![Unit Conversion Constants; Why Consistent Engineering Units are Important and Where the 3,960 in the Pump Power Equation Comes From | A Field Perspective on Engineering Unit Conversion Constants; Why Consistent Engineering Units are Important and Where the 3,960 in the Pump Power Equation Comes From | A Field Perspective on Engineering](https://av8rdas.files.wordpress.com/2016/01/image.png)
Unit Conversion Constants; Why Consistent Engineering Units are Important and Where the 3,960 in the Pump Power Equation Comes From | A Field Perspective on Engineering
![VENT-AXIA on Twitter: "Need to calculate flow rates for your #ventilation specification? The Volume Flow Rate Unit Conversion Calculator will give you a quick and accurate conversion for any inputted value. https://t.co/y84G2PEBbF VENT-AXIA on Twitter: "Need to calculate flow rates for your #ventilation specification? The Volume Flow Rate Unit Conversion Calculator will give you a quick and accurate conversion for any inputted value. https://t.co/y84G2PEBbF](https://pbs.twimg.com/media/D3I2OX7X0AMQQG_.jpg)
VENT-AXIA on Twitter: "Need to calculate flow rates for your #ventilation specification? The Volume Flow Rate Unit Conversion Calculator will give you a quick and accurate conversion for any inputted value. https://t.co/y84G2PEBbF
![Converting Flow Rates from Loading Units To Litres Per Second - Hevacomp Wiki - Hevacomp - Bentley Communities Converting Flow Rates from Loading Units To Litres Per Second - Hevacomp Wiki - Hevacomp - Bentley Communities](https://communities.bentley.com/cfs-file.ashx/__key/communityserver-wikis-components-files/00-00-00-00-18/convert-loading-units.jpg)