How Air Cooled Chiller Works - Advanced

[@EngineeringMindset]

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

[@mohammedwajahatali180]

You are life saver !! Thanks for making it accessible to everyone for free .

[@pamshofu]

Thank you for sharing knowledge, but i have a question "why the evaporator input and output refrigerant temperatures are the same when there is heat absorption?

[@alexmacher7430]

Hey love your videos! I got an internship in a MEP firm and your videos helped a lot. May I suggest some videos on energy recovery ventilation, economizers or VAV controls. Great videos keep it up!

[@keithhogan5770]

Very well explained...Great breakdown.

[@Encom0]

Love the video series. Can you do one on Fan Static pressure please? What it actually is, how it differs from Total pressure.

[@craciunalexandru1288]

Amazing videos. I wish I would find something similar on civil/structural engineering.

[@shadyajam6143]

How can the temperature of pts 4 and pts 1 stay the same if the refrigerant is supposed to gain the heat of the returned chilled water(in) passing through the evaporator ?

[@EngineeringMindset]

because the internal energy increase, entropy ad enthalpy

[@EngineeringMindset]

You might like this video Shady on refrigerants kzbin.info/www/bejne/on7UoH6Coc5jj5Y

[@EngineeringMindset]

Learn *CENTRIFUGAL CHILLER - (ADVANCED)* here: kzbin.info/www/bejne/h52uhHp6nNZ6fJI

[@rampravesh7422]

I am new technician sir you are very nice video

[@ZeeshanAli-mv7kz]

Let me ask you one question How we know the capacity of any FCU or AHU machine please

[@MdShahid-hj9bi]

Nice video....

[@lubime10]

Well done !!!

[@abdimalikhersi8328]

For heat transfer for evep Q = m'(h1-h4) 3.3(250-129) = 399.3kw Why is difference from the answer 397kw As I saw another formula to calculate the heat transfer evep Q = m'×cp(Tin-Tout) Answer = 397.212kw Please explain for me the difference for this two formula Thanks sir for this amazing video you posted us

[@ibrahimkhalilullah2066]

package ac explain please?

[@EngineeringMindset]

See our other videos please

[@sakiransari2500]

I m start this course HVAC

[@anshumahor1430]

🔥🔥💯💯

[@sakiransari2500]

hello sir

[@morzariadeep]

2-3 seems to be incorrect. Ideally there is only phase change so the temperature should remain same !

[@sakiransari2500]

please help me

[@EngineeringMindset]

I am helping by providing videos

[@AmitYadav-de4nm]

Like

[@Robin-nc2gg]

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