DeLOCK Cable RJ45 plug field assembly to Keystone Module RJ45 jack Cat.6A 1 m

The DeLOCK Cable RJ45 plug field assembly to Keystone Module RJ45 jack Cat.6A 1 m is a 1-metre S/FTP network cable designed to extend and connect devices in structured cabling systems. One end features an RJ45 field-assembly plug for on-site termination, while the other end has a keystone RJ45 jack suitable for installation in keystone patch panels, faceplates or surface-mount boxes. The cable supports Cat6A performance and is finished in black and silver.

Advantages

S/FTP shielding reduces electromagnetic interference and crosstalk for stable high-speed data transmission. The combination of a field-assembly RJ45 plug and a keystone jack enables flexible installation: the plug allows custom on-site termination while the keystone module fits standard keystone holders. The 1 m length is convenient for short connections inside cabinets, patch panels or equipment racks.

Suitable for

• Extending Ethernet links between patch panels and devices
• Installing connections in keystone patch panels, faceplates or surface-mount boxes
• On-site terminated network runs requiring Cat6A performance

Key specifications

• Category: Cat.6A
• Length: 1 m
• Connector 1: RJ-45 field assembly plug
• Connector 2: RJ-45 keystone jack
• Shielding: S/FTP
• Colour: Black, Silver
• Brand: DELOCK
• MPN: 87206
• EAN: 4043619872060

How to use

Terminate the RJ45 field-assembly plug on-site following the plug manufacturer’s wiring scheme and tools. Insert the keystone RJ45 jack into a compatible keystone opening such as a patch panel, faceplate or surface-mount box until it snaps into place. Route the cable to avoid sharp bends and secure it within the cabinet or wall box to prevent strain on the connections. Verify connectivity and correct wiring with a network cable tester after installation.

Recommendations

Use appropriate crimping and termination tools for the field-assembly RJ45 plug and test the finished link for Cat6A compliance. Avoid running the cable parallel to high-voltage power lines to minimise interference.