Working Principle of the AGV Vehicle Steering Servo Valve
The steering system of the AGV vehicle mainly relies on the servo valve to control the opening and closing of the oil circuit, thereby changing the extension direction of the cylinder to achieve the steering of the vehicle. When steering is required, the servo valve receives an electrical signal from the control system, which is converted into a corresponding hydraulic signal. Through the switching of the oil circuit, the pressure on one side of the cylinder increases, pushing the piston of the steering cylinder to move and steering the vehicle.
Key Technology
High-precision control: To ensure the stability and safety of the AGV vehicle, the steering servo valve needs to have high-precision control capabilities to ensure stable operation under various complex road conditions.
Anti-interference ability: The port environment is complex and changeable, including strong electromagnetic interference, vibration, etc., so the steering servo valve needs to have good anti-interference performance to ensure stable operation under various conditions.
Long-life design: Due to the high frequency of use of port AGV vehicles, the design of the steering servo valve needs to consider long life, reduce maintenance costs, and extend the service life of the equipment.
Application Prospects
With the continuous development of automation technology, the application of port AGV vehicles is becoming more and more extensive. As a core component, the performance of the steering servo valve directly affects the stability and efficiency of the entire system. In the future, with the advancement of technology, the steering servo valve will become more intelligent, enabling more precise control, thereby improving the overall efficiency of the port logistics system and reducing errors and safety hazards caused by manual operation.
In summary, the steering servo valve of the port AGV vehicle is an important part of the port automated logistics system, and its performance directly affects the operation efficiency and safety of the entire system. With the advancement of technology, this field will usher in more innovation and development opportunities.