DeLOCK RJ45 Cable Cat.6 female to Terminal Block Adapter 1m

The DeLOCK RJ45 Cable Cat.6 female to Terminal Block Adapter 1m provides a compact solution to connect and extend network devices. It combines a screwable RJ45 female jack with a terminal block for stripped conductor connections, supporting Cat.6 performance and U/UTP wiring in a 1 metre cable. The adapter is available in black and green and is intended for integrating RJ45 interfaces into housings or brackets with a suitable cut-out.

Advantages

This adapter enables a secure, solder-free connection between RJ45-equipped devices and terminal block wiring, simplifying installation in industrial or custom enclosures. The screwable RJ45 jack allows mounting to a slot bracket or a chassis cut-out, while the terminal block accepts stripped wire ends for flexible cable termination. U/UTP Cat.6 construction supports reliable data transmission for typical Ethernet applications.

Suitable for

• Extending or adapting RJ45 network connections
• Connecting stranded or stripped wires to RJ45 interfaces
• Mounting an RJ45 port to a bracket or device housing
• Integrating RJ45 ports in industrial or custom networking enclosures

Key specifications

• Product: DeLOCK RJ45 Cable Cat.6 female to Terminal Block Adapter 1m
• Connector 1: RJ-45 (female, screwable)
• Cable category: Cat.6, U/UTP
• Length: 1 m
• Product colours: Black, Green
• Brand: DELOCK, MPN: 66055, EAN: 4043619660551

How to use

Pass the stripped conductor ends into the terminal block and tighten the terminals to secure the wires. Attach the screwable RJ45 female jack through the housing cut-out or slot bracket and fix it with the provided screws. Connect the RJ45 plug of the network cable to the female jack to establish the network link. Ensure correct wiring and secure mechanical mounting before powering network equipment.

Recommendations

Use this Cat.6 adapter in installations where a removable RJ45 port and flexible wire termination are required. Verify connector wiring and cable shielding compatibility for optimal network performance; avoid excessive bending of the cable near terminations.