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

@carlsbad   Thank you for your opinion.  I will continue to post mine.

No doubt you will explain why it is necessary to spend money on larger power cords than are required to carry the specified current.

What we need is a power conditioner with 4 gauge to compensate for all the low gauge wire used before. 

 

🤣

I swear to my dark goddess, my last job was doing cloud IT architecture for government and the powers-that-be insisted we use caches. In these specific cases they didn’t do anything but take up 100’s of gigabytes of RAM which got paid to a cloud provider, but they were convinced they needed them. They were leftovers from when they were trying to fix other problems. Now they were just expensive holes soaking up taxpayer dollars, but they loved those caches.

Mazian

ozzy

Kudos for understanding my concern.

It is true the devices will continue to work despite varying gauge wire but that's not the point here.

Will use of a 14 or 16 gauge wire within a power conditioner lessen the benefit when a 10 or 12 gauge wire is used elsewhere???

I think this issue has profound consequences and should be taken very seriously buy all those who install 10 gauge dedicated circuits in their systems.

This week I will be contacting the two Power conditioning companies that I own components from to find out exactly what they do and will share when I learn. 

 

Greetings on a (mostly) peaseful Sunday morning.

I’m going to jump in here as a highly enthusiastic premium power delivery supporter. This includes, but not limited to, beefy cables from the electrical panel, premium (audiophile) power cords, upgraded wall outlets, well-designed power conditioner/surge/distribution centers and, do I dare drop the "F-bomb" here??? ....... F-U-S-E-S!!! Yes, I’m guity of all the above. I even had the audacity to tear my power center apart, rip out all the OEM wiring and installed audiophile cables and audiophile outlets. Yes, admittedly, I even spent real money on the 7 audiophile fuses installed in my system. I’m hopeless.

So, it’s probably a good time to revisit the quote of the day:

"The most annoying thing about this forum is the volume of nonsense spouted."

Prepared to be annoyed.

To address the OP’s question directly, I would first access the quality of the power conditioner AND it’s attached power cable. It is not uncommon for those devices to ship with attached power cords that aren’t, uh, very good.

I would suggest, if possible, bypass your power center and plug your basic components directly into the wall outset. Depending on the complexity of your system and number of outlets available, this may not be possible. This is a good way to determine the effects (positive or negative) of the power center on the sonics of your system. I’d also suggest that you spend some time picking the right power cables. And, audition a power center with removable PC and install your newly-discovered favorite power cable from the wall outlet TO the power center. Of, if you love your power center, consider hacking the unit by internally wiring your (newly discovered) power cable.

Listening tests will determine the quality of the sum of ALL things used throughout your power delivery system. My guess is the importance of the gauge will become a non-factor. You ears will have pointed you in the right direction.