Power conditioner wire gauge? Serious issue


So I just figured out that all the 10 gauge wiring I have may be a problem if the power conditioner I use only uses 14 or 16 gauge wires to connect all those outlets you plug into in the back of those devices.

The specs are not part of the description when you buy Power conditioners.  Everybody recommends a dedicated 10 gauge wire from the panel but fails to consider what power conditioners use. 
 

Is this a serious problem? 

 

jumia

And the wire gauge from the IEC inlet to the power supply is at most 14ga and is usually 16 or 18ga. Not to mention the fuse element is equivalent to a 20ga solid conductor.

I use 10/3 Romex for one reason only: the conductors are pre-twisted in the sheathing and that goes a long way into reducing common mode noise. I steer away from 2-wire Romex because the conductors are parallel and flat, making them a very efficient RFI antenna.

 

I was having kind of a shitteh day. So, I want to thank you guys for lifting my spirits with this udder (yes udder) BS.

Regards,

barts

@clearthinker +100 to:"the wire gauge needs ONLY to be thick enough to carry the current being drawn by the component to which it is connected"

end load in the AC power line typically is a power transformer, which has primary and secondary winding (primary gauge is up 100m long with high gauge), anf total effective resistance limits max current of power delivery network for that particular load. amp/pre/etc have primary winding resistance in the range of 0.2..50Ohms, which is significantly higher than ANY power cabe’ discussed. power transformer's resistance sums with protection fuse and internal wiring, which adds resistance to the AC power line as well.

If you have a hair dryer or food processor this makes sense but variations in Sonic transmissions are the result of tiny changes in electrical impulses which perform so much better with the least amount of resistance, or impedance for those who want to be technically correct.  

So anywhere along the food chain that you impede the electrical flow can be detrimental to what you hear if your system is good enough to allow you to perceive differences. And this is what's being evaluated herein

 

 

The thing we all need to remember is that it is about the music not about the (electrical) science. There are so many things that can’t be explained by science. The main one being how we hear improvements in sound quality. Can it really be measured? As has been said before, "maybe we do not have the proper scientific equipment to measure"?

Anyway, Jumia I go with what sounds the best to me. And to me, larger gauge wire running from the breaker box through the power cord, power conditioner and finally to our equipment has always sounded better to me.

Now as has been stated there are also many other factors to be considered in improving sound quality. But starting with the basics you are right on.

ozzy