P-P11#2-F2RX-C6

Overview

The Grace Technologies P-P11#2-F2RX-C6 is a remote access interface connector from the GracePort Series, designated as N4X(2)USBTypeA. It features a surface mount design with a NEMA rating suitable for industrial environments. The unit includes a 6-foot cable assembly connecting to a panel interface port. This configuration allows for external connectivity without requiring internal panel access.

Feature Summary

• Eliminates the need to open control panel doors for programming or maintenance tasks
• Provides direct external access to internal system interfaces via mounted connectors
• Designed for surface mounting on the exterior of control panel housings

Applications

• Industrial control panel programming ports
• Remote system maintenance and diagnostics
• External device connectivity for enclosed automation equipment

Procurement Notes

Verify that the specific model suffix matches the required cable length and connector type. Confirm the NEMA rating aligns with the installation environment's protection requirements. Ensure the surface mount configuration fits the available panel space. Cross-reference the part number with official manufacturer documentation to confirm compatibility with existing systems.

Selection Notes

Select this component when external access to USB and data interfaces is required without compromising panel enclosure integrity. Consider the 6-foot cable length for reach requirements. Verify that the N4X designation meets the necessary environmental standards for the intended mounting location.

Part Context

This part belongs to the GracePort Series by Grace Technologies, engineered for industrial automation applications. It serves as a bridge between internal control systems and external operators, facilitating safer and more convenient interaction with machinery housed in protective enclosures.

Replacement Considerations

Publicly confirmed substitute part numbers are not available in the provided source material. Verify exact pinout and cable specifications before considering alternative generic interfaces.