PT100Pro - Delivery of Machine Vibration Simulator to Kunming University of Science and Technology

PT100PRO Machinery Fault Simulator Lite is an innovative experimental platform. It is driven by a micro DC motor and matched with a DC speed controller to accurately control the speed. With this Advanced technology design allows students and researchers to verify various types of faulty bearings at different speeds, explore the frequency characteristics of bearing defects in depth, and conduct important experimental projects such as rotor dynamic balance tests, start stop tests, and eccentric rotor tests.

The composition structure of the VALENIAN MachieryFault simulator lite experimental platform is rich and reasonable. It is mainly composed of key components such as a micro DC motor, a speed regulator, dual support bearings, a dynamic balance rotor disk, a rotating shaft, a sensor bracket, and a shock-absorbing base. These components work together to provide users with a stable and reliable experimental environment.

The PT100PRO machine vibration simulator has multiple powerful functions. In terms of simulating bearings, it can accurately simulate various types of bearing faults such as domestic faults, foreign faults, rolling element faults, cage faults, and comprehensive faults, providing rich experimental samples for related teaching and research. In the study of common mechanical faults, this experimental platform can conduct tests on rotor eccentricity, mechanical looseness, and misalignment, helping researchers to analyze and solve mechanical problems encountered in practical engineering. In addition, it also supports rotor arm installation and center installation, rotor dynamic balancing operation, as well as bearing fault frequency recognition at different speeds. It also has a test bench start stop testing function, greatly expanding its experimental application scope. For Kunming University of Science and Technology, the delivery of the mechanical fault simulation experimental platform is of great significance. It will further enhance the teaching quality and research level of the school in the field of mechanical engineering. In terms of teaching, students can gain a more intuitive understanding and mastery of the principles, detection methods, and handling measures of mechanical faults through practical operation of the experimental platform, cultivating their practical and innovative thinking abilities. In terms of scientific research, this experimental platform will provide an advanced experimental platform for research teams, supporting them to conduct in-depth research in fields such as mechanical fault diagnosis and mechanical vibration analysis, and promoting the development of related disciplines.

The cooperation between the Valencia teaching equipment and Kunming University of Science and Technology not only reflects the close connection between the Han side in the supply of teaching equipment and educational research, but also provides useful reference for cooperation between other universities and enterprises. We believe that the Valencia machine vibration simulator will play a huge role in Kunming University of Science and Technology, making important contributions to cultivating more mechanical engineering professionals and promoting related scientific research progress.