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CMS MAGNETICS - (14 AWG,1-Pound Spool, 83 Feet) Enameled Copper Magnet Wire for Science, Speaker Coil, Transformer, Inductor, DIY Project - 356°F Working Temp, 8.2A Rated Current
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*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
- Electrical items MAY be 110 volts.
- 7 Day Return Policy
- All products are genuine and original
- Cash On Delivery/Cash Upon Pickup Available
CMS MAGNETICS Features
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Size: 14 AWG, Diameter: 1.62mm, Weight: 1 Pound, Length: 83ft, Resistance: 2.58 ohms/1000ft, Rated Current: 8.2A, Maximum Current: 9.4A, Working Temperature: 356°F (180°C)
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Buy CMS Magnetics brand with confidence that all spools are equal to 1 pound worth of high quality enameled coated magnet copper wire regardless of the size. Total length of wire is based on the gauge size (diameter of wire) since weight and material will always be the same. Our brand's reputation is important to us as well as our ability to deliver on exceptional customer service. We will never cheat you out on material or quality.
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These insulated wires are highly durable and will not break while winding your coils. The quality of the material makes it very efficient for your application.
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This amber color enameled insulation is highly durable and have tested to withstand up to 356 degrees fahrenheit or 180 degrees celsius. If for any reason you prefer direct connections to the wire, you could use sandpaper to strip the enamel off.
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Trusted by engineers and science enthusiasts. These magnet wires are perfect for electrical applications such as winding transformers, motors, speaker coils, electromagnets, tesla coils, and inductors. They're also great for use in science experiments, hobbies, and do it yourself projects.
About CMS MAGNETICS
CMS Magnetics Magnet Wires are sold in 1 pound spools. Length varies depending on the AWG size. It has an operating heat rating of 180° Celsius (392°Fahrenheit). These are high quality copper wire with a thin layer of insulation. It can be used in electric motors, transformers, inductors, speakers, DIY projects, science experiments, and other industrial utilization.
