(Analog signals)How to program an analog (input/output) and simulate it on TIA portal (S7-1200)PLC

you will learn in this video
what is the meaning of normalize and scaling
how to program an analog input or output
how does PLC deal with analog signals
how to simulate it

[@alobalo3796]

Thank you the easiest explanation

[@balachanderbalachander6959]

more thanks sir. you have very good technical backround , really happy to follow you, in utube more people making confusing but you are great. continue sir

[@niryashk9197]

Awesomely explained 👍👍👍👍

[@athilaldurry5880]

Very good information many thanks

[@aleemahsan4730]

Very Well explained. Thank you

[@athilaldurry5880]

Many thanks for wonderful information

[@masumahmed7978]

nice

[@vishals11]

video is definitely helpful screen view need to closer to viewer you explain why and how to choose particular instructions.

[@B.electric]

Thank u for your opinion i will take care about this points in the next video

[@vishals11]

@@B.electric waiting for next video .

[@binyameen.pkondotty]

Very good explanation. Thank you

[@alearnerforsafety3692]

Dear sir,
I have SIMATIC S7-1200 and a Signal Generator Device and I use the NORM_X and SCALE-X functions in the TIA Portal program V 15 . The MIN value of NORM_X is 0.0 and the MAX is 27648.0 . It’s assumed that I use a RTD (PT100) with the Temperature Transmitter ranges ( -100 ˚C to 800 ˚C) and its output is 0-10 VDC. The output of NORM_X function is sent to two SCALE_X functions: one to scale the Ohms and the second to scale the temperature values.
I depended on the RTD Temperature VS. Resistance Table to get the MIN and MAX values for these two scale functions. The first scale function which is for Ohms the MIN value is -100 ˚C whereas the MAX is 800 ˚C and the MIN value for the second scale function is 60.26 Ω and the MAX value is 375.7 Ω ( Because -100 ˚C is equal to 60.26 Ω and 800 ˚C is equal to 375.7 Ω in the reference table).
But when I inject the following volt values in the Analog input of the PLC the output values of the Two SCALE_X functions are not as shown in the table?!
Examples:
1- At 2.5 V the output of the first SCALE_X function is 124.4141 ˚C and the output of the second SCALE_X function is 138.91 Ω but in the Reference table when the Temperature is 124 ˚C the Ohms must be 147.58 Ω.
2- At 5 V the output of the first SCALE_X function is 349.93 ˚C and the output of the second SCALE_X function is 217.9 Ω but in the Reference table when the Temperature is 349 ˚C the Ohms must be 229.36 Ω.
3- At 7.5 V the output of the first SCALE_X function is 575.488 ˚C and the output of the second SCALE_X function is 297.0111 Ω but in the Reference table when the Temperature is 575 ˚C the Ohms must be 305.63 Ω.
Why are the SCALE_X outputs not the same as what they must be as in the reference table?! And what must I do to make the outputs the same as what is shown in that table?!
Thank you and I’m waiting for your reply.

[@josefd4326]

Good video thanks! Only "bad" is music too loud. Maybe turn volume down? Thank you!

[@rashidchibvuri2036]

Thank very much sir ❤❤❤

[@B.electric]

you are welcome

[@falconiraqi5604]

🎉🎉🎉

[@aminloulou62]

what are the equivalent of the norm_x and scale_x in s7 300 ?

[@B.electric]

I will make a video about this topic soon

[@kareamsultan2247]

ممتاز
وهل في فيديو خاص بال flow meter وعمل ال totalize؟

[@B.electric]

انشاء الله في المستقبل سوف اقدم فديو عن الفلو ميتر

[@aded719]

من لهجتك مصري
😂😂😂😂😂

[@mahmudmohammed7155]

الحقيقة مش واضح
شكرا

[@Gaza.moh1]

Zs waat we leren in zs video ..,, (work on ur English please)