Testing and Troubleshooting 4-20 mA Control Loops Presented by Fluke and Transcat

[@JaykeSapalaran-iq3qs]

Great video tutorial ❤ thank you for sharing your knowledge ♥️🇵🇭

[@llpqazz]

Thanks for this presentation.... very useful for remembering 4-20mA troubleshooting steps in field.

[@anthonyderkyeosei9105]

I love this tutorial because I have ambition to become a great instrumentation technician

[@athilaldurry5880]

Many thanks for useful information and very helpful and very good presentation

[@walbersoto]

thanks for the webinar, Could any one please tell me if there is a video where explain how to configure the interface-it software with dry block 9103 or 9009?

[@salemrachdi8704]

Thanks for this wwebinar. Can get this presentation PDF file?

[@jamesamadi9357]

Detailed explanation, Thanks.

[@shamanking5195]

some times the 4 to 20 ma input in some devices is not isolated and not all manufactures give you the information
How can I test if the input to a device is not isolated ???
is there a test to confirm the input is not isolated ???
Thanks.

[@williamhudson3418]

is there a way i can get this as a print out

[@mangeshghaware5932]

I have made the 4-20 mA input & output isolator device.
when i connect it to any instruments other than PLC then output shows right reading of the current given by my device.
But when i connect the device to PLC there is slight change in reading on PLC
e.g if i transmit 4mA to the PLC then PLC shows 4.09 mA.
What will be the problem need to be corrected in my device to work with PLC also

[@SSteelePA1]

Thanks for this presentation. Good explanations.

[@isaiahmalungane4318]

Good Presentation indeed.Very helpful.
Here i have a problem , the RTD is reading constant value, even if temperature changes. I replace the puk, still the same problem, I replaced the probe, again the problem persists, now I'm simulating 4-20 ma from the line back to PLC, when I give 4 ma and measure ma in series with the fluke to the transmitter I'm getting 27 ma. What could be wrong or problem?

[@frankperez1626]

Did you find out the root of problem? seems to be that a noisy loop or some source of voltage higher than usual is keeping that current above range

[@qribhyat7191]

gorduyum en genis ve en etrafli izahdir

[@ianpierce7366]

very Helpful video!!! Thank you!

[@juanbr1411]

Muy buena explicación .

[@josua_htp]

ndang digarap rek tugasnya💪

[@muhammadrafifradityo2804]

asem nemu ini wkwk

[@KangJangkrik]

Semangat jo cepet nyusul wisuda 💪

[@bimbo-yw6ny]

too much noise, it's difficult to understand