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P0914ST

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Foxboro P0914ST is an eight-channel isolated thermocouple and millivolt input module for temperature and low-level signal acquisition.
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Technical specifications for P0914ST

  • Manufacturer:
    Invensys
  • Part Number:
    P0914ST
  • Product Family:
    Foxboro
  • Product Type:
    Eight-Channel Isolated Thermocouple/mV Input Module
  • Stock:
    1
  • Input channels:
    8 thermocouple or millivolt channels
  • Reference-junction channel:
    1 isolated four-wire 100 Ω platinum RTD at the TA
  • Supported thermocouples:
    B, E, J, K, N, R, S and T
  • Millivolt input range:
    -10.5 to +69.5 mV
  • Raw measurement span:
    71.419 mV represented by 65,535 counts
  • Millivolt accuracy:
    ±0.03% of span (±24 µV) at 25°C
  • RTD reference accuracy:
    ±0.03%
  • Temperature coefficient:
    ±50 ppm/°C
  • Input impedance:
    10 MΩ
  • Isolation test:
    600 VAC for one minute; input safety limits still apply
  • Power consumption / heat:
    3 W maximum
  • Module Fieldbus:
    Redundant 2 Mbps
  • Input power:
    24 VDC +5%, -10%
  • Operating temperature:
    -20 to +70°C
  • Storage temperature:
    -40 to +70°C
  • Relative humidity:
    5 to 95%, noncondensing
  • Contamination class:
    ISA-S71.04 Class G3
  • Dimensions:
    4.5 × 10.2 × 10.4 cm
  • Weight:
    0.284 kg
  • Tariff Code:
    8538900000
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen, Fujian, China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Sensor Selection Cold Junction & Termination Commissioning Application
  • Use P0914ST only for its documented FBM202 function and matched field signal type
  • Confirm the exact module order identity, termination assembly and cable before replacement
  • Preserve channel configuration, field wiring and diagnostics before removing P0914ST

Foxboro P0914ST is an eight-channel isolated thermocouple and millivolt input module for temperature and low-level signal acquisition.

P0914ST is an earlier official FBM202 electronic-module order number documented for legacy baseplate installations; RH926EQ is the current module part number.

Before replacement, verify the exact label, signal range, termination assembly, cable, channel configuration, field wiring and system compatibility.

Availability, condition, price, and shipping time for P0914ST are confirmed during quotation.

Foxboro P0914ST 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 every channel to the configured thermocouple type or millivolt range
  • Preserve polarity and use correct thermocouple extension wire
  • Verify the reference-junction RTD before evaluating channel accuracy
  • Confirm compression, ring-lug or baseplate termination hardware
  • Inspect the TA reference junction and terminal material
  • Keep the module, TA and cable identities in the maintenance record
  • Inject traceable low-level references at the field terminals
  • Test open-circuit burnout and diagnostic behavior
  • Compare the restored cold-junction value with a known temperature
  • Multi-point thermocouple temperature measurement
  • Isolated low-level millivolt acquisition
  • Temperature retrofit requiring preserved TA cold-junction compensation
Description
Foxboro P0914ST is an eight-channel isolated thermocouple and millivolt input module for temperature and low-level signal acquisition.

It converts the documented field signals into isolated digital values for the I/A Series or EcoStruxure Foxboro DCS control database while reporting channel and module diagnostics.

Before installation, verify the exact order-number relationship, signal range, termination assembly, cable type, field power, grounding, saved configuration and baseplate compatibility.
Alternative Names
P0914ST P0914 ST Foxboro P0914ST Invensys P0914ST Invensys Foxboro P0914ST I/A Series P0914ST
Technical notes
P0914ST is the earlier FBM202 module order number; RH926EQ is the current part number. Both identify the electronic module, not the termination assembly. Verify installed hardware before replacement.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
What makes Foxboro P0914ST different from a current FBM202 order number?
P0914ST is an earlier official FBM202 electronic-module order identity associated with legacy installations; preserve it in the installed-equipment record and verify the current replacement separately.
Can Foxboro P0914ST be moved from a legacy baseplate without migration review?
No. Check the baseplate, termination assembly, reference-junction hardware, cable path, system software and approved migration method before changing the installation architecture.
Why can a replacement for Foxboro P0914ST boot but report incorrect temperatures?
The restored channel types, polarity, cold-junction configuration or terminal mapping may not match the legacy installation; compare them against the archived hardware record.
Which field details are essential when quoting a Foxboro P0914ST replacement?
Provide the complete module label, baseplate and TA numbers, cable type, reference-junction arrangement, channel sensor types and control-system software version.
How should legacy wiring be inspected before replacing Foxboro P0914ST?
Check thermocouple extension-wire alloys, polarity, terminal corrosion, shield practice, isolation, continuity and the condition of the TA reference-junction sensor.
What must be backed up before removing Foxboro P0914ST?
Archive all channel configurations, scaling, alarms, burnout behavior and diagnostics, and record the exact baseplate, TA, cable and terminal map.
How should a Foxboro P0914ST migration be proven before production use?
Simulate each configured sensor, verify cold-junction compensation and fault behavior, compare restored values and alarms and complete a controlled process test.

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