Originally Posted by CavityCr33p
I would definately not go with a 6ga power cable. Minimum would be 8ga. And put a 60a fuse under the hood and you will be fine.
Here is what I am running
p3 1.266 cpu
full atx mobo
nvidia gforce4 mx440 agp
sblive pci sound
512 pc133 ram
1 60 gig WD 5400 rpm drive
1 20 gig WD 5400 rpm drive
1 usb linksys wifi
powering 1 system fan, not counting hsf
powering 7" vga from molex
touchscreen is using usb
Antec 250 watt psu
I am running that into a 300W inverter (Xantrex Xpower 400plus)
Also running is a 100 watt pioneer amp which has a 20 amp fuse in it.
Also DSSC startup/shutdown in the middle
Amp and inverter are running into distribution block which has two 30 amp fuses in it.
The question is, what size fuse should I put under the hood? 60 amp? The main power cable is 6 gauge and I think its max at 10 feet is 80 amps. Should I get a 60 amp inline fuse, or a 80 amp.? Should I lose the 30 amp fuses in the distro, is this too much fusing?
Im going to pick a inline for under the hood tommorow so any comments asap would be awesome!
2000 Sunfire build 100%, or is it ever really 100%?
Originally Posted by CavityCr33p
I would definately not go with a 6ga power cable. Minimum would be 8ga. And put a 60a fuse under the hood and you will be fine.
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Well, I already have the 6 gauge so I am going to stick with that. I think most people run 4 gauge to their distro around here and 8 out right? Thanks tho!
I was thinking 60 amp should be fine, but I have heard of over fusing.
2000 Sunfire build 100%, or is it ever really 100%?
the size of the fuse should match your power draw. You don't want too large of a fuse because this is a fire hazard. For example you dont need a 20 amp fuse on a 100 watt amp, if your power cable shorts on something, about 12 amps would be shorting on something before that fuse would blow, easily causing a fire. My suggestion is if you are unsure of your power draw, get the lowest rated fuse you that you think can handle your system first. If that works without blowing, then stick with that, or even downgrade.
PC Components:
Lilliput; XPC/FLEX mobo; 1.7 ghz P4 Mobile;512 DDR; 160 gb HDD; opus 150; slot usb dvd-rw
My work log
6 is larger then 8Originally Posted by Cheekz185
PC Components:
Lilliput; XPC/FLEX mobo; 1.7 ghz P4 Mobile;512 DDR; 160 gb HDD; opus 150; slot usb dvd-rw
My work log
Well, the 20 amp fuse is what came with the pioneer, so Im thinking it is right. What do you think about the distribution blockwith the fuses? I should have paid attention in AC/DC during college instead of drowning myself in Cisco...Originally Posted by Peoples
Anybody wanna take a guesstimate of what the power draw of this system is? Do I count the pc and the inverter seperate?
2000 Sunfire build 100%, or is it ever really 100%?
distrobution block should be fine, i'd stick a 60 up front
PC Components:
Lilliput; XPC/FLEX mobo; 1.7 ghz P4 Mobile;512 DDR; 160 gb HDD; opus 150; slot usb dvd-rw
My work log
Thats what I was thinking...Originally Posted by Peoples
I called audio express today and they were like "relay? whats that?"
Idiots....Ive gotta pick up a extra relay for my inverter....wires galore!
2000 Sunfire build 100%, or is it ever really 100%?
wow, you'd think audio shops would install alarms......and most alarms require a lot of relays to hook up remote start..... thats pretty sad
PC Components:
Lilliput; XPC/FLEX mobo; 1.7 ghz P4 Mobile;512 DDR; 160 gb HDD; opus 150; slot usb dvd-rw
My work log
The maximum rating of the fuse should be the no higher than the rating of the cable it is protecting. You can have less if you want, just make sure that it is more than the current needed.
Keep the fuses in the distibution block and make sure that the cables supplying the amp and inverter are no thinner than 10awg. 8awg would be good.
No, this is not too much fusing. It's exactly right. The inline fuse and the fuses in the distribution block are to protect the cables and are meant to blow if the current draw exceeds the ratings of the cables (for example if they short) otherwise they will overheat and catch fire. The fuses in the components are to protect them.
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