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      FBM202 P0914ST

      Thermocouple and Millivolt Input Module
      Product image is representative; revision or series may vary. Contact us to request a specific version.

      Product Describe：

      Foxboro FBM202 P0914ST is a thermocouple and millivolt input module for process temperature inputs in the documented installation.
      • Manufacturer part number
        FBM202 P0914ST
      • Shipping
        Swift global dispatch
      • Condition
        New, original product
      • Shipping size (est.)
        4.5cm × 11cm × 11.5cm
      • Country of Origin
        USA

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      What happens after you enquire

      • 0

        Requirement review

        We review the complete Foxboro FBM202 P0914ST marking, the installed connection and the required quantity. Please include the existing host or mating-part details and any service symptoms.

      • 1

        Quotation and availability

        We confirm the offered FBM202 P0914ST identity, New, original product condition, available quantity and proposed dispatch date in the quotation. Matching cables, termination hardware and accessories are itemized separately.

      • 2

        Order confirmation and dispatch

        After the FBM202 P0914ST quotation and purchasing details are agreed, your contact coordinates the order and confirms the dispatch information for the identified thermocouple and millivolt input module.

      • Check the offered item before ordering

        Please request current front, rear and identification-label photos of Foxboro FBM202 P0914ST. Have your maintenance team compare the complete marking, thermocouple and millivolt input module connections and installed configuration with the manufacturer documents before ordering.

      • Dispatch Confirmation

        Quantity and dispatch date are confirmed in the quotation.

      Technical specifications for FBM202 P0914ST

      • Manufacturer:
        Invensys
      • Product Category:
        DCS Systems
      • Spare Part Number:
        P0914ST
      • Weight:
        0.3 kg
      • Tariff Code:
        8537101190
      • Process input channels:
        Eight thermocouple or millivolt inputs
      • Reference-junction input:
        One isolated RTD channel
      • Channel isolation:
        Each process input galvanically isolated
      • Thermocouple diagnostic:
        Up-scale burnout detection
      • Conversion method:
        Per-channel sigma-delta conversion
      • Reading capability:
        New analog readings every 25 ms
      • Noise control:
        Configurable integration period
      • Application option:
        Configurable rate-of-change limits
      • Termination options:
        DIN-rail or paired-slot baseplate TA
      • Baseplate marking:
        P0914ST in the cited arrangement
      View as PDF Ask for Quote

      Information

      Overview Downloads Applications / Compatibility Product Precautions
      • FBM202 P0914ST commissioning depends on the configured sensor types and reference-junction arrangement.
      Connection path: Sensor → termination → FBM202 measurement
      Engineering boundary: Reference-junction arrangement is a separate path
      Acceptance focus: Compare measured values with known references
      FBM202 is an I/A Series thermocouple and millivolt input module. It acquires eight isolated low-level input channels and uses an additional isolated RTD channel for reference-junction compensation in a suitable installation. Per-channel sigma-delta conversion and an adjustable integration period support low-level measurements while the analog input program applies the configured rate-of-change limits.

      P0914ST is shown in the manufacturer baseplate arrangement for this module. Thermocouple type, millivolt range and cold-junction method are configured in the system; the matched termination assembly and sensor wiring determine the installed measurement path. The separate RTD reference channel measures terminal temperature for thermocouple compensation; its wiring and location are part of the accuracy chain.

      For replacement, save every channel type, scaling, compensation arrangement and alarm setting. Recommission with known input references and compare the displayed engineering values with the process instruments. An up-scale burnout indication may point to an open sensor path. Confirm the configured sensor type and termination before treating it as a process temperature.
      Controller platform reference: Foxboro I/A Series. Verify the installed host, peripheral or termination arrangement.
      Three files for FBM202 P0914ST: the Foxboro thermocouple specification, a measurement field guide and the product dossier.
      Preserve the installed sensor type and reference-junction arrangement when applying the field guide.
      System and supply context: The FBM202 receives low-level thermocouple or millivolt signals through a matched termination arrangement.

      Application scope: Check the baseplate, sensor type and reference-junction RTD path; conversion settings and terminal temperature compensation control the usable measurement.
      Installation and commissioning checks for Foxboro FBM202 P0914ST.
      Save sensor types

      Record each thermocouple or millivolt selection. Mixed sensor types can need different scaling and burnout handling.

      Check polarity

      Keep low-level input leads and terminal polarity correct. Reversed thermocouple polarity can produce plausible but wrong trends.

      Review cold junction

      Inspect the RTD reference path and its installation. A failed compensation path can shift several thermocouple readings.

      Protect measurement wiring

      Maintain shielding and separation from power cables. Low-level signals are sensitive to induced noise and grounding errors.

      Match baseplate

      Confirm the P0914ST arrangement and mating hardware. The paired-slot TA and DIN-rail TA are different installation arrangements.

      Verify inputs

      Use suitable known references for affected channels. Check response, accuracy trend and alarms with suitable references.

      Alternative Names

      Foxboro FBM202 P0914ST FBM202 P0914ST

      Technical notes

      Installation relationship: P0914ST is shown in the manufacturer baseplate arrangement for this module. Thermocouple type, millivolt range and cold-junction method are configured in the system; the matched termination assembly and sensor wiring determine the installed measurement path.

      Service check: Use suitable known references for affected channels.

      Technical reference: Foxboro PSS 21H-2X2 B4 and PSS 21H-2Z2 B4. Product and purchasing information are separate.

      FAQ View All FAQ

      • Why can a thermocouple reading on FBM202 P0914ST shift after replacement?
        Check sensor-type configuration, lead polarity and reference-junction compensation before adjusting the measurement.
      • What does the RTD channel do in FBM202 P0914ST?
        It supports reference-junction compensation for the installed thermocouple measurement arrangement; it is separate from the eight process inputs.
      • Can a current transmitter be connected as a millivolt input to FBM202 P0914ST?
        Do not treat a current signal as a direct low-level voltage input. Use the approved signal-conditioning and FBM configuration.
      • How should an open thermocouple on FBM202 P0914ST be diagnosed?
        Check sensor continuity, connector seating, termination, configured sensor type and module diagnostics.
      • What configuration should be saved before removing FBM202 P0914ST?
        Retain channel types, millivolt ranges, compensation setup, engineering-unit scaling and alarm limits.
      • Does P0914ST alone specify every field terminal for FBM202 P0914ST?
        No. Confirm the actual baseplate, termination assembly and cable configuration in the installed system.
      • What acceptance check is appropriate for FBM202 P0914ST?
        Apply known thermocouple or millivolt references and compare the indicated value and alarm behavior for each affected channel.
      • Why is shielding important for FBM202 P0914ST?
        Thermocouple and millivolt signals are low level; preserve the site design for routing and grounding to limit noise and measurement error.
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