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god bless you.. best presentation ever

Thank you

What?

I love this video very very much. Of all the videos I have watched this is the best and nothing compares to the clarity and understandability of this video.

Lower density\ higher operating pressure\ worse for the environment. Chemours (DuPont) is at it again, can't wait to hear why 454 is toxic in a decade.... CFC.. anyone who knows chem knows what the F stands for, that is your toxic substance. Gas my shit with r290!

1234568....😮 And behind ol' #7 My conspiracy theory... The warranty expired on the Copeland chillers, due to an overload of superheated refrigerant, tube and shell was not capable of dumping that kind of heat in the river!

Great video, first week HVAC student, really helped me understand the refrigeration process, thanks so much !!!

Best presentation I’ve ever seen on this subject. Thank You.

wow that was food for the brain, thank you very much i appreciated that.

Please where 35 degree that substracted from 75 in low side comes from?

How pressure remains constant in condenser despite the temperature drop from superheat rejection after compressor & sub-cooling heat rejection before expansion valve? Thank u How pressure remains constant in evaporator despite temperature rise from superheat gain before compressor?

Extremely well Presented thank you

Thanks that was really helpful. I understood and read/ watched videos on the refrigeration cycle but i was confused on super heat vs highly super heated. Highly super heated is a cool concept

noice

I thought Hank Hill Sold propane and propane accessories. Didn't realize he did HVAC as well. Thank you for a great video.

thanks for your video, very detailed explained

Excellent video. Love the way the refrigeration process is illustrated in a simple but complete manner. The terminology is also explained in a concise and easy to understand way. I have watched several videos but this is the only one that has managed to illustrate the basic workings in a complete yet simple way. Thank you!!

Super excellent explanation. Could u use similar schematics and explain heat pump, dehumidifier, chiller. Making it so easier to grasp? Thank you, once again.

Thank u Great explanation Could u also explain heat pump, chillers & dehumidifiers using similar diagram with compressor, metering device/expansion valve & evaporator and subcooling, superheating, the whole 9 yard.

Outsdanding presentation. A very complex process that has been thoroughly explained using simple and easy-to-understand language.

Very nice 👍🏼

First class explanation 👏👏👍👍🙏🏽🙏🏽

Fantastic informative video.

Sir: Could you pls explain "16:17" subrtact 35, any informatiom for 35?

Great video 8 years later its still helping people !! Thank you !!

THIS IS THE BEST VIDEO ON TH-cam!!!!. NO OTHER VIDEO HAS EXPLAINED THIS SUBJECT BETTER!!!!

What an awesome explanation!

Thanks from Bangladesh.

Good teaching skills 👍

Love his accent

Well explained , thank you 🙏

what about overcharge?

Great video.

One of the best videos on this cycle. Thank you.

"for one thing...they didn't call you out there because it was nice and cool inside" haha thanks for the video very good teacher.

Great information and detailed explanation. Thank you so much!!

I'm an auto mechanic and I've never seen anyone explain refrigerant temperature relationships like this

Thank you!

Very interesting when 2 refrigerants are mixed

Thanks for the very informative explanation,very good.

Sound quality very poor

Wheres the dryer receiver?

Thank you a lot fo your efforts and efficiency to have this lesson.

Excellent presentation, especially for the layman. Thanks!

Thanks again !!!! Is the boiling point and the condensing point BASICALLY THE SAME POINT , but just moving in opposite directions ?????

THANKS A LOT !!!! WONDERFUL TUTORIAL !!!!! I'm just starting to learn this rather difficult stuff , but that was quite good !!! Understanding pressure and temperature , changes of state , latent and sensible heat is ALMOST EVERYTHING : I PUT YOU IN MY NOTEBOOK !!!!

I have seen so many diagrams like this, but from the opposite side. Makes it more confusing, guess depends on person drawing it as left handed or right handed.

Does it make sense to insulate the pipes from the air conditioner in the car? The air conditioner pipes in the house are insulated, but not in the car, why? Thanks.

Don’t know the field, But enjoyed .and learned

this is my favorite video explaining this. other guys talking too fast. finally - a normal dude teaching this here. thank you