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Subject: Re: [FlyRotary] Re: Thermostats.
References: <list-5426640@logan.com>
From: "Bobby J. Hughes" <bhughes@qnsi.net>
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thread-topic: [FlyRotary] Re: Thermostats.
thread-index: Acz5b4P/9UJFdHhmQbiKD0E2FU0kcQ==
Date: Sat, 3 Mar 2012 12:57:42 -0600
To: "Rotary motors in aircraft" <flyrotary@lancaironline.net>
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Last oil change I switched to valvoline racing synthetic 20-50. It's adverti=
sed as high zinc. I believe Tracy recently recommended a 50W oil for the gea=
rbox. I'm seeing higher than expected wear at the 1mm thrust bearing spacer.=
 Hopefully the heavier oil will help.

Bobby=20


Sent from my iPad

On Mar 3, 2012, at 9:46 AM, "Gordon Alling" <gordon@acumen-ea.com> wrote:

> All,
>=20
> =20
>=20
> What is everyone using for oil in their 13Bs?  It appears that the shop ma=
nual specifies 10W30 or 5W30 (for cold weather).  Are people flying regular m=
otor oil or are you all flying aviation oil (aeroshell, or equivalent)?
>=20
> =20
>=20
> Gordon C. Alling, Jr., PE
>=20
> President
>=20
> acumen Engineering/Analysis, Inc.
>=20
> =20
>=20
> 540-786-2200
>=20
> www.acumen-ea.com
>=20
> =20
>=20
> From: Rotary motors in aircraft [mailto:flyrotary@lancaironline.net] On Be=
half Of Lehanover@aol.com
> Sent: Sunday, February 26, 2012 3:23 PM
> To: Rotary motors in aircraft
> Subject: [FlyRotary] Re: Thermostats.
>=20
> =20
>=20
> I still know all of that stuff, I just cannot remember it.
>=20
> =20
>=20
> The Mazda and many other engines use a closed loop cooling system when col=
d.
>=20
> =20
>=20
> Where coolant is free to move through only the engine block during warm up=
. This keeps hot spots from forming and keeps the block from growing too big=
 on the hot (exhaust) side. It also gets the engine warm quickly so the tota=
l HC is low enough to sell the cars in the Peoples Republic of California.
>=20
> =20
>=20
> In a conventional system, most thermostats have a little bubble valve and t=
hat allows some coolant (and bubbles) to move out of the engine and pull som=
e coolant in from the radiator. This makes the warm up last longer than is g=
ood practice. In the Mazda version the thermostat from the Rube Goldberg sho=
ps has a conventional looking top to block coolant from leaving to the radia=
tor, and a plug valve that is open when cold to divert coolant around only i=
nside the block. When the coolant warms the top opens and the plug valve clo=
ses off the bypass port in the pump body forcing coolant out the norice to t=
he radiator.
>=20
> =20
>=20
> You can modify the pump casting by tapping the internal (plug valve hole) f=
or a pipe plug. Then use a conventional American thermostat.
>=20
> =20
>=20
> I use a 160 degree thermostat with three 1/8" holes drilled around the per=
imeter. In the event that the thermostat should fail, just reducing power al=
lows the three holes to pass enough coolant to save the engine. On very cold=
 days, the thermostat never opens and the engine cools only through the 3 ho=
les and runs about 150 degrees. For those days we taped off much of the radi=
ator. We have a big radiator.
>=20
> =20
>=20
> The rotary has dozens of nooks and crannies in which it hides air bubbles t=
o use to stop the water pump with an air lock when you need it the most. It c=
an run for weeks with the bubbles in place and when you rev it up for say a r=
ace start, or a take off, zoom there go the bubbles swept along to the sucti=
on side of the pump, followed by no more pumping and then no more engine. Al=
l of this is the same as any engine, however the rotary has the water pump m=
ounted very high on the block where the bubbles can have the maximum effect o=
n producing cavitation.
>=20
> =20
>=20
> All of the air must be removed from the system. Mazda did all of the engin=
eering for that in the RX2-3 and 4. The make up tank on the fire wall (plast=
ic crap that no American relief cap fits very well) has the pressure cap on i=
t. The cap on the radiator is just a lid to seal the radiator and has no pre=
ssure relief function. Bubbles popping to the top of the radiator are forced=
 up the hose to the pressure bottle, then pop to the surface inside the bott=
le. With any pressure reduction inside the block, resulting in only pure coo=
lant returning to the block. The pressure bottle need only be filled to 2/3 c=
apacity allowing a compressible air volume on top of the coolant. After 3 he=
at cycles you will need to top off the bottle as the coolant will be in the b=
lock and the recovered air will be in the bottle. Works great. Works every t=
ime. Designed by Mazda. Works on Mazda, Cosworth, Chevy and even Ford racing=
 engines and airplanes.
>=20
> =20
>=20
> This was no genius move by Mazda. This is just an Accumulator.
>=20
> These are used in all kinds of liquid systems to provide bubble removal an=
d as a back up supply of that liquid. And to maintain a specific pressure. A=
s in 3000 pound flight control hydraulic systems in airplanes.
>=20
> =20
>=20
> The make up tank or bottle need only have a filler neck that will fit an A=
merican style relief cap. (Stant lever cap 17 to 22 pounds) Consult you radi=
ator manufacturer for maximum pressure. Taller and thinner is better. Hose t=
o the radiator top out the lowest point in the bottle. Cap accessible so you=
 can top off the coolant. The actual location of the make up bottle is not a=
t all important. It need not be the highest item in the coolant system. The h=
ose needs to be about 1/8" in ID however.
>=20
> In the racer the Mazda make up bottle from an RX-2 sits on the passenger f=
loor, and works just fine since 1980. I put that or similar in every race ca=
r I ever built. Never a cooling problem.
>=20
> =20
>=20
> If you use a thermostat, keep in mind that they seldom fail in the open po=
sition. They fail by the bellows cracking and loosing the alcohol in the bel=
lows (or whatever they use now) and the damn thing snaps shut. They do not d=
ie slowly in order to give you a warning.
>=20
> =20
>=20
> Many racers use restrictions in the water outlet to limit flow rate to the=
 radiator. This is so the restrictor is the main restriction to flow and not=
 the radiator. You do not want any cavitation occurring inside the radiator.=
 Notice that the bottom radiator outlet and hose is much larger than the top=
 (high pressure) hose. Notice also that the bottom hose has an internal supp=
ort spring installed to prevent collapse. Deduce then that it is possible to=
 collapse the bottom hose via a dynamic pressure difference between the wate=
r pump outlet and the water pump inlet even though the pressure cap is in pl=
ace an fully functional.
>=20
> =20
>=20
> They (radiators) die quickly. If you run the rotary up to 8,000 rpm while l=
istening to the bottom radiator hose through a stethoscope,
>=20
> you will probably install a restrictor after changing you Depends.
>=20
> =20
>=20
> Notice that some aircraft installations run fine with 1" ID radiator hose t=
o and from the radiator. That is a lot of restriction. And still it works.
>=20
> All of my coolant must pass through a 5/8" sharp edged 1/8" thick restrict=
or. And still it works.
>=20
> =20
>=20
> For low RPM installations such as airplanes, a restrictor is probably of n=
o value.
>=20
> =20
>=20
> Lynn E. Hanover
>=20
> =20
>=20
> =20
>=20
> =20
>=20
> In a message dated 2/26/2012 12:29:41 P.M. Eastern Standard Time, cbarber@=
texasattorney.net writes:
>=20
> I have been searching the archives but to scant successes regarding thermo=
stats use or lack of use for cooling.=20
>=20
> I have been having issue with cooling lately. I use to be able to idle on t=
he ramp for over an hour in the middle of a Houston summer with adequate coo=
ling. However, lately temps are rising faster and higher.=20
>=20
> Yesterday, while troubleshooting this issue I noted that after about a ten=
 minute taxi that the mounting location of my coolant temp probes was readin=
g about 220 degrees measured with a handheld thermo gage, close to what was b=
eing indicated on the panel  However, the top of the radiator was cool to th=
e touch. The handheld thermo gage read 45 degrees.   Ok. Seems to be a flow/=
thermostat/pump issue. I will be Looking into this ASAP.=20
>=20
> This got me to think about thermostat usage. I have one. I know some do no=
t use them.=20
>=20
> It is my understanding that if you remove the thermostat you have to close=
 some passage off. What passage is this and why does this need to be done. A=
lso, what is the accepted method.=20
>=20
> While researching I also saw discussion on restrictive plates. While I am n=
ot considering a restrictive plate, the thread discussed drilling holes in t=
he thermostat itself. Lynn mentioned do it caught my interest.=20
>=20
> It seems this is something I use to know but now forget where I saw it. I j=
ust finished reviewing my partial scan of Tracy's conversion manual to no av=
ail and my archive search is giving me hundreds of returns.=20
>=20
> Thanks,=20
>=20
> Chris

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