By EnginStack Engineering Team | Verified by engineers, built on NIST metrology standards About →
liters per minute
100 cubic meters per hour
100 liters per minute = 6 cubic meters per hour 100 cubic meters per hour = 1,666.66666667 liters per minute

Verified against NIST Special Publication 811 and BIPM SI definitions. The conversion factor is exact and traceable to the 1959 treaty constants.

liters per minute to cubic meters per hour

L/min and m³/h are the two workhorse flow units of process engineering — L/min for equipment ratings, m³/h for municipal and industrial scale. The factor 0.06 is exact by construction: 1 L/min = 0.001 m³/min × 60 min/h = 0.06 m³/h. The reverse is 16.6666666667, the repeating decimal that comes from dividing by 0.06. Because the forward direction is a clean decimal, engineers use it as a mental rule: divide L/min by 16.667, or just remember the 0.06 multiplier.

cubic meters per hour = liters per minute × 0.06
1 L/min = 0.06 m³/h — 1,000 L per m³ and 60 min per hour
The factor is exact by definition.

Common liters per minute to cubic meters per hour Conversions

liters per minutecubic meters per hourContext
1 L/min0.06 m³/hThe definitional anchor.
100 L/min6 m³/hA booster pump.
500 L/min30 m³/hA circulation pump.
1,000 L/min60 m³/hA municipal supply pump.
10,000 L/min600 m³/hA water treatment plant feed.

Engineering Context

This page is pure decimal arithmetic between two metric units — the liters to cubic meters volume anchor supplies the 1,000, and the time family supplies the 60. The m³/h to L/min page runs it backward, and the flow rate hub collects all ten converters. For the pump curve's other axis, the pressure hub carries the head conversions.

More: m³/h to L/min · L/min to GPM · L to m³ · Flow Rate Hub

Related Unit Converters

Frequently Asked Questions

How many m³/h is 1 L/min?

Exactly 0.06. One liter is 0.001 m³ and one hour has 60 minutes, so 1 L/min = 0.001 × 60 = 0.06 m³/h. This is exact by definition, not a measured constant.

Why is the reverse factor 16.667 a repeating decimal?

Because it is 1/0.06 = 16.6666666667, and 0.06 = 6/100 = 3/50, whose reciprocal is 50/3 = 16.666... The repeating 6s are the decimal signature of a factor built from 60 and 1,000.

Which unit should I use for a pump spec?

Use the unit of your audience: L/min for equipment-level process specs, m³/h for municipal and plant-scale work. The conversion is exact either way, so the choice is about readability, not accuracy.