- 发布
- 鞍山市圣霖进出口贸易有限公司业务部
- 电话
- 0412-8259388
- 手机
- 13904124287
- 发布时间
- 2020-05-05 15:52:54
减速机一般用于低转速大扭矩的传动设备,把电动机、内燃机或其它高速运转的动力通过减速机的输入轴上的齿数少的齿轮啮合输出轴上的大齿轮来达到减速的目的,普通的减速机也会有几对相同原理齿轮达到理想的减速,大小齿轮的齿数之比,就是传动比。
Reducer is generally used in driving e of low speed high torque, large gear gear output shaft power motor, internal combustion engine or other high speed running through the reducer input shaft less number of teeth on the reducer to achieve the purpose of general reducer will have several pairs of the same principle to achieve the ideal effect of gear reducer. The size of the number of teeth of the gear ratio, the transmission ratio is.
减速机性能特点
1,产品采用模块化设计,电动机输入,reducer哪家好,输入轴和孔类型三个方面,并配置脚,法兰安装,适用于各种有效的减变速传动,可以直接取代无级调速,摆线。
2、能源消耗低、噪音低、振动小,减速机效率高达96%。
3,reducer,使用特殊的宽带宽压力电动机,当加载在20 hz - 60赫兹频率范围内正常使用。
4、齿轮渗碳淬火热处理工艺,采用独特的低噪声齿齿形设计,确保产品的使用寿命。
Performance characteristics of reducer
1, the product adopts modular design, motor input, input shaft and hole type three aspects, and e with feet, flange installation, suitable for all kinds of effective variable speed transmission, which can directly replace stepless speed regulation and cycloidal.
2,reducer价格, the energy consumption is low, the noise is low, the vibration is small, and the efficiency of the reducer is up to 96%.
3,reducer生产厂家, the use of a special wide band wide pressure motor when loaded in the range of 20 Hz - 60 Hz is normally used.
4, gear carburizing and heat treatment process, using a unique low noise tooth profile design to ensure the service life of the product.
降低减速机运转时的齿轮传动噪声已成为行业内的重要研究课题,国内外不少学者都把齿轮传动中轮齿啮合刚度的变化看成是齿轮动载、振动和噪声的主要因素。用修形的方法,使其动载荷及速度波动减至小,以达到降低噪声的目的。这种方法在实践中证明是一种较有效的方法。
Reducing the gear transmission noise of the reducer has become research topic in the industry. Many scholars both at home and abroad regard the change of gear tooth meshing stiffness as the main factor of gear dynamic load, vibration and noise. The method of modification is used to minimize the dynamic load and speed fluctuation in order to reduce noise. This method is proved to be a more effective method in practice.