澳门尼斯人手机网站厂摆线针轮澳门尼斯人手机网站性能特点: Performance characteristics of cycloidal pinwheel reducer in reducer plant: ●摆线针轮澳门尼斯人手机网站高速比和高效率单级传动,就能达到1:87的速比,效率在90%以上,如果采用多级传动,减速比更大。 - cycloid reducer high speed and high efficiency than single stage transmission, can achieve 1:87 ratio, efficiency is more than 90%, if the use of multistage transmission, gear ratio greater. ●澳门尼斯人手机网站结构紧凑体积小由于采用了行星传动原理,输入轴输出轴在同一轴心线上,使其机型获得尽可能小的尺寸。 The reducer has a compact structure and small size as a result of the planetary transmission principle, the input shaft and output shaft in the same axis, the machine size as small as possible. ●澳门尼斯人手机网站运转平稳噪声低、摆线针齿啮合齿数较多,重叠系数大以及具有机件平衡的机理,使振动和嗓声限制在最小程度。 - low noise, stable operation speed reducer of cycloid gear the number of overlapping coefficient and balance mechanism with mechanical vibration and noise, which limits the minimum degree. ●摆线澳门尼斯人手机网站使用可靠、寿命长因主要零件采用高碳铬钢材料,经淬火处理(hrc58~62)获得高强度,并且,部分传动接触采用了滚动摩擦,所以经久耐用寿命长。 - cycloid reducer reliable and long life for the key parts are made of high carbon steel materials, quenched (hrc58 ~ 62) to obtain high strength, and part of the rolling friction transmission contact, so durable long life. ●澳门尼斯人手机网站设计合理,维修方便,容易分解安装,最少零件个数以及简单的润滑,使摆线针轮澳门尼斯人手机网站深采用户的信赖。 The speed reducer of reasonable design, convenient maintenance, easy installation and a minimum number of components of decomposition, and the simple lubrication, the cycloid reducer deep mining user's trust. 澳门尼斯人手机网站厂摆线针轮澳门尼斯人手机网站技术参数: Technical parameters of cycloidal pinwheel reducer in reducer plant: 摆线针轮澳门尼斯人手机网站功率:从0.37KW~55KW之间可自由选择; Cycloid reducer power: free choice between 0.37KW ~ 55KW; 摆线澳门尼斯人手机网站转矩:从150N·m~20000N·m之间不等; Cycloid reducer torque: from 150N ~ m ~ 20000N ~ m; 摆线针轮澳门尼斯人手机网站传动比:单级速比有:9-87; Cycloid gear reducer transmission ratio: single speed ratio is: 9-87; 摆线澳门尼斯人手机网站双级速比有:121-7569; Double speed ratio of cycloid reducer is: 121-7569; 摆线针轮澳门尼斯人手机网站三级速比有:2057-658503;传动比可自由组合,以获得最佳输出转速; Cycloid reducer three ratio: 2057-658503; transmission ratio of free combination, in order to obtain the best output speed;
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