Experiments with an axial turbine_1921226
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GUNT Experiments with an Axial Turbine, Closed Water Circuit, USB Data Output, Transparent Housing

The GUNT Experiments with an Axial Turbine is an educational unit designed to demonstrate the operating behavior and key characteristics of reaction turbines. Featuring a closed water circuit with an axial turbine and centrifugal pump housed in a transparent casing, the unit allows clear observation of the stator and rotor during operation while providing precise measurements of pressure, torque, speed, and flow rate transmitted via USB for software-supported analysis.

Product Features

  • Closed water circuit including axial turbine, centrifugal pump, and water tank
  • Transparent housing to observe turbine stator and rotor in action
  • Wear-free, finely adjustable eddy current brake for defined load generation
  • Flow rate adjustable via valve
  • Pressure sensor at turbine inlet for accurate pressure measurement
  • Electronic force sensor to determine turbine torque
  • Optical speed sensor for precise rotational speed measurement
  • Orifice plate with differential pressure measurement to determine flow rate
  • Microprocessor-based measuring system with USB output for PC connection
  • Included software for operation and detailed data evaluation

Benefits

  • Hands-on understanding of axial turbine operation and characteristic variables
  • Clear visualization of flow and turbine blade action
  • Accurate measurement of torque, speed, pressure, and flow rate
  • Adjustable loading via wear-free eddy current brake
  • Digital data acquisition simplifies analysis and reporting
  • Ideal for teaching and research in fluid dynamics and turbine technology

Why Choose the GUNT Experiments with an Axial Turbine?

The GUNT axial turbine experiment offers a comprehensive, software-supported learning experience with precise measurement and clear visualization of turbine behavior. Its advanced sensors, adjustable load, and user-friendly software make it essential for educational institutions and laboratories focused on hydraulic machinery and fluid dynamics.

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