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[Chemical Knowledge]：Servo valve working principle animation: in-depth understanding of high-precision fluid control technology

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With the continuous development and innovation of modern industrial technology, fluid control technology is also in constant innovation and upgrading, more and more high-precision fluid control applications in different fields, such as mechanical processing automation, aerospace industry, medical equipment. Servo valve, as one of the important components, has become a powerful control means in the field of fluid control technology. In this article, we will be a vivid servo valve working principle of animation as the main presentation, a comprehensive introduction to the technical characteristics of the servo valve, applications and other related content, so that readers of high-precision fluid control technology has a more comprehensive and in-depth understanding.

servo valve working principle animation detailed explanation:

servo valve, also known as electronic proportional servo valve, is a kind of internal control circuit and electromagnet to control the position of the spool, so as to achieve automatic adjustment of flow or pressure of high-precision fluid control valve. The principle is as follows: When the spool position changes, the control circuit will apply voltage to the drive coil, and the electromagnet will cause the spool position to change. Through various means such as signal and feedback testing, the fluid can be accurately adjusted. Compared with the traditional mechanical operation valve, the

valve has the advantages of higher accuracy, faster response speed, wider range of adjustment, and lower power consumption, which can meet various practical applications, such as Hydraulic system, pneumatic control system, flow control system, etc. Application fields of

servo valve:

servo valve is an important part of high-precision fluid control technology, and its application fields are also very extensive. The following are several typical application fields:

1. Mechanical automation

In mechanical automation systems, servo valves can be applied to various processes to achieve high-precision control of hydraulic or pneumatic systems, such as cutting machinery, welding machinery, and various drilling and milling machines.

2. Aerospace Industry

In the aerospace industry, the servo valve has a wide range of applications, such as hydraulic systems, operating equipment, etc., which can achieve precise control of various high-precision hydraulic systems to ensure the efficient operation of aircraft and other equipment.

3. medical equipment

in medical equipment, servo valve can be used in a variety of different systems, such as X-ray detection, CT detection, through the adjustment of fluid control, to achieve precise control of the parameters.

through the detailed introduction of the working principle of the servo valve animation in this paper, we have a more comprehensive and in-depth understanding of the working principle, application field and advantages of the servo valve. As an important part of high-precision fluid control technology, servo valve has a wide range of application prospects. I believe that in the future development, it will get better development and application.