带式运输机的展开式二级直齿圆柱齿轮减速器设计

带式运输机的展开式二级直齿圆柱齿轮减速器设计

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时间:2018-11-24

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1、目录1.设计任务书···························································································(3)2.设计方案·····························································································(4)3.传动装置的总体设计········································································(5)3.1电机选择·

2、························································································(5)3.2传动装置的总传动比及分配····················································(7)3.3传动装置各轴的运动及动力参数··············································(7)4.传动件的设计································································

3、·······················(9)4.1V带的设计·····················································································(9)4.2齿轮的设计··················································································(11)5.轴及轴上零件的设计·······································································(

4、22)5.1高速轴的设计············································································(22)5.2中速轴的设计·············································································(24)5.3低速轴的设计············································································(26)5.4中间轴的校核···················

5、·························································(28)6.箱体结构的设计··············································································(32)7.润滑及密封类型的设计··································································(32)8.其他附件的设计························································

6、······················(33)9.参考文献····························································································(34)10.课程设计心得··················································································(34)32题号:F2,运输带工作拉力F/N:1600,运输带工作速度v(m/s):1.15,卷筒直径D(mm):230,工作条件:连续单向运转,工作时有轻微振

7、动,使用期限10年,小批量生产,两班制工作,运输带工作速度允许误差为±5%。2.设计方案·根据任务书有以下设计方案:323.传动装置的总体设计3.1电机选择设计内容计算及说明结果1、选择电动机的类型按工作要求和工作条件选,选用用三相笼型异步电动机,其机构为封闭式结构,电压为380V,Y型。2、选择电动机的容量工作机的有效功率为:PW=Fv1000kW=1600×1.151000=1.84kW从电动机到工作机输

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