Related products

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  Power Engines and Machines

  Two Stage Piston Compressor Unit

  The unit provides all necessary data for recording the compressor characteristic and to depict the compression process on a p-V diagram. The pressures and temperatures for both stages are recorded using electronic sensors and indicated on digital displays. The air throughput and the electrical power consumption are also measured. The measured data is transmitted to a PC using a data acquisition card, and further processed on the PC. The unit is equipped with safety devices such as pressure relief valves and pressure switches.

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  Power Engines and Machines

  Single Stage Compressor Module

  The experimental module enables investigations and experiments to be performed on a single-stage compressor system.The compressed air generated is stored in a tank and is available as working medium. The Universal Drive and Brake Unit is required to operate the experimental module. It contains the motor that drives the module via a V-belt. Speed and torque measurements are also integrated. The system is equipped with electronic sensors for pressure, flow rate, speed and temperature measurements which facilitate PC data acquisition.

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  Power Engines and Machines

  Steam Turbine Module

  The steam turbine together with the steam generator ET 850 forms a steam power plant. The turbine is a single-stage impulse turbine. It expands directly into the condenser. The turbine is loaded using a belt brake dynamometer. The turbine is equipped with safety devices including a steam shut-off triggered by overspeed or excess condenser pressure. All measured values are displayed both on the instruments on the front panel and on a PC via the supplied data acquisition card and software.

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  Power Engines and Machines

  Two Shaft Gas Turbine Jet Engine

  Using the system, the operation of both a two-shaft system (vehicle, ship or generator drive) and a jet engine (aircraft propulsion) can be investigated. The turbine is started using a starter fan. The heart of the system is a gas generator comprising a compressor, combustion chamber and high pressure turbine. The energy in the exhaust is either converted into mechanical energy in the power turbine or accelerated using a nozzle and converted into thrust. The power turbine drives an asynchronous generator. It is easy to change from power turbine to thrust operation. The front of the unit has a display and control panel with a system diagram and digital displays for the process variables. Intake and exhaust silencing ensures low noise operation when using the power turbine. The turbine is equipped with the necessary safety devices. The use of propane combustion gas ensures odourless, clean operation. The system also requires a three-phase power supply and cooling water.