What is Linear Motion Control?
ฝัง
- เผยแพร่เมื่อ 11 พ.ค. 2024
- ✅ C'mon over to realpars.com where you can learn PLC programming faster and easier than you ever thought possible!
==========================
✅ Check out the full blog post over at
realpars.com/motion-control/
==========================
In this lesson we discuss what is Linear Motion Control and a few real-world applications with respect to linear motion, positioning systems and actuators used with stepper and servo motors.
Linear Motion Control in part depends much on the actuator and the linear actuator covers a broad range of products.
Linear motion is an area of motion control encompassing several technologies including linear motors, linear actuators, and linear rolling guides and bearings.
==========================
Missed our most recent videos? Watch them here:
realpars.com/rs232/
realpars.com/stepper-motors-a...
realpars.com/rtu/
=============================
To stay up to date with our last videos and more lessons, make sure to subscribe to this TH-cam channel:
goo.gl/Y6DRiN
=============================
TWEET THIS VIDEO ctt.ac/0Z1Sf
=============================
Like us on Facebook: / therealpars
Follow us on Twitter: / realpars
Follow us on LinkedIn / realpars
#RealPars #MotionControl
super explanation and talk about load cell and encoders
Thank you Ganesh!
Your videos are of very high quality.
I appreciate that!
Thanks for knowledge sharing
You are very welcome!
thank you for your great work
Our pleasure!
Verry interesting, thanks!
Happy learning!
Good explanation
Thank you very much!
Great thanks
Thanks for your support!
excellant video...
Thankyou!
I’m glad to subscribe to ur channel
Very informative. How do belt and ball-screw rails compare from durability perspective?
That really depends on the service and the size of load being moved. Typically, belt-driven systems will require maintenance more often than ball-screw drives. Belts tend to stretch an deform if not tensioned properly or aligned properly. Ball-screw drives are very durable, but maintaining good lubrication is very important. Generally, ball-screw systems can transport heavier loads than belt systems and can develop higher thrust. Belt drives are much more economical if a load has to be moved a long distance (>3 meters).
And also interface module function in plc please
Difference between et200s and et200m(failsafe)
Thanks for the topic suggestion, Aqeel! I will put this on our list!
Merci, cette vidéo est très utile.
You're very welcome!
Iam interested in this video
Please sir can you help me ! I want to input analog signals from potential transformer and current transformer to the analog input of PLC SO what interface do i have to implemt So the output of these two transformers can be measured and plc can read these signals?
First, you need to make sure that the analog input card that you have for the PLC is able to receive the type of signal that you want to connect to it. Then you can read the manual for the sensor and follow the exact wiring diagram to wire the sensor to the PLC input card.
Suppose that plc can accept analog input but what device do i need to convert A.C secondary current to measureable by PLC?
Please make a video on difference between et 200s and et 200M And
Thanks for the topic suggestion, Aqeel! I will pass this on to our creator team.
@@realpars i really need to know about that
Thank you
i still dont understand how the screw is not coming out when spinning. Is there any suggested time stamp?
The screw is fixed at the drive end. When the screw rotates, the load nut moves along the screw shaft. Physical stops at the end of the screw shaft prevent the load from moving off of the end of the shaft.
Genial
Thank you very much!
Please make video about PID Regulators logic
I will pass your request on to our team. Happy learning!
❤❤❤❤❤❤
also start plc siemens servo programming tutorial
Got here because of michael reeves and I still haven't taken a single engineering class yet
thanks(?) youtube
How to increase speed of servo motor to servo drive...
There is a limit to the speed that a servo motor can run. Check the motor nameplate to insure to understand this maximum. Increasing speed above this maximum will require a new motor or a different gear reducer. Many times, there is a maximum speed that is configured in the servo drive. Check for that parameter and see if it can be increased. Often, the maximum speed is set due to limitations in the device being driven. For example, many conveyors cannot be operated faster than a certain speed or they might jump a track or cause excessive vibration.
@@realpars thank you sir for your responce and sugestion...