Views: 0 Author: Site Editor Publish Time: 2025-12-24 Origin: Site
Recently, Xiamen University collaborated with Valennian Teaching Equipment Company to customize and introduce an advanced machine vibration simulator to enhance students' practical abilities and research level in the field of pump equipment.
This experimental platform is a new product of the pump fault simulation experimental platform developed by Valentinian teaching equipment. It adopts advanced technology and can simulate various mechanical and fluid fault defects that may occur during the operation of centrifugal pumps. By monitoring data such as pressure, temperature, flow rate, vibration, and noise, students can gain a deep understanding of the working principle and fault characteristics of centrifugal pumps, providing strong support for practical engineering applications.
The progressiveness of this test-bed is mainly reflected in the following aspects:
1. Highly realistic fault simulation: The experimental platform can accurately simulate various faults that may occur in the actual operation of centrifugal pumps, including mechanical seal failure, impeller wear, pump shaft bending, etc., allowing students to experience real fault scenarios in the laboratory environment and enhance practical abilities. 2. Intelligent data collection and analysis: The experimental platform is equipped with an advanced data collection system, which can monitor the various operating parameters of the centrifugal pump in real time and quickly analyze them through professional data analysis software, helping students better understand the fault production
Causes and effects of birth.
3. Good interactivity and visualization: The experimental platform has a good interactivity and visualization interface. Students can intuitively observe the operating status of the centrifugal pump, adjust parameters, and perform troubleshooting operations through the operation interface, improving their hands-on ability
Strength and problem-solving ability.
4. Scalability and Customization: The experimental platform has the characteristics of scalability and customization, which can be further developed and customized according to different teaching needs, meeting the experimental needs of students from different majors and levels
The experimental platform introduced this time will provide students from the School of Energy at Xiamen University with a more intuitive and in-depth learning experience. Through practical operation and experimentation, students can delve into the types and solutions of centrifugal pump failures, and improve their maintenance and management abilities for pump equipment.
We believe that with the joint efforts of both parties, this cooperation will make a positive contribution to cultivating high-quality engineering and technical talents. At the same time, we also look forward to the promotion and application of this advanced experimental platform in more universities and research institutions, contributing to the development of engineering education and scientific research in China.
