buttkicker amp got owned

I guess most people have to buy them...
Working for a Sound & Communications company makes me forget that not everyone has connectors and cable laying around everywhere... LAWL
Lucky bastard, ship some XLR ends my way, I need some extras. Along with about 500 foot of cable be nice too. //content.invisioncic.com/y282845/emoticons/naughty.gif.94359f346c0f1259df8038d60b41863e.gif

 
shhh for $125 ill buy one hahahaha I dunno how or why but since I put in the box next to my towers the bass is ridiculously louder... so adding a 15" with 400 watts will do for now hahaha

 
Even if the buttkicker kicks down 500w @ 4 ohms, 750w @ 2 ohms clean,is $250 a good price considering it has RCA input, crossovers, class D, fanless design.

Bash 500w is normally $228 {in sale right now for $159} and is 500W @ 4ohms,

not rated for 2 ohms.

Dayton 500w is $298 for 500W @ 4 ohms, not rated for 2 ohms.

Dayton 1000w is $398 for 1000w @ 4 ohms, not rated for 2 ohms.

These Bash - Dayton amps, who knows what they really do vs. specs.

I usually like to play it safe and assume they do less than advertised

if you were to run a stress test like the buttkicker went through.

Behringer EP2500, $350 street price, proven workhorse in the DIY sub world.

Tested recently {same test as the buttkicker} at 2000w @ 4 ohms, but

expect 1400w - 1600w under low voltage conditions. The amp will run into

thermal protect in minutes though. $100 more than buttkicker, but you have

fans, it's full range, not just a sub amp, may need a signal booster if you use

RCA to XLR input, no low pass crossover, but has more power than the buttkicker.

I guess the moral of the story is. In the $250 price range it's 'iffy' if you want

higher power. In the $350 - 400 price range you can feel comfortable that you

can drive the typical 1kw woofer. But if you have a 2kw-3kw woofer {or array of

cheaper woofers}, you will need to get into the $500 - $800 price range for a nice

amp.. and of course you can always go higher.. heh
y is that?

 
The amp will run into thermal protect in minutes though.

The rms test method is used to test the amps. It's a sine wave input on

the amp {test tone} and the load is a resistor.

The amplifier is working very hard vs. playing music and it will get got

very fast. If the heatsink/fan design can't dissipate the heat well, the

protection circuit may turn off the amp.

 
The amp will run into thermal protect in minutes though.
The rms test method is used to test the amps. It's a sine wave input on

the amp {test tone} and the load is a resistor.

The amplifier is working very hard vs. playing music and it will get got

very fast. If the heatsink/fan design can't dissipate the heat well, the

protection circuit may turn off the amp.
oh:) ok, so it won't do that with music and movies then...... i got it

 
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