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When u consider the maximum amp draw for that amp at it’s lowest impedance vs. what it is really pulling when listening to music, coupled with the the efficiency of the amp and the minimized resistance of short wires on a bike it’s not as “dangerous” as you are making it seem.
The 4180 uses 12awg power and 14awg ground. Would you not leave the house either with those wires and that amp?
When u consider the maximum amp draw for that amp at its lowest impedance vs. what it is really pulling when listening to music, coupled with the the efficiency of the amp and the minimized resistance of short wires on a bike its not as dangerous as you are making it seem.
The 4180 uses 12awg power and 14awg ground. Would you not leave the house either with those wires and that amp?
Some exaggerated posts here.
That's your opinion Haze and I respect your opinion, you're one of the most knowledgeable audio guys on the forum. I read and listen carefully to everything you have to say. But having been a master electrician and built power plants all over the world for the last 25 years, I would not leave the house with my bike set up like that. If there's has been a kink in the wire or a warn spot on the insulation this young man could end up having a very bad day. That is not an exaggeration
Ok, I'll bite. You are the electrician and I am not so can you explain what the difference is in an amp that puts out 560 watts that states that it requires 10ga power and ground wires and an amp that puts out 600 watts that says that it requires 8ga. Is the difference between 10ga and 8ga that significant? In these days of litigiousness manufacturers always go for caution so why would one call for 10ga and the other for 8ga when the specs are so close? As I stated, I ran it for over an hour at very high volume and the wires never got even slightly warm. I also looked at Crutchfields table for calculating power wire size and my amp falls right on the line between 8-10ga. So can you educate a novice as to where you see the concern?
If there's has been a kink in the wire or a warn spot on the insulation
You could say that about any size wire.
Im talking about the amp draw of this specific amp not general terms. If were going by total watts the 4180 puts out significantly more power yet uses a smaller wire because of the amp draw specific to that amp. Would I prefer an 8awg yes of course, do I think his bike is going to catch fire using a 10awg...not at all.
I think perhaps your years of building power plants have safety and caution engraved in you! Not a bad thing.
Cvojoe...not arguing your expertise. But if he's running a 30 amp fuse to what you say is an amp that can use up to 60 amps, then that fuse should blow at a 31 amp draw. As well as the fact that the reason we fuse after the battery is for any what ifs...i.e. wire nick, kink etc. Without that fuse, the bike itself could become 12v live....not cool!
Im talking about the amp draw of this specific amp not general terms. If were going by total watts the 4180 puts out significantly more power yet uses a smaller wire because of the amp draw specific to that amp. Would I prefer an 8awg yes of course, do I think his bike is going to catch fire using a 10awg...not at all.
I think perhaps your years of building power plants have safety and caution engraved in you! Not a bad thing.
That is correct Haze you could say that about any size wire, But a wire that is running over it's Max amperage is much more susceptible to fail at those high loads. It's not only the size of wire that increases from 10 to 8ga it's also the Thickness of insulation around the wire.
There is no doubt about my years spent building power plants have safety and Caution engraved and overdone.
My point really is don't run a 60 amp piece of equipment on 30 amp set up. IMO... If it calls for a 60 amp set up then that's what I'm going to put on it
Guys I don't know enough about these amplifiers to try and figure out why one calls for more amperage than the other.
Guys I mean no disrespect I just don't want that young man to have a bad day on his motorcycle
Cvojoe...not arguing your expertise. But if he's running a 30 amp fuse to what you say is an amp that can use up to 60 amps, then that fuse should blow at a 31 amp draw. As well as the fact that the reason we fuse after the battery is for any what ifs...i.e. wire nick, kink etc. Without that fuse, the bike itself could become 12v live....not cool!
Hey baggerdude what you're saying makes perfect sense in a perfect world, but these cheap fuses that the auto industry uses will sometimes fail closed. I don't want to trust my $25,000 motorcycle to a $.79 fuse, On a system that's already running over it's design capacity
Once again I am probably overthinking things and using way too much caution but that's just me. I don't like breaking down, I don't like blowing fuses In the middle of BFE
It's all good brother's, haze I hope you will allow me to come to you for help in the future, I'm going to need it
Good conversation from a safety standpoint. But trust me Springer. You'll be fine to ride the rest of the season with the 10 ga. Your bike is not gonna catch on fire bro! LOL
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