Aluminum is a metal that is a good conductor of electricity. It has an excellent ratio of conductivity/weight. Also has an excellent ratio of conductivity/price.
Copper and aluminum (or copper clad with aluminum) are often used in wiring. New aluminum connection is now limited to use service-connections by some electrical codes and can no longer be installed for branch circuit wiring.
Yes, you can use an aluminum wire. Aluminum does conduct electricity. However, there is a well-known problem with aluminum wire. When exposed to air, the outer layer of aluminum forms a non-conductive oxide. There is resistance to the flow of electricity as it attempts to get through the aluminum oxide coating to the conductive aluminum below. When aluminum wire is used to reduce weight, it is usually welded to another metal that makes a better contact, such as copper. The contact metal is then what is connected.
Aluminum is an extremely conductive material. Electrical wire is commonly made of aluminum. Aluminum foil is just a big block of aluminum flattened into a long roll.SO THE ANSWER IS ALUMINUM CAN CONDUCT ELECTRICITY!!!!!!!In the US aluminum electrical wire is banned, because the surface oxide is nonconductive causing high resistance connections to develop resulting in electrical fires. Only copper electrical wire is legal, its surface oxide is conductive.
NO!!!Clarification:Aluminum wiring has been determined to greatly increase the risk of electrical fires and as such has been restrictedfrom house wiring applications.See the link below to view a further explanation.Aluminium wire has not been totally banned for electrical installations. The main service installations can still use aluminum wire. Connections prepared by electricians have the ends prepared in accordance with the manufactures specifications. The use of aluminum conductors can reduce the total cost of the service by twenty five percent.
Yes, if the guage/current capacity is right. Make sure all the components that will connect to the wire such as outlet and breaker are approved for aluminum. Check your local electrical code to make sure it's allowed.
we can use the electromagnetic waves to transmit the electrical powers without the cables. But it is very difficult.
It depends on some factors which are not mentioned in the question. The main difference between 100% copper wire and copper clad aluminum is that IF they are the same diameter, then the copper will carry and stand up to more electrical current than the aluminum. If the diameter of the aluminum cables have been upgraded in size, to match the current carrying capacity of the normal copper cables, then the only remaining difference is that copper withstands much more bending and coiling beforethe metal begins to "work harden," and some of the individual wire strands begin to break. In other words, the copper stands up to use better than aluminum. When buying booster cables, read the lables, and make sure that the maximum number of Amps, for which the aluminum cables are capable of carrying, is equal to or greater than the highest rated copper cables. Therefore, IF the copper clad aluminum cables are rated for the same current carrying capacity as copper cables, then there is NO difference in use between the two types.
To transfer the electrical energy to the load.
The most common use for copper (Cu) - is in electrical cables.
Without continuity they would not conduct electricity so as electric cables they would be a non-starter.
Copper and aluminum (or copper clad with aluminum) are often used in wiring. New aluminum connection is now limited to use service-connections by some electrical codes and can no longer be installed for branch circuit wiring.
Well, aluminum is not very heavy compared to other metals, and it is easy to produce. That's the non-scientific answer.
Use the continuity test facility , I have information on my website and links for testing and inspection http://www.rbgrant.co.uk
Toaster,
they use electrical and sound energy
Portable appliance testing (PAT) is basically a method of testing (using a device and by sight) that any electrical equipment, cables, devices, machinery is safe to use.
Keep the cables away from any substance that might generate EMI interference. Also, you can use a shielded cable instead of an unshielded one to reduce interference.