If you have ever compared two thermocouples on the same pipe and watched them disagree by a few degrees, the sensor tip probably was not the problem. More often, the answer sits at the other end of t...
Read moreIf you have ever aimed an infrared thermometer at a stainless steel surface and received an unexpectedly low reading, emissivity is almost certainly the reason. Stainless steel is one of the most com...
Read moreResistance temperature detectors, or RTDs, are among the most reliable temperature sensors used in industrial automation. As a manufacturer that has designed and built temperature sensors and tempera...
Read moreIn industrial process measurement, few challenges are as common as obtaining reliable flow readings from liquids that are not perfectly clean. Slurries, wastewater, chemical suspensions, and liquids ...
Read moreImagine adding one temperature monitoring point to a running process unit. You would need to pull new cable, patch a new conduit, splice a new junction box, and probably shut down part of the line. T...
Read moreWhen a furnace operator asks for a reliable reading at 1100°C, the first wire that comes to mind is often Type K. The truth is that a standard bare Type K thermocouple wire will drift and fail quickl...
Read moreCold Junction of a Thermocouple: Why It Really Matters and How CJC Works
Oct 16,2026Understanding Stainless Steel Emissivity: Values, Key Factors, and Measurement Guide
Oct 07,2026How Does a Resistance Temperature Detector Work? | RTD Explained Guide
Sep 30,2026Doppler Ultrasonic Flow Meter: Working Principle, Applications & Selection Guide
Sep 23,2026
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