The pressure control circuit of the China hydraulic plate rolling machine mainly relies on the pressure control valve to regulate the pressure in the hydraulic system pipeline. As a commonly used metal processing equipment, hydraulic plate rolling machine needs to ensure the stability and controllability of processing pressure during the production process. In order to achieve this goal, the pressure control system of the hydraulic plate rolling machine adopts a special circuit method.

This circuit mainly includes components such as pressure control valves, sensors, actuators, and controllers. When the hydraulic coiling machine starts working, the pressure control valve will monitor the pressure changes in the hydraulic pipeline through sensors and transmit these signals to the controller.
The controller will control the pressure control valve based on the preset pressure value and adjust the opening degree of the valve. When the pressure is too high, the controller will correspondingly reduce the opening degree of the valve to reduce the pressure in the hydraulic pipeline; When the pressure is too low, the controller will increase the opening degree of the valve to increase the pressure in the hydraulic pipeline.
In this way, the pressure control circuit of the hydraulic plate rolling machine can quickly and accurately adjust the pressure in the hydraulic system, ensuring that the hydraulic plate rolling machine meets the required pressure requirements during the machining process. At the same time, the circuit also has certain stability and reliability, and can automatically adjust to improve processing efficiency and product quality.
In general, the pressure control circuit of the hydraulic plate rolling machine mainly relies on the regulation of the pressure control valve. Through the cooperation of sensors, controllers, and actuators, precise control of the pressure in the hydraulic system pipeline is achieved to meet the pressure requirements of the hydraulic plate rolling machine in the metal processing process.