The GUNT Comparison of Positive Displacement Machines and Turbomachines Trainer enables users to study and compare the performance of different machines used to transfer mechanical work to liquid or gaseous media. It includes one turbomachine and four positive displacement machines—two with rotating pistons and two with oscillating pistons—offering hands-on insight into their operating principles and applications.
Product Features
- Trainer designed to compare positive displacement machines and turbomachines for liquid and gaseous media
- Includes one turbomachine and four positive displacement machines (two with rotating pistons, two with oscillating pistons)
- Drive motor with adjustable speed and belt drive with protective hood for safe operation
- Two pressure vessels for compressor experiments and two water tanks for pump experiments
- Each machine is mounted on a plate and easily placed in the trainer
- Machines driven via belt drive; pumps connected to a closed water circuit with quick-release hose couplings
- Sensors measure pressures at inlet and outlet, temperature, engine speed, and engine output
- Flow rate measured indirectly via fill level (water) or Venturi nozzle (air)
- Digital displays show measured values and USB connection allows data transmission to PC
- Software included for data acquisition, visualization, and detailed analysis
Benefits
- Comprehensive comparison of positive displacement machines and turbomachines in one trainer
- Clear visualization and measurement of operating variables for both liquid and gas media
- Adjustable speed drive enables testing under varied operating conditions
- Software-supported data acquisition and visualization facilitate fast and reliable experiments
- Modular machine design allows flexibility and ease of use in laboratory and educational settings
Why Choose the GUNT Comparison of Positive Displacement Machines and Turbomachines Trainer?
This GUNT trainer provides a versatile and detailed platform for investigating and comparing different mechanical machines used in fluid transfer applications. Its comprehensive sensor suite, modular machine setup, and software-supported data acquisition make it an essential tool for fluid mechanics education and research.
