach without additional patch cords
  Designed by a recognised connectivity brand for consistent specification adherence

Applications

• Suitable for office LAN backbone connections requiring Cat6
  Ideal for data cabinet patching with RJ45 terminations
  Used with switches to extend ports across short distances
  Can be used for voice and data convergence in commercial premises

What cable shielding type does it use and why does that matter?

It employs an unshielded configuration which simplifies earthing requirements and suits environments where electromagnetic interference is minimal.

Which connector type should I expect on each end for device connection?

The termination uses the standard RJ45 connector format compatible with most networking equipment.

How does the product support Cat6 network performance over 20m?

The cable and termination are specified for Cat6 category transmission, maintaining required signal characteristics across the supplied 20m length.

Is this intended for indoor structured cabling installations?

Yes, the characteristics and unshielded design indicate suitability for indoor network cabinets and patching scenarios.