Pressure Measurement Pressure Transmitter Damping and Response Time Explained Damping doesn’t hold a reading steady for a few seconds and then jump. It’s a mathematical.
Control Valves Butterfly Valve vs Ball Valve for Control Applications Both valves turn 90 degrees. Both can throttle flow. But swap one for the other.
Control Valves Control Valve Seat Leakage Classes (ANSI/FCI 70-2) Explained A control valve that passes its factory leak test can still fail badly in the.
Process Analytics Gas Chromatograph Basics for Process Analytics: 5 Essential Components Engineers Often Misunderstand A process gas chromatograph doesn’t just measure a gas. It separates.
Temperature Sensing Fiber Optic Temperature Sensors Explained: 4 Smart Types With Surprising Range Limits A single strand of glass fiber can now do the job.
Level Measurement Displacer Level Transmitter Working Principle: 5 Proven Facts Engineers Often Overlook A displacer never floats. It hangs fully submerged and gets lighter as.
Pressure Measurement Pressure Gauge Accuracy Classes Explained: 8 Reliable ASME B40.100 Grades to Avoid Costly Mistakes Two gauges can look identical on the shelf and.
Flow Measurement V-Cone Flow Meter Working Principle: 5 Must-Know Facts Most Engineers Overlook A V-Cone flow meter measures flow the same way an orifice plate.
Flow Measurement How to Measure Flow Rate Using Level Sensors: Weirs and Flumes Explained Level sensors are capable of measuring far more than just level..
Flow Measurement Orifice Flowmeter Rangeability: Why It’s Limited to 3:1 An orifice plate paired with a differential pressure transmitter is the most common flow measurement.
