Thanks, Lew. FWIW, the procedure I use is:
1)I increase anti-skating until deflection to the left (toward the center of the record) becomes just barely perceptible. This is done with the stylus positioned approximately in the middle of the rotating record. I note the setting. In the case of my arm, the "setting" is the number of tiny metal pellets that are placed in a bucket.
2)I decrease anti-skating until deflection to the right becomes just barely perceptible, with the stylus positioned at approximately the same location on the record. I note the setting.
3)I set anti-skating to the mid-point between those two values.
4)I verify that no perceivable deflection occurs at other points on the record.
5)I declare victory :-)
As a rough ballpark, I have found that raising or lowering the resulting number of pellets by something like 15% will result in easily perceivable deflection, symmetrically in the two directions.
Best regards,
-- Al
1)I increase anti-skating until deflection to the left (toward the center of the record) becomes just barely perceptible. This is done with the stylus positioned approximately in the middle of the rotating record. I note the setting. In the case of my arm, the "setting" is the number of tiny metal pellets that are placed in a bucket.
2)I decrease anti-skating until deflection to the right becomes just barely perceptible, with the stylus positioned at approximately the same location on the record. I note the setting.
3)I set anti-skating to the mid-point between those two values.
4)I verify that no perceivable deflection occurs at other points on the record.
5)I declare victory :-)
As a rough ballpark, I have found that raising or lowering the resulting number of pellets by something like 15% will result in easily perceivable deflection, symmetrically in the two directions.
Best regards,
-- Al