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Parts by Number for Type K Thermocouple Transmitters Top

Part # Distributor Manufacturer Product Category Description
XTD-02000F-K Automationdirect.com Not Provided Process Control & Measurement / Temperature Sensors & Transmitters / Temperature Transmitters (Thermocouple Input) / DIN Rail Mount ProSense temperature transmitter, Type K thermocouple input with internal cold junction compensation, linear 2-wire 4-20 mA analog output, 0 to 2000 deg. F (-17.8 to 1093.3 deg. C) pre-calibrated fixed temperature range, 2kV isolation, 12 to 35 VDC loop powered, LED indication, integral 35mm DIN...
XTD-01500F-K Automationdirect.com Not Provided Process Control & Measurement / Temperature Sensors & Transmitters / Temperature Transmitters (Thermocouple Input) / DIN Rail Mount ProSense temperature transmitter, Type K thermocouple input with internal cold junction compensation, linear 2-wire 4-20 mA analog output, 0 to 1500 deg. F (-17.8 to 815.5 deg. C) pre-calibrated fixed temperature range, 2kV isolation, 12 to 35 VDC loop powered, LED indication, integral 35mm DIN...
XTH-0800F-K Automationdirect.com Not Provided Process Control & Measurement / Temperature Sensors & Transmitters / Temperature Transmitters (Thermocouple Input) / Connection Head Mount ProSense temperature transmitter, Type K thermocouple input with internal cold junction compensation, linear 2-wire 4-20 mA analog output, 0 to 800 deg. F (-17.8 to 426.7 deg. C) pre-calibrated fixed temperature range, 2kV isolation, 8 to 35 VDC loop powered, DIN Form B sensor connection head mount...
TMPTRN01 Allied Electronics, Inc. RED LION CONTROLS Not Provided THERMOCOUPLE TRANSMITTER,TYPE K 0-2000 F
TMPTRN02 Allied Electronics, Inc. RED LION CONTROLS Not Provided THERMOCOUPLE TRANSMITTER,TYPE K 0-1000 F

Conduct Research Top

  • Accuracy Standards
    The industry standard for platinum RTD's according to IEC-751 is + /- 0.12% (of resistance) at 0°C, commonly referred to as Class B accuracy. This will provide an accuracy of + /- 0.3°C at 0°C, which is quite good if you compare it to the + /- 2.2°C of a standard Type J or K thermocouple. Accuracy
  • Selecting The Right Sensor
    We cannot make any generalizations, each application must be judged on its own. But if you have a new requirement for a temperature transducer, and you are not quite sure how to fill the space, run down the requirements and apply the concepts listed above. Maybe a thermocouple will provide what you
  • Putting a Lid on Electromagnetic Interference - A Twisted/Shielded Tale (.pdf)
    , and supplies complementary products that shield against. electrical noise at the probe and at the instrument connection, including the. HGKMQSS Series of low-noise thermocouple probes and a high-temperature. standard connector, the HFSTW-K-M, which has an EMI-suppressing zinc ferrite. core. The company also
  • Designing with Thermocouples: Get the Most from Your Measurements (.pdf)
    improve the. performance of thermocouples in their design. • New, lower priced transmitters, meters and controllers can simplify and enhance. thermocouple applications. Introduction. More than 60 percent of all industrial temperature measurement applications in the U.S. use thermocouples. Despite
  • 4-Step Guide to Choosing the Right Temperature Sensor
    , this shield should be tied to a good electrical or earth ground at one end only. Use a temperature transmitter - A number of manufacturers provide small temperature transmitters that take a standard thermocouple input and provide a 4-20 mA output that can then be measured with the datalogger
  • RTD Instrumentation Requirements
    are the most important application criteria. They can be manufactured in. a variety of configurations and used for measurements covering a wide. temperature range. When a 100ohms RTD is properly excited (~1mA), it will. produce a 400 µV/°C signal, which is 10 times greater sensitivity than a K
  • Medical Device Link . Sensors and Transducers
    are available with effective stem lengths of 92.5 or 152.5 mm and can be provided with Type-J or -K thermocouple output for dual pressure/temperature measurement. Available pressure ranges are 0 35 through 0 2000 bar with an accuracy of within 0.5% of range. The body of the transmitter contains