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cable probes & temperature sensors for different applications

Cable probes

Cable probes for different applications

Compact RTD and TC thermometers with non-detachable cable for plug-in or screw-in connection. Cost efficient sensors for use in many processes and laboratory applications.
A cable probe is easy to install and provide a high operational safety due to reliable and accurate temperature measurement in common processes.

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  • Temperature
  • Cable sensor
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    Pt100 RTD thermometer TST310 temperature cable probe

    TST310
    RTD thermometer, temperature cable probe

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    Cost efficient Pt100 sensor for use in many process and laboratory applications

    Predecessor: RTD-Assembly S.A. Style TLSR2

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    • Accuracy

      class A acc. to IEC 60751
      class B acc. to IEC 60751
      class AA acc. to IEC 60751

    • Response time

      t50 = 3 s
      t90 = 6 s

    • Max. process pressure (static)

      at 20°C: up to 75 bar (depending on the process connection)

    • Operating temperature range

      PT 100:
      -50 °C ...400 °C
      (-58 °F ...752 °F)

    • Max. immersion length on request

      up to 10.000,00 mm (393,70'')

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    Product picture RTD thermometer cable probe TH12, US style

    TH12
    US style RTD sensor, cable probe

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    Cost efficient RTD sensor designed for use in the process industry or factory automation

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    • Accuracy

      class A acc. to IEC 60751
      class B acc. to IEC 60751

    • Response time

      63% rt = 2,0 s

    • Max. process pressure (static)

      at 20 °C: 40 bar (580 psi)
      depends on configuration

    • Operating temperature range

      PT100 WW:
      -200 °C … 600 °C
      (-328 °F … 1.112 °F)
      PT100 TF:
      -50 °C … 200 °C
      (-58 °F … 392 °F)

    • Max. immersion length on request

      up to 96" (2439 mm)
      others on request

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    Product picture thermocouple cable probe TSC310

    TSC310
    Thermocouple sensor, cable probe

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    Cost efficient thermocouple sensor designed for use in many process and laboratory applications

    Predecessor: TC-Assembly S.A.Style TLSC2

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    • Accuracy

      class 2 acc. to IEC 60584

    • Response time

      t50 = 1 s
      t90 = 2 s

    • Max. process pressure (static)

      at 20 °C: 25 bar (363 psi)

    • Operating temperature range

      Type K:
      max. 1.100 °C
      (max. 2.012 °F)
      Type J:
      max. 750 °C
      (max. 1.382 °F)

    • Max. immersion length on request

      up to 100.000,00 mm (3.937,01'')

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    Product picture thermocouple sensor cable probe TH52

    TH52
    US style thermocouple sensor, cable probe

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    Cost efficient TC sensor designed for use in many process and laboratory applications

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    • Accuracy

      Standard acc. to ASTM E-230
      Special acc. to ASTM E-230

    • Response time

      63% rt = 0.3 s

    • Max. process pressure (static)

      at 20°C: 40 bar (580 psi)'
      depends on configuration

    • Operating temperature range

      Type T:
      -270 °C ... 370 °C
      (-454 °F ...698 °F)
      Type J:
      -210 °C ...720 °C
      (-346 °F ...1.328 °F)
      Type E:
      -270 °C ...820 °C
      (-454 °F ...1.508 °F)
      Type K:
      -270 °C ...1.150 °C
      (-454 °F ...2.102 °F)
      Type N:
      -270 °C ...1.150 °C
      (-454 °F ...2.102 °F)

    • Max. immersion length on request

      up to 96" (2438 mm)
      others on request

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    Product picture TC thermometer TH56

    TH56
    US style thermocouple sensor, with plug connection

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    Cost efficient thermocouple sensor designed for use in many process and laboratory applications

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    • Accuracy

      Standard acc. to ASTM E-230
      Special acc. to ASTM E-230

    • Response time

      63% rt = 0,3 s

    • Max. process pressure (static)

      Standard acc. to ASTM E-230
      Special acc. to ASTM E-230

    • Operating temperature range

      Type T:
      -270 °C ...370 °C
      (-454 °F ...698 °F)
      Type J:
      -210 °C ...720 °C
      (-346 °F ...1.328 °F)
      Type E:
      -270 °C ...820 °C
      (-454 °F ...1.508 °F)
      Type K:
      -270 °C ...1.150 °C
      (-454 °F ...2.102 °F)
      Type N:
      -270 °C ... 1.150 °C
      (-454 °F ...2.102 °F)

    • Max. immersion length on request

      up to 96" (2438 mm)
      others on request

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Cable probes

Our product finder helps you to search for suitable measuring devices, software or system components via product characteristics. Applicator leads you through an individual product selection via application parameters.

Portfolio description

Cable probes are specially suited to temperature measurement in machinery, laboratory equipment and plants in gaseous or liquid medium like air, water, oil, etc.
Without additional thermowell the probe sheath is directly in contact with the process medium. This enables the cable probe to detect rapid temperature changes fast and accurate.

Omnigrad T TST310 RTD thermometer, cable probe ©Endress+Hauser

In the process automation two measurement principles for temperature have asserted themselves as a standard:

RTD - Resistance temperature detectors: Measuring principle

The RTD sensor changes the electrical resistance with a change in temperature. They are suitable for the measurement of temperatures between -200 °C and approx. 600 °C and stand out due to high measurement accuracy and long-term stability. The sensor element most frequently used is a Pt100. As a standard, Endress+Hauser RTD sensors fulfill the IEC 60751 accuracy class A.

TC - Thermocouples: Measuring principle

A thermocouple is a component made of two different metals connected with each other at one end. An electrical potential (thermoelectric force) is caused due to the Seebeck effect at the open end if the connection and the free ends are exposed to different temperatures. With the help of the so-called thermocouples reference tables (see IEC 60584) the temperature at the connection (measuring junction) can be concluded.

Thermocouples are suitable for temperature measurement in the range of 0 °C to +1800 °C. They stand out due to the fast response time and high vibration resistance.

Benefits

  • High flexibility through user-specific insertion lengths and variable process connections

  • Fast response time

  • Cost efficient

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