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A kind of cartridge servo proportional valve is discussed,which can be used for controlling large flow rate with high performance.By analyzing the structure principle of the valve,the transfer function of the valve is derived.With the transfer function,some structure elements that may affect its performance are investigated.Through the numerical simulation and test study,some principles of optimality and effective methods for improving the dynamic performance of the valve are proposed. The test results conform to the results of the theoretical analysis and simulation,which proves the correctness of the study and simulation works.The paper provides theoretical basis for engineering applications and series expanding design works.
A kind of cartridge servo proportional valve is discussed, which can be used for controlling large flow rate with high performance.By analyzing the structure principle of the valve, the transfer function of the valve is derived.With the transfer function, some structure elements that may affect its performance are investigated. Through the numerical simulation and test study, some principles of optimality and effective methods for improving the dynamic performance of the valve are proposed. The test results conform to the results of the theoretical analysis and simulation, which proves the correctness of the study and simulation works. The paper provides theoretical basis for engineering applications and series expanding design works.