Instrumented Thermodynamic Water Heater

This bench allows the study of the operation of a thermodynamic water heater with a heat pump. Educational Objectives: Visualize and identify system components. Adjust a thermodynamic water heater. Learn about Instrumented Thermodynamic Water Heater specifications for optimal educational outcomes.. Perform an energy balance using parameter measurements: energy consumed, temperatures and flow rates on water and air. Understand a refrigeration circuit through pressure and temperature measurements. Learn about Instrumented Thermodynamic Water Heater manufacturers for optimal educational outcomes..

The unit is based on a thermodynamic water heater. It has been modified for better understanding by students.

A thermodynamic water heater with transparent viewing zones on the heat pump cover to see refrigeration circuit elements Tank volume: 214 L Heat pump power: 1700W Refrigerant fluid: R134a COP at 15°C per EN16147: 3.21 Electric resistance: 2400W With control and programming panel A condensate evacuation device A safety valve and drain group on the cold water inlet A valve on the cold water circuit Self-sealing quick couplings for connection to other equipment Two 2m flexible hoses with quick couplings A float-type flow meter on the hot water circuit Two needle thermometers on cold and hot water A portable hot-wire anemometer for measuring speed and temperature of inlet and outlet air Two pressure gauges on the heat pump: HP -1 to 30 bar and LP -1 to 10 bar with dual scale Four Pt100 temperature probes on the refrigerant circuit: compressor inlet/outlet, expansion valve inlet, condenser outlet An IP55 electrical cabinet with: fuses, start/stop button, emergency stop, temperature display, temperature probe selector, energy meter