P-Q7R2-M2RB0-GRCE

Overview

The P-Q7R2-M2RB0-GRCE is a panel interface connector manufactured by Grace Technologies. It features a DB-9 female/male configuration and a Category 5e RJ45 Ethernet port. The unit includes two GFCI outlets with British standard compatibility. Constructed from aluminum, it offers NEMA 4X protection for surface mounting applications.

Feature Summary

• Integrates DB-9 serial connectivity with Cat5e RJ45 Ethernet networking
• Includes dual GFCI protected British standard power outlets
• Constructed from aluminum housing for durability
• Provides NEMA 4X environmental protection rating

Applications

• Industrial control panel integration
• Remote access interface deployment
• Surface mounted equipment connectivity

Procurement Notes

Verify the specific ordering suffix GRCE against official Grace Technologies documentation to confirm British outlet configuration and RoHS compliance status. Ensure the NEMA 4X rating aligns with environmental requirements. Cross-reference the DB-9 and RJ45 pinouts with system schematics before procurement to guarantee electrical compatibility.

Selection Notes

Select this component when both serial communication and Ethernet connectivity are required alongside grounded power in a single enclosure. The British outlet specification necessitates verification against local plug standards. Aluminum construction suits environments requiring robust physical protection and thermal dissipation compared to plastic alternatives.

Part Context

This part belongs to the Grace Engineered Products series designed for industrial connectivity solutions. It serves as a hybrid interface combining data transmission ports with power distribution capabilities. The product line emphasizes ruggedized enclosures suitable for demanding operational settings requiring reliable network and serial connections.

Replacement Considerations

Public confirmed substitute part numbers are not available in verified documentation. Verify compatibility with existing cabling and mounting hardware before considering alternative models.