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Thank you. For those wondering(hearing impaired), he says "trip out," not 'drip out' like the caption says at 5:57

very useful videos. Doing a great job . More videos expected on HVAC. Learning More from here.Thumbs up Engineering Mindset !

Excellent description video even primary school students can understand. Thanks for spending the time to spread your knowledge to others. Thank you so much....

Typo in last slide. Last slide is power not work and enthalpy unit is kj/kg not kj.kg. Excellent series . Great explanation. Thank you so much for the effort.

Sir! I very much appreciate this! You are a great teacher! Keep up the amazing work.

Amazing videos, I work on a large cruise ship, we actually have 5 chillers that work in sequence. Huge power plant. And the compressor itself is equipped with VGD difusor. And of course we use sea water inside the condenser to remove the heat of the freon. I am relatively new to this position and your videos makes everything much much simpler. Keep on the good work

Thanks for all the videos...I really appreciate the effort that you put forward to do all these visual analyzing of each and every component, devices, and types of equipment in Electromechanical Industry. You have explained it from the very basics to its complexity. For all those who watch these videos, like and subscribe. Always support this kind of innovations

Hi, thank you very much for this useful video, your videos are super benefitial. ?Could you please add another toturial about Screw compressor

The way u teach is realy wonderful

Magnificent explanation Paul, please don't stop this magic

I’m thinking of a chiller and cooling tower for my house. Air conditioners are too small and undersized in my opinion

Hi, Sir. Videos here were very informative. I really love watching it. Hope you'll make videos for the different type of compressors particularly scroll, danfoss turbocor and screw. Thank you.

Thank you very much for your work.

so excellent video, very very important video, thanks

Very interesting to watch how a large scale centrifugal compressor works. I should point out, however, centrifugal force is a direct consequence of centripetal force (the actual force causing something to rotate) by newtons III law.

Thank you very much. very wonderful

Excellent , thanks a lot .

It is very nice presentation and much more understandable than any other.

thanks for making these amazing videos full of detail information and knowledge I truly appreciated thanks again

Great video with lucid explanation

Thanks for the Videos.

53c is quite a low temperature for the discharge line. It must be pretty efficient

Fantastic videos!

thanks for video

thanks again for making these amazing videos full of information thumbs up

Very good video, thank you.

Could you do a video on all Centrifugal compressor internal components and break down as I've never seen the internal workings of the high and low speed gears, wheen eye seals and thrust bearings. Thank you

great video and great teacher

Thanks for sharing

Thanks paul

Super excellent work thanks for your efforts sir

Very good sir if you have time can you please make a video about trobleshuting

awesome video sir plz make a animation how cool air come from these plant in diffrent room.

Really really helpful, One request Paul, could you please add video of Types of compressors with recommended Chiller capacity range ?

Excellent Much productive video

Actually W [kJ/s] or the same [kW] is not a work itself, but power. Anyway, thanks a lot for your valuable efforts. Very good job !

A Valuable Video

Thanks

Nice

The alternative to the centrifugal compressor is the twin screw compressor and they are both used on chiller systems which are only used on large buildings like sports arenas?

Thanks for the awesome video’s. Just have one request if you could give temps in Fahrenheit since I’m in U.S. thanks

How to match the work done by the compressor with the cooling load demand?

Thanks!

Wow that is good

Can you elaborate more on tip speed or link me to a source that expounds further on this topic? Thanks!

Hi, as always, great video, question, Cooling temperature control is done through the compressor input spindles by centrifugation, but how is it controlled when the compression is by pistons?

This helps a lot. Can i have a copy of the 3D model of the air compressor? Thanks a lot

WOW

How does the diffuser slow down the air if it’s just a small gap? Wouldn’t that increase the velocity??

Is this a cooling system's Compressor 🆒🇦🇽

Very niece sir 😘🇮🇳

In the last formula that is not work but in fact power. Other than that great video!

Good evening. I want to ask something about compressor. Maybe one of you know about this. I have problem with my ammonia refrigerant compressor in plant. This is multistage compressor and driven by steam turbine. The speed (RPM) of the compressor is decrease time by time, and the valve of steam turbine is full open now. When i collect the data of the process, i find that vaporation in the suction compressor is increase, because any trouble in heat exchanger. Is that can make the speed of the compressor decrease? Is that choking?

loader n unloader?

You should do a rotary screw compressor...

Please kindly explain to me different between screw compressor and centrifugal

5:03 Your arrows are pointed in the wrong direction. Tower water pumps push water into the chiller not towards the cooling tower. Also the chilled water pumps push water through the chiller to the AHU’s. They don’t pull water from the chillers.

What do I need, to convert 50°C input, to get 800°C output? I want to reuse my wasteheat, but to be efficient, I need a fluid/gas at 800°C, but I cant pass 50° at operation. 12°C -> 50°C -> 12° ..... .............50°C -> 800°C -> 12°C -> 50°C.... first loop and second loop.

Learn *CHILLER COMPRESSOR TYPES* here: kzfaq.info/get/bejne/baiRm8KQ2NbPhI0.html

Your explanation using the cylinder reducing the volume of the refrigerant is how a positive displacement machine works. Centrifugal compressors are not positive displacement machines. They are dynamic machines. They do not compress the gas. They raise the pressure by accelerating the gas.

Sir..what if the compressor is not working?what will happen

Operating system

Is it sad that I know that the chiller is a diagram of a McQuay chiller

Hey, sir something happened on your voice...!

Nice