For the compressor with the below details, determine the stroke, bore, and the power required for the motor drive the compressor at speed 1000 rev/min, considering the mechanical efficiency of the compressor is 85% and the motor transmission is 90% . L (Stroke) Inlet air Delivery air V = 25 m³/min P2=25 bar, P1=1.013 bar d(bore) T1 =288 K T2 =450 K Vc Vc Take L/d = 1.5 and Vc = 0.05V, PISTON

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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For the compressor with the below details, determine the stroke, bore, and the power required for
the motor drive the compressor at speed 1000 rev/min, considering the mechanical efficiency of the
compressor is 85% and the motor transmission is 90% .
L (Stroke)
Inlet air
Delivery air
V = 25 m³/min
P2=25 bar,
P1=1.013 bar
d(bore)
T1 =288 K
T2 =450 K
Vc
Vc
Take L/d = 1.5 and Vc = 0.05V,
PISTON
Transcribed Image Text:For the compressor with the below details, determine the stroke, bore, and the power required for the motor drive the compressor at speed 1000 rev/min, considering the mechanical efficiency of the compressor is 85% and the motor transmission is 90% . L (Stroke) Inlet air Delivery air V = 25 m³/min P2=25 bar, P1=1.013 bar d(bore) T1 =288 K T2 =450 K Vc Vc Take L/d = 1.5 and Vc = 0.05V, PISTON
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