Rosemount™ Temperature Sensors

Rosemount™ Temperature Sensors

Temperature measurement solutions built for consistency and precision

Boost Accuracy and Stability with the Right Sensors

Boost Accuracy and Stability at the Temperature Measurement Point

Emerson is your one-stop solution for your temperature sensor needs. We offer many calibration options, including Callendar-Van Dusen constants for transmitter-sensor matching to provide the highest level of accuracy. With a variety of sensors available, you’re able to meet a range of industrial application requirements with accuracy, repeatability and stability, while ensuring consistent process control, production efficiency, quality and safety.

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Temperature Sensor Solutions

A robust and reliable RTD offering calibration options for time-saving, ready to install RTD installations.

  • Pt-100, single or dual element
  • Offers Callendar-Van Dusen constants for transmitter-sensor matching to provide the highest level of accuracy-321 to 1112°F (-196 to 600°C)
  • Thin-film and wire-wound design for application flexibility

A flexible, versatile design that offers options for meeting system requirements and can meet global hazardous location approvals.

  • A faster response time vs. RTD’s
  • Excellent vibration resistance
  • High accuracy capabilities
  • J, K and T thermocouple types and meets ASTM and IEC standards
  • All thermocouple types meet ASTM and IEC standards.
    • Type J thermocouple
      • -40 to 1400 °F (-40 to 760 °C)
    • Type K thermocouple
      • -40 to 2192 °F (-40 to 1200 °C)
    • Type T thermocouple
      • -321 to 698 °F (-196 to 370 °C)
    • Type N thermocouple
      • 1202 to 2300 °F (650 to 1260 °C)
    • Type E Thermocouple
      • 203 to 1652 °F (95 to 900 °C)

A perfect solution for hygienic applications, its aseptic process connection is suitable for clean-in-place (CIP), dead-pocket free, measurement applications.

  • Integrated T-Well included
  • 3A certification
  • Several Tri-Clamp process connections to choose from

Offers cut-to-fit capability.

  • Offers cut-to-fit capability 
  • Eliminates the need to stock large selections of sensors
  • Available with fixed or adjustable mounting fitting

Offers cut-to-fit capability .

  • Compact design is perfect for tight areas
  • Single and dual element configurations
  • Class A or B accuracy or a calibration schedule option with Callendar-Van Dusen constants 

How Sensors Work

Resistance Temperature Detectors (RTDs)

Resistance Temperature Detectors (RTDs) are constructed from a resistive metal with leads contained in a protective sheath. Based on the thermal resistivity phenomenon, temperature readings can be inferred from the change in resistance in the RTD, meaning if temperature increases, resistance increases. The resistive metal may be platinum, copper, or nickel with the most common being platinum because of its high accuracy and excellent repeatability.

Thermocouples

Thermocouple temperature measurement is based on an electro-magnetic field generated between two dissimilar metal wires at a hot junction compared to a cold junction. The difference in the voltage between these two points allows you to infer a temperature reading. You can measure different temperature ranges based on the metallic composition of the thermocouple.

Media & Case Studies

Making the right choice RTD vs. Thermocouple

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