Built-in Temperature Detecting System for Diagnosing Ball-Screw Preload Variation of a Feed Drive System

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This paper presents a built-in detecting system for precisely measuring temperature of interest points on a ball-screw structure and the method of diagnosing different ball-screw preload based on processing acquired signals with further classification by support vector machines (SVM). The detecting system mainly consists of a sensing unit and a hardware signal processing unit. The core sensor, utilizing a glass-type SMD PT-100 with a Wheatstone bridge circuit configuration, is implemented onto a 1 cm × 1 cm circuit board and then packaged by a metal housing as a sensing unit with a dimension less than 1.5 cm3. The resolution of the measured temperature can be reached 0.01 °C within the range of –40 to 125 °C through our developed signal processing circuit unit. A preload-adjustable ball screw is designed, manufactured, and installed into a computer-controlled single-axis feed drive system. The temperature sensing unit is built into the screw nut for acquiring signals with different ball-screw preload level settings. Results show that diagnosis of ball-screw preload can be achieved less than 100 sec, and the preload level classification reaches nearly 100%. The developed built-in temperature detecting system and analysis method demonstrated the feasibility of evaluating ball-screw health condition and would be very useful in many industrial applications.


Document Type: Research Article

DOI: http://dx.doi.org/10.1166/sl.2012.2259

Publication date: May 1, 2012

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