1417514

Overview

Phoenix Contact part number 1417514 is a sensor and actuator cable assembly belonging to the SAC series. It features a straight M12 male plug with A-coding on one end and a straight M12 female socket with A-coding on the other. The cable length is 20 meters, constructed from PVC insulation in black RAL 9005. It supports four positions with a rated current of 4 A at 40°C and a rated voltage of 250 V AC or DC.

Feature Summary

• Straight M12 connector configuration for both male plug and female socket ends
• A-coding standard ensures correct mating compatibility
• PVC insulated construction in black RAL 9005 color

Applications

• Industrial sensor connections
• Actuator signal transmission
• Automation control wiring

Procurement Notes

Verify the specific model designation SAC-4P-M12MS/20,0-PVC/M12FS matches the required 20-meter length and 4-position configuration. Confirm that the straight-to-straight orientation and A-coding align with the existing panel and device interfaces. Ensure the PVC material and operating temperature range are suitable for the intended installation environment before finalizing procurement.

Selection Notes

Select this component when a fixed 20-meter connection distance is required between an M12 male port and an M12 female port. The A-coding is essential for standard digital I/O applications where polarity must be maintained. Consider the PVC jacket durability and the 4-position capacity for single-channel signal or power distribution needs within the specified voltage limits.

Part Context

This cable assembly is part of Phoenix Contact's SAC line designed for robust industrial environments. It provides a reliable pre-wired solution for connecting field devices to controllers without custom termination. The standardized M12 interface ensures interchangeability with other compliant components in automation systems.

Replacement Considerations

Ensure any substitute maintains the 20-meter length, 4-position count, and straight M12 A-coding geometry. Verify identical voltage and current ratings to prevent performance degradation.