The WFD500 Mechanical Fault Simulator has been successfully delivered to Fuyao University of Science and Technology

The independently developed WFD500 mechanical fault simulator has been delivered and officially settled in the newly established Fuyao University of Science and Technology. This experimental platform is designed to meet the teaching needs of core fault simulation and diagnosis in wind power transmission systems. It will provide a professional platform for universities to carry out courses and practical training related to rotating machinery fault diagnosis and status monitoring, and help cultivate high-quality technical talents that meet the needs of new energy equipment operation and maintenance.

Fuyao University of Science and Technology, as a new type of university that focuses on cutting-edge technology and industrial needs, attaches great importance to the integration of practical teaching with real industrial scenarios in the construction of new energy equipment testing and maintenance majors. The Valentinian WFD500 mechanical fault simulator, with its multi fault simulation capability, full process diagnostic training function, and flexible operational performance, has successfully passed the strict screening of the school and become the core equipment for teaching wind power transmission system fault diagnosis.

In terms of core functions, the WFD500 mechanical fault simulator achieves accurate simulation of key component faults in wind power transmission systems, covering common types of faults in core components such as planetary gears, rotating shaft rotors, and rolling bearings. The experimental bench is equipped with a rotating shaft kit, a simulated dynamic balancing kit, a misalignment kit, a rolling bearing fault kit, a gearbox fault kit, and braking and load units. Each functional kit is synchronously equipped with fault simulation accessories and normal intact accessories, supporting students to compare experiments and directly understand the mechanism and characteristics of fault occurrence.

To meet the full process requirements of teaching and practical training, the experimental platform can carry out training and training on vibration testing, spectrum analysis, bearing impact pulse measurement, fault diagnosis and other projects, helping students master the complete diagnostic process from data acquisition to fault location. At the same time, the experimental platform has the functions of load addition, subtraction, and adjustment, which can not only simulate the operating status of equipment under different working conditions, but also facilitate daily maintenance and teaching scene switching; The speed adjustment range covers common working conditions, up to 3500r/min, which can meet the diverse needs of different teaching experiments for speed.

In terms of equipment specifications, the WFD500 mechanical fault simulator has an external dimension of 15505001800mm, a weight of 650 kilograms, a compact and stable structure, suitable for the spatial layout of university laboratories, and can meet the needs of multiple groups of students to carry out practical training operations simultaneously.

The company is deeply engaged in the research and development of industrial equipment teaching and experimental platforms, always with the core goal of "meeting industry needs and empowering talent cultivation". The entry of WFD500 mechanical fault simulator into Fuyao University of Science and Technology is another important practice of Valennion in the field of new energy equipment teaching equipment. In the future, Valennian will continue to optimize product functions, provide teaching equipment and technical support that are more in line with industry reality for universities, and help universities cultivate more professional talents who can solve practical industrial problems.

At the delivery ceremony, the relevant person in charge of Fuyao University of Science and Technology stated that the launch of the WFD500 mechanical fault simulator will effectively fill the gap in the school's teaching of wind power transmission fault simulation, provide students with a more realistic training environment, and promote the dual improvement of teaching quality and students' practical abilities.