A Common Issue
Air Monitor has released a new animated video that looks at a common question many engineers and facility teams face but rarely hear addressed directly: what is your flow meter manufacturer not telling you about angular airflow?
Why Turbulent, Angular Airflow Is a Problem
In real systems, airflow is often turbulent and non-uniform, especially downstream of elbows, tees, dampers, and fans. These disturbed, angular flow profiles can significantly reduce the accuracy of many common flow measurement devices, even when their datasheets show impressive accuracy specifications. The catch is that those specifications usually assume long upstream and downstream straight runs that you may not have in your actual installation.
How Air Monitor Handles Angular Flow With Limited Straight Run
The new animation explains how you can still achieve accurate airflow measurement in angular, multidirectional flows with limited straight run when you apply the right technology. Air Monitor is the only airflow measurement device manufacturer that offers patented solutions specifically engineered for these challenging conditions. Our Fechheimer static and chamfered total pressure technology, used in our flow elements, is designed to be insensitive to approaching multidirectional airflow, so it maintains accuracy even when the velocity profile is distorted. When combined with built-in flow conditioners on our flow stations, these elements further correct the flow profile, helping recover reliable, repeatable measurements in tight layouts.
Watch the Video and Explore Turbulent Airflow Solutions
If your duct layouts do not meet traditional straight run requirements—or if you suspect angular flow is harming your measurement accuracy—this animated video is a fast, visual way to see what is possible with engineered airflow solutions. Watch the new turbulent airflow video on the Air Monitor YouTube channel, then click through the link in the video description or visit airmonitor.com to learn more about our patented solutions for turbulent, angular airflow challenges.