Well, I had a bit of minor excitement today... I was doing laundry getting ready for a trip that will take me off line for a few weeks, and figured I'd try doing the meter read to see if I could figure out what kind of gas consumption I was getting from the dryer. What I've found is that there are two dials on the meter, one that measures 0.2cf per revolution, and one that measures 2.0cf per revolution, (each of these has 10 divisions per revolution, so you can measure either .2 or .02 cf per div) then an old fashioned odometer style readout for 100cf units, nothing in between... With the dryer running, the two dials both move along at a pretty good clip, and the 2cf dial went around at least once, probably more... So unless you want to sit there and count the dial turns while the dryer is running, the meter read trick won't work.
The excitement came because I noticed a pretty fair bit of gas stink around the meter while I was looking at it. This didn't seem good to me, so I called the gas co, and they sent a tech out, who found that we have a very small leak on the gas co side of the connection. It was barely enough to register on his "sniff-o-meter", and he said it was definitely not anything that would be a safety hazard, but after he was unable to tighten up the connection, said he would send a pipefitting crew out to take care of it.
I told him what I was trying to do, and he said that the best way to measure it was to time the rotation speed of the analog dials, and that they used to have (but he didn't have a copy with him) a chart that would say what the consumption was based on how many divisions per minute got registered... Don't have time to deal with it now, but I guess I'm going to want to try and track that down when I get back.
Gooserider
The excitement came because I noticed a pretty fair bit of gas stink around the meter while I was looking at it. This didn't seem good to me, so I called the gas co, and they sent a tech out, who found that we have a very small leak on the gas co side of the connection. It was barely enough to register on his "sniff-o-meter", and he said it was definitely not anything that would be a safety hazard, but after he was unable to tighten up the connection, said he would send a pipefitting crew out to take care of it.
I told him what I was trying to do, and he said that the best way to measure it was to time the rotation speed of the analog dials, and that they used to have (but he didn't have a copy with him) a chart that would say what the consumption was based on how many divisions per minute got registered... Don't have time to deal with it now, but I guess I'm going to want to try and track that down when I get back.
Gooserider