- Use FBM241D only for the documented FBM241d channel function
- Confirm the electronic-module order number, termination hardware and cable before replacement
- Preserve field wiring, channel configuration, diagnostics and redundancy state before removal
FBM241D is a Foxboro redundant contact input/internally powered output module designed for Foxboro DCS 200 Series field I/O.
Foxboro FBM241D is the redundant FBM241d variant with eight 15-60 VDC contact inputs and eight internally powered 12 VDC outputs. The official PSS styles this function as FBM241d; RH914WP is the current exact electronic-module part number and RH927BM is the separate redundant adapter.
Before installation or replacement, verify the complete nameplate, companion hardware, termination assembly, cable, signal limits, field wiring, saved configuration and supported system environment.
Availability, condition, price, and shipping time for FBM241D are confirmed during quotation.
Foxboro FBM241D Redundant Contact Input/Internally Powered Output Module Manuals, Datasheets, Links
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Match the complete FBM241D suffix to the official FBM241d function
- Use RH914WP as the current electronic-module order number
- Keep the RH927BM adapter and TA identities separate from the module
- Use 15-60 VDC contact inputs with the documented TA
- Treat each output as an internally powered 12 VDC 12 mA signal
- Do not substitute external-source FBM241c output specifications
- Install the pair in documented adjacent odd/even baseplate positions
- Restore input filtering, output safe states and field-power configuration
- Prove partner transfer while monitoring all used input and output states
- Redundant 15-60 VDC contact-status acquisition
- Internally powered 12 VDC low-energy discrete signaling
- Eight-input/eight-output discrete control where external output excitation is not required