uvc - ozone - heating - aeration 2013 - SIBO
uvc - ozone - heating - aeration 2013 - SIBO
uvc - ozone - heating - aeration 2013 - SIBO
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UVC - OZONE - HEATING - AERATION<br />
7 - 21<br />
HEATING<br />
AQUAFORTE HEAT PUMPS code 810<br />
AquaForte heat pumps distinguish themselves from other brands through their competitive price level,<br />
reliability and high quality components.<br />
- High efficiency (COP MAX 5.5)<br />
- High efficiency at low outside temperatures (-10°c)<br />
- SIKA Flow-switch<br />
- Timer function<br />
- Dual control, on unit and remote<br />
- Low noise operation<br />
- ABS house<br />
- Can be used as cooler/chiller<br />
Heat pumps are an ideal solution<br />
• The most economic and efficient solution. Without sunshine, the air is still full of energy. With a heat pump you will enjoy both comfort<br />
and wellness as well as lower energy costs.<br />
• Operation principle<br />
Heat pumps exploit the physical properties of a volatile<br />
evaporating and condensing fluid. The heat pump compresses the<br />
fluid to make it hotter on the side to be warmed, and releases the<br />
pressure at the side where heat is absorbed. The working fluid, in<br />
its gaseous state, is pressurized and circulated through the system<br />
by a compressor. On the discharge side of the compressor, the<br />
now hot and highly pressurized vapor is cooled in a condenser,<br />
until it condenses into a high pressure, moderate temperature<br />
liquid. The condensed refrigerant then passes through an<br />
expansion valve. The low pressure liquid refrigerant then enters<br />
the evaporator, in which the fluid absorbs heat and boils. The<br />
refrigerant then returns to the compressor and the cycle is<br />
repeated.<br />
• Extremely low power consumption (COP 5,5)<br />
80% of the energy is supplied from the outside air. 20% electric energy is needed to run the heat pump. The heat pump will reach an<br />
efficiency up to 5,5 (550%). This efficiency is determined by dividing the useful energy supply with the used energy to run the<br />
compressor. This means that only 20% of the energy must be purchased (as electricity) and 80% is supplied free of charge by nature!<br />
In other words: every Euro spent on energy gives you 4 Euro of warmth. You will only depend on your energy supplier for 20%! To<br />
compare the energy consumption with other systems: normal gas heater: 109%; condensing gas heater: 93%; electric <strong>heating</strong>: 100%;<br />
heat pump: 20%.<br />
Why is it the ideal solution?<br />
• AQF Heat pumps use the latest technologies with 410a refrigerant and a titanium heat exchanger.<br />
• The most optimal use of your pool - you will extend the swimming season with a heat pump from May to September, and this with<br />
minimum energy costs and maintenance.<br />
• Easy to install - for new projects as well as renovations. The heat pump is easy to install with 2 50mm connections, in bypass with<br />
your pump/filter system with 3 valves to adjust… and ready for use.<br />
TYPE ARTNR. EURO VOLT WATT AMP. CAP. BASSIN<br />
AQF-8 SC686 1860,00 240 1,44kW 6,57 7,8kW 10-20m³<br />
AQF-10 SC687 2100,00 240 1,73kW 7,85 9,8kW 20-40m³<br />
AQF-13 SC688 2495,00 240 2,36kW 10,72 12,8kW 40-60m³<br />
AQF-17 SC689 3430,00 240 3,15kW 14,31 17kW 60-80m³<br />
AQF-17 3P SC690 3480,00 400 3,15kW 5,25 17,4kW 60-80m³<br />
AQF-21 3P SC691 4325,00 400 3,96kW 6,6 21kW 80-100m³<br />
AQF-26 3P SC693 5625,00 400 4,73kW 7,9 26kW 100-120m³<br />
Retail prices excl. VAT<br />
February <strong>2013</strong>