Just took my first job as an Automation Engineer with a regional electrical distributor with a focus on controls and safety. With how smart controls are getting now a days, it’s almost impossible to not know how they integrate with a PLC so these courses you put out are just unbelievably helpful in connecting the dots you otherwise would not be exposed to. Thank you for all the great lessons!
Thanks a million for your feedback! Great job on your new endeavour! We are more than happy to hear that our video courses have been so helpful. If any questions pop up along the way, please do feel free to reach out at any time - we're more than happy to help! Happy learning!
Dear RealPars, you cannot imagine how much these videos help us as amateurs in this field, so thank you guys and I hope you keep going in your amazing fabulous job.
I’ll start an account management job in a couple of weeks for a control panel manufacturing company. This helped me get some knowledge before showing up day one, thank you!
Our subcontractor delivered us a very sub-par control cabinet. Now I, a software engineer, am rebuilding significant parts of it to improve organization and maintainability. Also it just didn’t work because of the software, which is why I’m doing this. Thank you for all your videos I can use to make sure the replacement is clean and organized
This is on point! The animation and visualization is just fantastic. So fantastic a job of visual animating and explanation, this video can literally be used just about anywhere to explain an Electrical Control Panel. A Big Hug 🤗 to RealPars! I get better at my because of RealPars and many people here all feel the same which says immensely a lot.
Thank you so much for this video. I just got a job as a controls hardware engineer and I literally have no idea what I’m doing. This is a great start for me.
Thank you for doing these videos. I recently started working for an engineering firm in administration. Your videos are invaluable in establishing a baseline level of knowledge.
Sir, these video series are incredible effective things to learn from scratch as a mechanical engineer. Amazingg explanation of everything, thank you so much.
thank you very much for your free videos it means a lot to us who are starting out. A lot of the times in engineering we have a lot of theory and not enough practical. We built some of the products but had no clear picture how they integrated together using real world components from the shops
Thanks a lot for your kind compliment! We are always extremely happy to hear such positive feedback! If you ever have any questions, feel free to reach out to us. Happy learning!
I liked this video! This is a very good basic control panel. Good introduction for people who are not into the field. For most viewers, FYI, it could get really complicated and you would have other Panels that do not have PLC's in them but have other PCB boards and other controls such as electromechanical relays, control valves, manifolds, etc, they are called sub panels. Other Sub-panels can have shunts and Servo-drives in them and so forth. Again this video is EXCELLENT intro. Lots more to learn like connectors, and so on.
Your videos are very explanatory and take many doubts, you could by subtitles in Portuguese, because I have difficulties with English, I already thank you
What a fantastic tutorial videos. All you need for learning quickly and easily. Visualizations are great. It simplify the the difficulty and help you to learn more than you expected.
Best video in your channel and all automation channels on TH-cam. All your videos are amazingly helpful and educative. Thank you for the time and effort you put to help us 🙏.
Dear RealPars, these videos are wonderful, they're a perfect initial guide, thanks a lot. I wonder if you know about a standard or normative to design a control/electric panel (component positioning, general considerations, and so on).
Thank you for your kind comment! We're very happy to hear that! Regarding your question, I will happily forward that to our course developers as a topic suggestion. Hopefully, we can create a video course on that in the near future. Happy learning!
I work in a distribution centre. Im not on the maintenance team but im interested in how the machines work. So there is a tote conveyor that collects products when it passes through an a frame picking machine and also gets loaded when it passes some robots. The totes dump their products at packing stations. After the packing stations the products then get put onto a shipping conveyor that has bar code readers and proximity switches which tell the sorting conveyors which shipping container to dump the products into. Its amazes me how man can make such machines. I also understand most of the stuff shown in your video. Thanks.
Hi Mike, Thanks for sharing that with us, it surely is fascinating! Please let us know if you have any questions. We are more than happy to help! Happy learning!
This is the best illustration of Electric Control Panel I have ever seen. Thank you very much RealPars team! You are awesome and keep it up! I wonder if you had any institute or training center, I would be the first to take admission there.
Hi Muhammad, Many thanks for your kind comment, we truly appreciate such support! RealPars is one of the biggest online learning platform in Automation Engineering. Our course library is specifically designed in a way where it provides all the tools needed for beginners to evolve into an advanced level through our hands-on courses. Feel free to browse through our course library to see all the different topics we are covering. bit.ly/30AVJaR Just to let you know, that we also have a free course on PLC Hardware bit.ly/2XnnUrF Additionally, you will have access to our Technical Team - consisting of high ranking engineers with a lifetime of experience - who are here to help you out with any questions you might have along the way! If you are interested, you will obtain full access to our complete course library (400+ video courses) by subscribing to either our monthly package for €22.12 a month or our yearly package for €159.28,-. Hope this helps! If I can be of any further assistance, please let me know - I’m more than happy to help!
great 'phenomenal 'amazing 'wonderful 'helpful 'incredible simply the best illustration control panel so far on TH-cam period I'll be very grateful your honor if u do one more video on DCS and slightly I have some points also on PLC thank u
This video is really superb. And the explanation is very clear. Can you please put video on How to give wire connections for each devices in the control panel.
@@realpars Thanks. Also appreciated if you could explain other components of control panels such as overload relay,phase failure relay,latch relay,fuse,timer etc
Good video, I would only suggest you don''t run the Ethernet cabling right next to the incoming 480V. It's good practice to keep your network cabling out of wireway and away from AC voltages. Lastly, AC should ideally come in from the top and work it's way down.
Thank you for the comments. Correct, long runs of AC voltage-carrying cables parallel to low-voltage DC wiring (like Ethernet cables) can cause a problem. It is not likely you would have a problem with the short run in the panel shown, but to be safe, yes, separate voltage levels in separate trays/panduits. Normally, AC voltages are highest in the feed cables, so working downward usually keeps the highest voltages away from hands and fingers. Thank you for the input!
We need more basic tutorials for low mind comprehend. In diagrams old and PLC. New teachnology. Im begginer i have no idea please more create basic sir vlogger. God bless
Excellent video sir! I found this channel yesterday and in just one day has become my favorite engineering channel. I would like to ask a question. The power section and the control section can be separated and put into two separated enclosures? And how the components would be arranged if they were in a one door enclosure? Thank you su much
Panel segmentation by voltage is very common. The safest way to arrange components is to place all 200/400 VAC and above components into one panel, 110/120 VAC components into another panel, and 48 VDC and below into a separate panel. That way, 24VDC components can be accessed when "live" with minimal PPE through an open panel door. With the AC voltages, higher levels of PPE and access restrictions are usually required by code and/or local standards. Other ways of doing this would be to locate all AC components on one side of a dual-door panel and low-voltage DC components on the other side. A third way is to have a single-door panel with a plexiglass guard over AC components so that the "live" contacts are not accessible with fingers.
Good video! Well done, only thing I would recommend is showing the dirty and clean wire ways. Running a low level signal in parallel to 480 not so gooda.
Thanks realpars for this knowledge, I worked over different Schneider RTUs panels about 8 years but never find transformer for 24 vdc, there always seen rectifiers for where 24 vdc bus connected for PLCs and field instrumentations.
Hi Vikesh! Thanks a lot for your kind compliment! We are always extremely happy to hear such positive feedback! If you ever have any questions, feel free to reach out to us. Happy learning!
Similarly, an electrical control panel is a metal box which contains important electrical devices that control and monitor a mechanical process electrically. ... An electrical control panel enclosure can have multiple sections
Thanks for your comment, Moaaz! At the moment, I have some links to download different versions of STEP7, hopefully, that is helpful to you as well. sie.ag/2eH6GEM sie.ag/2Jt80F0
It's been a great video... Thanks for this.. But I believe you miss to include grounding bars , instrument Earth bar and electrical ground bar for earthing / grounding requirements. Nevertheless, Keep up the good work 👍
"I'm a cloud expert, but I will be working on Industrial Internet of Things (IIoT). Can you explain how data from sensors and actuators travels to the cloud? My understanding is as follows: Is this correct Sensor/Actuator → PLC → IoT Gateway (which has mobile connectivity) → Cloud
Hello, @satish1012. Thank you for your question. Yes, you are correct about this process. It’s important to read the user manual for the PLC you will be working with. The process is basic, but procedures differ from PLC to PLC. Happy learning from RealPars!
Thanks for concise infographic, Just wondering what component will protect the system against current overload (amps)? Also many control cabinets consist of a UPS & Fan to cool down the Drives/plc/UPC inside the cabinet,
Fuses or circuit breakers are used to protect components in a panel from over-current conditions. Large loads, such as motor starters, transformers, and VFD's, have fuse protection on the incoming branch circuits, and individual loads (outputs) are usually protected by fuses or circuit breakers. Local electrical codes dictate, in many instances, what device types and rated sizes are appropriate in each case. Whenever a panel is designed, the environment it is being placed in should be evaluated, so that the proper cooling can be installed, if required. Most panels with motor starters or VFDs will at least have a fan for cooling purposes, just to remove excess heat generated by those components. Some panels in very hot environments may require air conditioners or other cooling devices (vortex coolers). It is much easier to design these in during fabrication than retrofitting after installation. UPS units are most often just used to keep controllers, like PLC's and I/O cards alive when a power outage occurs, so that the process can be monitored.
Want to learn industrial automation? Go here: realpars.com
Want to train your team in industrial automation? Go here: realpars.com/business
Just took my first job as an Automation Engineer with a regional electrical distributor with a focus on controls and safety. With how smart controls are getting now a days, it’s almost impossible to not know how they integrate with a PLC so these courses you put out are just unbelievably helpful in connecting the dots you otherwise would not be exposed to. Thank you for all the great lessons!
Thanks a million for your feedback! Great job on your new endeavour! We are more than happy to hear that our video courses have been so helpful.
If any questions pop up along the way, please do feel free to reach out at any time - we're more than happy to help!
Happy learning!
How do I become an automation engineer
You need to go to college and get a degree for that@@jojoessienyi7238
Could you please help me with some courses?
Dear RealPars, you cannot imagine how much these videos help us as amateurs in this field, so thank you guys and I hope you keep going in your amazing fabulous job.
Yeah! I'm a jr eletrician and i'm really glad for these videos! Best Regards from Brazil!
OMG !!! I learned more from this 8 min video , than entire online plc course. Thank you guys , great job on explaining complex materials in simple way
What an amazing compliment, Alex! Thanks for sharing.
Sir, your narrating skill is unparalleled.. I have learned a great deal. Thank you!!!
Thanks for your support, Fabian! Great to hear that.
@@realpars Would you be kind to tell me why would an ethernet hub need 24 V to operate? isn't that a little too much? Thanks
Dude when something is mentioned and I’m clueless to what it is, y’all always have a video covering it completely. Love y’all’s videos.
That's amazing to hear! Thank you very much for your kind support
I’ll start an account management job in a couple of weeks for a control panel manufacturing company. This helped me get some knowledge before showing up day one, thank you!
That's amazing - we're am happy to hear that, Vern! Best of luck with your new job!
Our subcontractor delivered us a very sub-par control cabinet. Now I, a software engineer, am rebuilding significant parts of it to improve organization and maintainability. Also it just didn’t work because of the software, which is why I’m doing this. Thank you for all your videos I can use to make sure the replacement is clean and organized
Our pleasure! Great to hear that our video courses have been so usefull.
This is on point! The animation and visualization is just fantastic. So fantastic a job of visual animating and explanation, this video can literally be used just about anywhere to explain an Electrical Control Panel. A Big Hug 🤗 to RealPars! I get better at my because of RealPars and many people here all feel the same which says immensely a lot.
Many thanks for your support, Ardent!
Thank you so much for this video. I just got a job as a controls hardware engineer and I literally have no idea what I’m doing. This is a great start for me.
Wish me luck because I need it.
Amazing, congratulations! Glad to hear that our video courses are helpful to you!
Great information, you can learn more info from these videos than I did working at an engineering company for 6 years.
Really great to hear this John! Let us know of any questions.
I just got a job as an electrician who builds panels and wires automated equipment, this video was a great intro to that stuff. Thanks for making this
Glad to hear that, Kevin! Congratulations on your new job, and best of luck!
Thank you for doing these videos. I recently started working for an engineering firm in administration. Your videos are invaluable in establishing a baseline level of knowledge.
That's amazing to hear, Christopher! Best of luck on your new endeavour!
I am electromechanical Engineer but never had my mind clear ... regarding PLC wiring with control panel...Thanks a lot
I am a mechanical engineer, I want to transition to industrial automation what kind of electrical knowledge do I need to know
These videos are really helpful and give an insight into what really happens inside a factory.
Thanks a million, Mohit! We appreciate such kind support.
Dear RealPars, thank you so much for your videos. They help me out so that I gain more knowledge and make the most at workplace!
Thanks for the support! Let us know if you have any questions!
Wow, I build this on the field for engineers. Didn't know how it operate until now . You guys are so good.
Thanks a million, glad to hear that!
5 years it took me to learn this and you covered it in a 8 min video. Older generation does not like to share info for job security
Glad to hear that this video helped you so much, Dustin! Always feel free to leave us any questions you might have.
Today i heard about realpars. I can understand the basics of industrial automation through realpars.
Well educative.👍
Thanks a lot! Happy learning.
Sir, these video series are incredible effective things to learn from scratch as a mechanical engineer. Amazingg explanation of everything, thank you so much.
Thank you very much! We're very happy to hear that
this is the most wonderful educational channel, big thanks from algeria
Thanks a lot for your support! Amazing to hear that.
Your videos are very well done. They have helped me prepare for an interview today. Thanks!!
That is amazing, Rick! Hope your interview went well - best of luck!
Superb Video on Control Panel wiring I have understood the wiring perfectly thank you for this great content 💝
Glad it helped! You're very welcome!
thank you very much for your free videos it means a lot to us who are starting out. A lot of the times in engineering we have a lot of theory and not enough practical. We built some of the products but had no clear picture how they integrated together using real world components from the shops
We're very glad to hear that! You're more than welcome, and happy learning
Very well done! Thank You. I'm very glad to be in contact with You.
Thanks for your support, Andrea!
Thank you sir...u have explained every element in a lucid way....
Happy to hear that!
This was the perfect intro to control panels
Thank you very much, and happy learning!
Your videos are excellent! This kind of clear information is always missing when you study automation, you make it simple, congratulations!
Thanks a lot for your kind compliment! We are always extremely happy to hear such positive feedback! If you ever have any questions, feel free to reach out to us.
Happy learning!
I liked this video! This is a very good basic control panel. Good introduction for people who are not into the field. For most viewers, FYI, it could get really complicated and you would have other Panels that do not have PLC's in them but have other PCB boards and other controls such as electromechanical relays, control valves, manifolds, etc, they are called sub panels. Other Sub-panels can have shunts and Servo-drives in them and so forth.
Again this video is EXCELLENT intro. Lots more to learn like connectors, and so on.
Thanks a lot for your support!
Yoooooo! I've been searching for this video for a while in TH-cam. Easily the best to understand ICPs. Thank you so much guys!
Glad it helped, Hemant!
God bless you guys! I've learned a lot. Nice job.!
Can you please make a video on the electrical panel troubleshooting process or steps?
Thank you, Grace! I will forward your topic request over to our creator team. Happy learning!
Many thanks Realpars about this important information
You are very welcome!
Your videos are very explanatory and take many doubts, you could by subtitles in Portuguese, because I have difficulties with English, I already thank you
A very good video to explain in simple terms how made wiring in an electrical panel.
Great to hear that, Rafael! Thanks for sharing that with us.
What a fantastic tutorial videos. All you need for learning quickly and easily. Visualizations are great. It simplify the the difficulty and help you to learn more than you expected.
Glad it was helpful!
Best video in your channel and all automation channels on TH-cam.
All your videos are amazingly helpful and educative.
Thank you for the time and effort you put to help us 🙏.
Thanks a million for your kind support, Amjed! We're very happy to read that.
These videos has helped me a lot in electrical and control system. You guys are really doing a great job. Keep it up
Thanks a million! Glad to hear that. Happy learning
Dear RealPars, these videos are wonderful, they're a perfect initial guide, thanks a lot. I wonder if you know about a standard or normative to design a control/electric panel (component positioning, general considerations, and so on).
Thank you for your kind comment! We're very happy to hear that!
Regarding your question, I will happily forward that to our course developers as a topic suggestion. Hopefully, we can create a video course on that in the near future.
Happy learning!
No other video comes close to this when explaining industrial control panel wiring in a practical way that you would encounter in the field.
That's an amazing compliment, Kanye! Thanks for sharing
I work in a distribution centre. Im not on the maintenance team but im interested in how the machines work. So there is a tote conveyor that collects products when it passes through an a frame picking machine and also gets loaded when it passes some robots. The totes dump their products at packing stations. After the packing stations the products then get put onto a shipping conveyor that has bar code readers and proximity switches which tell the sorting conveyors which shipping container to dump the products into. Its amazes me how man can make such machines. I also understand most of the stuff shown in your video. Thanks.
Hi Mike,
Thanks for sharing that with us, it surely is fascinating!
Please let us know if you have any questions. We are more than happy to help!
Happy learning!
Thankyou - Excellent explanation and visual animation - makes it so easy to learn!
Happy to hear that, Olivia! Thanks for sharing. If you have any questions, always feel free to reach out - we are more than happy to help!
thank you so much, it's much much better than our college teach!
That's an amazing compliment, thanks for sharing!
These videos are simply amazingly well made. Thank you so much !
Thanks a lot! Great to hear that.
This is the best illustration of Electric Control Panel I have ever seen. Thank you very much RealPars team! You are awesome and keep it up! I wonder if you had any institute or training center, I would be the first to take admission there.
Hi Muhammad,
Many thanks for your kind comment, we truly appreciate such support!
RealPars is one of the biggest online learning platform in Automation Engineering. Our course library is specifically designed in a way where it provides all the tools needed for beginners to evolve into an advanced level through our hands-on courses.
Feel free to browse through our course library to see all the different topics we are covering. bit.ly/30AVJaR Just to let you know, that we also have a free course on PLC Hardware bit.ly/2XnnUrF
Additionally, you will have access to our Technical Team - consisting of high ranking engineers with a lifetime of experience - who are here to help you out with any questions you might have along the way!
If you are interested, you will obtain full access to our complete course library (400+ video courses) by subscribing to either our monthly package for €22.12 a month or our yearly package for €159.28,-.
Hope this helps! If I can be of any further assistance, please let me know - I’m more than happy to help!
Hello my friend, the video was great. I am an electrician and I have an electrical training channel and I do the wiring of industrial switchboards.
Thank you for sharing!
great 'phenomenal 'amazing 'wonderful 'helpful 'incredible simply the best illustration control panel so far on TH-cam
period
I'll be very grateful your honor if u do one more video on DCS and slightly I have some points also on PLC
thank u
Hey!
Thanks for your comment and your suggestion. I will pass this on to our course developers!
Thanks for sharing and happy learning!
Very easy to understand, thats why I always loved videos from realpars 👍👍
Great to hear, Kashu! Happy learning!
It was the great control panel video that I'v seen recently . thanks to real pars
Great to hear that, Ali!
پارسه دیگه
What a simple and useful way to learn
Thank you very match
Great to hear that, Wisam! Happy learning! Let us know if you have any questions!
This video is really superb. And the explanation is very clear. Can you please put video on How to give wire connections for each devices in the control panel.
Hey Muhammed!
Thanks for your comment and your suggestion. I will pass this on to our course developers!
Thanks for sharing and happy learning!
@@realpars Thanks. Also appreciated if you could explain other components of control panels such as overload relay,phase failure relay,latch relay,fuse,timer etc
Excellent video. Your video made me understand the control panel design.
Glad it helped! Happy learning
Great video!!!
Vivid animation and pictures!
Glad you like them! Thank you for sharing
thanks to you sir im making progress to my job, thank you
That is amazing to hear, Julio! Keep up the learning curve and feel free to ask us any questions if anything is unclear.
Happy learning!
Thank you so much for making all this make way more sense and the way you break things down and animate it just makes it clear to understand thank you
You're very welcome, we're very happy to hear that!
You are the best, well structured videos
Thank you very much!
Good video, I would only suggest you don''t run the Ethernet cabling right next to the incoming 480V. It's good practice to keep your network cabling out of wireway and away from AC voltages. Lastly, AC should ideally come in from the top and work it's way down.
Thank you for the comments. Correct, long runs of AC voltage-carrying cables parallel to low-voltage DC wiring (like Ethernet cables) can cause a problem. It is not likely you would have a problem with the short run in the panel shown, but to be safe, yes, separate voltage levels in separate trays/panduits. Normally, AC voltages are highest in the feed cables, so working downward usually keeps the highest voltages away from hands and fingers. Thank you for the input!
@@realpars Ethernet uses AC not DC
Really It is so useful for beginners...really in depth. ... appreciates your efforts.... Please keep it up ...
Great to hear that, Aditya!
This is gold, thank you thank you RealPars
Thanks a lot! Happy to hear you are enjoying our content!
We need more basic tutorials for low mind comprehend. In diagrams old and PLC. New teachnology. Im begginer i have no idea please more create basic sir vlogger. God bless
Thank you for your suggestion! Stay tuned for updates!
Thanks for the help RealPars 😁
You're very welcome, Victor!
Thanks you for sharing your knowledge and four your easy to understand way of explaining. It really helps
Glad it was helpful, Bilal! Happy learning
I done so many projects for VW,Daimler,FCA,ISUZU,MSIL complete hardware design including CONTROL PANELS (PLC,DRIVE,SAFETY IO,NETWORK PANEL)
Hey abaji can i contact you for some questions
Nice introduction to the world of industrial automation. Love the animation
Thank you!
Useful information specially for beginners like me. Keep it up and thank you!
You're very welcome!
You guys are God sent.
Excellent video sir!
I found this channel yesterday and in just one day has become my favorite engineering channel.
I would like to ask a question. The power section and the control section can be separated and put into two separated enclosures? And how the components would be arranged if they were in a one door enclosure?
Thank you su much
Panel segmentation by voltage is very common. The safest way to arrange components is to place all 200/400 VAC and above components into one panel, 110/120 VAC components into another panel, and 48 VDC and below into a separate panel. That way, 24VDC components can be accessed when "live" with minimal PPE through an open panel door. With the AC voltages, higher levels of PPE and access restrictions are usually required by code and/or local standards. Other ways of doing this would be to locate all AC components on one side of a dual-door panel and low-voltage DC components on the other side. A third way is to have a single-door panel with a plexiglass guard over AC components so that the "live" contacts are not accessible with fingers.
NICE!, if just my teachers would have play this video
Thanks for your support, Ricardo!
Good video! Well done, only thing I would recommend is showing the dirty and clean wire ways. Running a low level signal in parallel to 480 not so gooda.
Thanks for your comment and for sharing your feedback with us!
Great lecture, this was very informative.
Glad to hear that, Jason!
"Like" is not just enough. I'll like if there was "❤" like Facebook. Well done, this explanation was amazing 👏👍 thanks alot. 😊
Thank you so much!
best video i've seen so far
Thank you so much, Juan!
Thanks RealPars for this video & good explanation .
Thanks for your support - happy learning!
Thanks realpars for this knowledge, I worked over different Schneider RTUs panels about 8 years but never find transformer for 24 vdc, there always seen rectifiers for where 24 vdc bus connected for PLCs and field instrumentations.
Hi Vikesh!
Thanks a lot for your kind compliment! We are always extremely happy to hear such positive feedback!
If you ever have any questions, feel free to reach out to us.
Happy learning!
This video will make everyones mind blew ,excellent video....
Haha... Thank you, Margam! You are the best!
Great video. Easy to understand, clear an to the point.
Great to hear that, Kurt! Thank you.
Similarly, an electrical control panel is a metal box which contains important electrical devices that control and monitor a mechanical process electrically. ... An electrical control panel enclosure can have multiple sections
Great video that answers alot of questions
Glad it was helpful! You're very welcome, Sam!
Thanks bro, you are a good teacher
Great to hear that, Shubham! Thanks for sharing!
Fantastic video! Thank you for sharing.
Glad you enjoyed it!
thank you for this great effort.
actually, I need to know the software used to build such this Panel or any similar software. and thank you again.
Thanks for your comment, Moaaz!
At the moment, I have some links to download different versions of STEP7, hopefully, that is helpful to you as well.
sie.ag/2eH6GEM
sie.ag/2Jt80F0
100 % sensational.
I streamed this video 10 times.
That's amazing! Thank you!
Great demonstration and video.
Thanks a lot, Kenny!
How can people actually downvote this video?, this is gold. Keep up the good work @RealPars
Thank you! :)
Superb explanation.
Thank you!
love like and respect from Pakistan for such a brilliant way of illustration
Thanks for your support!
It's been a great video... Thanks for this..
But I believe you miss to include grounding bars , instrument Earth bar and electrical ground bar for earthing / grounding requirements.
Nevertheless, Keep up the good work 👍
Thank you, Saurabh! We appreciate your feedback and suggestion. I will go ahead and pass this on to our course developers.
Dear RealPars
Thank you
You are very welcome, Hamza! Happy learning.
Amazing tutorial. Thank you so much RealParz
You are very welcome, Sharifski!
Nice video easy to understand
Great to hear that!
Nice video well explained. Thank you!
Glad you enjoyed it!
The best channel ever !!
Thanks a lot, Samah!
Thank you realpars
You're very welcome!
Excellent video,thank you for sharing!!🤠🥸😎🤓🧐
You're very welcome!
Best training videos ever
Thanks for the support, Taran!
Thank you for the knowledge
Our pleasure!
thanks for your great effort!
always the best
Always welcome!
I love this Channel. Thanks a lot
Our pleasure, you're very welcome!
Can you make a video talking about more used components, like "Pillz" ?
Hi Luis, thanks for the topic suggestion, I will definitely go ahead and forward this to our course developers. Happy learning!
"I'm a cloud expert, but I will be working on Industrial Internet of Things (IIoT). Can you explain how data from sensors and actuators travels to the cloud? My understanding is as follows:
Is this correct
Sensor/Actuator → PLC → IoT Gateway (which has mobile connectivity) → Cloud
Hello, @satish1012. Thank you for your question. Yes, you are correct about this process. It’s important to read the user manual for the PLC you will be working with. The process is basic, but procedures differ from PLC to PLC. Happy learning from RealPars!
Thanks for concise infographic, Just wondering what component will protect the system against current overload (amps)? Also many control cabinets consist of a UPS & Fan to cool down the Drives/plc/UPC inside the cabinet,
Fuses or circuit breakers are used to protect components in a panel from over-current conditions. Large loads, such as motor starters, transformers, and VFD's, have fuse protection on the incoming branch circuits, and individual loads (outputs) are usually protected by fuses or circuit breakers. Local electrical codes dictate, in many instances, what device types and rated sizes are appropriate in each case. Whenever a panel is designed, the environment it is being placed in should be evaluated, so that the proper cooling can be installed, if required. Most panels with motor starters or VFDs will at least have a fan for cooling purposes, just to remove excess heat generated by those components. Some panels in very hot environments may require air conditioners or other cooling devices (vortex coolers). It is much easier to design these in during fabrication than retrofitting after installation. UPS units are most often just used to keep controllers, like PLC's and I/O cards alive when a power outage occurs, so that the process can be monitored.
Realpars you are great!!! Excellent videos. Keep doing this.
Thank you! :)