基于ANSYS的电子提花机电磁阀性能研究

Study on Performance of Electronic Jacquard Solenoid Valve Based on ANSYS

通过建立基于ANSYS电磁阀组件的电磁分析模型,得到其磁力线、磁通密度、电磁强度、电磁力,分析稳态状态下电磁力与电压的二次关系,并通过MATLAB建立F/U的拟合关系式,从而对驱动电压进行优化设计,并可对电磁阀组件的结构参数如电磁铁形状、线圈匝数、吸合面积、磁性材料、复位弹簧参数等进行优化设计。

This paper is purposed through establishing the electromagnetic analysis model based on ANSYS solenoid valve module to obtain the magnetic line of force, flux density, electromagnetic strength and electromagnetic force analyze the binary relation between electromagnetic force and voltage under the stable state, and get the relational expression of F/U through MATLAB, so as to optimum design the driving voltage and to optimum design the structure parameters of solenoid valve, such as shape of electromagnet, turns, suction area, magnetic material, reset spring, etc.