Another Halo question

[crabink]

Is there a way to compare the stitch speed of a common coil with the stitch speed of a Halo?

I am wondering around how many volts is a Halo running to achieve an average 100 cps with say a 3.2 cam?

[sacredsouls]

I have been told a flutter or ghosting on an abar is around 120 cps. I found that with a 3.6 cam at 10.2v so I would imagine a 3.2 would be 9.8-10v or so for 120cps

[joelhague]

i think it comes down to that of rotary users have gotten used to running there liners at like 70-100 cps without knowing it or really caring because it works i mean most coil users liners run 110-120cps loaded not many rotarys run at 120cps smoothly direct drive orbitals being the exception

[joelhague]

when the ghost image is fluttering u are close when it completely stops u are at 120 cps when it goes past the flutter starts again for me 120cps is 11. 4v ish on halo i never run the halo that high usually 9 max maybe a bit over n the thunder i can make 120 cps happen around 10.5

[cagelavey]

yeah i got to feel, with the exception of machines like the vivace, the flite v2, etc., most rotaries don't run comfortably at 120cps nor require it. i would suppose because a lot are 4.5, 6v type motors with the required torque to get the job done at a lower cps efficiently. while 12-24v motors can run at a higher cps with a different torque set? im not sure if that's correct or if im talking out my ass, just from what i can perceive. i'd like to know if that is how it works because just from usage of rotaries for example like the vivace and the halo, i run my halo between 8-9v well, and the vivace at 8.5-12v. obviously different cps at those volts but will perform similar at those different volts.