Section Calculation Desk
SECTION · KG/KM WEIGHT · DC RESISTANCE (IEC 60228) · INDICATIVE CURRENT
Enter the values and the results update instantly — you may use a comma or a dot for decimals.
If entered, the build increase and single-side thickness are calculated.
CALCULATION SHEET
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- Section Area
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- Weight
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- DC Resistance (20°C)
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- DC Resistance (operating temp.)
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- Indicative Current (J·A)
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- Build Increase (both sides)
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- Insulation Thickness (single side)
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Material comparison at the same section
| Weight | DC Resistance | |
|---|---|---|
| Copper | — | — |
| Aluminium | — | — |
IEC 60317-0-2 corner correction: A = a·b − r²(4−π)
CALCULATION SHEET
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- Section Area
- —
- Weight
- —
- DC Resistance (20°C)
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- DC Resistance (operating temp.)
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- Indicative Current (J·A)
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- Applied Corner Radius
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Material comparison at the same section
| Weight | DC Resistance | |
|---|---|---|
| Copper | — | — |
| Aluminium | — | — |
You can compute it in the round or flat wire tab and carry it here.
CALCULATION SHEET
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- Result
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- Unit Weight
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- Summary
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Reel and packaging weight are not included; the net conductor weight is used.
Results are theoretical nominal values based on IEC 60228 resistivity and standard densities (Cu 8.89 g/cm³ · 0.017241 Ω·mm²/m — Al 2.70 g/cm³ · 0.028264 Ω·mm²/m). The indicative current is computed with the selected current density (J·A) and is for preliminary design only; the real current capacity depends on cooling, winding and ambient conditions. For tolerance and grade, refer to the product datasheet.
Technical DatasheetsYou can download a PDF datasheet from each product page.
Engineering SupportConsult our team on section and insulation selection.
Turn the Calculation into a QuoteIf your dimensions are ready, send them to the quote form.