Dear Geoch, hardly any of the japanese tonearm designs of the 1970ies or 1980ies had Baerwald IEC calculation curve in mind. People look up Baerwald IEC distortion curve readings on VE and since they deliver the lowest reading at the 3 distortion peaks, some do automatically conclude this is the best for every tonearm.
It is not - for obvious reasons.
For your SAEC 308 SX may I suggest you try Löfgren B DIN instead.
It will give you much better sonic results, as the SAEX's geometry matches far better with Löfgren B DIN or Stevenson.
Baerwald IEC is great for most modern 9" tonearms AND when playing mostly modern records cut with a long lead-out groove (i.e. the area on the record actually engraved with recorded sound is rather small ).
If you have a tonearm with an effective length anywhere between standard 9" and 12" (which applies to most today) AND/OR are playing mostly older records from the late 1950ies to mid/late 1970ies with rather small and short run-out groove (i.e. cut close to the inner label ) then Baerwald IEC will inevitably result in high distortion figures in the last minutes of each record sides.
There is no free lunch here.
We have a large variety of different pivot tonearm designs which not only differ in their design apparent to the eye, but also in their geometrical design.
If you get a reading of less than 10 mm in overhang for a 10" tonearm (SAEC 308 SX), then the geometry in question is wrong for that particular tonearm.
I do not want to go into any more length about this ( I have done so intensely in the past and really dived into this topic till I reached solid rock....), but let me suggest you try Löfgren B DIN or Stevenson DIN and come back to us with your findings.
Cheers,
D.
It is not - for obvious reasons.
For your SAEC 308 SX may I suggest you try Löfgren B DIN instead.
It will give you much better sonic results, as the SAEX's geometry matches far better with Löfgren B DIN or Stevenson.
Baerwald IEC is great for most modern 9" tonearms AND when playing mostly modern records cut with a long lead-out groove (i.e. the area on the record actually engraved with recorded sound is rather small ).
If you have a tonearm with an effective length anywhere between standard 9" and 12" (which applies to most today) AND/OR are playing mostly older records from the late 1950ies to mid/late 1970ies with rather small and short run-out groove (i.e. cut close to the inner label ) then Baerwald IEC will inevitably result in high distortion figures in the last minutes of each record sides.
There is no free lunch here.
We have a large variety of different pivot tonearm designs which not only differ in their design apparent to the eye, but also in their geometrical design.
If you get a reading of less than 10 mm in overhang for a 10" tonearm (SAEC 308 SX), then the geometry in question is wrong for that particular tonearm.
I do not want to go into any more length about this ( I have done so intensely in the past and really dived into this topic till I reached solid rock....), but let me suggest you try Löfgren B DIN or Stevenson DIN and come back to us with your findings.
Cheers,
D.