DeLOCK M12-adapterikaapeli D-koodattu 4-napainen uros - RJ45-uros 50 cm

The DeLOCK M12 Adapter Cable D-coded 4 pin male to RJ45 male 50 cm provides a reliable connection between devices with an M12 D-coded 4-pin male connector and standard RJ45 network ports. With a compact 50 cm length, this cable is suitable for linking industrial sensors, controllers or other automation components to Ethernet networks while preserving correct pin assignment and signal integrity.

Advantages

The D-coded M12 connector ensures keyed mechanical compatibility for data transmission, while the integrated RJ45 male plug allows direct connection to Ethernet switches or patch panels. Its short 50 cm length reduces cable clutter in control cabinets and machine housings. Constructed for industrial interconnection, the adapter facilitates fast and straightforward wiring between M12-equipped devices and RJ45 infrastructure.

Suitable for (tasks / use cases)

• Connecting M12 D-coded 4-pin devices to RJ45 network ports
• Linking industrial sensors and actuators to Ethernet switches
• Machine control and automation signal routing
• Patching within control cabinets or equipment housings

Key specifications

• Brand: DELOCK
• Model / MPN: 60073
• EAN: 4043619600731
• Connector A: M12 D-coded 4 pin male
• Connector B: RJ45 male
• Length: 50 cm
• Category: Cable interface and gender adapters

How to use

Connect the M12 D-coded 4-pin male end to the corresponding M12 female socket on the device, ensuring the D-code alignment matches the mating connector. Plug the RJ45 male connector into the network switch, patch panel or RJ45 port. Verify secure mechanical engagement and that cables are routed to avoid sharp bends or mechanical stress.

Recommendations

Use this adapter cable in environments where the M12 D-coded interface is required for Ethernet or fieldbus signals. Avoid exposure to fluids or mechanical impact beyond the device’s rated conditions; secure cables inside control cabinets or use appropriate strain relief to maintain long-term connection reliability.