G.U.N.T. Gerätebau GmbH

Products

ET 411C Compression Refrigeration System

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HM 170 Open wind tunnel

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SE 112 Mounting frame

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HM 365.32 Turbine supply unit

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HM 365.20 Oil pump supply unit

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HM 365.10 Supply unit for water pumps

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HM 365 Universal drive and brake unit

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HM 170.28 Wake measurement

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HL 530 Training panel function of gas heater

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HL 356 Demo unit, gas burner

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HL 352.02 Natural gas burner

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HL 352.01 Oil burner

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ET 833.02 Cooling tower 115kW

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ET 833.01 Cooling tower 140kW

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ET 830.02 Cooling tower 140kW

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ET 830.01 Cooling tower 115kW

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CT 110 Test stand for single-cylinder engines, 7,5kW

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CE 285 Suspension production unit

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HM 170.05 Drag body square plate

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ET 210 Fundamentals of wind power plants

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ET 222 Wind power drive train

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ET 256.01 Laboratory power supply

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ET 256 Cooling with solar electricity

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HL 313.01 Artificial light source

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HL 314 Domestic water heating with tube collector

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ET 255 Using photovoltaics: grid-connected or stand-alone

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ET 220.10 Control unit for wind power plant ET 220.01

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MT 140.10 Cutaway model piston compressor

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HM 215 Two-stage axial fan

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HM 210 Characteristic variables of a radial fan

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HM 292 Experiments with a radial compressor

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HM 280 Experiments with a radial fan

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HM 282 Experiments with an axial fan

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CE 272 Rotary vane vacuum pump

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CE 271 Multi-head diaphragm pump

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HM 365.24 Internal gear pump

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HM 365.23 Vane pump

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HM 365.22 External gear pump

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HM 365.21 Screw pump

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HM 365.19 Vane pump

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HM 365.18 Gear pump

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HM 365.17 Reciprocating piston pump

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HM 365.16 Lobe pump

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HM 285 Experiments with a piston pump

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HM 286 Experiments with a gear pump

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HM 365.45 Axial-flow pump

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HM 365.15 Side channel pump

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HM 365.14 Centrifugal pumps, series and parallel connected

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HM 365.13 Centrifugal pump, multistage

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HM 365.12 Centrifugal pump, self-priming

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HM 365.11 Centrifugal pump, standard design

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HM 299 Comparison of positive displacement machines and turbomachines

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HM 362 Comparison of pumps

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HM 332 Pump characteristics for parallel and series configuration

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HM 305 Centrifugal pump trainer

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HM 300 Hydraulic circuit with centrifugal pump

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HM 284 Series and parallel configuration of pumps

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HM 283 Experiments with a centrifugal pump

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HM 450C Characteristic variables of hydraulic turbomachines

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HM 405 Axial-flow turbomachines

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HM 421 Kaplan turbine trainer

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HM 430C Francis turbine trainer

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HM 450.02 Francis turbine

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HM 365.31 Pelton and Francis turbine

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HM 450.01 Pelton turbine

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HM 290 Base unit for turbines

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HM 291 Experiments with an action turbine

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HM 289 Experiments with a Pelton turbine

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HM 288 Experiments with a reaction turbine

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HM 287 Experiments with an axial turbine

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ET 270 Wave energy converter, OWC

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ET 220 Energy conversion in a wind power plant

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ET 220.01 Wind power plant

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HM 272 Reaction turbine

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HM 270 Impulse turbine

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HM 136 Flow through packed columns

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HM 225.02 Boundary layers

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HM 170.24 Boundary layer analysis with Pitot tube

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HM 170.22 Pressure distribution on an aerofoil NACA 0015

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HM 170.21 Aerofoil with slat and slot flap

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HM 170.20 Aerofoil, spring-mounted

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HM 170.09 Lift body aerofoil NACA 0015

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HM 225.06 Coanda effect

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HM 225.04 Drag forces

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HM 225.08 Visualisation of streamlines

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HM 226 Wind tunnel for visualisation of streamlines

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HM 153 Visualisation of different flows

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HM 133 Visualisation of flow fields

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HM 132 Vertical visualisation of flow fields

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HM 155 Water hammer in pipes

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HM 150.15 Hydraulic ram – pumping using water hammer

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HM 150.14 Vortex formation

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HM 150.03 Plate weirs for HM 150

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ST 250 Cavitation

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HM 380 Cavitation in pumps

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HM 120 Losses in pipe elements

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HM 124 Fluid mechanics experimental plant

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HM 122 Pressure losses in pipes

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HM 112 Fluid mechanics trainer

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HM 150.29 Energy losses in piping elements

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