For my honest answer, the realpars channel is the best and most informative platform to gain knowledge about engineering and others, Realpars is really awesome, and I wish you to reach 1M+ faster... Thank you🤩👍
I've work with IFM laser sensor and it's great. By this I can replace photocell+reflectors and replace encoder to be direct measure, no more disturbances from encoder coupling
Laser sensors obviously use a low-powered Class 2 laser, but even so, eye damage can result from looking directly into the laser light beam. An emerging technology uses LED for proximity sensors, and some show promise with being able to discern between materials being sensed.
Yours video are great for learning 👍.. Everything is easily explained by animation . Sir can you explain how to make animation videos please upload video
Hey Pars! I'm a newly graduate Mechatronics Engineer. I'm interested in getting into the Industrial Automation field, looking forward to learn about both the hardware and software programming. Any tips or advices? Thanks in advance.
Hi Mohammed! Great to hear that, in that case our learning platform would be a great place for you! Feel free to browse through our course library to see all the different topics we are covering learn.realpars.com/collections If you are interested, you will obtain full access to our complete course library (500+ video courses) by subscribing to either our monthly package for €24.99 a month or our yearly package for €179.99,-. 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! And, after completing each course series, you will automatically receive a certificate of completion. Hope this helps! If we can be of any further assistance, please let us know - I’m more than happy to help!
The range of laser sensors is quite long. Signals to/from laser sensors are fast since a beam of light is being used. Laser sensors can reach up to 10,000 meters, according to one manufacturer, although it would be hard to have a good line-of-sight at that distance. So laser sensors can definitely meet the demands of any indoor factory application (up to 50 meters). As far as discerning between materials, laser sensors are used to detect presence only. For discerning between non-ferrous materials, it would require an LED type sensor, which is very accurate but expensive. Capacitance sensors can be adjusted to detect metal objects of different materials.
Hi sir i need full training in Siemens dcs s7 400 like how to do programming with scada are you conducting any online classes please let me know sir thanks..
Hi RealPars & the community here, will you be able to share/explain swivel tool changers for robotic system? Would like to know how the orientation/angular position be controlled? Thanks!
The single-beam laser sensor shown in this video is used for detection of the presence of an about. A laser scanner that uses a laser matrix or speckle pattern can be used to determine more about an object, such as the laser scanner used to scan for barcodes at the grocery store. A confocal laser sensor can determine shapes with a special sensor and software. Essentially, these scan an area and determine where the object blocks the beam.
Very nice and informative video Thanks! Would be possible for you to do an explanation video for Photo eye and proximity sensors used primarily on amusement and waterpark rides?
Hello Advait Patil, Thank you for your question. It is best to have the signal return to the laser as good as possible. Perpendicular would be optimal, but these laser photo devices have wiggle room to play with angles. The device it’s sensing might also move. I am providing you with a link of a global company you might want to read more of their applications and manuals. Happy learning! www.keyence.com/products/measure/laser-2d/lj-x8000/?search_sl=1
For my honest answer, the realpars channel is the best and most informative platform to gain knowledge about engineering and others, Realpars is really awesome, and I wish you to reach 1M+ faster... Thank you🤩👍
Thanks a million for your kind support!
Realpars, your video lessons are excellent.
Glad you like them, Demetrio! Thanks for your support
You guys have a passion for building great videos.
Great explanation with supportive visualization! Thanks, RealPars.
Glad it was helpful, Denis!
RealPars is fantastic, from Brazil thanks.
Thanks a lot, Alexandre!
Brilliant as always. Thanks! 😃
Our pleasure!
Nice Realpars. Just in time
Glad to hear that, Hanz!
Thank you.❤
You are very welcome!
Thank you very much for this useful video . Good luck
Glad it was helpful!
I've work with IFM laser sensor and it's great. By this I can replace photocell+reflectors and replace encoder to be direct measure, no more disturbances from encoder coupling
I really want to know which software that you use to make a good video like this 💙
good explanation
Thank you, Ridho!
very informative video ....
Thanks a lot!
easy to understand～～very good👍
Glad you think so!
Very good.. I am beginner so please keep it more vedios.
Thanks for your support, Firoz! We surely will.
Very good explaining. Very helpful
Glad it was helpful!
thank you for your share，wonderful
Thank you!
Excellant explanation
Thank you!
Please discuss difficulties with laser sensor & Is there any latest technology that could challenge the proficiency of the laser sensor?
Laser sensors obviously use a low-powered Class 2 laser, but even so, eye damage can result from looking directly into the laser light beam. An emerging technology uses LED for proximity sensors, and some show promise with being able to discern between materials being sensed.
Yours video are great for learning 👍..
Everything is easily explained by animation .
Sir can you explain how to make animation videos please upload video
Great to hear that! Happy learning
Great video! I'd like to know about magnetic sensors.
Thanks for your comment and feedback, Julio! I will happily pass this on to our course developers.
Happy learning!
@@realpars I need to learn how to Wire Discrete DC Sensors to Rockwell VFD (Variable Frequency Drive). May you help me? Thanks!
Hi. Excellent video as always. Question; By configuring the Laser Sensor's Max. and Min. Settings, do you mean configuring its sensing range?
It is only used for measuring the distance of the object ? How much range it can measure
It depends on the specific sensor you are using, but most laser sensors can detect or measure up to 3 -5 meters.
Hey Pars! I'm a newly graduate Mechatronics Engineer. I'm interested in getting into the Industrial Automation field, looking forward to learn about both the hardware and software programming. Any tips or advices?
Thanks in advance.
Hi Mohammed!
Great to hear that, in that case our learning platform would be a great place for you!
Feel free to browse through our course library to see all the different topics we are covering learn.realpars.com/collections
If you are interested, you will obtain full access to our complete course library (500+ video courses) by subscribing to either our monthly package for €24.99 a month or our yearly package for €179.99,-.
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!
And, after completing each course series, you will automatically receive a certificate of completion.
Hope this helps! If we can be of any further assistance, please let us know - I’m more than happy to help!
good video
Glad you enjoyed!
Do you have a video teaching about safety relay?
No we do not, but that is an excellent potential video topic! Thank you!
Is it possible to use the laser sensor over a large area and a long distance, and to detect special materials?🤔🤔👍🙏
The range of laser sensors is quite long. Signals to/from laser sensors are fast since a beam of light is being used. Laser sensors can reach up to 10,000 meters, according to one manufacturer, although it would be hard to have a good line-of-sight at that distance. So laser sensors can definitely meet the demands of any indoor factory application (up to 50 meters). As far as discerning between materials, laser sensors are used to detect presence only. For discerning between non-ferrous materials, it would require an LED type sensor, which is very accurate but expensive. Capacitance sensors can be adjusted to detect metal objects of different materials.
Can the LED sensor distinguish between narcotics from a distance and detect what is behind clothes, metals, water and plastic? This and thank you 🙏🙏🙏🤔
Hi sir i need full training in Siemens dcs s7 400 like how to do programming with scada are you conducting any online classes please let me know sir thanks..
Amazing
Thank you, Micheal!
Hi RealPars & the community here, will you be able to share/explain swivel tool changers for robotic system? Would like to know how the orientation/angular position be controlled? Thanks!
Great topic suggestion! I will go ahead and add this to the list.
Thanks for sharing!
Hello,
Is it possible to use laser sensor to define exact position and shape of 2d pattern?
The single-beam laser sensor shown in this video is used for detection of the presence of an about. A laser scanner that uses a laser matrix or speckle pattern can be used to determine more about an object, such as the laser scanner used to scan for barcodes at the grocery store. A confocal laser sensor can determine shapes with a special sensor and software. Essentially, these scan an area and determine where the object blocks the beam.
Very nice and informative video Thanks! Would be possible for you to do an explanation video for Photo eye and proximity sensors used primarily on amusement and waterpark rides?
Great suggestion! I will go ahead and pass this on to our course developers as a topic suggestion.
Thanks RealPars..great video..could you help me in qTeaching an IPF630520 laser sensor pls?..would be a big help..thanks!
Thanks for your kind comment! I will happily share this with the team, hopefully we can create a future video course on this topic.
Happy learning!
To get the light reflected back towards LASER, shouldn't the surface need to be exactly perpendicular to the LASER beam?
Hello Advait Patil,
Thank you for your question. It is best to have the signal return to the laser as good as possible. Perpendicular would be optimal, but these laser photo devices have wiggle room to play with angles. The device it’s sensing might also move. I am providing you with a link of a global company you might want to read more of their applications and manuals.
Happy learning!
www.keyence.com/products/measure/laser-2d/lj-x8000/?search_sl=1
@@realpars Thank you!
Top inf.
Much appreciated!
where is "this way u will never miss another one"