So I was cleaning my WSM out and decided to pull the thermometer out of the dome lid and check it in a pot of boiling water. Boiled the water, put the stem of the therm in and it read perfect (yay!
), but I noticed some condinsation on the inside of the glass face of the therm.... hmmmm that won't do
.
So being the quasi handy sort (read just enough to be dangerous!), I noticed the small vent hole on the back of the therm and thought to myselft that if I put pressurized air into said vent hole the moisture inside would be driven out through the seam where the cover and body of the therm meet (it is not an airtight seam).
Using my air compressor I placed the trigger tip right against the vent hole and proceeded to blow out the moisture..... and it was actually working!
After about 10-15 seconds I checked and about 50% of the water was gone, so decided to give it another good shot for a bit longer (read recipe for disaster
). This time I really got a good seal between the tip of the trigger fitting and the back of the therm and proceeded to pump a lot of high pressure air into the therm. Well for those of you familiar with air pressure in semi-enclosed spaces I'm sure you can see where this is going for the rest of you.... they say a picture is worth a thousand words!
Can you say BOOM!
And of course I was holding the glass part against left hand while blowing air in the back.... only suffered one cut, but it stung like hell! So lesson learned and passed on for others to profit (and laugh).
So being the quasi handy sort (read just enough to be dangerous!), I noticed the small vent hole on the back of the therm and thought to myselft that if I put pressurized air into said vent hole the moisture inside would be driven out through the seam where the cover and body of the therm meet (it is not an airtight seam).
Using my air compressor I placed the trigger tip right against the vent hole and proceeded to blow out the moisture..... and it was actually working!
Can you say BOOM!