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Modeling and Dynamic Characteristic of a Pneumatic Solenoid Valve

机译:气动电磁阀的建模与动态特性

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A new method, obtaining the pressure-time relations during air inflation and deflation process, is proposed to research the dynamic characteristic of a pneumatic solenoid valve. The current, magnetism, mechanical and air subsystems of the valve are investigated. In order to experimentally verify the advantage of the new model, two models are compared. Simulation results show, the opening and closing reversal times of the model without air subsystem are 29.6ms and 30.7ms. The new model's reversal times are 31.8ms and 36.1ms. 32.5ms and 35.3ms are the results by experiments. The experimental results show very good agreement with the new model.
机译:提出了一种新的方法,获得空气通胀和放气过程中的压力时间关系,研究了气动电磁阀的动态特性。研究了阀的电流,磁,机械和空气子系统。为了通过实验验证新模型的优势,比较了两种模型。模拟结果表明,没有空气子系统的模型的开放和关闭逆转时间为29.6ms和30.7ms。新模型的逆转时间为31.8ms和36.1毫秒。 32.5ms和35.3ms是通过实验的结果。实验结果表明与新模型非常良好。

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