So when all is said and done the manifold twists freely (before the tightening bolts are... you know... tightend) in a range of about 20 or 30 degrees.
The thing that's got me messed up is those 20 or 30 degrees are at the bottom -- that is, if I left the assembly as it is right now, and bolted the tanks to my plate and stood up, the Isolator valve would be pointing straight down.
This is after I took the assembly apart and put it back together not once, but twice, verifying the second time that there is only one entry for the threading.
So what I'm trying to figure is: is it better to take the shorter path towards "pointing up" from the free spin zone, which would be to unthread the manifold a bit? Or is it better to thread the manifold down even more to get the valve around to the top?
Either way there is some resistance... not cross-threaded resistance, just hand tightness.
The thing that's got me messed up is those 20 or 30 degrees are at the bottom -- that is, if I left the assembly as it is right now, and bolted the tanks to my plate and stood up, the Isolator valve would be pointing straight down.
This is after I took the assembly apart and put it back together not once, but twice, verifying the second time that there is only one entry for the threading.
So what I'm trying to figure is: is it better to take the shorter path towards "pointing up" from the free spin zone, which would be to unthread the manifold a bit? Or is it better to thread the manifold down even more to get the valve around to the top?
Either way there is some resistance... not cross-threaded resistance, just hand tightness.