Automation Control Skills1.IEC61131-3 PLC programming language2. Machine automation control logic planning and development3. Structured program development, modularizing complex functions, and building libraries to improve the overall team development speed4. Development of high-level control algorithms5. Development of machine-related physical quantity calculation algorithms6. Machine automation process planning and standardization establishment7. Familiar with mechanical principles8.Pneumatic and oil pressure control9. Motion control applications, positioning control, speed control, torque control10. Familiar with the principles and applications of motors and drivers, and optimize the adjustment of motor driver parameters11. Familiar with electronic/circuit theory and application, good at equipment circuit analysis and calculation12. Equipment adjustment and process improvement13. Selection of automatic control components14. Familiar with industrial communication protocols, good at equipment communication integration control and Internet of Things integration15. Development of machine tuning simulation systemAutomation control algorithm development1. Roll-to-Roll speed synchronous control2. Roll-to-Roll tension control3.Constant line/belt tension control4. Distributed independent motor phase synchronization control5. Precise temperature control and optimal parameter adjustment method6. Precise control of production meters7. Production line/pipe diameter control8. Inertia compensation for equipment acceleration and deceleration9. Accurate liquid level control and optimal parameter adjustment method10.Precise pressure control and optimal parameter adjustment method11. Filter algorithm12. Acceleration and deceleration control of operating speed13. Cable sag control and optimal parameter adjustment method14.Linear speed synchronous control15. Friction loss compensation in line/belt tension control16. Calculation of roll diameterMatching analysis, selection and adjustment of machinery and motors1. Calculate, analyze and select a motor with reasonable capacity based on equipment acceleration, deceleration and strength requirements.2. Motor driver selection, brake resistor capacity calculation and selection3. Driver DC bus parallel architecture application4. Adjust optimal operating parameters according to system response