See how viscosity and density in flow measurement shift Reynolds number, discharge coefficient, and mass flow, and how to size primary elements for it.
Square-Edge Orifice Plate Standards: ISO 5167, API 14.3 and Compliance Guide
Learn square-edge orifice plate standards, including ISO 5167 and API 14.3, plus tolerances, installation rules, and inspection practices for compliance.
Flow Conditioning Requirements for DP Flow Meters: Straight Run and Installation Guide
Learn flow conditioning requirements for DP flow meters, including straight run lengths, conditioner types, and installation tips for stable readings.
Reynolds Number in Flow Measurement Explained Simply
In industrial systems, the Reynolds number in flow measurement is one of the most important concepts for understanding how fluids behave inside pipes and how accurately flow meters can perform. Whether the fluid is crude oil, natural gas, water, chemicals, or refined petroleum products, the way it moves through a pipe directly affects measurement stability, […]
How Orifice Plate Edge Wear Affects Measurement Accuracy
In industrial differential pressure flow measurement, orifice plate edge wear effects on accuracy can be serious because the primary element depends on precise bore geometry, a clean upstream edge, and predictable flow separation. An orifice plate may look simple, but the measurement calculation assumes that the bore diameter, edge profile, surface condition, and installation arrangement […]