Yes had bought the MSL 1030 and it was just OK. Actually the 1030 retails at $5250 which costs a bit more than the Consolidated Audio sut.
See links below, I found the Consolidated Audio to be clearly Best of 3 by a large margin, , surprisingly large differences even when level matched with measuments., I was not prepared for nor expecting hearing so much difference.n. Lyra Kleos cartridge.The one SUT I did not like sounded very different, small soundstage and thin compared to the two others,I'm contemplating buying a Consolidated Audio SUT after visiting the Munich show and talking to Mr. Michael Ulbrich, the owner/designer. My question is has anyone used one of these SUTs with an MSL cartridge? If so, your thoughts and which turns ratio did you go with?
It is not mine , but here is the info from the owner, From it it seems like a <2 ohm version can be made too,some MSL are below 2 ohm.. MSL recommends 100-800 with 400ohm as ideal so a 1:12 would be optimal as Michael said. That would give you a load of 326.4 ohm and 6mV output to the MM which is fine.@Balle Clorin thanks for your input. Michael has also suggested a 1:12 turns ratio for my MSL Signature Diamond. Were you using his silver or copper version?
The MSL line of cartridges have very low internal impedance i.e. ideal for a current / transimpedance input phono stages.Your MSL Signature Diamond deserves the best. I used to have a big can from Consolidated Audio (Silver Wiring) but I traded it in for a second pair of Phasemation T-2000.
I am not impressed by the almost non existing shielding ? of Phasemation..Classic SUTs did this much better, triple shielding with mu-metal etc. It would be interesting to know if owners of modern SUT like this one experience any noise issues,, (My classic SUT does not pick up any noise what so ever.);
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Ok I need to re-read it then cause I missed all that. What does loading do to sound? What issue does it address sonically or does it vary?I read Rothwells conclusion a bit different. Loading a SUT is not bad , the problem in that most people do it the wrong way, by just lowering the secondary resistance by a parallel R,, which can compromise the performance. The correct way is to use a Zobel ( RC ) on the secondary side. I have done and measured and listened to both methods and Rothwell are correct , Zobel load give the best response. The measurements are posted earlier in the thread.
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