Operating Principle; Technical Specifications - Atlantic EGEO Notice D'utilisation Et D'installation

Presentation

5. Operating principle

The thermodynamic water heater uses ambient air to
prepare domestic hot water.
The refrigerant fluid contained in the heat pump will go
through a thermodynamic cycle which will allow the
transfer of energy from the ambient air to the boiler.
The fan will allow the air to flow into the evaporator. The
refrigerant evaporates upon entering the evaporator.
The compressor will compress vapours of the fluid, which
will raise its temperature. This heat will be transmitted
through the condenser wrapped around the tank, heating
the water in the tank.
The fluid then will go through the thermostatic expansion
valve, where it will cool down and regain its liquid form. It
will then be ready to receive heat again in the evaporator.

6. Technical specifications

Specifications
Dimensions (Height x Width x Depth)
Empty weight
Boiler capacity
Coil exchange surface area
Corrosion protection
Electrical connection (line voltage/frequency)
Maximum total consumption of the appliance
Maximum power consumption of the heat
pump
Power usage electric heating element
Water setpoint temperature setting range
Heat pump operating air temperature range
Max. acoustic power
R290 refrigerant fluid
"NF Electricité Performance" Certified Product
Installation
Unit
mm
kg
l
m²
-
Volt/Hz
Watt
Watt
Watt
°C
°C
dB(A)
g
Use Maintenance
Air intake Discharge air
Outlet for
hot water
200 litres 250 litres
1586 x 595 x 1826 x 595 x
605 605
68 75
200 250
- -
112
Warranty
Evaporator
Condenser
Inlet for
cold water
Operating
diagram
250 litres with coil
1826 x 595 x 605
83
240
0.62
Hybrid ACI
230/50
2250
450
1800
50 à 65
8 à 35
57
116
**
EN
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