1. An aluminium profile structure on braked, directional castors.
Two parts: one with the "outer part" condensing unit and a closed part with the "inner part" evaporator.
The "inside" compartment is equipped with an access door allowing a standing person to pass through.
2. Split system air conditioning with variable (inverter) and reversible (heat or cold) energy production:
-Compressor power 2.5KW.
-Refrigerant used: R32
-A finned condenser type exchanger with variable speed fan
-A finned evaporator type exchanger (indoor unit) with variable speed fan and flow orientation blades
3. Condensate collection tank in the lower part
4. BP pressure sensor with display on the touchscreen
5. HP Pressure Sensor with Touchscreen Display
6. Temperature measurements of the characteristic points of the circuit by fixed thermocouple type probes and indication on the touch screen on the electrical box (12 measuring points)
7. Measurement of the electrical power consumed and display on the touch screen on the electrical box (instrument for the study of power variation)
8. Refrigerant flow measurement with magnetic transmission float flow meter. The flow rate is only measured when the system is running in air conditioning mode.
9. The bench is supplied with portable measuring devices allowing students to place themselves in the real case of an HVAC technician (direct measurement on the system).
-a portable thermometer
-a propeller anemometer
-a thermo hygrometer
10. The bench is equipped with an electrical box that complies with the Machine Directive for personal safety. It is equipped with a padlockable power disconnect switch, a punch-type emergency stop button, a residual current circuit breaker with 30mA protection, grounding of all elements, and a 7" color touch screen
On-screen pressure gauges Temperature display