BTS200Application Case of Mechanical Fault Simulator in Hefei University of Technology

After strict debugging and acceptance, the BTS200 mechanical fault simulator developed by Valentinian Company has been officially delivered to Hefei University of Technology, marking a new level of experimental capability in high-end equipment reliability research and intelligent operation and maintenance.

The VALENIAN experimental platform is developed based on the upgraded BTS100 mechanical fault simulator, which can accurately simulate complex working conditions such as high speed and high load. By integrating multiple types of sensors, it can monitor key parameters such as vibration, temperature, noise, and lubrication status during the operation of bearings in real time. The equipment adopts advanced accelerated degradation testing methods, which can effectively shorten the testing cycle of the entire life cycle of bearings, providing a high-precision and high reliability experimental environment for researchers to deeply explore the mechanism of bearing performance degradation, construct life prediction models, and verify intelligent fault diagnosis algorithms.

The introduction of the BTS200 mechanical fault simulator will further strengthen the research foundation of Hefei University of Technology in fields such as mechanical engineering and intelligent manufacturing. Based on this platform, the school's research team will conduct cutting-edge research on intelligent perception, health assessment, and predictive maintenance of bearings, promoting the formation of a number of core technological achievements with independent intellectual property rights, and providing strong support for graduate student training and high-level innovation team construction.

The relevant person in charge of Hefei University of Technology stated that the use of this experimental platform will effectively promote the school's technological breakthroughs in key areas such as the localization of high-end bearings and intelligent operation and maintenance of industrial equipment, deepen industry university research cooperation, and actively serve the high-quality development needs of the national major equipment manufacturing industry.