I am senior Mechanical Engineer and my effort is to be familiar with automated systems / mechatronics. Your video clips are so well explained, really help my cause. Thanks so much
No comment!!! The lessons you are giving us are very special thats because you are a real professionals not a fake ones, I love you all...RealPars Team... A big hug to you from Algeria.
Pretty clear explanation. I work with these friends for long long time and I may say that without them modern industry manufacturing lines would not exist.
Follow RealPars on Instagram instagram.com/realparsdotcom/ for daily practical tips and tricks on Industrial automation and electrical engineering topics.
RealPars is one of the best channels UA-cam for me as an automatic control student in Algeria, I've learned a lot of things from you really, I appreciate any information you shared with us and was helpful in the Feild, I wished if I can watch the rest of your videos on the online platform, but unfortunately, they're paid! But in all cases I wanna thank you for the time and the efforts you are putting to provide for us this useful videos!🙏🏻
Thanks for your kind message and support, Wiam! We truly appreciate that. We do have quite some free course series on our learning platform, feel free to check those out over here learn.realpars.com/collections. With our free courses, and free UA-cam Channel we hope to provide the same value and knowledge to users who might not have the funds available at the moment. Hopefully, you will soon be able to subscribe to our course library.
This is an optical encoder found inside auto engines distributor and help control ignition timing and a cam signal. At a 2:1 ratio, a crank sensor tells were two pistons reach top dead center on the compression stoke, but only a cam signal will show with cylinder is ready for injection and spark to follow!
Hello, @deankay4434. Thank you for your question. Depending on where you are in the world, the safety standards are different for gas and electric cars. If used in the engine and transmission mechanics, they have to be able to withstand lots of heat and environmental issues. However, these devices can be found inside the car. Here is a link for your review: www.diodes.com/applications/automotive-applications/comfort-style-and-safety/.
5:55 Why would i need an encoder here? If the switch is in antifreeze mode, i can just count 2-2 sensor signals for the bottle, and use timer and counter functions with PLC programs.
You are correct. You do not need the encoder to determine the "existence" of the bottle at each location. The encoder gives you the distance traveled and using the time between reaching the two sensors, you can determine the bottle's velocity. The video shows how the encoder, along with the sensors, can be used to determine throughput per unit time. The data can also give a fault if the bottle does not reach the second sensor within a period of time.
Incremental encoders are a 0V - 5V pulsed signal, one pulse for every x% of revolution. You can bring an incremental encoder into a PLC card (high frequency input card) and insure it is changing signal with position. For creating a pulse trend or trace, you can connect the encoder output to an oscilloscope, or use an HMI trend to display the signal. Absolute encoders can output 4-20ma signals (if configured as a resolver). This can be brought into the PLC easily and placed on an HMI trend.
What is TM Module that is connected to encoder? As I remember from previous videos, high-speed signals are processed in FM module. Could you, please, explain the difference between these 2 modules? Also, would be great to see wiring and programming servo-motors.
Siemens TM cards and FM cards serve the same purpose: off-load intensive processing tasks from the CPU to the TM/FM card. TM and FM cards are designed for a specific purpose. The cards available for the S7-300/400 CPUs are called Function Modules. The newer term, used for ET200SP racks, is Technology Module. There is a wiring diagram to the encoder in this manual: cache.industry.siemens.com/dl/files/715/83727715/att_915817/v1/et200sp_tm_count_1x24v_manual_en-US_en-US.pdf.
Thanks the video. I have a question. Why use home sensor in the servo system? Somebody say, this is a reference point. But i dont understand. For example the encoder count, from 0 to 100. Again and again. If i would like something at value 27, the encoder will count from 0. Not from the home sensor. I dont understand this. Please help! Thanks
What you are referring to is "homing the sensor", not a home sensor. When I want to initialize the system or recover from a fault, it may be necessary to reset the sensor to its "home" position (in your example, to position 0). This homing function is only necessary with an absolute encoder, and is necessary to insure that the motion controller knows where the the system is at any point.
@@realpars So at the incremental encoder, we need the home sensor in every turn to reset the counter. (make the value zero). again, and again. But I dont understand at the absolute encoder the home sensor. why use that? the count is begin from the encoder's ZERO point every time? again and again, in every turn? we need the home sensor just when we change something at the driving (motor, or something)? --And the home sensor is at the encoder's zero point, or at the encoder's any point? Thanks your answer
For the process logic described for the antifreeze case, how would the light sensor detect a foil on the cap? Is this predetermined or the light sensor only returns logic 0 or 1 values for truly reflective components (ex: aluminum)
Thank you so much for such a great knowledge sharing and we'll explained. Also thank u for keep on sharing the industrial knowledge as it can widely help. Also start sharing in depth knowledge of a servo motors topic and calibration of process instrumentation.
Hi Dunga, Thanks a million for your kind comment and support! Have you seen these two video courses on Servo Motors, yet? bit.ly/2PnGcK2 bit.ly/2Z9QQs5 I will surely still forward your topic suggestions to our course developers! Thanks for sharing. Happy learning!
Thank you for your question! The VFD is the electronic drive that controls and powers the motor. The encoder is mounted on the motor to provide feedback to the VFD. Happy learning!
Yeah, I already know what an encoder is. And I’ve already used them. But I’ll be damned if I don’t tune in to see what RealPars has to say about them 💯
hi @realpars I'm always watching your videos, I'm from Brazil and the caption always help me understand all your explanation. if the caption help you click in the like!!
Hi Ahmed, would you be able to elaborate on what exactly about the entrance and exit you're struggling with? Our engineers will happily further assist.
Hey! I am sorry to hear that, could you tell me what error message you are receiving? From our end, our website is not experiencing any issues. realpars.com/ I am happy to help you sort this out.
sur im a big fan in this chanel i loved your videos please sur i want to translate your videos and put them in my chanel could i please and thank you so much
Hi Abdou, Thanks for your comment, and checking that with us. Unfortunately, downloading our videos from UA-cam or RealPars platform goes against UA-cam and also RealPars copyright. You can “embed” the videos on your page, blog or website; but re-uploading is not allowed. Thanks for your understanding.
Hi Ali, Thanks for your comment! We currently only provide our course videos in English, you are always able to turn on the English subtitles as that might make it a bit easier for you. Our apologies for any inconvenience! Happy learning!
Hey! Thanks for your comment! We currently only provide our course videos in English, you are always able to turn on the English subtitles as that might make it a bit easier for you. Our apologies for any inconvenience! Happy learning!
Want to learn industrial automation? Go here: realpars.com
Want to train your team in industrial automation? Go here: realpars.com/business
please how do you know when to replace an encoder
I am senior Mechanical Engineer and my effort is to be familiar with automated systems / mechatronics. Your video clips are so well explained, really help my cause. Thanks so much
No comment!!! The lessons you are giving us are very special thats because you are a real professionals not a fake ones, I love you all...RealPars Team... A big hug to you from Algeria.
Hi Abdo!
Thanks for your supportive comment! We truly appreciate you sharing your feedback with us.
Happy learning!
Pretty clear explanation. I work with these friends for long long time and I may say that without them modern industry manufacturing lines would not exist.
Thanks a lot for sharing your positive feedback with us! Happy learning :)
Follow RealPars on Instagram instagram.com/realparsdotcom/ for daily practical tips and tricks on Industrial automation and electrical engineering topics.
hey, what software do you use for automating your videos
Ok
@@segtechautomationug7470 good
Such a huge fan of how you guys explain instruments down to the last detail.
Thanks a lot! We appreciate your support
RealPars is one of the best channels UA-cam for me as an automatic control student in Algeria, I've learned a lot of things from you really, I appreciate any information you shared with us and was helpful in the Feild, I wished if I can watch the rest of your videos on the online platform, but unfortunately, they're paid!
But in all cases I wanna thank you for the time and the efforts you are putting to provide for us this useful videos!🙏🏻
Thanks for your kind message and support, Wiam! We truly appreciate that. We do have quite some free course series on our learning platform, feel free to check those out over here learn.realpars.com/collections. With our free courses, and free UA-cam Channel we hope to provide the same value and knowledge to users who might not have the funds available at the moment.
Hopefully, you will soon be able to subscribe to our course library.
I am a big fan of your explanations, I've learnt a lot from your channel. Thank you for all the effort you put into these video tutorials.
You're very welcome!
simplicity is your strength point realpars keep it up
Great to hear that, Yousfi! Thanks a lot.
This is an optical encoder found inside auto engines distributor and help control ignition timing and a cam signal. At a 2:1 ratio, a crank sensor tells were two pistons reach top dead center on the compression stoke, but only a cam signal will show with cylinder is ready for injection and spark to follow!
Hello, @deankay4434. Thank you for your question. Depending on where you are in the world, the safety standards are different for gas and electric cars. If used in the engine and transmission mechanics, they have to be able to withstand lots of heat and environmental issues. However, these devices can be found inside the car.
Here is a link for your review: www.diodes.com/applications/automotive-applications/comfort-style-and-safety/.
Great to learn this video about encoder, I have sold a lot of encoders, but still I have learn a lot from it, thank you.
Simply world class explanation. It's like going to M.I.T. university of controls.
Thank you!
Thank you so much RealPals , I really love your videos and the way you speak with very simple and helpful
Thanks for sharing your positive feedback with us! Great to hear.
Thank you recommendation. I used an optical encoder for my robot which uses dead reckoning to measure distance traveled.
You are very welcome, Alien!
Big Thank, your videos every useful for me, your explanation every simple to understand. Please upload more videos related to automation control.
Thanks for your positive feedback! I will pass your topic request on to our creator team. Happy learning!
Please
Contact number
Weldone Realpar !!! You've done it again !!
Thanks for your support, Emmanuel!
your explanation is clear with examples. thanks much
Glad to hear that!
Had a university class "mechanics" they did not cover that any good at all, thank you :)
Glad we could help! Always feel free to leave us any questions you might have - we're happy to help! :)
Thank you so much for the clear explanation. You make good videos, keep it up, it's very cool. I look with pleasure.
You're very welcome! Thank you for your kind comment.
thanks for such a clear explanation!
You are very welcome, Sergey! Thanks for your compliment.
5:55 Why would i need an encoder here? If the switch is in antifreeze mode, i can just count 2-2 sensor signals for the bottle, and use timer and counter functions with PLC programs.
You are correct. You do not need the encoder to determine the "existence" of the bottle at each location. The encoder gives you the distance traveled and using the time between reaching the two sensors, you can determine the bottle's velocity. The video shows how the encoder, along with the sensors, can be used to determine throughput per unit time. The data can also give a fault if the bottle does not reach the second sensor within a period of time.
Very useful for studies... You are doing a very good job👍🏻
It's our pleasure - glad to hear that it helps!
You should make a video showing how to setup a trend of an encoder input signal.
Excellent tool to ensure you're getting a good encoder input signal.
Incremental encoders are a 0V - 5V pulsed signal, one pulse for every x% of revolution. You can bring an incremental encoder into a PLC card (high frequency input card) and insure it is changing signal with position. For creating a pulse trend or trace, you can connect the encoder output to an oscilloscope, or use an HMI trend to display the signal. Absolute encoders can output 4-20ma signals (if configured as a resolver). This can be brought into the PLC easily and placed on an HMI trend.
Thank you for your response to my request، that is great ! keep going.......
Happy to hear that! :) You are very welcome!
Thank you from Algeria✌
You are welcome! :)
Ahla b khouya
Thank you very much.clear explanation and video.
You are welcome!
Great Video !!
Glad you enjoyed it!
your al tutorial is just awesome. Thanks, buddy
Thanks, Abhijit! Great to hear that.
Great learning sir
Thanks and welcome!
Nice video 👌 liked n subscribed
Thank you!
Thank you so much for nice explanation.
Thank you so much for this video.
You are very welcome!
Thanks for your videos
Glad you like them!
Best video man ,😘
Thanks a lot, Sudarshan!
شكرا you're brilliant
What is TM Module that is connected to encoder? As I remember from previous videos, high-speed signals are processed in FM module.
Could you, please, explain the difference between these 2 modules?
Also, would be great to see wiring and programming servo-motors.
Siemens TM cards and FM cards serve the same purpose: off-load intensive processing tasks from the CPU to the TM/FM card. TM and FM cards are designed for a specific purpose. The cards available for the S7-300/400 CPUs are called Function Modules. The newer term, used for ET200SP racks, is Technology Module. There is a wiring diagram to the encoder in this manual: cache.industry.siemens.com/dl/files/715/83727715/att_915817/v1/et200sp_tm_count_1x24v_manual_en-US_en-US.pdf.
@@realpars thank you for the clarification!
thank you so much for this informative stuff.. really liked it.. keep it up .. (Y)
That's an amazing compliment! Thanks a lot for sharing.
pretty clearly explanation
Glad it was helpful!
Thank you very much!
Our pleasure, Kevin!
Thanks the video.
I have a question.
Why use home sensor in the servo system?
Somebody say, this is a reference point.
But i dont understand.
For example the encoder count, from 0 to 100. Again and again.
If i would like something at value 27, the encoder will count from 0. Not from the home sensor.
I dont understand this. Please help!
Thanks
What you are referring to is "homing the sensor", not a home sensor. When I want to initialize the system or recover from a fault, it may be necessary to reset the sensor to its "home" position (in your example, to position 0). This homing function is only necessary with an absolute encoder, and is necessary to insure that the motion controller knows where the the system is at any point.
@@realpars
So at the incremental encoder, we need the home sensor in every turn to reset the counter. (make the value zero). again, and again.
But I dont understand at the absolute encoder the home sensor. why use that?
the count is begin from the encoder's ZERO point every time? again and again, in every turn?
we need the home sensor just when we change something at the driving (motor, or something)?
--And the home sensor is at the encoder's zero point, or at the encoder's any point?
Thanks your answer
Very nice. Let me know more about mechanical encoder please
Thank you!
Great as usual.
Thank you, Jisan!
somthing useful and informative for Technocarts
Great! Happy learning.
I'm gonna use encoders for everything now!
Even for sex?
@@Kurrusu. you are one tainted bastard...... but yes...
For the process logic described for the antifreeze case, how would the light sensor detect a foil on the cap? Is this predetermined or the light sensor only returns logic 0 or 1 values for truly reflective components (ex: aluminum)
Hi there,
No, it is not mandatory. The reflective sensor will return 1 whenever the object blocks its ray.
Ok so by using encoder you also creating count between bottle cap and handle?
An amazing job ... thanks a lot .
Thanks for your support!
Sir please make a video how to control Motor speed with PLC
Thanks for the suggestion, Sangib! I will pass it on to our creator team.
Need a VFD for that bud!
Its a perfect understanding vidio
That's great, Kafia!
Explanation super
Thank you, Kabeer! Happy to hear that.
Great lesson
Happy to hear, Davide!
Sir please upload a video for testing or troubleshooting procedures for the encoder
Thanks for the topic suggestion, Syed! I will pass it on to our creator team. Happy learning!
What kind of application do you use to make video like this?
Hi Aditya, I am actually not sure about that as our video courses are created by our Graphic and Animation department.
good video!
Thank you!
thank you so much sir
You're more than welcome!
Thank you so much for such a great knowledge sharing and we'll explained. Also thank u for keep on sharing the industrial knowledge as it can widely help.
Also start sharing in depth knowledge of a servo motors topic and calibration of process instrumentation.
Hi Dunga,
Thanks a million for your kind comment and support!
Have you seen these two video courses on Servo Motors, yet?
bit.ly/2PnGcK2
bit.ly/2Z9QQs5
I will surely still forward your topic suggestions to our course developers! Thanks for sharing.
Happy learning!
great video !!!!!!
Thanks a lot!
thanks for realy usefull video
plz propose vfd for gearless elevator motor
You are very welcome! Thanks for the topic suggestion, I will surely forward this to our creator team.
Happy learning!
Also make a video on decoders.
Thanks for the topic suggestion, I will definitely go ahead and forward this to our creator team. Happy learning!
Thank you so much, pleas where are next vedios about incrimental and absolut?
You are very welcome, Achraf! I will pass your topic request on to our creator team. Happy learning!
Thanks from bangladesh
You are very welcome!
great the lesson.
Thank you!
Is the encoder on the vfd or the motor?
Thank you for your question! The VFD is the electronic drive that controls and powers the motor. The encoder is mounted on the motor to provide feedback to the VFD.
Happy learning!
Thanks 😍
please make a another video how to test good or faulty encoder by multimeter, please!!!!!
Thanks for your feedback, Sharif!
Thank you !!!
You're welcome!
which software real pars use for making animations
Hi,
Thanks for your comment! I am not sure about this as this is done by our graphic and animation department.
Sorry about that!
which software used to make this animation
Hey! Thanks for your comment.
I am actually not 100% sure about this as this is done by our graphic and animation department.
Yeah, I already know what an encoder is. And I’ve already used them. But I’ll be damned if I don’t tune in to see what RealPars has to say about them 💯
Please explain. What are the uses of encoder
Hi Eptikar,
Thanks for your comment!
I will pass that on as a topic suggestion to our course developers. Happy learning!
Nice video. Please do cover gray scale encoders and counting in gray code when you do video on absolute encoders.
Thank you! and thanks for suggestion :). Happy learning.
Thanks. make one video on short circuit and Overload.
You are welcome, Deepak! Thanks for the topic suggestion, I will pass this on to our creator team! Happy learning.
hi @realpars I'm always watching your videos, I'm from Brazil and the caption always help me understand all your explanation.
if the caption help you click in the like!!
Great to hear that, Davidson!
I don't understand this entrance and exit, encoder Counts any explanation????
Hi Ahmed, would you be able to elaborate on what exactly about the entrance and exit you're struggling with? Our engineers will happily further assist.
thx s lot.. im clear now
Great!
Very good
Hello! Cannot get an access to your site.. Wanted to learn PLC programming.. :(
Hey! I am sorry to hear that, could you tell me what error message you are receiving? From our end, our website is not experiencing any issues.
realpars.com/
I am happy to help you sort this out.
@@realpars .......for .
.
Thanks!
You are welcome, Watson!
Wonderful...
Thank you!
excellent
thanking you sir
You are very welcome! Happy learning.
thank you
You are very welcome!
Big help
Glad to hear that!
Knowledgefull
Thank you, Muhammad!
I work spinning motors ;)
Doing great
Thank you!
Thanks
You're very welcome!
sur im a big fan in this chanel i loved your videos please sur i want to translate your videos and put them in my chanel could i please and thank you so much
Hi Abdou,
Thanks for your comment, and checking that with us.
Unfortunately, downloading our videos from UA-cam or RealPars platform goes against UA-cam and also RealPars copyright. You can “embed” the videos on your page, blog or website; but re-uploading is not allowed.
Thanks for your understanding.
I really wished the narrator spoke this fast in the course. Sooooo slooooooow
you can always multiply speed of video to x1.5 or even x2 ;)
thanks！！！！！
You are welcome!
🙏🙏
#electrotechtarkshya
turkısh caption please
Hi Ali,
Thanks for your comment! We currently only provide our course videos in English, you are always able to turn on the English subtitles as that might make it a bit easier for you.
Our apologies for any inconvenience!
Happy learning!
Thanks to your explain. Your videos excellent. But my english is not good.i will try understand it
can't you explain in hindi
Hey!
Thanks for your comment! We currently only provide our course videos in English, you are always able to turn on the English subtitles as that might make it a bit easier for you.
Our apologies for any inconvenience!
Happy learning!
thank you
You are very welcome!
Thank you
Thank you