Convert cubic meter per second to liter per minute
1 m³/s = 60,000 L/min
sig figs
1 m³/s = 60,000 L/min
1 m³/s in every volumetric flow rate unit
| liter per day | 86,400,000 L/d |
| cubic centimeter per minute | 60,000,000 cm³/min |
| milliliter per minute | 60,000,000 mL/min |
| US gallon per day | 22,800,000 gpd |
| cubic inch per minute | 3,660,000 in³/min |
| liter per hour | 3,600,000 L/h |
| milliliter per second | 1,000,000 mL/s |
| US gallon per hour | 951,000 gph |
| barrel per day | 543,000 bbl/d |
| cubic foot per hour | 127,000 cfh |
| cubic meter per day | 86,400 m³/d |
| liter per minute | 60,000 L/min |
| US gallon per minute | 15,900 gpm |
| imperial gallon per minute | 13,200 imp gpm |
| cubic meter per hour | 3,600 m³/h |
| cubic foot per minute | 2,120 cfm |
| liter per second | 1,000 L/s |
| acre-foot per day | 70 ac·ft/d |
| cubic meter per minute | 60 m³/min |
| cubic foot per second | 35.3 cfs |
| million US gallons per day | 22.8 MGD |
| million imperial gallons per day | 19 MIGD |
| cubic meter per second | 1 m³/s |
How the conversion works
Multiply by 60,000 to go from cubic meter per second to liter per minute, or divide by it to go back. Every conversion on this site routes through the SI value (m³/s) rather than a table of pairwise factors, so a round-trip returns exactly what you started with.
Going the other way? liter per minute to cubic meter per second: 1 L/min = 0.00001666666667 m³/s.
cubic meter per second to liter per minute: common values
| 1 m³/s | 60,000 L/min |
| 2 m³/s | 120,000 L/min |
| 3 m³/s | 180,000 L/min |
| 5 m³/s | 300,000 L/min |
| 10 m³/s | 600,000 L/min |
| 15 m³/s | 900,000 L/min |
| 20 m³/s | 1,200,000 L/min |
| 25 m³/s | 1,500,000 L/min |
| 50 m³/s | 3,000,000 L/min |
| 75 m³/s | 4,500,000 L/min |
| 100 m³/s | 6,000,000 L/min |
| 250 m³/s | 15,000,000 L/min |
| 500 m³/s | 30,000,000 L/min |
| 1000 m³/s | 60,000,000 L/min |
Other volumetric flow rate conversions
L/s → L/minm³/h → L/minm³/s → L/sm³/s → m³/hm³/s → gpmm³/s → cfmm³/s → gpdm³/s → MGDSolvers that use volumetric flow rate