Centrifugal Pump Basics - How centrifugal pumps work working principle hvacr

Centrifugal Pumps - In this video we learn the basics of how centrifugal pumps work, the main parts of centrifugal pumps, how the electrical motor powers the pump impeller and how the impeller moves water in the HVAC system.
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[@EngineeringMindset]

⚠️ *Found this video super useful?* Buy Paul a coffee to say thanks: ☕ PayPal: www.paypal.me/TheEngineerinMindset

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The Engineering Mindset Jann

[@LG5main]

sorry paul i cant give you money because im a kid but i can say *thank you paul you are so kind*

[@RavinderKumar-bo2st]

How to increase the suction power of the pump around 12 meters

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औ

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I’m just transitioning from residential to commercial HVAC and these videos are invaluable. Thank you for producing such good content.

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Yep as a commercial gas engineer in the UK these vids have helped and are still helping me.

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Best move you could ever make! This is the place to be, I did the same transition about 5 years ago. Boy are they different

[@JayRay4924]

As a ChemE (and somewhat-recent subscriber) I love seeing content like this that breaks down intricate concepts into easily understandable bites. Would love to see your take on differing pump seal technologies, maybe even mag-drive?

[@irisjanssen1021]

what an awesome video. I'm currently working in the engine room of a ship and will be studying marine engineering next year. These videos allow me to make the most of being in the engine room to learn stuff!

[@MechanicalFellow]

The pump is being used in almost every process plant. Thanks for sharing!

[@KADAF17]

Mate, I love your YT channel. You explain something with lots of details, and your animation, man! Thanks for explaining me 3 phases motors, the colors, the motion, the flow, you're the best.

[@AvivMakesRobots]

Perfect explanation. Thank you!!

[@espenavenson3841]

Awesome videos. I'm a MEP intern trying to make sense of everything thrown at me, and your videos are my saving grace!

[@rakkafriend5970]

Same here! it's like, shit, those 6 calculus courses and vibrations classes and signals etc. filled my head with a lot but they didn't teach me how a motor or pump works! Well, I mean they *technically* did but that's not the same thing!

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Man, I could spend a whole weekend just watching these.

[@atakanyaman5013]

Your animation and presentation of the subject were truly impressive, thank you!!

[@bobsonny65]

Quite comprehensive explanation. Thanks!

[@mikeall7012]

Excellent graphical representation of cavitation. The damage looks like pitting and when it gets real bad it looks like someone removed chunks of material from the pump casing with a suction cup as there is no impact damage. I've seen this during my time. It can happen in fluid film bearings and throttle valves as well.

[@sarahchacon3284]

Sir, within just 6 minutes of the video you have explained the theory behind a large chunk of fluid mechanics. I was so lost before. Thank you so much! Fantastic.

[@BandaSemStudio]

I particularly love those engine working principles videos. It's so satisfying to understand clearly how things happens. You are amazing. Keep going, man!

[@terminator499]

I have seen so many of these pumps, nice to understand more about them.

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Excellent video. It really gave me a new perspective and added respect to the engineering minds that first thought and executed these mechanisms

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Man.. call me stupid if you want, but I was really shocked when I just learned that the boiling point of water varies, and is determined by different locations' atmospheric pressure 😲😱

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Depends upon the vapor pressure

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I mean there r high altitude directions for things for a reason

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​@@usamamohammed2357depends on the altitude

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​@@usamamohammed2357the boiling point itself doesn't really change, it change for someone on the ground,(persepective) but it's okay as the meausres we have is based on the ground(sea level), which make it look like boiling point is changing

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You’re not stupid. Nobody knows everything.

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Thank you very much for this video. Understanding made easy.

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This is the best. Helpful in my line of work

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This is an awesome breakdown . As an instrument & Controls technician I always like to refresh and learn from your videos . Thank you very much. Scott

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Going from residential hvac into commercial and industrial hvac. This is great helpful!! Thank you

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Amazing explanation, especially I learnt about the cavitation first in this video.

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THIS VIDEO IS SO MUCH OF A BENEFIT, THANKS!!

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Everything is complex until one fully understands it. Great explanation right there.

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Very good information on centrifugal pumps..Kudos..!!

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Very useful, easy understanding explaination

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I agree, it's explained quite clearly

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Briefly explained....... Thank you!

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Well taught, thanks

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As usual, nice graphics and good explanation... thank you!

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Fantastic video!

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Such a incredible video dude.i have learnt so much from this even though i am from electrical side but the way to demonstrate the video mechnical parts was so amazing.keep it up bro

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[@Lilian13550]

5:50 Water increases in pressure and kinetic energy 5:58 It's not the impact that converts kinetic energy to pressure, the volute just collects and guides the flow in a way to avoid losses as much as possible. 6:12 This is a mistake. When the pump operates at its design flow rate, the pressure is actually pretty much uniform over the whole 360 degrees of the volute. The pressure then increases in the diffuser, where the cross-section raises, and so the velocity diminishes while the pressure increases according to Bernouilli. The cross-section of the volute does increase, but it gradually collects the whole flow from the impeller. It follows the conservation of angular momentum: "The diffusing elements have to be designed so that the flow field in the collector is compatible with the conservation of angular momentum. If the angular momentum is conserved, rotational symmetry around the impeller is achieved and interaction between the flows in the collector and impeller is minimized." 9:18 Cavitation will also appear first at the leading edge of the impeller. The blades are blocking the flow passage, water accelerates, pressure drops, and cavitation may appear. Good job! Covering everything in 10min is a challenge :D

[@altuber99_athlete]

3:05 That’s called a concentrated winding, but that’s not how the windings of the stator of a three-phase induction motor are usually made. Instead, another type known as distributed winding is much more commonly used.

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Good explanation... Great. Thankyou

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Very useful video thank to @The Engineering Mindset.

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Very well presentation ..

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Very well explained sir. Thank you for such a good content.

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Great video. Amazing animation. Nicely Explained.

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Good work.

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Very good Explanation...

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Thank you, they do take a very long time but I enjoy it.

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Good explain

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Awesome video.

[@EngineeringMindset]

Thank you

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Another fan right here

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EXCELLENT video

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Great teacher

[@basavaraj]

Very well explained.... Super

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Damned good explanation of pumps man!

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Excellent video as usual.

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Thanks, Dan.

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[@tbeck]

Overall good video. I'd just expand on the topic of cavitation as there is certainly more that can cause cavitation (e.g., voids and water hammer not due to boiling/vaporization)

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Love this channel

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Awesome representation

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Thank you.

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Nice explanation I have ever seen

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Good job

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Love it!

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thank you

[@GururajBN]

Good instructive video. You could also have added something about priming of pumps and self-priming pumps.

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well explained...keep it up...👍

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This is really interesting.👍

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Thank very much

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Explaination with 3dimention GRAPHIC is very good.(Arun, ROURKELA)

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well good work finish explin

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Very good

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Perfect

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Useful video and nice explaine

[@EngineeringMindset]

Thanks, glad you enjoyed