I am at the end of my rope, please help


I have a problem that I can not solve and makes no sense to me at all.
My right channel is stronger than my left by a large margin. I can plug my tonearm cable directly into a Fozgometer (measures left and right output) and I get a substantially stronger signal on the right side. I confirmed this with my Voltmeter to make sure there was not a problem with the Fozgometer. So, as far as I can tell, this narrows the problem down to the Cart, Tonearm, Tonearm wire or the table.

Here is what I have tried:
1. Changed Azimuth in both directions. Small change but still much stronger on the right side.
2. Changed antiskating. Very little change.
3. replaced the cartridge. No Change.
4. replaced the tonearm and cartridge. No Change.
5. replaced the tonearm, cartridge and tonearm wire. No change.
6. I have used a second test record. No Change
My turntable is perfectly level.
I simply do not see how this is possible! I have an $83,000 system that I can not listen to. Any ideas would be much appreciated.

My system:
DaVinci Turntable > Lyra Titan i > Schroeder Reference tonearm > Manley Steelhead > Stealth Indra cables > VTL 450 amps > Stealth Mlt speaker cables > Vienna acoustic Mahler speakers
audioraider

Showing 11 responses by hifihvn

If this is correct,it is low ohms for the Lyra Titen.If I have the correct one.[http://www.audioasylum.com/cgi/t.mpl?f=vinyl&m=940292]
I don't know if this could be what happened.A lot of people just turn of the power switch when plugging or unplugging interconnects.A lot of the time,there is a voltage/current difference between the two components.If your plugging a RCA plug into something,the center pin may make contact first.This will feed that voltage/current difference to whatever that IC is plugged into. This could damage a cartridge coil,the gain stage at the input(especially solid state),from that voltage/current that may be there.It's always best to unplug everything first,before swapping cables,or components.I don't know if this is what happened,but if this was done,it could have damaged the coils.With winter,static electricity from us touching the RCA plug,catching a small spark,will also do it (damage) .Touch the metal case first,to discharge any static buildup we may have in our body.I hope its something simple,but just want people to give this a thought.
Also,set your meter to a low volt setting.With your Fozgometer turned on,touch one test lead to the left channel center connection of the RCA input on Fozgometer, and the other lead to the RCA outer shield ring,make sure it reads 0 volts between the two on that RCA.Repeat the same for the right channel.This is to make sure it(Fozgometer)doesn't have a problem(short feeding voltage to cartridge),that could have damaged your cartridges.
Almarg talked about doing damage to the cartridge with an ohmmeter.The only thing that I can think of without measuring is(write color code and position down first), switch the left and right leads at the cartridge like someone mentioned above.The left and right plus(+),and the left and right(-)negative.That is a good way of telling if one channel in your cartridge is shorted.If the sound coming out of your left channel becomes the loud one,then I would guess the cartridge is the problem,minus tracking problems.I've never heard a tracking problem make a large volume difference.Again,using the meter may be causing *damage*,and especially an analog meter,with a dial gauge.Like Almarg said,the meter your using may appear to be showing a short.There should be continuity if I'm reading your post right.Again,the meter may be *harmful*.That's why I'd go with the left and right channels swap at the cartridge.And if the left gets loud after swap,it may be the cartridge,but I can't say for sure.
I don't want you to cause damage to the cartridge if it may
be something else being overlooked.This is a mystery.
Almarg,I understand that.Would a Fluke be safe for a LOMC.I never had to measure one.I use a model 179 or 85 for good stuff.
Almarg,Thanks for the info.It would help if they did give more info about Digital Meters.I can't find any info either.I think the info that came with my meter,is the same as they provide on the net.They seemed to help phase out Vacuum Tube Voltmeters.I hope I don't ever run into this type of situation.
When I touch the white and blue pins on the cart I get a complete circuit. I don't think that should be happening. when I do the same to my backup MM cart I do not get a complete circuit. I am thinking that the cart has a short. Seems a little strange that it would be on both sides but my question is, Before I spend thousands on a new cart, is there any difference between a MM cart and a MC cart that would cause a complete circuit on an MC and not on an MM? Am I supposed to get a complete circuit?
Audioraider (Threads | Answers | This Thread)
Audioraider,Your reference to continuity is most likely causing confusion in this thread.There are good suggestions by knowledgeable people.Techs,Designers,Engineers,and hobbyist,are used to seeing 0 ohms for continuity.This may help give some clarification,if you are using the continuity setting in a digital meter.My meters that have it(feature),all give similar characteristics on continuity setting.This should tell you why you get continuity with the MC cartridge,but not for the MM cartridge.The link at the end is for one of my meters that has a continuity setting.It works best for tracing a broken connection,or direct short.It will beep below 25 ohms,and if the item being tested is above 250 ohms,is does not beep.It thinks nothing is being tested if it is above 250 ohms.Its just for quick convenience.That may explain the MM vs.MC question adding confusion.Your Lyra is around 5.5 ohms.Your MM is probably over 400 ohms.Here is the manual link for it.Hope this helps.Pdf reads page 6,actual page 2.Its for a Fluke 179 meter.[http://assets.fluke.com/manuals/175_____umeng0100.pdf]
I don't know if this would be a contributing factor on not.In the 70s to 80s,I did some recording from LP's to tape,it didn't matter what system or combination of gear,the right channel always read higher than the left,if memory is correct . When I tried to match them up with the VU meters,I ended up with a imbalance between left and right channels.