In the modern field of industrial automation, the servo pressure machine has become a key equipment in many manufacturing processes due to its high precision, efficiency, and tunability. The ATOS servo pressure machine control servo valve system, as a core component of the servo pressure machine, is of great significance for improving production efficiency and enhancing product quality in terms of its working principle and performance optimization. This article will provide a detailed analysis of the structure, working principle, and application of the ATOS servo pressure machine control servo valve system.

1. Structure of the ATOS servo pressure machine control servo valve system

The servo pressure machine control servo valve system usually consists of servo valves, servo motors, controllers, sensors, and actuators. Among them, the servo valve is a key component of the system, responsible for receiving signals from the controller to control the movement of the pressure machine; the servo motor provides power for the servo valve; the controller issues commands based on production needs to control the action of the servo valve; the sensor is used to detect the operating state of the pressure machine and feed back to the controller to ensure stable operation of the system; the actuator completes the movement of the pressure machine according to the action of the servo valve.

2. Working principle of the servo valve

The servo valve is a valve used to control the pressure of the hydraulic system, whose working principle is based on the balance of electromagnetic force and spring force. The servo valve is equipped with a solenoid internally. When the controller issues a command, the solenoid generates an electromagnetic force, which counteracts the spring force. By adjusting the current intensity of the solenoid, the position of the valve core can be controlled, thereby regulating the movement speed and pressure of the pressure machine. In addition, the servo valve also has good linearity and accuracy, ensuring precise control of the pressure machine's movement.

3. Working process of the ATOS servo pressure machine control servo valve system

The controller receives production demand instructions and converts them into electrical signals;

　　Electrical signals are transmitted through the solenoid inside the servo valve to adjust the position of the valve core;

The change in the valve core position causes the pressure in the hydraulic system to change, thereby affecting the movement of the pressure machine;

After the pressure machine movement is completed, the sensor detects the state of the pressure machine and feeds back the data to the controller;

The controller adjusts the next command based on feedback information to form a closed-loop control.

4. Application of the servo valve system in the ATOS servo pressure machine

In the ATOS servo pressure machine, the servo valve system can achieve precise control of the machine's movement, meeting different production needs. By optimizing the servo valve system, the production efficiency of the pressure machine can be improved, energy consumption can be reduced, and product quality can be enhanced. In addition, the fault diagnosis and maintenance functions of the servo valve system also significantly improve the reliability and service life of the equipment.

In summary, the ATOS servo pressure machine control servo valve system is an important part of the servo pressure machine. Its structural design and working principle are of great significance for achieving high precision and efficiency in production. In the future, with the continuous advancement of technology, the servo valve system will become more intelligent and integrated, providing a more solid foundation for the development of the industrial automation field.