What it converts
Converts supported SI, litre, US-gallon, and cubic-foot volume-flow units through cubic metres per second.
VOLUME FLOW WORKSPACE
Convert a measured volumetric flow among cubic metres, litres, US gallons, and cubic feet per stated second, minute, or hour.
Conversion result
Load the reviewed example or enter a value to compare every available volumetric flow rate unit.
What this tool delivers
The page converts volume per time and never assumes that a tank volume is a rate or that volume flow equals mass flow.
Converts supported SI, litre, US-gallon, and cubic-foot volume-flow units through cubic metres per second.
A known flow magnitude, complete source unit, destination unit, fluid-condition context, and suitable precision.
A selected flow equivalent, base-rate equation, complete unit table, and downloadable CSV.
Calculation method
Each factor converts both parts of the compound unit to cubic metres per second. Litre, US-gallon, and cubic-foot volumes use labelled definitions, while minute and hour denominators contribute 60- and 3,600-second factors before destination conversion.
Review the NIST pressure and gas-flow conversion guidanceQuick answers
No. This page labels and uses the US liquid gallon. An imperial gallon has a different volume, so substituting it would produce a material error. Confirm the meter, datasheet, and jurisdiction before conversion. If the source only says gpm without defining the gallon, resolve that ambiguity first.
Not from units alone. Mass flow equals volumetric flow multiplied by density, and density depends on the material and often temperature and pressure. For compressible gases, standard and actual volume-flow conventions also matter. Use a separate model with density measured or specified at conditions consistent with the source flow.
No. It preserves one reported flow magnitude in another unit. Pressure loss, pump operating point, valve position, pipe roughness, fittings, elevation, viscosity, Reynolds number, and transient behavior require a hydraulic model and system data. Treat this conversion as an input normalization step, not an equipment-selection result.