Subject: Mounting of radiator
From: Rotary Engine
Date: 5/8/2007, 2:02 PM
To: AARotary Engine


   Mark

   Looks great Mark. Nice work. Can you move it forward and up an
   inch
   or two?
   --
   Paul Lamar ...No rotor no motor.

   Mark,
   Your project looks great. A couple of questions.
   1. Is this "Austin" Mark? (Luling?)(I forget the last name)
   2. Is that your oil cooler behind the new air diffuser and if so, how
   does it get air flow?
   3. Is that an RV6?
   4. How will the cooling air exit? Another formed diffuser or vanes or?

   Allen
   Houston


   Hello Allen-

   It's Mark Supinski out in Colorado, actually.

   The oil cooler is mounted aft of the radiator. It will be getting it's
   own diffuser (I'm laying it up tonight). The diffuser will be fed by a
   duct leading from a cowling cheek. Port or starboard is yet to be
   determined based on the outcome of my question regarding how to get air
   for the intake manifold airbox. Fortunately, the diffuser design is
   such that it can fit with the intake either to the port or starboard.

   It is a Mustang 2 -- roughly the same size as an RV6.

   Air will exit through louvers for the radiator. The louvers will
   (eventually) be adjustable to control cooling -- if that proves to be a
   problem. When was the last time you heard someone complaining that
   their rotary was running too cool?? The louvers will be built into the
   bottom cowling, but if you look closely you will see nutplates along the
   bottom of the radiator already in place to help secure the bottom
   cowling to the rad & make sure everything stays nicely aligned. As to
   the oil cooler, the M2 design already has a ramp for air to exit below
   the firewall. I plan on just letting the air find its way out. Cooling
   control will be via a butterfly flap on the intake side (again, if
   necessary).

   Regards,

   Mark

Mark,

Thanks for your answers.  I guess some of my questions stem from the
fact that I am only beginning to study the ducting requirements and how
they are basically configured for best flow dynamics.  I also didn't
know that oil cooling greatly added to available HP to the engine.
Anyway, I know I have a lot to learn and that's something I like doing.
Thanks again to you and Paul for your time.

Allen
Houston

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