ODMT氣體增壓泵適用于對空氣和工業(yè)氣體，如氬氣、氦氣、氫氣和氮氣進(jìn)行無(wú)油壓縮。工作壓力可達160MPa，對氧氣的增壓可達32MPa。空氣驅動(dòng)的增壓泵是替代電動(dòng)產(chǎn)品的產(chǎn)品，并且可以用于需防爆的工作場(chǎng)所。 功能描述：ODMT增壓泵的工作原理類(lèi)似于壓力增壓泵。當低的壓力作用在大面積活塞上時(shí)，小面積活塞就會(huì )產(chǎn)生高的壓力。通過(guò)一個(gè)二位四通氣控閥能夠實(shí)現連續運行。
The ODMT gas booster pump is suitable for oil-free compression of air and industrial gases, such as argon, helium, hydrogen, and nitrogen. The working pressure can reach 160MPa, and the pressurization of oxygen can reach 32MPa. The air driven booster pump is an efficient alternative to electric products and can be used in workplaces that require explosion protection. Function description: The working principle of ODMT booster pump is similar to that of a pressure booster pump. When low pressure acts on a large area piston, a small area piston will generate high pressure. Continuous operation can be achieved through a two position four vent control valve.
氣控閥使驅動(dòng)空氣交替作用于氣體活塞的兩個(gè)端部表面，形成往復運動(dòng)。被增壓氣體由高壓活塞端的進(jìn)口單向閥進(jìn)入，在高壓活塞的帶動(dòng)下，從出口單向閥排出，進(jìn)而形成氣體的輸送。設定的驅動(dòng)空氣壓力的大小直接決定壓力的大小，可根據各種增壓器的輸出壓力計算公式計算出終輸出壓力。
The pneumatic valve causes the driving air to alternately act on the two end surfaces of the gas piston, forming reciprocating motion. The pressurized gas enters through the inlet check valve at the high-pressure piston end, and is driven by the high-pressure piston to exhaust through the outlet check valve, thereby forming gas transportation. The set driving air pressure directly determines the pressure, and the final output pressure can be calculated based on the output pressure calculation formulas of various turbochargers.
當驅動(dòng)壓力和高壓部分達到壓力平衡時(shí)，也就是達到了終壓力，增壓泵會(huì )停止運行，同時(shí)不再消耗驅動(dòng)空氣。當高壓部分壓力下降或驅動(dòng)壓力增加時(shí)，增壓器自動(dòng)運行，直到再次達到壓力平衡。也可通過(guò)電磁閥、壓力變送器、比例閥、PLC實(shí)現增壓器的自動(dòng)開(kāi)關(guān)控制。 應用范圍：ODMT氣體增壓泵型號齊全，能夠滿(mǎn)足各種應用領(lǐng)域的需要。主要有單級單作用增壓泵、單級雙作用增壓泵、雙級增壓泵，可以達到不同
When the driving pressure and high-pressure part reach a pressure balance, that is, when the final pressure is reached, the booster pump will stop running and no longer consume driving air. When the pressure of the high-pressure section decreases or the driving pressure increases, the turbocharger automatically runs until the pressure balance is reached again. Automatic on-off control of the booster can also be achieved through solenoid valves, pressure transmitters, proportional valves, and PLCs. Application scope: The ODMT gas booster pump has a complete range of models, which can meet the needs of various application fields. There are mainly single stage single acting booster pumps, single stage double acting booster pumps, and double stage booster pumps, which can achieve different
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