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- 10G Copper Wire; Air Coils (Medium-size)
10G Copper Wire; Air Coils (Medium-size)
SKU:
$120.00
$72.00
$72.00
Unavailable
per item
Air Coils a.k.a. bonded self-supporting coils. Copper is the electrical conductor in many categories of electrical wiring. Copper wire is used in power generation, power transmission, power distribution, telecommunications, electronics circuitry, and countless types of electrical equipment. 10G is the thickness of the copper wire used to make the Air Coils. An Air coil is an inductor that does not depend upon a ferromagnetic material to achieve its specified inductance (electromagnetism). An Air-coil is wound copper wire with a hollow core, used for power generation (electricity production).
We had the Copper Wire; Air Coils professionally manufactured to specific, specifications:
Generally, Copper Wire; Air Coils are very expensive if purchased individually ($120); however, if purchased in bulk, there is a significant savings. We purchased in bulk, so we gladly pass on the savings to you.
Air Coils are used with Magnets to make electricity.
We had the Copper Wire; Air Coils professionally manufactured to specific, specifications:
- 10G Copper Wire: for high inductance, quality, and less power leakage through heat.
- Each coil was professionally wound and wrapped by layers; starting from left to right.
- Each coil was professionally bonded with an epoxy to seal the coil windings to prevent the coil from unwrapping.
- The length of both end of wire not wrapped on the coil: 8 inches (203.2 mm).
- Inner Diameter: 2 inches (50.8 mm)
- Outer Diameter: 3.28 inches (83.5 mm)
- Length: 2 inches (50.8 mm)
Generally, Copper Wire; Air Coils are very expensive if purchased individually ($120); however, if purchased in bulk, there is a significant savings. We purchased in bulk, so we gladly pass on the savings to you.
Air Coils are used with Magnets to make electricity.
According to the Department of Energy, nearly all the electricity used in home is produced by large generators that have coils of wire moving between magnets. The magnets are very strong. There is a lot of wire in the coils and the coils turn very fast. Specifically, a magnetic field pulls and pushes electrons in some objects near them to make them move. Metals, like copper, have electrons that are moved easily and can be readily moved from their orbits. If a magnet is moved quickly through a coil of copper wire, electrons move and electricity is made.