Heat pump Hayward Energyline Pro - Power produced 12.5 kw - absorbed 2.9 kw
Equipped with heat exchanger in titanium. Able to resist to prolonged exposure to corrosive agents. Perfect also in case of salt electrolysis.
Equipped with heat exchanger in titanium, Able to resist to prolonged exposure to corrosive agents like: salted water (ex. electrolysis) and concentrated chlorine.
Has a frame in ABS and a quiet operating rotation compressor. This latter combined with a ventilation motor with low noise emissions, ensures a quiet operation.
Is equipped with an ergonomic and small-sized electronic panel placed on the front side, with which operation parameters can be displayed and adjusted. Furthermore, the pump is equipped with a "warning" system which highlights possible anomalies. In addition to this, it is equipped with a sensor detecting the presence of water in the circuit, which allows the pump to stop at the right moment in which there is no circulation of water inside, thereby preventing irreparable damages due to the increase of temperature. Moreover, gives the possibility to leave the heat pump always on and to be controlled not only by the temperature sensor but also by the flow given by the circulation pump Once set the desired temperature, the pump will keep it constant by turning on and off according to the variations of temperature and the water flow.
Reversible heat pump. This range of heat pumps is able to heat and cool down the water of your pool from a minimum of 5°C (using the management of the electric defrosting) up to a maximum of 40°C
Equipped with cover for the winter period. Equipped also with cooling liquid R410A for a total respect of the environment.
Possibility to install the module smart temp to control and set the heat pump at any time.
Minimum load 5.2 m3/h. Dimensions LxPxH 1025x470x875
- Suitable to pools from 60 to 70 m3 absorbed power 2.9 Kw heating capacity 12.5 kw - COP 4.3 - power supply 230v single speed
Note: the values of reference to the dimensions of the pool depend on a thermal analysis.
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