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Phoenix Contact part number 1514714 is an M23 PRO device connector designed for front panel mounting. It features a straight, shielded socket configuration with 12 positions and male soldering contacts. The unit supports standard and ONECLICK fast locking systems for secure installation. Electrical ratings include a current capacity of 17.5 A and voltage ratings of 690 V or 1 kV. The connector provides IP68 protection when mounted and operates within a temperature range of -20°C to 70°C.
Verify the specific suffix codes against official Phoenix Contact documentation to ensure correct contact plating and cable entry specifications. Confirm that the application environment matches the stated temperature range and protection class requirements. Cross-reference the ordering number with the latest product datasheet to avoid discrepancies in packaging or accessory inclusion.
Select this model when a robust M23 interface is required for front panel integration. The ONECLICK mechanism simplifies assembly compared to traditional screw-locking variants. Ensure the mating connector aligns with the male pin configuration and that the shielding design meets the system's EMC standards. Validate space constraints against the specified height and width dimensions.
This component belongs to the M23 PRO series from Phoenix Contact, which focuses on high-density connectivity solutions for industrial environments. The series emphasizes rapid installation through standardized locking mechanisms while maintaining high ingress protection levels suitable for demanding factory settings.
Direct substitutes must match the M23 form factor, 12-pin count, and front-mount orientation. Verify compatibility with existing ONECLICK locking hardware. Generic M23 connectors may lack the specific shielding or locking features required for seamless replacement.
The connector supports both standard and ONECLICK fast locking systems for secure front panel mounting.
Yes, the M23-12P2NC2WB00S variant includes shielding to support electromagnetic compatibility applications.