In this video😇, I have explained the VCR cycle thoroughly while covering every minute concept that one should know in order to crack GME/Marine Interview. Guys👍🏻, it will be worth watching it💯 because this is the question that is frequently asked almost in every interview. {Chapters🔔} 00:00 - Introduction *(Interview Experiences)* 01:30 - Preface *(Guidance & Tips)* 03:39 - *Stages involves in Vapour Compression Refrigeration System* 04:45 - *Isentropic compression - Compressor* 05:24 - *Isobaric heat rejection - Condenser* 06:07 - *Isenthalpic expansion - TEV* 06:34 - *Why Isenthalpic expansion process is shown with the dotted line in the T-S curve?*🚨 07:20 - *Isobaric heat absorption - Evaporator* 07:56 - *What are the major components of VCRS?* 09:16 - *Working of Compressor* 12:25 - *Saturation Dome Concept*🚨 13:42 - *Working of Condenser* 15:15 - *Concept of Saturation Pressure & Saturation Temperature -Phase change concept*🚨 15:26 - *Why temperature at the condenser outlet is slightly lesser than the temperature compared to the temperature at the compressor outlet?*🚨 18:40 - *Working of Drier* 18:52 - *How to know if there is any moisture in the refrigeration system?*🚨 19:55 - *Working of Thermostatic Expansion Valve* 20:36 - *Why in TEV the saturated liquid refrigerant converted into a mixture of liquid-vapour refrigerant?*🚨 24:02 - *Working of Evaporator* 27:22 - *Working of Sensing Bulb* 28:13 - *How sensing bulb ensures that only the vapour form of refrigerant comes from the evaporator?*🚨 29:36 - *Understanding Superheating concept from T-S curve & P-H curve* *Watch all 👇the Top -5 VCRS INTERVIEW Concept Lectures through given link* 🚨 1.Full Explanation of the VCR Cycle - th-cam.com/video/LA3j1g7HUwk/w-d-xo.html 2.Temperature & Pressure at Evaporator coil & Condensor coil - th-cam.com/video/V23DqlFp9vY/w-d-xo.html 3.Refrigeration Safteys - th-cam.com/video/CWTvXGMdyxg/w-d-xo.html 4. Properties of Refrigerants & EXAMPLES - th-cam.com/video/eLTlYieAXgQ/w-d-xo.html
Very Nice Explanation Bro👍👍. I don't know why, but in most of the time I am Getting the Glimpses of our Praneet Sir by the way you are Taughting us🙂. So Well Done Bro👍.
This is so deeply ingrained in the mind, if you ever ask, we will tell you, thank you very much Gyan BRO, it's possible because of you ,ur efforts,.....❤👍🏻👍🏻👍🏻👍🏻
Truly very well explained Gyan bro, Now whenever I Wanna explain VCRS I just have the explanation and Diagram of your VCRS in mind and keep explaining it. You have have made VCRS topic way easier for us
Thank you Sir🙇♂️ ☺️ I'm so lucky that I got chance to nurture under a Chief Engineer 🙏 like you sir, your life time sailing experience on various types of ships 🚢 is overwhelming.I am learning a lot and I want to do my best in my sailing career with the blessings of my teachers and mentor 🙏. I'll face every challenges with high head🙏in high 🌊 seas
Hey Guys🫡,I request every one🙏🏻 to watch this viedo atleast once .so that you can get the good answers with the good explanation .@Gyan Prakash U. P you are doing a fabulous job .Kindly keep it up like you are doing rn.. And personally thanks for the concept of temp. change in the condensor.. Guys everyone who is in the group,if anybody have doubt regarding the VCRS,this is the right viedo for you guys to understand the basiss with the diagram and charts simultaneously. Thanks Gyan for such amazing content🙏🏻
In this video😇, I have explained the VCR cycle thoroughly while covering every minute concept that one should know in order to crack GME/Marine Interview. Guys👍🏻, it will be worth watching it💯 because this is the question that is frequently asked almost in every interview.
{Chapters🔔}
00:00 - Introduction *(Interview Experiences)*
01:30 - Preface *(Guidance & Tips)*
03:39 - *Stages involves in Vapour Compression Refrigeration System*
04:45 - *Isentropic compression - Compressor*
05:24 - *Isobaric heat rejection - Condenser*
06:07 - *Isenthalpic expansion - TEV*
06:34 - *Why Isenthalpic expansion process is shown with the dotted line in the T-S curve?*🚨
07:20 - *Isobaric heat absorption - Evaporator*
07:56 - *What are the major components of VCRS?*
09:16 - *Working of Compressor*
12:25 - *Saturation Dome Concept*🚨
13:42 - *Working of Condenser*
15:15 - *Concept of Saturation Pressure & Saturation Temperature -Phase change concept*🚨
15:26 - *Why temperature at the condenser outlet is slightly lesser than the temperature compared to the temperature at the compressor outlet?*🚨
18:40 - *Working of Drier*
18:52 - *How to know if there is any moisture in the refrigeration system?*🚨
19:55 - *Working of Thermostatic Expansion Valve*
20:36 - *Why in TEV the saturated liquid refrigerant converted into a mixture of liquid-vapour refrigerant?*🚨
24:02 - *Working of Evaporator*
27:22 - *Working of Sensing Bulb*
28:13 - *How sensing bulb ensures that only the vapour form of refrigerant comes from the evaporator?*🚨
29:36 - *Understanding Superheating concept from T-S curve & P-H curve*
*Watch all 👇the Top -5 VCRS INTERVIEW Concept Lectures through given link* 🚨
1.Full Explanation of the VCR Cycle - th-cam.com/video/LA3j1g7HUwk/w-d-xo.html
2.Temperature & Pressure at Evaporator coil & Condensor coil -
th-cam.com/video/V23DqlFp9vY/w-d-xo.html
3.Refrigeration Safteys - th-cam.com/video/CWTvXGMdyxg/w-d-xo.html
4. Properties of Refrigerants & EXAMPLES - th-cam.com/video/eLTlYieAXgQ/w-d-xo.html
very well explained, straight to the point👍👍
Very Nice Explanation Bro👍👍.
I don't know why, but in most of the time I am Getting the Glimpses of our Praneet Sir by the way you are Taughting us🙂.
So Well Done Bro👍.
Thank you so much buddy 😇It means a lot 🙏
Same feel bhai❤️🔥
This is so deeply ingrained in the mind, if you ever ask, we will tell you, thank you very much Gyan BRO, it's possible because of you ,ur efforts,.....❤👍🏻👍🏻👍🏻👍🏻
It means a lot💝😇
Great Explanation
👍🏻👍🏻
Thanks Gyan for making this video
It's my pleasure
Thank you sir
@@RajnishSaini-vm1mc Most wlcm dear 😇my best wishes ♥️
👍🏻
👍🏻👍🏻❤
👍🏻❤
Truly very well explained Gyan bro, Now whenever I Wanna explain VCRS I just have the explanation and Diagram of your VCRS in mind and keep explaining it. You have have made VCRS topic way easier for us
Glad to hear that😇💝
👍
Very good
Thank you Bhaiyaa 🙏🙇♂️
Well explained, by adding all important points of VCR cycle in this video 👍👍
Glad it was helpful! Thanks Bavin💝
❤❤❤👍🏻
❤👍🏻👍🏻
Good Gyan . Go ahead ! Proud of you 🙌
Tysm Sir ☺️, Wow what a good day for me🥰‼️Appreciated by you is a big deal Sir✨️
Superb explaination❤
Glad you liked it
❤
Very nice explain bro👍🏻👍🏻👍🏻
Glad you liked it!
Thanks sir❤❤ great explanation..
Most welcome
Such a nice explanation Gyan sir🙏.Keep it up👍
Thanks a ton 😇Buddy🥂
🎉
great explain👍
Glad it was helpful!
Well Explained
Thanks Arup 😊 for your valuable feedback 🙏
GREAT BRO❤🔥
Thanks 🔥
Great explanation 👌
Thank you 🙂
Doing great sir✌️
Thanks
Very nice 👍🏻
Thanks for the visit
Keep it up
Thank you Sir🙇♂️ ☺️ I'm so lucky that I got chance to nurture under a Chief Engineer 🙏 like you sir, your life time sailing experience on various types of ships 🚢 is overwhelming.I am learning a lot and I want to do my best in my sailing career with the blessings of my teachers and mentor 🙏.
I'll face every challenges with high head🙏in high 🌊 seas
Today I cleared my VCRS topic fully 👍Thank You
All the best
Great work sir❤
Thanks a lot
Good bhai
Hey Guys🫡,I request every one🙏🏻 to watch this viedo atleast once .so that you can get the good answers with the good explanation .@Gyan Prakash U. P you are doing a fabulous job .Kindly keep it up like you are doing rn..
And personally thanks for the concept of temp. change in the condensor..
Guys everyone who is in the group,if anybody have doubt regarding the VCRS,this is the right viedo for you guys to understand the basiss with the diagram and charts simultaneously.
Thanks Gyan for such amazing content🙏🏻
Thanks for your valuable feedback 😇 Means a lot
Explained very well sir
Keep learning 😇🙏
good😎
Thanks ✌
👌🏼👌🏼✅
Good
Thanks
🔥🔥🔥♥️♥️
Well explained 🎉 bro
Glad you liked it🙏
Great explanation ❤
Glad you liked it
👍👌👌👌👌🙌
Nice explanation
Thanks and welcome
Bhai super bhai 😊😊
Thanks so much 🙏
👍🏻
👍
❤
good
👍🏻
❤