Hi David,
Firstly, a big thank-you to Doug for your eloquent description of the process. I have to put a link on my website to this post as well as Larryi's follow-up. They're real keepers and deserve to be easily referenced.
Currently, all of my setup tips are on my Triplanar setup page. It wasn't my intent to discriminate in favor of Triplanars in this fashion, but rather something that evolved as I was supporting some customers' Triplanar questions.
The problem with setting anti-skate on a blank track is that the record grooves are responsible for generating skating force.
It's a vector algebra problem, but basically, the combination of the headshell offset angle on a pivoting tonearm, in conjunction with the overhang, drags the stylus forward and toward the record spindle as the platter rotates.
So, the drag of the record grooves, the recording level (size of the grooves - peak to peak), shape and polish of the diamond all contribute to the skating force.
Cheers,
Thom @ Galibier
Firstly, a big thank-you to Doug for your eloquent description of the process. I have to put a link on my website to this post as well as Larryi's follow-up. They're real keepers and deserve to be easily referenced.
Currently, all of my setup tips are on my Triplanar setup page. It wasn't my intent to discriminate in favor of Triplanars in this fashion, but rather something that evolved as I was supporting some customers' Triplanar questions.
The problem with setting anti-skate on a blank track is that the record grooves are responsible for generating skating force.
It's a vector algebra problem, but basically, the combination of the headshell offset angle on a pivoting tonearm, in conjunction with the overhang, drags the stylus forward and toward the record spindle as the platter rotates.
So, the drag of the record grooves, the recording level (size of the grooves - peak to peak), shape and polish of the diamond all contribute to the skating force.
Cheers,
Thom @ Galibier