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<title>Nlsolarheating : Titanium pool exchanger</title>
<link>Titanium-pool-exchanger-67.html</link>
<description><![CDATA[If you have salt water pool or hot tub then you need a titanium pool heat exchanger as stainless steel will rust quickly.]]></description>
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<pubDate>Tue, 26 May 2026 14:57:31 -0500</pubDate>
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<title>Titanium pool exchanger</title>
<link>Titanium-pool-exchanger-67.html</link>
<pubDate>Tue, 26 May 2026 14:57:31 -0500</pubDate>
<description><![CDATA[<p style="padding: 10px; background-color: rgb(230, 255, 228);">
	<strong>Message</strong>: Hi Alan: I bought a 155<a href="https://www.nlsolarheating.com/solsp155k-solar-pool-heat-exchanger-titanium-p-1.html"> titanium pool heat exchanger</a> from you a few months ago and am using it to heat our 525 gallon hot tub from our oversized domestic solar hot water heater (direct <span class="scayt-misspell" data-scayt_word="pv" data-scaytid="1">pv</span> pump). &nbsp;It works fine and now I have a customer who wants me to do one for him. &nbsp;So to make sure I am doing it most efficiently, I have some questions, if you could be so kind to answer so I can start getting my parts together: 1. &nbsp;Is the <span class="scayt-misspell" data-scayt_word="155K" data-scaytid="3">155K</span>&nbsp;overkill, or a good size for a hot tub? &nbsp;I am trying to provide most, if not all the heat from this while using an insulated cover. 2. &nbsp;Should I be using the same recommended flow rates for hot and cold loops as for larger pools (5.8 and 66)? 3. &nbsp;What <span class="scayt-misspell" data-scayt_word="circ" data-scaytid="5">circ</span> pump do you recommend for the heating loop from solar storage tank to HE? &nbsp;It is about 60&#39; and I plan to use 3/4&quot; copper. I plan to have 145 gallons of storage that I should be able to get up to <span class="scayt-misspell" data-scayt_word="160F" data-scaytid="7">160F</span> plus with (3)&nbsp;<span class="scayt-misspell" data-scayt_word="4x8" data-scaytid="9">4x8</span> <span class="scayt-misspell" data-scayt_word="flatplates" data-scaytid="11">flatplates</span>, depending on season. &nbsp;We are at latitude 23 and it never gets below <span class="scayt-misspell" data-scayt_word="50F" data-scaytid="13">50F</span> and seldom below 60. Any suggestions will be appreciated. &nbsp;However I am reluctant to use evacuated tubes since we are in a hurricane zone, and I am more comfortable using FP&#39;s for our warm and very sunny &nbsp;climate. Thanks and best regards, &nbsp;Skip<br />
	<br />
	Dated on : 07-26-2012</p>
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<p>
	<strong>Replies :</strong></p>
<p style="padding: 10px; background-color: rgb(255, 255, 255);">
	Skip, yes the <span class="scayt-misspell" data-scayt_word="155K" data-scaytid="15">155K</span> is the correct size for a hot tub application and the 3 solar panels.&nbsp; I would suggest the flow rate on the hot tub be the regular circulation flow rate that the hot tub pump produces. &nbsp; As for the pump on the solar loop, I would suggest a <a href="https://www.nlsolarheating.com/solar-pump-laing-solar-dc5-dc-solar-pump-p-25.html"><span class="scayt-misspell" data-scayt_word="Laing" data-scaytid="17">Laing</span> <span class="scayt-misspell" data-scayt_word="E5" data-scaytid="19">E5</span> solar pump</a>.&nbsp; These are extremely efficient and are magnetically driven so there are no wearable parts. &nbsp; Dan<br />
	<br />
	Post By : Dan Jung Dated On : 07-27-2012</p>]]></description>
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