✅ C’mon over to https://realpars.com where you can learn PLC programming faster and easier than you ever thought possible!

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✅ Check out the full blog post over at
https://realpars.com/motor-size/

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In this lesson, we will continue the discussion on the topic of motion control. All of us at RealPars, hope you have been following our previous lessons on motion control and have begun to benefit from these lessons.

Now you will apply your base knowledge of Servo and Stepper motors in this lesson towards how to determine the correct Servo Motor for your application.

In this lesson, you will learn the information required to help you size the motor based on payload, speed, acceleration and other requirements necessary for the desired application.

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You can check out the formulas for calculating rotational inertia of various shapes here:
https://web2.ph.utexas.edu/~coker2/index.files/RI.htm

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You can download the “Motor Sizing Software” we are using in this video, here:
https://bit.ly/2DlK8E2

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Missed our most recent videos? Watch them here:

https://realpars.com/vfd/

https://realpars.com/rs485/

https://realpars.com/plc-manufacturers/

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http://goo.gl/Y6DRiN

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27 Comments

  1. A very detailed and informative video, thank you.. I love your channel, it's so convenient for the project im currently working on. Can you please help me with the name of the software you used for calculations.

  2. Hi Mate,

    I am going to carry a steel pallet (overall weight of 700 kg) over rollers with 2 stepper motors on each sides, do you reckon "Nema 42 CNC Stepper Motor Bipolar 30Nm" is enough for this application?

  3. Can I lift 10kg weight by using 48 DC volt motor? If yes, how much torque and power I need for that?

  4. Nice and lovely lesson. In fact, have been waiting for this video to determine my stepper motor to choose for my DIY plasma CNC machine. Thanks pal.

  5. Any recommendations on servomotor brands? I'm in south America and Allen Bradley and Beckhoff are way over budget

  6. Nice video, but I didn't see an explanation for what the 'e' value is (distance from axis of rotation to G) Perhaps G is the centroid of the arm?

  7. When I open the software, I get the error:
    "
    invalid conversion of the string"7.9" in typ single" "
    I tried to repair it but it didn't work

  8. you guys deserve a comment for every view. no one will leave the video without learning at least something. please keep doing this good job.

  9. letoff stand for belt building machine ( https://youtu.be/TzNcmIKLn74
    TWIN WIRE CORD: EVEN AT DIFFERENT BOBIN DIAMETER, LINE SPEED 250MPM, CONSTENT AUTO TENSION CONTROL SETING RANGE 2 TO 12KGS
    FEATURE: IF ACTUAL TENSION IS CHANGED 20% OVER OR UNDER SET TENSION VALUE. WINDER WILL ALARM AND MACHINE GET OFF.
    CORD CUT SENSING INCLUDED,
    WHILE RUNNING WINDER, IF ANY MOMENT CORDS GET STUCK UP OR TENSIONS GOES BEYOND THE 6 TIMES HIGHER THAN SET VALUE. MACHINE GOES EMGCY OFF. WHILE STOPPING OR STARTING THE OPERATION, IN BOBINS CORD IS NOT GET LOOSE, OR OVER TIGHT. if any clients, technical consultancy need, please catch me in mobile 9442630950, youtube: srimindia, srimmuthu@gmail.com;

  10. How do I download this software in my country? When I go to theirs website and register only a handful of countries are available.

  11. i want to spin a 55 gallon drum about 30 rpm any recommendation on what kind of motor i should use. ( would prefer to be able to plug in to the home outlet)

  12. Thanks for the information pretty neat. So,

    Bigger gear ratio = Less speed, more torque capacity and less inertia ?

    Best regards

  13. Hello there! Thank you for your nice presentation and explanation. I would like to know how I can use a stepper motor with a lead screw in pushing a mass of 10kg linearly. I mean the coupler and all the equipment with necessary equations I need to come up with. Please help. Thanks.

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