📏 Liters per second to Cubic meters per hour Converter

How to convert liters per second to cubic meters per hour

Multiply the number of liters per second by 3.6 to get cubic meters per hour: m³/h = L/s × 3.6.

Example: 5 L/s = 18 m³/h.

The liter per second (L/s) and the cubic meter per hour (m³/h) are both units of flow rate. Need the opposite direction? Use the m³/h to L/s converter.

Popular conversions

Centimeter to InchInch to CentimeterFoot to MeterMeter to FootKilometer to MileMile to KilometerKilogram to PoundPound to KilogramCelsius to FahrenheitFahrenheit to CelsiusMilliliter to US cupUS cup to MilliliterLiter to US gallonUS gallon to LiterGram to OunceOunce to GramSquare foot to Square meterAcre to HectareKilometer per hour to Mile per hourMile per hour to Kilometer per hourMegabyte to GigabytePound per square inch to BarKilogram to StoneStone to KilogramWatt to Horsepower (mechanical)Horsepower (mechanical) to WattKilowatt to Horsepower (mechanical)Horsepower (mechanical) to KilowattBTU per hour to WattDegree to RadianRadian to DegreeNewton to Pound-forceNewton meter to Pound-foot (lbf·ft)Pound-foot (lbf·ft) to Newton meterHertz to Revolution per minuteRevolution per minute to HertzLiter per minute to US gallon per minuteUS gallon per minute to Liter per minuteLux to Foot-candleFoot-candle to Lux

Metric and imperial units

The metric system (SI) is used by almost every country and by science worldwide. Its units scale by powers of ten – 1 kilometer is 1,000 meters, 1 meter is 100 centimeters – which makes conversions inside the system easy. The imperial and US customary systems (inches, feet, pounds, gallons) are still used daily in the United States and partly in the UK.

Since 1959 the inch has been defined as exactly 2.54 centimeters and the pound as exactly 0.45359237 kilograms, so conversions between the two systems are exact. Note that a US gallon (3.785 L) and an imperial gallon (4.546 L) are different – choose the right one above.

This converter covers 18 categories and 106 units: length, weight, temperature, volume, area, speed, time, data, energy, pressure, power, angle, force, torque, frequency, flow rate, illuminance, density.