BTS200 mechanical fault simulator delivered to Southwest University of Science and Technology

The BTS200 vibration demonstration device developed by Valentinian Company has been officially delivered to Southwest University of Science and Technology. This device will assist the school's research work in the field of bearings and promote the development and innovation of related technologies.

The BTS200 transmission system diagnostic simulator has advanced simulation capabilities and can create complex working conditions such as high speed and high load, accurately simulating the various harsh conditions that bearings may face in actual operation. Through the equipped sensors, the test bench can monitor key parameters such as vibration, temperature, noise, lubrication, etc. in real time, and comprehensively monitor the operating status of bearings. Its uniqueness lies in its ability to accelerate the failure process of bearings, thereby quickly and accurately predicting the service life of bearings under actual working conditions. This not only saves a lot of time for bearing life research, but also improves the accuracy of prediction.

In addition, the BTS200 powertrain diagnostic simulator also supports fault diagnosis and lubrication optimization research. In terms of fault diagnosis, through in-depth analysis of monitoring data, potential fault hazards of bearings can be discovered in a timely manner, providing scientific basis for equipment maintenance. In lubrication optimization research, this test bench can assist researchers in exploring the effects of different lubrication conditions on bearing performance, thereby optimizing lubrication schemes and improving the working efficiency and service life of bearings.

The relevant person in charge of Southwest University of Science and Technology stated that the introduction of the BTS20 transmission system diagnostic simulator will greatly enhance the university's research level in mechanical engineering and other disciplines, providing strong support for cultivating high-quality talents. In the future, the school will make full use of this equipment to conduct a series of cutting-edge research and promote the application and development of bearing technology in more fields.