1405930

Overview

Phoenix Contact part number 1405930 is a sensor/actuator cable belonging to the SAC series. It features M12 connectors at both ends, with one male and one female configuration. The cable supports 3 positions and utilizes 22 AWG signal lines with a conductor cross-section of 3x 0.34 mm². The wire diameter including insulation is specified as 1.27 mm ±0.02 mm for the signal line. This component is designed for industrial automation applications requiring reliable data transmission.

Feature Summary

• Features M12 connector interfaces on both ends for secure attachment
• Designed for sensor and actuator signal transmission
• Utilizes shielded or unshielded cable options depending on specific variant

Applications

• Industrial automation control systems
• Sensor network connections
• Actuator interface wiring

Procurement Notes

Verify the exact cable length and shielding type required, as the base part number often allows for variable specifications. Confirm compatibility with existing M12 mating connectors in your assembly. Check current availability status as this item may be subject to obsolescence or supply chain fluctuations. Ensure the selected variant meets the specific voltage and current ratings of your application circuit.

Selection Notes

Select this component when an M12 to M12 connection is required for 3-position signal lines. Consider the operating environment for cable jacket material requirements. Verify that the 22 AWG gauge meets the voltage drop constraints of your system. Compare against other SAC series variants if different pin counts or connector angles are needed.

Part Context

This part belongs to Phoenix Contact's SAC series of pre-assembled sensor cables. These cables are widely used in factory automation to connect field devices to controllers. The M12 standard ensures interoperability with a broad range of industrial sensors and actuators manufactured by various vendors.

Replacement Considerations

Check for direct substitutes within the SAC-3P-M12MR-M12FS SH BK series. Verify pinout configurations to ensure electrical compatibility. Consider cable length variations if the original specification allowed for custom lengths.