High Accuracy and Dynamic Response
The accuracy of a pressure scanner directly determines the reliability of its test results. In wind tunnel tests, or evaluations on engine performance, the analysis results can be affected by even the smallest distortions. Windtuner’s intelligent pressure scanner achieves a full-scale accuracy of ±0.05% FS. Besides high accuracy, another advantage it features is an integrated AI-based temperature compensation algorithm that effectively suppresses temperature drift across the entire operating range. These features ensure consistent accuracy and stable operation, guaranteeing reliable performance in demanding testing environments.
Multi-Channel Synchronization and Modular Integration
Modern experiments increasingly rely on simultaneous multi-point measurements. Windtuner’s Ethernet Intelligent Pressure Scanner supports up to 16 synchronized measurement channels and complies with 10/100M Ethernet communication protocols. The high level of integration allows multiple data points to be collected through a single compact device, reducing wiring complexity and simplifying test setups. This modular design improves measurement efficiency and enhances system flexibility. For different application scenarios, pressure scanners can be reconfigured and re-scaled right away.
High Sampling Frequency and Fast Data Transmission
In high-speed aerodynamic testing, the ability to capture transient flow phenomena is essential. The scanner achieves a sampling rate of up to 500 Hz, providing real-time, high-resolution data acquisition even under rapidly changing flow conditions. It supports IEEE1588V2-2008 Precision Time Protocol, ensuring synchronization between devices during distributed measurements at the microsecond level. Combined with multiple communication interfaces and real-time data streaming, the system delivers both speed and precision, significantly improving testing throughput.
Energy Efficiency and Low Maintenance Design
The concept of efficiency does not stop at processing speed;it also involves product reliability and operational cost. Windtuner adopts an energy-optimized design philosophy that reduces power consumption while maintaining consistent performance over long-term operation. With a self purging function, the scanner’s internal pneumatic system doesn’t need additional maintenance. The modular architecture simplifies inspection and part replacement. These design optimizations minimize downtime and operational costs, ensuring stable, continuous testing.
Strong Adaptability and Customization Capability
From aerospace engine experiments to wind tunnel laboratories, Windtuner pressure scanners demonstrate exceptional adaptability. Regardless of how the temperature, humidity, or vibration conditions vary, the device remains accurate and stable. Moreover, Windtuner provides customization options for measurement ranges, communication protocols, and software integration, enabling the scanner to align precisely with specific aerodynamic testing requirements.
A truly efficient pressure scanner provides accurate and timely data. To do so it needs to maintain stability and reliability under complex test conditions. Windtuner’s Ethernet Intelligent Pressure Scanner exemplifies this principle by combining high precision, processing speed, and intelligent modular design to elevate aerodynamic testing efficiency and data quality across industries.
