How you are controlling such kind of motors? I mean the controller, driver, sensors etc that are involved in such kind of motors? Will appreciate for detailed answer, thanks.
You can learn more about configuring this motor here: www.nipponpulse.com/products/motors/motors-linear-servo - scroll down to the text that says "Configuring the Linear Motor System" with the blown-out system image.
The cost is dependent on the size of the motor (up to 100mm shaft diameter), length of the shaft (stroke can be up to 4.6 meters), and other factors as well. We can get you specific pricing if you email us more information about your application: info AT nipponpulse DOT com. We look forward to hearing from you!
Mea, yes, that is correct. You can learn more about the motor's magnetic fields here (scroll down to header "The magnetic field strength"): www.nipponpulse.com/articles/view/linear-shaft-motor-50-percent-more-efficient-than-coreless-linear-servos
I note that it is contactless and frictionless, therefore, does the shaft need to be suspended by bearings at either end? Or is the shaft suspended by electrodynamics? If so, please help me understand :)
Peter, it depends on how the motor is mounted. If the forcer is moving over the shaft, the forcer will need bearings, but if the shaft is moving within the forcer, the shaft will need bearings. There is no electric force to hold the shaft to the forcer. :) In addition, shaft support and alignment are necessary to prevent sagging, as well as contact between the shaft and the forcer (air gap). The below link is to our Linear Shaft Motor manual. You can read more about the air gap on page 6, and about mounting support on pages 17/18. www.nipponpulse.com/catalog/document/57337c84c78c8_lsm_install_guide_rev_j.pdf
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How you are controlling such kind of motors?
I mean the controller, driver, sensors etc that are involved in such kind of motors?
Will appreciate for detailed answer, thanks.
You can learn more about configuring this motor here: www.nipponpulse.com/products/motors/motors-linear-servo - scroll down to the text that says "Configuring the Linear Motor System" with the blown-out system image.
Can I use linear motor with a simple driver non-digital,
what price have. I know depend on force but aproxi? What is the maximum lenght of the shaft? I mean how large can be and dont lose precision.
The cost is dependent on the size of the motor (up to 100mm shaft diameter), length of the shaft (stroke can be up to 4.6 meters), and other factors as well. We can get you specific pricing if you email us more information about your application: info AT nipponpulse DOT com. We look forward to hearing from you!
When you say "Magnets placed with like poles together" Do you mean North faces North and South faces South?
Mea, yes, that is correct. You can learn more about the motor's magnetic fields here (scroll down to header "The magnetic field strength"): www.nipponpulse.com/articles/view/linear-shaft-motor-50-percent-more-efficient-than-coreless-linear-servos
Cheers!
Do you also manufacture a linear generator?
We do not manufacture or sell linear generators.
@@NipponPulseAmerica who does?
@@OKFrax-ys2op maybe you're looking for something more like this? th-cam.com/video/bSPRT1JAXj4/w-d-xo.html
I note that it is contactless and frictionless, therefore, does the shaft need to be suspended by bearings at either end?
Or is the shaft suspended by electrodynamics? If so, please help me understand :)
Peter, it depends on how the motor is mounted. If the forcer is moving over the shaft, the forcer will need bearings, but if the shaft is moving within the forcer, the shaft will need bearings. There is no electric force to hold the shaft to the forcer. :) In addition, shaft support and alignment are necessary to prevent sagging, as well as contact between the shaft and the forcer (air gap).
The below link is to our Linear Shaft Motor manual. You can read more about the air gap on page 6, and about mounting support on pages 17/18. www.nipponpulse.com/catalog/document/57337c84c78c8_lsm_install_guide_rev_j.pdf
see th-cam.com/video/Bxs2PFg0luw/w-d-xo.html segment from 48s - 1m32s where it says shaft is mounted similar to how a ball screw would be.