Anti skating SME V


I am using my SME20/2A with a Dynavector XV-1s cartridge and it sounds good.

I have a question though. The cartridge tend to skip a bit (towards the spindle) when lowered on the run-in groove.
I have tried to set the anti skating to maximum (3) and this helps, but doesn't eliminate the problem. I have to be most careful when lowering the arm to avoid skipping. I also found that playing a bit with the position of the din-connection, turning it anti clockwise seen from the top, might have helped (not sure), but did not eliminate the problem either. Is there a special position for this connection that is preferable? Will the position of the cable affect the anti skating in any way? I have tried to lower the cartridge on a blank record and the arm goes quite fast towards the spindel even with max anti skating (never experience this problem on my Dynavector arm). I know this is not the correct way to set anti skating, but it should give an indication.

Anybody?
fosse

Showing 1 response by hfisher3380

This sounds EXACTLY like some "problems" I've been having with an assortment of tables, arms and cartridges which have passed in and out of my system over the past 2 years. To be more precise, I've had Avid Volvere and Oracle Delphi V and VI tables, 2 SME Vs, one Graham Phantom, and multiple cartridges including Benz Ruby, Zyx UNIverse, Dynavector XV-1s and Ortofon MC A90. In every case I have had EXACTLY the same issues you are describing - with the added caveat that some of the combos gave me tracking issues in the right channel. With my current set-up (Delphi VI, Phantom and A90) I seem to be getting the best overall tracking performance but only with more than max antiskating and the DIN connector rotated all the way counterclockwise. All in all, skipping in the lead-in groove was worst with the XV-1s (the issue you're having) and tracking was worst with the UNIverse - the issue always appearing to be related to excessive skating force causing skipping ahead or mistracking.

Anyways, I've worked with and examined this issue in ridiculous amounts of detail and basically have come to a conclusion similar to Doug. Now I'm just enjoying the music!