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Single Stage Screw Air Compressor
Single stage screw air compressor includes frequency conversion and power frequency air compressor.
The frequency conversion air compressor of the body design is beautiful, compact and practical, the equipment operation is stable and reliable, high efficiency and energy saving. Energy saving than the conventional permanent magnet frequency conversion screw air compressor is about 20%.
The power frequency air compressor configuration is mature and simple to drive. Straight connection transmission mode, which is small vibration and high operation efficiency.
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The working process of screw air compressor is divided into four processes: suction, sealing and conveying, compression and exhaust. When the screw rotates in the shell, the air between the screw and the shell mesh through the air intake and the oil, the gear rotation seals the oil and delivers the oil to the exhaust port. During the delivery, the gear gap gradually decreases and the oil and gas is compressed. When the gear rotates to the exhaust port of the shell, the oil and gas mixture with higher pressure is discharged from the body.
The working process of screw air compressor is divided into four processes: suction, sealing and conveying, compression and exhaust. When the screw rotates in the shell, the air between the screw and the shell mesh through the air intake and the oil, the gear rotation seals the oil and delivers the oil to the exhaust port. During the delivery, the gear gap gradually decreases and the oil and gas is compressed. When the gear rotates to the exhaust port of the shell, the oil and gas mixture with higher pressure is discharged from the body.
The working process of screw air compressor is divided into four processes: suction, sealing and conveying, compression and exhaust. When the screw rotates in the shell, the air between the screw and the shell mesh through the air intake and the oil, the gear rotation seals the oil and delivers the oil to the exhaust port. During the delivery, the gear gap gradually decreases and the oil and gas is compressed. When the gear rotates to the exhaust port of the shell, the oil and gas mixture with higher pressure is discharged from the body.
The working process of screw air compressor is divided into four processes: suction, sealing and conveying, compression and exhaust. When the screw rotates in the shell, the air between the screw and the shell mesh through the air intake and the oil, the gear rotation seals the oil and delivers the oil to the exhaust port. During the delivery, the gear gap gradually decreases and the oil and gas is compressed. When the gear rotates to the exhaust port of the shell, the oil and gas mixture with higher pressure is discharged from the body.
The working process of screw air compressor is divided into four processes: suction, sealing and conveying, compression and exhaust. When the screw rotates in the shell, the air between the screw and the shell mesh through the air intake and the oil, the gear rotation seals the oil and delivers the oil to the exhaust port. During the delivery, the gear gap gradually decreases and the oil and gas is compressed. When the gear rotates to the exhaust port of the shell, the oil and gas mixture with higher pressure is discharged from the body.
The working process of screw air compressor is divided into four processes: suction, sealing and conveying, compression and exhaust. When the screw rotates in the shell, the air between the screw and the shell mesh through the air intake and the oil, the gear rotation seals the oil and delivers the oil to the exhaust port. During the delivery, the gear gap gradually decreases and the oil and gas is compressed. When the gear rotates to the exhaust port of the shell, the oil and gas mixture with higher pressure is discharged from the body.
The working process of screw air compressor is divided into four processes: suction, sealing and conveying, compression and exhaust. When the screw rotates in the shell, the air between the screw and the shell mesh through the air intake and the oil, the gear rotation seals the oil and delivers the oil to the exhaust port. During the delivery, the gear gap gradually decreases and the oil and gas is compressed. When the gear rotates to the exhaust port of the shell, the oil and gas mixture with higher pressure is discharged from the body.
The working process of screw air compressor is divided into four processes: suction, sealing and conveying, compression and exhaust. When the screw rotates in the shell, the air between the screw and the shell mesh through the air intake and the oil, the gear rotation seals the oil and delivers the oil to the exhaust port. During the delivery, the gear gap gradually decreases and the oil and gas is compressed. When the gear rotates to the exhaust port of the shell, the oil and gas mixture with higher pressure is discharged from the body.
The working process of screw air compressor is divided into four processes: suction, sealing and conveying, compression and exhaust. When the screw rotates in the shell, the air between the screw and the shell mesh through the air intake and the oil, the gear rotation seals the oil and delivers the oil to the exhaust port. During the delivery, the gear gap gradually decreases and the oil and gas is compressed. When the gear rotates to the exhaust port of the shell, the oil and gas mixture with higher pressure is discharged from the body.
The working process of screw air compressor is divided into four processes: suction, sealing and conveying, compression and exhaust. When the screw rotates in the shell, the air between the screw and the shell mesh through the air intake and the oil, the gear rotation seals the oil and delivers the oil to the exhaust port. During the delivery, the gear gap gradually decreases and the oil and gas is compressed. When the gear rotates to the exhaust port of the shell, the oil and gas mixture with higher pressure is discharged from the body.
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