摘要
文章以SIEMENS 840D数控系统的YK3610型滚齿机为研究对象,对数控滚齿机的热误差、温度场的检测、热误差检侧点的优化及实时补偿技术进行了研究,对选择机床热关键点的位置进行了探索研究,对热传感器进行了优化布点,建立起热误差补偿系统,并以实时补偿方式进行了加工验证,得到的结果表明补偿效果显著。
In this paper,based on SIEMENS 840D CNC system,putting hobbling machine as an example,the study for the thermal error,the detection of the temperature field,thermal point of error detection and real-time compensation technology optimized,key points of temperature on the machine location was carried out.The most key points of temperature sensors are optimized.A thermal error compensation system was set up,and real-time compensation for the processing of authentication.At this stage the resuits show that the compensation results are obvious.
出处
《组合机床与自动化加工技术》
北大核心
2013年第12期105-107,111,共4页
Modular Machine Tool & Automatic Manufacturing Technique
关键词
数控滚齿机
热误差
检测
补偿
hobbing machine
thermal error
detected
compensation
