When the pipe length and flow rate are known, the pipe diameter can be calculated for a particular pressure drop. 2g = 0,0225 500 0.2 6,42 29,81 = 117 m hf = f L d v2 2g = 0,0225 500 0.2 6,42 29,81 = 117 m The head loss for an inclined pipe is hf = p g +z1 z2 = p g +Lsin10o. As a result, p = g(hf 500sin 10o) = 9009,81(11787) = 265103 is the pressure drop.
Calculate the flow rate. Determine the flow rate before sizing and selecting a centrifugal pump.
Calculate the static head.
The friction head should be determined.
Calculate the total number of HEAD Choose a pump.
TO CHOOSE A PUMP WE NEED TO KNOW 2 BASIC VALUES: FLOWRATE AND LIFT PRESSURE OR HEIGHT (OR HEAD) A: area of the pipe π x (d/2)2 [m2] v: speed of liquid (water) in the pipe [m/s] Q:
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You must know four things before you can choose a pump that will meet your needs: 1) the total head or pressure it must operate against, 2) the intended flow rate, 3) the suction lift, and 4) the fluid properties
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Vedant Kandalkar
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very nice teching
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Lakshmi Sai Lanka
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Very good course for basic learners of HVAC and designing.
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Amit Sen
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Good
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Anapana Kiramani
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The Classes are Exellent.
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sandhani sayyad
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SK
5
it's very usefull course from begning basic to advance level but sir please provide excel sheets for heat calculation
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Tushar RavindraKumar Chaurasia
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very easy to learn, simple language and best understanding though video series
best for a HVAC technician and engineer
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Abdul Majed
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This course is undoubtedly time effective and beginner friendly.
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