The GUNT Francis Turbine Trainer offers hands-on experimentation with one of the most widely used reaction turbines in hydroelectric power systems. Designed for educational and research environments, this unit simulates real-world operating conditions for medium head applications, including run-of-river and pumped storage plants.
Product Features
- Simulates a Francis-type reaction turbine for medium head applications
- Converts pressure energy into kinetic energy via guide vanes and rotor
- Guide vanes control turbine power by adjusting angle of attack and flow cross-section
- Used for demonstration of turbine behaviour under realistic operating conditions
- Closed water circuit includes tank (with optional cooling), centrifugal pump, and flow control valve
- Transparent turbine housing offers clear view of water flow, rotor, and guide vanes
- Energy-efficient operation through variable-speed pump driven by frequency converter
- Asynchronous machine acts as a generator for loading the turbine
- Inductive, non-contact sensor records turbine speed at the generator shaft
- Generator mounted on pendulum bearing with force sensor for torque measurement
- Sensors record inlet/outlet pressure, water temperature, and flow rate
- Digital display of all measured values with PC interface for data analysis
- Supports generation and analysis of turbine performance curves
Benefits
- Realistic conditions – Generates meaningful data for accurate performance evaluation of Francis turbines
- Visual learning – Transparent design enhances understanding of internal water flow and component interaction
- Flexible experimentation – Adjustable guide vanes and flow control support a wide range of test conditions
- Efficient design – Variable-speed pump and closed loop system promote energy efficiency and water conservation
- Educational utility – Ideal for labs focused on fluid mechanics, energy conversion, and renewable power systems
Why Choose the GUNT Francis Turbine Trainer?
The GUNT Francis Turbine Trainer provides a robust, user-friendly platform for investigating turbine dynamics and control. With real-time measurements, visual access to internal flow, and full adjustability of key variables, it is the perfect tool for students and researchers studying hydroelectric power generation under medium head conditions.
