Principles of refrigeration

Engineering Mechanics-Design Mechatronics Thermal engineering    Refrigeration    Fluid mechanics  HVAC
Hydraulics for Civil Engineering Fluid machinery Process engineering 2E Energy 2E Environment  
Statics Strength of materials      Dynamics
Machine dynamics Engineering design Testing of materials
Engineering drawing Cutaway models Dimensional metrology
Machinery diagnosis Maintenance Assembly projects
Fasteners and machine parts Manufacturing engineering Automation and process control engineering
Fundamentals of thermodynamics Heat exchangers
Thermal fluid energy machines Internal combustion engines
Principles of cold production Principles of refrigeration Electrical engineering
Components of refrigeration Heat pumps and ice store
Thermodynamics of the refrigeration cycle        Assembly, fault finding, maintenance
Heating technics Air conditioning technology
Ventilation       Renewable energies       Sanitary systems
Mechanical process engineering        Thermal process engineering       
Chemical process engineering Biological process engineering Water treatment
Solar energy       Hydropower and ocean energy Biomass Geothermal energy
Wind power Energy efficiency in buildings       Energy systems      
Water Air
Soil             Waste
ET 915.06
      
ET 915.07
      
ET 350
Model of a simple air conditioning system              Air conditioning model                               Changes of state in the refrigeration circuit                        
Model of a simple air conditioning system for room cooling; connection to ET 915            Model of a full air conditioning system with outer and reciculating air operation; connection to ET 915     Energetic evaluations of the refrigeration cycle. Transparent components allow view inside.   
         
ET 400
  
ET 411C
  
ET 915
Cooling using the Peltier effect                                                                                                            Vortex cooling device                                                                                                          HSI training system refrigeration and air conditioning technology, base unit
Compression refrigeration system with water-cooled evaporator                                                                                         Comparison of different expansion elements, investigation of the effects of over- and underfilling with refrigerant Modern learning environment through hardware/software integration (HSI)                                                     
         
ET 915.01
  
ET 915.02
Refrigerator model                                                                                       Model of a refrigeration system with refrigeration and freezing stag
Simple model of a domestic refrigerator for connection to the ET 915  Series and parallel connection of evaporators; connection to ET 915