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[China Glass Network] Glass machinery equipment is an important part of the glass processing system. The glass machinery in the air pressure system supplies compressed air to the pneumatic system that meets certain quality requirements. It is an important part of the air pressure system. The composition of the glass mechanical air pressure system consists of compressed air generated by the air compressor for glass machinery. After a series of treatments such as cooling and purification, the control elements and actuators are supplied. The compressed air directly discharged from the air compressor for glass machinery cannot be used for pneumatic equipment without removing the impurities such as moisture mixed in the compressed air. Therefore, it is necessary to set some degreasing, water, dust, and dry compressed air, improve the quality of compressed air, and purify the gas source.
Compressed air purification equipment generally includes an aftercooler, a water and oil separation device, a gas storage tank, and a glass drying device. The aftercooler device is on the outlet pipe of the glass machine air compressor, and the glass machine air compressor discharges the high temperature compressed air, and the temperature to the aftercooler is lowered. This allows the oil mist and moisture in the compressed air to reach saturation, causing it to condense as much as possible and drain. The layout of the aftercooler is: serpentine tube, tube tube type, heat sink type and casing type; the cooling method is water-cooled and air-cooled.
The water and oil separation device is arranged on the pipeline behind the aftercooler to extract and separate impurities such as water and oil contained in the compressed air, so that the compressed air is initially purified. The layout of the water-oil separation device includes a ring-reverse type, a collision-reversal type, a centrifugal rotation type, a water bath type, and the like. The water-oil separation device mainly uses reverse centrifugation, impact, water bath, etc. to extract water droplets, oil droplets and other impurity components from the compressed air.
The primary function of the gas storage tank is to store a certain amount of compressed air, reduce the pulsation of the air source output airflow, add airflow continuity, and weaken the pipeline vibration caused by the pulsation of the airflow from the glass mechanical air compressor; more extraction and separation of the compressed air Moisture and oil. The function of the glass drying device is to remove more water, oil and impurities contained in the compressed air to make the compressed air dry, and the supplied compressed air is used for pneumatic equipment with high quality requirements for the gas source. Compressed air drying methods mainly use adsorption, centrifugation, mechanical precipitation and freezing.
When the muffler, glass mechanical cylinder, gas valve, etc. work, the exhaust speed is high, the gas volume expands rapidly, and sharp and sharp noise occurs. A sound absorbing device is a pneumatic component that can block the flow of sound and allow airflow to pass. It is to reduce the speed and power of the exhaust gas by damping or adding the exhaust area and then reduce the sharp noise. The muffler device in the pneumatic device mainly has a resistive muffler device, a resistance muffler device, and an impedance composite muffler device. Pneumatic actuators are devices that convert the pressure energy of compressed air into mechanical energy for automated packaging lines, including glass mechanical cylinders and air motors. It is the glass mechanical cylinder that completes the linear motion and work, and the air motor that completes the rotary motion.
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