To condition or not ?

“reported many times to limit amp performance“

How can it limit amp performance? Not being argumentative, just curious to learn.

My understanding is that a basic regenerator will provide stability for the electricity supplying the motor. I have one dedicated to the tt.  

Some turntables already have a "conditioner" as part of their drive system. Turntables that generate a signal for the motor to run on would not benefit from a "conditioner" The AC lines frequency is held to very tight standards. Turntables with plain AC motors operate on the lines frequency. A regenerator might improve measured performance slightly, but you would never hear the difference. Turntables like my Sota use a three phase motor and drive it with a phase converter that has adjustable frequency. The computer then controls turntable speed by reading a magnet on the bottom of the platter. You can also tell it what speed you want it to run if you want to adjust pitch. A conditioner is worthless on a turntable like this because it is already doing the conditioning. 

It is much more important to spend money on better speakers or if you really want to blow your mind digital signal processing.

@carlsbad2 What does “reported to” mean?  Because by design, Niagaras do not limit current. Interested to know what would limit the amplifier?  You got links?

Reported by users here.  Of course there could be errors but confirmation bias would likely make the errors in favor of Niagara rather than against them.

 What is your basis for saying that "by design, they do not limit power".  I'm sure every manufacturer would make that claim.