Design Of Control System For Stabilized Soil Mixing Equipment Based On CoDeSys

Road traffic is the important country infrastructure. Along with the development of market economy, vehicles are becoming increasingly popular. So roads, bridges and urban infrastructure requirements are also increasing, which also contributed to the improvement of road construction technology, with the continued growth in demand for grass-roots stabilize soil. When building roads, generally the subgrade stabilized soil to improve road water stability grass-roots strength. And extend the life of the road. Stabilized soil production quality also affects the quality of road construction. Thus the control system of stabilized soil mix plant production equipment also plays an important role.Aiming at some shortcomings from stable soil mixing plant control system, we have developed a monitoring system based on soft PLC technology to achieve the desired goals, in line with corporate standards. The main research contents include:1. Analysis and study of the stabilized soil mix plant structure and working principle for WBS800 E stabilized soil mix plant, for example, based on stabilized soil production process, the design of intelligent control systems.2. Analyzes the deficiencies that configuration software is used to design PC monitoring software platform. stabilized soil mix plant monitoring system is designed on based Dephli2010. Production process is monitored through this system. Access database is adopted, real-time production data storage, and can make generate statistical reports, print.3. For ordinary PLC software has difficulties in designing to Lower computer program, CoDeSys development platform is adopted to design lower computer control program. In the study weighing measurement system, working characteristics, influence factors and control standards,the deficiencies of PID control parameter optimization problems is analyzed. PID control parameters proposed ant colony optimization, and build a simulation model in Matlab / Simulink environment. Simulation data validation that the algorithm can make the system respond faster, and improve dynamic metering process overshoot and precision shortage.4.Using Modbus communication protocol to communicate upper and lower computer, the monitoring system of the upper and lower machine FBI, and tested in the enterprise WBS800 E models, the results demonstrate the feasibility of the control system design and reliability design.