WebFlow sonic conductance. Ratio of volume flow Q and input pressure p1 abs for choked flow C=Q/p1 abs. b. Critical pressure ratio. Ratio of output pressure p2 abs and input pressure p1 abs which marks the transition from choked flow (sonic velocity in narrowest section) to subsonic flow. kv. The kv-value. Measured with water at a pressure drop 1 ... Webliters per hourliters per minuteliters per secondmilliliters per hourmilliliters per minutemilliliters per secondcubic meters per hourcubic meters per minutecubic meters per secondcubic millimeters per hourcubic millimeters per minutecubic millimeters per secondcubic feet per hourcubic feet per minutecubic feet per secondgallons per hour …
Air Flow Conversion Calculator - engineering.com
Web1 Cubic metre/second = 3600000 Liter/hour. 1 Cubic metre/second = 60000 Liter/minute. 1 Cubic metre/second = 1000 Liter/second. 1 Cubic metre/second = 131981 Pounds … Web14 Standard cu-ft in gas per hour to Liters per minute = 6.61 L/min. 15 Standard cu-ft in gas per hour to Liters per minute = 7.08 L/min. Convert flow rate of Standard cubic feet of gas per hour (SCFH at 59°F) and Liters per minute (L/min) units in reverse from Liters per minute into Standard cu-ft in gas per hour. fit4gastro twitter
Convert L/sec to SCFM at 59°F Liter per second to …
WebThe standard liter per minute ... In the SI system of units, the preferred unit for volumetric flow rate is cubic meter per second, equivalent to 60,000 liters per minute. If the gas is to be considered as an ideal gas, ... Standard cubic feet per minute (SCFM) References Webliters per minute: 1: L/min: liters per second: 0.016666666666667: L/sec: milliliters per hour: 60,000: mL/hour: milliliters per minute: 1,000: mL/min: milliliters per second: … Web(cubic feet) per minute to Liters per second (CFM to LPS) conversion calculator of Flow measurement, 1 (cubic foot) per minute = 0.4719474432 liters per second. Toggle Navigation Trust Converter. My activities . Converters . Length . Weight . Area . Volume . Speed . Time . Angle . Pressure . Temperature . Energy . Frequency . Acceleration ... fit4free contact