Wow that's a lot of information. All accurate. I attended the union apprenticeship program. I am a journeyman now, but you never stop learning, and it's very true that there is no substitute for experience.
I am an IT professional but I like to have an overview of A/C systems, this is the first time I have looked in any detail at Chiller based systems. I have found this series of videos very useful thank you.
Hello Paul! Thanks for the great videos. You have a very clear way of teaching and I've learned a lot from you. In the Delta T section of the video (14:38), are the condenser water temperatures backwards? To me the flow coloring and direction looks accurate, but the temperatures seem backwards.
An excellent piece of learning that requires no more than high school physics to grasp the essential elements of refrigeration and actually do some calculations. The Engineering Mindset series is one I'm unfamiliar with, but now I've got to look into it.
2:44, chamber condenser where heat is rejected. Refrigenrent cycle of chiller (6-12) °C and cooling tower (30-36)°C, what is there physics behind that hotter water cycle cools refrigent,which is colder than water.
so much good info. Maybe it's because i'm not familiar with the subject matter and concepts, but the voice seems super fast for all the info contained. I had to slow everything down to .75 speed in the settings and still replay and replay to take notes.
Hi, Thanks for these very valuable knowledge sharing. I would like to learn Building Management System and learn Chiller Plant Controlled by BMS. Can you please suggest which are the videos and order I can learn incrementally ?
Wouldn't a reading of 4-8 degrees kelvin be -269C to -265C?? Why switch between C or F to absolute temperature just for the super heat section? Also see some chillers operate normally at very low superheats, nearly 0. 15:00
In conditions when the compressor is bypassed to achieve free cooling...how is the positive flow of the refrigerant assured when the compressor is off..?
Reducing the condenser water set point and increasing the chilled water set point reduces the energy consumption, how? Can you please also recommend some fundamental design books for chillers?
I want to replace my existing screw chiller with Danfoss can you help me in this regard I have contacted Danfoss but they told that their compressor has maximum rating upto 30 TR
Your superheat analogy is somewhat correct but should be restated The superheat would be the temperature of the liquid as it leaves the evaporator before it gets to the inlet of the compressor so that is the temperature gained if you have a high superheat that means your lower refrigerant or you could have an extremely high load or you can have a bad hot gas bypass but most of the time you'll hear them hissing away
These terms are all basic for air conditioning in general a few things are specifically for chillers but about 87% is just general air condition and terminology
Hi, Can I ask you some questions? I'm new at this HVAC industry. Do I need a bachelor's degree to handle chiller systems? How do u get a job into chiller industry? I'm currently working at window type AC & Split type. what requirements do I need? Thank you
bule bule Just work for a company that works on commercial/industrial equipment. Then you can slowly start working on different types of equipment. Mostly likely they will start you doing preventative maintenance first. A lot of companies will send you to training classes.
If you want to work on the design side then you'll need a degree. If you want to install and maintain then you'll need to complete a technician course. One of the easier ways in is to join a company that specialises in it and work your way up, but you'll need to demonstrate some knowledge and interest to get in. Show you've taken time to learn and genuinely want to start
Thank you guys for your comments. Sadly for me, I don't have a college degree. maybe I will need more experience before making it in commercial/industrial industry of HVAC. For the meantime, Ill just stick to small AC. P.S: Good luck to this channel. I hope you make more videos, wish you many subscribers too. All the best!
bule bule in Ontario you need a ‘refrigeration B’ or the next ‘A’ and depending on the pressure an OE could be needed. I’m currently pursuing my third class and RB
⚠️ *Found this video super useful?* Buy Paul a coffee to say thanks: ☕
PayPal: www.paypal.me/TheEngineerinMindset
What a great source for accurate HVACR lessons! 100% Thank you for your time spent creating this content.
Thank you very much. One of the best channel for me. I think for HVAC people as well as electrical people. Thanks again
Thanks, glad you enjoyed
Wow that's a lot of information. All accurate. I attended the union apprenticeship program. I am a journeyman now, but you never stop learning, and it's very true that there is no substitute for experience.
One of the most important video for HVAC champions , Informative . Thank again
I am an IT professional but I like to have an overview of A/C systems, this is the first time I have looked in any detail at Chiller based systems. I have found this series of videos very useful thank you.
Glad to hear, thanks also for your support, Andrew. Much appreciated
Water filling and chelliersating
Only 100k views for such beautiful animations? Life is not fair. THAN YOU for so good job.
Hello Paul! Thanks for the great videos. You have a very clear way of teaching and I've learned a lot from you. In the Delta T section of the video (14:38), are the condenser water temperatures backwards? To me the flow coloring and direction looks accurate, but the temperatures seem backwards.
Thank u very much for this detailed explanation of the basics.
An excellent piece of learning that requires no more than high school physics to grasp the essential elements of refrigeration and actually do some calculations. The Engineering Mindset series is one I'm unfamiliar with, but now I've got to look into it.
Glad you enjoyed the video
Didn't take physics in high school...
I highly appreciate what you do, thanks for the great videos.
Thanks for all the videos, great help and great channel.
Very informative thank very much for professional efforts to share,its worth!!!!
Wow that is good mindset
2:44, chamber condenser where heat is rejected. Refrigenrent cycle of chiller (6-12) °C and cooling tower (30-36)°C, what is there physics behind that hotter water cycle cools refrigent,which is colder than water.
so much good info. Maybe it's because i'm not familiar with the subject matter and concepts, but the voice seems super fast for all the info contained. I had to slow everything down to .75 speed in the settings and still replay and replay to take notes.
Bloody brilliant. Thank you for the effort/information!
Very informative video for me as a BMS engineering
Hi, Thanks for these very valuable knowledge sharing. I would like to learn Building Management System and learn Chiller Plant Controlled by BMS. Can you please suggest which are the videos and order I can learn incrementally ?
Thank you for your effort. It is 100% useful.
Very professional, thank you for sharing
Loved your explanation. KEEP UP THE GOOD WORK .
7:05
If I pump 5.4kw into a closed enviroment, I need 1KW of cooling? Is this COP?
Not quite. Its the amount of electricity the compressor uses to produce x amount of cooling.
Watch this: th-cam.com/video/h5ILlZ8nyHE/w-d-xo.html
You need 1000kW of electrical energy
Wouldn't a reading of 4-8 degrees kelvin be -269C to -265C?? Why switch between C or F to absolute temperature just for the super heat section? Also see some chillers operate normally at very low superheats, nearly 0. 15:00
Your amazing thank you for taking your time to make these videos
is there is any reason to put the energy meter on the return line ? can we put it in the supply line ?
Learn *HVAC FUNDAMENTALS* here: th-cam.com/video/klggop60vlM/w-d-xo.html
Detailed.... everything...👍
Sir sugarcane juice mshin men chiller lgate hain prices bhi btaye jisse Lene ke liye pryas Karen thank
In conditions when the compressor is bypassed to achieve free cooling...how is the positive flow of the refrigerant assured when the compressor is off..?
Reducing the condenser water set point and increasing the chilled water set point reduces the energy consumption, how? Can you please also recommend some fundamental design books for chillers?
12:55 Why is the pump on return??
Brilliant video
Hi sirji namaste,why denfoss comp.15TR chillar. Sweating of running condition pls,reply
Excellent job 👏👏👏 good explanation 😁😁😁😁😁😁📖📖📖📖📝📝📝
Thanks a lot from all the hvac-r knowledge seekers..... Gob bless you...
I want to replace my existing screw chiller with Danfoss can you help me in this regard I have contacted Danfoss but they told that their compressor has maximum rating upto 30 TR
Very informative 👍
excellent job, regards from mexico, very good technical information
I'm first time comment in you tube this is the best you tube channel super
can you explain about static pressure ? how did calculated, and find him.
Static pressure(mm) of a fan motor is the maximum air throw it can deliver to a certain distance.
In our plant, the chiller trips because of low condenser pressure - what could be the cause, if you can please opine?
Thank you for this video
thanks for the videos
Very good videos. I like all the information but if you can slow down a little would be nice.
If you click on settings you can turn the playback speed down.
Thanks for this is succsessful try
Thankful for knowledge
HELLO PAUL. IS RLA (RATED LOAD AMPERE) & FLA (FULL LOAD AMPERE) THE SAME THING ..?
Running load amps and
Rated are different
You're super
Your superheat analogy is somewhat correct but should be restated The superheat would be the temperature of the liquid as it leaves the evaporator before it gets to the inlet of the compressor so that is the temperature gained if you have a high superheat that means your lower refrigerant or you could have an extremely high load or you can have a bad hot gas bypass but most of the time you'll hear them hissing away
This is great, thanks a lot
Great channel
Great sir
Thank you man for info👍
thank u su much...
Love the videos thanks
These terms are all basic for air conditioning in general a few things are specifically for chillers but about 87% is just general air condition and terminology
A 1ton home AC is power rated at around 1800watt but we know 1ton is 3.5kw. Why is this difference?
Don't mix the cooling capacity and electrical load
Good morning.The answer practical ( in free space nearly o.k 1800 .But for plants another figures)..Ali2019
Thank you
R22 cylinder ?
So much information...
please make a video how to convert tr to ampere
Hi, Can I ask you some questions? I'm new at this HVAC industry. Do I need a bachelor's degree to handle chiller systems? How do u get a job into chiller industry? I'm currently working at window type AC & Split type. what requirements do I need? Thank you
bule bule Just work for a company that works on commercial/industrial equipment. Then you can slowly start working on different types of equipment. Mostly likely they will start you doing preventative maintenance first. A lot of companies will send you to training classes.
If you want to work on the design side then you'll need a degree.
If you want to install and maintain then you'll need to complete a technician course. One of the easier ways in is to join a company that specialises in it and work your way up, but you'll need to demonstrate some knowledge and interest to get in. Show you've taken time to learn and genuinely want to start
Thank you guys for your comments. Sadly for me, I don't have a college degree. maybe I will need more experience before making it in commercial/industrial industry of HVAC. For the meantime, Ill just stick to small AC.
P.S: Good luck to this channel. I hope you make more videos, wish you many subscribers too. All the best!
bule bule in Ontario you need a ‘refrigeration B’ or the next ‘A’ and depending on the pressure an OE could be needed. I’m currently pursuing my third class and RB
Work and learn hard with passion:)
Thanks sir very good video nice PervaizIqbal from Karachi Pakistan
Superb
Thanks a lot
11:47 achieve what?
You’re amazing
Awesome
Thanks
keep it up
great
Do like to share this informative video please.
More important
1 ton refrigrant ni vekhiya kiya he
Please make in hindi language
If Hindi language remains true then it would be more correct
1 ton refrigrant ni vekhiya kiya he