1405902

Overview

Phoenix Contact part number 1405902 is an M8 circular to M8 circular sensor actuator cable with a length of 0.2 to 40 meters and 24 AWG conductor size. The component features M8 connectors on both ends, supporting signal transmission in industrial automation environments. It complies with IEC standards for circular connectors and is designed for reliable data and power delivery in compact control cabinet applications.

Feature Summary

• M8 circular connector interface on both ends for secure mating
• Flexible cable construction suitable for dynamic movement applications
• Compliant with IEC 61076-2-101 standard for industrial connectivity

Applications

• Industrial sensor connections
• Actuator signal transmission
• Control cabinet wiring

Procurement Notes

Verify the exact cable length required from the available range of 0.2 to 40 meters when ordering. Confirm that the M8-to-M8 configuration matches your system's connector specifications. Ensure environmental conditions align with the cable's operational ratings for long-term reliability in industrial settings.

Selection Notes

Select this component when M8 circular connectivity is required for sensors or actuators. Consider the 24 AWG gauge for appropriate current carrying capacity in signal applications. Evaluate the flexible cable design against fixed wiring needs to ensure compatibility with installation constraints and movement requirements.

Part Context

This cable belongs to Phoenix Contact's sensor actuator series, designed for robust industrial connectivity. The M8 interface provides a compact solution for space-constrained environments. It supports standard industrial protocols and integrates seamlessly with PLCs and I/O modules requiring M8 circular connections.

Replacement Considerations

Check for compatible M8-to-M8 cables from Phoenix Contact with similar AWG ratings. Verify connector coding and pinout configurations to ensure electrical compatibility. Alternative lengths within the same product family may be considered if specific distance requirements differ.