Cable Ethernet industrial DeLOCK M12 D-codificado 4 polos conector macho a conector hembra RJ45 Cat5e 0,5 m negro

This industrial Ethernet cable by Delock connects devices with M12 connectors to RJ45 ports and is suitable for machine control and automation applications. The D-coded 4‑pin male M12 to RJ45 female adapter follows the Cat5e standard, measures 0.5 m and is constructed with S/FTP shielding and a black PVC jacket for durability and EMI protection.

Advantages

The Delock M12 Cable D-coded provides reliable data transmission with Cat5e performance and S/FTP shielding to minimise electromagnetic interference. Its short 0.5 m length reduces signal loss in close connections, and the robust black PVC jacket offers mechanical protection and flexibility for industrial environments. The D-coded 4‑pin M12 male to RJ45 female configuration enables direct connection between M12-equipped devices and standard Ethernet equipment.

Suitable for

• Machine control systems
• Industrial automation equipment
• Connecting sensors or actuators with M12 ports to Ethernet switches
• Short-distance network connections in harsh environments

Key specifications

• Brand: DELOCK
• Model / MPN: 60622
• EAN: 4043619606221
• Cable type: M12 (D-coded) 4‑pin male to RJ45 female
• Category: Cat5e
• Length: 0.5 m
• Shielding: S/FTP
• Jacket material: PVC
• Colour: Black

How to use

Connect the D-coded 4‑pin M12 male end to the M12 port on your device and plug the RJ45 female connector to a standard Ethernet cable or directly to an RJ45 plug. Ensure connectors are seated securely and, where applicable, tighten any coupling nuts on the M12 connector to maintain mechanical stability and protection against ingress. Use within the intended industrial environment and routing to avoid excessive bending or mechanical strain on the cable.

Recommendations

The cable is intended for short links (0.5 m) between M12-equipped devices and Ethernet equipment. For longer distances or higher performance requirements, consider a longer Cat5e/Cat6 cable or a different connector configuration. Avoid exposure to temperatures, chemicals or mechanical stresses beyond PVC specifications and follow device manufacturer guidelines for M12 connections.