One of its key technical highlights is the independently developed AI Intelligent compensation algorithm for high and low temperatures. This innovation enables the Windtuner Ethernet Intelligent Pressure Scanners to achieve an industry-leading measurement accuracy of 0.05%FS, which can be comparable to international superior products. The sampling frequency can be flexibly set within a wide range of 0-500Hz, ensuring that precise sampling can be achieved in both rapid dynamic changes and slow steady-state processes, guaranteeing the richness and accuracy of the data.
The Windtuner Ethernet Intelligent Pressure Scanners adopts a modular design concept of on-demand customization. Users can choose to replace the adaptation module or personalize the configuration function according to their actual needs, easily coping with diverse application scenarios. By using the WindLabX software in conjunction, Windtunerprovides a one-stop solution service to ensure that this Ethernet Intelligent Pressure Scanners can precisely match the application requirements in different pressure environments.
In terms of operational convenience, this equipment is equipped with a carefully designed functional gas path interface and an automatic valve path switching system. With just one click, function switching can be completed, significantly simplifying the test process, enhancing work efficiency, and reducing the burden of equipment maintenance. In addition, the compact and small structural design makes the WindtunerEthernet Intelligent Pressure Scanners highly portable. It can be quickly deployed and adapted to various complex experimental conditions whether in the laboratory or on-site testing environment.
The Windtuner Ethernet Intelligent Pressure Scanners has been widely applied and achieved success in numerous high-end R&D projects of universities, research institutes and enterprises, becoming an important tool for researchers to solve various fluid dynamics problems. Wintner not only focuses on the core technology research and development of Ethernet Intelligent Pressure Scanners, but also integrates a complete set of flow field measurement and control solutions including pneumatic probe processing calibration, electric displacement mechanism, thermocouple acquisition instrument, as well as a full set of software development services. Committed to providing one-stop solutions to customers' diverse and strict technical demands, we facilitate the efficient advancement of scientific research and engineering projects.
