TXV | Thermal Expansion Valve | Animation | HVAC |

[@virudeep03]

Clear and understandable explanations suitable for beginners and individuals without an engineering background.

[@zebralearnings]

Thank you so much

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@enriquefox966]

Very clear explanation, I am mechanical engineer and startIng on Air Conditioning. Keep on doing these videos. Thank you. Enrique from Mexico.

[@akhtaraliansari8423]

Really , the best explanation ever i seen it.

[@zebralearnings]

Thank you so much.

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@mmg8715]

Very well explained. It's very helpful information. Thank u so much. Sir, pls. keep it up your very helpful air conditioning knowledge.👍👏🙋🇵🇭

[@brandon6010]

Thank you for such a logical explanation!

[@zebralearnings]

You are welcome!

[@shreyasgavhade2722]

Explanation with this type of animation should be teach by every clg.

[@zebralearnings]

😍

[@michaelsamir3695]

stakhdam fi alsharh min fadlik 'ajabani Please, what is the name of the program used in the explanation? Please answer me

[@Sephiroce]

Thank you this helped me in my learning of Stek 1

[@devolution5040]

Thank you! So simple to understand. 🎉😊

[@zebralearnings]

Thank You 🤝

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@RogueSecret]

You have some very good teaching skills!:)

[@zebralearnings]

Thank you so much 😊❤️😊

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@eduardocastroisaac1630]

Great work (buen trabajo).

[@zebralearnings]

Gracias y mantener el apoyo. (Thank you and Keep support)

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@patakotisrinivas1918]

Excellently explained 👌 👏 ✨️ 😌 🙌

[@rethnagireeshwar7199]

Super Awesome! Thank you so much! i understand 100% after been to 4 videos prior.

[@zebralearnings]

You're very welcome!

[@ramgajjela1464]

Hi sir this is Ram Gajjela from India Really superb explanation sir

[@zebralearnings]

Thank you so much Mr Ram Gajjela.

[@hariruban4576]

Crystal clear explanation

[@zebralearnings]

Thank you so much

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@kokosanka2333]

crystal meth

[@abdouelkabany1358]

جزاك الله خيرا

[@johnbasicputha8519]

its very helpful for my exam thank you

[@zebralearnings]

Most welcome

[@christophergoodwin-qo7tg]

Excellent video, ive learned much from you, thank you

[@zebralearnings]

Awesome, thank you!

[@luckymutibo9848]

Excellent explanation

[@nohmadbaker5449]

Thank-you! It makes a lot of sense 😊

[@zebralearnings]

😊👍

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@anookgujjala4132]

Neat and clean explanation sir👍❤

[@zebralearnings]

Thank you 😊

[@vikrambabu4720]

Undoutable explaination tq sir.

[@zebralearnings]

You're most welcome

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@percivalpre1467]

Very helpful, thanks 😊

[@rijagputra3092]

Great explanation, thank u so much

[@zebralearnings]

You are welcome!

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@samhaazratechnicalsupport]

Very niece sir ji aap ka

[@zebralearnings]

Thank you so much 😊

[@CLAUDIOPALERMO]

Grazie bellissimo video❤

[@wgf109]

Great Explanation!

[@zebralearnings]

Thanks!

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@hussainalajmi8604]

Best description

[@ferdaousmamun1184]

Good explain, thank you sir.

[@zebralearnings]

Thank you bro.

[@samhaazratechnicalsupport]

Right bro❤❤❤

[@JGoh-e4y]

it's very useful information.

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@zebralearnings]

Thank you 😊

[@alesenai5506]

Well done. Thanks

[@aragewambew-y5y]

excellent keep it up

[@umargul5644]

Great job sir thanks

[@zebralearnings]

Most welcome

[@Shaheadi]

Your explanation style is very nice ❤make a similar channel in hindi also

[@zebralearnings]

Thank you and I already started a channel in Hindi also and will upload more videos soon

[@Shaheadi]

what is the name of the channel

[@zebralearnings]

Zebra Learnings Hindi

[@zebralearnings]

youtube.com/@ZebraLearningsHindi-qq1zy

[@mohammadviquar6357]

Thank you sir ❤❤❤

[@mabubakar2353]

i cleared the expansion wall ❤

[@texture6]

Excellent

[@zebralearnings]

Thank you so much 😀

[@steam6969]

thank you so much.

[@zebralearnings]

Always welcome 😊

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@samhaazratechnicalsupport]

Good bhai jaan ❤

[@zebralearnings]

Thank You

[@rajansamuel7450]

Nice explanation sir

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@zebralearnings]

Thank you 😊

[@vip6422]

super it very good i will understand easy

[@zebralearnings]

Glad it was helpful

[@Marinerlife-i8v]

Well explained 👏

[@3dvisualanimation974]

very nice explanation

[@SatishYadav-hi4qf]

Very good video ji

[@zebralearnings]

Thank you so much

[@drtnrao57]

Good video, thanks.

[@zebralearnings]

Thank you too!

[@sunithraju5029]

Thank you soo much

[@zebralearnings]

Welcome 😊

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@ameenhaji8252]

Great buddy keep it up

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@zebralearnings]

Yeah sure 👍

[@akbaraliansari2873]

Nice explanation

[@AbdulAziz-jl6qj]

wow excellent

[@zebralearnings]

Thank you!

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@Huy-ox9vw]

thank you.

[@zebralearnings]

You're welcome

[@Luke2002]

Tank you!!

[@zebralearnings]

Thank You

[@DavidKariuki-f5o]

nice one

[@maheshnaidu2795]

Super sir ❤

[@zebralearnings]

Thank you so much.

[@romariogoulbourne8797]

nice thank you

[@zebralearnings]

Thank you 😊

[@m-yarahmad6285]

Thanks

[@zebralearnings]

Thank you 😊

[@MdEmon-fu2tb]

Nice video ❤❤

[@NiroshanRathnayaka-hn5yv]

Verry good

[@zebralearnings]

Thank you

[@abdulwahid-jd2js]

Nice video

[@zebralearnings]

Thank you

[@hasimjan3200]

Very nice video for eddit

[@zebralearnings]

Thank you so much 😀

[@kjagadeesh5590]

Tq so much sir 🎉🎉

[@zebralearnings]

Welcome

[@mohammedegyptian2527]

bravo

[@zebralearnings]

Thank You so much 😊

[@SivanayagamDadoshwaran-sj4gs]

Fine👍👍😊

[@zebralearnings]

Thank you 😊

[@billelamiri-z6v]

The refrigerant enters as a liquid at the expansion valve, and the liquid does not undergo a change in temperature as the cross-sectional area decreases. It's the gases that are affected by the change in cross-section. Please reply if you have an explanation.

[@sbalamurugan8866]

Nice explain it's a car expansion value right?

[@zebralearnings]

The expansion valve is used in many ac equipment. Car and household ac.

[@chrismiller8421]

Greta video

[@zebralearnings]

Thank you

[@stoneheart9679]

Hi sir, My question is if the temperature on the sensing probe is higher the more refrigerant is pushed into the evaporator does it affects the cooling temp as the pressure is also decreased, for example we blow air out of our lungs with little more wide open sends the little more warm air in the comparison when its closed more and cooled more. Thanks

[@zebralearnings]

I'm sorry, I didn't quite catch that. Could you please repeat it with more details?

[@GladstonAlmeida8667]

Plz do explain about guage in PSiG Settings of Manuflod guage...

[@ΒασιληςΜπομπογιαννης]

πολύ ωραίο το video.Σας παρακαλώ πως μπορεί να διαπιστωθεί ότι η expansion valve λειτουργεί χωρίς να ξειλώσουμε το ταμπλό

[@zebralearnings]

Μπορούμε να το διαπιστώσουμε ελέγχοντας την τιμή της υπερθέρμανσης και της υποψύξης. Θα το εξηγήσω αναλυτικά σε ξεχωριστό βίντεο.

[@masudrana-h5b4s]

❤❤❤

[@zebralearnings]

❤️❤️❤️

[@Rosimosi06]

So the thermal bulb on the evaporator is also the as the thermal bulb on the condenser? Same function?

[@zebralearnings]

There is no thermal bulb on the condenser.

[@ΒασιληςΜπομπογιαννης]

Ευχαριστώ. Επίσης πως διαπιστώνετε ότι από την expansion valve διαφεύγει το φρέον χωρίς να ξειλώσουμε το ταμπλό

[@vn8162]

@0:40 the refrigerant is not compressed, if it is being compressed then the pressure and temp will increase.

[@AbdulWahab_lr2gb]

Sir plz tell us that when the room temperature is maintained and expansion closes, then it recharges automatically with refrigerant or we we have to replace extension valve time to time?

[@MRBro-nq9vr]

What will happen if there is any liquid content also on the discharge side of the evaporator? How sensing bulb helps this?

[@zebralearnings]

The compressor designed to compress only vapor. So, if there is any liquid refrigerant in the evaporator, it will damage the compressor. Sensing bulb will send the proper amount of refrigerant to the evaporator. So, the refrigerant can evaporate and change from liquid to vapor. If the sensing bulb sends more refrigerant to the evaporator, all the refrigerant can't change from liquid to vapor. There are some others reasons also there for the liquid refrigerant in the evaporator like, Evaporator block and air filer block.

[@MRBro-nq9vr]

@@zebralearnings okey Thank you 😇

[@manojsaxena8353]

For a 8.75 TR compressor with 11 TR condenser coil, can we install a 11 TR TXV?

[@manojsaxena8353]

Danfoss model 067N2158

[@zebralearnings]

It is not recommended to install a TXV with a capacity exceeding the compressor capacity. In this case, the TXV capacity (11 TR) is larger than the compressor capacity (8.75 TR). This can lead to overfeeding of refrigerant to the evaporator, resulting in reduced system efficiency, potential compressor damage, and other issues. Therefore, it is advisable to select a TXV with a capacity that matches or is slightly less than the compressor capacity. In this case, a TXV with a capacity of 8.75 TR or slightly lower would be a more suitable choice.

[@fiskiodelo6019]

Hi, how to regulate the txv when there's an heat exchanger with distributor?

[@mikojanlio1642]

HI, is the sensing bulb needs to be in somehow upright position, considering that it is filled with refrigerant?

[@zebralearnings]

The sensible bulb should be in a horizontal position.

[@mikojanlio1642]

@@zebralearnings and must be leveled lower than the valve?

[@avi1928]

How is the thermal bulb stays full with refrigerant if the vapor comes out to press the valve does it never get empty the thermal bulb?

[@beals6631]

The thermal bulb is sealed. It’s precharged from the factory

[@shirazsyed3562]

I want to know about air balancing

[@zebralearnings]

Sure, I'll explain.

[@loganathanj7045]

Refrigerant is cold air right?

[@zebralearnings]

Refrigerant can be air and liquid based on the pressure and temperature. We have explained about this in the video names Refrigeration cycle video. The link for that video is below. Please watch. kzbin.info/www/bejne/aqfTnq2qmbOMbNEsi=cOPm35EY7p_1JmRV

[@hichamaittaleb6556]

THANK YOU WHAT ABOUTE EXV ??

[@zebralearnings]

Noted your topic request. I will upload the video soon.

[@62Cristoforo]

The refrigerant is expanded by compressing it?

[@PrevailD]

Think of it as the flow of the refrigerant being slowed down by forcing it through a small opening. Slowing the refrigerant reduces pressure which also reduces temperature

[@medemdemworke5223]

Sure your presentation is very nice and technical so counntion is Good work on it ok

[@issacjohn3980]

Sometimes the txv valve failure how to identify are symptoms

[@zebralearnings]

I will explain this in a separate video.

[@javeedhvactechnician7760]

kzbin.info/www/bejne/rKW5c6N7r6ajhacsi=Q1Uhf4Jx0kYT3vUx

[@CubanMofo]

What happens if you get rid of the sensor?

[@zebralearnings]

You are asking what will happen if there is no expansion valve?

[@zebralearnings]

If there is no expansion valve, the refrigerant can't flow from condenser to evaporator. So we can't get the proper cooling and the unit will not work without expansion valve.

[@faisal-hw5cm]

How to find Efficiency Approx And delta T of a cooling tower and chiller please make a video on it

[@faisal-hw5cm]

Waiting sir

[@antonioduenas2952]

Hola lo manejan en español

[@zebralearnings]

Aún no he publicado ningún vídeo en español, ¡pero definitivamente estoy planeando hacerlo! Pronto comenzaré a trabajar en ellos.

[@7starernhernh580]

Plz difine elctronic xpension valvee

[@ورشةابومحمد]

Hi, can we install a small TXV for small old school home refregertor instead of capillary tube? Thanks.

[@zebralearnings]

Yes, you can try that. But the size and requirements should be same. So discuss with qualified HVAC technician.

[@nuwannuwan3687]

Plc explan with yes 4

[@cagataycicek2983]

what i don't really get is; you have a refrigerant at most 12 degree celsius out of evaporator, then you take it out to condenser to cool it with a compressor and try to cool it down with a 27 degree celsius cooling water which comes out of cooling towers, can you explain how refrigerant is cooled down to 7 degree celsius from 12 with 27 degree celsius cooling water.

[@zebralearnings]

Yes, you are correct that the refrigerant comes out of the evaporator at 12°C and next, the refrigerant will enter into the compressor. The compressor will compress the refrigerant very well. So the pressure and temperature of the refrigerant will reach too high (up to 50°C) and will enter into the condenser. In the condenser, we cool it with the condenser fan. Refrigerant will enter into the expansion valve, where it will further cool down before entering the evaporator.

[@cagataycicek2983]

@@zebralearnings what would be the temperature of refrigerant out of the condenser. Is it like 27 degree celsius with High pressure and when the refrigerant is passing through expansion valve it keeps decreasing? Down to 7 degree

[@zebralearnings]

@@cagataycicek2983 When the pressure passing through the expansion valve the temperature of the refrigerant rapidly down to 6 or 7 °C.

[@otomotiftrend]

@@cagataycicek2983 it 's using pressure-temperature korrelation law. When you suddenly decrease air pressure, so temperature will decrease instantly. and the other hand. When you suddenly increase air pressure, then air temperature would increase instantly. And it's linear.

[@nuwannuwan3687]

Plc explan with tes 4 explantion valve

[@zebralearnings]

Sure, I'll explain.

[@LongfellowSebastiane-s2z]

Herman Drive

[@sunimalfernando4347]

❤❤❤🫶✊

[@zebralearnings]

❤️❤️❤️

[@SanjeevGoyle]

From compressor to expansion valve the refrigerant should be in liquid form or gas form?

[@zebralearnings]

When the refrigerant comes out of the compressor, it will be in vapor form. Then it will enter into the condenser. When it comes out of the condenser it will be in the liquid form. Then it will enter into the expansion valve. Before entering into the expansion valve the refrigerant should be in the liquid form.

[@SanjeevGoyle]

I think it should be high pressure liquid form

[@zebralearnings]

It is low pressure liquid when it come out of the expansion valve.

[@Thought_House-c5c]

Which expansion value is normally used in chiller

[@zebralearnings]

In York dual compressor centrifugal chiller, The butterfly type liquid expansion valve is used.

[@medemdemworke5223]

If you are volunteering man please help me I am junior electrician and HVAC system sir plz Seend me your WhatsApp number sir tanx

[@SanjeevGoyle]

Instead of saying only refrigerant, you should say liquid refrigerant and gas refrigerant. How you people make the video?

[@zebralearnings]

Next time I will say like that. Thank you for your suggestion. And the videos are made with the help of software like Filmora, Fusion 360.

[@amitpundir4131]

Thanks

[@zebralearnings]

Thank You!