Want to continue learning about engineering with videos like this one? Then visit: courses.savree.com/ Want to teach/instruct with the 3D models shown in this video? Then visit: savree.com/en
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I am from Chemical Engineering background, really loved your videos. "I hope you can make a 3D animation video on DISTILLATION COLUMNS and Double Pipe Heat Exchanger"
Hi, I m Masum from Bangladesh. I m a mechanical engineering student and I also work in power plant with my diploma certificate where I have to face a lots of pump related problems. and I found it very informative. it helped me a lot to understand the working mechanism in pump side. so I urge you to keep making such wonderful videos o different topics related to engineering . Thank you very much and a great job you done guys.
Thank bro am from India... and understood better with ur efforts put over developing 3D animation in such complicated equipments. Keep doing more more and more. Thank U a lot.... 🙏
Thank you! This is the best video I even watched regarding the pumps. I would have included an extra minute for explaining the Shaft key as well, but still it's really impressive how well you could explain this.
Nicely explained, various parts of centrifugal pump by animated model. It will be quite helpful for operation and maintenance personnel. Thank you for knowledge sharing.
For Educational and professional purposes Please Make a Video to show us all about pump calculations. Your explanations really is very educative and purely understandable
Nice & informative video. Looking forward for more videos. Suggestions: Reciprocating compressor Centrifugal multi stage compressor Roots blower Gear pump Mechanical seal Gas Turbine
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Just started watching this video but before I finish I want to pose a question. We are putting our Dean Brothers mc 10 centrifugal pump back together. We installed the impeller. We go to tighten the impeller nut and if we hand tighten it, it spins nicely. If we just start to tighten it with the socket just a fraction of the, the impeller locks up.
While starting a centrifugal pump is it necessary to shut off the discharge port? I have heard it in many application they do so, if yes; why is it done and where will the fluids go and how does it affect the current required (power) for the electric motor?
The volute casing is a kind of casing housing. You may see other casing design which is not volute. In that case, you will see a diffuser ring that changes the kinetic energy into pressure energy. You can look up the diffuser ring in the video @ 3:00.
Nice model. Pull the threads out of the packing gland though or you won't be able to move the gland in when you tighten that nut you modeled. The gland should have through holes for the bolts.
They both do the same job (convert kinetic energy to pressure energy). Volutes are larger, so not the preference for multistage pumps. There is a 4 hour video course for centrifugal pumps, check out courses.savree.com to learn more (or this ru-vid.com/show-UCosExgfjj-DhMJXnQd2Y4gAjoin).
I need help. I noticed that most centrifugal pumps impeller eye have a outward circular extrusion around the inlet. What is the purpose of this? does it have any role?
Great video and good job explaining the different components. I have a better understanding now of how it works, however I'm still wondering why a stuffing box is so important? What would happen to the pump if the stuffing box wasn't there? Would the pump just leak, would there be any damage to the pump or shaft?