Easiest way is not to try to Deal with Both together but to...... correct the Vertical Angular misalignment first.. a quick way would be to use a feeler gauge top and bottom of the coupling and adding shims to the front pads... or else back pads to correct same... .... THEN..... deal with the 'offset misalignment by using the 'Clock gauge.. to measure the deflection ... by halving this measurement you then place the correct shims under all four motor pads...
yea i was also taught to always check soft first, then do your side to side then top and bottom. i think its easier that way from my experience because its always harder to get that side to side to come in, especially on smaller pumps because its so easy for them to move, lol my journeyman would always tell me once we get our side to side to come in, "Don't even breath on it"
felicidades, este video dice mas que mil palabras, seria bueno incluir que dependiendo del tamaño del elemento flexible, existe una tolerancia en milesimas de pulg. en el juste tanto de paralelo como axial.
there's something very satisfying about the simplicity of this. @mega, if you're using a dial indicator, I would start with the vertical angle, then vertical offset, then horizontal angle and offset. If you're using two indicators at once, you can get the angle and offset together and graph/calculate the solution
Thanks man - simple and clear about what you're looking for. I hear the kids in the background - love it.
THANK U SO DAM MUCH THE BEST LESSON EVER PLAIN AND SIMPLE!!!
Good job sir
very nice demonstration. for common people. thanks.
Easiest way is not to try to Deal with Both together but to...... correct the Vertical Angular misalignment first.. a quick way would be to use a feeler gauge top and bottom of the coupling and adding shims to the front pads... or else back pads to correct same... .... THEN..... deal with the 'offset misalignment by using the 'Clock gauge.. to measure the deflection ... by halving this measurement you then place the correct shims under all four motor pads...
yea i was also taught to always check soft first, then do your side to side then top and bottom. i think its easier that way from my experience because its always harder to get that side to side to come in, especially on smaller pumps because its so easy for them to move, lol my journeyman would always tell me once we get our side to side to come in, "Don't even breath on it"
felicidades, este video dice mas que mil palabras, seria bueno incluir que dependiendo del tamaño del elemento flexible, existe una tolerancia en milesimas de pulg. en el juste tanto de paralelo como axial.
good video i like the simple diagrams this would most closely resemble something on a exam.
easy presentation and very certain to understand
there's something very satisfying about the simplicity of this.
@mega, if you're using a dial indicator, I would start with the vertical angle, then vertical offset, then horizontal angle and offset. If you're using two indicators at once, you can get the angle and offset together and graph/calculate the solution
I like this video
very good
Sir , I need formula to understand axial alignment pls
ua-cam.com/video/IipwrU7UucY/v-deo.html
Thumbs up
Check out this 3-D animation version of shaft coupling alignment on the VibrAlign UA-cam channel
Excellent
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Weird video