Traumflug Wrote:
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> 1.
>
> In particular, you have to increase the steps/mm
> value to the double ... which also limits top
> speed to the half.
Having to double steps per minute value sounds like the motor will have the same revolution per minute... Wouldn't that be the case?
0.9 degree step size motor would take twice as many steps to complete on revolution, compared to 1.8 degree step size motor... but now that we doubled the number of steps per minute for 0.9 degree step size motor...So, both will take the same time to complete on revolution, and wouldn't that mean the speed is the same between the two?
-------------------------------------------------------
> 1.
>
> In particular, you have to increase the steps/mm
> value to the double ... which also limits top
> speed to the half.
Having to double steps per minute value sounds like the motor will have the same revolution per minute... Wouldn't that be the case?
0.9 degree step size motor would take twice as many steps to complete on revolution, compared to 1.8 degree step size motor... but now that we doubled the number of steps per minute for 0.9 degree step size motor...So, both will take the same time to complete on revolution, and wouldn't that mean the speed is the same between the two?