Caixa de superfície Keystone DeLOCK 67054, 6 portas, branco

DeLOCK 67054 is a versatile component intended for use within network patch panel setups and related cabling environments. It provides reliable physical and functional compatibility for standard rack and cabinet installations, supporting organized cable routing and device interconnection in professional and home network contexts.

Advantages

The DeLOCK 67054 offers consistent build quality suitable for repeated connection cycles and stable mounting within patch panel assemblies. Its design facilitates orderly cable management and reduces strain on connected cables and ports. The product is compatible with common patch panel configurations and helps maintain signal integrity by providing a secure mechanical interface.

Suitable for

• Structured cabling in small office and home office (SOHO) networks
• Rack or cabinet patch panel installations
• Organizing Ethernet and other network cables in server rooms
• Maintenance and extension of existing patch panel systems

Key specifications

• Intended use: mounting and integration within patch panel environments
• Compatibility: designed for standard patch panel configurations and cabling systems
• Form factor: suitable for rack/cabinet mounting areas and organized cable routing
• Durability: manufactured for repeated insertion and mechanical stability

How to use

Install the DeLOCK 67054 into the appropriate slot or mounting position of your patch panel or rack according to the panel manufacturer’s instructions. Route network cables through the component to secure connectors and reduce mechanical stress on cable terminations. Ensure all connections are properly seated and fastened, and verify correct alignment within the panel before restoring network traffic.

Recommendations

For best results, match the DeLOCK 67054 with compatible patch panels and use proper cable management practices such as correct bend radius and strain relief. Inspect connections after installation and schedule periodic checks to ensure continued mechanical integrity.