Subject: | [Shop-talk] Run air tools on a water hose? |
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From: | dmscheidt at gmail.com (David Scheidt) |
Date: | Mon, 15 Aug 2011 17:57:07 -0500 |
References: | <8CE277EC8FA6E59-1AB4-13F1E@Webmail-d118.sysops.aol.com> <004701cc5a04$e4ec6b50$aec541f0$@cablespeed.com> <8CE284ED3088BE9-1E44-2590B@webmail-d079.sysops.aol.com> <CAO8Q7CN8+to+Sso8jR6ykao_7B_fcdTpTgthnx2P_S0aOaaTPQ@mail.gmail.com> <4E493F70.3090709@gmail.com> <CAO8Q7CPSJzfTgzYjY6-EdPm5eQ1zsEWDkfwS2cJiUVjc2Dxhnw@mail.gmail.com> <CA+7Nz3pDyy3fieGqV9+gp4YHLcymz=o2np4vfxTDQVX3a-kXJw@mail.gmail.com> <4E496290.9020407@gmail.com> |
On Mon, Aug 15, 2011 at 1:16 PM, Scott Hall <scott.hall.personal at gmail.com> wrote: > My thought was that you'd want to try and dry the air after it was heated? > B Or rather that cooling it rapidly after the heat from the compression stage > might be easier and more effective? > You want to cool it after it's compressed. Cooling the air -- by expanding it to run an air tool, say -- causes the moisture to condense, and spray out the hose. An refrigerated dryer works by cooling the air, causing the water to condense at the cooler, where it can be drained out. Chemical driers do it by adsorbing the water, usually, and can be regenerated by heating them to drive the water off. Most systems have enough air in them that the air cools off, and the water condenses out, usually into the tank, where it can be drained, or at least isn't expelled out hte hose. -- David Scheidt dmscheidt at gmail.com |
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