X-Virus-Scanned: clean according to Sophos on Logan.com Return-Path: Received: from [207.115.11.55] (HELO fmailhost01.isp.att.net) by logan.com (CommuniGate Pro SMTP 5.2.2) with ESMTP id 2869455 for flyrotary@lancaironline.net; Wed, 23 Apr 2008 19:22:07 -0400 Received-SPF: none receiver=logan.com; client-ip=207.115.11.55; envelope-from=keltro@att.net Received: from fwebmail09.isp.att.net ([207.115.11.159]) by isp.att.net (frfwmhc05) with SMTP id <20080423232128H0500nb59he>; Wed, 23 Apr 2008 23:21:29 +0000 X-Originating-IP: [207.115.11.159] Received: from [64.250.201.96] by fwebmail09.isp.att.net; Wed, 23 Apr 2008 23:21:27 +0000 From: "Kelly Troyer" To: "Rotary motors in aircraft" Subject: Cooling sytem changes- Velocity 20B Date: Wed, 23 Apr 2008 23:21:27 +0000 Message-Id: <042320082321.15621.480FC4750006AA7300003D0522218675169B0A02D29B9B0EBF019D9B040A05@att.net> In-Reply-To: X-Mailer: AT&T Message Center Version 1 (Mar 10 2008) X-Authenticated-Sender: a2VsdHJvQGF0dC5uZXQ= MIME-Version: 1.0 Content-Type: multipart/mixed; boundary="NextPart_Webmail_9m3u9jl4l_15621_1208992887_0" --NextPart_Webmail_9m3u9jl4l_15621_1208992887_0 Content-Type: multipart/alternative; boundary="NextPart_Webmail_9m3u9jl4l_15621_1208992887_1" --NextPart_Webmail_9m3u9jl4l_15621_1208992887_1 Content-Type: text/plain Content-Transfer-Encoding: 8bit Al, Beautiful installation (normal for you).........Just by chance I have an oil/water cooler exactly like yours in my part collection that I purchased from "Aeroquip" a few years ago just in case I needed it !!..........<:) It is bound to work on a 13B if it helps your 20B !! You are going to make quite an impression at the "Contact" alternate engine flyin.....Get some photos of those attending (Dave Leonard also) for those of us still hugging the ground !! Best Regards, -- Kelly Troyer "Dyke Delta"_13B ROTARY Engine "RWS"_RD1C/EC2/EM2 "Mistral"_Backplate/Oil Manifold -------------- Original message from "Al Gietzen" : -------------- Brief background: the oil temp was getting too high on extended climb - coolant temp was OK, but I knew the wing-root radiator was not doing much due to low air flow. Mods: I installed an oil/water cooler in the return line from the in-cowl radiator, I re-did the scoop and the shape of the diffuser to the wing-root rad, and installed an in-line 170F thermostat in the feed to that rad. A number of other small fixes; and converted from the OMP injecting pan oil to using pre-mix. I put Mobile 1 15-50 in the pan. First test, a ground run to check everything out find leaks, purge air etc. After that some power running on the ground. The oil temp was no longer the limiting factor, and stayed closer to coolant temp as expected. What wasn’t expected is that overall cooling on the ground was significantly better. The only explanation could be that the new scoop and diffuser are so much better, just sitting face into the 10-12 kt breeze helped the cooling. First test flight: OAT 68. Climbed to 3000’ and orbit the field. Temps stayed well below limits in climb, and at cruise conditions the oil was 165 and the coolant 140. Too cool? Not even up the 170 temp of the #2 rad. I had drilled some small holes in the thermostat to give at least some flow, apparently even that was too much. Second flight: Went east over the hills to the dessert where the temp a Borrego Springs was 85. I did a touch and go; then climbed at 1500-2000 fpm from 800’ up to 6000’. Oil stayed below 210; coolant about 195. Cruising back the coolant temp again dropped to about 145. Is it not a good idea to run the coolant that low? I can change out the thermostat and not drill holes in it. The oil cooler I installed is a MoCal Laminova. These had also been sold by Aeroquip, but not any more. Not very high capacity, but very compact and fits where I wanted to put it (on the firewall, below the filters, where my HP3001 filters no longer fitJ). (photos 1 & 2) I had wanted to use the Setrab TOC300, but they are not currently making those. On the re-do of the scoop and diffuser, I made a mold and formed a unit the would fit inside of the previous cutout in the wing. It is a curved adaptation of the K&W coordinates, and includes provision for bleeding a ¼” boundary layer to the top edge of the core. (photos 3 & 4). My previous flow measurements had indicated the BL was about ¼”. Whatever; it seems to be working very well. Perhaps had I done that same treatment to the oil cooler scoop and diffuser I could have skipped the complex task of installing the oil/water cooler. Nah, don’t even go there! BTW; Tracy. I have not noticed any increase in power with the pre-mix. But then I’m not using any Marvel Mystery oil. It must be those high power additives in the MMO I mentioned that make the differenceJ Al --NextPart_Webmail_9m3u9jl4l_15621_1208992887_1 Content-Type: multipart/related; boundary="NextPart_Webmail_9m3u9jl4l_15621_1208992887_2" --NextPart_Webmail_9m3u9jl4l_15621_1208992887_2 Content-Type: text/html Content-Transfer-Encoding: 8bit
  Al,
    Beautiful installation (normal for you).........Just by chance I have an
oil/water cooler exactly like yours in my part collection that I purchased
from "Aeroquip" a few years ago just in case I needed it !!..........<:) It
is bound to work on a 13B if it helps your 20B !!
 
   You are going to make quite an impression at the "Contact" alternate
engine flyin.....Get some photos of those attending (Dave Leonard also)
for those of us still hugging the ground !!
 
Best Regards,   
--
Kelly Troyer
"Dyke Delta"_13B ROTARY Engine
"RWS"_RD1C/EC2/EM2
"Mistral"_Backplate/Oil Manifold
-------------- Original message from "Al Gietzen" <ALVentures@cox.net>: --------------

Brief background: the oil temp was getting too high on extended climb - coolant temp was OK, but I knew the wing-root radiator was not doing much due to low air flow.

 

Mods:  I installed an oil/water cooler in the return line from the in-cowl radiator, I re-did the scoop and the shape of the diffuser to the wing-root rad, and installed an in-line 170F thermostat in the feed to that rad. A number of other small fixes; and converted from the OMP injecting pan oil to using pre-mix.  I put Mobile 1 15-50 in the pan.

 

First test, a ground run to check everything out find leaks, purge air etc.  After that some power running on the ground. The oil temp was no longer the limiting factor, and stayed closer to coolant temp as expected.  What wasn’t expected is that overall cooling on the ground was significantly better.  The only explanation could be that the new scoop and diffuser are so much better, just sitting face into the 10-12 kt breeze helped the cooling.

 

First test flight: OAT 68.  Climbed to 3000’ and orbit the field. Temps stayed well below limits in climb, and at cruise conditions the oil was 165 and the coolant 140.  Too cool?  Not even up the 170 temp of the #2 rad.  I had drilled some small holes in the thermostat to give at least some flow, apparently even that was too much.

 

Second flight: Went east over the hills to the dessert where the temp a Borrego Springs was 85.  I did a touch and go; then climbed at 1500-2000 fpm from 800’ up to 6000’.  Oil stayed below 210; coolant about 195.  Cruising back the coolant temp again dropped to about 145.

 

Is it not a good idea to run the coolant that low?  I can change out the thermostat and not drill holes in it.

 

The oil cooler I installed is a MoCal Laminova. These had also been sold by Aeroquip, but not any more. Not very high capacity, but very compact and fits where I wanted to put it (on the firewall, below the filters, where my HP3001 filters no longer fitJ).  (photos 1 & 2)  I had wanted to use the Setrab TOC300, but they are not currently making those.

 

On the re-do of the scoop and diffuser, I made a mold and formed a unit the would fit inside of the previous cutout in the wing.  It is a curved adaptation of the K&W coordinates, and includes provision for bleeding a ¼” boundary layer to the top edge of the core.  (photos 3 & 4).  My previous flow measurements had indicated the BL was about ¼”.  Whatever; it seems to be working very well.  Perhaps had I done that same treatment to the oil cooler scoop and diffuser I could have skipped the complex task of installing the oil/water cooler.  Nah, don’t even go there!

 

BTW; Tracy.  I have not noticed any increase in power with the pre-mix.  But then I’m not using any Marvel Mystery oil.  It must be those high power additives in the MMO I mentioned that make the differenceJ

 

Al

 

 

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