HellermannTyton Connectivity HTC Series, Straight 12 Way RJ45 Double Gang Faceplate

HellermannTyton Connectivity HTC Series Face Plate, Double Gang 86 x 146 Faceplate Type, 10mm Depth - HTC-FP2GOS30/WH

This double gang face plate is an essential component designed for reliable connectivity in networking applications. Made from durable ABS material, this white face plate measures 86mm in length and 146mm in width, offering compatibility for Cat6 and Cat6a cabling. Ideal for enhancing the aesthetics and functionality of any network installation, it provides a seamless fit while maintaining a tidy appearance.

Features & Benefits

• Constructed from ABS, ensuring longevity and durability
• Designed to accommodate both Cat6 and Cat6a networking standards
• Double gang configuration for convenient, efficient cable management
• Elegant white finish complements various interior designs
• Simple installation process to streamline connectivity setups
• Suitable for use with a range of Ethernet applications

Applications

• Used with Cat6 and Cat6a cables for network installations
• Ideal for office environments requiring multiple data points
• Suitable for home automation and electronic device connectivity
• Commonly applied in commercial spaces for structured cabling

What materials are used in the construction, and how do they affect performance?

The face plate is made of ABS, which offers resilience against wear and tear, ensuring long-lasting performance in various conditions. This material is lightweight yet sturdy, making it a reliable option for network installations.

How does the design facilitate efficient cable management?

The double gang design allows for multiple connections, helping to organise cables neatly and reduce clutter. This arrangement improves accessibility and aids in troubleshooting any networking issues that may arise.

Is it compatible with other categories of network cables?

This face plate specifically supports Cat6 and Cat6a cables, providing optimal performance for these standards. It may not be suitable for lower-category cables, ensuring that users receive the best connectivity experience within the specified frameworks.