The ideal turbo heat pump for swimming pools up to 21m3.
Even more efficient than before, the Nano Turbo outclasses its competitors with its reversible mode and its capacity to both heat up and cool down a swimming pool. This heat pump operates down to -5 ° C.
With its 32/38mm and 1 ’’ fittings, it can be connected in seconds to all conventional filtration systems, whether in an above-ground, in-ground pool or even a spa.
Simply plug it into an electrical outlet and let the water in your pool heat up.
Designed as a Premium heat pump, the Nano Turbo inherits all the Poolex performance in an ultra compact size and its weight allows it to be easily moved around.
Exclusively in stores
As a heat pump dedicated to small pools, the Nano Turbo remains discreet with its compact dimensions and gets easily installed next to the swimming pool whenever it is needed.
With an optimal COP that compares to that of a standard heat pump, the 3kW Nano Turbo is a real economical alternative to the electric heater.
The Nano Turbo has nothing to envy larger heat pumps. With its reversible functionality, it has the capacity to cool down your swimming pool just as much as it can heat it up. A particularly useful feature for small swimming pools where water temperature tends to quickly rise under the sun, feeding algae growth on the liner.
With its Plug & Play feature, The Nano Turbo is quickly installed by simply plugging it into an electrical outlet. It does not require any bypass. The 5 metres long cable is fitted with a 10 mA differential protection ensuring usage safety.
|Swimming pool volume (m3)||≤ 21m3|
|Power consumption (W)||540|
|Power consumption (W)||560|
|Electricity supply||Mono 220-240V/50Hz|
|Heating temperature range||15°C ~ 40°C|
|Cooling temperature range||8°C ~ 28°C|
|Operating range||-5°C ~ 43°C|
|Max power (W)||900|
|Max current (A)||3.99|
|Packaging dimensions (mm)||460x370x415|
|Net/Gross weight (kg)||18 / 20|
|Noise level at 1 m(dB(A))||<53|
|Noise level at 10 m(dB(A))||<33|
|Heat exchanger||Twisted Tech© Titanium|
|Load losses (mCE)||0.8|