How Turbine Flow Meters Work: Inside the Engineering
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When it comes to accurate and repeatable flow measurement in demanding industries, turbine flow meters have stood the test of time. Known for their high precision and robust construction, these meters are trusted in everything from aerospace fuel systems to cryogenic liquid transfer. But what exactly makes them work, and why do engineers continue to…
Common Flow Meter Errors and How to Avoid Them
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Accurate flow measurement is critical across a wide range of industries—from oil and gas to food and beverage, pharmaceuticals, and chemical processing. Yet even the most advanced flow meter can produce inaccurate readings if it’s installed incorrectly, applied in the wrong conditions, or left unmaintained. These common mistakes not only compromise measurement accuracy, but they…
Building a Flow Measurement System
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Flow meters—whether turbine, Coriolis, electromagnetic, or ultrasonic, are designed to measure the movement of fluid through a pipe. But the raw flow reading doesn’t always represent the actual volume or mass of fluid being transferred, especially when temperature or pressure fluctuations are involved. For instance, in gas applications, both temperature and pressure have a direct…
Magnetic Flow Meters vs. Coriolis Flow Meters: A Side-by-Side Comparison
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When it comes to precision flow measurement in industrial environments, two of the most widely used technologies are Magnetic Flow Meters (Mag Meters) and Coriolis Flow Meters. Both offer high accuracy, reliability, and durability, but they operate on entirely different principles and are suited for different types of fluids and applications. In this article, we’ll…
Lead Times, Support, and Service: Why It’s Not Just About the Specs
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When engineers and procurement teams evaluate flow meters, the conversation often starts—and sometimes ends—with technical specifications. What’s the flow range? Is it accurate to ±0.5%? Does it meet temperature and pressure ratings for the application? These are important questions—but they’re not the only ones that matter. In today’s industrial landscape, where downtime is costly and…
What to Look for When Comparing Industrial Flow Meters
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In industries ranging from chemical processing to fuel distribution, flow meters are essential for monitoring and controlling fluid movement. Selecting the right flow meter impacts accuracy, operational efficiency, maintenance costs, and regulatory compliance. With so many technologies and options on the market, knowing how to compare industrial flow meters is crucial. This guide outlines the…
Understanding Flow Meter Data Sheets When Comparing Meters
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When selecting a flow meter, the product spec sheet is your best friend—and sometimes your biggest hurdle. Packed with technical jargon, charts, and acronyms, spec sheets hold the key to whether a flow meter will meet your application’s demands or fail in the field. In this guide, we’ll decode the most important elements of a…
Flow Meter Orientation: Vertical, Horizontal, or Custom – Does It Matter?
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When specifying or installing a flow meter, orientation might seem like an afterthought. After all, if the meter is inline and the fluid is moving, shouldn’t it work the same regardless of how it’s mounted? In reality, the way a flow meter is positioned—whether vertically, horizontally, or at a custom angle—can significantly influence measurement accuracy,…
What Is Flow Meter Turndown? Why It Matters for Accurate Measurement
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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…
What Causes Flow Meter Drift Over Time And How to Manage It
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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,…