A heat-treatment line that replaced its protection tubes every six weeks did not have a thermocouple problem. It had a ceramic problem. The elements ...

The first sign that something is wrong with a thin film RTD is rarely a dramatic failure. It is a slow disagreement with a neighbouring sensor, a rea...

A dairy processor in eastern China spent three weeks chasing a pasteurizer fault that turned out to be one crossed thermocouple extension wire inside...

A heat-treat line running at 900 degrees Celsius will usually consume a Type K thermocouple in eight to fourteen months. The same probe sitting in a ...

A 4-wire RTD is the most accurate resistance temperature detector configuration because it completely removes lead wire resistance from the temperatu...

Picture this: a maintenance engineer in a fertilizer plant walks to a heat exchanger platform carrying a spare temperature sensor. The existing probe...

You open the junction head of an industrial temperature sensor and find two sets of lead wires instead of one. That is the first clue that you are lo...

Every plant engineer has faced the same puzzle: a temperature sensor that reads accurately on the bench but drifts by two degrees once it is installe...

RTD What Does It Stand For? A Direct Answer RTD is short for Resistance Temperature Detector. This is the first question on the mind of every procure...

Pressure Gauge Selection: Direct Answer and Core Overview The most reliable way to choose a pressure gauge for an industrial process is to match the ...

Temperature Instruments: Direct Answer and Core Overview The most reliable way to select temperature instruments for an industrial process is to matc...

Platinum-Rhodium Thermocouple vs Wear-resistant Sheathed Thermocouple: Direct Answer For continuous industrial temperature measurement above 1000 deg...