X-Virus-Scanned: clean according to Sophos on Logan.com Return-Path: Received: from fed1rmmtao103.cox.net ([68.230.241.43] verified) by logan.com (CommuniGate Pro SMTP 5.3c3) with ESMTP id 4015244 for flyrotary@lancaironline.net; Fri, 11 Dec 2009 10:28:17 -0500 Received-SPF: none receiver=logan.com; client-ip=68.230.241.43; envelope-from=alventures@cox.net Received: from fed1rmimpo01.cox.net ([70.169.32.71]) by fed1rmmtao103.cox.net (InterMail vM.8.00.01.00 201-2244-105-20090324) with ESMTP id <20091211152741.WKCM26337.fed1rmmtao103.cox.net@fed1rmimpo01.cox.net> for ; Fri, 11 Dec 2009 10:27:41 -0500 Received: from BigAl ([72.192.136.150]) by fed1rmimpo01.cox.net with bizsmtp id FrTh1d00H3EsL8g03rThY2; Fri, 11 Dec 2009 10:27:42 -0500 X-VR-Score: -200.00 X-Authority-Analysis: v=1.1 cv=dPH3qklg8Vic3E1mcpSlAaa4ZLB04ixhaZIb8bf8Di4= c=1 sm=1 a=saXAW7-kG5MA:10 a=+xS8pRtGb5GgEi4xmYelzg==:17 a=kviXuzpPAAAA:8 a=Ia-xEzejAAAA:8 a=NoAKp6exAAAA:8 a=7g1VtSJxAAAA:8 a=g9a22Z9o_l3VfpmdXUIA:9 a=p6rip27hWZCKbZQLttcA:7 a=J-gOPlPTvq2qEJkzhLSUJx5WJYwA:4 a=4vB-4DCPJfMA:10 a=EzXvWhQp4_cA:10 a=7vFNw2XpA4NpfDg7:21 a=cgNtQn47nYsPAweL:21 a=oLc6W5hbGypw0d94MtYA:9 a=Q1s0RjC8Z9N35-eZRSQA:7 a=sJHAIX3wwW9v-H91bazmbT7aQC8A:4 a=myZgfTtCiWj4x0tH:21 a=QfPFcH76hwWpYrOV:21 a=VlgxrbahLt8V6wtf3L0A:9 a=fRexld47OZf5K6bxBuZeyBvJQiMA:4 a=KQqxNPgzF0kA:10 a=OH9xvbkW_p6TLEQE:18 a=+xS8pRtGb5GgEi4xmYelzg==:117 X-CM-Score: 0.00 From: "Al Gietzen" To: "'Rotary motors in aircraft'" Subject: RE: [FlyRotary] Re: FW: [FlyRotary] Exhaust and Muffler designs. Date: Fri, 11 Dec 2009 07:27:57 -0800 Message-ID: <72A5517446E64504B8C182A835427904@BigAl> MIME-Version: 1.0 Content-Type: multipart/mixed; boundary="----=_NextPart_000_0008_01CA7A33.75FE47C0" X-Priority: 3 (Normal) X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook, Build 10.0.6856 Importance: Normal Thread-Index: Acp58gNspVRZJLukRUqtsH967TbwVQAf43wg In-Reply-To: X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.5579 This is a multi-part message in MIME format. ------=_NextPart_000_0008_01CA7A33.75FE47C0 Content-Type: multipart/alternative; boundary="----=_NextPart_001_0009_01CA7A33.75FE47C0" ------=_NextPart_001_0009_01CA7A33.75FE47C0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Stephan; =20 Thanks. Yes, it heats the prop, but not enough to be deleterious. I was concerned because my Catto prop has fiberglass wraps over wood. Early = in the testing I put thermal sensing tape on the prop blades. The highest = temp reached was about 130-135F, which I=92m sure occurred during full power = climb. Cruise temps would be lower. Catto=92s opinion was that it was nothing = to be concerned about =96 the strength of the blade in the root area is all = about the wood core. =20 The exhaust does of course deposit some stain on the prop. It wipes off relatively easily with Goof-Off (or similar). Detergents take it off, = but it takes more scrubbing. The prop is painted with 2-stage acrylic, and after 170 hours there is no permanent discoloration of the clear coat on = the surface, so that tells me everything is fine. There is now some minor discoloration of the cowl port at the exhaust exit. =20 I have a 6=94 prop extension, so the distance from the exhaust pipe to = the prop is about 8=94. I chose this approach in the interest of minimum = drag. (Photo) =20 Al =20 Subject: [FlyRotary] Re: FW: [FlyRotary] Exhaust and Muffler designs. =20 Hi Al.... Very nice installation...=20 =20 One question. =20 Does the discharge of the exhaust that close to the prop transfer any = heat to it. I know the duration of the blade passing across the exhaust = stream is very short and there is alot of air funneling around the cowl and = diluting the heat but.... Do you see any sign of heat ? Doe it leave an exhaust stain on the blade/ =20 Thanks in advance, --- On Wed, 12/9/09, Al Gietzen wrote: From: Al Gietzen Subject: [FlyRotary] FW: [FlyRotary] Exhaust and Muffler designs. To: "Rotary motors in aircraft" Date: Wednesday, December 9, 2009, 10:52 PM Phil; Here is a posting; with attachments, that I sent to the list about 6 = months ago. The inconel is .045 or .050=94; I=92m not certain which. The fabricator = (Mark Sadickas (sp?); referred by Dave Atkins) had the material. Materials = and labor came to $1950. =20 The secondary muffler is .032=94 321SS outside, with through-pipe and = ends of .049=94. The outside of the secondary stays relatively cool =96 I = learned that the O2 sensor would not get hot enough there to give good readings, suggesting maybe about 900F. Al =20 -----Original Message----- From: Rotary motors in aircraft [mailto:flyrotary@lancaironline.net] On Behalf Of Al Gietzen Sent: Sunday, June 08, 2008 12:15 PM To: Rotary motors in aircraft Subject: [FlyRotary] Exhaust and Muffler designs. =20 Exhaust and muffler design in the rotary installation is one of the more complex of all the installation issues. There are, and have been so many variations among the various installations that there is little = statistical proof of anything. I=92ll add a few comments and opinions that may be relevant, and describe what I did. It may trigger some ideas for you to think about. My system on the 20B is now approaching 100 hours =96 not a = long term proof =96 but it is still solid.=20 =20 The exhaust temps out of the port are very high, typically in the neighborhood of 1600F, and sometimes maybe 1700F. Couple this with = pressure pulses and vibrational loads, and corrosive environment, and you have a = very demanding situation. When you look at material properties to handle = this, things narrow down pretty rapidly, particularly if you also want light weight as we do in aviation. Stainless steels, like 321, can handle the temps and be a workable exhaust =96 but, design for low stress levels = then becomes a must, because SS are subject to =91stress corrosion=92 at = these temps. Combine the high temperatures and vibrational stress and you get inter-granular corrosion which weakens the material and it eventually = falls apart. =20 On way to alleviate that is to use inconel. It gives you higher = temperature capability and corrosion resistance. And it gives you higher cost. But = is it worth it to reduce your risk a forced landing in an unfriendly place? Compared to the total cost of your airplane it=92s a small amount. = Maybe cut cost somewhere where it is less critical to safety.=20 =20 Another thing to consider is that the more quickly you can expand the exhaust gas, the more quickly you can deal with lower temperatures. = Charles Law =96 temp (degree K) goes down in direct proportion to increased = volume. This becomes more complex in an exhaust system because of other factors, = but it still works in your favor. The gas will expand down a constant = diameter pipe, but expanding into a BIG pipe can make a significant drop. =20 =20 That can be one of the advantages of the tangential muffler/manifold, or = the design that Neil presented. The amount of the temp drop of course = depends on the pressure in that bigger can. These designs have their own = possible failure modes associated with welded joints and thermal stresses, but at least there is nothing there that is going to plug up the flow = downstream. The skill of the welder and the post-weld heat treatment are important factors. =20 These units are generally bolted directly to the engine via the short = header pipes, so vibration loads are a factor. Ideally you=92d like to have = stress (and thermal expansion) de-coupling between the engine and the muffler/manifold, but since the engine can move relative to it=92s mount = you either have to accommodate significant movement, or support it to the = engine by some other means then the header pipes. =20 And then there is the matter of the exit pipe(s) and secondary mufflers. Those have to be supported as well =96 an unsupported length of pipe = extending from the muffler is an ideal candidate for some vibrational resonance = which will fail the system somewhere. And the further away from the engine centerline, the greater the loads.=20 =20 My exhaust system is shown in the first attached photo. This is in a = pusher configuration. It is an inconel tangential manifold/muffler supported = to the engine by short inconel header pipes which are welded to a heavy RB steel flange. It has a convex =91head=92 at the front, and a conical = outlet to the exit pipe. It has internal vanes welded at an angle on the inside surface opposite the exit from the headers (you can see the welds on the outside) to help break up the pulses and direct the exhaust toward the = exit. They also prevent possible =93swirl-flow choking=94 which could increase = back pressure. There are =91straightening=92 vanes in the conical exit = section. =20 The exit pipe is clamped (custom heavy SS clamp) to the inlet pipe of = the secondary muffler (I=92ll call it a resonator). The resonator is also = of my design and is made of 321 SS. It is basically a straight through 2 = =BE=94 pipe that is drilled full of =BC=94 holes (about 100), contained within outer = 5=94 dia. pipe. The inner pipe has an orifice plate at the center which has a 1 = 5/8=94 opening. This orifice produces some restriction to the flow through the resonator to force some of it outward through the holes, and back = through the holes to exit. The purpose of the resonator is to knock down the pressure peaks a bit more. Measurements on the dyno showed that = resonator knocked another 8 db off the sound level and had no noticeable effect on = the HP. =20 The plug in the resonator closes a port originally intended for the O2 sensor. But it didn=92t work well in that location because the = temperature was too low (interesting, huh). I had to move it to the inlet pipe. =20 Last but not least, there is a SS support at the end which clamps = solidly to the redrive. The clamp is designed to be rigid laterally, but to also be = an effective heat choke. This supports the resonator, and reduces the likelihood of any resonance vibration in the system. =20 I originally thought that the resonator internals may not last more than = 50 hours, but at 95 hours they are still solid. Which brings up another = point. It is easily inspected. I can see those internals from the exit end, and = I can stick a screwdriver or ratchet handle or whatever; in there and bang around to be sure things are sound. I inspect all the welds in the = exhaust system every time I remove the cowl, or at least every 10 hours or so. = Make your system inspectable, and keep an eye on it. =20 I wouldn=92t call it =93quiet=94, but I=92ve had people say they like = the way it sounds. Time will tell its reliability. =20 Best, =20 Al Gietzen =20 =20 If you go through the archives, you'll find lots of examples = of failed muffler designs. Many by your's truly. I think I've tried every concoction known to man and the Swiss. They all worked... for a while. = =20 My best overall design (see attached) is a 2" tube, full of holes inside a 5" tube. All made of 16ga SS, all welded together. Needless = to say, the flange is more like 3/16" - 1/4" SS. The inside end of the 2" = tube is welded to the end cap of the 5" tube. That blocks off the one end of = the 2" tube and secures it from movement. The exhaust end of the 2" tube is welded through a 2" hole in the other 5" end cap. Rather than drilling = the 2" tube full of round holes, we cut slots with a saw. Then take a big = flat blade screwdriver, stick it in the slot and bend it over. This creates = an oblong hole. (Much easier than drilling into SS. This is what will go = on the Volmer. =20 The sound is quite acceptable, it fits inside the cowl and = Jim M.'s version lasted the life of the aircraft... 600+ hours. =20 Neil =20 PS: Are you considering Rough River? =20 =20 =20 -----Original Message----- From: Rotary motors in aircraft [mailto:flyrotary@lancaironline.net] On Behalf Of Al Wick Sent: Saturday, June 07, 2008 4:57 PM To: Rotary motors in aircraft Subject: [FlyRotary] Re: Mistral Crash Analysis =20 C'mon guys. You do this every time there's a crash. Instantly go into=20 rationalization mode. It's unhealthy. Greatly increases risk builders = won't=20 take action. Increases risk you won't research it thoroughly. =20 A healthy response would be:" Here's another example of how our engines=20 produce unusually destructive exhaust temperature and pulses. We have a = rich =20 history of broken exhaust components. We need to be very thorough when=20 designing and building exhaust." =20 I designed my own muffler. It had two inlets, two outlets. So if (when) = my=20 muffler failed, it could never block both pipes. I also put loose safety = wire around my pipes, because on a pusher loosing pipe wipes out prop. = So=20 basically, I assume stuff will fail, then design it to control the way = it=20 fails. I've heard of rotary guys doing same type of thing. This is a = good=20 time to share those key items. =20 On your car, they deliberately design products to fail a certain way. = They=20 will make a component weak, so it fails first. They do that with wheels = and=20 hubs. So when the muffler fails, little pieces come apart, not big = sections? =20 You guys do a great job of sharing successes, design and construction=20 details. This is another opportunity. =20 -al wick =20 =20 =20 =20 ). But, I=20 serious doubt it will effect many who have researched the rotary and = come to =20 understand its benefits - as for the rest, who cares {:>) > =20 I'm certain it was a relief to Mistral that the culprit was not one of = their engine components. =20 =20 =20 Whew! a close one for sure. =20 =20 =20 Hi Ed, =20 =20 =20 Unfortunately, I bet the majority of people will only hear "Mistral=20 rotary", "lost power", and "crash" :-( =20 =20 =20 Rusty (RV-3 taking forever.) =20 ____________________________________________________________ Orlando Vacations - Click Here! http://thirdpartyoffers.juno.com/TGL2141/fc/Ioyw6i3nK7u59LkagfZ5IcEgGqYcv= PRC wA85GgQITbFK9vE7wPGKFP/ =20 -- Homepage: http://www.flyrotary.com/ Archive and UnSub: http://mail.lancaironline.net:81/lists/flyrotary/List.html -----Inline Attachment Follows----- -- Homepage: http://www.flyrotary.com/ Archive and UnSub: http://mail.lancaironline.net:81/lists/flyrotary/List.html =20 ------=_NextPart_001_0009_01CA7A33.75FE47C0 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

Stephan;

 

Thanks. Yes, it heats the prop, = but not enough to be deleterious.=A0 I was concerned because my Catto prop has = fiberglass wraps over wood.=A0 Early in the testing I put thermal sensing tape on = the prop blades. =A0The highest temp reached was about 130-135F, which I’m = sure occurred during full power climb. Cruise temps would be lower.=A0 Catto’s = opinion was that it was nothing to be concerned about – the strength of = the blade in the root area is all about the wood core.

 

The exhaust does of course = deposit some stain on the prop.=A0 It wipes off relatively easily with Goof-Off (or = similar).=A0 Detergents take it off, but it takes more scrubbing. =A0The prop is = painted with 2-stage acrylic, and after 170 hours there is no permanent discoloration = of the clear coat on the surface, so that tells me everything is fine.=A0 There = is now some minor discoloration of the cowl port at the exhaust = exit.

 

I have a 6” prop extension, = so the distance from the exhaust pipe to the prop is about 8”.=A0 I chose = this approach in the interest of minimum drag. (Photo)

 

Al

 

Subject: [FlyRotary] Re: FW: [FlyRotary] Exhaust and Muffler designs.

 

Hi Al.... Very nice installation... =

 

One question.

 

Does the discharge of the exhaust that = close to the prop transfer any heat to it. I know the duration of the blade passing = across the exhaust stream is very short and there is alot of air funneling = around the cowl and diluting the heat but....

Do you see any sign of heat = ?

Doe it leave an exhaust stain on the = blade/

 

Thanks in advance,



--- On Wed, = 12/9/09, Al Gietzen <ALVentures@cox.net><= /b> wrote:


From: Al Gietzen <ALVentures@cox.net>
Subject: [FlyRotary] FW: [FlyRotary] Exhaust and Muffler designs.
To: "Rotary motors in aircraft" = <flyrotary@lancaironline.net>
Date: Wednesday, December 9, 2009, 10:52 PM

Phil;

Here is a = posting; with attachments, that I sent to the list about 6 months = ago.

The inconel = is .045 or .050”; I’m not certain which.  The fabricator = (Mark Sadickas (sp?); referred by Dave Atkins) had the material.  = Materials and labor came to $1950.

 

The = secondary muffler is .032” 321SS outside, with through-pipe and ends of .049”.  The outside of the secondary stays relatively cool = – I learned that the O2 sensor would not get hot enough there to give = good readings, suggesting maybe about 900F.

Al

 

-----Original Message-----
From: Rotary motors in = aircraft [mailto:flyrotary@lancaironline.net] On Behalf Of Al Gietzen
Sent: = Sunday, June 08, 2008 12:15 = PM
To: Rotary motors in = aircraft
Subject: [FlyRotary] = Exhaust and Muffler designs.

 

Exhaust and muffler design in the rotary = installation is one of the more complex of all the installation issues. There are, and = have been so many variations among the various installations that there is = little statistical proof of anything.  I’ll add a few comments and opinions that may be relevant, and describe what I did. It may trigger = some ideas for you to think about. My system on the 20B is now approaching = 100 hours – not a long term proof – but it is still solid. =

 

The exhaust temps out of the port are very high, typically in the neighborhood of 1600F, and sometimes maybe = 1700F.  Couple this with pressure pulses and vibrational loads, and corrosive environment, and you have a very demanding situation.  When you = look at material properties to handle this, things narrow down pretty rapidly, particularly if you also want light weight as we do in aviation.  Stainless steels, like 321, can handle the temps and be a workable = exhaust – but, design for low stress levels then becomes a must, because = SS are subject to ‘stress corrosion’ at these temps.  = Combine the high temperatures and vibrational stress and you get inter-granular = corrosion which weakens the material and it eventually falls = apart.

 

On way to alleviate that is to use inconel.  = It gives you higher temperature capability and corrosion = resistance.  And it gives you higher cost.  But is it worth it to reduce your risk = a forced landing in an unfriendly place?  Compared to the total = cost of your airplane it’s a small amount.  Maybe cut cost = somewhere where it is less critical to safety.

 

Another thing to consider is that the more = quickly you can expand the exhaust gas, the more quickly you can deal with lower temperatures.  Charles Law – temp (degree K) goes down in = direct proportion to increased volume.  This becomes more complex in an = exhaust system because of other factors, but it still works in your favor. =  The gas will expand down a constant diameter pipe, but expanding into a = BIG pipe can make a significant drop.  

 

That can be one of the advantages of the = tangential muffler/manifold, or the design that Neil presented.  The amount = of the temp drop of course depends on the pressure in that bigger can. These = designs have their own possible failure modes associated with welded joints = and thermal stresses, but at least there is nothing there that is going to plug up = the flow downstream.  The skill of the welder and the post-weld heat treatment are important factors.

 

These units are generally bolted directly to the = engine via the short header pipes, so vibration loads are a factor. Ideally you’d like to have stress (and thermal expansion) de-coupling = between the engine and the muffler/manifold, but since the engine can move = relative to it’s mount you either have to accommodate significant = movement, or support it to the engine by some other means then the header = pipes.

 

And then there is the matter of the exit pipe(s) = and secondary mufflers. Those have to be supported as well – an = unsupported length of pipe extending from the muffler is an ideal candidate for = some vibrational resonance which will fail the system somewhere. And the = further away from the engine centerline, the greater the loads. =

 

My exhaust system is shown in the first attached = photo. This is in a pusher configuration.  It is an inconel tangential manifold/muffler supported to the engine by short inconel header pipes = which are welded to a heavy RB steel flange. It has a convex = ‘head’ at the front, and a conical outlet to the exit pipe.  It has = internal vanes welded at an angle on the inside surface opposite the exit from the = headers (you can see the welds on the outside) to help break up the pulses and = direct the exhaust toward the exit. They also prevent possible = “swirl-flow choking” which could increase back pressure.  There are ‘straightening’ vanes in the conical exit = section.

 

The exit pipe is clamped (custom heavy SS clamp) = to the inlet pipe of the secondary muffler (I’ll call it a resonator).  The resonator is also of my design and is made of 321 SS.  = It is basically a straight through 2 =BE” pipe that is drilled full of = =BC” holes (about 100), contained within outer 5” dia. pipe. =  The inner pipe has an orifice plate at the center which has a 1 5/8” opening.  This orifice produces some restriction to the flow = through the resonator to force some of it outward through the holes, and back = through the holes to exit.  The purpose of the resonator is to knock down the pressure peaks a bit more.  Measurements on the dyno showed that resonator knocked another 8 db off the sound level and had no = noticeable effect on the HP.

 

The plug in the resonator closes a port = originally intended for the O2 sensor. But it didn’t work well in that = location because the temperature was too low (interesting, huh). I had to move = it to the inlet pipe.

 

Last but not least, there is a SS support at the = end which clamps solidly to the redrive. The clamp is designed to be rigid laterally, but to also be an effective heat choke.  This supports = the resonator, and reduces the likelihood of any resonance vibration in = the system.

 

I originally thought that the resonator internals = may not last more than 50 hours, but at 95 hours they are still solid. = Which brings up another point.  It is easily inspected. I can see those internals from the exit end, and I can stick a screwdriver or ratchet = handle or whatever; in there and bang around to be sure things are sound. =  I inspect all the welds in the exhaust system every time I remove the = cowl, or at least every 10 hours or so.  Make your system inspectable, and = keep an eye on it.

 

I wouldn’t call it “quiet”, but I’ve had people say they like the way it sounds. Time will tell = its reliability.

 

Best,

 

Al Gietzen

 

 

         = ;   If you go through the archives, you'll find lots of examples = of

failed muffler designs.  Many by your's = truly.  I think I've tried every

concoction known to man and the Swiss.  They = all worked...  for a while. 

         = ;   My best overall design (see attached) is a 2" tube, full of = holes

inside a 5" tube.  All made of 16ga SS, = all welded together.  Needless to

say, the flange is more like 3/16" - = 1/4" SS.  The inside end of the 2" tube

is welded to the end cap of the 5" = tube.  That blocks off the one end of the

2" tube and secures it from movement.  = The exhaust end of the 2" tube is

welded through a 2" hole in the other 5" = end cap.  Rather than drilling the

2" tube full of round holes, we cut slots = with a saw.  Then take a big flat

blade screwdriver, stick it in the slot and bend = it over.  This creates an

oblong hole.  (Much easier than drilling into SS.  This is what will go on

the Volmer.

 

         = ;   The sound is quite acceptable, it fits inside the cowl and Jim = M.'s

version lasted the life of the aircraft... 600+ = hours.

 

Neil

 

PS: Are you considering Rough = River?

 

 

 

-----Original Message-----

From: Rotary motors in aircraft [mailto:flyrotary@lancaironline.net] On

Behalf Of Al Wick

Sent: Saturday, June 07, 2008 4:57 = PM

To: Rotary motors in aircraft

Subject: [FlyRotary] Re: Mistral Crash = Analysis

 

C'mon guys. You do this every time there's a = crash. Instantly go into

rationalization mode. It's unhealthy. Greatly = increases risk builders won't

take action. Increases risk you won't research it thoroughly.

 

A healthy response would be:" Here's another = example of how our engines

produce unusually destructive exhaust temperature = and pulses. We have a rich

 

history of broken exhaust components. We need to = be very thorough when

designing and building = exhaust."

 

I designed my own muffler. It had two inlets, two outlets. So if (when) my

muffler failed, it could never block both pipes. I = also put loose safety

wire around my pipes, because on a pusher loosing = pipe wipes out prop. So

basically, I assume stuff will  fail, then = design it to control the way it

fails. I've heard of rotary guys doing same type = of thing. This is a good

time to share those key items.

 

On your car, they deliberately design products to = fail a certain way. They

will make a component weak, so it fails first. = They do that with wheels and

hubs. So when the muffler fails, little pieces = come apart, not big sections?

 

You guys do a great job of sharing successes, = design and construction

details. This is another = opportunity.

 

-al wick

 

 

 

 

<No doubt you are on the money, Rusty.  = When folks are already predisposed

to bad mouth the rotary - this will only be more ammunition.  "See! even

with umpteen million dollars you can't get one to fly"  {:>).  But, I

serious doubt it will effect many who have = researched the rotary and come to

 

understand its benefits - as for the rest, who = cares {:>)

>

 

  I'm certain it was a relief to Mistral that = the culprit was not one of

their engine components.

 

 

 

  Whew! a close one for = sure.

 

 

 

  Hi Ed,

 

 

 

  Unfortunately, I bet the majority of people = will only hear "Mistral

rotary", "lost power", and "crash"  :-(

 

 

 

  Rusty (RV-3 taking = forever.)

 

_____________________________________________________= _______

Orlando Vacations - Click = Here!

http://thirdpartyoffers.juno.com/TGL2141/fc/Ioyw6i3nK= 7u59LkagfZ5IcEgGqYcvPRC

wA85GgQITbFK9vE7wPGKFP/

 

--

Homepage:  = http://www.flyrotary.com/

Archive and UnSub:

http://mail.lancaironline.net:81/lists/flyrotary/List= .html


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