We hope you enjoy the content. With your support, we can bring you more informative and engaging videos on the topics you love. Your contributions make a real difference and help us grow the community of industrial automation experts. Together, we can create something truly special. Thank you for being a part of this journey! Cheers 🍹ko-fi.com/automatedo
This was a really great video, in 8 minutes I basically understand a concept that was a problem for me as a new tech. One question though about the three wire: You mentioned in a 3-wire configuration that electrical interference on the process signal could cause a fault condition. Is this also not the case with all the other systems? Maybe something I'm missing there.
Thank you so much for your comment and we are thrilled to hear that the video helped you understand the concept of 2, 3, and 4 wire transmitters! Regarding your question about electrical interference, let us clarify: If electrical interference is a concern, particularly in environments with high levels of electrical noise, it is often recommended to use a 4-wire transmitter or employ additional measures such as shielding, isolation barriers, or other techniques to ensure proper signal integrity and minimize the impact of interference.
That’s awesome to hear! 😊 I'm glad it was clear! If you’d like to support the channel and help us keep making more helpful content, we’d really appreciate it! 🙌 Don’t forget to share Automatedo with your friends! 🚀🤖✨
"Great video! This is one of the best sources of information I’ve found on this topic. The explanations are clear and super helpful. I’m curious, what tools or software do you use to make videos like this? The production quality is fantastic! Thanks for sharing such valuable content!"
Thank you so much for the kind words! 😊 I’m thrilled to hear that you found the video helpful and informative! 🌟 As for your question about the tools and software used, I’m glad you're interested! However, I’ll pass your request along to our animation department, and they’ll be able to provide you with more details about the production process. 🎥✨ Thanks again for your support, and I’m excited to share more valuable content with you in the future! 🚀📚
You're very welcome! 😊 If you’d like to support the channel and help us keep making great content, we’d really appreciate it! 🙌 Don’t forget to share Automatedo with your friends and colleagues too! 🚀🤖✨
You're very welcome! 😊 Merci mille fois to you as well! If you’d like to support the channel and help us create more awesome content, we’d really appreciate it! 🙌 Don’t forget to share Automatedo with your friends! 🚀🤖✨
It depends on what type of transmitter you use on the field. Large transmitters usually need a separate power supply (as we explained in this video), and small transmitters often use the internal circuitry of the PLC power supply to operate.
@@Automatedo I just looked at my PLC and read the datasheet, and it's true that there is an internal power supply from the PLC which is beside the cpu and I don't need to buy an external power supply anymore. Thank you very much. I'm waiting for your next video🔥
I’m so glad you found it helpful! ❤😊 Your support means so much. If you think others could benefit from it too, feel free to share! Let’s keep learning and growing together! 🚀📚✨
great video! i have a question: every explation i found of the 2 wire transmitter mentioning an external PS, i have in a system a transmitter directly connected to the PLC analog input channel so in this case is it the PLC working as a PS ?? thank you!
A full-wave rectifier provides a smoother DC voltage compared to a half-wave, which might result in less ripple and more stable operation for sensitive equipment like transmitters 🤖✨
Hi, if I have to use a 4-wire transmitter in Zone-0&1 areas because Accuracy is critical. Then how to consider safety? Should I depend on an explosion-proof enclosure?
For high safety standards, especially in hazardous zones, you should consider using intrinsically safe transmitters and barriers | Explosion-proof enclosures are a good choice, especially if the transmitter itself cannot be intrinsically safe | Proper grounding and wiring are essential to avoid potential sparks. Hope this helps! Stay safe, and don’t forget to share Automatedo with your friends in the field! 🚀🤖✨
Would you please be more specific? If I want to answer your question: as long as the power supplied to the transmitter and as long as no maintenance is needed for the transmitter
Thank you for your kind comment! 🙏 We are glad you found the tutorial helpful! 😊 Don't forget to invite your friends and colleagues to subscribe to our channel and check out our other videos too! 🎉 We have more exciting content coming up that they might find valuable. Feel free to explore and let us know if there's any specific topic you'd like us to cover. Enjoy your learning journey and stay tuned for more! 🌟
That's awesome! 😄 It’s funny how voices can sometimes sound so similar. Maybe your professor has a hidden career in video content too! 😎 Glad you enjoyed the video, and don't forget to share Automatedo with others who'd enjoy it as well! 🚀🤖✨
"Instrumentation and Control Systems" by W. Bolton | "Principles of Instrumentation" by D. Patranabis | "Industrial Instrumentation" by S. K. Singh | "Process Control Instrumentation Technology" by Curtis D. Johnson | "Measurement and Instrumentation: Theory and Application" by Alan S. Morris | "Control Systems Engineering" by Norman S. Nise
That is for the electrons. The technical current flow in circuit diagrams is ALWAYS from POSITIVE to NEGATIVE. If you look it up you will find out that it has historical reasons. And plus it does work in any circuit analysis because you simply follow the path of the positive charges instead of the electrons. It is just a model to explain cause and effect.
❤❤❤❤❤ Thank you so much for the love and support! 😊 It truly means the world! If you’re enjoying the content, don’t forget to share it with others-let’s spread the knowledge together! 🚀📚✨
We hope you enjoy the content. With your support, we can bring you more informative and engaging videos on the topics you love. Your contributions make a real difference and help us grow the community of industrial automation experts. Together, we can create something truly special. Thank you for being a part of this journey! Cheers 🍹ko-fi.com/automatedo
Very informative and useful video. Keep it up. Thanks for sharing your precious time with good knowledge.
So nice of you 💟. We try our best to share our practical experience with the audience that they will confront in the industry
Great explanation
Glad you liked it 😍
I didn't get your explanation on 2 wire fault condition and how you shouldn't set transmitter signal to 0 mA. Isn't the standard 4 mA??
This was a really great video, in 8 minutes I basically understand a concept that was a problem for me as a new tech. One question though about the three wire:
You mentioned in a 3-wire configuration that electrical interference on the process signal could cause a fault condition. Is this also not the case with all the other systems? Maybe something I'm missing there.
Thank you so much for your comment and we are thrilled to hear that the video helped you understand the concept of 2, 3, and 4 wire transmitters! Regarding your question about electrical interference, let us clarify:
If electrical interference is a concern, particularly in environments with high levels of electrical noise, it is often recommended to use a 4-wire transmitter or employ additional measures such as shielding, isolation barriers, or other techniques to ensure proper signal integrity and minimize the impact of interference.
2, 3 & 4 wire. Understood clearly👍👍👍
That’s awesome to hear! 😊 I'm glad it was clear! If you’d like to support the channel and help us keep making more helpful content, we’d really appreciate it! 🙌 Don’t forget to share Automatedo with your friends! 🚀🤖✨
Really helpfull, thanks for sharing!!, keep it up!
Thanks for watching! 💮
Informative Video
We are so glad to hear that. Thanks for your support 💮
Keep up the good work!
Thanks for your support dear Babak
"Great video! This is one of the best sources of information I’ve found on this topic. The explanations are clear and super helpful.
I’m curious, what tools or software do you use to make videos like this? The production quality is fantastic!
Thanks for sharing such valuable content!"
Thank you so much for the kind words! 😊 I’m thrilled to hear that you found the video helpful and informative! 🌟
As for your question about the tools and software used, I’m glad you're interested! However, I’ll pass your request along to our animation department, and they’ll be able to provide you with more details about the production process. 🎥✨
Thanks again for your support, and I’m excited to share more valuable content with you in the future! 🚀📚
Thank you Sir !
You're very welcome! 😊 If you’d like to support the channel and help us keep making great content, we’d really appreciate it! 🙌 Don’t forget to share Automatedo with your friends and colleagues too! 🚀🤖✨
Very informative
Glad it was helpful!
Excellent topic to share, keep it forward.
More to come!
Very helpful
Glad you think so!
Merci mille fois...
You're very welcome! 😊 Merci mille fois to you as well! If you’d like to support the channel and help us create more awesome content, we’d really appreciate it! 🙌 Don’t forget to share Automatedo with your friends! 🚀🤖✨
The 2 wire transmiter for general using internal power supply from PLC or using external power supply? Please the answer 🙏
It depends on what type of transmitter you use on the field. Large transmitters usually need a separate power supply (as we explained in this video), and small transmitters often use the internal circuitry of the PLC power supply to operate.
@@Automatedo thank you brother, im using Siemens s7-300 with CPU 313-C. Is need a external power supply or not 🙏?
You need to use a 24-volt DC PLC power supply, and it is usually installed next to the CPU
@@Automatedo I just looked at my PLC and read the datasheet, and it's true that there is an internal power supply from the PLC which is beside the cpu and I don't need to buy an external power supply anymore. Thank you very much. I'm waiting for your next video🔥
You are very welcome. We will be appreciated if you introduce this channel to other engineers like you so they can use the content as well. Cheers 🤗
You made my day
That's great to hear, happy to help 😉
Very helpful ❤
I’m so glad you found it helpful! ❤😊 Your support means so much. If you think others could benefit from it too, feel free to share! Let’s keep learning and growing together! 🚀📚✨
great video! i have a question: every explation i found of the 2 wire transmitter mentioning an external PS, i have in a system a transmitter directly connected to the PLC analog input channel so in this case is it the PLC working as a PS ?? thank you!
Does DCV Supply matter if Full or Half wave?
A full-wave rectifier provides a smoother DC voltage compared to a half-wave, which might result in less ripple and more stable operation for sensitive equipment like transmitters 🤖✨
Beautiful.
We are glad you liked the video and we are honored to have such the audiences like you 😍
what is the use of plc dc powersupply of plc vs power supply of transmitter
Hi, if I have to use a 4-wire transmitter in Zone-0&1 areas because Accuracy is critical. Then how to consider safety?
Should I depend on an explosion-proof enclosure?
For high safety standards, especially in hazardous zones, you should consider using intrinsically safe transmitters and barriers | Explosion-proof enclosures are a good choice, especially if the transmitter itself cannot be intrinsically safe | Proper grounding and wiring are essential to avoid potential sparks. Hope this helps! Stay safe, and don’t forget to share Automatedo with your friends in the field! 🚀🤖✨
please sir , it has any relation with npn and pnp analog modules , or this is the wiring for both ?
Is the PLC and DCS, 3-wire configuration same ?
How long can this type of sensor can be installed?
Would you please be more specific? If I want to answer your question: as long as the power supplied to the transmitter and as long as no maintenance is needed for the transmitter
How to connect this water flow sensor YF-S201. delta dvp plc and there program in isp software
Thanks !!
Thank you for your kind comment! 🙏 We are glad you found the tutorial helpful! 😊 Don't forget to invite your friends and colleagues to subscribe to our channel and check out our other videos too! 🎉 We have more exciting content coming up that they might find valuable. Feel free to explore and let us know if there's any specific topic you'd like us to cover. Enjoy your learning journey and stay tuned for more! 🌟
Tnx
You are so welcome 😉
Perfect
Thanks for you support dear Aria
My instrumentation professor’s voice sounds exactly the same as the voice in this video!
Could please support me with some instrumentation books
That's awesome! 😄 It’s funny how voices can sometimes sound so similar. Maybe your professor has a hidden career in video content too! 😎 Glad you enjoyed the video, and don't forget to share Automatedo with others who'd enjoy it as well! 🚀🤖✨
"Instrumentation and Control Systems" by W. Bolton | "Principles of Instrumentation" by D. Patranabis | "Industrial Instrumentation" by S. K. Singh | "Process Control Instrumentation Technology" by Curtis D. Johnson | "Measurement and Instrumentation: Theory and Application" by Alan S. Morris | "Control Systems Engineering" by Norman S. Nise
Helpful
Glad it helped 😉
Excellent video, but current always flows negative to positive!
That is for the electrons. The technical current flow in circuit diagrams is ALWAYS from POSITIVE to NEGATIVE. If you look it up you will find out that it has historical reasons. And plus it does work in any circuit analysis because you simply follow the path of the positive charges instead of the electrons. It is just a model to explain cause and effect.
❤❤❤❤❤
❤❤❤❤❤ Thank you so much for the love and support! 😊 It truly means the world! If you’re enjoying the content, don’t forget to share it with others-let’s spread the knowledge together! 🚀📚✨