The GUNT Propeller-Type Turbine Trainer enables in-depth study of axial-flow reaction turbines, commonly used in run-of-the-river hydroelectric power plants. This trainer simulates real-world operating conditions and allows analysis of turbine behaviour under varying loads and flow rates.
Product Features
- Demonstrates a simple-regulated axial-flow propeller turbine with high specific speed
- Suitable for large water flows and small to medium heads
- Ideal for studying reaction turbines used in run-of-the-river power plants
- Closed water circuit with integrated tank, submersible pump, and throttle valve for adjusting flow rate
- Adjustable guide vanes change the rotor's angle of attack to regulate power output
- Wear-free eddy current brake applies load to the turbine during operation
- Inductive, non-contact position sensor captures turbine shaft speed accurately
- Force sensor on the eddy current brake measures torque for calculating turbine power
- Sensors monitor inlet and outlet pressures, water temperature, and flow rate
- Measured values displayed digitally for real-time monitoring
- Data processed on PC to calculate power output and generate performance curves
Benefits
- Practical learning – Demonstrates core principles of hydro power generation and turbine regulation
- Hands-on experimentation – Adjust flow and guide vanes to analyze turbine efficiency and performance
- Comprehensive instrumentation – Provides real-time measurement and data logging of all key parameters
- Safe and controlled environment – Closed water circuit ensures clean and contained testing conditions
- Ideal for teaching – Supports the generation of characteristic curves and in-depth performance analysis
Why Choose the GUNT Propeller-Type Turbine Trainer?
The GUNT Propeller-Type Turbine Trainer offers a detailed, hands-on approach to understanding axial-flow turbines. Designed for academic and technical training environments, it combines precise measurement systems with a realistic setup to support the analysis of flow behaviour, energy conversion, and turbine performance under varying operational conditions.
