Power Calculation (kW) Copyright 2002 - Peter R. StechThe brake horsepower is based on the common hydraulic power equation. Move cursor over text to view Equation. Enter Flow, Head, Temperature, and Pump Efficiency. Then click on "Calculate" button. Valid for Temperature Range 0 to 160 oC Data Input Additional Results Project: Prepared by: Date Prepared: Need a Calculator to determine input? Click on Calculator Icon in the Box to the left. Calculate the new Value, copy and paste into the desired cells! Flow: m3/hr Flow: t/hr Head (TDH): m Head: bar Temperature: oC Specific Gravity*: kg/dm3 Pump Efficiency: % Vapor Pressure*: bar abs Set Significant Digits for kW Viscosity*: mm2/s Select Digits after Decimal Point XXX XX.x X.xx X.xxx * Valid for Water only Results Calculated Power kW For Calculations in U.S. Customary Units click Here! Open Menu
Data Input
Project: Prepared by:
Flow:
Head (TDH):
Temperature:
Pump Efficiency:
Results
Calculated Power kW
