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1. Re: [TR] Triumphs Digest, Vol 1, Issue 232 (score: 1): Author: Art McEwen <amcewen2@cogeco.ca>; Date: Tue, 02 Oct 2007 22:44:12 -0400; Right but without flow between the water pump and the heater core the water in the heater core will remain at room temperature except for radiant heat, which would be slow. And as it warms reasonably; /html/triumphs/2007-10/msg00037.html (8,098 bytes)
2. Re: [TR] Triumphs Digest, Vol 1, Issue 232 (score: 1): Author: "Randall" <tr3driver@ca.rr.com>; Date: Tue, 2 Oct 2007 22:50:38 -0700; Nope. The thermostat does not block flow through the heater core, only through the radiator. Randall _______________________________________________ This list supported in part by the Vintage Triump; /html/triumphs/2007-10/msg00038.html (7,426 bytes)
3. Re: [TR] Triumphs Digest, Vol 1, Issue 232 (score: 1): Author: amcewen2@cogeco.ca; Date: Wed, 03 Oct 2007 08:53:05 -0400; OK, I must have misread (misviewed?) the picture in the service manual. _______________________________________________ This list supported in part by the Vintage Triumph Register http://www.vtr.org; /html/triumphs/2007-10/msg00039.html (7,158 bytes)
4. Re: [TR] Triumphs Digest, Vol 1, Issue 232 (score: 1): Author: terryrs@comcast.net; Date: Wed, 03 Oct 2007 22:19:01 +0000; Wait a minute...wait a minute...wait a minute.... You mean the heater core DOES get above room temperature? And now I think about it, if the heater core heats the room, how could the heater core eve; /html/triumphs/2007-10/msg00060.html (7,834 bytes)
5. Re: [TR] Triumphs Digest, Vol 1, Issue 232 (score: 1): Author: "Jim Muller" <jimmuller@rcn.com>; Date: Wed, 03 Oct 2007 20:02:10 -0400; If the heater core heats the room, how could it ever *not* be hotter than the room temperature? It's like this, Terry. Heat flow from a higher temperature to a lower one, kinda' like how money from M; /html/triumphs/2007-10/msg00065.html (8,543 bytes)

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