Volumetric flow rate converter
µL/min, mL/min, L/h and m³/s: the units of syringe pumps, pumps and flow meters.
Result
0.001 mL/min
- Formula
- 1 µL/min = 0.001 mL/min
Calculation, assumptions and sources
OverviewA volumetric flow rate converted between microlitres per minute and per hour, millilitres and litres per minute, litres per hour and per second, cubic metres per hour and per second, over more than ten orders of magnitude, from a microfluidic syringe pump to an industrial pump.
A volumetric flow rate converted between microlitres per minute and per hour, millilitres and litres per minute, litres per hour and per second, cubic metres per hour and per second, over more than ten orders of magnitude, from a microfluidic syringe pump to an industrial pump.
Method & formulasQ = v × A
A volumetric flow rate is the product of a mean velocity and a cross-section. At equal flow rate, velocity varies as the inverse of the cross-section: a few µL/min give several mm/s in a microfluidic channel.
- µL/min
- Microliter per minute (µL/min)
- µL/h
- Microliter per hour (µL/h)
- mL/min
- Milliliter per minute (mL/min)
- L/min
- Liter per minute (L/min)
- L/h
- Liter per hour (L/h)
- L/s
- Liter per second (L/s)
- m³/h
- Cubic meter per hour (m³/h)
- m³/s
- Cubic meter per second (m³/s)
Validity domainMass flow rate (kg/s, g/min) is a different quantity; conversion requires the fluid density and, for a gas, the temperature and pressure.
Mass flow rate (kg/s, g/min) is a different quantity; conversion requires the fluid density and, for a gas, the temperature and pressure. Industrial flow meters express gases in “normal litres” (Nm³/h), referred to explicitly stated reference conditions.