Refrigerant Selection Part 2 || Refrigerant Boiling Point || Refrigerant Latent Heat

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Refrigerant Selection Part 2 || Refrigerant Boiling Point || Refrigerant Latent Heat
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Refrigerant,
refrigerant boiling temperature,
refrigerant latent Heat,
refrigerant in HVAC,
Thermodynamics properties,
refrigerant in refrigeration cycle,
refrigerant heat transfer,
r22,
r410a,
r32,
r290,
r290 suction pressure,
r32 suction pressure,
refrigerant cooling systems,
refrigerant chemical properties,
Boiling Point:
The boiling point of a refrigerant is the temperature at which it changes from a liquid to a vapor (boils) under a given pressure. In a refrigeration cycle, the boiling point occurs in the evaporator where the refrigerant absorbs heat from the surrounding environment, evaporates, and turns into a vapor.
Condensing Point:
The condensing point, also known as the saturation or dew point, is the temperature at which a refrigerant changes from vapor to liquid (condenses) under a given pressure. In a refrigeration cycle, the condensing point occurs in the condenser where the refrigerant releases heat to the surroundings, condenses, and turns back into a liquid.
Latent Heat of refrigerant in evaporator and condenser:
Latent Heat in the Evaporator:
In the evaporator of a refrigeration system, the refrigerant absorbs heat from the substance or space being cooled, such as air or water, causing it to evaporate.
The latent heat of vaporization, often simply referred to as latent heat, is the amount of heat energy required to change a substance from liquid to vapor at constant temperature and pressure.
This latent heat is absorbed by the refrigerant as it undergoes phase change from liquid to vapor in the evaporator. It's essential for removing heat from the substance being cooled, thus causing a cooling effect.
Latent Heat in the Condenser:
In the condenser of a refrigeration system, the refrigerant releases heat to the surroundings, causing it to condense back into a liquid state.
The latent heat of condensation is the amount of heat energy released when a substance changes from vapor to liquid at constant temperature and pressure.
This latent heat is given off by the refrigerant as it changes from vapor to liquid in the condenser. It's crucial for transferring the heat absorbed in the evaporator to the surroundings, thus completing the cooling cycle.
Thanks

[@MuhammadRizwan-7Rs]

Well done Engineer Farman Khan

[@FKmechofficial]

Thanks Dear Sir ❤️

[@sabbiralhasan5647]

খুব ভালো ভাবে উপস্থাপন করা হয়েছে।

[@FKmechofficial]

Thanks ❣️

[@azmathussain8232]

Aoa farman bahi bht information dy rahy hein ap hm sb ko jazak allah allah pak s dua ha ap ko sada khush rakhy

[@FKmechofficial]

Amin shukarya Janab ❤️

[@azmatullah7164]

Good information

[@FKmechofficial]

Thanks

[@user-uo4uh9rh3d]

❤❤❤ very nice information

[@obaidish]

Best video sir thanks..

[@FKmechofficial]

Shukarya Bhai ❤️

[@mohdzaidqureshi5917]

Mashallah

[@FKmechofficial]

Shukarya Bhai ❤️

[@amjadfazal5833]

Very thanks

[@FKmechofficial]

Shukarya Bhai ❤️

[@MuhammdFaheemHussainShah]

Mashaallha❤❤

[@FKmechofficial]

Shukarya Janab ❣️

[@shoaibali3506]

Good job sir, what is the difference between refrigtator gases and air conditioner gases

[@FKmechofficial]

Refrigerator gases are operated at Low back pressure while Air conditioner gases are operated at high back pressure

[@a-rw2wd]

❤❤❤❤❤❤❤❤❤

[@FKmechofficial]

Thanks Dear brother ❤️

[@souravsharma8182]

Sir ek video R32 AC mein gas charge krne ki bnae, suction , discharge, standing pressure kitna hota hai ( sir ek question AC ke outdoor pr refrigerant quantity likha hota hai eg. 990 gram , os AC mein total refrigerant 990 gram hoga toh standing, discharge and suction pressure pr kya impact hoga, or kitna hoga, koi nhi bta rhaa mere question ke answer please aap btae sir) ( AC mein gas kis according charge krna chaiye quantity according / or pressure according)

[@FKmechofficial]

Ok Dear, no problem me next week me innn sare refrigerants ke bare me clarify karonga, please kuch din wait karlen. Thanks

[@souravsharma8182]

Thanks sir, i am waiting (😍) sir

[@FKmechofficial]

@@souravsharma8182 ok Dear ❤️

[@user-jy5xd3hd3o]

ac main best refrigerant kon sa ha ? R 410 ya R 32 ?

[@FKmechofficial]

Performance ke lihaz se R32 more better hai R410A se

[@shorts-nb2qf]

Sir please answer.. Its important for my FYP🥺

[@FKmechofficial]

Already told Dear

[@shorts-nb2qf]

Sir let suppose.... Humare pass Resorvire capicity 1 cubic feet ho yani os mai 25 litter pani ata ho to os k liye konsa compressor hoga and hum yh kessy select karty hai k itna hp ka compressor thek hai.... Our 1 cubic feet k Resorvire k liye evaporator ka coil kitna hona chahye. ..

[@FKmechofficial]

1/12 compressor kelie coil taqreeban 20 ft hona chahye

[@FKmechofficial]

1/4 dia copper

[@prakashgotame8875]

Sir r410 a refrigerant capaliry se output me kitna degree me output hoga sir

[@FKmechofficial]

Mere video ke calculation ke mutabiq r410a ka capillary tube ke outlet per -10 ⁰C hoga taqreeban

[@prakashgotame8875]

Sir ac me minus 10 hoga tyo ice formation naii hoga

[@shorts-nb2qf]

2nd question.... K let suppose hum 1/12 hp compressor use kar rahy hai to os k liye force convection condensor ka size kia hona chaheye capliary tube ka size kia hona chaheye and evaporator ka size kia hona chaheye..

[@FKmechofficial]

Brother, ye depends karta hai apke complete design pr , System type, Refrigerant type, Required Temp, Ambient temp:

[@prakashgotame8875]

Making video sir piz

[@FKmechofficial]

@@prakashgotame8875 ok Dear

[@shorts-nb2qf]

Sir i need your help ... I need answer of 3 4 question about Refrigeration...

[@FKmechofficial]

Yes Dear, ask please

[@godblessu2072]

Sir aap ne section pressure jyada h 08-10 k bich hona chayi

[@FKmechofficial]

Yes taqreeban, round about itna ho hota hai

[@nadimansari7601]

😮99999ooo08🎉I am going out 😂😮😅😅😊❤😊😊⁹😂😂😂you 😂😂😂❤❤❤❤u❤ùii89❤