Hi Troy, yes you do have to take into account the center of gravity and the pitch component of the new load force. I have our engineers looking for a concise answer for you, but you may also find this helpful - it has examples of how to calculate the moments which might point you in the right direction. www.orientalmotor.com/linear-actuators/technology/calculating-moment-load-linear-actuators.html?gclid=CjwKCAjwte71BRBCEiwAU_V9hwzXjKsBPQLeFYIGj6nIQZXZrdsOZ46X5kaA8jixg1J2YwNhUpiZQxoC3Q8QAvD_BwE
Currently AutomationDirect only includes models for our legacy SureServo 1 products. None of our steppers are included in the software. You could attempt to create a custom model for it yourself, but there may be key data missing unfortunately.
Glad it helped! Did you know that we have over 1500 automation tutorial videos like it at: www.automationdirect.com/videos ........... by topic www.automationdirect.com/cookbook ..... by subject
Suppose you have a pulley mounted directly to the motor with a string wrapped around the pulley and a weight on the end of the string. Tgravity is just the force due to gravity times the radius of the pulley. Is that what you were looking for?
Hi Paul, Thanks for the feedback. It would affect both. FYI: We have a lot more videos like this at www.automationdirect.com/videos and www.automationdirect.com/cookbook. Check it out!
Hi Shakir, That is difficult to answer here be cause we don't know enough about your system. Please contact our FREE tech support during regular business hours - they will be happy to help.
Check out Appendix C of the SureStep manual - it has a great step-by-step description of how to select the components you need: cdn.automationdirect.com/static/manuals/surestepmanual/surestepmanual.pdf
Our user manuals can be found on our website at automationdirect.com. The manual and product inserts for the stepper motors in this video can be found here: www.automationdirect.com/adc/Manuals/Catalog/Motion_Control/Stepper_Systems
Thanks for the comment Alex. If you are looking for information on the linear slides, that can be found here www.automationdirect.com/adc/Shopping/Catalog/Motion_Control/Linear_Motion_Slides_and_Actuators
I think the conversion of Inertia for the motor got divided by an extra factor of 10. So the 0.00015 should be 0.0015. This also in the next video makes your inertia mismatch closer to 3.7:1 instead of 37:1. Therefore, your mismatch of this system seems to be pretty inline with the good design practices.
Brilliant video very useful!!
Thanks. I glad it helped on this topic. We will continue to find these kind of topics and make them clearer .
Why does magtrol site gives me the same inertia as 0.001 oz-in-s2 but on a different converter i get exp 10^1000
Not sure, can you send us a link to the Magtrol datasheet in question?
No magtrol gives me the same answer but a Google converter has 1000 x greater answer so my 0.001 is 9.95
@@Guk2540 Can you give me step by step what you are doing? I may be able to see what the issue is.
If I wanted to use a lead screw to vertically actuate a mass, how would I incorporate that into required torque calculations?
Hi Troy, yes you do have to take into account the center of gravity and the pitch component of the new load force. I have our engineers looking for a concise answer for you, but you may also find this helpful - it has examples of how to calculate the moments which might point you in the right direction.
www.orientalmotor.com/linear-actuators/technology/calculating-moment-load-linear-actuators.html?gclid=CjwKCAjwte71BRBCEiwAU_V9hwzXjKsBPQLeFYIGj6nIQZXZrdsOZ46X5kaA8jixg1J2YwNhUpiZQxoC3Q8QAvD_BwE
can i use visualizer pro software for my electric actuator stepper motor calculation
Currently AutomationDirect only includes models for our legacy SureServo 1 products. None of our steppers are included in the software. You could attempt to create a custom model for it yourself, but there may be key data missing unfortunately.
Brilliant, thanks. I'm making a camera slider so the example makes my life super easy...
Glad it helped!
Did you know that we have over 1500 automation tutorial videos like it at:
www.automationdirect.com/videos ........... by topic
www.automationdirect.com/cookbook ..... by subject
@@automationdirect No, but very pleased that I do know now! Thanks.
If I wanted to lift an object against gravity, how do I find Tgravity?
Suppose you have a pulley mounted directly to the motor with a string wrapped around the pulley and a weight on the end of the string. Tgravity is just the force due to gravity times the radius of the pulley. Is that what you were looking for?
Exactly what I was looking after thanks
Glad you found it helpful! There are a lot more just like it at www.automationdirect.com/videos.
brilliant video...it helps me a lot to understand....thanks
Thanks! We have over 1000 tutorial videos like it at www.automationdirect.com/videos and www.automationdirect.com/cookbook - check it out!
Great Video! One thing, when my system works vertical, does the angel affect only the Running Torque or both Running + acceleration Torque?
Hi Paul, Thanks for the feedback. It would affect both. FYI: We have a lot more videos like this at www.automationdirect.com/videos and www.automationdirect.com/cookbook. Check it out!
Could you tell me how to find out the torque inertia required to rotate the fly wheel
Hi Shakir, That is difficult to answer here be cause we don't know enough about your system. Please contact our FREE tech support during regular business hours - they will be happy to help.
Can you please add basics of sizing and selection of servo motors and drives and parameters to select it
Check out Appendix C of the SureStep manual - it has a great step-by-step description of how to select the components you need: cdn.automationdirect.com/static/manuals/surestepmanual/surestepmanual.pdf
Where can I have the user manual? Thanks
Our user manuals can be found on our website at automationdirect.com. The manual and product inserts for the stepper motors in this video can be found here:
www.automationdirect.com/adc/Manuals/Catalog/Motion_Control/Stepper_Systems
You made some great videos! Thanks!
Glad you found it useful! We will continue to provide more. Thanks
could you please share the link to download the Simulation tool
You can find the Visual Sizer Pro at this link, support.automationdirect.com/products/sureservo.html.
Thanks
thank you
Awesome learning..Thanks
Thanks! Be sure to check out our Drives, Motors and Motion channel here: th-cam.com/channels/RAt8ZvxsefYgBNRrw0nAOQ.html
Do you have PDFs of the slides for download?
Thanks for the comment Alex. If you are looking for information on the linear slides, that can be found here www.automationdirect.com/adc/Shopping/Catalog/Motion_Control/Linear_Motion_Slides_and_Actuators
I think the conversion of Inertia for the motor got divided by an extra factor of 10. So the 0.00015 should be 0.0015. This also in the next video makes your inertia mismatch closer to 3.7:1 instead of 37:1. Therefore, your mismatch of this system seems to be pretty inline with the good design practices.
Also, thanks for the video. Helped go through some good practices.
No problem Jordan! Make sure to check out more of our videos at www.automationdirect.com/videos/home
awesome info, thanks a lot
Thanks! Did you know we have over 1000 videos just like it at www.automationdirect.com/videos? Check it out!
Great video. Thanks
Thank you for watching - we're happy we could help!
386.4 in/s^2 is gravity...
Hell why can't they just use SI-units?!
pretty awesome video btw
Thanks for the support Mahmoud! Make sure you check out any of our 1100+ videos at www.automationdirect.com/videos/home
Sir can i get your email..??
Click on the tech free support options button at the end of the video to see all the ways you can contact us, including email.