其基本原理是采用车削功能或多车削方式驱动。相信在电动执行器机构和电动阀专用机构的选择上，执行机构的整体使用和操作方式会变得更加方便。现在，在控制阀的执行过程中，基本电动执行器机构首先需要由阀门驱动，使全开或全关模式更加方便。
阀门的位置必须精确控制，以避免控制不足或需要自动使用控制技术。在手动操作方面，逐渐被机械或自动设备所取代，电子控制器的使用将成为更大的突破。
电动阀电动执行器机构的优点是稳定性高。目前，许多用户在高度稳定性和推进力方面都有很好的使用效果，并且能够达到如此大的推进力，因此有必要使用电动的方式来实现。
The most widely defined electric actuator mechanism for electric valves is to drive energy through a straight line or rotation, and can be intuitively used under signal control. This actuator can plan for liquid gas, even electricity or other energy to ensure the driving effect of its device without causing any trouble.
The basic principle is to use turning function or multiple turning methods to drive. I believe that in the selection of electric actuator mechanisms and specialized mechanisms for electric valves, the overall use and operation of the actuator will become more convenient. Now, in the execution process of the control valve, the basic electric actuator mechanism needs to be driven by the valve first, making the fully open or fully closed mode more convenient.
The position of the valve must be accurately controlled to avoid insufficient control or the need for automatic use of control technology. In terms of manual operation, it will gradually be replaced by mechanical or automatic equipment, and the use of electronic controllers will become a greater breakthrough.
The advantage of electric valve electric actuator mechanism is high stability. At present, many users have achieved good results in terms of high stability and propulsion, and are able to achieve such a large propulsion force. Therefore, it is necessary to use electric methods to achieve this