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To: Rotary motors in aircraft <flyrotary@lancaironline.net>
Subject: Re: [FlyRotary] Re: cooling system troubeshooting
Thread-Topic: [FlyRotary] Re: cooling system troubeshooting
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The point of my previous message was that one can be well assured that the =
engine side of the cooling system is working properly if a coolant delta T =
of about 15 degrees is seen at full throttle at sea level.  This can be don=
e on the ground and should take only a minute or two.  The inlet and outlet=
 coolant temperatures will both rise so the test would need to be terminate=
d before damaging anything.


If the expected coolant delta T is observed, then one could confidently con=
centrate the effort on sizing the radiator core, obtaining a reasonable mas=
s air flow through the core, or both.


At sea level with a 16.5 sq in radiator air inlet, air temperature rise of =
120 deg F (from 80 to 200 deg), 9 gal/hr fuel flow, 115,000 BTU/gal fuel, a=
nd 27% of the heat from the fuel going into the cooling system, this would =
require 200 MPH air velocity through the inlet to control the temperatures.=
  If one third of the heat was rejected through the oil (I've measured clos=
er to from 10 to 15%) the radiator air inlet velocity would still need to b=
e over 130 MPH.  These velocity estimates are conservative.


It might be useful to install a pitot-static sensor in your radiator air in=
let to measure the actual air velocity.


I suspect you are trying to do the impossible, but it wouldn't be the first=
 time I've been wrong.


Steve Boese

________________________________
From: Rotary motors in aircraft <flyrotary@lancaironline.net> on behalf of =
Stephen Izett stephen.izett@gmail.com <flyrotary@lancaironline.net>
Sent: Thursday, December 28, 2017 6:11:24 AM
To: Rotary motors in aircraft
Subject: [FlyRotary] Re: cooling system troubeshooting

Hi Guys
In search of cooler running this is what we did today and plan to do next.
Any insights/thoughts welcome.

Today we:
1. Installed a new pressurised tank with 21psi cap at the highest point pos=
sible. It is fed from:
 A. Rear Iron.
 B. Top of the coolant out manifold (engine heading for radiator).
 C. Top of radiator inlet tank
It returns to the pump inlet via a hose with a 1/8=94 restriction.
It overflows into an expansion tank accessible via a hatch in the top cowl

2. Tested new config:
A. I wondered why she wasn=92t running as sweet as usual and realised the L=
eading plugs weren=92t firing so fixed the problem.
With an OAT of ~ 80F after 20 mins of idle at 1800 rpm water gets to over 2=
25 and I shut it down. (No significant change from last setup)
B. Measured Cowl pressure at a point between water radiator and cowl flap r=
eferenced to Static -
At idle the pressure is 0 inches of water
At 6000rpm (fine pitch) it hits about negative 1/2 inch of water (the exit =
shape, exhaust augmenter and cowl flap appear to be producing some negative=
 pressure in the cowl)
I=92ve currently stuffed the gear opening full of pillows and rags to emula=
te the gear being up and door closed.

So here is the detail:
The 193 inch^3 oil cooler is fed by a 7.4 inch^2 inlet well below the spinn=
er and into a trumpet diffuser.
The 540 inch^3 water cooler is fed by the 16.5 inch^2 right cheek inlet ver=
y close to the spinner and into a trumpet and then wedge diffuser. (Tried t=
o copy Tracy=92s RV8 cooler design)
Ive put a matrix of wool tufts over the back of the water cooler and distri=
bution appears quite even.
See photo showing oil cooler inlet below spinner vs cheeks.
Currently the oil temps lag the water temps by a good 30F.

So next opportunity I=92m thinking:
1. Because its a quick and easy test, I=92m planning to close off part of t=
he oil cooler inlet and see what this does to the water temps.
Will this provide a better balance between oil and water with the water rad=
 getting a better share of the exit air flow?

2. Seek to plot a set of pressure measurements at various locations around =
the cowl and diffusers for various;
1. RPM=92s
2. Cowl Flap position
3. Gear door open / closed (stuffed full of pillow and rag).

Many thanks for your ponderings and any of your thoughts.

Cheers

Steve
Perth Western Australia
Glasair Super IIRG - Renesis 4 port RD1C EC3 EM3



[cid:6AA6B0B7-2A1A-4BC4-A430-C2782EDC2359]

On 28 Dec 2017, at 7:37 am, Stephen Izett stephen.izett@gmail.com<mailto:st=
ephen.izett@gmail.com> <flyrotary@lancaironline.net<mailto:flyrotary@lancai=
ronline.net>> wrote:

Hi Steve

Aeroplane has not flown. We are still testing on the ground in OAT=92s of 8=
0-100F
At idle (1900rpm) Delta T=92s across Oil coiler - 18F, Water coiler - 8F

We are seeking to do two things:
1. Review our design - have we made a clear mistake somewhere -
a. We managed to not have an air bleed at the engine coolant in/out which i=
s the highest point!
We only have returns to the pressurised expansion tank/cap from rear iron a=
nd one from the top of the radiator in tank (returning to pump in).
b. We do not have a small hole in the Renesis bypass which we plugged.
c. Lynn uses a restrictor in the outlet to make sure the pump isn=92t cavit=
ating. Our coolant out plumbing has far less restriction than the stock set=
up (All be it the radiator is a dual pass so presents  significantly more r=
esistance)
d. We have just finished building a cowl flap in an attempt to control cowl=
 pressure.

2. Do the science and seek to measure what the air and water are doing.
a. Not sure how to measure the water flow easily.
b. We are testing today to see what air pressures exist around the diffuser=
s and cowl.

Cheers

Steve

On 28 Dec 2017, at 3:00 am, Steven W. Boese SBoese@uwyo.edu<mailto:SBoese@u=
wyo.edu> <flyrotary@lancaironline.net<mailto:flyrotary@lancaironline.net>> =
wrote:

Simply determining radiator coolant delta T may be useful in troubleshootin=
g the cooling system.  The water cooling system is a closed system with two=
 heat exchangers: one is the engine putting heat into the coolant and the o=
ther is the radiator removing heat from the coolant.  When all of the coola=
nt flows through the engine and radiator (coolant bypass passage blocked by=
 either a plug or a fully open thermostat) the engine and radiator must hav=
e the same coolant delta T.  At a given power level and coolant flow rate w=
e all should see similar delta T's since we are using very similar engines.=
  At sea level full throttle, that coolant delta T should be close to 15 de=
grees F.  Since the heat exchanger characteristics of a clean engine are es=
sentially fixed, a coolant delta T of much more than15 degrees F at full th=
rottle would most likely be a result of insufficient coolant flow rate thro=
ugh the system.  This could result from a defective water pump or too much =
coolant bypassing the radiator such as due to an incompletely closed thermo=
stat bypass passage, too large air bleeds from engine coolant high points, =
or an open cabin heater coolant loop.  An EWP would introduce an additional=
 variable.

With proper coolant flow rate, when the radiator cannot remove enough heat =
from the system, the overall coolant temperature will rise until one of two=
 conditions are achieved.  First, the radiator may be capable of removing e=
nough heat with a greater delta T between the coolant and the air.   The sy=
stem will stabilize, but the delta T's of the coolant across the engine and=
 across the radiator will remain essentially equal and unchanged.  This typ=
e of behavior is demonstrated in the attached data plot for a full throttle=
 climb from 7,000 to 14,0000 ft msl with a typical OAT decrease.

The second condition would be to boil the coolant and remove heat due to th=
e phase change.  This may not maintain a closed system and the stable condi=
tion would then, of course, be temporary.

The goal of designing the radiator side of the cooling system is to size th=
e radiator and air flow through its core to achieve the desired overall coo=
lant temperature.  Trying to change the coolant delta T at a given RPM and =
power level will prove frustrating.

The same would be true of the oil cooling system if the oil flow rate was c=
onsistent between our systems.  However, if part of the oil flow is returne=
d to the sump at the front cover relief valve, comparisons between differen=
t setups will be of limited value unless the actual oil flow rates through =
the oil coolers are known.

Steve Boese
RV6A, 1986 13B NA, RD1A, EC2


<coolant delta T.jpg>--
Homepage:  http://www.flyrotary.com/
Archive and UnSub:   http://mail.lancaironline.net:81/lists/flyrotary/List.=
html


--
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Archive and UnSub:   http://mail.lancaironline.net:81/lists/flyrotary/List.=
html


--_000_CY1PR0501MB1546169E3836AD43ED30D2E5B9040CY1PR0501MB1546_
Content-Type: text/html; charset="Windows-1252"
Content-Transfer-Encoding: quoted-printable

<html>
<head>
<meta http-equiv=3D"Content-Type" content=3D"text/html; charset=3DWindows-1=
252">
<style type=3D"text/css" style=3D"display:none;"><!-- P {margin-top:0;margi=
n-bottom:0;} --></style>
</head>
<body dir=3D"ltr">
<div id=3D"divtagdefaultwrapper" style=3D"font-size:12pt;color:#000000;font=
-family:Calibri,Helvetica,sans-serif;" dir=3D"ltr">
<p style=3D"margin-top:0;margin-bottom:0">The point of my previous message =
was that one can be well assured that the engine side of the cooling system=
 is working properly if a coolant delta T of about 15 degrees is seen at fu=
ll throttle at sea level.&nbsp; This can
 be done on the ground and should take only a minute or two.&nbsp; The inle=
t and outlet coolant temperatures will both rise so the test would need to =
be terminated before damaging anything.</p>
<p style=3D"margin-top:0;margin-bottom:0"><br>
</p>
<p style=3D"margin-top:0;margin-bottom:0">If the expected coolant delta T i=
s observed, then one could confidently concentrate the effort on sizing the=
 radiator core, obtaining a reasonable mass air flow through the core, or b=
oth.</p>
<p style=3D"margin-top:0;margin-bottom:0"><br>
</p>
<p style=3D"margin-top:0;margin-bottom:0">At sea level with a 16.5 sq in ra=
diator air inlet, air temperature rise of 120 deg F (from 80 to 200 deg), 9=
 gal/hr fuel flow, 115,000 BTU/gal fuel, and 27% of the heat from the fuel =
going into the cooling system, this
 would require 200 MPH air velocity through the inlet to control the temper=
atures.&nbsp; If one third of the heat was rejected through the oil (I've m=
easured closer to from 10 to 15%) the radiator air inlet velocity would sti=
ll need to be over 130 MPH.&nbsp; These velocity
 estimates are conservative.</p>
<p style=3D"margin-top:0;margin-bottom:0"><br>
</p>
<p style=3D"margin-top:0;margin-bottom:0">It might be useful to install a p=
itot-static sensor in your radiator air inlet to measure the actual air vel=
ocity. &nbsp;</p>
<p style=3D"margin-top:0;margin-bottom:0"><br>
</p>
<p style=3D"margin-top:0;margin-bottom:0">I suspect you are trying to do th=
e impossible, but it wouldn't be the first time I've been wrong.</p>
<p style=3D"margin-top:0;margin-bottom:0"><br>
</p>
<p style=3D"margin-top:0;margin-bottom:0">Steve Boese<br>
</p>
</div>
<hr style=3D"display:inline-block;width:98%" tabindex=3D"-1">
<div id=3D"divRplyFwdMsg" dir=3D"ltr"><font face=3D"Calibri, sans-serif" st=
yle=3D"font-size:11pt" color=3D"#000000"><b>From:</b> Rotary motors in airc=
raft &lt;flyrotary@lancaironline.net&gt; on behalf of Stephen Izett stephen=
.izett@gmail.com &lt;flyrotary@lancaironline.net&gt;<br>
<b>Sent:</b> Thursday, December 28, 2017 6:11:24 AM<br>
<b>To:</b> Rotary motors in aircraft<br>
<b>Subject:</b> [FlyRotary] Re: cooling system troubeshooting</font>
<div>&nbsp;</div>
</div>
<div style=3D"word-wrap:break-word">Hi Guys
<div class=3D"">In search of cooler running this is what we did today and p=
lan to do next.</div>
<div class=3D"">Any insights/thoughts welcome.</div>
<div class=3D""><br class=3D"">
</div>
<div class=3D"">Today we:</div>
<div class=3D"">1. Installed a new pressurised tank with 21psi cap at the h=
ighest point possible. It is fed from:</div>
<div class=3D"">&nbsp;A. Rear Iron.&nbsp;</div>
<div class=3D"">&nbsp;B. Top of the coolant out manifold&nbsp;(engine headi=
ng for radiator).&nbsp;</div>
<div class=3D"">&nbsp;C. Top of radiator inlet tank</div>
<div class=3D"">It returns to the pump inlet via a hose with a 1/8=94 restr=
iction.</div>
<div class=3D"">It overflows into an expansion tank accessible via a hatch =
in the top cowl</div>
<div class=3D""><br class=3D"">
</div>
<div class=3D"">2. Tested new config:</div>
<div class=3D"">A. I wondered why she wasn=92t running as sweet as usual an=
d realised the Leading plugs weren=92t firing so fixed the problem.</div>
<div class=3D""><span class=3D"x_Apple-tab-span" style=3D"white-space:pre">=
</span>With an OAT of ~ 80F after 20 mins of idle at 1800 rpm water gets to=
 over 225 and I shut it down. (No significant change from last setup)</div>
<div class=3D"">B. Measured Cowl pressure at a point between water radiator=
 and cowl flap referenced to Static -&nbsp;</div>
<div class=3D""><span class=3D"x_Apple-tab-span" style=3D"white-space:pre">=
</span>At idle the pressure is 0 inches of water</div>
<div class=3D""><span class=3D"x_Apple-tab-span" style=3D"white-space:pre">=
</span>At 6000rpm (fine pitch) it hits about negative 1/2 inch of water (th=
e exit shape, exhaust augmenter and cowl flap appear to be producing some n=
egative pressure in the cowl)</div>
<div class=3D""><span class=3D"x_Apple-tab-span" style=3D"white-space:pre">=
</span>I=92ve currently stuffed the gear opening full of pillows and rags t=
o emulate the gear being up and door closed.</div>
<div class=3D""><br class=3D"">
</div>
<div class=3D"">So here is the detail:</div>
<div class=3D"">The 193 inch^3 oil cooler is fed by a 7.4 inch^2 inlet well=
 below the spinner and into a trumpet diffuser.&nbsp;</div>
<div class=3D"">The 540 inch^3 water cooler is fed by the 16.5 inch^2 right=
 cheek inlet very close to the spinner and into a trumpet and then wedge di=
ffuser. (Tried to copy Tracy=92s RV8 cooler design)</div>
<div class=3D"">Ive put a matrix of wool tufts over the back of the water c=
ooler and distribution appears quite even.</div>
<div class=3D"">See photo showing oil cooler inlet below spinner vs cheeks.=
</div>
<div class=3D"">Currently the oil temps lag the water temps by a good 30F.<=
/div>
<div class=3D""><br class=3D"">
</div>
<div class=3D"">So next opportunity I=92m thinking:</div>
<div class=3D"">1. Because its a quick and easy test, I=92m planning to clo=
se off part of the oil cooler inlet and see what this does to the water tem=
ps.</div>
<div class=3D"">Will this provide a better balance between oil and water wi=
th the water rad getting a better share of the exit air flow?</div>
<div class=3D""><br class=3D"">
</div>
<div class=3D"">2. Seek to plot a set of pressure measurements at various l=
ocations around the cowl and diffusers for various;</div>
<div class=3D"">1. RPM=92s</div>
<div class=3D"">2. Cowl Flap position</div>
<div class=3D"">3. Gear door open / closed (stuffed full of pillow and rag)=
.</div>
<div class=3D""><br class=3D"">
</div>
<div class=3D"">Many thanks for your ponderings and any of your thoughts.</=
div>
<div class=3D""><br class=3D"">
</div>
<div class=3D"">Cheers</div>
<div class=3D""><br class=3D"">
</div>
<div class=3D"">Steve</div>
<div class=3D"">Perth Western Australia</div>
<div class=3D"">Glasair Super IIRG - Renesis 4 port RD1C EC3 EM3&nbsp;</div=
>
<div class=3D""><br class=3D"">
</div>
<div class=3D""><br class=3D"">
</div>
<div class=3D""><br class=3D"">
</div>
<div class=3D""><span class=3D"x_Apple-tab-span" style=3D"white-space:pre">=
</span><img id=3D"x_E499FF19-1E2B-4534-9290-773BEF50664F" class=3D"" src=3D=
"cid:6AA6B0B7-2A1A-4BC4-A430-C2782EDC2359"></div>
<div class=3D"">&nbsp;</div>
<div class=3D"">
<blockquote type=3D"cite" class=3D"">On 28 Dec 2017, at 7:37 am, Stephen Iz=
ett <a href=3D"mailto:stephen.izett@gmail.com" class=3D"">
stephen.izett@gmail.com</a> &lt;<a href=3D"mailto:flyrotary@lancaironline.n=
et" class=3D"">flyrotary@lancaironline.net</a>&gt; wrote:<br class=3D"">
<br class=3D"">
Hi Steve<br class=3D"">
<br class=3D"">
Aeroplane has not flown. We are still testing on the ground in OAT=92s of 8=
0-100F<br class=3D"">
At idle (1900rpm) Delta T=92s across Oil coiler - 18F, Water coiler - 8F<br=
 class=3D"">
<br class=3D"">
We are seeking to do two things:<br class=3D"">
1. Review our design - have we made a clear mistake somewhere -<br class=3D=
"">
a. We managed to not have an air bleed at the engine coolant in/out which i=
s the highest point!<br class=3D"">
We only have returns to the pressurised expansion tank/cap from rear iron a=
nd one from the top of the radiator in tank (returning to pump in).<br clas=
s=3D"">
b. We do not have a small hole in the Renesis bypass which we plugged.<br c=
lass=3D"">
c. Lynn uses a restrictor in the outlet to make sure the pump isn=92t cavit=
ating. Our coolant out plumbing has far less restriction than the stock set=
up (All be it the radiator is a dual pass so presents &nbsp;significantly m=
ore resistance)<br class=3D"">
d. We have just finished building a cowl flap in an attempt to control cowl=
 pressure.<br class=3D"">
<br class=3D"">
2. Do the science and seek to measure what the air and water are doing.<br =
class=3D"">
a. Not sure how to measure the water flow easily.&nbsp;<br class=3D"">
b. We are testing today to see what air pressures exist around the diffuser=
s and cowl.<br class=3D"">
<br class=3D"">
Cheers<br class=3D"">
<br class=3D"">
Steve<br class=3D"">
<br class=3D"">
<blockquote type=3D"cite" class=3D"">On 28 Dec 2017, at 3:00 am, Steven W. =
Boese <a href=3D"mailto:SBoese@uwyo.edu" class=3D"">
SBoese@uwyo.edu</a> &lt;<a href=3D"mailto:flyrotary@lancaironline.net" clas=
s=3D"">flyrotary@lancaironline.net</a>&gt; wrote:<br class=3D"">
<br class=3D"">
Simply determining radiator coolant delta T may be useful in troubleshootin=
g the cooling system. &nbsp;The water cooling system is a closed system wit=
h two heat exchangers: one is the engine putting heat into the coolant and =
the&nbsp;other is the radiator removing heat
 from the coolant. &nbsp;When all of the coolant flows through the engine a=
nd radiator (coolant bypass passage blocked by either a plug or a fully ope=
n thermostat) the engine and radiator must have&nbsp;the same coolant delta=
 T. &nbsp;At a given power level and coolant flow
 rate we all should see similar delta T's since we are using very similar e=
ngines. &nbsp;At sea level full throttle, that coolant delta T should be cl=
ose to 15 degrees F.&nbsp;&nbsp;Since the heat exchanger characteristics of=
 a clean engine are essentially fixed, a coolant
 delta T of much more than15 degrees F at full throttle would most likely b=
e a result of insufficient coolant flow rate through the system.&nbsp;&nbsp=
;This could result from a defective water pump or too much coolant bypassin=
g the radiator such as due to an incompletely
 closed thermostat bypass passage, too large air bleeds from engine coolant=
 high points, or an open cabin&nbsp;heater coolant loop. &nbsp;An EWP would=
 introduce an additional variable. &nbsp;<br class=3D"">
<br class=3D"">
With proper coolant flow rate, when the radiator cannot remove enough heat =
from the system, the overall coolant temperature will rise until one of two=
 conditions are achieved. &nbsp;First, the radiator may be capable of remov=
ing&nbsp;enough heat with a greater delta
 T between the coolant and the air. &nbsp; The system will stabilize, but t=
he delta T's of the coolant across the engine and across the radiator will =
remain essentially equal and unchanged. &nbsp;This type of&nbsp;behavior is=
 demonstrated in the attached data plot for a full
 throttle climb from 7,000 to 14,0000 ft msl with a typical OAT decrease.<b=
r class=3D"">
<br class=3D"">
The second condition would be to boil the coolant and remove heat due to th=
e phase change. &nbsp;This may not maintain a closed system and the stable =
condition would then, of course, be temporary.<br class=3D"">
<br class=3D"">
The goal of designing the radiator side of the cooling system is to size th=
e radiator and air flow through its core to achieve the desired overall coo=
lant temperature. &nbsp;Trying to change the coolant delta T at a given RPM=
 and power&nbsp;level will prove frustrating.<br class=3D"">
<br class=3D"">
The same would be true of the oil cooling system if the oil flow rate was c=
onsistent between our systems. &nbsp;However, if part of the oil flow is re=
turned to the sump at the front cover relief valve, comparisons between dif=
ferent setups&nbsp;will be of limited value
 unless the actual oil flow rates through the oil coolers are known. &nbsp;=
<br class=3D"">
<br class=3D"">
Steve Boese<br class=3D"">
RV6A, 1986 13B NA, RD1A, EC2<br class=3D"">
<br class=3D"">
<br class=3D"">
&lt;coolant delta T.jpg&gt;--<br class=3D"">
Homepage: &nbsp;<a href=3D"http://www.flyrotary.com/" class=3D"">http://www=
.flyrotary.com/</a><br class=3D"">
Archive and UnSub: &nbsp; <a href=3D"http://mail.lancaironline.net:81/lists=
/flyrotary/List.html" class=3D"">
http://mail.lancaironline.net:81/lists/flyrotary/List.html</a><br class=3D"=
">
</blockquote>
<br class=3D"">
<br class=3D"">
--<br class=3D"">
Homepage: &nbsp;<a href=3D"http://www.flyrotary.com/" class=3D"">http://www=
.flyrotary.com/</a><br class=3D"">
Archive and UnSub: &nbsp; <a href=3D"http://mail.lancaironline.net:81/lists=
/flyrotary/List.html" class=3D"">
http://mail.lancaironline.net:81/lists/flyrotary/List.html</a><br class=3D"=
">
</blockquote>
<br class=3D"">
</div>
</div>
</body>
</html>

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