Agent_zed
Established Member
Just back from a trip to france. We stopped in one of the service areas on the way down through france and I got out the portable gas stove to boil some water.
The temperature was at or below 0 degrees so a cup of tea was quite appealing.
Started the stove and it had a nice flame on the burner put the pot on and noticed the flame getting smaller and smaller until it was barely alight. thought perhaps I'd run out of gas so stopped the stove and took out the canister and gave it a shake and was clear there was still gas in there.
Tinkered for a while wondering if the valve wasn't seating correctly or something as it is a lever system to push the valve in.
reconnected and again big flame then reducing to almost nothing.
repeated the above and thinking through what was happening...
Then it dawned on me and I tipped some of the water over the regulator/pipe part... instantly the flame lept back to full strength!!
Turns out the little pipe that carries the gas from the regulator to the burner was freezing up. As the outside air temp was so low there was no chance for it to clear itself.
It probably wouldn't have happened if it were one of the ones that sit on the top of the canister but this one has a remote canister so there is a copper connection pipe.
had to tip a bit of water on the pipe/regulator a few times whilst boiling the water to restore the flame.
Eventually got a cup of tea but a lot more effort than I'd thought it was going to take.
As per secondary school science lessons - Evaporation causes cooling!
The temperature was at or below 0 degrees so a cup of tea was quite appealing.
Started the stove and it had a nice flame on the burner put the pot on and noticed the flame getting smaller and smaller until it was barely alight. thought perhaps I'd run out of gas so stopped the stove and took out the canister and gave it a shake and was clear there was still gas in there.
Tinkered for a while wondering if the valve wasn't seating correctly or something as it is a lever system to push the valve in.
reconnected and again big flame then reducing to almost nothing.
repeated the above and thinking through what was happening...
Then it dawned on me and I tipped some of the water over the regulator/pipe part... instantly the flame lept back to full strength!!
Turns out the little pipe that carries the gas from the regulator to the burner was freezing up. As the outside air temp was so low there was no chance for it to clear itself.
It probably wouldn't have happened if it were one of the ones that sit on the top of the canister but this one has a remote canister so there is a copper connection pipe.
had to tip a bit of water on the pipe/regulator a few times whilst boiling the water to restore the flame.
Eventually got a cup of tea but a lot more effort than I'd thought it was going to take.
As per secondary school science lessons - Evaporation causes cooling!