Pool Heat Exchanger with 60kW Power, SS 304 Stainless Steel Construction, 200K Btu/H Output, Fast Heating for Chlorinated and

Description
Immerse yourself in the art of luxurious water temperature regulation with this swimming pool heat exchanger, which with its exquisite dimensions, blends smartly into any environment, not only making a statement of taste but also delivering an unprecedented 60kW high-performance experience. The unique reverse port design ensures optimized water flow dynamics, allowing warmth or coolness to be switched on a whim so that every swimming becomes the beginning of enjoyment.
Details
Pipeline Heat Dissipation: It can speed up the heat exchange rate and ensure the maximum rate of heat exchange.
Protective Housing: A high-quality 304 stainless steel shield can protect the heating element from direct contact with people or animals, to protect your use of safety.
Reverse Outlet & Inlet: The inlet and outlet are reversed, both on opposite sides, which can optimize water flow dynamics and improve heat transfer efficiency.
Specification
Model: MF-200
Color: Silver
Mount Type: Freestanding
Assembly Required: Yes
Material: SS304 Stainless Steel
Process: Polishing
Power: 60 kW
Output: 200kBtu/h
Pressure Test:
Pool Water Circuit--10bar
Hot Water Circuit--5bar
Pressure Bearing: 2.5kg/ 5.51lbs
Pool Water Flow: 250L/55 Gallon /min
Hot Water Flow: 30L/6.6 Gallon /min
Max Pressure: 145 PSI
Max Temp: 110℃/230 °F
Applicable Pool Volume: 250m³
Product Size(D*H):13*48cm/5*19in
Side Port Size: 5cm/2in
Top Port Size: 3.5cm/1.4in
Package Size: 49*17*17cm/19.29*6.69*6.69in
Gross Weight: 4.7kg/10.36lbs
Package Included
1* Swimming Pool Heat Exchanger
1* Chinese and English Manual
All Accessories for Use
Notes
Please check the style and size before purchasing.
Please read the instruction manual and label completely before installation and use, and pay particular attention to the safety instructions included.
Please note that the recommended maximum chloride concentration in fresh/clean water below 140°F in the exchanger is 300 mg/L and should be reduced as the water temperature increases. Exceeding the recommended chloride concentration or direct use of the chlorinator may result in stainless steel pitting. Titanium pool heat exchangers are recommended for use in environments with high chloride concentrations or in salt water systems.
Please note that the heat exchanger is always installed in a counter flow pattern and should be installed downstream of the filter and pump equipment. It must be auxiliary to the boiler water and take the usual precautions to prevent air locks.
People must not be in the water while the heat exchanger is working.
Please do not put 2 heat exchangers into a swimming pool at the same time.
The product requires a heating circuit to work properly and a thermostat circuit to ensure a continuous thermostatic effect.
Please allow the slight color difference caused by the shooting light and 1-3cm error due to manual measurement and make sure you do not mind before ordering.
Rugged and Durable: It is made of SS 304 stainless steel, which is repeatedly polished and sanded to resist rust and provide a long service life, ideal for chlorinated or saltwater pools and spas.
High Efficiency: Its 60kW power provides you with 55 GPM of pool water flow and 6.6 GPM of hot water flow and keeps the pool water and boiler water separate, efficiently transferring heat between the two organizations.
Fast Heating: This product provides a heat output of 200K Btu/H based on a temperature difference of 140°F (60°C) between the incoming water and the hot water, providing immediate heating without waiting.
Energy Saving: The ingenious bellows design ensures high-speed operation inside the unit, maximizing the use of solar or boiler energy and improving the overall thermal efficiency of the system. In addition, the purely physical operation, without the need to be connected to a power source, makes it a very reliable, efficient, and economical way of doing things.
Healthy and Hygienic: The non-storage design ensures two separate channels for hot and cold fluids, greatly reducing the risk of contaminated water sources.