The Liters per minute unit number 119.24 L/min converts to 1 bar/min, one barrel fluid per minute. It is the EQUAL flow rate value of 1 barrel fluid per minute but in the Liters per minute flow rate unit alternative. Conversion chart - barrels fluid per minute to Liters per minute 1 barrel fluid per minute to Liters per minute = 119.24 L/min. Convert flow rate of barrel fluid per minute (bar/min) and cubic feet per minute (cu ft/min) units in reverse from cubic feet per minute into barrels fluid per minute. This unit-to-unit calculator is based on conversion for one pair of two flow rate units.

CALCULATING FLOW RATES

The Music Duration Calculator computes: Duration of Music based on it's tempo, time signature and number of bars, and Tempo of Music based on the duration, time signature and number of bars. This free BMR calculator estimates basal metabolic rate based on well-known formulas. Learn more about variables that affect BMR, and explore hundreds of other calculators addressing topics such as. Task: Convert 8 bars to atmospheres (show work) Formula: bar ÷ 1.01325 = atm Calculations: 8 bar ÷ 1.01325 = 7.895386 atm Result: 8 bar is equal to 7.895386 atm Conversion Table For quick reference purposes, below is a conversion table that you can use to convert from bar.

If you are using a software program to calculate flow, you may need to input a coefficient or k-factor into the program to calculate flow-rate. Using the coefficients will give relatively accurate results. Check results against our flow charts to verify calculations were done correctly. Our flow charts are calculated using K-factors derived from testing at FM Approvals.

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If you need the Coefficients, please visit our Hydraulics & Engineering Information page in the Resources section.

Here are the equations used for calculating flow-rates and predicting flow-rates.

K-factor Formula

Computes a flow-rate in GPM given a psi and a K-factor of the flow device.
Q = √P x K
Q = flow-rate in GPM
P = velocity pressure in psi
K = K-factor of flow device

Theoretical Discharge through Circular Orifices Formula

Computes a flow-rate in GPM given a psi and coefficient of the flow device.
Q = 29.84 x √P x D² x C
Q = flow-rate in GPM
P = velocity pressure in psi
D = orifice diameter in inches
C = coefficient of flow device

Equation for Determining Rated Capacity

Computes the flow-rate available at a specified residual
pressure (a.k.a. Rated Capacity). The example below enables
you to find the predicted flow-rate at 20 psi residual pressure.
Use this when fire flow testing hydrants.
QR = QF x (HR^0.54 / HF^0.54)
QR = Flow-rate predicted at the desired residual pressure in GPM
QF = Total test flow-rate measured during test in GPM (GPM measured from Hose Monster or Pitotless Nozzle)
HR = Pressure drop from static pressure to desired residual pressure (Static – 20 psi [if 20 psi is the desired residual pressure])
HF = Actual pressure drop measured during the test (Static – Actual Residual)

Flow-rate:

US Gallons per Minute x 3.785 = Liters per Minute
Liters per Minute x 0.264 = US Gallons per Minute
US Gallons per Minute x 0.1337 = Cubic Feet per Minute
Cubic Feet per Minute x 7.481 = US Gallons per Minute

Volume:

Bars To Minutes Calculator

US Gallons x 3.785 = Liters
Liters x 0.264 = US Gallons
US Gallons x 0.8327 = Imperial Gallons
Imperial Gallons x 1.201 = US Gallons
Cubic Feet x 7.48051945 = US Gallons
US Gallons x 0.1337 = Cubic Feet

Pressure:

psi x 0.0689 = Bars
Bars x 14.5038 = psi
psi x 6894.757 = Pascals
Pascals x 0.000145 = psi
Bars x 100,000 = Pascals
Pascals x 0.00001 = Bars

Weight of Water:

Angle To Minutes Calculator

US Gallons of Water x 8.3454 = Pounds
Cubic Feet of Water x 62.42796 = Pounds Microsoft kodu game lab.

Length:

Bars To Minutes Calculator

Meters x 3.2808 = Feet
Feet x 0.3048 = Meters