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Phoenix Contact part number 1568973 is an M23 circular connector assembly belonging to the SH series. It functions as a device connector designed for front mounting applications. The component features a socket configuration with 15 pins and utilizes crimped electrical mounting methods. Key mechanical attributes include a straight orientation, a knurled nut for secure fastening, and compatibility with panel mounting via four holes. The connector supports SPEEDCON technology and includes shielding capabilities. It is rated for 50V voltage and 8A current, with an IP67 protection rating suitable for industrial environments.
Verify the specific pin count and orientation against project requirements, as documentation indicates both 3-pin cable variants and 15-pin connector variants associated with this manufacturer series. Confirm that the straight socket configuration matches the mating plug specifications. Ensure the IP67 rating aligns with the environmental exposure conditions of the intended installation site before finalizing procurement.
Select this component when a robust M23 front-mount solution is required for industrial control panels. The 15-pin capacity supports complex signal routing needs. Verify compatibility with existing panel cutouts due to the four-hole flange mounting requirement. Consider the straight orientation constraints relative to adjacent components in dense enclosure layouts.
This connector belongs to Phoenix Contact's SH series, which specializes in device connectors for industrial automation. The series emphasizes durability and ease of installation through features like knurled nuts and SPEEDCON interfaces. These components are standard in plant and controller engineering sectors where reliable connectivity under demanding conditions is essential.
Cross-reference with other M23 front-mount sockets from Phoenix Contact or compatible third-party manufacturers offering identical 15-pin configurations. Ensure mating plugs match the SPEEDCON interface and shielding requirements to maintain system integrity.