Will the aluminum ingot casting machine be affected by manual technology

The aluminum ingot casting machine seems to be not very familiar to everyone, but it can solve the problems of easy delamination and falling off caused by the lax iron particles wrapped in aluminum, so will the aluminum ingot casting machine be affected by manual technology? What about the impact?

The aluminum ingot casting machine is a large and medium-sized automation technology waste aluminum continuous casting equipment integrating machine, electricity, hydraulic and gas. The system software is made of coal hopper, casting machine, hydraulic system, palletizer and cold conveyor. Composed of product transport aircraft, pneumatic electric actuators and automatic control system, the automatic control system is the key to ensure the smooth, stable and reliable work of the scrap aluminum forging process.

According to the regulations of foundry machining technology, scientific research has been carried out from process management, control system design and completion plan. The most important thing is to carry out the whole process of scrap aluminum casting, which is a core technology that endangers the quality of scrap aluminum forging, from the control measures and control methods. analysis, scientific research and simulation.

For the characteristics of fast response time and high linearity required by the system, a new type of automatic control system for waste aluminum continuous casting machine was designed on the basis of previous scientific research, and the method of controller design was applied to the plugging hole structure to complete the lithium bromide Control of the total flow of the solution.

The improvement measures for the anti-interference layer, first, replace the original basic fuzzy controller with the variable universe fuzzy controller, and use the high linearity of the variable universe fuzzy controller to improve the casting precision; second, in the original control The humanoid intelligent PID controller is added to the base of the board to form bipolar control and improve casting precision.