Contrary to the popular Beach Boys song, vibrations aren’t always good – especially when they interfere with the functionality of your flow meter. In busy spaces where neighboring equipment gives off varying frequencies, having a flow meter that can mitigate...
Differential Pressure Flow Meters
Cladding vs. Weld Overlay: What’s the Deal?
We often hear the terms “cladding” and “weld overlay” used synonymously – and while the two terms are related, they do differ. We asked the engineering experts at McCrometer to weigh in on the similarities and differences between cladding and weld overlay, and here’s...
V-Cone vs. Orifice Plate: Similarities and Differences
McCrometer invented the V-Cone® in 1985 and has set a standard for cone-style meters ever since. However, despite that innovation, orifice plates are a more widely implemented differential pressure (DP) flow meter, especially when considered by engineers for flow...
V-Cone vs. Coriolis: A Comparison
When engineers seek out a meter for high accuracy measurement, two potential options emerge that differ in technology: the Coriolis and the V-Cone®. So how do these meters compare in application and specs? Let’s review. Differing Technologies for Flow Projects The...
V-Cone vs. Venturi: A Comparison
The “V” in V-Cone® is often mistaken to mean “Venturi-Cone,” however, this is not the case. The “V” represents the shape of the cone in the meter itself, designed to measure flow via the Bernoulli principle. Both the V-Cone and the Venturi are both differential...
Meeting and Exceeding Flow Meter Standards: A Quick Overview
Many McCrometer partners and customers require their flow meters to comply with certain standards in order to be implemented as a part of their flow project. Oftentimes, the standard is well-known and mandatory to operate in many geographic regions. Some are...
VM V-Cone®: When is a Differential Pressure Meter Best for Municipal Applications?
Oftentimes in municipal flow applications utilities and districts opt for a propeller meter, an electromagnetic (mag) meter, or another type of “no moving parts” meter like an ultrasonic device. However, there are instances in which a differential pressure (DP) meter...
Featured Posts
Advanced Water Transfer Flow Meter Use Case
As mentioned previously in the Basic Water Transfer Use Cases Blog, most water transfer operations (70%) are handled using battery powered flow meters. They read their totals from the totalizer on the display and may utilize the built in data logger to quantify rates...
Empowering Precision: Telemetry’s Role in Revolutionizing Flow Measurement in the Oil and Gas Industry
Introduction The Oil and Gas industry operates on a foundation of precision and efficiency. Among the many critical aspects that demand accurate measurement, flow rates stand as a vital indicator of production, efficiency, and resource utilization. In this blog, we...
Your Meter, Your Champion: Protecting Your Water Rights in California
California may be celebrating a recent departure from the longstanding drought, but there’s certainly no departure from water conservation and sustainability efforts. In fact, ever since the Sustainable Groundwater Management Act (SGMA) went into effect in 2014,...
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