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Luft-Wasser-Wärmepumpe Typ TERMA in Grau, ideal für Heizungen ❄️ und Brauchwassererwärmung 🚿.
Luft-Wasser-Wärmepumpe Typ TERMA mit zwei Lüftern für niedrige Temperaturen ❄️, kompakt in Grau.
Grau Luft-Wasser-Wärmepumpe Typ TERMA mit Ventilator, ideal für niedrige Temperaturen ❄️🔧 1077x377x1460mm
Luft-Wasser-Wärmepumpe Typ TERMA 🌬️ für niedrige Temperaturen, graues Gehäuse, effizient bis -20°C ❄️.
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Temperaturregelung auf 50°C für effiziente Heizsysteme ❄️🌡️, modernes Design in Weiß.
Digitales Steuergerät für Wärmepumpen mit Temperaturanzeige 🌡️ und verschiedenen Funktionen wie Auto, Eco und Timer.
Luft-Wasser-Wärmepumpe Typ TERMA in Grau, ideal für Heizungen ❄️ und Brauchwassererwärmung 🚿.

Air-water heat pump Terma


Product data sheet
Provider: Elektromet
inkl. MwSt. / zzgl. Versand
Offer price 6,686.00 лв

Manufacturer Information

Name: Zakład Urządzeń Grzewczych ELEKTROMET

Address: Gołuszowice 53, 48-100 Głubczyce, Pl

Email: export@elektromet.com.pl

Website: https://elektromet.pl/en/

European Manufacturer: Yes

Performance election: 18kW/400V
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Luft-Wasser-Wärmepumpe Typ TERMA mit zwei Lüftern für niedrige Temperaturen ❄️, kompakt in Grau.

Air-water heat pump Terma

Air-water heat pump

Heat pump for heating and domestic hot water heating type TERMA

An air-water heat pump is capable of extracting heat from the ambient air even at temperatures as low as minus 20 degrees Celsius.

This is because even at this temperature the refrigerant used evaporates.

One Air-water heat pump uses the ambient air as a heat source to supply an entire building with heat. During operation, a built-in fan actively draws in the air and directs it to a heat exchanger, the evaporator. A refrigerant circulates within this evaporator, which, due to its thermal properties, changes its state of aggregation even at low temperatures. When it comes into contact with the supplied "warm" outside air, it heats up until it finally begins to evaporate. Since the temperature of the resulting vapor is still relatively low, the vapor flows on to an electrically driven compressor. This increases the pressure, which also causes the temperature to rise. Once the refrigerant vapor has reached the desired temperature level, it flows on to the next heat exchanger, the condenser. Here it transfers its heat to the heating system and condenses.

heat pump

The heat thus recovered can be used for heating or hot water production. Before the cooled refrigerant can be reheated and compressed, it first flows through an expansion valve. This lowers the pressure and temperature to their original levels, allowing the cycle to repeat.

The TERMA air-water heat pump is the optimal solution for your home

  • environmentally friendly
  • energy efficient
  • eligible

Technical data: Air-water heat pump

Type Monoblok Model BLN-012TA1 Model BLN-018TA1 BLN-018TA3
Nominal voltage 220-240V/50 Hz 220-240V/50 Hz 400V/50Hz
Performance parameters for A7/W35
Nominal heat output (kW) 12 18 18
Power consumption (kW) 2.6 3.81 3.81
COP 4.62 4.62 4.72 4.72
Performance parameters for A7/W55
Nominal heat output (kW) 10 15 15
Power consumption (kW) 2.82 4.08 4.08
COP 3.54 3.54 3.68 3.68
Cooling capacity parameters for A35/W7
Cooling capacity (kW) 8 14 14
Power consumption (kW) 2.25 3.87 3.87
EER coefficient 3.56 3.62 3.62
Max.Power consumption (kW) 5.3 6.8 6.8
Rated current (A) 32 32 32
refrigerant R32 R32 R32
Net weight (kg) 75 75 147 147
Dimensions (WxDxH) (mm) 1005x370x800 1077x377x1460 1077x377x1460
Sound power level (dB) 58 71 71
compressor Inverter from Toshiba Inverters from Panasonic Inverters from Panasonic
Outside temperature range -30°C to +48°C -30°C to +48°C -30°C to +48°C

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