Very interesting to watch fellow mechanics around the world. Not all best practices but did it without incident. Sometime I wonder if we here in the US might not create more hazards when trying to mitigate ? Very interesting. Continued success to all and peaceful days to all. Be safe
I replied to you, please check. I shared with you motor placing on discharge head, please follow this step in reverse manner for dismantling. I will try to post separate video for dismantling soon. Thanks . Please subscribe this channel and inform your friends and colleagues to subscribe this channel.
could u explain the last step after installing the motor; I think u made adjustment for the shaft and impeller; could u explian in details, and I did not see alignment in any step; is the alignment not required?
Thanks for your comment, first of the the pipe support clamp was fabricated by us, Let me tell you how we fabricate, the pump column pipe is 6", So We cut 6" schedule 80 carbon steel pipe for 150 cm length and also we cut the pipe in cross to split as two parts.We did good finishing work on the neck surfaces on the pipe and welded the surfaces with carbon steel plate (12 mm). 8" Schedule 80 pipe = 6.625 " (OD) & 5.761" (ID) So, Thickness of the pipe = 0.864 " Covert this 0.864" to mm = 0.864 x 25.4 = 21.94 mm. For thickness of one side clamp = 21.94/2 = 10.97 mm. Thickness of the clamp = 10.97 mm, Therefore we used 10 mm carbon steel plate for extension of the clamp neck. If you have any doubt please write me in comments, Thanks.
@@mechplaza-9858 Thank Mech team! Your answer is clear. I tried to bend the steel plate 12 mm to make a clamp. The steel plate 12 mm is too hard so the curve surface can't contact completely with column pipe. But i concern about the welding on neck surface, is it reliable and no crack when is pressed by pump weight?
Hi Quang Hoàng, nice question. The welding will hold the weight don’t worry. But you have to use proper welding rod. I used 7018 welding rod. FYI. Thanks
