Barometric et Hydrau pressura transit transitter ad aerem compressor

Take a single screw air compressor as an example to illustrate the working principle of an air compressor.The working process of screw air compressor is divided into four processes of suction, sealing and conveying, compression and exhaust.When the screw rotates in the shell, the screw and the tooth groove of the shell mesh with each other, and the air is sucked in from the air inlet and the oil is also sucked in at the same time.Due to the rotation De dente sloshing meshing superficies, suxisti oleum et Gas signati et tradita ad exhaurit portum; Per translationem processus, in dente songove meshing gap paulatim fit minor, et oleum et Gas sunt compressi; Cum dente songove meshing superficiem gyretur ad exhaurit portum testa est altior. Et pressurized oleum et Gas mixtisque dimitti a corpore.

In the air compressor control system, a pressure sensor installed on the air outlet pipe at the back of the air compressor is used to control the pressure of the air compressor.When the air compressor starts, the loading solenoid valve is closed, the loading cylinder does not act, and the inverter drives the motor to run without load.After a period of time (can be arbitrarily set by the controller, here is set to 10S), the loading Solenoidal valvae opens et aer compressor fugit onus.When the air compressor starts to run, if the back-end equipment uses a large amount of air, and the compressed air pressure in the air storage tank and the back-end pipeline does not reach the upper pressure limit, the controller will actuate the loading valve, open the air inlet, and the motor will load Run, and continuously generate compressed gas to the back-end pipeline.If the back-end gas equipment stops using gas, the pressure of compressed gas in the back-end Pipeline et Gas repono cisternina paulatim augmentum pressura superiorem terminum occasum valorem est perventum est, impressionem sensorem mittit ex unloading signum, in solenoidam cessat opus, et motricium, et non solum loading.

Cum aeris compressor fugit continue, pelagus corpus temperatus de compressor erit crescat. Cum temperatus attingit certum gradu, systema est constitutus ad LXXX ℃ (moderatoris potest ponere secundum applicationem environment). In fan incipit currere ad redigendum opus temperatus de principalis engine. . Cum ad fan fugit ad tempus, temperatus de principalis engine guttae, et fan sistit, cum temperatus est inferior quam LXXV ° c.

In pressura sensoriis in aeris compressors vulgo in foro potest esse non solum enim aeris compressors, sed etiam pro aqua curatio apparatu, industriae apparatu, aedificia, HVAC, PETROLEUM, automobiles, etc., et OEM PETROLEUM, automobiles, etc., et OMNIBILIUM.