Description
Foxboro FBM230P0926GU
Technical Specifications
- Product Type: Foundation Fieldbus H1 Interface Module.
- Part Number: P0926GU.
- Channel Count: 2 independent H1 ports.
- Protocol: Foundation Fieldbus H1.
Functional Features
- Full H1 Support: Complete support for all Foundation Fieldbus H1 communication services.
- Asset Management Integration: Seamlessly integrates with Foxboro Asset Management software for device health monitoring.
- Hot-Swappable: Allows for module replacement without disrupting the H1 segment communication.
- Diagnostics: Comprehensive segment and device-level diagnostic reporting.
Application Scenarios
Used in process industries leveraging Foundation Fieldbus for new installations or system upgrades, providing a direct digital link to intelligent field instruments.
Performance Parameters
- Baud Rate: 31.25 kbps.
- Segment Length: Supports standard H1 segment lengths as per IEC 61158-2.
- Data Integrity: Advanced error checking and retransmission mechanisms.
Material Composition
Industrial-grade aluminum enclosure with internal PCBs featuring conformal coating for environmental protection. Components are selected for long-term reliability in process environments.
Structural Characteristics
Identical mechanical footprint to other FBM230 variants, ensuring drop-in compatibility. Features dual H1 port connectors and status LEDs on the front panel.
Working Principle
Operates as a Fieldbus Interface Module, managing the Data Link Layer Active Scheduler and facilitating communication between the I/A Series controller and Foundation Fieldbus devices on the connected segments.
Installation Requirements
Follow standard Foundation Fieldbus H1 installation guidelines. Ensure proper termination, shielding, and power conditioning for each segment.
Usage Precautions
- Verify the P0926GU variant is compatible with your specific I/A Series software version.
- Check segment parameters (signal strength, noise levels) during commissioning.
- Maintain accurate device and function block documentation.




