G.U.N.T. - Equipment for engineering education -

Engineering Mechanics and Machine Elements

Thermal Engineering and HVAC

Fluid Mechanics

Process Engineering

>

Basic Knowledge


--		Fuzzy Control

--		Gas Turbines

--		Steam Power Plants

--		Internal Combustion Engines

--		Principles of Cold Production

--		Thermodynamics of the Refrigeration Cycle

--		Compressors in Refrigeration

--		Heat Exchangers in Refrigeration

--		Primary and Secondary Controllers

--		Piping

--		Making of Piping

--		Heat Pumps

--		Fundamentals of Air Conditioning

--		Set-up of an Air Conditioning System

--		Ventilation Systems and their Components

--		Electrical Engineering in Refrigeration

--		Process Control Engineering

--		Drying and Evaporation

--		Distillation/Rectification

--		Absorption and Adsorption

--		Crystallisation and Membrane Separation Processes

--		Extraction

--		Classifying and Sorting

--		Separation in a Gravity Field

--		Separation in a Centrifugal Force Field

--		Filtration

--		Comminution

--		Mixing and Agglomeration

--		Storage and Flow of Bulk Solids

--		Fluidised Beds and Pneumatic Transport

--		Flotation and Sedimentation

--		Filtration (water)

--		Aerobic Processes

--		Anaerobic Processes

--		Adsorption and Membrane Separation Processes

--		Ion Exchange and Precipitation/Flocculation

--		Chemical Oxidation

--		Combined Unit Operations

--		Fundamentals of Hydrostatics

--		Fundamentals of Hydrodynamics

--		Fundamentals of Sediment Transport

--		Seepage Flow

>


--		WP 120 Buckling Behaviour of Bars

--		FL 151 Recording and Evaluation of Strain Gauge Signals

--		FL 200 - FL 210 Representation of Stress Distribution

--		TM 182 Vibrations on Machine Foundations

--		HL 962 Assembly and Maintenance Exercises: Pipes, Fittings, Pumps

--		PT 500 Machinery Diagnostic System

--		RT 010 - RT 060 Fundamentals of Process Control

--		RT 121 - RT 124 Fuzzy Control

--		RT 350 - RT 380 Trainers for Process Automation

--		RT 450 Modular Process Automation Training System

--		RT 512 - RT 552 Process Control Training Rigs with Process Control System

--		RT 614 - RT 674 Introduction to Industrial Process Control

--		WL 110 Modular Heat Exchanger Training Equipment

--		WL 320 Wet Cooling Tower

--		ET 792 - ET 796 Gas Turbines

--		ET 810 - ET 851 Steam Power Plants

--		ET 813 Experimental Plant Steam Engine

--		ET 850 & ET 851 Laboratory Scale Steam Power Plant

--		ET 833 Compact Steam Power Plant 1.5kW

--		ET 805 Steam Power Plant 20kW

--		ET 500 - ET 513 Compressors

--		ET 513 Single-Stage Compressor

--		CT 110 Test Stand for Single Cylinder Engines, 7.5kW

--		CT 159 Modular Test Stand for Single Cylinder Engines

--		CT 300 Engine Test Stand, 11kW

--		CT 400 Test Stand for 4-Cylinder Engines

--		ET 165 Compression Refrigeration System with HM 365

--		ET 422 Capacity Control and Faults in Refrigeration Systems

--		ET 900 - ET 915 Modular Systems in Refrigeration

--		ET 900 Introduction to Refrigeration

--		ET 910 Refrigeration Training System

--		ET 915 HSI Training System for Refrigeration and Air Conditioning Technology

--		ET 405 Heat Pump for Cooling and Heating

--		ET 420 Ice Stores in Refrigeration

--		ET 605 Air Conditioning System Model

--		ET 611 Air Conditioning System with Chamber for Comfort Investigations

--		ET 620 Real Air Conditioning and Ventilation System

--		Fundamental Experiments on Heating

--		Heating Systems in Buildings

--		HL 353 Modular Hot Water System

--		HL 710 Planning and Set-up of Air Duct Systems

--		ST 510 Full-Scale Sewerage System

--		HM 500 Methods of Flow Rate Measurement

--		RT 310 Working with the Calibration Station

--		RT 590 Process Control Engineering Experimentation Plant

--		HM 220 Air Flow Study Unit

--		HM 240 Principles of Air Flow

--		WL 312 Multipurpose Air Duct and Heat Transfer Unit

--		CE 587 Dissolved Air Flotation

--		CE 579 Depth Filtration

--		CE 702 Anaerobic Water Treatment

--		CE 705 Activated Sludge Process

--		CE 583 Adsorption

--		CE 586 Precipitation and Flocculation

--		CE 640 Biotechnical Production of Ethanol

--		2D Visualisation of Streamlines

--		HM 170 Open Wind Tunnel

--		Experiments with HM 170

--		HM 170 Accessories

--		HM 225 Aerodynamics Trainer

--		HM 225 Experiments in the Field of Flow Around Bodies

--		Devices Steady Flow of Compressible Fluids

--		HM 230 Flow of Compressible Fluids

--		HM 172 Supersonic Wind Tunnel

--		Devices Transient Flow

--		Devices Fundamentals Hydrodynamics

--		Devices Turbomachines

--		HM 150 Range

--		HM 160 Experimental Flume

--		HM 161 Experimental Flume

--		HM 162 Experimental Flume

--		Flumes Accessories

--		Setup of Experimental Flumes

--		Devices Sediment Transport

--		Devices Seepage Flow

>

Chapter Overviews


--		Introduction to Catalogue No. 1a

--		Learning Contents of Catalogue No. 1a

--		Introduction to Catalogue No. 2

--		Assembly Projects

--		Maintenance

--		Automation

--		Introduction to Catalogue No. 3

--		Introduction to Catalogue No. 3a

--		Introduction to Catalogue No. 3b

--		Introduction to Catalogue No. 5a

--		Introduction to Catalogue No. 5b

--		Introduction to Catalogue 5c

--		Learning Contents of Catalogue 5c

--		3 Series Featuring Simple Control Systems

--		Introduction to Catalogue No. 5d

--		Flow around Bodies

--		Steady Flow of Compressible Fluids

--		Transient Flow

--		Introduction to Catalogue 4b

--		Steady Flow of Incompressible Fluids

--		Hydraulic Engineering

--		Experimental Flumes

Products | Overviews | Overviews | ET 810 - ET 851 Steam Power Plants

Steam Power Plants for Experiments and Demonstration

ET 830 Steam Power Plant (1,5kW) ET 830.01 Cooling Tower

ET 813 Two-Cylinder Steam Engine (500W) together with HM 365 Universal Drive and Brake Unit and ET 813.01 Steam Generator

GUNT offers a large programme of steam power plants. The programme ranges from a simple demonstration system with low power to a complex, industrial steam power plant with process control system and approx. 20kW power.

Piston engines as well as turbines are utilised. Some steam generators are electrically heated, some are heated with gas and some with oil.

Most of the systems are equipped with data acquisition. The larger plants ET 833 and ET 805 are equipped with a process control system and can be operated, as is common practice in industry, from a control station (PC).

ET 805 Steam Power Plant 20kW with Process Control System

ET 850 Steam Generator Module and ET 851 Steam Turbine Module (50W)

GUNT STEAM POWER PLANTS OFFER THE FOLLOWING LEARNING OBJECTIVES

- Thermodynamic view of cyclic process
- Energy balances and determination of efficiencies
- Operating behaviour
- Plant operation
- Automation
- Maintenance

Components of a steam power plant
- Turbine
- Piston steam engine
- Auxiliary equipment
- Feed water treatment
- Steam generator

ET 833 Steam Power Plant 1,5kW with ET 810 Single-Cylinder Steam

Process Control System Engine (5W) for basic

demonstration

> Basic Knowledge Steam Power Plants

pdf download:

> Steam Power Plants for Experiments and Demonstration (590kB)

> Steam Power Plants: Widely Used in Many Fields of Industry (780kB)

© 2005 G.U.N.T. Gerätebau GmbH