Features:
● Classic Positioning
● Stable Operation
● High Efficiency
● Silent Running
● Multi-Protection
● R32 & R410A for Option
● Intelligent Defrosting
● Built-in Wi-Fi for Smart APP Control
Low Noise Thanks to the optimal matching of the fan blade, motor and gas system, CozyPool Rock pool air source heat pump can be much more silent during running than traditional ON/OFF pool heat pumps. The noise level at a distance of 1m is only 40~50 dB(A), as low as that of an operating refrigerator. |
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Smart Control Equipped with internationally advanced chips and smart control logic, the CozyPool Rock pool air source heat pump has integrated intelligence, safety and convenience. It can realize complete protection function, remote control with RS485 port, 0.1℃ precise temperature control, intelligent defrosting, and stable operation even in low ambient temperatures. ● Air Side Maintain Excellent Performance CozyPool Rock pool air source heat pump maintains superior to the traditional ON/OFF pool heat pumps in terms of both heating capacity and COP. Undaunted by changes in ambient temperature, the above ground Swimming Pool Heat Pump always provides users with a reliable and comfortable pool experience. Energy Saving What cannot be left out is that the CozyPool Rock pool air source heat pump can save more than 20% of the operating cost compared with the traditional ON/OFF swimming pool heat pump due to its continuous high heat exchange efficiency under various working conditions. Simplified Screwless Design Smart App Control Controlling and checking the operation of the above ground swimming Pool Heat Pump can be easily fulfilled on a smartphone whenever and wherever due to the equipped Wi-Fi function with a user-friendly app.
The refrigerant status inside the titanium tubes directly decides the heat exchange rate on the water side. Unlike the smooth tube that has the drawback of incomplete heat exchange by laminar flow, the unique UWO patent spiral tube creates turbulent flow inside and thus the heat exchange is much more sufficient.
We take full consideration of all kinds of factors that affect the heat exchange efficiency in the air side such as fin spacing, fin shape, fin thickness, length of copper tube and air volume, etc. As a result, the refrigerant is fully evaporated in the finned-tube heat exchanger and a certain degree of superheat is achieved. Therefore, the heat exchange area is fully utilized and the stability of the gas system can be ensured.
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