|Price excl. tax:||€3,245.00|
|Price (incl. tax):|
Air - / Water High Power Heat Pump supplied with a storage tank of 150 L and electrical heater of 1200 Watt
Thedevice is intended for wall mounting and can be mounted in an auxiliary room of an apartment without restrictions. A comprehensive range of accessories is available for the supply and exhaust air ducts. Easy to install.
The system has patented technology and is certified with a 3-star rating.
The high-performance compressor operates with a low-flow, low-environmental, environmental-neutral refrigerant, which gives the system a high efficiency. The 150 Ltr tank capacity is therefore heated up in a short time
With a COP of 2,97 the heat pump complies with EN 255-3. At an air temperature of -7°C, a water temperature of 60°C is easy made. The water temperature can be adjusted to a value of 65 ° C. In this case, the electrical heating is switched on, whereby the double power is available in boost mode, which is immediately switched off completely as soon as the set temperature is reached. This means that a maximum of 300 L of warm water per day is available in a special case.
The built-in scroll compressor is mounted on 3 vibration dampers and guarantees a very low noise level. Inlet and exhaust air can be routed via a double duct, and the existing room temperature can also be used in a cellar or storage room. The resulting condensate must be discharged into the sewer system by means of a hose.
Storage volume: 150 l
Storage shell: enameled steel sheet
Korrosion protection: Magnesium Anode
Max storage pressure: 6 bar
Dimensions: Diameter 500 mm x 1640mm H
Transport weight: 75 kg
Electrical power: 230V / 1ph / 50 Hz - 16 A
Max. power consumtion 1,6 kW (incl. electrical heater)
Refrigerant: R 900 a (0,08 kg) environmental-neutral
Kompressors pressure max. 25 bar
Working condition: -7°C bis +35°C
Noise level 1m distance max. 34 dBa
Max Stromverbrauch Wärmepumpe 350 W
Fan air volume: 80/160m³/h (min./max)
+43 650 4125424
+49 151 4673 1036
Fax +43 2687 48330
UID: ATU 60436479