Warco WM16 CNC Conversion.

**John S** · 02-01-2017

Those motors are far, far to big and will only slow the machine down believe it or not.
4.5 Nm for X and Y and the same for Z but with 2:1 belt reduction.

**noyloj** · 02-01-2017

I'm not looking for speed

**noyloj** · 02-01-2017

I'm hoping to keep the motors and drivers for my next project... But at the risk of sounding dumb, why should the larger motors affect top speed? Surely not through inertia?

**noyloj** · 02-01-2017

I suppose that the higher power means that current switching will be slower... but not to any degree that will matter considering the maximum velocity these motors are rated at and the application that they are being used in?

**noyloj** · 02-01-2017

If I run them at plenty high voltage this should offset switching rates through the windings...

**noyloj** · 02-01-2017

The motors will never be under any real load and should never get warm either which will reduce internal resistance after extended periods and again offset speed at which current flow can be changed though the windings over smaller motors..

**Clive S** · 02-01-2017

Well you seem to have it sorted then. I have a WM18 mill with nema 23s with 2:1 reduction at 68V and am882 drives and it is fine.

You will need to do some more research if you think nema 34 8.5Nm are correct.