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POOL HEAT EXCHANGERS

Main reasons to choose SECESPOL pool heat exchangers: High performance Special construction of our heat exchangers boosts heat transfer and delivers better utilization of heat source. Equipped with straight tubes all of the models ensure low pressure loss thus saving energy. Corrugated straight tubes promote turbulent flow which further intensifies heat exchange and helps reducing deposits. Outstanding reliability Cutting-edge technology and durable materials such as titanium, stainless steel and ceramic composite, make our heat exchangers resistant to corrosive environments. They can be...

POOL HEAT EXCHANGERS Swimming pool Heat exchangers HEAT EXCHANGER TYPE B POOL TYPE public pool private pool Olympic-size pool kids' pool hot tubs/ spa pools salt water pool water park HEAT EXCHANGER TYPE HEAT SOURCE TYPE condensing boiler coal boiler geothermal water heat pump solar system district heating best choice

high volume flow at low pressure loss; no need of by-pass compact size corrugated tubes intensify heat exchange and reduce fouling Swimming pool Heat exchangers resistant to aggressive substances in pool water (e.g. fluorine, chlorine) Swimming pool heat exchangers B are shell & tube constructions with excellent heating properties. They offer an ideal solution for installations with high volume flow especially swimming pools and whirlpools. Corrugated tubes boost heat exchange and reduce fouling. Compact welded units are durable and dependable. corrugated tubes of diameter Ø 8 mm / 0.31 in...

Heat transfer values Standard location of connections: K1/K4: inlet / outlet heat source – internal thread K3/K2: inlet / outlet pool water – internal thread K4 CONNECTION SIZE TYPE K1, K4 MAX. HEAT LOAD All dimensions and technical data are approximate only and may be changed without further notice. HEAT SOURCE TEMP. INLET POOL WATER TEMP. INLET WORKING PARAMETERS Tube side capacity Shell side capacity pressure drop heat source Heat exchange area heat source pool water TECHNICAL PARAMETERS All dimensions and technical data are approximate only and may be changed without further notice....

unique 3-pass tube bundle enables better utilization of the heat source and creates exceptional heat exchange results little pressure loss on the shell side (pool water) titanium versions – suitable for salt water pools • The first priority in the process of the REV design was to enhance heat exchange conditions. It was obtained by using 3-pass tube bundle which results in better utilization of heat source. It makes REV excellent to work with heat pumps and solar panels but also with standard heat sources like boilers. corrugated tubes increase flow turbulence which further intensifies heat...

Heat transfer values K1/K4: inlet / outlet heat source – external thread G11/2" K3/K2: inlet / outlet pool water – internal thread G11/2" WORKING PARAMETERS All dimensions and technical data are approximate only and may be changed without further notice. POOL WATER TEMP. OUTLET pool water heat source pool water heat source TECHNICAL PARAMETERS pressure drop All dimensions and technical data are approximate only and may be changed without further notice. Heat exchange area Tube side capacity Shell side capacity SALT WATER HEAT SOURCE TEMP. INLET

suitable for use with salt water resistant to aggressive substances in pool water (e.g. fluorine, chlorine) high volume flow at low pressure loss; no need of by-pass corrugated tubes intensify heat exchange and reduce fouling Swimming pool Heat exchangers compact size TI is a titanium heat exchanger designed for use in demanding operating conditions especially swimming pools with salt water. Built of titanium the exchanger is resistant to aggressive substances such as salt, chlorine, fluorine as well as high pressure and temperature. Its construction makes the exchanger ideal to work in...

Heat transfer values K1/K4: inlet / outlet heat source – external thread G11/2” K3/K2: inlet / outlet pool water – internal thread G11/2” All dimensions and technical data are approximate only and may be changed without further notice. A HEAT SOURCE TEMP. INLET POOL WATER TEMP. OUTLET pool water heat source pool water heat source pressure drop TECHNICAL PARAMETERS All dimensions and technical data are approximate only and may be changed without further notice. Heat exchange area Tube side capacity Shell side capacity

suitable for use with salt or treated water low fouling thanks to high quality surface EQ version equipped with pump and regulation Swimming pool Heat exchangers unique ceramic composite technology EVO ceramic heat exchangers deliver high performance in demanding operating conditions especially swimming pools and whirlpool baths with salt water. Ceramic composite used for tubes is one of the most resistant materials which makes it suitable for great number of chemicals, e.g. salt or chlorine. Construction and high quality surface of composite materials ensure long-term durability,...

Heat transfer values EVO EQ plug and play set includes: • other components for independent work – controller, sensors and wiring All dimensions and technical data are approximate only and may be changed without further notice. All dimensions and technical data are approximate only and may be changed without further notice. HEAT SOURCE TEMP. INLET POOL WATER TEMP. OUTLET POOL WATER TEMP. OUTLET HEAT SOURCE TEMP. INLET pool water pool water heat source pressure drop pool capacity [m3] pool capacity [1000 gal] heat source Grundfos Alpha 2 highly efficient circulation pump integrated directly...

Heat transfer values EVO K1/K4: inlet / outlet heat source – internal thread G1" K3/K2: inlet / outlet pool water – plastic union fitting DN50 C EVO EQ K1: inlet heat source – internal thread G1" K5: outlet heat source – external thread G11/2" WORKING PARAMETERS K3/K2: inlet / outlet pool water – plastic union fitting DN50 Max. pressure: 3 bar/ 43.5 psi Max. temp.: tube side: 80°C/ 176°F TECHNICAL PARAMETERS All dimensions and technical data are approximate only and may be changed without further notice. Heat exchange area Tube side capacity Shell side capacity