Networking Cable DeLOCK 81253 Black Yellow 5m Cat6

The DeLOCK 81253 networking cable is a 5 m Cat6 cable designed for connecting devices with an RJ45 connector to devices using an 8-pin mini I/O (D-shape) terminal block. The cable supports reliable data transmission for industrial automation, machines, control systems and other applications that require a robust RJ45-to-terminal-block connection. Its black and yellow colour scheme helps with quick identification when routing or maintaining cabling.

Advantages

This Cat6 cable provides high-speed data transmission over a 5 m length and conforms to Cat6 performance categories. The combination of an RJ-45 plug and an 8-pin terminal block enables flexible connection between standard network equipment and devices with mini I/O D-shaped terminal interfaces. The distinctive black and yellow colouring improves visibility and identification in rack or industrial environments.

Suitable for

• Connecting network devices with RJ45 ports to machines or control units with an 8-pin mini I/O terminal block
• Industrial automation and factory floor networking
• Control systems and PLC interfaces requiring a D-shaped mini I/O connection

Key specifications

• Brand: DELOCK
• Model / MPN: 81253
• EAN: 4043619812530
• Cable length: 5 m
• Category: Cat6
• Connector 1: RJ-45
• Connector 2: 8-pin terminal block (mini I/O, D-shape)
• Product colour: Black, Yellow

How to use

Insert the RJ-45 connector into the network device's RJ45 port until it clicks. Securely attach the 8-pin terminal block to the device's mini I/O D-shaped terminal by aligning the pins and tightening any screws or clamps provided on the terminal block according to the device's connector instructions. Ensure correct pin assignment for data and ground according to the target device documentation before powering the system.

Recommendations

Verify pinouts and wiring diagrams of both connected devices prior to installation; use the cable within its rated length and environment, avoid sharp bends near the connectors, and route separately from high-voltage power lines to minimise interference.