Originally Posted by gprent
Since the 3.5”hg is my preferred pressure, I am not that motivated to look for leaks, but I might put some water on that joint where the 2 hoses connect just to see how air tight it is.With only one air outlet connected I am guessing I would get a pressure similar to a Whisper 10 pump. I originally bought and tried a Whisper 10 and had to return it and buy the Whisper 40 as the 10 was totally inadequate for generating enough pressure to pump with.
Thanks for your reply!
While I understood quite clearly that 3.5 inch Hg is your preferred pressure, it is still way less than what I would have expected to be obtained from the two outlet pump. Still, if you were getting any more pressure than that you’d then need to add in air bleed somehow, and so increasing complexity and cost of your set up. So really you’ve got yourself the optimum situation for your needs without any extra work, congratulations.
Regarding testing with water, STOP! I would not recommend testing that joint for leaks by using water. If I am fully understanding the connections you have made (as seen in your photo), if there is a leak at that joint then the water will be drawn into the innards of your air pump. You do not want any water in there. Perhaps nothing bad will occur, but I wouldn’t take the risk, especially with mains voltage electricity applied! Zzzzzapp! (I see that at this time you have 11,998 posts here at Thunders. Let’s try to get to 12,000 shall we). Instead, why not try a cigarette, or perhaps a candle if you don’t smoke. Use the smoke stream to detect a leak in that joint by placing it closeby. Smoke should be drawn into the joint if it leaks to any significant degree.
You know, I think a leak could be a good thing in another way. Cooling! I’m not really sure if cooling is important, but it could be. If you think about how the aquarium pump works in “normal” use. Basically air is drawn in through an inlet, passes through the pumping mechanism, and then expelled through the outlet. The constant throughput of air would be providing some cooling to the moving parts of the pump mechanism I’d suspect. For our purposes we reconnect the pump inlet to a penis cylinder in order to use the vacuum to draw air out of the penis cylinder. When the pump draws as much air out as it is capable of drawing out, then there would be little or no more airflow through the pump! But the pump is still chugging away, what is cooling it if there is no air flow?
Nothing! Unless of course you you have air bleeding in somewhere… as you would from a leak.
It’s just a thought. I’m extremely exhausted so I may be a little wackier than my usual wacky self.
No, "mch" does not stand for "my cock's huger!"
... although it may do in the foreseeable future! :D