Views: 0 Author: Site Editor Publish Time: 2025-12-26 Origin: Site
In April 2020, the school approached VALENIAN to purchase a rotating machinery fault simulation system for teaching purposes. International colleagues recommended the PI80 mechanical fault simulation teaching system based on budget and requirements. After comparison, the teachers of the school finally decided to purchase this type of product. The contract was officially signed on May 9, 2020. Our company prepared the goods to be shipped to Germany at the end of June. Due to the COVID-19 epidemic, it was impossible to go to the site for training. Both parties agreed to conduct training through online video. On September 27, the trainers and the teachers used by the school had a 4-hour guidance training. The teachers were very satisfied with the products provided by VALENIAT, and said that they would strengthen communication and cooperation in the future, and hoped to visit China after the end of the COVID-19 epidemic.
PT800 product features
The LEGO style design concept provides you with a base that can be assembled according to your needs
Modular design, multiple combination methods, and easy disassembly and assembly
Each type of fault corresponds to a fault kit, which can also be freely connected between kits
Can simulate a single fault or multiple fitted faults
The fault signal is obvious, stable, and the data is representative
Main functions
Rotor dynamic balance analysis (including unbalance and misalignment)
Axis trajectory analysis
Resonance/Critical Speed Study
Oil film vortex
The influence of mechanical friction on vibration signals
Shaft system fault analysis (including shaft bending and shaft crack analysis)
Research on Coupling Failure
Research on gearbox faults (including parallel gearboxes and planetary gearboxes, as well as the influence of different tooth clearances on vibration signals)
Fault analysis of rolling bearings
Research on Motor Faults
Research on Belt Transmission
The influence of variable speed/load on vibration signals
Various types of fitting faults
The Technical University of Munich, abbreviated as TUM, was founded in 1868 and is located in Munich, the largest city in southern Germany. TUM is a top research university in Europe, the alma mater of world-renowned figures such as Prandt, the father of fluid mechanics, Linde, the father of refrigeration, Diesel, Bayer, the inventor of the B-tree computer, Walter, the founder of modern architecture, Tu Huibin from the Chinese Academy of Engineering, and Lei Cerf, the chairman of BMW. TUM is considered a symbol of German universities in the world today, consistently ranking first among German universities. TUM, with its outstanding innovation spirit and scientific and educational quality, has become one of the first three elite universities in Germany, as well as a member of the International Union of Universities for Science and Technology, the Global Association of Higher Education Institutions, the European Union of Outstanding Technical Universities, and the European Union of Top Engineering Universities. It has been listed as a key funding target by the German government and enjoys the highest research funding in Germany. TUM also has the earliest established cardiac medical center in Europe - the German Heart Research Center. The motto of TUM is: Rooted in Bayern, successful in the world. So far, TUM has produced 17 Nobel Prizes, 23 Leibniz Prizes, and 24 EEE Fellows. TUM is ranked 19th in the 2022 0S World University of Engineering and Technology Rankings, with discipline world rankings of Electrical and Electronic Engineering (18), Mechanical Engineering (21), Architecture (21), Computer Science and Information Systems (29), and Medicine (62). Ranked 1st in the 2021 THE World University Innovation Rankings, 38th in the 2022 THE World University Rankings, 35th in the 2021 Moscow International University Rankings, 50th in the 20220S World University Rankings (ranked first in Germany), and 13th in the 2021 THE Global University Employability Rankings.
