Excel Sheet for Condenser Water Pump Head Calculation After the completion of the course, you can easily work on complete projects on chilled water pipe design and pump selection. I guarantee that ANYONE can benefit from taking this course, whether it’s earning extra money, changing your career...
This simple, Excel program standardizes the measurement process and also calculates TDH. Both flow and TDH are required to evaluate pump performance and locate the operating point on the pump H/Q curve. Discharge velocity head is also calculated and included in the TDH calculation. See my ...
When the mechanical input option is checked in, the speed is calculated from the Power-Flow rate relationship given by the user and used in calculations. Further to calculate the pressure drop inside the pump the Head-Flow rate relationship is also given by the user which is used for the ca...
The optimization makes it possible to obtain a net oil flow rate of 2005 STB/day associated with a head pressure of 45 psig. According to the economic calculation results, a gain in production is noticed during 10 years of production and a return on investment at the ...
Equation: Where: P = Power, hp Q = Flow Rate, gpm S = Specific Gravity of fluid H = Head height, ft = Efficiency coefficient Horsepower Required to Drive Hydraulic Pump HP = GPM X PSI X .0007 (this is a 'rule-of-thumb' calculation) ...
the speed is calculated from the Power-Flow rate relationship given by the user and used in calculations. Further to calculate the pressure drop inside the pump the Head-Flow rate relationship is also given by the user which is used for the calculation. When specifying these characteristic curves...
the speed is calculated from the Power-Flow rate relationship given by the user and used in calculations. Further to calculate the pressure drop inside the pump the Head-Flow rate relationship is also given by the user which is used for the calculation. When specifying these characteristic curves...
With 7 × 20 = 140 being the simplest calculation, each blade excites the stationary component 20 times within one cycle, and the excitations of the seven blades are completely out of asynchronous. The phase of causes for these excitations is completely different, so resonance does not occur, ...