What is Refrigerant? | Tamil | Animation

TXV Working Principle
• TXV | Thermal Expansio...
In this video we are going to learn about the refrigerant, History and properties of refrigerant and stages of the refrigerant in an AC unit.
To understand easily I have added animation also.
I hope you enjoy this video.
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Thank You.

[@senthamilselvan8589]

Good explanation keep it up mam ❤

[@zebralearnings8532]

Thank you, I will 😊😊😊

[@mohamedriyaz4545]

Excellent explanation 😊

[@zebralearnings8532]

Thank you! 😃

[@sugumar2075]

I requst some Problem & troubleshooting & preventive action pathi sollunga

[@zebralearnings8532]

Sure will upload videos like troubleshooting and services.

[@eagletechtamil7]

Super explanation ❤️⚡

[@zebralearnings8532]

Thank you 🙂

[@mohanakrishnan6579]

Wonderful💝

[@kurunthachalamsenniappan6095]

Superb explanation 👌

[@zebralearnings8532]

Thank You!

[@kirthyrajan5021]

Most waited for this

[@zebralearnings8532]

🙂🙂🙂

[@RAJANKAR31]

Good one, thanks 😊

[@zebralearnings8532]

You're welcome 😊

[@sureshjay6024]

I have one doubt..you said evaporator fan will blow the heat air and refrigerant convert in to vapour stage...is it correct...or the refrigerant will absorb room temperature and become vapour..which one is correct...I believe fan will blow the chill air which is coming out from refrigerant..the explanation is little confusing... please clarify madam

[@zebralearnings8532]

Both sentences are correct. For example R410A Refrigerant boiling point is -48.5 °C So even 10°C air is a warm air for that refrigerant. So if evaporator blow 10°C air the refrigerant will absorb the heat from the air and it will evaporate to vapor and the air temperature will reduce to like 8 °C.

[@zebralearnings8532]

இரண்டு வாக்கியங்களும் சரியானது தான். உதாரணத்திற்கு R410A Refrigerant ன் கொதி நிலை -48°C ல் ஏற்படும். எனவே Evaporator ன் வழியாக 10°C காற்று வந்தால் கூட அந்த காற்று Refrigerant க்கு சூடான காற்று தான். எனவே Evaporatorன் வழியாக வரக்கூடிய காற்றின் வெப்பத்தை Refrigerant எடுத்துக்கொண்டு அது ஆவியாகி விடும். காற்றின் வெப்பம் மேலும் குறைந்து Evaporator ல் இருந்து வெளியே வரும்.

[@zebralearnings8532]

Please clarify your doubts here. Thank You.

[@sureshjay6024]

Thanks for your nice reply...keep posting more videos like this ..if possible can you do some compressor and distillation column process

[@jerinch7]

Mam, 2:56 is it right??

[@Azarudeen_MJ]

Yes, the refrigerant can boil at a very low temperature at normal atmospheric pressure.

[@jerinch7]

​@@Azarudeen_MJi got it.. Thank you ❤