DeLOCK RJ45-kaapeli Cat.6 -liitin liitinrimasovittimeen 30 cm

The DeLOCK RJ45 Cable Cat.6 female to Terminal Block Adapter 30 cm is designed to extend and connect network equipment that requires a screw-terminal interface. It features a 30 cm U/UTP cable with an RJ-45 female connector on one end and stripped, color-coded strands prepared for a removable terminal block on the other end, allowing simple wiring to terminal blocks or direct screw connections.

Advantages

The adapter supports Cat.6 performance for reliable data transmission within network segments. The screwable RJ45 jack and detachable terminal block provide flexible mounting options — for example, onto a slot bracket or into a housing with an appropriate cut-out. Color-coded stripped strands simplify wiring and reduce installation time. The compact 30 cm length is convenient for short runs and tidy cable routing.

Suitable for

• Connecting network devices to terminal block interfaces
• Extending an RJ45 connection where a screw-terminal is required
• Installing network ports into enclosures or slot brackets
• Short patch connections in cabinets or control panels

Key specifications

• Brand: DELOCK
• Model / MPN: 66054
• EAN: 4043619660544
• Cable category: Cat.6 (U/UTP)
• Length: 30 cm
• Connector 1: RJ-45 (female, screwable jack)
• Other end: Strands with stripped ends for terminal block
• Product colour: Black, Green

How to use

Attach the screwable RJ45 jack to the mating RJ45 plug, or mount the jack into a compatible slot or housing cut-out and secure it with its screws. Insert each stripped conductor into the corresponding terminal on the terminal block and tighten the screws to secure the connection. If needed, detach or attach the removable terminal block for easier wiring or to access the strands directly. Verify correct pinout and test the network link after installation.

Recommendations

Use this adapter for short extensions and internal connections where Cat.6 performance is required; avoid exposing the cable to outdoor weather or placing it under mechanical stress. Confirm pinout compatibility before wiring to prevent signal and device issues.