The flow velocity meter calibration system is designed to inspect, evaluate, and calibrate the accuracy of water flow measurement devices in a realistic, simulated environment. The system integrates a flow simulation tank, data processing unit, signal acquisition module, and dedicated software, enabling highly stable and reliable measurement performance.
With the ability to generate and control water flow across a range of velocities, the system supports calibration of multiple types of sensors, including electromagnetic, rotor-based, and acoustic flow sensors. The intelligent control software provides advanced functions for data acquisition, error analysis, theoretical velocity calculation, and automatic report generation in compliance with technical standards.
This solution is ideal for applications in hydrology, marine research, environmental monitoring, and specialized instrument verification, helping to enhance the accuracy and reliability of underwater measurement systems.
Calibrates current meters and underwater flow sensors for precise measurement of ocean currents, tides, and marine water movement.
Verifies fluid flow instruments in rivers, lakes, and industrial facilities to ensure accurate environmental and operational data.
Tests hydrodynamic and acoustic sensors under a wide range of simulated, low-turbulence flow conditions.
Automates data acquisition and report generation through an integrated software platform to minimize manual paperwork and human error.
Provides a flexible mounting structure to easily install, align, and calibrate multiple sensor types and device sizes.
Ensures high operational safety during continuous testing using built-in overvoltage, overcurrent, and power stabilization systems.
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