2. amps-preamps
  3. 1066739524

Power conditioner for amps

I recently picked up an Adcom ACE-515 (power conditioner with timed switching for pre/source and amp products) from a fellow Audiogon member, and while it seems to work fine, I have noticed that it tends to get quite hot and will trip the circuit breaker if I run my system fairly loud for any period of time (which I do like to do on occasion). For the record, the amps that I am running through this are two GFA-555II's (bridged mono) and a GFA-2535 (which is really two GFA-535's in one chassis).

My concern is that I am running too many amps through the ACE-515. So, I called my dealer about possibly upgrading to a larger unit. But his advice was that I should be running my amps straight out of the wall outlet, and not through any type of conditioner. He said that the ACE-515 was great to use on source and preamp gear, but that it would limit the current getting to my amps and that they would sound better with nothing between them and the wall outlet. I asked him what about spikes, surges, etc. His reply was that amps are not as susceptible to damage from such things, and that I shouldn't worry about it.

What are y'alls thoughts on this topic? Should I just plug my amps straight into the outlet, or should I get a larger power conditioner? I do like the staggered power on, power off that the ACE-515 provides.

Tom.
tombowlus
slipknot1
1,423 posts
 
My favorite outlets have been those supplied for us by AudiogoN member Albert Porter. His "Porter Ports" are cryo version Hubbells. Albert is one of the most well-informed and helpful folks around. On a couple of occassions, he has arranged a group purchase for members. I don't know if he has any extras available from the last round. You may want to contact him privately and inquire. They are the best outlet I personally have ever used. Some folks have even swapped out the PS Power Ports in their Ultimate Outlets for Albert's "Porter Ports".
tombowlus OP
416 posts
 
Sounds promising. I will look Albert up.

Thanks again, Tom.
tombowlus OP
416 posts
 
Well, after talking extensively with my local dealer and with Albert Porter, I am going to pick up three UO's (two regular and one 20 amp high current) for my three circuits (two dedicated) that will power my stereo/HT system. On the two regular UO's, I will be installing Porter Ports. I will also throw Porter Ports on the wall outlets for all three circuits, and I am picking up an extra one to use when I add a powered sub. Instead of a Juice Bar, I am going to have an electrician friend of mine build me two double gang breakout boxes (using Porter Ports, of course!). So, that's a total of 10 Porter Ports! Based upon all the glowing reviews by AudiogoN members, I decided they were worth investing in. Now, my only issue remains turning everything on and off with one or two switches. My electrician has recommended that I use wall switches to turn off my dedicated circuits (one for preamp/source and one for amps), which may actually be a killer idea.

Thanks for all the input, especially from Slipknot!

Take care, Tom.
russ_l
95 posts
 
Hi guys- Just my two cents. Victor Khomenko, the head BATman at BAT, in addition to most other high-end amplifier designers, states that "a single dedicated power circuit will usually produce the best result". As far as our systems go, any difference in ground potential (due to multiple circuits, conditioners, etc.) is seen as a signal, which will amplified, and added, to the real signal. Our ears should be the best test but a good high-resolution system will almost always prove the BATman right.
gogamecocks
37 posts
 
Instead of wall switches, look at using some sort of low voltage relay system. If I was using a big power amp which required a lot of juice, I would not want it's voltage having to pass through a wall switch. You are using Power Ports to maximize current to your equipment, so maximize connectivity and not use a wall switch where you constantly break on the high voltage side. I would go for a low voltage relay system rather than physically breaking the high voltage line. This would be a system similar to what you find with how car amps are turned off and on.
More to discover