Description
Product Core Brief
- Model: FBM211 P0916JT
- Brand: Foxboro (Invensys / Schneider Electric)
- Series: I/A Series 200 Series Distributed Control System (DCS)
- Core Function: Acquires 16 channels of isolated 0-20mA analog input signals from field transmitters.
- Product Type: 200 Series Field Bus Module (FBM) / Analog Input Card
- Key Specs: 16 Channels | 0-20mA Input | Hardware Code
- Condition: New Original (New Surplus) | Factory Sealed
Key Technical Specifications
| Parameter | Value |
|---|---|
| Module Type | 200 Series Analog Input Field Bus Module (FBM) |
| System Platform | Foxboro I/A Series DCS |
| Channel Count | 16 Independent Isolated Input Channels |
| Input Signal | 0-20mA Analog Current Loop |
| Manufacturer Part Number | |
| Mounting | Plug-in 200 Series FBM Baseplate |
| Hot-Swap Support | Yes, without node shutdown |
| Application | Chemical, Oil & Gas, Power Generation |
| Environmental Rating | Industrial Grade, Conformal-Coated |
| Condition | New Original (New Surplus) |
| Warranty | 1-Year Functional Warranty |
FOXBORO FBM211
Product Introduction
High-density analog signal acquisition in an I/A Series system requires hardware that maximizes channel count without sacrificing isolation or reliability. The delivers precise 0-20mA signal processing across 16 independent channels, serving as the primary interface between field transmitters and the I/A Series node.
Designed for continuous process control in demanding environments, this 200 Series module features conformal-coated electronics and hot-swappable maintenance capabilities. The ensures that your DCS maintains the exact measurement accuracy required for safe and efficient plant operations, while minimizing downtime during module replacement.
Key Selling Points & Differentiators
- High-Density Channel Count: Processes 16 channels of 0-20mA analog inputs in a single-wide form factor, maximizing I/O density per baseplate slot.
- Hot-Swappable Maintenance: Engineered for online replacement without taking down the entire node, significantly reducing mean-time-to-repair during turnarounds.
- Verified Functionality: Every undergoes a 24-hour live load test on a dedicated I/A Series test rack before shipping, complete with a signed test report.
- Not Recommended For: Do not use this module for thermocouple, RTD, or voltage inputs; it is strictly a 0-20mA current input card. Use FBM202 for thermocouple inputs or FBM203 for RTD signals.
- Stock Availability: Current inventory is factory-sealed new surplus with traceable lot numbers; typically ships within 48 hours of order confirmation.
- Warranty Backed: Includes a 1-year functional warranty covering manufacturing defects and DOA conditions, with no restocking fees for verified failures.
FOXBORO FBM211
FAQ
Yes. All units in stock have passed our 24-hour live bench test and include a signed test report. We ship same-day for orders placed before 2 PM EST, so you’ll have tracking before end of day.
The is designed specifically for 200 Series FBM baseplates, but verify your baseplate revision first. Some early-generation baseplates may require a specific firmware level in the node processor to recognize newer FBM revisions. Send us your baseplate part number, and we’ll confirm compatibility within 30 minutes.
The FBM201 provides 8 channels of analog input, while the provides 16 channels in the same single-wide form factor. They are not pin-for-pin interchangeable; you must verify your baseplate supports the before upgrading.
Do I need to reconfigure the module after installation?
No. The retains its configuration in the I/A Series node processor, not on the module itself. Simply plug it into the same slot, and the system will recognize it automatically. However, always verify channel scaling and engineering units in your DCS configuration tool after replacement.
What if the module fails within the warranty period?
We offer a no-questions-asked replacement for any verified manufacturing defect. Ship the failed unit back with your RMA number, and we’ll send a replacement within 24 hours of receipt. We also provide a loaner program for critical control loops to minimize downtime.
Can this module handle high-interference environments?
Yes. The features integrated electrical isolation and conformal coating designed for harsh industrial environments. However, ensure your field wiring uses shielded twisted-pair cable with proper grounding at the baseplate end. We’ve seen signal noise issues traced to poor shielding, not module failure.
Is this a refurbished or new surplus unit?
This is New Original (New Surplus) – factory sealed, never installed, with full traceability to the original manufacturing lot. It is not refurbished, repaired, or pulled from a decommissioned system. We provide the original manufacturer’s lot code upon request for your quality records.
Quality Transparency SOP
- Incoming Verification: Source traceability confirmed via lot code; anti-counterfeit visual inspection; serial number cross-referenced with OEM records; accessories verified.
- Live Bench Test: Dedicated I/A Series test rack; power-on self-check; 16-channel 0-20mA full-scale simulation; node communication handshake test; 24-hour continuous load test; signed test report generated.
- Electrical Tests: Insulation resistance verified at 500V megger (>10 MΩ); ground continuity confirmed; channel-to-channel isolation validated.
- Firmware Verification: Firmware version recorded; DIP/jumper configuration backed up and documented.
- Final QC & Packaging: QC sign-off; anti-static seal applied; shock protection installed; QC Passed label affixed with date and inspector ID.
Test photos and video available upon request. We never claim “100% failure-free” – we provide verified, tested units with documented performance.
Technical Risk Avoidance
- Signal Type Mismatch: Risk: Incorrect readings or module damage. Prevention: Verify field devices output 0-20mA, not voltage. Field Note: We’ve seen FBM211s fail because a technician wired a 0-10V transmitter to a 0-20mA input. Check the spec sheet first.
- Baseplate Seating: Risk: Intermittent communication. Prevention: Ensure the module is fully seated and locked onto the baseplate. Field Note: A partially seated FBM caused random channel dropouts. Push firmly until the latch clicks.
- Hardware Code Mismatch: Risk: Firmware incompatibility. Prevention: Verify the hardware code matches your site standard. Field Note: Mixing hardware revisions caused commissioning mismatches. Always verify the suffix.
- Channel Configuration Errors: Risk: Incorrect scaling or engineering units. Prevention: Document channel assignments before removal. Field Note: A mismatched scaling factor caused a tank level to read backwards. Take a screenshot of your configuration before you pull the card.
- ESD Damage: Risk: Silent analog drift. Prevention: Use grounded wrist strap and anti-static mat during handling. Field Note: We’ve tested modules that passed power-on but had drifted analog readings after 48 hours due to ESD. Handle with care.
