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This swimming pool heat exchangers are specialized in heating for boiler or solar water heater pool heating system. - details see: https://www.machineto.com/swimming-pool-heat-exchanger-for-solar-pool-heating-with-ul-passed-10247433

We produce series of heat exchanger for pool heating with solar, boiler or heat pump heatng system

• Stainless steel pool heat exchangers
• Titanium pool heat exchangers
• Stainless steel electric pool heat exchangers
• Titanium electric pool heat exchangers

Features of Swimming Pool Heat Exchanger:

With high heat transferring efficient heat exchanger tubes and smooth shell, it ensures high velocities inside of the unit making the heat exchanger a very reliable, efficient and cost effective way to transfer heat indirectly between any boiler circuit and any pool or spa circuit, besides other applications.

Advantages of Swimming Pool Heat Exchanger:

High heating efficiency for pool heating, big flow volume, compactable, easy installation and durable.

Material:All stainless steel 316L or titanium

Max design temperature:208°C

Max. working pressure:1.3Mpa

Nom. capacity of pool heating: 1200kBtu/Hr(105600 gallon @ 1F/Hr)

Heat Transfer area:21.582 square feet

Total volume:2.635 Gallon

Heat Exchangers Performance of Swimming Pool Heat Exchangers:

Model No.	Normal Capacity		Pool Capacity (gallons @ 1°F/hr)	Pool Capacity (Liter @ 1°C/hr)	Heat transfer area
	kW	Kbtu/hr			m2	Ft2
SP-55	16	55	4700	32021	0.15	1.636
SP-85	25	85	7300	49735	0.25	2.702
SP-155	45	155	13300	90613	0.33	3.552
SP-210	61	210	18000	122634	0.44	4.769
SP-300	88	300	25800	175776	0.64	6.889
SP-360	105	360	31500	214610	0.85	9.128
SP-600	175	600	52500	357684	1.55	16.695
SP-1200	352	1200	105600	719455	2.01	21.582
SP-2400	704	2400	211200	1438910	4.47	48.116
SP-3000	880	3000	264000	1798638	5.30	57.051
SP-3600	1056	3600	316800	2158365	6.42	69.107
SP-4500	1320	4500	396000	2697956	8.46	91.066

Note:

1. For occasional (holidays & weekends) use pools we recommend a 2x output multiplier to obtain a 2°F/hr heat up rate;

2. Nominal values are based on 60°C temperature between incoming heating and heated water.

Typical residential application:

In-floor heating

Swimming pools, spas heating

Driveway snowmelts

Typical industrial application:

Oil cooler

Transmission and engine cooler

Boiler sample cooler

Waste water heat recovery