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Message-ID: <5086A938.9060200@gmail.com>
Date: Tue, 23 Oct 2012 09:27:04 -0500
From: Charlie England <ceengland7@gmail.com>
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To: Rotary motors in aircraft <flyrotary@lancaironline.net>
Subject: Re: [FlyRotary] Re: flow path in conventional radiator
References: <list-5837868@logan.com>
In-Reply-To: <list-5837868@logan.com>
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Here are a couple of low res images (list limits on size; if bigger are 
needed, I'll send in separate emails). Basically the same config as 
Tracy's -8, except a downflow rad instead of crossflow dual pass. Bottom 
of rad is several inches below bottom of engine; top is roughly even 
with or slightly above the water pump height.

I can see Mark's point about reversing the flow in this configuration; 
if coolant drops below the level of the rad's top tank, the pump will be 
sucking air. In a coolant loss situation, it might only buy a couple of 
minutes, but could still be the difference between a safe/unsafe landing 
spot.

If I move the pressure cap to the swirl pot, there really isn't any 
reason to reverse the flow.

Charlie

On 10/23/2012 05:44 AM, Mark Steitle wrote:
> Bill,
>
> Since Charlie hasn't posted any pictures or sketches of his design, I 
> was referencing more what you'll find in auto installations than in 
> a/c.  Still the principles are the same, namely that the coolant 
> naturally flows to the bottom and air goes to the top.  If it gets low 
> enough, the pump will begin sucking air and will soon loose prime. 
>  This will happen much quicker if you're drawing off the upper tank. 
>  Of course, if the radiator is located below the engine it will take 
> longer for this to happen than if it is beside the engine because the 
> air pocket will be inside the engine rather than in the radiator.  If 
> you have a coolant leak in flight, you'll benefit from more time to 
> get on the ground rather than less.
>
> I don't see where it makes any difference which tank you _return_ the 
> coolant to, but when supplying the pump, any air will risk loss of 
> prime.  So, it makes sense to me to draw from the bottom and return to 
> the top.  At least that's how I understand it.
>
>  In the end its Charlie's decision.
>
> Mark
>
> On Mon, Oct 22, 2012 at 11:10 PM, Bill Schertz <wschertz@comcast.net 
> <mailto:wschertz@comcast.net>> wrote:
>
>     I guess that I don't understand this (Mark's) comment. I am
>     assuming that the radiator is lower than the water pump in any
>     circumstance, since in general it is either below the engine, or
>     on the side like Tracy's. The Mazda pump is very high, and any
>     loss of coolant will cause loss of prime if air gets in the pump,
>     but whether the outlet of the pump goes to the bottom of the
>     radiator, or the top, I don't see the difference. What am I missing?
>     Bill Schertz
>     KIS Cruiser #4045
>     N343BS
>     Phase one testing Completed
>     *From:* Mark Steitle <mailto:msteitle@gmail.com>
>     *Sent:* Monday, October 22, 2012 6:25 PM
>     *To:* Rotary motors in aircraft <mailto:flyrotary@lancaironline.net>
>     *Subject:* [FlyRotary] Re: flow path in conventional radiator
>     Charlie,
>     So, with the bottom-up flow what what happens if you get a little
>     low on coolant? My guess is the pump will start pumping air along
>     with the coolant, and eventually loose prime altogether and the
>     remaining coolant will stop flowing, followed shortly by a
>     catastrophic boil-over.  This may be why auto makers favor the
>     top-down flow design.  The Mazda's water pump is already very high
>     up on the engine.  I wouldn't want to aggravate this even more. 
>     Also, the cross-flow design doesn't suffer this failure mode,
>     assuming you draw from the lower hole.
>     Mark S.
>
>     On Mon, Oct 22, 2012 at 2:05 PM, Bill Schertz
>     <wschertz@comcast.net <mailto:wschertz@comcast.net>> wrote:
>
>         Charlie, I am using two evap cores in parallel, with system
>         pressure limited to 10 psi on the expansion bottle. When the
>         engine is running, the pressure measured at the inlet to the
>         cores (exit of the pump) is a function of RPM and can rise to
>         as much as 20 psi (10 psi over system pressure in the
>         expansion bottle).
>         Having the flow enter the bottom of the radiator and out the
>         top, then going to the inlet of the pump sounds like a good
>         way to avoid problems.
>         Bill Schertz
>         KIS Cruiser #4045
>         N343BS
>         Phase one testing Completed
>         *From:* Ben Haas <mailto:stol83001@live.com>
>         *Sent:* Monday, October 22, 2012 1:06 PM
>         *To:* Rotary motors in aircraft
>         <mailto:flyrotary@lancaironline.net>
>         *Subject:* [FlyRotary] Re: flow path in conventional radiator
>         Unless there is a serious restriction through the radiator  I
>         can't imagine there would be anything greater then 1 psi over
>         system pressure caused by pump output.  As for the reverse
>         flow, ie, bottom to top,,, It's called counter flow, and yes
>         it can work. My set up has worked flawlessly for 500 hours and
>         I use the Moroso swirl / pressure tank and a air bleed line
>         from the output of the radiator...  About 3 minutes into this
>         video shows my set up.....
>
>         http://www.youtube.com/watch?v=rCNnEgRkdXc&context=C3e091d3ADOEgsToPDskKmHo69I6bUDuoBHd5YSUfu
>
>         Ben Haas
>         www.haaspowerair.com <http://www.haaspowerair.com>
>
>
>         ------------------------------------------------------------------------
>         To: flyrotary@lancaironline.net
>         <mailto:flyrotary@lancaironline.net>
>         Date: Mon, 22 Oct 2012 12:40:11 -0500
>         From: ceengland7@gmail.com <mailto:ceengland7@gmail.com>
>         Subject: [FlyRotary] flow path in conventional radiator
>
>         I've been doing research on radiators, & my 1st 'experiment'
>         will be a conventionally configured radiator (downflowdesign)
>         with inlet & pressure cap on top. In reading about issues with
>         conventional radiators, a common complaint is pressure venting
>         due to the water pump + system pressure exceeding the cap's
>         rating. Crossflow types like the Sirocco are supposed to avoid
>         this because the cap is at the mid-point in the flow through
>         the rad, which drops some of the pressure seen by the cap.
>
>         Here's my question: Is there any reason a conventional rad
>         can't be fed from the bottom, instead of the top? This would
>         achieve similar effect as the crossflow cap location (all the
>         way to the end of the flow path) & any air could be
>         ventedusing the existing fittings. I'm also considering the
>         removal of the spring loaded seal, & moving the pressure cap
>         function to a separate swirlcan. By doing this, the existing
>         over-pressure port could function as the air removal port in
>         the top tank of the radiator.
>
>
>         What am I missing?
>
>         Thanks,
>
>         Charlie
>
>


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    <div class="moz-cite-prefix">Here are a couple of low res images
      (list limits on size; if bigger are needed, I'll send in separate
      emails). Basically the same config as Tracy's -8, except a
      downflow rad instead of crossflow dual pass. Bottom of rad is
      several inches below bottom of engine; top is roughly even with or
      slightly above the water pump height.<br>
      <br>
      I can see Mark's point about reversing the flow in this
      configuration; if coolant drops below the level of the rad's top
      tank, the pump will be sucking air. In a coolant loss situation,
      it might only buy a couple of minutes, but could still be the
      difference between a safe/unsafe landing spot.<br>
      <br>
      If I move the pressure cap to the swirl pot, there really isn't
      any reason to reverse the flow.<br>
      <br>
      Charlie<br>
      <br>
      On 10/23/2012 05:44 AM, Mark Steitle wrote:<br>
    </div>
    <blockquote cite="mid:list-5837868@logan.com" type="cite">Bill,&nbsp;
      <div><br>
      </div>
      <div>Since Charlie hasn't posted any pictures or sketches of his
        design, I was referencing more what you'll find in auto
        installations than in a/c. &nbsp;Still the principles are the same,
        namely that the coolant naturally flows to the bottom and air
        goes to the top. &nbsp;If it gets low enough, the pump will begin
        sucking air and will soon loose prime. &nbsp;This will happen much
        quicker if you're drawing off the upper tank. &nbsp;Of course, if the
        radiator is located below the engine it will take longer for
        this to happen than if it is beside the engine because the air
        pocket will be inside the engine rather than in the radiator.
        &nbsp;If you have a coolant leak in flight, you'll benefit from more
        time to get on the ground rather than less.&nbsp;</div>
      <div><br>
      </div>
      <div>I don't see where it makes any difference which tank you <u>return</u>
        the coolant to, but when supplying the pump, any air will risk
        loss of prime. &nbsp;So, it makes sense to me to draw from the bottom
        and return to the top. &nbsp;At least that's how I understand it.</div>
      <div><br>
      </div>
      <div>&nbsp;In the end its Charlie's decision.</div>
      <div><br>
      </div>
      <div>Mark<br>
        <br>
        <div class="gmail_quote">On Mon, Oct 22, 2012 at 11:10 PM, Bill
          Schertz <span dir="ltr">&lt;<a moz-do-not-send="true"
              href="mailto:wschertz@comcast.net" target="_blank">wschertz@comcast.net</a>&gt;</span>
          wrote:<br>
          <blockquote class="gmail_quote" style="margin:0 0 0
            .8ex;border-left:1px #ccc solid;padding-left:1ex">
            <div dir="ltr">
              <div dir="ltr">
                <div style="font-size:10pt;font-family:'Arial'">
                  <div>I guess that I don&#8217;t understand this (Mark&#8217;s)
                    comment. I am assuming that the radiator is lower
                    than the water pump in any circumstance, since in
                    general it is either below the engine, or on the
                    side like Tracy&#8217;s. The Mazda pump is very high, and
                    any loss of coolant will cause loss of prime if air
                    gets in the pump, but whether the outlet of the pump
                    goes to the bottom of the radiator, or the top, I
                    don&#8217;t see the difference. What am I missing?</div>
                  <div class="im">
                    <div>&nbsp;</div>
                    <div style="font-size:10pt;font-family:'Arial'">Bill
                      Schertz<br>
                      KIS Cruiser #4045<br>
                      N343BS<br>
                      Phase one testing Completed</div>
                  </div>
                  <div
style="font-size:small;font-style:normal;text-decoration:none;font-family:'Calibri';display:inline;font-weight:normal">
                    <div style="FONT:10pt tahoma">
                      <div>&nbsp;</div>
                      <div style="BACKGROUND:#f5f5f5">
                        <div><b>From:</b> <a moz-do-not-send="true"
                            title="msteitle@gmail.com"
                            href="mailto:msteitle@gmail.com"
                            target="_blank">Mark Steitle</a> </div>
                        <div><b>Sent:</b> Monday, October 22, 2012 6:25
                          PM</div>
                        <div>
                          <div class="h5">
                            <div><b>To:</b> <a moz-do-not-send="true"
                                title="flyrotary@lancaironline.net"
                                href="mailto:flyrotary@lancaironline.net"
                                target="_blank">Rotary motors in
                                aircraft</a> </div>
                            <div><b>Subject:</b> [FlyRotary] Re: flow
                              path in conventional radiator</div>
                          </div>
                        </div>
                      </div>
                    </div>
                    <div>&nbsp;</div>
                  </div>
                  <div>
                    <div class="h5">
                      <div
style="font-size:small;font-style:normal;text-decoration:none;font-family:'Calibri';display:inline;font-weight:normal">Charlie,&nbsp;
                        <div>&nbsp;</div>
                        <div>So, with the bottom-up flow what what
                          happens if you get a little low on coolant?&nbsp;
                          My guess is the pump will start pumping air
                          along with the coolant, and eventually loose
                          prime altogether and the remaining coolant
                          will stop flowing, followed shortly by a
                          catastrophic boil-over.&nbsp; This may be why auto
                          makers favor the top-down flow design.&nbsp; The
                          Mazda's water pump is already very high up on
                          the engine.&nbsp; I wouldn't want to aggravate this
                          even more.&nbsp; Also, the cross-flow design
                          doesn't suffer this failure mode, assuming you
                          draw from the lower hole.</div>
                        <div>&nbsp;</div>
                        <div>Mark S.&nbsp;&nbsp;&nbsp; <br>
                          <br>
                          <div class="gmail_quote">On Mon, Oct 22, 2012
                            at 2:05 PM, Bill Schertz <span dir="ltr">&lt;<a
                                moz-do-not-send="true"
                                href="mailto:wschertz@comcast.net"
                                target="_blank">wschertz@comcast.net</a>&gt;</span>
                            wrote:<br>
                            <blockquote style="BORDER-LEFT:#ccc 1px
                              solid;MARGIN:0px 0px 0px
                              0.8ex;PADDING-LEFT:1ex"
                              class="gmail_quote">
                              <div dir="ltr">
                                <div dir="ltr">
                                  <div
                                    style="FONT-FAMILY:'Arial';FONT-SIZE:10pt">
                                    <div>Charlie, I am using two evap
                                      cores in parallel, with system
                                      pressure limited to 10 psi on the
                                      expansion bottle. When the engine
                                      is running, the pressure measured
                                      at the inlet to the cores (exit of
                                      the pump) is a function of RPM and
                                      can rise to as much as 20 psi (10
                                      psi over system pressure in the
                                      expansion bottle).</div>
                                    <div>&nbsp;</div>
                                    <div>Having the flow enter the
                                      bottom of the radiator and out the
                                      top, then going to the inlet of
                                      the pump sounds like a good way to
                                      avoid problems.</div>
                                    <div>&nbsp;</div>
                                    <div
                                      style="FONT-FAMILY:'Arial';FONT-SIZE:10pt">Bill
                                      Schertz<br>
                                      KIS Cruiser #4045<br>
                                      N343BS<br>
                                      Phase one testing Completed</div>
                                    <div
style="FONT-STYLE:normal;DISPLAY:inline;FONT-FAMILY:'Calibri';FONT-SIZE:small;FONT-WEIGHT:normal;TEXT-DECORATION:none">
                                      <div style="FONT:10pt tahoma">
                                        <div>&nbsp;</div>
                                        <div style="BACKGROUND:#f5f5f5">
                                          <div><b>From:</b> <a
                                              moz-do-not-send="true"
                                              title="stol83001@live.com"
href="mailto:stol83001@live.com" target="_blank">Ben Haas</a> </div>
                                          <div><b>Sent:</b> Monday,
                                            October 22, 2012 1:06 PM</div>
                                          <div><b>To:</b> <a
                                              moz-do-not-send="true"
                                              title="flyrotary@lancaironline.net"
href="mailto:flyrotary@lancaironline.net" target="_blank">Rotary motors
                                              in aircraft</a> </div>
                                          <div><b>Subject:</b>
                                            [FlyRotary] Re: flow path in
                                            conventional radiator</div>
                                        </div>
                                      </div>
                                      <div>&nbsp;</div>
                                    </div>
                                    <div>
                                      <div>
                                        <div
style="FONT-STYLE:normal;DISPLAY:inline;FONT-FAMILY:'Calibri';FONT-SIZE:small;FONT-WEIGHT:normal;TEXT-DECORATION:none">
                                          <div dir="ltr">Unless there is
                                            a serious restriction
                                            through the radiator&nbsp; I
                                            can't imagine there would be
                                            anything greater then 1 psi
                                            over system pressure caused
                                            by pump output.&nbsp; As for the
                                            reverse flow, ie, bottom to
                                            top,,, It's called counter
                                            flow, and yes it can work.
                                            My set up has worked
                                            flawlessly for 500 hours and
                                            I use the Moroso swirl /
                                            pressure tank and a air
                                            bleed line from the output
                                            of the radiator...&nbsp; About 3
                                            minutes into this video
                                            shows my set up.....<br>
                                            &nbsp;<br>
                                            <a moz-do-not-send="true"
href="http://www.youtube.com/watch?v=rCNnEgRkdXc&amp;context=C3e091d3ADOEgsToPDskKmHo69I6bUDuoBHd5YSUfu"
                                              target="_blank">http://www.youtube.com/watch?v=rCNnEgRkdXc&amp;context=C3e091d3ADOEgsToPDskKmHo69I6bUDuoBHd5YSUfu</a><br>
                                            <br>
                                            <font size="4">Ben Haas</font><br>
                                            <font size="4"><a
                                                moz-do-not-send="true"
                                                href="http://www.haaspowerair.com"
                                                target="_blank">www.haaspowerair.com</a></font><br>
                                            <br>
                                            &nbsp;<br>
                                            <div>
                                              <hr> To: <a
                                                moz-do-not-send="true"
                                                href="mailto:flyrotary@lancaironline.net"
                                                target="_blank">flyrotary@lancaironline.net</a><br>
                                              Date: Mon, 22 Oct 2012
                                              12:40:11 -0500<br>
                                              From: <a
                                                moz-do-not-send="true"
                                                href="mailto:ceengland7@gmail.com"
                                                target="_blank">ceengland7@gmail.com</a><br>
                                              Subject: [FlyRotary] flow
                                              path in conventional
                                              radiator<br>
                                              <br>
                                              <font size="+1"><font
                                                  face="Arial">I've be<font
                                                    size="+1">en doing
                                                    research on
                                                    radiators, &amp; my
                                                    1st <font size="+1">'experiment'
                                                      will be a <font
                                                        size="+1">conventiona<font
                                                          size="+1">l<font
                                                          size="+1">ly
                                                          configured
                                                          radiator
                                                          (downflow<font
                                                          size="+1">
                                                          design) with
                                                          inlet &amp;
                                                          pressure cap
                                                          on top. In
                                                          reading about
                                                          issues with
                                                          conventional
                                                          radiators, a
                                                          common
                                                          complaint is
                                                          pressure
                                                          venting du<font
                                                          size="+1">e to
                                                          the water pump
                                                          + s<font
                                                          size="+1">ystem
                                                          pressure
                                                          exceeding the
                                                          cap<font
                                                          size="+1">'s
                                                          rating. <font
                                                          size="+1">C<font
                                                          size="+1">rossflow
                                                          types like the
                                                          <font
                                                          size="+1">Sirocco
                                                          are supposed
                                                          to avoid this
                                                          because the
                                                          cap is at the
                                                          mid-point in
                                                          the flow
                                                          through the
                                                          rad, which
                                                          drops some of
                                                          the press<font
                                                          size="+1">ure
                                                          seen by the
                                                          cap. <br>
                                                          <br>
                                                          <font
                                                          size="+1">Here<font
                                                          size="+1">'s
                                                          my question:
                                                          Is the<font
                                                          size="+1">re
                                                          any reason a
                                                          conventional
                                                          rad can't be
                                                          fed from the
                                                          bottom,
                                                          instead of the
                                                          top? Th<font
                                                          size="+1">is <font
                                                          size="+1">would
                                                          achieve
                                                          similar effect
                                                          as the
                                                          crossflow cap
                                                          location (<font
                                                          size="+1">all
                                                          the way to the
                                                          end of the
                                                          flow path)
                                                          &amp; any air
                                                          could be
                                                          vented<font
                                                          size="+1">
                                                          using the
                                                          existing
                                                          fittings. I'm
                                                          also con<font
                                                          size="+1">sidering
                                                          the removal of
                                                          the <font
                                                          size="+1">spring
                                                          loaded seal,
                                                          &amp; moving
                                                          the press<font
                                                          size="+1">ure
                                                          cap function
                                                          to a separate
                                                          swirl<font
                                                          size="+1">
                                                          can. By doing
                                                          this, the exi<font
                                                          size="+1">sting
                                                          over<font
                                                          size="+1">-pressure
                                                          port could fu<font
                                                          size="+1">nction
                                                          as the air
                                                          removal port
                                                          in the top
                                                          tank of the
                                                          radiator.<br>
                                                          <br>
                                                          <br>
                                                          <font
                                                          size="+1">What
                                                          am I missing?<br>
                                                          <br>
                                                          <font
                                                          size="+1">Tha<font
                                                          size="+1">nks,<br>
                                                          <br>
                                                          <font
                                                          size="+1">Charlie</font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font></font>
                                              <br>
                                            </div>
                                          </div>
                                        </div>
                                      </div>
                                    </div>
                                  </div>
                                </div>
                              </div>
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                          </div>
                          <div>&nbsp;</div>
                        </div>
                      </div>
                    </div>
                  </div>
                </div>
              </div>
            </div>
          </blockquote>
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