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["That doesn't seem completely correct. It's a 32 tpi thread on the adjuster which equates to 0.0026" per hour which is about 50 psi. It's important to note that the spring stack is not linear in terms of force/deflection, it's more of a bell curve, so depending actual deflection the rate will vary. At some point I will post a a calibration in hours/psi. It can get you close; there are so many variables it is impossible to have a generic calibration that matches every regulator."]
This is really good to know. I measured the change to be .005" on my regulator which changed it 250psi and I extrapolated out the rest.The actual starting length was 2.170" (for 2000psi) and ending length was 2.175"(2250psi). I actually moved it back 2 "hours" to do that. I was figuring that it would be close to linear in that close range, but obviously not. I look forward to your information as I really don't like wasting time guessing. Thanks Tom!
edit: Unless, of course, I have a bad regulator guage! Tom, do my numbers look right for the length of the regualtor? Thanks for the help!
This is really good to know. I measured the change to be .005" on my regulator which changed it 250psi and I extrapolated out the rest.The actual starting length was 2.170" (for 2000psi) and ending length was 2.175"(2250psi). I actually moved it back 2 "hours" to do that. I was figuring that it would be close to linear in that close range, but obviously not. I look forward to your information as I really don't like wasting time guessing. Thanks Tom!
edit: Unless, of course, I have a bad regulator guage! Tom, do my numbers look right for the length of the regualtor? Thanks for the help!


