Super Enameled Copper Wires

1.00

Product Details:

Minimum Order Quantity 1 Onwards
Insulation Insulated
Gauze 1/58.5=0.017094
Conductor Type Solid, Stranded
Diameter Basis : IEC 60317-0-1 Metic Sizes (R20 Series) Basis : NEMA MW 1000-2003 AWG Sizes Basis : IEC 60317
Application Building & Homes, Overhead, Underground, Household Integration

We are reputed enterprises in this industry, offering a wide gamut of Super Enameled Copper Wires, available in various specifications. These products are manufactured using optimum grade raw material and sophisticated machines in sync with international standards at the vendor”s end. In addition to this, widely used in various industries such as electronic, auto-mobile & construction and are examined under the inspection of quality controllers before delivery to ensure the premium quality.

1. Cross Sectional Area
Cross Sectional area = π/4xd² mm² Where d = conductor diameter in mm

2. Weight of Conductor
Copper conductor : 6.98218 x (d)²    Where d = conductor dia Based on Density of copper = 8.890 g/cc

3. Conductor resistance Copper Conductor
Nominal resistivity annealed conductor, as in enamelled wire, according to IEC 60317-0-1 specification = 1/58.5=0.017094 ohm.mm²/m

For AWG sizes, Resistivity as specified in NEMA MW 1000-2003 = max. 0.017241 (=1/58) ohm.mm²/m, corresponding to conductivity 100%(IACS) is taken as base

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Description

Product Details:

Minimum Order Quantity 1 Onwards
Insulation Insulated
Gauze 1/58.5=0.017094
Conductor Type Solid, Stranded
Diameter Basis : IEC 60317-0-1 Metic Sizes (R20 Series) Basis : NEMA MW 1000-2003 AWG Sizes Basis : IEC 60317
Application Building & Homes, Overhead, Underground, Household Integration

We are reputed enterprises in this industry, offering a wide gamut of Super Enameled Copper Wires, available in various specifications. These products are manufactured using optimum grade raw material and sophisticated machines in sync with international standards at the vendor”s end. In addition to this, widely used in various industries such as electronic, auto-mobile & construction and are examined under the inspection of quality controllers before delivery to ensure the premium quality.

1. Cross Sectional Area
Cross Sectional area = π/4xd² mm² Where d = conductor diameter in mm

2. Weight of Conductor
Copper conductor : 6.98218 x (d)²    Where d = conductor dia Based on Density of copper = 8.890 g/cc

3. Conductor resistance Copper Conductor
Nominal resistivity annealed conductor, as in enamelled wire, according to IEC 60317-0-1 specification = 1/58.5=0.017094 ohm.mm²/m

For AWG sizes, Resistivity as specified in NEMA MW 1000-2003 = max. 0.017241 (=1/58) ohm.mm²/m, corresponding to conductivity 100%(IACS) is taken as base