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what is the different between speaker wire and power wire

Hi
(1) What is the different between speaker wire 10 gauge and power wire 10 gauge.
(2) Is 10 gauge copper clad aluminum wire good for solar panel use.
(3) A copper clad aluminum wire can you actually see the aluminum in the copper wire.
(4) when you don't have 10 gauge copper wire can you double two 12 gauge wire to make thicker gauge to equal 10 gauge wire.
mrel
 
Power wire will have insulation to suit the voltage in use.
The wire you use for solar panels will depend on the current, voltage and length.
You can parallel cables to increase the current handling capacity.
 
1. if you have a #10 wire running to your speakers they should be permanently mounted, otherwise the the connectors are liable to break when you try to move them becaus the wire is so thick.
2. The manufacturers of solar panels ask that you use wire that is #10 or over #10, and that it be aluminum clad to resist corrosion from the natural elements solar is often in cohoots with.
3. An aluminum clad wire has a thin layer of aluminum over the conducting material inside it that can be scraped off with a pocket knife. The core is often not fully copper, but an alloy of superconductors, titanium, gold, and copper.
4. Specs are specs. You are the tech, it's your fault if the hookybob fails.

#z & if the speakers get cooked cause you ran the solar panel through them thinkin the wires in the wall were running to the stereo instead of the solar controller... You should consult the manual, find the schematic and have a sitdown with your customer... about what you can do to make up for the hookybob mishap.
sorry goodluck and radio sets leave blood trails....
 
1. if you have a #10 wire running to your speakers they should be permanently mounted, otherwise the the connectors are liable to break when you try to move them becaus the wire is so thick.
2. The manufacturers of solar panels ask that you use wire that is #10 or over #10, and that it be aluminum clad to resist corrosion from the natural elements solar is often in cohoots with.
3. An aluminum clad wire has a thin layer of aluminum over the conducting material inside it that can be scraped off with a pocket knife. The core is often not fully copper, but an alloy of superconductors, titanium, gold, and copper.
4. Specs are specs. You are the tech, it's your fault if the hookybob fails.

#z & if the speakers get cooked cause you ran the solar panel through them thinkin the wires in the wall were running to the stereo instead of the solar controller... You should consult the manual, find the schematic and have a sitdown with your customer... about what you can do to make up for the hookybob mishap.
sorry goodluck and radio sets leave blood trails....

Just to let you know i am Not a tech i am just a hobbyist.
(1) My post is to find out what different between 10 gauge speaker wire and a 10 gauge power wire.
(2) As you say better to use copper clad aluminum wire for solar panel.
(3) Speaker and power wire both are 10 gauge so what different can you use speaker wire to hookup solar panel or use copper clad aluminum wire for speaker hookup.
mrel
 

Harald Kapp

Moderator
Moderator
can you use speaker wire to hookup solar panel
Depends on the output voltage of the solar panel. As long as the output voltage is less than the rated voltage of the wire it is o.k. Otherwise it is not o.k.

use copper clad aluminum wire for speaker hookup
That is possible, but why would you go for the more expensivee wire if a simple copper wire will do?

i am Not a tech i am just a hobbyist.
The better it is to stick to the use of components (incl. wire) in applications they are made for.
 
3. An aluminum clad wire has a thin layer of aluminum over the conducting material inside it that can be scraped off with a pocket knife. The core is often not fully copper, but an alloy of superconductors, titanium, gold, and copper.
Surely the other way round with the copper cladding the aluminium core. Never used it myself.
With two metals, corrosion cann occur if moisture is present, try to keep to all copper.
An alloy will not be used in a cable since alloys always have higher resistance than pure metals. Adding titanium and gold is ludicrous.
Superconductors only work at very low temperature. Do you have liquid helium available?
 
Speaker wire usually has more strands in it for flexibility.
Unless you have a huge amplifier or have speakers located far away from the amp, using #10 is probably overkill.

Yes, you can see the aluminum underneath the copper cladding on the ends where its cut off. Aluminum clad is popular in heavier guage wire because its inexpensive compared to solid copper.

Doubling up two #12 gauge wires would not only equal one #10, but would exceed it by 150%. Of course its application would be silly.

Btw, Silver is a much better conductor than gold.
 
They are both labeled as being "pure copper wire" which I assume is just industrial pure, and really just some alloy to help prevent it from cracking from repeated flexing.
As I said before, it will NOT be an alloy but just commercially pure. The only copper alloy used for wire that I know of is copper-beryllium (very nasty) which is used where strength is required.

The wires do break if flexed too much and I often chop a piece off the end of the cable of portable tools to find a good bit. The finer the wires in the cable, the more it will bend without breaking.
 
I think there is more than just lies when it comes to different cables sounding different. Im sure there is no difference if your audio setup is not very sensitive and neutral meaning usually, having top of the line source, amplifier and most important of all very capable speakers.
 
Cheap and expensive, every dynamic speaker has a low frequency resonance. The very low output impedance (0.08 ohms or less) of a modern amplifier damps that resonance if the cable resistance is less than a few ohms.

If you have a mile or more of ordinary cable or very thin wires then the speaker will resonate like a bongo drum and a cable with a lower resistance will reduce the resonance.
 
For example, Sennheisers very expensive electrostatic headphones are designed so that the wire is used to only supply very low voltage signal and then the amplifiers located in the headphones convert it into HV.

They wouldn't do that for nothing since it complicates the design much.

When it comes to normal dynamic speaker elements of magnet design, people usually describe bad cable being not open, and sounding less transparent. It is quite complicated how those qualities actually transfer into signal and specifications measured by instruments.
 
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