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Many industries use RTDs for measuring temperature and the sensor in the majority of those devices are either Pt100 or Pt1000 These two temperature sensors have similar characteristics but their

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PT1000 sensors offer high precision but different models have varying tolerance levels Select a sensor with a specified accuracy that meets your application s needs whether it s industrial processes

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Choose between Pt100 and Pt1000 with a clear selection guide Direct comparison of differences in resistance accuracy and circuit configuration

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A Pt1000 is a type of resistance temperature sensor similar to Pt100s but made using a Platinum element with a resistance of 1000 ohms 0 C and typically with a 385 ohm fundamental interval

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Key Difference Due to the higher resistance of PT1000 the excitation current is typically lower to avoid self heating effects and the voltage signals are higher for the same temperature change

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The use of a Pt1000 manufactured in thin film technology is a perfect compromise between the costs on the one hand and the measurement accuracy on the other In the following

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Temperature vs Resistance for Pt1000 Sensors Pt1000 Resistance table The table below can be used as a referencing tool to find the relationship between a range of temperatures and resistance for

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Pt100 and Pt1000 are the most widely used RTD sensors but there is a difference between them Find out which one you need for your application

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It is thus essential to calibrate Pt100 Pt1000 resistance thermometers at regular intervals The calibration of temperature measuring instruments is fundamentally different from the procedure for