Air Cooled Chiller - How they work, working principle, Chiller basics
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- čas přidán 24. 06. 2024
- This video guides you through the basic operation of a chiller, making use of animations, illustrations, 3D models and real world photographs to help build your HVAC understanding.
This covers the basics of a air cooled chiller in a typical office building. By the end you should be able to identify the main components and the main circuits of a chiller.
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v nice videos indeed..keep it up sir.
The Engineering Mindset brilliant videos, really break down each system and make it easy to understand the process of different plant equipment. Some videos on LTHW would be great though. Keep up the good work!
Thanks Arthur. This is probably one of our best videos to date. We've done a couple on LTHW heating systems, have you watched these? czcams.com/video/lDeuIQ4VeWk/video.html & czcams.com/video/KU_AypZ-BnU/video.html
This is air conditioner?.
Helping as an apprentice on an air cooled chiller. I'm watching this on my lunch break. This helped me understand what I'm seeing so much. Much appreciated! I love this channel!
I watch this series whenever I need to chill.
Lol good one pal, I like chill people like you 😉
Wait... you mean chill like chillers... and it is a common phrase for relaxing...
I was trying to read and learn these systems over and over from books until I saw your videos. Great explanations and illustrations. Much appreciated.
Thanks for all of your videos, literally I have learned what is needed for HVAC through this channel only. After, completing my Bachelors in Mechanical engineering, I was searching for jobs, before facing interviews I have checked all your related videos so that I can face questions from the employer easily. I wish, universities can teach us like this so the basic visuals would be clear in our minds.
I have so much confidence in Paul's presentation abilities that I always press that like button even before I watch the video :)
Thanks for the education on these chillers; it definitely helped me see more clearly; I’m starting to learn about air cooled chillers at my job as a HVAC facility maintenance technician where this type of study helps out a lot as far as operation
Hello admin,
I saw your tutorials, its very helpful for me, clearing all basic fundamentals.
thanks for uploading uploading.
regards,
Vinay
I’m so glad you explain sh-t 10 times more directly and quicker than other channels. Freakin thank you
The knowledge just keeps coming!
Awesome explanation this makes process instrumentation way interesting .
Awesome explanation with simplified animation. Great brother.👍🏼
Thank you for the video, animation and explanation is impeccable, thank you again
Very thorough and thoughtful works. Respect!
It is a wonderful video to know the basics of Air cooled chiller. Thanks for the time given in explaining the working principles with animated video that clarifies the flow of chilled water.
This should have millions of views. Highly appreciate the efforts
Hello sir, hopefully a lot of thanks for u.i understood the HVAC system through the our videos .ur videos useful to fresher and again thank u
Thank you for taking the time to educate us.. much appreciated…
Awesome video! Didn't know much about Chiller units and this video and all the others are tons of help! Thank You Engineering Mindset!!!
Check this video out for chiller application guide! czcams.com/video/gYcNDT1d30k/video.html
Very good and easily understand, I like this and thank you very much.
you are the real MVP, sir!
EXCELENTE EXPLICACIÓN PARA EMPEZAR CONOCER LOS PRINCIPIOS DE LOS SISTEMAS DE LOS CHILLERS
Thank u very this is really very educational and very well explained; easy to understand too... cheers
bravo... impeccable work n explanation as always!
very well and clear explained..nice video.
Very intelligent man. Many thanks! Great information!!!!
Awesome video.... Thanks sir......
I wish during university times near theoretical lesson there were lessons like these ones, in my opinion these videos are brillant from a didactical point of view
thanks i learn alot from this viedo
Tnx... this is great job!
this type more common on our area, thx a lot
I just keep proving to myself I’m a visual learner, I wish they had these videos with every lesson
Great explanation. Thank you.
Very good material thank you
Thanks alot for your kind explanation. This is very helpfull
Mate, great video. Thanks
I big thank from my site. It's such the clear explanation.
Huge thanks for your videos !
Very good video. Thankx
Thank you very much, it is a fruitful video
Great work bud!
Really nice very good way of explain nice
very nice
man
perfect love the way you explain thank you
Excellent explanation...
wow nice video! I need to learn English with urgency!!!
Very wonderful sir have learned alot
Hey Paul! Thanks a lot for the vids. I was wondering if the 3d models where available cause they would be a life saver for me
Great video! Just wanted to add that FAHU are typically used in research labs and specific areas of hospitals. Well, at least here in the northeast U.S.
moreover, like datacenters for positive pressure
Thanks for useful information
Very nice animation and good information
Thank you so much, this helped me alot with my project work
Very well explained
Sir,
U explain very nicely and easy to understand.
Can u please expalin duct take off and duct installation.
very good video thanks
GOOD EXPLAINATION..
Thank you very much for sharing
Nice video,,
Great stuff, thanks mate ❤
Outstanding Explaining topic 🎉
Very helpful video. The chillers where I work have "flash" tanks and I don't really understand their purpose. Do you know what they are for?
That was helpful..!!
非常专业的视频，感谢你
Appreciate the way u explained ...thanks a lot...😊
nice video thnx sir
Thanks alot
Most helpful videos im filipino hvac technician facilicities for aircooled chiller thank you sir for sharing videos
do you work in the Philippines too? are air cooled chillers most common?
The air cooled chiller and absorption chiller links in the description are interchanged. Kindly update. Appreciate your help in explaining so well the intricate details of system operation.
Notice the same... 😁
Thank you so much.
Very nice video
Wow that is so good
Dear Paul, thanks for the great video. May I ask what Filter Drier is for?
If you had an air cooled chiller circuit with all the AHU’s etc on primary side what would determine whether you pipe the chiller arrangement up in reverse return or just loop the flow and return?
?Nice video, what is the program did you use to make the 3d simulation
How can we thank this guy!?
Yeah Sir quite impressive for humanity
Fantastic video, buddy. I'm a bms spark 👍
perfecccccccccccct
thank you
Great thank you
Thank you
good undarstand your video sir
Sir Thanks for your great exposure that thrown to us and my doubt is,Is the refrigerant is flowing through the tube or shell in air cooled chiller,can you pls clarify that??
We covered this in the video, but typically on air cooled the refrigerant is in the tube. Have to check with the manufacturer though. We have lots of info here: theengineeringmindset.com/refrigeration/
Great video, great explanation, volume is a bit low so I had trouble hearing the video. Otherwise was very very well explained.
thank you
very good
excellent
Best video Best channel
Please upload one on DDC and BAS how logic blocks work with BAS , not PLC , thank you
PLC video now live: czcams.com/video/uOtdWHMKhnw/video.html
Thank you for this it is very informative. Can you explain more why water cooled chiller is more efficient than air cooled?
water cooled chillers use evaporation to reject heat in the cooling towers. air cooled do not have this ability
Check this video out for chiller application guide! czcams.com/video/gYcNDT1d30k/video.html
Water cools more efficiently than air.
It also takes more latent heat out of the system.
Thanks for your great explanation, but i have a question. what refrigerant usually used on an air cooled water chiller? i really need this for my assignment. Thank you so much
Please see our advanced videos theengineeringmindset.com/refrigeration/
Please put video for air cooled chiller basic maintenance issue and how to solve..?
Try this video: czcams.com/video/Zu0LVVNNVSw/video.html
Good sharing friend
Hello sir ,
Nice Explanation, I have learned. A lot from this video but one thing in my mind is that chilled water return which is going to the evaporator coils is there any pipe contain seperately in the evaporator & Comes back to supply chilled water..!!
In the evaporator is there any pipe contain seperately for chilled water supply & for chilled water return.
With little less to understand your question, There are two pipes in the evaporator; one is caring the refrigerant and the other has the water from and to the building. In the evaporator they only exchange heat. Please respond if i am not making it clear
The FCU/AHU's return line going to chiller's entering water line and chillers's leaving water line going to AHU/FCU's supply line. You can see only two pipe line in the chiller evaporator(shell and tube) , one is entering water pipe which coming from building and another pipe is leaving water pipe which going to the building. That's all.
Hi Paul. I'm just wondering why you put water pumps on the roof which technically is on top of the roof ? I guess is because it is the main water source before it is distributed into each AHU. The lowest AHU would get highest water pressure I assume.
air cooled chillers typically have the pumps installed on the roof close to the chillers and they push water through the evaporator. In this case I've shown each chiller to have its own smaller pump and then a large distribution pump set but its also very typical to have just one pump set forcing through the returning chilled water through both evaporators and then using an automated valve to control the flow to the chillers. Th manufacturer will specify which should be used. Yes the lowest point in the system will have the highest pressure due to the force of gravity on the mass of the water column
Hi Paul and thanks for explanation.
Any where in the uk 🇬🇧 to find a an institute or college to do a course on this Air cooled chiller specifically?
Kind regards
Mou.
Yes have a look at city and guilds and cibse courses
If a chiller supplys FCU's with S and R does the AHU need the chiller S and R if the FCU's are supplied already?
Please upload a video regarding the pipe design in autocad of vrv/vrf
MOHAMMED OWAIS support him with some money first
Adrian Farhan q bhai
Adrian Farhan why bro
New VRF unit video here:➡️ czcams.com/video/4i1XgcP1tmw/video.html
Hellow, the COP curves are the same for a crew copressor ?
Thank you so much: I think there is a small mistake here, correct me if I am wrong- The fluid entering the evaporator is air, not water as you mentioned in 13:29
No, as shown, refeigerant is passing through the evaporator and exchanging thermal energy with water, which is then pumped around the building to provide cooling. This is a chiller. If it was a small air conditioning unit, then it would be air.
excellent explanation, missed the caption in Portuguese! Have the possibility?
canal português aqui: czcams.com/video/7JDmvDzb5L8/video.html
@@EngineeringMindset I will complete 3 years of experience in the area in a cold water plant! your explanations about chiller towers, bombs and fancoils is excellent, I’m Brazilian I would like the legend in Portuguese! thanks for the attention Paul