Sorry, I missed that you were talking about the Moldovan plinths, which I've not seen in person and seem solid and a bargain.I was not talking about fancy plinths. Just compare the simple computer controlled router work, done in approximately two hours, in the photo I posted and the work done by Russ Collinson video or Carl Ellis, hundred percent hand crafted to perfection, sealed and lacquered plinths.
But the point is that you are satisfied with yours and that is what counts.
Cheers,
yes, thats the plan. I wasn't suggesting I'd use an FR B60 base on the GroovemasterGroovemaster have their own VTA lift with 20mm Hole for arm
FR B-60 is for 25mm
I am very impressed with this tonearm too! Love your pictures by the way.I've recently received a Groovemaster III 12" Banana with Jelco geometry. I picked it up very lightly used at a little over a year old.
It replaced a Jelco TK-950L 12" knife edge bearing arm that I didn't get on with at all due to the ultra sensitive sprung tracking force system. The Groovemaster is superior in every way from build quality to every audio dimension. In fact the Groovemaster is so unexpectedly great that I think it's going to find its way onto my main turntable very soon (Raven AC3). I think it will give the FR arms on my Raven a real run for the money. If I do I'll be looking to get the heavy VTA base as I find the B60 bases on my FR arms essential. Anyway for now, with this SPU Royal GM on the TD124, this tonearm has been a real surprise. I'm absolutely delighted with it.
I can see the parameters but I am not sure I understand how to set the micrometer. It's possible I have it set appropriately but maybe not, hence the question.You can see the recommended antiscating parameter on the mounting template. Unfortunately I have my Groovemaster not any more so I cannot show a picture.
Anti-skate force on the GrooveMaster II/III is increased as the micrometer is screwed in, towards the pivot. So, a lower number on the micrometer actually means a higher anti-skate setting, which often confuses users who have not looked at the instruction booklet. For most instances, a micrometer setting of 4 to 5 will be appropriate.I can see the parameters but I am not sure I understand how to set the micrometer. It's possible I have it set appropriately but maybe not, hence the question.
Thank you very much for the clarification I appreciate it!Anti-skate force on the GrooveMaster II/III is increased as the micrometer is screwed in, towards the pivot. So, a lower number on the micrometer actually means a higher anti-skate setting, which often confuses users who have not looked at the instruction booklet. For most instances, a micrometer setting of 4 to 5 will be appropriate.
The new GrooveMaster 4 has a completely redesigned anti-skate mechanism with a slider scale corresponding quite accurately to VTF.
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