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Calculate the required horsepower (hp) for a pump based on the flow rate in gallons per minute (gpm) and pressure in feet of head Once the hydraulic horsepower is known, the brake horsepower can be determined based on the pump efficiency. This calculator helps you determine the power needed for efficient pump operation.
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Hoja de cálculo para determinar el bhp en sistemas de bombeo de agua The difference between the brake horsepower and hydraulic power is the pump efficiency Incluye fórmulas, cálculos y conclusiones
3960 is the standard conversion factor for converting gpm × ft into hydraulic horsepower (hp) in imperial units
Flow is entered in lpm (liters per minute) and converted to l/s internally for the calculation The efficiency result is shown as a percentage and rounded to two decimal places. The efficiency ofthe pump i s 60% (0.6) and the specific gravity of water is 1 The pump shaft power can be calculated as ph (kw) = (600 gpm) (110 ft) (1) / ( (3960) (0.6)) = 27.8hp
Esta calculadora ayuda a determinar la potencia del motor apropiada (en hp) en función del caudal del sistema (gpm), la presión (psi) y la eficiencia Los sistemas hidráulicos se utilizan ampliamente en aplicaciones industriales Un dimensionamiento adecuado del motor asegura un rendimiento eficiente y fiable. This calculator computes the water horsepower (p w h p) imparted to the fluid by a pump or determines the required volume flow (q) based on water horsepower, differential head (h), specific gravity (s g), and pump efficiency (μ).
All pump capacities (gpm) in this catalog are based on water
When pumping fluids that are heavier than water, pump capacity will be less than stated on each pump performance table To compensate for pumping heavy liquids, multiply the required pump capacity in gpm times the appropriate conversion factor from the above chart. The input power delivered by the motor to the pump is called brake horsepower (bhp)
