Received-SPF: pass
 receiver=logan.com; client-ip=205.188.157.36; envelope-from=Lehanover@aol.com
From: Lehanover@aol.com
Message-ID: <c23.19ee1b4a.339c15de@aol.com>
Date: Sat, 9 Jun 2007 10:40:30 EDT
Subject: Re: [FlyRotary] Re: Spark Plug Cleaning
To: flyrotary@lancaironline.net
MIME-Version: 1.0
Content-Type: multipart/mixed; boundary="part1_c23.19ee1b4a.339c15de_boundary"


--part1_c23.19ee1b4a.339c15de_boundary
Content-Type: multipart/alternative;
	boundary="-----------------------------1181400015"


-------------------------------1181400015
Content-Type: text/plain; charset="US-ASCII"
Content-Transfer-Encoding: 7bit

 
In a message dated 6/9/2007 8:07:04 A.M. Eastern Daylight Time,  
eanderson@carolina.rr.com writes:

Ed,
 
I wish you would test 4 of these. :) If Lynn is  correct about high power 
spark then these might be the ultimate solution.  Looks like 3 time the energy of 
our standard LS1 coils. 
 
_http://www.msdignition.com/coil_blaster_19_8245.htm_ 
(http://www.msdignition.com/coil_blaster_19_8245.htm) 
 
Bobby


If Lynn is correct????
 
I am cut to the core young man.
 
I would leave these alone until Tracy gives them the OK for use with his  
system. To get three times the output you must have three times the input. And  
switching SCRs come in many sizes and capacities. 
 
The primary benefit of the capacitor discharge system is the short  rise 
time. The Kettering system closes a circuit (with the points) to charge up  a high 
turns ratio transformer (the coil)
 
And at the correct time the points are opened so as to  collapse the  field 
in the coil and by means of the step up function of the coil produce a  high 
voltage pulse to light the plug.
 
Inductive reactance, is not a form of critical thinking. 
 
When you apply a current to a coil, a flux field starts to form. As that  
flux field expands through the coil it cuts through the windings you are  
supplying the current to and produces a current flow in opposition to the  charging 
current. As though the coil didn't like to be charged and is trying to  stop 
you from doing it. 
 
This results in a kind of time shift, where the current flow in opposition  
is called reverse EMF, Just means ElectroMotiveForce, or volts. It looks like a 
 resister of increasing value is being added to the charging circuit. So the 
coil  charges more slowly than we would like.
 
And worse, it never charges fully. There is a 62% rule here and that just  
accounts for the coils reluctance to be fully charged. You calculate the time it 
 takes the coil to charge to 62% of it full capacity and write that down. It 
is  one time period. So, in one time period we get to 62% of capacity. In the 
second  time period the coil will charge to 62% of what is left, or 62% of the 
remaining  38% of capacity will charge in the second period, an soon.
 
So, coils don't like to be charged up. Coils never charge to full capacity,  
ever. 
 
When a partially charged coil has its current supply cut off, that big flux  
field collapses, and as the flux lines cut through the windings, the same 
thing  happens again. A current in opposition the current we want to use is 
generated,  and coil performance is never up to what we want to have. 
 
So, all ignition coils are built with much more capacity than you  would 
think required just to account for this feature. 
 
One method of overcoming a high resistance is by increasing voltage. The  
plug gap is a very high resistance and we keep adding voltage until current  
flows across that resistance. 
 
So if you have two paths for current flow, and one of them is this big air  
gap on the spark plug, and a parallel path of little balls of lead salts lined  
up on the center electrode porcelain,
what happens?  Most of the current follows the lead salts to ground,  and any 
excess voltage
is not enough to jump the air gap. 
 
But wait there's more.  
 
The resistance in that air gap is variable. It goes up with higher cylinder  
pressure, and down with lower cylinder pressure. So, when you feel that 
stumble  or "SAG" let off of the throttle a bit and the cylinder pressure goes down 
a bit  and the engine runs fine again. 
 
Capacitor systems use electronic trickery to produce a square wave DC that  
will work in a transformer. That transformer steps your 12 volts up to 400  
volts, and pumps 400 volts of DC into a big capacitor. When you need to fire a  
plug, a very large capacity SCR clamps that capacitor to the coil primary.  
Designed for 12 volts, the primary looks like a short circuit
to the capacitor. It discharges, very quickly.
 
The same rules still apply about 62% but now that first time period is real  
short, and 62% of 400 is still a whopping big surprise to the 12 volt coil, 
and  the building flux field is so quick that secondary output exceeds the  
voltage required to jump the air gap and flow along the lead salts, and arc out  
of the back end of the spark plug boot to your Twistoflex watch band, and  lay 
you out on the hanger floor.................All on the way up to peak  current 
flow through
the coil primary. So, the rise time (time to reach firing voltage) is so  
short that the alterative paths like the trail of lead salts or any other paths,  
(like your hand for example) cannot drain off enough of the voltage to 
prevent  the plug from firing. 
 
If you have Stents in your heart, as I do, or a Pacemaker, or a heart  
monitor/defibrillator, have some young guy work on your ignition system. 
 
The MSD (and other) systems use about one amp per thousand RPM. You don't  
want any part of that kind of energy.
 
Picture is from Western Electric when I still had a mind.
 
Lynn E. Hanover


************************************** See what's free at http://www.aol.com.

-------------------------------1181400015
Content-Type: text/html; charset="US-ASCII"
Content-Transfer-Encoding: quoted-printable

<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0 Transitional//EN">
<HTML><HEAD>
<META http-equiv=3DContent-Type content=3D"text/html; charset=3DUS-ASCII">
<META content=3D"MSHTML 6.00.2800.1593" name=3DGENERATOR></HEAD>
<BODY id=3Drole_body style=3D"FONT-SIZE: 12pt; COLOR: #000000; FONT-FAMILY:=20=
Arial"=20
bottomMargin=3D7 leftMargin=3D7 topMargin=3D7 rightMargin=3D7><FONT id=3Drol=
e_document=20
face=3DArial color=3D#000000 size=3D3>
<DIV>
<DIV>In a message dated 6/9/2007 8:07:04 A.M. Eastern Daylight Time,=20
eanderson@carolina.rr.com writes:</DIV>
<BLOCKQUOTE=20
style=3D"PADDING-LEFT: 5px; MARGIN-LEFT: 5px; BORDER-LEFT: blue 2px solid"><=
FONT=20
  style=3D"BACKGROUND-COLOR: transparent" face=3DArial color=3D#000000 size=
=3D2>
  <DIV dir=3Dltr align=3Dleft><SPAN class=3D047591402-09062007><FONT face=
=3DArial=20
  color=3D#0000ff size=3D2>Ed,</FONT></SPAN></DIV>
  <DIV dir=3Dltr align=3Dleft><SPAN class=3D047591402-09062007><FONT face=
=3DArial=20
  color=3D#0000ff size=3D2></FONT></SPAN>&nbsp;</DIV>
  <DIV dir=3Dltr align=3Dleft><SPAN class=3D047591402-09062007><FONT face=
=3DArial=20
  color=3D#0000ff size=3D2>I wish you would test 4 of these. :)&nbsp;If Lynn=
 is=20
  correct about high power spark then these might be&nbsp;the ultimate solut=
ion.=20
  Looks like 3 time the energy of our standard LS1 coils. </FONT></SPAN></DI=
V>
  <DIV dir=3Dltr align=3Dleft><SPAN class=3D047591402-09062007><FONT face=
=3DArial=20
  color=3D#0000ff size=3D2></FONT></SPAN>&nbsp;</DIV>
  <DIV dir=3Dltr align=3Dleft><SPAN class=3D047591402-09062007><FONT face=
=3DArial=20
  color=3D#0000ff size=3D2><A=20
  title=3Dhttp://www.msdignition.com/coil_blaster_19_8245.htm=20
  href=3D"http://www.msdignition.com/coil_blaster_19_8245.htm">http://www.ms=
dignition.com/coil_blaster_19_8245.htm</A></FONT></SPAN></DIV>
  <DIV dir=3Dltr align=3Dleft><SPAN class=3D047591402-09062007><FONT face=
=3DArial=20
  color=3D#0000ff size=3D2></FONT></SPAN>&nbsp;</DIV>
  <DIV dir=3Dltr align=3Dleft><SPAN class=3D047591402-09062007><FONT face=
=3DArial=20
  color=3D#0000ff size=3D2>Bobby</FONT></SPAN></DIV></FONT></BLOCKQUOTE></DI=
V>
<DIV></DIV>
<DIV>If Lynn is correct????</DIV>
<DIV>&nbsp;</DIV>
<DIV>I am cut to the core young man.</DIV>
<DIV>&nbsp;</DIV>
<DIV>I would leave these alone until Tracy gives them the OK for use with hi=
s=20
system. To get three times the output you must have three times the input. A=
nd=20
switching SCRs come in many sizes and capacities. </DIV>
<DIV>&nbsp;</DIV>
<DIV>The primary benefit of the capacitor discharge&nbsp;system is the short=
=20
rise time. The Kettering system closes a circuit (with the points) to charge=
 up=20
a high turns ratio transformer (the coil)</DIV>
<DIV>&nbsp;</DIV>
<DIV>And at the correct time the points are opened so as to&nbsp; collapse t=
he=20
field in the coil and by means of the step up function of the coil produce a=
=20
high voltage pulse to light the plug.</DIV>
<DIV>&nbsp;</DIV>
<DIV>Inductive reactance, is not a form of critical thinking. </DIV>
<DIV>&nbsp;</DIV>
<DIV>When you apply a current to a coil, a flux field starts to form. As tha=
t=20
flux field expands through the coil it cuts through the windings you are=20
supplying the current to and produces a current flow in opposition to the=20
charging current. As though the coil didn't like to be charged and is trying=
 to=20
stop you from doing it. </DIV>
<DIV>&nbsp;</DIV>
<DIV>This results in a kind of time shift, where the current flow in opposit=
ion=20
is called reverse EMF, Just means ElectroMotiveForce, or volts. It looks lik=
e a=20
resister of increasing value is being added to the charging circuit. So the=20=
coil=20
charges more slowly than we would like.</DIV>
<DIV>&nbsp;</DIV>
<DIV>And worse, it never charges fully. There is a 62% rule here and that ju=
st=20
accounts for the coils reluctance to be fully charged. You calculate the tim=
e it=20
takes the coil to charge to 62% of it full capacity and write that down. It=20=
is=20
one time period. So, in one time period we get to 62% of capacity. In the se=
cond=20
time period the coil will charge to 62% of what is left, or 62% of the remai=
ning=20
38% of capacity will charge in the second period, an soon.</DIV>
<DIV>&nbsp;</DIV>
<DIV>So, coils don't like to be charged up. Coils never charge to full capac=
ity,=20
ever. </DIV>
<DIV>&nbsp;</DIV>
<DIV>When a partially charged coil has its current supply cut off, that big=20=
flux=20
field collapses, and as the flux lines cut through the windings, the same th=
ing=20
happens again. A current in opposition the current we want to use is generat=
ed,=20
and coil performance is never up to what we want to have. </DIV>
<DIV>&nbsp;</DIV>
<DIV>So, all ignition coils are built with much more capacity&nbsp;than you=20
would think required just to account for this feature.&nbsp;</DIV>
<DIV>&nbsp;</DIV>
<DIV>One method of overcoming a high resistance is by increasing voltage. Th=
e=20
plug gap is a very high resistance and we keep adding voltage until current=20
flows across that resistance. </DIV>
<DIV>&nbsp;</DIV>
<DIV>So if you have two paths for current flow, and one of them is this big=20=
air=20
gap on the spark plug, and a parallel path of little balls of lead salts lin=
ed=20
up on the center electrode porcelain,</DIV>
<DIV>what happens?&nbsp; Most of the current follows the lead salts to groun=
d,=20
and any excess voltage</DIV>
<DIV>is not enough to jump the air gap. </DIV>
<DIV>&nbsp;</DIV>
<DIV>But wait there's more. &nbsp;</DIV>
<DIV>&nbsp;</DIV>
<DIV>The resistance in that air gap is variable. It goes up with higher cyli=
nder=20
pressure, and down with lower cylinder pressure. So, when you feel that stum=
ble=20
or "SAG" let off of the throttle a bit and the cylinder pressure goes down a=
 bit=20
and the engine runs fine again. </DIV>
<DIV>&nbsp;</DIV>
<DIV>Capacitor systems use electronic trickery to produce a square wave DC t=
hat=20
will work in a transformer. That transformer steps your 12 volts up to 400=20
volts, and pumps 400 volts of DC into a big capacitor. When you need to fire=
 a=20
plug, a very large capacity SCR clamps that capacitor to the coil primary.=20
Designed for 12 volts, the primary looks like a short circuit</DIV>
<DIV>to the capacitor.&nbsp;It&nbsp;discharges, very quickly.</DIV>
<DIV>&nbsp;</DIV>
<DIV>The same rules still apply about 62% but now that first time period is=20=
real=20
short, and 62% of 400 is still a whopping big surprise to the 12 volt coil,=20=
and=20
the building flux field is so&nbsp;quick that secondary output exceeds the=20
voltage required to jump the air gap and flow along the lead salts, and arc=20=
out=20
of the back end of the spark plug boot to your&nbsp;Twistoflex watch band, a=
nd=20
lay you out on the hanger floor.................All on the way up to peak=20
current flow through</DIV>
<DIV>the coil primary. So, the rise time (time to reach firing voltage) is s=
o=20
short that the alterative paths like the trail of lead salts or any other pa=
ths,=20
(like your hand for example) cannot drain off enough of the voltage to preve=
nt=20
the plug from firing. </DIV>
<DIV>&nbsp;</DIV>
<DIV>If you have Stents in your heart, as I do, or a Pacemaker, or a heart=20
monitor/defibrillator, have some young guy work on your ignition system. </D=
IV>
<DIV>&nbsp;</DIV>
<DIV>The MSD (and other) systems use about one amp per thousand RPM. You don=
't=20
want any part of that kind of energy.</DIV>
<DIV>&nbsp;</DIV>
<DIV>Picture is from Western Electric when I still had a mind.</DIV>
<DIV>&nbsp;</DIV>
<DIV>Lynn E. Hanover</DIV></FONT><BR><BR><BR><DIV><FONT style=3D"color: blac=
k; font: normal 10pt ARIAL, SAN-SERIF;"><HR style=3D"MARGIN-TOP: 10px">See w=
hat's free at <A title=3D"http://www.aol.com?ncid=3DAOLAOF00020000000503" hr=
ef=3D"http://www.aol.com?ncid=3DAOLAOF00020000000503" target=3D"_blank">AOL.=
com</A>. </FONT></DIV></BODY></HTML>

-------------------------------1181400015--

--part1_c23.19ee1b4a.339c15de_boundary
Content-Type: image/jpeg; name="Lynn-western_557x443.jpg"
Content-Transfer-Encoding: base64
Content-Disposition: inline; filename="Lynn-western_557x443.jpg"
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--part1_c23.19ee1b4a.339c15de_boundary--