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References: <list-4952605@logan.com>
Date: Wed, 20 Apr 2011 17:17:22 -0700 (PDT)
From: Kelly Troyer <keltro@att.net>
Subject: Re: [FlyRotary] 13B Rotary Timing & Leaning Procedure
To: Rotary motors in aircraft <flyrotary@lancaironline.net>
In-Reply-To: <list-4952605@logan.com>
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This will make it easier to print off a copy and save as a "ODT" (Open Offi=
ce =0AText) document..........=0A=0AKelly Troyer=0A"DYKE DELTA JD2" (Eventu=
ally)=0A"13B ROTARY"_ Engine=0A"RWS"_RD1C/EC2/EM2=0A"MISTRAL"_Backplate/Oil=
 Manifold=0A"TURBONETICS"_TO4E50 Turbo=0A=0A=0A=0A=0A______________________=
__________=0AFrom: Kelly Troyer <keltro@att.net>=0ATo: Rotary motors in air=
craft <flyrotary@lancaironline.net>=0ASent: Wed, April 20, 2011 6:45:49 PM=
=0ASubject: [FlyRotary] 13B Rotary Timing & Leaning Procedure=0A=0A=0ARotor=
heads we all need to "Copy , Save and or Memorize"=A0the post below from =
=0ALynn...............IMHO=0A=A0=0AKelly Troyer=0A"DYKE DELTA JD2" (Eventua=
lly)=0A"13B ROTARY"_ Engine=0A"RWS"_RD1C/EC2/EM2=0A"MISTRAL"_Backplate/Oil =
Manifold=0A"TURBONETICS"_TO4E50 Turbo=0A=0A=0A=0A=0A_______________________=
_________=0AFrom: "Lehanover@aol.com" <Lehanover@aol.com>=0ATo: Rotary moto=
rs in aircraft <flyrotary@lancaironline.net>=0ASent: Wed, April 20, 2011 5:=
42:11 PM=0ASubject: [FlyRotary] Re: My Mistral Engine Status=0A=0AYour "Fee=
ble" mind is right on.=0A=A0=0APeak EGTs can get to near 2,000 degrees. Onl=
y ceramic apex seals come back from =0Athat after more than a few seconds. =
All of my comments apply to 12 A normally =0Aaspirated engines, but in gene=
ral the data can be applied to other rotaries.=0A=0AThe object of lighting =
the fuel in the confined space is to have the cylinder =0Apressure to =0A=
=0Apeak at about 50 degrees after After Top Dead Center (ATDC). Think big p=
iston, =0Ashort stroke. So it likes high revs to make power. =0A=0A=0AFrom =
too rich to run to too lean to run is a bigger range than a piston engine. =
=0A=A0The ideal power producing fire happens when the EGTs are just rich of=
 peak. =0APeak EGT is different on each engine, and is all over the map as =
you tune the =0Aburn with timing changes, fuel type and octane and so-on. S=
o you have to think =0Aabout what happens with each possible change you can=
 make. First, the EGT probes =0Aare in the outside of any bends, 3" from th=
e port face. So the supersonic flow =0Apasses over the probes, and delivers=
 accurate combustion data. You may find =0Asubsonic flow returning to the p=
ort=A0=0Aalong the short side radius, thus the need for the probe on the bo=
ttom of the =0Apipe or outside of the turn. =0A=0A=A0=0AOnce at speed chang=
ing the timing for a specific set of conditions, changes the =0Alocation of=
 peak pressure. In general you will be moving away from ideal, and =0Awatch=
ing the revs with a fixed load will tell you this. More revs is better. So,=
 =0Asince an airplane is just a big expensive Dyno, you can dial up best re=
vs with =0Atiming variations,=A0 =0A=0Aand then with that setting recorded,=
 you move mixture up and down until you get =0Abest revs again. Then go bac=
k to timing and tune again. You are looking for the =0Abest combination of =
settings not just a collection of best settings unrelated to =0Aeach other.=
=0A=A0=0AThe low EGTs suggested are for maximum power while staying well ri=
ch of peak. =0ASo for take off and fast climb you will be=A0producing close=
 to max power while =0Afuel cooling the engine and apex seals. It uses more=
 fuel and less engine life. =0ATo save fuel=0Ayou can lean quickly past pea=
k EGT to well lean of peak for low fuel consumption =0Acruise. Again tune f=
or this set of conditions. Since the fuel bits are further =0Aapart (Lean) =
they tend to burn slower, so a bit more ignition advance can be =0Aused. Ke=
ep leaning to lean miss, then back up rich a bit then add more advance =0Aa=
nd lean again.=0A=A0=0AA monster ignition system can get you further into l=
ean. Notice the low EGTs =0Aindicate low fuel consumption (and lower power)=
.=0A=0ARemember the object is peak pressure at 50 degrees ATDC. =0A=0AEvery=
thing affects everything.=A0The OAT, the pressure, humidity. And so-on. =0A=
=A0=0AI can trick factory controllers and so can you. Measure the resistanc=
e values of =0Athe sensors that the controller uses to determine fuel deliv=
ery. Then get some =0ARadio Shack pots that cover that range top and bottom=
. Install two DPDT switches =0Awith the controllers wires on the center lug=
s, the sensor wires on one end and =0Athe pot wires on the other end. Now i=
n one switch position the system is as =0Astock. In the other position=0Ath=
e sensor is replaced with the pot, and you can change the value to tune the=
 =0Aengine.=0ANow if you should loose a sensor you have a backup. Once you =
have this working, =0Areplace the Chinese crap with American pieces.=0A=A0=
=0AThis is not to suggest that people driving "Show Room Stock" racers woul=
d ever =0Astoop this low just to go fast. I would never do this. But if you=
 did, you would =0Ahide the switch in the heater ducting (they never look i=
n the ducting) and use a =0Amagnetic switch, and turn it off on exiting the=
 car=A0with that magnet in the toe =0Aof your driving shoe. The idiot light=
 goes out when the switch is off and all is =0Astock again. Like taking can=
dy from a baby.=0A=A0=0ALynn E. Hanover=0A=A0=0A=0AIn a message dated 4/20/=
2011 4:33:35 P.M. Atlantic Daylight Time, =0Aceengland@bellsouth.net writes=
:=0AI wouldn't claim to have any hands-on experience with running a rotary =
=0A>(except in cars), but 'normal' internal combustion engine EGTs would go=
 =0A>up as you lean, to a point, but should then start dropping as you =0A>=
continue to lean. If your 'lean' setting is too rich, that might explain =
=0A>both high EGT & high fuel consumption relative to HP. In my rather =0A>=
feeble mind (based on conventional a/c engine experience), I'd expect =0A>'=
rich' to yield slightly lower than max EGT for full power operation, =0A>an=
d 'lean' to yield significantly lower than max EGT for cruise power =0A>set=
tings.=0A>=0A>Unfortunately, no constructive thoughts on how to remedy the =
situation =0A>if you're running Mistral's controller....=0A>=0A>Charlie=0A>=
=0A>=0A>
--0-2027664775-1303345042=:32688
Content-Type: text/html; charset=iso-8859-1
Content-Transfer-Encoding: quoted-printable

<html><head><style type=3D"text/css"><!-- DIV {margin:0px;} --></style></he=
ad><body><div style=3D"font-family:arial, helvetica, sans-serif;font-size:1=
4pt"><DIV></DIV>=0A<DIV>This will make it easier to print off a copy and sa=
ve as a "ODT" (Open Office Text) document..........</DIV>=0A<DIV>&nbsp;</DI=
V>=0A<P>Kelly Troyer<BR><STRONG><FONT size=3D4>"DYKE DELTA JD2"</FONT> <FON=
T size=3D1>(Eventually)</FONT></STRONG></P>=0A<P>"13B ROTARY"_ Engine<BR>"R=
WS"_RD1C/EC2/EM2<BR>"MISTRAL"_Backplate/Oil Manifold</P>=0A<P>"TURBONETICS"=
_TO4E50 Turbo</P>=0A<DIV><BR></DIV>=0A<DIV style=3D"FONT-FAMILY: arial, hel=
vetica, sans-serif; FONT-SIZE: 14pt"><BR>=0A<DIV style=3D"FONT-FAMILY: time=
s new roman, new york, times, serif; FONT-SIZE: 12pt"><FONT size=3D2 face=
=3DTahoma>=0A<HR SIZE=3D1>=0A<B><SPAN style=3D"FONT-WEIGHT: bold">From:</SP=
AN></B> Kelly Troyer &lt;keltro@att.net&gt;<BR><B><SPAN style=3D"FONT-WEIGH=
T: bold">To:</SPAN></B> Rotary motors in aircraft &lt;flyrotary@lancaironli=
ne.net&gt;<BR><B><SPAN style=3D"FONT-WEIGHT: bold">Sent:</SPAN></B> Wed, Ap=
ril 20, 2011 6:45:49 PM<BR><B><SPAN style=3D"FONT-WEIGHT: bold">Subject:</S=
PAN></B> [FlyRotary] 13B Rotary Timing &amp; Leaning Procedure<BR></FONT><B=
R>=0A<DIV style=3D"FONT-FAMILY: arial, helvetica, sans-serif; FONT-SIZE: 14=
pt">=0A<DIV></DIV>=0A<DIV>Rotorheads we all need to "Copy , Save and or Mem=
orize"&nbsp;the post below from Lynn...............IMHO<BR>&nbsp;</DIV>=0A<=
P>Kelly Troyer<BR><STRONG><FONT size=3D4>"DYKE DELTA JD2"</FONT> <FONT size=
=3D1>(Eventually)</FONT></STRONG></P>=0A<P>"13B ROTARY"_ Engine<BR>"RWS"_RD=
1C/EC2/EM2<BR>"MISTRAL"_Backplate/Oil Manifold</P>=0A<P>"TURBONETICS"_TO4E5=
0 Turbo</P>=0A<DIV><BR></DIV>=0A<DIV style=3D"FONT-FAMILY: arial, helvetica=
, sans-serif; FONT-SIZE: 14pt"><BR>=0A<DIV style=3D"FONT-FAMILY: times new =
roman, new york, times, serif; FONT-SIZE: 12pt"><FONT size=3D2 face=3DTahom=
a>=0A<HR SIZE=3D1>=0A<B><SPAN style=3D"FONT-WEIGHT: bold">From:</SPAN></B> =
"Lehanover@aol.com" &lt;Lehanover@aol.com&gt;<BR><B><SPAN style=3D"FONT-WEI=
GHT: bold">To:</SPAN></B> Rotary motors in aircraft &lt;flyrotary@lancairon=
line.net&gt;<BR><B><SPAN style=3D"FONT-WEIGHT: bold">Sent:</SPAN></B> Wed, =
April 20, 2011 5:42:11 PM<BR><B><SPAN style=3D"FONT-WEIGHT: bold">Subject:<=
/SPAN></B> [FlyRotary] Re: My Mistral Engine Status<BR></FONT><BR><FONT id=
=3Drole_document color=3D#000000 size=3D3 face=3DArial>=0A<DIV>Your "Feeble=
" <FONT size=3D2>mind is right on.</FONT></DIV>=0A<DIV><FONT size=3D2></FON=
T>&nbsp;</DIV>=0A<DIV><FONT size=3D2>Peak EGTs can get to near 2,000 degree=
s. Only ceramic apex seals come back from that after more than a few second=
s. All of my comments apply to 12 A normally aspirated engines, but in gene=
ral the data can be applied to other rotaries.</FONT></DIV>=0A<DIV>&nbsp;</=
DIV>=0A<DIV><FONT size=3D2>The object of lighting the fuel in the confined =
space is to have the cylinder pressure to </FONT></DIV>=0A<DIV><FONT size=
=3D2>peak at about 50 degrees after After Top Dead Center (ATDC). Think big=
 piston, short stroke. So it likes high revs to make power. </FONT></DIV>=
=0A<DIV>&nbsp;</DIV>=0A<DIV><FONT size=3D2>From too rich to run to too lean=
 to run is a bigger range than a piston engine. </FONT>&nbsp;<FONT size=3D2=
>The ideal power producing fire happens when the EGTs are just rich of peak=
. Peak EGT is different on each engine, and is all over the map as you tune=
 the burn with timing changes, fuel type and octane and so-on. So you have =
to think about what happens with each possible change you can make. First, =
the EGT probes are in the outside of any bends, 3" from the port face. So t=
he supersonic flow passes over the probes, and delivers accurate combustion=
 data. You may find subsonic flow returning to the port</FONT>&nbsp;</DIV>=
=0A<DIV><FONT size=3D2>along the short side radius, thus the need for the p=
robe on the bottom of the pipe or outside of the turn. </FONT></DIV>=0A<DIV=
><FONT size=3D2></FONT>&nbsp;</DIV>=0A<DIV><FONT size=3D2>Once at speed cha=
nging the timing for a specific set of conditions, changes the location of =
peak pressure. In general you will be moving away from ideal, and watching =
the revs with a fixed load will tell you this. More revs is better. So, sin=
ce an airplane is just a big expensive Dyno, you can dial up best revs with=
 timing variations,&nbsp; </FONT></DIV>=0A<DIV><FONT size=3D2>and then with=
 that setting recorded, you move mixture up and down until you get best rev=
s again. Then go back to timing and tune again. You are looking for the bes=
t combination of settings not just a collection of best settings unrelated =
to each other.</FONT></DIV>=0A<DIV><FONT size=3D2></FONT>&nbsp;</DIV>=0A<DI=
V><FONT size=3D2>The low EGTs suggested are for maximum power while staying=
 well rich of peak. </FONT></DIV>=0A<DIV><FONT size=3D2>So for take off and=
 fast climb you will be&nbsp;producing close to max power while fuel coolin=
g the engine and apex seals. It uses more fuel and less engine life. To sav=
e fuel</FONT></DIV>=0A<DIV><FONT size=3D2>you can lean quickly past peak EG=
T to well lean of peak for low fuel consumption cruise. Again tune for this=
 set of conditions. Since the fuel bits are further apart (Lean) they tend =
to burn slower, so a bit more ignition advance can be used. Keep leaning to=
 lean miss, then back up rich a bit then add more advance and lean again.</=
FONT></DIV>=0A<DIV><FONT size=3D2></FONT>&nbsp;</DIV>=0A<DIV><FONT size=3D2=
>A monster ignition system can get you further into lean. Notice the low EG=
Ts indicate low fuel consumption (and lower power).</FONT></DIV>=0A<DIV>&nb=
sp;</DIV>=0A<DIV><FONT size=3D2>Remember the object is peak pressure at 50 =
degrees ATDC. </FONT></DIV>=0A<DIV>&nbsp;</DIV>=0A<DIV><FONT size=3D2>Every=
thing affects everything.</FONT>&nbsp;<FONT size=3D2>The OAT, the pressure,=
 humidity. And so-on. </FONT></DIV>=0A<DIV><FONT size=3D2></FONT>&nbsp;</DI=
V>=0A<DIV><FONT size=3D2>I can trick factory controllers and so can you. Me=
asure the resistance values of the sensors that the controller uses to dete=
rmine fuel delivery. Then get some Radio Shack pots that cover that range t=
op and bottom. Install two DPDT switches with the controllers wires on the =
center lugs, the sensor wires on one end and the pot wires on the other end=
. Now in one switch position the system is as stock. In the other position<=
/FONT></DIV>=0A<DIV><FONT size=3D2>the sensor is replaced with the pot, and=
 you can change the value to tune the engine.</FONT></DIV>=0A<DIV><FONT siz=
e=3D2>Now if you should loose a sensor you have a backup. Once you have thi=
s working, replace the Chinese crap with American pieces.</FONT></DIV>=0A<D=
IV><FONT size=3D2></FONT>&nbsp;</DIV>=0A<DIV><FONT size=3D2>This is not to =
suggest that people driving "Show Room Stock" racers would ever stoop this =
low just to go fast. I would never do this. But if you did, you would hide =
the switch in the heater ducting (they never look in the ducting) and use a=
 magnetic switch, and turn it off on exiting the car&nbsp;with that magnet =
in the toe of your driving shoe. The idiot light goes out when the switch i=
s off and all is stock again. Like taking candy from a baby.</FONT></DIV>=
=0A<DIV><FONT size=3D2></FONT>&nbsp;</DIV>=0A<DIV><FONT size=3D2>Lynn E. Ha=
nover</FONT></DIV>=0A<DIV><FONT size=3D2></FONT>&nbsp;</DIV>=0A<DIV>&nbsp;<=
/DIV>=0A<DIV>=0A<DIV>In a message dated 4/20/2011 4:33:35 P.M. Atlantic Day=
light Time, ceengland@bellsouth.net writes:</DIV>=0A<BLOCKQUOTE style=3D"BO=
RDER-LEFT: blue 2px solid; PADDING-LEFT: 5px; MARGIN-LEFT: 5px"><FONT style=
=3D"BACKGROUND-COLOR: transparent" color=3D#000000 size=3D2 face=3DArial>I =
wouldn't claim to have any hands-on experience with running a rotary <BR>(e=
xcept in cars), but 'normal' internal combustion engine EGTs would go <BR>u=
p as you lean, to a point, but should then start dropping as you <BR>contin=
ue to lean. If your 'lean' setting is too rich, that might explain <BR>both=
 high EGT &amp; high fuel consumption relative to HP. In my rather <BR>feeb=
le mind (based on conventional a/c engine experience), I'd expect <BR>'rich=
' to yield slightly lower than max EGT for full power operation, <BR>and 'l=
ean' to yield significantly lower than max EGT for cruise power <BR>setting=
s.<BR><BR>Unfortunately, no constructive thoughts on how to remedy the situ=
ation <BR>if you're running Mistral's
 controller....<BR><BR>Charlie<BR><BR><BR></FONT></BLOCKQUOTE></DIV></FONT>=
</DIV></DIV></DIV></DIV></DIV></div></body></html>
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