Scored On An Air Compressor!
Here you go. You can also see that I swapped in a longer copper coil to connect the output of the pump to the tank of the compressor. I stapled a section of foam to the wall to help dampen the sound.
The galvanized pipe cools the hot air, which allows the water vapor trapped in it to condense inside the pipe and flow down hill to the ball valves to be drained. Every once in a while, there will be a bit of moisture that drains out of the downpipe near the door in picture 2. I've never had moisture in the water trap, which is located about mid-pipe. Water would have to travel up that short length of pipe to the trap, regulator and output fittings.
Here you go. You can also see that I swapped in a longer copper coil to connect the output of the pump to the tank of the compressor. I stapled a section of foam to the wall to help dampen the sound.
The galvanized pipe cools the hot air, which allows the water vapor trapped in it to condense inside the pipe and flow down hill to the ball valves to be drained. Every once in a while, there will be a bit of moisture that drains out of the downpipe near the door in picture 2. I've never had moisture in the water trap, which is located about mid-pipe. Water would have to travel up that short length of pipe to the trap, regulator and output fittings.