Working principle
Pressure Scanners has a multi-channel acquisition function, which can simultaneously monitor and record pressure changes in multiple positions of the engine. Its fast switching and high-precision measurement capabilities ensure real-time acquisition of dynamic pressure data at each measurement point, provide comprehensive support for analysis of flow field characteristics, optimized design and fault diagnosis, and greatly improve R&D efficiency and data accuracy. This versatile integration makes Pressure Scanners ideal for testing complex systems.
Application Scenarios and Value Reflection
Pressure Scanners has a wide range of application scenarios, covering multiple levels from basic research to product development. In wind tunnel experiments, it can be used to evaluate the impact of aircraft or vehicle shape design on aerodynamic performance; In the field of turbine machinery, it helps optimize blade shape to improve efficiency and reduce wear. In addition, Pressure Scanners also play an important role in environmental monitoring, such as detecting changes in urban microclimate.
With the development of technology, Pressure Scanners will continue to demonstrate its unique value in more fields and become one of the important forces promoting technological progress. The technological breakthrough of Chinese enterprises is more symbolic. Through the trinity innovation of "material-process-algorithm", Windtuner Technology not only pushes the accuracy of Pressure Scanners to a high level of ± 0.05% FS, but also can customize the range, helping enterprises design equipment that meets experimental needs and optimize the experimental process.
