🔴Link to Instrumentation Crash Course for Professionals (FREE course) 1500+ Students have already taken this course. 👉asad-shaikh-instrumentation.ck.page/06e66ac455 Students have said to make the course course PAID (Because of the value they received from the course) Let me know your feedback
Thanks Asad for such detailed information. You are a best teacher. Please post videos on level calculation for wet leg, interface, diaphragm seal and for density calculation using DP.
Actually, the theoretical calib ranges that we put in datasheets during Engineering rarely live up to the practical conditions at site due to an array of reasons for eg- Failure to install the Tx exactly as per design due to space or access concerns. Also sometimes during first start-up if the seal fluid is process fluid, it won't be available thus need to change to API recommended buffers such as Ethylene Glycol for sealing (typically for wet leg). So the way forward is to either recalculate as per ACTUAL elevation OR there is a quick fix: Perform Zero TRIM when the Vessel is empty, at whatever height the Tx is to get LRV and then add C-C pressure to get URV. URV= LRV + (C-C*SG).
Couldn't agree more @Hareem 😊 You are really very knowledgeable... I guess we even had a discussion during the relief valve CDTP discussion. Please do keep sharing your knowledge !!! True, Our calculations act as basics for calibration at site so that if any of the site person is deviating in an extreme fashion then they can re-check their calculations !!!
thanks sir sir kindly make a video on displacr type level measurement and its calibration because their is no such a informative videos related to displacer on RUclips thanks
🔴Link to Instrumentation Crash Course for Professionals (FREE course)
1500+ Students have already taken this course.
👉asad-shaikh-instrumentation.ck.page/06e66ac455
Students have said to make the course course PAID (Because of the value they received from the course)
Let me know your feedback
You are awesome
Thank you so much for such kind words of Appreciation 🙂
Nice work…Very Helpful
Thank you so much 😊
Excellent. Please post videos on interface level , diaphragm seal and wet leg DP level transmitter calculation
Thanks !! Glad to know you have found it useful 😊
Very nicely explained!!
Thanks a lot Parag 😊 .
Your Appreciation means a lot !!
as usual simple and crispy video...
Thank you so much !!!
Nicely explained......keep up the good work...... 👍👍👍👍
Thank you so much Nilesh ☺️
👏👏👏
Thank you so much !!
Your explanation is too good...
Thanks a lot Ambesh😊
Guruji 👍🏻
Trying to help in whatever little capacity i can 😊
Please upload video of interface level measurement and density measurement. Your video is valuable to us .
Thank you so much, So glad to know these efforts are helpful. Sure will make a video on interface level measurement 😊
Yes please do
Noted 😊😊
well explained
thanks 😊
Thanks Asad for such detailed information. You are a best teacher.
Please post videos on level calculation for wet leg, interface, diaphragm seal and for density calculation using DP.
yes that is a great topic, will upload soon 😊 thanks
Please make vedios on that topics also
Please make video on close tank level measurement
Could you please add videos for wet leg and interface lvl mmt
Please teach interface level measurement and density measurement. Thank you so much
Good vdo
Thank you so much 😊 and for your constant motivation !!
🙏🙏
Sir,please explain about dp type transmitter in close tank,calibration.
Actually, the theoretical calib ranges that we put in datasheets during Engineering rarely live up to the practical conditions at site due to an array of reasons for eg- Failure to install the Tx exactly as per design due to space or access concerns. Also sometimes during first start-up if the seal fluid is process fluid, it won't be available thus need to change to API recommended buffers such as Ethylene Glycol for sealing (typically for wet leg). So the way forward is to either recalculate as per ACTUAL elevation OR there is a quick fix: Perform Zero TRIM when the Vessel is empty, at whatever height the Tx is to get LRV and then add C-C pressure to get URV. URV= LRV + (C-C*SG).
Couldn't agree more @Hareem 😊
You are really very knowledgeable... I guess we even had a discussion during the relief valve CDTP discussion.
Please do keep sharing your knowledge !!!
True, Our calculations act as basics for calibration at site so that if any of the site person is deviating in an extreme fashion then they can re-check their calculations !!!
@Asad Shaikh (I&C Engineer) sure buddy, i will !!
🎉
Video on wet leg & interface is must😊
Yes, we need for interface type transmitter also
Please Produce new video on Complex level measurements like wet leg,density to pressure measurement...
Sure Harshil 😊
Please prepare all types of level measurements
Pls share related to interface,
Please make vedios in those topics
thanks sir
sir kindly make a video on displacr type level measurement and its calibration because their is no such a informative videos related to displacer on RUclips
thanks
Oh thanks, you are correct, will sure try to make a video on Displacer Level measurement (I.A) 😊
Pls make video on suppression and elevation in Level measurement...as well as wet leg, closed loop, density etc...
Thanks for your interest 🙂 yes i would love to !!!
Please make videos on Interface level measurement , capillary type level measurement
Noted 😊 Thank you for your comment !!
Yup.....I am the exact 100th person who like your video
Thank you so much Ambesh ! 😊
Complex level calculation interested
Interface level measurement
Sure 😊
interface level, density using dp
Yes inshallah done !! Will try to make videos on these topics 😊
Please make the video