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I ordered the rest of what i need, i found the wrench to tighten the regulator to the nitrogen tank.
Thread starterFinal Escape
Start date
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Getting closer, I can't believe this is actually coming together. I feel guilty in a way that I've decided to ctb. I don't think death is the right thing to do, it's just the easier thing to do.
I went to Walmart today looking for the elastic, toggles, micropore tape but I got frustrated looking so I just ordered them off amazon. Micropore tape is not in Walmart, and not sure if u have to have that or not. I went ahead and just ordered it.
But I'm thinking that, depending on what type of hose you buy, it may not screw into the regulator but instead might need to be taped to it, to prevent it from slipping off or from having the nitrogen escape outside it if the connection is not airtight?
Actually looking at those pictures from chronicpainnomore's list it looks like the cannula should slide onto the regulator pipe without any taping so the micropore would only be needed at the opening in the exit bag.
But I'm thinking that, depending on what type of hose you buy, it may not screw into the regulator but instead might need to be taped to it, to prevent it from slipping off or from having the nitrogen escape outside it if the connection is not airtight?
The hose you ordered looks very heavy compared to the transparent nasal cannula in the picture above?
I hope it isn't so heavy that it places too much strain on the oven bag.
The nice thing is you have a solid connection with the regulator so even if you slumped over unconscious that tube won't disconnect from the regulator since it's a screw-in type. The cannula on the other hand, could potentially get disconnected.
So the only risk is at the other end - where the hose connects to the oven bag. So, if you secure it well there with micropore hopefully you're good.
I might order the regulator from your link and try it out.
I thought the micropore tape was to tape the bag where the elastic goes, and also to tape the hose to the inside of the bag. I thought micropore tape was porous, so if we used it to tape the hose to the regulator, wouldn't the nitrogen escape? You may be right, though. I just worry about every little thing. I thought I saw chronicpainnomore mention something about zip ties but I wonder how that would work. I'll have to go back to look. I messaged him earlier today but I've not heard back from him.
If you make your exit bag, try and see if that hose is too heavy to be held with tape. If it's not, I'll buy this regulator. It's just that the hose looks so heavy. (Maybe I'm overthinking this?) The hose that chronicpainnomore posted looks lightweight and like it would stay attached to the bag easier. But then again, if yours stays attached to the bag, it would be better because it's built to fit the regulator.
If you make your exit bag, try and see if that hose is too heavy to be held with tape. If it's not, I'll buy this regulator. It's just that the hose looks so heavy. (Maybe I'm overthinking this?) The hose that chronicpainnomore posted looks lightweight and like it would stay attached to the bag easier. But then again, if yours stays attached to the bag, it would be better because it's built to fit the regulator.
But I'm thinking that, depending on what type of hose you buy, it may not screw into the regulator but instead might need to be taped to it, to prevent it from slipping off or from having the nitrogen escape outside it if the connection is not airtight?
I calculated CFH (cubic feet per hour) to LPM (liters per minute) to mean that the ball meter ought to hang around ~35 on that particular meter (as pictured), to equate to 15 liters per minute. I suggest running ones own calculations, however. Nitrogen is only slightly heavier than argon, so mostly one just needs to convert CFH to LPM
I calculated CFH (cubic feet per hour) to LPM (liters per minute) to mean that the ball meter ought to hang around ~35 on that particular meter (as pictured), to equate to 15 liters per minute. I suggest running ones own calculations, however. Nitrogen is only slightly heavier than argon, so mostly one just needs to convert CFH to LPM
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