Anti skate and tonearm damping query


I have read a number of threads relating to both antiskating and tonearm damping on the JMW 9" Sig.arm and find myself a bit confused.......I have been experimenting a little and have reached the conclusion that I must be deaf. I have not used the additional antiskating system, I have tried twisting and not twisting the leno wire and can hear no difference. If the Leno wire is not twisted therefore no antiskate, will this damage the stylus or the album??
I have also filled the damping well above the taper to the base of the point and still cannot hear 'the music being sucked out' or indeed, an improvement. Do I fill the well up to the point!! and then work backwards. Those that finetune using the damping seem to have some sort of epiphany when the 'sweet' spot is reached.

Can someone please shed light on how I should be going about setting the AS and finetuning the damping on the arm. The table is a scoutmaster with super platter and sds, the cartridge is the dynavector Te Kaitora Rua

Thanks
wes4390

Showing 6 responses by perrew

Mark, could you walk me through a real life example of Anti_Skate setup with your own arm and cart?
Mark, I understand you dont want to do that but could you desribe with some other tonearm?
Tks
Par
Mark, my rudimentary understandig says line contact has less force on the groove wall so shouldnt less force lead to lower friction and hence lower skate force, but I cant reconcile this with your Amonton law breakdown stating lower pressure implies higher friction, although wont some of the breakdown be ameliorated by the cantilever making the diamond less hard compared to the vinyl?
Mark, so increasing the VTF would increase the pressure and the skate force would decrease, all else equal? Wouldnt this imply that high VTF means anti-skate can be ignored?
Mark you said, P=F/A and "The breakdown takes the form of a pressure dependent coefficient of friction; the coefficient decreases with increasing pressure "
Still an example with your choice of tonearm would be helpful.
Mark, regarding Hertz are you saying the contact area of the vinyl is expanding due to deformation with increasing force, (I dont see the stylus deforming), and therefore the contact area might expand more than the force and P becomes smaller even though F increases?