How Air Conditioner Works - Parts & Functions Explained with Animation.

In this video, we will learn how an Air Conditioner Works, by discussing the different parts and the functions of different parts through animation.
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[@vincentkennedymcmahon50]

This is much better explanation than the other much viewed videos

[@user-fi3ui9uu1z]

All tutorials are clearly explained .thank you so much .please continue!!!

[@maniraja7779]

🔥 This is explained as simple as possible than what I learn in Engineering thermodynamics... great work...

[@salimrandall]

Thank you for the clear explanation.

[@chiho9547]

Very clear explanation. Thank you.

[@temesgenyesh5852]

Wow! Excellently explained thanks

[@vijayrajsinghgautam9492]

Wonderful exposition of A. C. Mechanism.

[@KrishNamaste]

The best video on this topic on KZbin.

[@irfanwaniwani786]

I have found ur lecture so intrsting and clear

[@FASTERBOLT87]

Super and most easy explanation in the world.

[@Gboogie22]

WOW! I went from knowing nothing about AC units to feeling like I’m a pro. Thank you, it was very we’ll explained.

[@helloworld-dh6hq]

You are now also know how Refrigerator works

[@StreetN1ckel]

This is way better than any other tutorial I saw on KZbin. Because you actually explained what everything does instead of tossing a bunch of random names around and providing no explanation like literally every other vid on KZbin from crappy teachers. Mechanics are just terrible teachers 😂

[@inspire_everyday_]

Explained really well

[@fhatuwanimedia]

Much easier explained than I thought...big up

[@tz1743]

no, thank YOU! :) that was a great explanation :)

[@jayanthakalubowila2817]

Very clear english and excellent explanation .thanks madom.

[@bobbydhuth]

A very fine explanation , I like it

[@anuragpatel5816]

Loved the explaination🔥

[@terryagent2738]

Very well done, easy to understand just the basic principles .. impressed !

[@Zelphyn]

Easier to understand compared to other tutorials of the same topic. Good job.

[@xnali183]

Woww mam I am from Pakistan and I have a promotion test thanks to u for explaining ac as my desire with easy words

[@chethanbhatbs3004]

Wonderful explaination very helpful to exams

[@benn_781]

Helpful 👍

[@MyMakingWavesProject]

Helpful video thanks.

[@benlacano1235]

Now i know, thank you so much for the lecture, it helps me a lot to know the basic functions of an AC.

[@echang9477]

Nicely explained coming from an electrical engineering mind trying to learn heat tranfer.

[@christosvasiliou219]

the temp out of the condenser is a bit lower as some heat goes out to the env. . Very well explained good job

[@assadchizema4993]

Very well explained, thank you

[@jakkianand7864]

easy to understand

[@sajidbaig1593]

Great information , many thanks!😮

[@Y3shua_Forever]

Very informative! God bless 🙏🏼

[@EagleRace-bz7ln]

Dear sister it's a nice video to understand about AC thank you.

[@bijujohn4515]

Good video good presentation god bless you thanks maam

[@Afrokidd002]

Thanks for sharing ,,,,, I have learnt alot

[@Roarless]

Thank You it was very Helpful

[@joseelmarjuanico5181]

Thank you for sharing god.bless

[@hrudaideepthi3346]

Nice explanation

[@geraldine6212]

Thanks 🙏🏻

[@uttamthakur2016]

Thank you much for understanding me .

[@Mithu-bo1sd]

Great explanation

[@ravishanker2663]

Very nice 👍👍 Thank you very much 🙏🙏

[@mintudas5724]

Very interesting!!!!!!

[@rameshkp7860]

Good, very useful video you present.

[@shyammishra9649]

Very helpfull video for me 🙏🏻🙏🏻🙏🏻 and everyone

[@shikshitg2795]

Nicely explained, thanku so much

[@abhayakumarsahoo4756]

Best explanation ever

[@sunimalfernando4347]

Thank you!!

[@raushanikumari995]

Very helpful... thanks for making such videoes🔥❤️

[@tekendragautam1251]

Very informative, lots of love.

[@mohammadismail1233]

It's really ...well for people. May we get a video about for all of refrigerant ?

[@Laljack564]

Your explanation was excellent but my brain still confused as to how air conditioners work.

[@alimd703]

Thanks a lot

[@madushan_96]

Thanks you Good work

[@joshnabattu8936]

such a clear cut explanation..thanks a lot

[@darshitsingh4378]

Very helpful

[@rahulbhosale6610]

thank you so much mam its a really helpful info

[@WM22MW]

Best Explanation

[@PsE8]

Thank you👏👏

[@prathameshpate259]

Explained really well through graphics & Animation but what about the drain pipe?

[@tiprasaboy98]

Tnks for this topic explain

[@rakeshgubbala8253]

Thanks mam

[@nsp74]

very helpful מאוד מועיל

[@wisdom_wellness365]

Very nice! I like it!

[@geraldine6212]

Nice 👍🏻

[@alphajuliet5697]

Very nice video 📹 🥰

[@phaisaljaorasdr5854]

Very well explained and easy to understand with the animation. One of the questions I have is how much pressure does compressor have to increase so that refrigerant temperature will be higher than ambient air temperature. Is the compressor equipped with some type regulator that measures outside temperature and compresses the refrigerant so that the temperature is higher than outside air temperature.

[@irshadahmedsyed]

Actually the explanation is still incomplete as your question proves it needs to be equipped with some thing which can measure heat temp and that is Thermostat which is important to power on/off to compressor to work as per our Room temperature🌡️for a certain cooling effect set in Thermostat I think.

[@TheKevo7777]

@@irshadahmedsyed HVAC systems will typically have one or more interior air temperature sensors and an ambient (outside) air temperature sensor.

[@jollyscaria1922]

Expansion of liquid in remote bulb and power element keeps thermostatic expansion valve balanced to maintain flow.het asbsubering sysom exp..ls in ..out..rmote bulb out let..37psi 50°f.rmote bulb 46.7psi 50°fcondeshion areav 37psi .40°f.condesar medals area 37°f40°FINternal euualizercondsar up eexpasuon under diaphrom 37psi expashion top line out line power elment ...expashion spring 9.7psi inlet out mto matic expansion valve with a temperature senstive elemnent also called p""power element replacing the adjustingvvsrew and spring ...

[@BsratWedaj]

Very nice expression

[@niccomedia]

Very well explained

[@tahinmirza5443]

Thank you so much mam

[@runthomas]

thank you ..this is a great tutorial , rather than the others i have watched that dont explain how the compressor works, or why the flans are blowing and what they are blowing for and the main key is the first law of thermodynamics that all ac is based around...that heat flows from hot to cold... if you ever want to improve..the thing that was missing was 1. how does the expansion valve work actually (by what mechanism) 2. the evaportator in the room ....when you go near one they seem to be blowing cold air...but your explanation seems to say they suck in hot air ..(so how come they actually blow cold air) 3 more talk about the air in the room and hte importance of the room being closed or the aircon will be trying to cool down the planet. 4. how the condensor coils actually change the state of the freon from gas to liquid.....i think you said the temperature doesnt change but i think it actually does. the outside environment cools the gas and then it changes to liquid ....by cooling it. 5 more abuot how the changing of state of something from gas to liquid or liquid to gas produces energy

[@JLaP]

helpful and useful comments! thanks

[@scottliddicoat6612]

W-e-l-l d-o-n-e !

[@adamdon8460]

Super

[@AmitPatel-cl6ou]

Love frm india

[@_sriram]

very nice

[@tasnimulsarwar9189]

And thank you for making this video.

[@rajendranraj3621]

It's said ,apart from chilling,mixing process is there,which is also vital.

[@manjulakrishantha409]

Thanks

[@saumyasrivastava9046]

Nice

[@SAMIKHAN-oc9dl]

Great

[@satyam_art_369]

Nice explanation but fast.

[@lowrypierce8054]

Question: At compressor startup, does the A coil (inside furnace) make some noise getting up to operating pressure? It lasts for about 15 seconds? Then noise stops. At end of cooling cycle the same thing happens. During the cycle no noise at all, other than normal blower sounds. AC runs great, very cold.

[@TheKevo7777]

This would not actually be called a furnace but a evaporator coil. What you are hearing is the compressor ramping up pressure. Once the pressure is obtained it does not take as much energy to maintain that pressure so you want hear it as much,

[@E9neTheRant]

As an HVAC Tech, this is everything and nothing at the same time

[@joeldesa263]

tHank you

[@nohinsalve5367]

Good

[@djnict]

thank u

[@aresskiller2097]

cool

[@irfanwaniwani786]

Thxxxxx

[@stefan7285]

I have a question regarding the wireing. I can´t find an answer anywhere on the internet so i´ll try my luck with you. I have a Toyota Hj60 - 82 and there is a wire coming from the dash leading to the dryer and then on to the compressor. From what i can se it´s not acc so i can´t set a temperature, just on/off. Could you explain the exact way to wire the system from the button to the compressor? Why is the wire running through the dryer, i guess it´s correct but i can´t find a single video on the internet explainng this. Thanks in advance.

[@jeldred80]

What about low ambient control values, and accumulators?

[@AndrewDay_Aston-Martin-DBS5126]

Some things are not explained here. HOW does the expansion valve allow the high temp liquid into low pressure cooled liquid. I presume because it has a small dia. in and a larger dia. pipe out, but this is not said. Also, does it matter if the vapor travels UP the condenser rad whilst turning into liquid? Would gravity not make it want to fall back down? All other animated diagrams I have found show it going down, and that would seem to make more sense. Also, where is your drier?

[@hercksonsamuel6217]

Wow

[@naveensharma7478]

👍 👌 👍 👌

[@leiladaquil6587]

did you miss the freon dryer or vapor-liquid separator?

[@faridaeldegwy3766]

thank yoooou so much omg

[@stanmorton8975]

I thought, in an expansion system, the freon exits the condenser in liquid, enters the dryer, where moisture is removed from the freon, then traveled to the txv valve?

[@sanjanasp7146]

❤️❤️

[@godwingeorgemartin1565]

How the liquid state of freon is converted into gaseous State inside the evaporator coil

[@khloekarls12]

Because the hot air coming into the evaporator area from the house is heating up the Freon in the pipes causing it to evaporate back into a gas

[@anniebassist1]

Cold freon absorbs the heat to change state to turn to Vapour just like if you heat water to make vapor

[@basheerkadhim7213]

This is the freon property

[@kobzih7072]

What is the benefit of changing the state of the freon from gas to liquid?

[@aditisingh1385]

So that when that liquid again comes to the indoor unit it can absorb heat from your room, reach its boiling point and turn into a gas. Now this gas is sent to the outdoor unit and using the variation of pressure again turned into a liquid. The cycle goes on. Hope that helped! :)

[@irshadahmedsyed]

@@aditisingh1385 But I need to ask one thing? Why their is no explanation about Thermostat which is very important part of this AC? Thermostat is the one which controls Power On / Off to the compressor. I guess same type working arrangements are done for Refrigerator also am I right?

[@pigishpink1986]

I have a question, how does it dispense the cold or hot air?

[@ryuzaki6865]

Dispensing of cold or hot air happens as per the 2nd law of Thermodynamics, which states that Heat flows naturally from an object at Higher Temperature to an object at Lower Temperature. The "Compressor" makes sure that refrigerant fluid flowing to "Condenser" is at a temperature Higher than the outside temperature, which ensures flow of Heat from Condenser to outside temperature as per 2nd law of Thermodynamics, added with a fan which aids in blowing out the Heat from Condenser. The "Expansion Valve" makes sure that refrigerant fluid flowing to "Evaporator" is at a temperature Lower than the inside room temperature, which ensures flow of Heat from inside room to the refrigerant fluid in the Evaporator as per 2nd law of Thermodynamics, added with a fan which aids in blowing in the cool air from Evaporator to room.

[@parthifls]

Is refrigerant filled in ged or liquid form and at what pressure?