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Experimental evaluations of friction behavior in micro-displacement region positioning for servo motor with air bearings

机译:空气轴承伺服电动机微位移区域定位中摩擦性能的实验评估

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摘要

This research comparatively analyses experimental results of friction characteristics and positioning performance with two types of servo motor using air bearings and rolling bearings. Although the rolling bearings are widely utilized as supporting and/or guiding mechanisms in positioning devices, the positioning performance is generally deteriorated by the influence of friction on the contact surface. In order to avoid the deterioration due to the friction, the air bearings are one of promising approaches with noncontact mechanism. In this paper, comparative analyses are given by measuring the friction characteristics of servo motors with rolling bearings and air bearings, especially in the micro displacement region. In addition, the positioning performance is experimentally compared using prototypes.
机译:本研究比较分析了两种使用空气轴承和滚动轴承的伺服电机的摩擦特性和定位性能的实验结果。尽管滚动轴承被广泛地用作定位装置中的支撑和/或引导机构,但是定位性能通常由于摩擦对接触表面的影响而劣化。为了避免由于摩擦引起的劣化,空气轴承是具有非接触机构的有前途的方法之一。本文通过测量带有滚动轴承和空气轴承的伺服电机的摩擦特性,进行了比较分析,特别是在微位移区域。此外,使用原型对定位性能进行了实验比较。

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