--- ORIGINAL POST --- Secondly, regarding Dampp-Chasers, several years ago I installed a number of them in faculty studios and found out that faculty ignored them and so they were ineffective. I tried filling them myself, but this was a very time consuming operation and finding a good time to get into studios was sometimes a problem. I have since taken them all out and rely on the maintenance people to turn on the humidity in the winter. This year my humidistat has held at around 50% all winter. The pianos are staying in tune rather well. The problem is not all rooms are the same. Some have too much moisture pumped in which causes too much condensation around the windows and has peeled some plaster. I'm sure the maintenance people don't like that, but violinists, bassists, pianists, and I would rather have the humidity. Richard West Naive Nebraskan rwest@unlinfo.unl.edu ----- MY REPLY ---- I have the same problem with humidity control here at Oberlin. We have a pretty good system that is capable of maintaining a fairly constant environment for our pianos. Rooms that have outer walls with northern and or western exposure, however, take a beating with condensation. I, of course, argue to not lower the overall humidity level in our buildings to compensate for isolated condensation problems. Right now we're experimenting with perimeter heating for those rooms with condensation problems (heat against the walls prevents condensation), and it seems as though it might be the answer. Hard to tell right now as our winter has been relatively mild and we need some more frigid days to test our new approach. Ken Sloane, Oberlin Conservatory -- sent 3/2/95
This PTG archive page provided courtesy of Moy Piano Service, LLC