LPM to kg/s Calculator

LPM to kg/s converts liters per minute into kilograms per second using fluid density. Entities include density, specific gravity, water, fuel, oil, liquids, SI units, mass flow rate, Coriolis meters, pumps, and process piping.

The LPM to kg/s calculator uses water-like density by default. For fuel, oil, chemicals, or process liquids, use the actual density in kg/L.

To convert LPM to kg/s, multiply LPM by density in kg/L and divide by 60.

Liters per minute to kg/s changes volumetric flow into mass flow. This requires density because one liter of water, fuel, oil, or solvent can have a different mass.

For water, 1 LPM = 0.016667 kg/s. For diesel, gasoline, oil, or other liquids, multiply by the actual density ratio.

Mass flow rate from LPM is used in process engineering, heat transfer, fuel systems, cooling loops, dosing systems, and material balance calculations.

LPM to mass flow rate requires density. Coriolis meters measure mass flow directly, while many rotameters and magnetic flow meters measure volume flow.

LPM to kg per second is the same as LPM to kg/s and is common in SI engineering calculations.

For water near standard conditions, density is approximately 1 kg/L, so 60 LPM is about 1 kg/s.

LPM to kg/s for fuel depends on fuel density. Diesel, gasoline, kerosene, and fuel oil should use manufacturer or lab density data.

For liquids such as water, oil, glycol, solvent, or chemicals, use density or specific gravity at operating temperature.

Mass flow rate conversion connects kg/s, kg/min, kg/hr, lb/hr, and volumetric units such as LPM when density is known.