Temperature Sensors Explained
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Date: 2023-11-17
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Comments and reviews: 25
sivah
Hi
Thank you for the video, great content.
Is there a kind of thermal sensor just turning on or off following if we get below a temperature or above a temperature?
I struggle to find this kind of components.
I dont want in my application what is the temperature between A and B. But just to know if the temperature is below A or above B.
Thank you very much!
Ed
reply
Hi
Thank you for the video, great content.
Is there a kind of thermal sensor just turning on or off following if we get below a temperature or above a temperature?
I struggle to find this kind of components.
I dont want in my application what is the temperature between A and B. But just to know if the temperature is below A or above B.
Thank you very much!
Ed
reply
Douglas
It's a problem with the heat and pressure sensors on cybernetics problem we're going to have to figure out what's going on real quick this sauce is not going to get off the ground right if they detect where we're located one deep s right now there's still their craft and all kinds of s in the area so we have to keep stealth mode going until we can figure out what the problem is
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It's a problem with the heat and pressure sensors on cybernetics problem we're going to have to figure out what's going on real quick this sauce is not going to get off the ground right if they detect where we're located one deep s right now there's still their craft and all kinds of s in the area so we have to keep stealth mode going until we can figure out what the problem is
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Felipe
THANK YOU so much! I am a mechanical engineer and still had not understood so well the differences and working principles of each sensor.
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Your 10 min video was so much more efficient than the 6h throughout 2 weeks that my professors spent trying to explain the same topics to the class.
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Even so most of us could not understand 100%, but now it is crystal clear
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THANK YOU so much! I am a mechanical engineer and still had not understood so well the differences and working principles of each sensor.
.
Your 10 min video was so much more efficient than the 6h throughout 2 weeks that my professors spent trying to explain the same topics to the class.
.
Even so most of us could not understand 100%, but now it is crystal clear
reply
Tomas
Hi! There is something i'm looking into right now that seems to be generally overlooked: When you have radiant heating sensors should be covered by a black bulb. I cant find a good explainer video showing the difference between operating a radiant heating system with a regular temperature sensor and a black bulb sensor.
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Hi! There is something i'm looking into right now that seems to be generally overlooked: When you have radiant heating sensors should be covered by a black bulb. I cant find a good explainer video showing the difference between operating a radiant heating system with a regular temperature sensor and a black bulb sensor.
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Active
Great video we love temperature sensors, great timing.
We use these sensors in our titanium oxidize, we just call it anodizing and in power coat baking oven set ups controlled temp and heated liquids required for best results and it is nice to learn more about them here.
Thank you.
Lance & Patrick.
reply
Great video we love temperature sensors, great timing.
We use these sensors in our titanium oxidize, we just call it anodizing and in power coat baking oven set ups controlled temp and heated liquids required for best results and it is nice to learn more about them here.
Thank you.
Lance & Patrick.
reply
Vishnu
Can you please have a video locating the balancing valves, differential pressure sensors, differential temperature probes and how sequencing of chillers and pumps are done. Basically the sequence of operation of the system with an illustration would be very helpful with all the parameters.
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Can you please have a video locating the balancing valves, differential pressure sensors, differential temperature probes and how sequencing of chillers and pumps are done. Basically the sequence of operation of the system with an illustration would be very helpful with all the parameters.
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Paul
Suppose I want to measure the temperature of air in my compressed air system. Doesnt need to be super accurate or have high resolution. Id like to insert something into a copper tee fitting at various places and read the temperature. What would I use without breaking the bank?
Thanks
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Suppose I want to measure the temperature of air in my compressed air system. Doesnt need to be super accurate or have high resolution. Id like to insert something into a copper tee fitting at various places and read the temperature. What would I use without breaking the bank?
Thanks
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grimmreaper
alot of his vids helps me with basics knowing and more advanced, working as an marine electrition, ive never studies cause i cant afford it, still live with my parents, but using your pdfs and vids to help myself understand what im working with and how it works, thank you
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alot of his vids helps me with basics knowing and more advanced, working as an marine electrition, ive never studies cause i cant afford it, still live with my parents, but using your pdfs and vids to help myself understand what im working with and how it works, thank you
reply
Taruna
Hey, I did not understand the difference in working between the metal/conductor atoms and semi-conductor atoms. Why is one a PTC type and the other NTC type? Both ways of working are similar. Both must have increasing resistance to current flow.
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Hey, I did not understand the difference in working between the metal/conductor atoms and semi-conductor atoms. Why is one a PTC type and the other NTC type? Both ways of working are similar. Both must have increasing resistance to current flow.
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humansoup
This is a great explanation. None of our engineers (including me) knew how the K-type thermocouples we use at work function. Now I know why I get such different readings when the thermocouple is hooked up to the wavelogger backward.
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This is a great explanation. None of our engineers (including me) knew how the K-type thermocouples we use at work function. Now I know why I get such different readings when the thermocouple is hooked up to the wavelogger backward.
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theodore
I have a problem I have tried to solve for years. Controlled from a computer, control at least 32 (off/on) switches, isolated, with a possibility of an acknowledge line back to the computer. What circuit will do it?
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I have a problem I have tried to solve for years. Controlled from a computer, control at least 32 (off/on) switches, isolated, with a possibility of an acknowledge line back to the computer. What circuit will do it?
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Chris
Great video! Quick question though, if RTDs are medium to high cost why would they be used on a thermocouple which is lower cost? Seems like you could just use the RTD and call it a day
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Great video! Quick question though, if RTDs are medium to high cost why would they be used on a thermocouple which is lower cost? Seems like you could just use the RTD and call it a day
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souleymene
Great video! it really helps to know about the basics of temperature sensors.
Could you give details about the advantages and disadvantages of each temperature sensor?
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Great video! it really helps to know about the basics of temperature sensors.
Could you give details about the advantages and disadvantages of each temperature sensor?
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mikeall
It's a real pain when TCs fail too because they can fail in a way that is very subtle at first so anytime a negative temp trend occurs everyone wants to blame the TC first.
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It's a real pain when TCs fail too because they can fail in a way that is very subtle at first so anytime a negative temp trend occurs everyone wants to blame the TC first.
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Gul
Brother can you help me
my chiller tube is leakage.
now I got water inside the shell how can I remove that water from the shell.
Can you explain to me in video.
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Brother can you help me
my chiller tube is leakage.
now I got water inside the shell how can I remove that water from the shell.
Can you explain to me in video.
reply
Jarrod
1: 57, ok the two different metals react differently to temperatures, but they are tied together, and thus shorted out. so how is there still a voltage difference?
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1: 57, ok the two different metals react differently to temperatures, but they are tied together, and thus shorted out. so how is there still a voltage difference?
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Frances
OMG! This was super helpful, I had a superficial understanding but this helped me go a bit deeper so I now what I am seeing and reading. Thank you so much!
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OMG! This was super helpful, I had a superficial understanding but this helped me go a bit deeper so I now what I am seeing and reading. Thank you so much!
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Bruno
9: 48 Only one data missing: Speed. Which one of those is the first one to respond to temperature changes? Is it the high accuracy of the RTD?
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9: 48 Only one data missing: Speed. Which one of those is the first one to respond to temperature changes? Is it the high accuracy of the RTD?
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Abhinandan
Awesome video,
Please make video on how train runs on electricity by only a single wire. How circuit completes by one wire only?
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Awesome video,
Please make video on how train runs on electricity by only a single wire. How circuit completes by one wire only?
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alphroon
But how can the electrone moves to the cold place i mean why, i want to know the force, pllzzz tell mee pllzz i really want to know
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But how can the electrone moves to the cold place i mean why, i want to know the force, pllzzz tell mee pllzz i really want to know
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Caffeinated
Thermocouples themselves are relatively inexpensive but the hardware needed to read them can often br a different story
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Thermocouples themselves are relatively inexpensive but the hardware needed to read them can often br a different story
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Muhammad
Which temperature sensor better performance one with temp higher than debye and one less than debye temperatur
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Which temperature sensor better performance one with temp higher than debye and one less than debye temperatur
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Sparky
Would it be possible for you to do a video on transducers? You explain things much better than most engineers.
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Would it be possible for you to do a video on transducers? You explain things much better than most engineers.
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Soder
In you graph at 9: 29 it looks like a thermocouple has a negative resistance -> Free energy machine coming? :P
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In you graph at 9: 29 it looks like a thermocouple has a negative resistance -> Free energy machine coming? :P
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Abel
What about temperature sensor that are based on infrared? How they know the IR light coning from something?
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What about temperature sensor that are based on infrared? How they know the IR light coning from something?
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