Not to be critical but I will point out some flaws since I'm a refrigeration tech. The animation was great but I seen where the condenser fan was spinning in reverse, also the suction accumulator was drawing the liquid into the compressor instead of the vapor. This will cause the valves on compressor to get slugged with liquid and cause compressor failure. Also you could have shown the moisture condensing on the evaporator inside the tank and dripping down to the bottom and draining out of the tank. Therefore removing the water out of the air. Great animation tho.
At heat exchanger level ( evaporter) , the refrigerent absorbs the heat from the compressed air, then the air cool down, when the air cool down it will condensate ( reaches the dew point or in other words 100% relative humidity), it is the same principle in your A/C system with outdoor and indoor unit, indoor unit is within your room and it always has a condensing pipe, same goes here the only difference is to imagine that the comrpressed air in heat exchanger as the air in your room.
I want to clarify that the compressor never compresses liquid and in your video diagram it is clear that what the compressor resonates is liquid. it's a mistake!!!
Away from strong animation, This video just illustrates how Compressed air is cooled through the small chiller components but really doesn't present how exactly this air is dried. !!!
Saeed, you are right in terms of the principle about this method. It is something like chiller. According to the standards, this type of refrigerated type dryers are reducing the air temperature down to +3C degree. There are some other type for +10C degree but not this type, those are generally used for more simple systems. So these dryers decreases the dewpoint level down to +3C pressure dewpoint(PDP) by cooling the compressed air. After cooling the compressed air, this dry air is going to be heated again with air-to-air exchanger to make it usable in application. Otherwise compressed air on 3C degree may damage the pneumatical systems or any other utilities.
These animations are soooooo helpful for people who want to learn...
Thanks a lot to every single person who ever make these things....
RESPECT 👍
Not to be critical but I will point out some flaws since I'm a refrigeration tech. The animation was great but I seen where the condenser fan was spinning in reverse, also the suction accumulator was drawing the liquid into the compressor instead of the vapor. This will cause the valves on compressor to get slugged with liquid and cause compressor failure. Also you could have shown the moisture condensing on the evaporator inside the tank and dripping down to the bottom and draining out of the tank. Therefore removing the water out of the air. Great animation tho.
Hi
Very Nice explanation 👌👍
Simple and good quality of animation!
Je suis très ravi par ces videos qui m'ont été très bénéfique merci pour les détails
Shandar explained video 👌
This video is very helpful. Thank you
Good explain sir👏🤝👌
It,s really useful video
Very informative 👏
thank you 👍
Your subtitles are not clear about components .the color of that is merged with background color of animation.anyway nice video thanks
How is the video designed, I want to participate and make such videos
Can you help me?
👍👍👍👍Nice😊👏
Very good explanation
Really
Very good sir
Nice video plzz tell about animation how this creat
Muito boa a explicação.
Parabéns.
👏👏👏👏
That's great
Good vedeo
I need a clean and dry air source with a flow rate of 0-10 lpm. Can you please suggest a suitable instrument ?
Very good
This video skipped over the hot gas bypass valve. Please do one for us service techs
what is the use of Hot gas bypass valve, you forgot to tell about that?????
Very nice vid bro
good coach
Airfel mobile air conditioner only works on the fan after 15/20 minutes of operation. LE makes it flash on the screen.
Good explanation
Mr. Osmanul, you can contact with me directly if you are interested. hakan.celik@mikropor.com
How can i make like this video ?how can I design it?
Is it a cold water stand?
Great job
Fine video
Pravo ,,, you did well .Go ahead .
But ; what is the usefulness of liquid receiver ?
What will happen if gas goes to the expansion valve ?
Hello sir In Air dryer reciver is full of oil it have 5 capillary
That's great
Air dryer removes moisture in air.here can't find a stage were the moisture in air is removed.instead found cooling the air.plz clarify ?
At heat exchanger level ( evaporter) , the refrigerent absorbs the heat from the compressed air, then the air cool down, when the air cool down it will condensate ( reaches the dew point or in other words 100% relative humidity), it is the same principle in your A/C system with outdoor and indoor unit, indoor unit is within your room and it always has a condensing pipe, same goes here the only difference is to imagine that the comrpressed air in heat exchanger as the air in your room.
how to make like this vedio and what is software name!!
Good Information do more videos..
Nice
I want to clarify that the compressor never compresses liquid and in your video diagram it is clear that what the compressor resonates is liquid. it's a mistake!!!
"Compressor sucks only gas" clearly mentioned
Good to know.
Nesse sentido ai do ventiladir esta errado a ritacao nao vai tirar calor do condensador.
Pls explain tsh alaram how to short it out
Thanks a lot!
Sarveesh karnr ki zarurat poletish ku ur kanuon ku hai hame nahi hamare dam bas intazar Dil aye
Awesome
Away from strong animation, This video just illustrates how Compressed air is cooled through the small chiller components but really doesn't present how exactly this air is dried. !!!
it literally showed the whole process to dry the air
Saeed, you are right in terms of the principle about this method. It is something like chiller.
According to the standards, this type of refrigerated type dryers are reducing the air temperature down to +3C degree. There are some other type for +10C degree but not this type, those are generally used for more simple systems.
So these dryers decreases the dewpoint level down to +3C pressure dewpoint(PDP) by cooling the compressed air.
After cooling the compressed air, this dry air is going to be heated again with air-to-air exchanger to make it usable in application. Otherwise compressed air on 3C degree may damage the pneumatical systems or any other utilities.
Super video
Forgot to show hot gas bypass, although it is on animation.
Amazing
Thank you
👌👍
Gostei muito
nice
I'm still don't get it.
Wow super
Good
👍👍👍
مبردة نوع الهواء المضغوط عملية الرسوم المتحركة
?
Revolution of fan is nonsense
Good morning
scrolls are great compressors , we are in the same cooling industry, check out our channel and subscribe
Hi
Niece
Air in air out point
Gud
1:06
Boa
कंप्रेसर का डिटेल प्रोजेक्ट
This video has many flaws regarding this concept
Am baliwano
👍
This video is SUS
Bruh
SIP
Another 'Do nothing Machine.
Kya nahi janta
So complex and stupid idea
Filtro
Good