1408709

Overview

Phoenix Contact NBC-M12MSD-R4RC/... network cable is an Ethernet CAT5 assembly rated for 100 Mbps data transmission. It features a 4-position M12 male connector with D-coding and IP67 protection on one end, paired with a cut-to-length另一端. Constructed from halogen-free polyurethane (PUR) in water blue RAL 5021, it utilizes Advanced Shielding Technology for robust signal integrity in industrial environments.

Feature Summary

• M12 D-coded male connector providing IP67 environmental sealing
• Halogen-free polyurethane jacket for chemical and mechanical durability
• Advanced Shielding Technology ensures reliable high-speed data transfer

Applications

• Industrial Ethernet fieldbus networks
• Automation control system interconnections
• Sensor and actuator data links requiring ruggedized cabling

Procurement Notes

Verify the specific cable length suffix required for your application, as this part number represents a customizable series. Confirm that the D-coding matches your device port requirements. Ensure the halogen-free PUR specification meets your facility's safety standards. Check regional availability as distribution may vary by location.

Selection Notes

Select this model when IP67 protection and halogen-free materials are mandatory for Ethernet connectivity. The D-coding is essential for 100 Mbps applications. Consider the custom length capability to minimize waste. Compare against standard RJ45 assemblies if environmental sealing is not required.

Part Context

This component belongs to Phoenix Contact’s NBC-M12MSD-R4RC series of network cables. It is designed for copper-based data cabling solutions within their broader industrial connectivity portfolio. The series supports various lengths and configurations to suit diverse automation infrastructure needs.

Replacement Considerations

Direct substitutes must match the M12 D-coded, 4-position, IP67, and halogen-free PUR specifications. Verify compatibility with existing shielded Ethernet ports. Generic M12 cables without Advanced Shielding Technology may not provide equivalent performance.