Hydraulic series can be divided according to different classification standards, mainly including the following types:
Pressure source hydraulic system: This is the most common type of hydraulic system, consisting of hydraulic pumps, hydraulic valves, etc. The hydraulic pump converts mechanical energy into hydraulic energy to generate high-pressure liquid, and then controls the flow of liquid through the hydraulic valve to achieve control of the actuator.
Proportional hydraulic system: The working state of the actuator can be controlled by adjusting the opening amount of the hydraulic valve. It can adjust the opening amount of the hydraulic valve according to the size of the control signal to achieve precise control of the actuator.
Servo hydraulic system: This is a precision control system that is mainly used in fields that require high-precision motion control. By using devices such as servo valves and sensors, high-precision position, speed and force control of hydraulic actuators can be achieved.
Accelerator hydraulic system: A hydraulic system used to provide high-speed motion. Through components such as accelerators and hydraulic cylinders, rapid motion control of actuators is achieved, which is common in high-speed motion equipment such as lifting machinery and stamping machines.
Diversion hydraulic system: The control of hydraulic actuators is achieved by adjusting the diversion valve. The flow and pressure of the hydraulic system can be controlled according to the opening position and pressure adjustment of the diverter valve to achieve control of the actuator.
System integrated hydraulic system: Integrate hydraulic components, control components, sensors and other components to form a complete hydraulic system. It has the characteristics of compact structure, easy installation and stable performance, and is widely used in engineering machinery, aerospace and other fields.
