Verkkokaapeli DeLOCK RJ45-uros Cat.8.1 STP työkaluton musta

The DeLOCK Network Cable RJ45 plug Cat.8.1 STP toolfree in black is a male RJ-45 connector designed for high-speed network connections. With compact dimensions (14.4 mm width, 49.7 mm depth, 14.1 mm height) and a tool-free assembly, this plug allows quick installation on compatible shielded cables and supports modern networking requirements. Supplied in a polybag and manufactured in China.

Advantages

The tool-free design eliminates the need for crimping tools, reducing installation time and simplifying on-site repairs or terminations. The Cat.8.1 STP specification and shielded construction provide improved EMI protection for stable high-frequency signal transmission. Its compact black housing fits into standard RJ45 ports while maintaining compatibility with shielded network cables.

Suitable for

• High-speed Ethernet installations (Cat.8.1)
• Shielded twisted-pair (STP) network cables
• Data centers, server racks and professional networking equipment
• On-site cable terminations and quick repairs

Key specifications

• Brand: DELOCK
• Model / MPN: 86514
• EAN: 4043619865147
• Type: RJ45 plug, male
• Category: Cat.8.1 STP
• Assembly: tool-free (no crimping tool required)
• Colour: Black
• Dimensions (W x D x H): 14.4 mm x 49.7 mm x 14.1 mm
• Packaging: polybag
• Made in: China

How to use

Prepare the shielded network cable by stripping the outer jacket and exposing the foil shield and twisted pairs according to the cable manufacturer’s guidance. Insert the cable into the plug body following the plug’s wiring channels and ensure the shield makes proper contact if applicable. Close the tool-free mechanism to secure the conductors and shielding; verify the connection fits firmly into an RJ45 port and test the link with appropriate network testing tools.

Recommendations

Use with shielded (STP) cables rated for Cat.8.1 to achieve the specified performance. Verify conductor pairing and shielding continuity after installation and perform a cable test to confirm signal integrity. Avoid excessive bending or strain at the termination point.