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Toothed Belt Drive for the Unimat 3

机译:Unimat 3齿形皮带传动

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摘要

I first bought my Unimat 3 nearly thirty years ago and took no time at all to become thoroughly disenchanted with the O-ring drive belt system. Although small, the lathe itself was quite evidently capable of some good work, but the irritation of disentangling the drive belt from itself, and all too frequently replacing them rapidly lead to the desire for changes. So around 25 years ago I built this toothed belt drive system. At the time I thought I should write it up for the benefit of others, but the difficulty of producing a useful set of drawings caused this idea to fall by the wayside. The drive itself has survived all these years, first being used with the original motor, then with one of the permanent magnet motors such as the current Unimat 4 is supplied with. A year or so back that too in its turn died, and so the motor was replaced with a jack shaft fitted to the existing drive plate. This is now driven via a poly V belt drive from a small three phase motor with an AC speed controller. The poly-V pulleys have two steps, so I have a total of 8 ratios plus the variable speed feature from the controller. The only downside is that I cannot fit that system to the milling attachment.
机译:我是在三十年前购买了Unimat 3的,当时我根本没有时间完全对O形圈传动皮带系统感到迷惑。车床虽然很小,但显然可以胜任某些工作,但由于烦恼,无法将传动带从其自身上解开,并且更换得太频繁了,这导致了人们对改变的渴望。因此,大约25年前,我建立了这种齿形皮带传动系统。当时我以为我应该为他人着想而写下来,但是制作一组有用的图纸的困难使这个想法落在了后面。该驱动器本身历经了多年的发展,首先与原始电动机一起使用,然后与其中之一永磁电动机(例如当前的Unimat 4)一起使用。大约一年以前,它也就死了,于是电动机被安装在现有驱动板上的千斤顶轴代替。现在,这是通过带有交流速度控制器的小型三相电动机通过多V带传动来驱动的。 poly-V皮带轮有两个步骤,因此我总共有8个速比以及来自控制器的变速功能。唯一的缺点是我无法使该系统适合铣削附件。

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  • 来源
    《WELDING JOINING》 |2018年第268期|9-14|共6页
  • 作者

    John Olsen;

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