Awesome presentation! Very detailed educational video! Thanks! I'll send you some pictures, if I happen to remember to take good ones. Mainly from heating systems. Sometimes happen to have to work on those. In one case the RTD was connected to KNX system device that was reading the resistance.
At 26min in, as presented V2 is the voltage drop of one lead not two leads. Great video, my take away was learning the lead colors and wiring conventions.
I was wanting to use 2 pt100s and make the output an avrage of the 2 is that possible in a simple way for example wiring them in series, in parallel with a resistor of an appropriate value?
How was the audio? I recorded with my camera and then upped the base and treble... interested to know if the audio was meh... or decent to listen to. Thanks for the feedback. All the best. Pete
Good presentation except for the parts where you say, "RTD's are linear." They are not linear. If you calculate the resistance of a linear RTD at 50°C, you'll get 119.25 ohms. If you use a temperature-resistance table for a Pt100(385), you'll see that the resistance is 119.40 ohms. The difference looks small but that's actually a 0.36°C error (119.25 ohms = 49.64°C). If you calculate using a linear formula beyond 100°C, your error will become even larger.
Instant subscribe on first vid right here! You truly are a lifesaver, Mister. The net needs more people like you.
Thanks for the nice comment.
Very good to explain RTD principle, hope can make strain-free RTD failure analysis short film.
Awesome presentation! Very detailed educational video! Thanks! I'll send you some pictures, if I happen to remember to take good ones. Mainly from heating systems. Sometimes happen to have to work on those. In one case the RTD was connected to KNX system device that was reading the resistance.
Nice, very informative learning Presentation about RTD
GORGEOUSE!!
I really enjoyed extremely every second of your presentation man👌
Carry on💪
This was extremely helpful and understandable with great references
Thank you so much for creating this fruitful video! I needed this information for my project..Thanks
Great Video, and a simple and detailed explanation.
Tip top work. Excellent presentation, clear and precise...Subscribed!!
thank you for sharing this man! very clear and concise presentation!
At 26min in, as presented V2 is the voltage drop of one lead not two leads. Great video, my take away was learning the lead colors and wiring conventions.
Great video! You answered all my questions regarding 3 wire vs 4 wire RTDs
Thank you for this video. Very detailed educational video
You're just MR FANTASTIC - thank you so much
This is an excellent video, really well presented. Thanks very much
Excellent explanation.thanks.
Best of all.
thank you so much ,,
excuse me I have a question do RTD need special wire?? or just wire ordinary??
Very helpful and comprehensive, thank you!
Can we measure the temperature of a copper plate just by measuring resistance across the length of the plate??
I was wanting to use 2 pt100s and make the output an avrage of the 2 is that possible in a simple way for example wiring them in series, in parallel with a resistor of an appropriate value?
Thank you, excellent video
Excellent video.
Can you please explain some time it is written value of 'a' is .385 and sometime it is written.00385 which one is valid
Well done tutorial...THANKS!!!
Is PT 100 sensors and RTD PT100 sensors are same ?? 2. How to calibrate PT 100 Sensors ??
Are RTDs used in meteorology?
Yes. They are the preferred temp. sensor. sciencing.com/tools-used-meteorology-22362.html
Thanks for the detailed video
Thanks a lot!! I am understand even with my school level of inglish!
Thank you sir it helped me a lot
thanks for you lecture helpful to me.
Thanks a lot, very informative!
Thank you very much!
Excelente explicacion. Saludos
You are very good.
Thanks for ung verry usefull seminar
Excellent!
best explanation
Thank you. Very informative video.
How was the audio? I recorded with my camera and then upped the base and treble... interested to know if the audio was meh... or decent to listen to. Thanks for the feedback. All the best. Pete
Audio sounded stable with good volume. Didn't notice any issues.
a "disgustingly" informative video! ;)
Love it!
Nice video sir
Thank you very much.
Great Job!!!
Good job .
Thank you, good video
please upload subtitles also
OK. Subtitles are generated by Google. Let me know if it works for your particular language
Great video....
thank you
Good presentation except for the parts where you say, "RTD's are linear."
They are not linear. If you calculate the resistance of a linear RTD at 50°C, you'll get 119.25 ohms.
If you use a temperature-resistance table for a Pt100(385), you'll see that the resistance is 119.40 ohms.
The difference looks small but that's actually a 0.36°C error (119.25 ohms = 49.64°C).
If you calculate using a linear formula beyond 100°C, your error will become even larger.
nice one
I'm manufacturers sensor at Mumbai