Uh oh!@ what did i do?
I want to preface this post with the painfully obvious here, I have no electrical background. So i bought this adapter online so that i could use things like power drills and in this case, a household iron in the car. Sounded like a great idea until i plugged it in and powered on the iron and my radio and the cigarette lighter immediately went dead. I'm guessing a fuse was blown but i have no idea. i tried disconnecting the battery for a while but that didn't do it(didn't think it would). Has anyone run into a similar problem? what do you guys think i did here. this is the power inverter i bought, i guess you guys should steer clear, although it did get great reviews.
http://www.ebay.com/itm/120817137489...ht_3654wt_1165
update: solved, thanks aphex4000
http://www.ebay.com/itm/120817137489...ht_3654wt_1165
update: solved, thanks aphex4000
You've likely blown the 10A fuse in the #9 position shown in the image linked below. The eBay item description lists "No Load Current Draw: Less than 0.3A" but does not list a maximum load current draw. You should contact the seller to find out the maximum current draw is. Anything more than 10A and your fuse will blow again.
https://www.s2ki.com/s2000/gallery/i...5-fuse-boxjpg/
https://www.s2ki.com/s2000/gallery/i...5-fuse-boxjpg/
You've likely blown the 10A fuse in the #9 position shown in the image linked below. The eBay item description lists "No Load Current Draw: Less than 0.3A" but does not list a maximum load current draw. You should contact the seller to find out the maximum current draw is. Anything more than 10A and your fuse will blow again.
https://www.s2ki.com/s2000/gallery/i...5-fuse-boxjpg/
https://www.s2ki.com/s2000/gallery/i...5-fuse-boxjpg/

Need to figure out my radio code now too. the only manuals i have for the car are the quick guide, warranty and service books
I'll also add that you you'll never be able to run irons, power tools, etc off
that circuit regardless of what the inverter's rating is.
The circuit is approximately capable of:
10 amps x 12.5 volts = 125 watts
an iron uses 1000+ watts
my corded Makita drill draws 3.3 amps @ 115 volts = 380 watts
assuming 100% efficiency of the inverter (it will actually be lower),
the 12.5v, 10 amp circuit can supply 125w / 115v = 1.08 amps @ 115 volts
that circuit regardless of what the inverter's rating is.
The circuit is approximately capable of:
10 amps x 12.5 volts = 125 watts
an iron uses 1000+ watts
my corded Makita drill draws 3.3 amps @ 115 volts = 380 watts
assuming 100% efficiency of the inverter (it will actually be lower),
the 12.5v, 10 amp circuit can supply 125w / 115v = 1.08 amps @ 115 volts
I'll also add that you you'll never be able to run irons, power tools, etc off
that circuit regardless of what the inverter's rating is.
The circuit is approximately capable of:
10 amps x 12.5 volts = 125 watts
an iron uses 1000+ watts
my corded Makita drill draws 3.3 amps @ 115 volts = 380 watts
assuming 100% efficiency of the inverter (it will actually be lower),
the 12.5v, 10 amp circuit can supply 125w / 115v = 1.08 amps @ 115 volts
that circuit regardless of what the inverter's rating is.
The circuit is approximately capable of:
10 amps x 12.5 volts = 125 watts
an iron uses 1000+ watts
my corded Makita drill draws 3.3 amps @ 115 volts = 380 watts
assuming 100% efficiency of the inverter (it will actually be lower),
the 12.5v, 10 amp circuit can supply 125w / 115v = 1.08 amps @ 115 volts
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I know it is none of my business...but, the obvious was completely missed here... Why do you want to run a household iron in your car? You cant text and drive, surely you are not doing clothes on your way to work in the am?
I don't have a whole lot of time on my hands here... No I needed to iron on a patch for a tear in the roof
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