virtuamike
Diamond Member
- Oct 13, 2000
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Originally posted by: nourdmrolNMT1
Originally posted by: virtuamike
Originally posted by: nourdmrolNMT1
Originally posted by: virtuamike
Originally posted by: quakefiend420
Originally posted by: Matt2
Originally posted by: 95SS
Hold on, you've got a stereo amp pushing one DVC sub, one channel per coil? You don't need a new amp, just some wiring help. Each sub has two sets of terminals, wire each set of terminals to one channel of the amp. This is called parallel, and will drop the load to 1/2 of the rated load per coil. If the sub has 4 or 8 ohm coils, this is fine. If it has 2 ohm coils, don't do this. With 2 ohm coils, run the sub in series, meaning from one coil to the other. You would have speaker cable from one channel of the amp to the + of one coil and the - of the other coil, and a wire between the unused connections. I'll find some pics for you.
Ok, that makes a lot of sense, I think I understand now.
HOWEVER,
I'm still gonna need a new amp cause 980 watts is not going to drive both of those 1800 watt speakers. It runs one fine and it sounds excellent, but I can't imagine cutting the power to each of those subs in half. That's why I want to get the 2400 watt amp, that'll be plenty for both subs.
well...kinda...you need to look at your amps power rating at different loads...also is that 980 watts peak or rms out of the amp? if you can run 1 ohm stable on that amp...i would go out on a limb to say you're gona be good to go...like someone else up there said, double the cone area = about 6db...and also like someone else suggested...i would run both subs in a series...
Actually what I'd do is wire each VC in series, so each sub is a 4 ohm load. Wire the subs together in parallel to produce a 2 ohm load. After that, do some praying and hope the amp doesn't fry running bridged.
It looks like the amp is rated at 220W RMS x2 @ 4 ohm whereas it'll do 560W x1 RMS @ 4 ohm. In theory since you're dropping to 2 ohm bridged, each sub will be getting more than 280W RMS (meaning bridging your amp will give you more power per sub than running each on a separate channel).
Specs here, looks like someone already tried bridging to 2 ohm
Sorry to burst your bubble, but there is no way your Power Acoustik amp is putting out 980W RMS. But if you like the way it sounds, stick with it.
Me, I went overkill and went with an ID Max and a JBL 1200.1 in my Accord. I have the gain set to 1/4 because any higher and my trunk goes ghetto, haven't gotten around to deadening the car.
Next time, do yourself a favor and don't trust the Best Buy monkeys to do your install.
just another disclaimer, an amp that is rated for 2 ohm stereo, normally will not be able to handle a 2 ohm bridged load, just because thats theoretically 1 ohm per channel, with impedence probably being higher due to impedence rise at certain frequencies, and with the vc's heating up, and etc.
for full safety, my previous drawing would work.
MIKE
Yeah but my diagram is prettier
I'm not saying your way wouldn't work, but basically this is the same concept as overclocking: getting the most out of your equipment. Someone else has already tried and run the amp at 2 ohm bridged. I'd be hesitant to try to drop down to 1 ohm bridged but 2 ohm should be fine. If anything the amp will get hot. If that happens, just let it cool and run 2 channel vs bridged. I seriously doubt it'll fry his subs or his amp. Honestly, it wouldn't hurt to try.
Also if your subs are facing forward toward the front of the car, you might want to try to flip your box around and have it fire towards the back. Or vice versa. Every car is different (all trunks have different acoustics) so it's a good idea to play around with box direction and placement until you find what works. In general though you'll get punchier bass if you face forward and boomier if you face rear.
he cant do a 1 ohm bridgeonly .5 ohm and hardly any amp can handle that stereo, let alone a stereo amp bridged.
good suggestion on flip
MIKE
Huh? The way my diagram is wired, he's running a 2 ohm bridge, not 1/2 ohm. Each VC is 2 ohm, in series that makes each individual sub 4 ohm. Bridge the subs and you have a 2 ohm load. Power it up with amp and you're running 2 ohm bridge. How'd you get 0.5 ohm load?
I'm pretty sure Zapco can run 0.5 ohm load.