Search results for "Servo drive"

showing 2 items of 2 documents

Computer Simulation for the Study of CNC Feed Drives Dynamic Behavior and Accuracy

2007

In the application of CNC feed drives it is desirable to predict the servo performance. By using computer simulation techniques it is possible to construct an accurate model of the servo drive. This simulation procedure makes it possible to anticipate machine design problems and correct them. This paper deals with a model of a feed drive, which consists of a motion control system driven by a DC motor. Both position and velocity feedback loops are present in the structure of the system. By means of MATLAB & Simulink software, simulation diagrams were built in order to test the behaviour of the system. Experimental data are also presented in order to confirm the accuracy of the theoretical mo…

business.industryComputer scienceControl engineeringMotion controlDC motorSoftwarePosition (vector)Servo drivebusinessMATLABcomputerServocomputer.programming_languageMachine controlEUROCON 2007 - The International Conference on "Computer as a Tool"
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IMPROVING CNC MACHINE TOOLS ACCURACY USING MODELING AND COMPUTER SIMULATION TECHNIQUES

2007

Abstract The position was one of the first parameters that required the introduction of automatic control process. One of the most representative applications is represented by the feed drives of the computer numerically controlled (CNC) machine tools. Today, it is possible to use computer simulation techniques in analysing and synthesising position control systems. Thus, the behaviour of the CNC machine tools feed drives can be treated much more realistically. It is the purpose of this paper to show how simulation can be used to accurately represent, predict and improve the performance of a CNC machine tool feed servo drives.

business.product_categoryAutomatic controlPosition (vector)Computer scienceNumerical controlProcess (computing)Servo driveComputerApplications_COMPUTERSINOTHERSYSTEMSControl engineeringbusinessTransfer functionSimulationMachine toolIFAC Proceedings Volumes
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