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Understanding Turndown Ratio In flow measurement, accuracy is everything. Whether you’re monitoring the flow of DEF in agricultural equipment, cryogenic liquids in aerospace, or hydrogen gas in energy applications, choosing the right flow meter comes down to more than just size or cost. One of the most critical—and often overlooked—factors is turndown ratio. So, what…

Flow meters are precision instruments designed to measure the flow of liquids or gases through a system. Over time, however, even the most well-engineered flow meters can begin to deviate from their original performance specifications, a phenomenon known as flow meter drift. This gradual change in measurement accuracy can compromise product quality, increase operating costs,…

Two commonly used terms in flow measurement are accuracy and repeatability are often used to describe a meter’s performance. While they’re sometimes used interchangeably in casual conversation, they have very distinct technical meanings. Understanding the difference between these two specifications is critical when selecting the right flow meter for your application—especially in industries where precision…

Flow meters are critical tools used across industries to measure the rate of flow for liquids or gases. Whether in chemical processing, pharmaceutical production, or fuel transfer, accurate flow measurement is vital to maintaining process control, ensuring safety, and meeting regulatory requirements. But while specs like maximum flow rate or accuracy often get the spotlight,…

Flow meters are essential devices used to measure the flow rate of liquids and gases in various industries. From simple domestic water flow measurement to complex industrial processes, these instruments help ensure accuracy, efficiency, and safety. However, not all flow meters are created equal. They come in many types, each with its unique working principle,…

A flow meter that stops registering flow can bring operations to a halt and cost time, money, and trust—especially in precision-critical industries like chemical processing, oil and gas, pharmaceuticals, and aerospace. Whether you’re dealing with a turbine, magnetic, ultrasonic, or Coriolis flow meter, a non-responsive device is not something to ignore or hastily replace. Fortunately,…

In industries ranging from chemical processing and oil & gas to food manufacturing and pharmaceuticals, accurately measuring fluid flow is critical. Engineers and technicians often rely on two key parameters to describe how a fluid moves through a system: volumetric flow rate and mass flow rate. While they are related, each serves a unique purpose…

Water flow measurement is essential across many industries — from municipal water supply and wastewater treatment to agriculture, manufacturing, and environmental monitoring. Selecting the right flow meter depends on several factors: the accuracy required, pipe size, flow range, budget, and the condition of the water (clean, dirty, pressurized, etc.). In this blog post, we’ll explore…

Choosing the right flow meter can make a significant impact on process efficiency, accuracy, and long-term maintenance. Two of the most common types used across industries are magnetic flow meters and turbine flow meters. While each has its own strengths and limitations, understanding the differences between them can help ensure you’re selecting the best technology…