Achieving Ultra High Accuracy Temperature Measurements With Thermocouples (TCs)
Gainesville FL, USA –?? GEC Instruments has developed a methodology that enables users of their precision thermocouple scanners to easily input custom coefficients for thermocouple wire into a configuration file for their instrument.
This enables measurement accuracy and precision repeatability far in excess of ordinary thermocouple specifications.
The custom coefficients describe a reference function (temperature to microvolts) and an inverse function (microvolts to temperature) for the user’s own calibrated thermocouples, in lieu of using the standard published NIST reference functions and inverse functions for that wire type.
Use of this methodology enables extremely high temperature measurement accuracy throughout the calibrated range, even with thermocouple wires that deviate significantly from the standard reference functions, provided the thermocouple wires have good homogeneity.
Read about this and more from the Downloads page of?? the GEC Instruments website at www.GECInstruments.com. Also there is a detailed calibration report available for download in PDF format at: www.gecinstruments.com/GEC.S4TC.FK02.Calibration%20Report.pdf
GEC Instruments, located in Gainesville, Florida USA. has customers that are predominately engaged in research at major universities, at state and federal laboratories and at national and multinational corporations. Their instrumentation is being used to obtain highly accurate data in plant and animal experiments, in human physiology research, in laser and optical experiments, in engineering research and testing, and in medical and pharmaceutical applications. Their product development personnel have over 40 years of combined experience in temperature and humidity measurement and control at federal research laboratories, at Universities and in private industry.
5530 N. W. 97th Street
Gainesville, FL 32653 USA
Tel: +1 352-373-7955
Email: info [at] gecinstruments.com