batt. relocate wire size
Alright you electricians...how about this?
I have been redoing a lot of **** in my car while I have to wait on this and that to try and get it running. One of my biggest inside was redoing the batt relocate. I was intending to run a 4guage line going to the starter and a 8-10guage line running to the power supply. This I know will work well and last the life of my car...but...it's bulky and difficult to hide in the car, without guting it that is.
I was going to do it anyways, but recently I came across some heavy duty wire used to rig up irrigation wells and lagoon pumps. This is a low profile line containing 4 (multi)strands of 10guage wire. This stuff is tripple insulated, made to be buried under mud, dirt, concrete, cows, water, tornados...etc...etc. Cutting the insulation with a razor blade or a good knife is a challenge....which is very appealing to me cosidering it's proximity to sharp metal. If I run this wire and hook all four wires to the starter and power supply would that work well? Or would still not be enough?
I have been redoing a lot of **** in my car while I have to wait on this and that to try and get it running. One of my biggest inside was redoing the batt relocate. I was intending to run a 4guage line going to the starter and a 8-10guage line running to the power supply. This I know will work well and last the life of my car...but...it's bulky and difficult to hide in the car, without guting it that is.
I was going to do it anyways, but recently I came across some heavy duty wire used to rig up irrigation wells and lagoon pumps. This is a low profile line containing 4 (multi)strands of 10guage wire. This stuff is tripple insulated, made to be buried under mud, dirt, concrete, cows, water, tornados...etc...etc. Cutting the insulation with a razor blade or a good knife is a challenge....which is very appealing to me cosidering it's proximity to sharp metal. If I run this wire and hook all four wires to the starter and power supply would that work well? Or would still not be enough?
I know that 2-4guage wire would be excellent for the load but as I said it is hard to hide without gutting the interior first, and plus I want to be able to inspect this line from time to time to make sure it isn't burning or anything.
This is why I would want to use the low profile wire I desribed above. It lays flat and is less than .25'' thick. I want to know if four strands of 10guage would work as well as a single strand of 2-4guage?
The low profile line could be left in the open yet be only slightly noticable, and easy to inspect from time to time.
This is why I would want to use the low profile wire I desribed above. It lays flat and is less than .25'' thick. I want to know if four strands of 10guage would work as well as a single strand of 2-4guage?
The low profile line could be left in the open yet be only slightly noticable, and easy to inspect from time to time.
okay dude...beings you seem to be the only one wanting to reply...can you answer my question? I know I can make 2-4 work, I know I can find a way...but I also know what have for free and what I'll have to buy, I know where I would need to run larger and where I want to run lower profile, I know 2-4guage is the ideal size but will 4 10guage strands work the same?
Will four 10guage wires run in parrallel hold up to the same amps as one 4 guage wire? <This is the question that I need answered.
Will four 10guage wires run in parrallel hold up to the same amps as one 4 guage wire? <This is the question that I need answered.
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I ran super high stranded 2ga from the battery to a bulkhead connector at the fire wall. From the firewall it goes 4 gauge to the starter, 8 ga to the main fuse box and I haven't run the alternator wire yet..but I'm thinking 8ga there or maybe 10ga. The only circuit breaker is at the battery.
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Gauge to Inches Conversion
Alright, here's my two cents. All you have to do is calculate the area of 2 gauge compared to 4x10 guage wire. According to the conversion chart, 2 gauge has a diameter of .26 inches, and using the pi r-squared equation, you get an area of .05 inches-squared. With your 10 gauge wire, which has a diameter of .10 inches, the area is .007 and then times the four strands give you .028.
2 gauge area = .05 inches-squared
4x10 gauge area = .028 inches-squared
You would need 8 strands of 10 gauge to equal 2 gauge wire. I say go buy some 2 gauge and suck it up. Sorry for all the math.
Alright, here's my two cents. All you have to do is calculate the area of 2 gauge compared to 4x10 guage wire. According to the conversion chart, 2 gauge has a diameter of .26 inches, and using the pi r-squared equation, you get an area of .05 inches-squared. With your 10 gauge wire, which has a diameter of .10 inches, the area is .007 and then times the four strands give you .028.
2 gauge area = .05 inches-squared
4x10 gauge area = .028 inches-squared
You would need 8 strands of 10 gauge to equal 2 gauge wire. I say go buy some 2 gauge and suck it up. Sorry for all the math.
No I appreciate the math...this is the answer I've been wanting for about 3 days...but no one could answer. Why is it so hard to answer the question at hand? Why keep restating what I already know?
Thanks turboIIrex...I appreciate the info.
Thanks turboIIrex...I appreciate the info.
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