wmjpate
Member
You wrote that the Maytag burner output was throttled down?
You wrote: Now the gas version is sort of crazy complex compared to the electric version. In the gas version, the burner is crammed in perpendicular to the drum at the very front of the cabinet. The flame cone sits directly under the front of the drum just inches away from a 3" wide felt seal that circles the entire drum. Because of this situation, Maytag throttled the burner output back to only 18,000 BTUs (compared to the 22,000 to 25,000 BTUs of comparable dryers of the period). Also, the gas version of this dryer used a standing pilot light. Not only does this waste energy, but the by-products of the pilot light burning for years makes a heck of a mess out of the mechanical and electrical "guts" of the dryer. After the restoration, I only light the pilot light in mine minutes before I want to dry. I then turn the gas off immediately after I'm finished.
I get your concerns but could the burner be modified to output a 25,000 btu level? I would assume the tube could be insulated with asbestos or some other insulator. With that in mind do you know how Maytag modified the burner unit? Did they they just change the orifice? As for the standing pilot, I agree and turn mine off when not in use. During the summer .... clotheslines are much more efficient!! As to electronic start units, I have converted my residential boiler and am not happy with the electric start which has failed when I least want it to due to a poorly designed spark unit, ergo, standing pilot's are pretty darn dependable and not significantly less efficient in my mind. Just sayin'. Also, it depends on what state you are in when it comes to the earth friendly benefits of electric units. Coal states are just not there.
You wrote: Now the gas version is sort of crazy complex compared to the electric version. In the gas version, the burner is crammed in perpendicular to the drum at the very front of the cabinet. The flame cone sits directly under the front of the drum just inches away from a 3" wide felt seal that circles the entire drum. Because of this situation, Maytag throttled the burner output back to only 18,000 BTUs (compared to the 22,000 to 25,000 BTUs of comparable dryers of the period). Also, the gas version of this dryer used a standing pilot light. Not only does this waste energy, but the by-products of the pilot light burning for years makes a heck of a mess out of the mechanical and electrical "guts" of the dryer. After the restoration, I only light the pilot light in mine minutes before I want to dry. I then turn the gas off immediately after I'm finished.
I get your concerns but could the burner be modified to output a 25,000 btu level? I would assume the tube could be insulated with asbestos or some other insulator. With that in mind do you know how Maytag modified the burner unit? Did they they just change the orifice? As for the standing pilot, I agree and turn mine off when not in use. During the summer .... clotheslines are much more efficient!! As to electronic start units, I have converted my residential boiler and am not happy with the electric start which has failed when I least want it to due to a poorly designed spark unit, ergo, standing pilot's are pretty darn dependable and not significantly less efficient in my mind. Just sayin'. Also, it depends on what state you are in when it comes to the earth friendly benefits of electric units. Coal states are just not there.