Not sure I'd trust PVC, enough air flow through can create enough heat to dissolve the cement and blow joints apart. Not sure about shammees but, I've seen it happen with compressed air lines.Has anyone hard plumbed Air Shammee IIs from the attic down to the booms? I was thinking 2" PVC with long sweep elbows and a union.
Not sure I'd trust PVC, enough air flow through can create enough heat to dissolve the cement and blow joints apart. Not sure about shammees but, I've seen it happen with compressed air lines.
1. Hard pipe to that vacuum swivel will most likely cause your pipe to crack if the boom swivel does not operate perfectly ever time which it wont. The swivel will bind up and the force of the boom being pulled could crack your pvc instead of twisting your vacuum hose when that happens.
I've installed a few of a competitor's blowers. Their motor manifolds are regular old ABS DVW fittings. ABS might be an easier fit? (Maybe not.)
I'm not sure how hot it gets after running for a while.
What brand?
No, the joints were primed, glued, and assembled properly. Like I said, it was a compressed air line on a hot day. I have no idea how much air the blowers are moving or what the temperature might be. If ambient temperature was 100 degrees, a forty degree rise from the blower wouldn't be surprising. Just something to be aware of.The cement melts the PVC and welds it so maybe the air lines you saw blow apart didn't have primer put on them. The pipe is rated for 140F. Do you think the vac hose they put on them is rated for higher? I'm not sure how hot it gets after running for a while.
We mounted all of our 3 phase air shammee motors in the equipment rooms and ran PVC out to the bays. Some spanned 4 bays. The loss of pressure is almost undetectable.
Just curious what the advantages are of this. Do you have some way for air to come into the ER when they kick on? Maybe they are plumbed to pull in from the outside?