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Relationship between the inertia of motor and load in mechatronic servo systems

机译:机电伺服系统中电机惯量与负载之间的关系

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摘要

Mechatronic servo system design for industrial robot manipulators and NC machine tools are usually carried out by engineers based on their experiences in cut and try techniques and/or intuitive methods. This paper describes the relationship between the inertia of the servo motor and the load for the optimum selection of motor and servo controller parameters. The method is based on the sixth order model of the industrial servo systems with torque filter. The proposed method was experimentaly evaluated by use of an industrial DC servo motor.
机译:用于工业机器人操纵器和NC机床的机电伺服系统设计通常由工程师根据他们在切割和尝试技术和/或直观方法方面的经验来进行。本文描述了伺服电动机的惯性与负载之间的关系,以优化选择电动机和伺服控制器参数。该方法基于带有转矩滤波器的工业伺服系统的六阶模型。通过使用工业直流伺服电动机对所提出的方法进行了实验评估。

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