How Vapor Compression Refrigeration System Works - Parts & Function Explained.

In this video we will learn the detailed working process of Vapor Compression Refrigeration System, by properly understanding the functions of different components easily.
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[@AjitKumar-ug5he]

3 hour's of lecture topic is completed within 6 min. With better explanation then college professors 🙂

[@SAB-b7j]

❤

[@stephen6621]

That’s why I just study online

[@katassotingoduok9880]

I agree

[@arshanali5549]

And correctly 😊, cuz my extremely intelligent teacher said that the output through condenser is in vapour form 😊

[@redstarchrille]

College is for teaching basics for children... ofcourse one can learn it in 6min, but one can't understand the concept with just 6min. And it's a lot of different getting a D or a A in grades. If one cant teach others the subject then one havent learned anything.

[@ananyadhananjaya6375]

Okay so I learnt an answer to a question in just 6 minutes, perfect!❤️

[@sharan.2822]

Hu kanamma kalthe

[@sharan.2822]

Internals ge naanu ondu question kalthe😃😃

[@mallikarjunk1634]

I need some notes of ur college can u help me ??? I'll send my email address

[@anandgade5193]

me too

[@sarvottamnandshetty7277]

Yep naale Nandu exam ide

[@AugustineAriola]

Very simple, concise and straight to the point. I now have better understanding on how the cooling came about.

[@Zeiwon]

I should've watched this before starting my lab report. Thank you, helped tremendously.

[@poweronegaming3681]

Yes

[@Ghandara-hg1gc]

Thank you, this video explains the process more clearly than a lot of other videos that I have seen.

[@theoyedokunsamuel]

This video is really helpful. Many thanks to the creator! ❤️😍

[@nakazibweallen5817]

I have also learnt very well in just 6 minutes.
Thank you very much

[@haiderzafar7476]

Explanation 🔥🔥🔥🔥.....
Thank you very much mam ❤️to explain in such an easy way

[@shubhambhuva6882]

This is very helpful to me it is very tremendous work.

[@victorcheruiyot1284]

I have understood it very well...thank you.

[@vinaypatil2259]

Very nice explained in simple and easily understandable English
Thank you..

[@ravichandra2]

Good lecture and it is very understandable

[@WilsonScenesTV]

Thank you for all the useful information! !

[@sammysingar.2375]

Thank you , you have explained it so well

[@Sam-rl6ok]

Very helpful. Thank you so much.

[@katungukatungu4774]

why is the refrigerant temperature still high after passing through the condenser, isn't it supposed to be cooled there?

[@venkatesh.b5365]

Listen carefully

[@Glaci3rBlue]

Temperature does not change during a phase change. All the condenser is doing is changing the refrigerant from a vapour to a liquid. The temperature will be reduced at the expansion valve when the pressure is also lowered.

[@prasanthkumar6578]

The process takes place in the condenser is only reducing the latent heat. Latent heat is the energy absorbed or released by a system during constant temperature.

[@yadavshivam8155]

Best explanation thank you ma'am

[@AIPodcast30]

Thank u very much highly commendable

[@pzpete]

Very useful, thanks very much.

[@varadharajan1298]

really more useful...for better understanding✌

[@talentedtiger901]

Outstanding
Thank you so much

[@theresejohn6272]

Really understandable. Thank you!!

[@mayankjoshi5906]

It is very nice and good explanation than politecnic professors...I understood everything..

[@premchand-vn1zx]

Thank u for ur explanation, I need this topic use for present my job

[@foxgaming8466]

Amazing your explanation keep it up

[@srinuk8636]

Nice Explanation Mam...

[@status_st2446]

What if there's no compressor? What will happen?

[@srigowtham5215]

Crystal clear!!

[@marimuthup1595]

Your explanation of the useful for the iti training students. Thank you.

[@nagrerelax5602]

Very well explained!!!!

[@atienorisper5541]

❤❤❤❤❤❤ clearly understood

[@vachan7064]

Wonderful video 👍

[@nishantsen6820]

Very helpful

[@finallyy3959]

simply WOW

[@akweerasinghe3917]

Good explain for student.

[@ganeshmane5201]

Very good ☺️😊

[@allcrickethighlights232]

I really very well explained ❤❤❤❤ thank you ma'am ❤

[@jeetbhatt3909]

Nice work 😀👍 keep going

[@balbahadur1827]

very good hvac trobleshooting

[@All.categoryview]

Helpful video diploma engineering study for students,,
I was watching the video I am from Bangladesh,,
Refrigeration and air conditioning,
I want about all engine video

[@sanjanasp7146]

Ma'am ❤️.. thanks 🥺

[@steam6969]

it is very helpful thank you

[@bhishmapitamah1722]

Watching only 15 min before exam thankyou i understand everything

[@anchor.effect]

Very lucid explanation.

[@keshavagowda3836]

Really understanding

[@प्रज्वल-न7ष]

Good work keep working in same way 👍

[@osmangoni-nl1kh]

Good information

[@prathamesh1280]

Very nicely explained

[@blaze9558]

Thank you..
It was very helpful.

[@ayarayaran2535]

Excellent explanation. Thank you👍👍👍👍👍👍👍

[@anild6216]

It is easy understand thank you so much 🙏🙏

[@muhammadwaqar]

excellent explained

[@sislocreation7858]

Helpful

[@chidipillilovekumar9356]

Thank You...Mam..

[@zorojuroluffy02]

thank you

[@asetyabudy9915]

How if we use the 5:55 vevaporator to operate at Hot area?
How many COP will be created?

[@oumastephen8397]

Best explanation

[@girmatafesse3456]

Thank you so much

[@rajkumar-df8ym]

Really nice video for understanding

[@tameresolomon7110]

Great video

[@vkvajpai6183]

Thanks for your video

[@hashirmv5817]

The refrigerant leaving the condenser is high pressure low temperature liquid

[@fakefriends9498]

hello im new just trying to understand of where the low temperature goes to the container of the refrigerator and is should have a exhaust of this thing?

[@karlozlopez8535]

Thank you for sharing

[@blackarp3566]

very nice video bro

[@SaNFamily274]

Fabulous

[@MarcoMokhtar]

Doesn't that mean only heat from inside is dispersed while hwat from compressor is despersed

[@ahmedosman-hz6ej]

Please can you share us how to make the design and assemble it. thanks

[@poovizhimohan6366]

excellent

[@Urmro]

Well explained

[@cherianchirackaljoseph4933]

Why can't you remove the condenser and go straight to expansion valve ?

[@vj692]

Nandri

[@mohammedpilot2335]

Thanks

[@atharvasalvi8140]

Nice

[@ABDULQAYYUM-ui4zv]

Very Informative 👍

[@AditiPatil-vf3zl]

Thankyou

[@sudheerhirolikar5211]

My question is how Superheared refrigerant get cool more than surrounding temperature in condenser..... For cooling condenser use air medium, den how v get cool effect

[@ryangodlove3268]

It'll still be better than the surrounding temperature, it's just cooled enough to become a liquid so the expansion valve can expand it

[@bhargav7215]

Thanks mam...!

[@ikayulianto1970]

tank you

[@mdnasrullah8394]

High pressure high temp vapour enters into the condenser and condenser take the latent heat of vapour. Vapour exit in liquid form. But temp remains same. How? Heat is extracted from vapour then why temp not falls?

[@jillasridatta7370]

I understand your question bro, if see the video they have just started from the topic of VCRS, but in this video they have not thought the basic behind using only these components. So if you know what is the basic principle that to be needed for us to produce cooling effect you will get know the answer.

[@kerumbanvlogs7044]

I also agree with your statement,it allows only low temperature at the condenser output, pressure is entire cycle constant,its an isobaric process. condensor first remove super heated steam/vapour,later at a certain instant of time latent heat removal,or it means it achieved saturation temperature, after that the refrigerant turns to a sensible temperature or in sub cooled state only.always saturation temperature should be greater than the sub cooled temperature. If the difference between the saturation temperature and the subcooled temperature is less than 10degree Celsius, we can say that defficiency of refrigerant inside the compressor. Always the compressor has to maintain 10 degree Celsius minimum for proper cooling.

[@repsaj33]

Finally I get it

[@124tejasnarkhede9]

Very nice🔥🔥🔥

[@NihalGatty]

Anyone from Mangalore

[@kanakendranr2222]

After Condenser only pressure high, but temperature low

[@cherryjoybautista5429]

Hi! can I use this video in my class. I will be using livestream platfrom in facebook group.

[@pawankalayn2898]

How Heat will be generated in compressor

[@asetyabudy9915]

How many COP can be reach?

[@ManjunathayadavjSMEE]

Super

[@thathu.mp4355]

Wooowww😄❤

[@rajeshraya4775]

at 3:36 after condensing process, it should have the low temperature and low pressure, right? if not then would you mind explaining me here on comment section. btw, great animation video. Keep it up

[@STARAQIL]

No. Only the phase change of the refrigerant occurs, that is, from vapour state to liquid state. It still has high pressure and high temperature.

[@rajeshraya4775]

@@STARAQIL oh I understood. Thanks a lot man

[@gameratortylerstein5636]

@@rajeshraya4775 the expansion valve decreases the pressure and lower pressure results in lower temperature

[@sahilraut4808]

@@STARAQIL 👍

[@eldifonsopujante2444]

i got the same question, also in the evaporator, i thought pressure changes with temperature?

[@saiii..6394]

very useful video and understood concept easily!👌

[@markopollo_1876]

THS KERALA

[@carsonchan5102]

high pressure liquid? I thought liquids cant be compressed

[@vamsikrishna8273]

Vapour is compressed

[@salumrashid5153]

Sorry I need to learn this technician I need teacher

[@AB-wr8vl]

Vapour

[@saoudsarwer5668]

let me clear you that the basic function of condenser is to reject heat and reduce temperature and pressure you had mistakenly written here that condenser passes high pressure high temperature liq. to expansion valve
that is not true. correct me if i am wrong.

[@gulshankumarsony023]

agree condenser rejects heat.. but it doesn't reduce the pressure... refrigerant turn from high pressure vapour to High pressure liquid... its Expansion valve (throttling vavle/ capillary tube) that reduces the pressure of High pressure liquid refrigerant

[@dataphoenix8004]

thank you google wont answer my question without trying to sell me something

[@EbenezerThorat]

i think you missied one more component.

[@alphadream953]

man i know theres gotta be better AI voices than this man

[@AgilanAgilan-s2r]

Thank you 😊 but please Tamil translate.😂