Design And Experimental Study Of Servo Automation Systems

With the rapid increase in China’s economy, modernization of industrial controlrequirements are also getting higher and higher, precise control has penetrated into everyaspect of modern industrial control, servo automation systems into the country to quickly getrapid development and popularization.Servo motor as an essential part of modern automation and control of a high level ofmodernization of control, which has six kinds of control mode, position control mode (P),speed control mode (S), torque control mode (T), position and speed control mode (PS),torque control mode position (PT), speed-torque control mode (ST).This article focuses on the servo automation systems in industrial automation controlapplications, the use of software and programming ideas, and the use of positioning modulefor servo motor control, and flip the workpiece transfer to manufacturing a componentmanufacturing as an example, from the original transformation of the motor holding brakecontrol servo control, the original control modes often waste, due to manufacturing titaniummaterial, the cost is higher, it means a lot to produce waste product loss and other processes offutility, that cost increases, the processing efficiency can not be improved, so servo control,reduce waste and improve efficiency.Servo system and PLC positioning module and servo system and PLC motion controlleris precisely controlled than the essential modernization of the sector, to achieve precisemotion control motion control and the best solution is the use of these programs.Papers and there are follow-up the implementation process and implementation issuesare discussed methods, the original control mode and hardware implementations have largechanges, transformation costs at$20,000or so, but every month the waste reduction value at10million, it should be applied after the transformation is more successful each month toreduce the rejection rate of about10%.