空压机(国外英文资料).docVIP

空压机(国外英文资料) inlet The intake process with the analysis of the working process of screw air compressor rotor rotates with the tooth groove space rotor on to the inlet end wall opening the space at the maximum rotor tooth space and the inlet of the ditch because of the gas in the exhaust channel of the tooth is discharged completely exhaust complete tooth groove in the vacuum state when the external gas inlet at when the gas is sucked into the tooth groove along the axial direction into the rotor tooth filled the ditch when the inlet side end rotor turn from a gas inlet in the tooth groove is closed compress A detailed analysis of the working process of gas screw compressor in the compression process of rotor in the suction at the end of the rotor and the casing will be closed at the tip of gas in the tooth groove no longer the outflow of mesh gradually to the exhaust end of mobile teeth space between the meshing surface and the air outlet part gradually compressed pressure to improve the small ditch exhaust A detailed analysis of the working process of the exhaust process of the screw compressor rotor when the engagement to the contact surface to discharge until the tip end of exhaust gas is compressed and the tooth groove and an air outlet is communicated when the casing at the tooth groove meshing rotor surface and the air outlet of the casing is 0 complete tooth groove length the meshing surface and the casing inlet exhaust process at the same time, the rotor has reached the intake process again 4 compression principle (1) inspiratory process Compression principle of screw air compressor Motor driving rotor rotor of the master-slave red ditch space on to the intake end of the wall opening space filled with the outside air when the inlet side of the rotor end turn from the inlet of the shell in the air between the teeth was closed in the completion of the process of breathing between the master-slave rotor and casing (2) compression process At the end of the suctio