4. In order to pump a fluid of SG=0.9 at a rate of 1000 gpm though a piping system, a hydraulic power of 60 hp is required. a. Determine the required pump head. b. You have 2 pumps on hand (pump curves below). Will either or both pumps work to pump the fluid? Explain your choice. Specify the pump model, motor speed, impeller diameter, efficiency and BHP (from the pump curves) at which the pump(s) would operate. C. Calculate the actual horsepowel required to operate the pump.
TA Series Model 1548 aco 400 19270 Speed 1760 RPM 125 150 SO 75 100 Curve No. 818 Min. Imp. Dla. 14.17 Size 6 x8 18% 175 200 28 SER250 20 25 30 35 NASHIN FEET 120 10 15 110 18.00 350 19 100 80% 17.00 300 16.00" 754 74% 90 80 15.00 250 70% 70 HEAD IN FEET HEAD IN METERS 100% 200 60 75BHP 50 150 GURVES BASED ON CLEAR WATER FM SHEETHIC GRAVITY OF 10 . 40 NOT 100 880 500 3000 1000 1500 2000 2500 FLOW IN GALLONS PER MINUTE 3500 4000
aco TA Series Model 1548 30 Speed 1160 RPM 75 po Curve No. 879 Min. Imp. Dia 14.17 Site 6x8x18% le L/SEC 190 10 1$ INPSH IN FEE 175 18.70 50 Boo! 150 45 utdo 40 125 76% 190 35 65% % 1004 30 HEAD IN FEET HERON VETERS -25 75 PRACA 20 B6 ogne SON 50 QURTES BASED ON CUEAR WATER 15 WITH SHETIC GRAVITANO Iter 25 250 500 750 1000 1250 1500 1750 2000 2250 2500 FLOW IN GALLONS PER MINUTE 50BH - 10 a
4. In order to pump a fluid of SG=0.9 at a rate of 1000 gpm though a piping system, a hydraulic power of 60 hp is requir
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4. In order to pump a fluid of SG=0.9 at a rate of 1000 gpm though a piping system, a hydraulic power of 60 hp is requir
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