200 liter heat pump boiler with hot water storage heat pump. Heat pump consumption: 440W

Heat pump boiler

Heat pump technical data:
Standing location
< span style="color: #000000;">External appearance: RAL 9006 gray
Volume: 200 l
COP: 3.7
Energy efficiency class: A+
Heating power: 1850W, including the electric heating pad 3850W
Heat pump consumption: 440W
Ambient temperature: 5°C - 35°C
Maximum hot water temperature: 60°
Type of coolant: R134A
Amount of refrigerant: 1.3 kg
Air exchange per hour : 4-500 m3
Diameter: 675 mm
Height: 1610 mm
Tank protection: enameled
Nominal pressure: 10 bar
Test pressure: 15 bar
Safety valve: 8 bar
Maximum operating temperature 60 °C
Additional heating pad: 2x1000W
Insulation: 50 mm
Connectors: cold-hot water 1"
Circulation connection option: 3/4"
Operating noise: 61 dB
Weight: 118 kg

More dimensions on the drawing!

200 liter heat pump boiler

Indoor design. Place it in the basement or garage and utilize the heat content of the ambient air and heat the water in the boiler up to 60 degrees with little energy.
The heat pump sucks in the air, extracting the heat from it, and on the other side it blows out the cooled air, which can even be led outside. In the meantime, the moisture content of the inhaled air condenses and dries it. A version equipped with an extra heat exchanger is also available, where the extra heat exchanger can be connected to e.g. also for solar collectors.

Connecting it is as simple as an electric water heater, and all you have to do is plug it into the socket, no air conditioning technician is required.

Warranty: 2 years!

General data:
- Standing design
- Complex corrosion protection is provided by the glass-ceramic internal and replaceable anode
- 50 mm thick CFC-free polyurethane ensures minimal heat loss andenergy-saving operation
- The cleaning opening allows maintenance of the water heater
- Adjustable feet are useful on uneven ground for
- Circulation pump connection option (may be required for three-wire water supply)
- Equipped with a safety valve
- COP value, i.e. in the ideal case it produces so much more thermal energy than the energy supplied: 3.7