The main components are compressor, condenser and receiver plus electrical and communications systems.The models are plugged  onto  the  base  unit  and  connected hydraulically  with refrigerant hoses and electrically with cables. Self-sealing couplings reduce the refrigerant loss to a minimum. All components are arranged well visible to allow their operation to be monitored. The modern and powerful software is an integral  part  of  the training system in the form of hardware/software integration (HSI).  It enables the comfortable execution and  analysis  of  the experiments. The experimental unit is connected to the PC via a USB interface. The software consists of a software for system  operation  and for data acquisition and an educational software. Temperatures and pressures in the system are recorded by sensors and displayed dynamically  in the software for system operation and data acquisition. The software provides exact data on  the condition  of  the refrigerant,  which  is  used  to  calculate  the refrigerant  mass   flow   rate  accurately. The effect of parameter changes can be tracked in log p-h and h-x diagrams. The system is also operated via the software.

Technical data
Compressor refrigeration capacity 463w at 7.2/54.4 power consumption 288w at 7.2/54.4 c Receiver 0.7 L Refrigerant name R-5132 a GWP 631 Filling volume 700g Co2 equiivalent 0.4 tonne Measuring rnages temperature 1x50-50x 3x0-100C intake side pressure 1x1-9 bar delivery side pressure 2x1-15 bar Mass flow rate (refrigerant) 0-19kg/h Power consumption 230v 50Hz 1 phase Dimensions (LxWxH)  <830 x650x320mm Weight<60 kg Other consideration Manual (English) full experiment and operation