A piston pump is used in a booster circuit as shown in the figure. The pump is single- cylinder double-acting. Electric motor speed is n=1500rev/d, reduction ratio is i=1/3. V=720 cm3, overall efficiency of the pump ng=0.72, HO=65cm ,Hs-115cm ,Lb=8m, d=88mm, λ=0.022, Pef=6kp/cm2. Calculate the engine power.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A piston pump is used in a booster circuit as
shown in the figure. The pump is single-
cylinder double-acting. Electric motor speed is
n=1500rev/d, reduction ratio is i=1/3. V=720
cm3, overall efficiency of the pump ng=0.72,
HO=65cm ,Hs-115cm ,Lb=8m, d=88mm,
λ=0.022, Pef=6kp/cm2. Calculate the engine
power.
Transcribed Image Text:A piston pump is used in a booster circuit as shown in the figure. The pump is single- cylinder double-acting. Electric motor speed is n=1500rev/d, reduction ratio is i=1/3. V=720 cm3, overall efficiency of the pump ng=0.72, HO=65cm ,Hs-115cm ,Lb=8m, d=88mm, λ=0.022, Pef=6kp/cm2. Calculate the engine power.
Ho 1
Hs
5
il
2
Pel
1 Well
2 Piston pump
3 Coupling and variator
4 Electric motor
5 Booster tank
6 Pressure clock
Transcribed Image Text:Ho 1 Hs 5 il 2 Pel 1 Well 2 Piston pump 3 Coupling and variator 4 Electric motor 5 Booster tank 6 Pressure clock
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