15 amp circuit VS. 20 amp Circuit


Hello,

I’m in a situation where my audio room has one ( three outlets ) 15 amp circuit. It appears to me that the 3 outlets in this room are connected in series , meaning drawing current from one outlet will drain the other two .

For 2 channel audio , I have connected my C12000 pre amp, McD12000 and through MPC1500 conditioner and to one of the 15 amp outlets . This should be okay? However, problem could arise once I connect the McIntosh 1.2k power AMPs to the other 2 outlets.

I would like to know if I need any dedicated circuit for my equipment . It appears I need more power than 1400 watts ( 15 amp circuit can provide ) when I use my home theater Where I will have Four 1000 watt woofers and 3 additional AHB2 amps.

 

 

Question :

howmany dedicated 15 amp or 20 amp circuits do I need to ensure smooth power without dimming the lights around the house / prevent possible fire ?

Please provide your suggestion based on the below equipment .

 

DAC: McIntosh MCD12000

Power Conditioner: MPC15000

preamp : McIntosh C12000

AV Processor : Marantz 7015

power AMP: Two McIntosh 1.2k

power AMP: Three AHB2 , one used in MonoBlock

Streamer : One Streamer

 

 

 

128x128joshziggie2021
Post removed 

Have you measured power consumption of components????

Ratings are not helpful sometimes when it comes to how much Power usage there would be

Same leg of power? That's a multi branch circuit. The best have individual circuits if you can have room on your panel.

I hate multi branch circuit terribly sloppy

@joshziggie2021 AI also says if a shirt takes 3 hours to dry in the sun and pants take 4 hours, then 2 shirts and 2 pair of pants will take 14 hours to dry 

If you have a 200 Amp service in your house, each leg has a capacity of 100 Amps. as long as you don't overload that leg by wiring it for more than 100 amps total, you have no issues. If you have a 400 Amp service, same story, only 200 Amps per leg. if you do as the AI says, you stand a much larger chance of having a voltage differential between neutrals with resulting hum and noise issues. Conventional home wiring was never intended for applications that shared neutrals or grounds across different bus legs.

An AI only knows what it has been taught from it's model. AIs are incapable at this point of creating an original thought, like when to use a parallel process vs. serial process when solving our solar dryer question. Or inferring that minute voltage differentials when loads have different neutrals or grounds will create a differential noise level in a complex audio system.