![Die physikalischen Eigenschaften von Kupfer und Aluminium Die physikalischen Eigenschaften von Kupfer und Aluminium](https://www.dacpol.eu/6729-large_default/die-physikalischen-eigenschaften-von-kupfer-und-aluminium.jpg)
![Die physikalischen Eigenschaften von Kupfer und Aluminium Die physikalischen Eigenschaften von Kupfer und Aluminium](https://www.dacpol.eu/6729-large_default/die-physikalischen-eigenschaften-von-kupfer-und-aluminium.jpg)
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Technical data |
|
Coppe | |
1. Atomic weight | 63,57 |
2. Atomic number | 29 |
3. Weight @ 20°C | 8,89 g/cm3 |
4. Melting temperature | 1083°C |
5. Boiling temperature | 2310°C |
6. Specific heat 18°C - 100°C | 0,093 cal/g |
7. Melting heat | 43,3 cal/g °C |
8. Line expansion coefficient 18°C - 100°C | 0,000017 °C |
9. Dielectric withstand @ 20°C | 0,017241 mm2/m |
10. Withstand coefficient @ 20°C | 0,00393 °C |
11. Thermal conductance | 340 kcal/mh°C |
12. Resistance for stretching diameters 0,04 - 0,50mm | 24-31 kg/mm2 |
13. Resistance for stretching diameters 0,51 - 3,00mm | 19-27kg/mm2 |
14. Resistance for stretching diameters 3,01 - 6,00mm | 16-24kg/mm2 |
Aluminium |
|
1. Atomic weight | 26,98 |
2. Atomic number | 13 |
3. Weight @ 20°C | 2,703 g/cm3 |
4. Melting temperature | 650°C |
5. Boiling temperature | 2270°C |
6. Specific heat 18°C - 100°C | 0,23 kcal/kg °C |
7. Melting heat | 92,4 kcal/kg |
8. Line expansion coefficient 18°C - 100°C | 0,000024 °C |
9. Dielectric withstand @ 20°C | 0,027808 mm2/m |
10. Withstand coefficient @ 20°C | 0,0040 °C |
11. Thermal conductance | 187,2 Kcal/mh°C |
12. Resistance for stretching diameters 0,04 - 0,50mm | 9-10 kg/mm2 |
13. Resistance for stretching diameters 0,51 - 3,00mm | 8-10 kg/mm2 |
14. Resistance for stretching diameters 3,01 - 6,00mm | 7-10 kg/mm2 |
Wire comparison |
|
---|---|
For the same temperature and intensity |
For the same conductance |
Aluminium diameter= Copper diameter x 1,19 |
Aluminium diameter= Copper diameter x 1,27 |
Aluminium section = Copper section x 1,42 |
Aluminium section = Copper section x 1,63 |
Aluminium weight = Copper weight x 0,4 |
Aluminium weight = Copper weight x 0,5 |
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Technical data |
|
Coppe | |
1. Atomic weight | 63,57 |
2. Atomic number | 29 |
3. Weight @ 20°C | 8,89 g/cm3 |
4. Melting temperature | 1083°C |
5. Boiling temperature | 2310°C |
6. Specific heat 18°C - 100°C | 0,093 cal/g |
7. Melting heat | 43,3 cal/g °C |
8. Line expansion coefficient 18°C - 100°C | 0,000017 °C |
9. Dielectric withstand @ 20°C | 0,017241 mm2/m |
10. Withstand coefficient @ 20°C | 0,00393 °C |
11. Thermal conductance | 340 kcal/mh°C |
12. Resistance for stretching diameters 0,04 - 0,50mm | 24-31 kg/mm2 |
13. Resistance for stretching diameters 0,51 - 3,00mm | 19-27kg/mm2 |
14. Resistance for stretching diameters 3,01 - 6,00mm | 16-24kg/mm2 |
Aluminium |
|
1. Atomic weight | 26,98 |
2. Atomic number | 13 |
3. Weight @ 20°C | 2,703 g/cm3 |
4. Melting temperature | 650°C |
5. Boiling temperature | 2270°C |
6. Specific heat 18°C - 100°C | 0,23 kcal/kg °C |
7. Melting heat | 92,4 kcal/kg |
8. Line expansion coefficient 18°C - 100°C | 0,000024 °C |
9. Dielectric withstand @ 20°C | 0,027808 mm2/m |
10. Withstand coefficient @ 20°C | 0,0040 °C |
11. Thermal conductance | 187,2 Kcal/mh°C |
12. Resistance for stretching diameters 0,04 - 0,50mm | 9-10 kg/mm2 |
13. Resistance for stretching diameters 0,51 - 3,00mm | 8-10 kg/mm2 |
14. Resistance for stretching diameters 3,01 - 6,00mm | 7-10 kg/mm2 |
Wire comparison |
|
---|---|
For the same temperature and intensity |
For the same conductance |
Aluminium diameter= Copper diameter x 1,19 |
Aluminium diameter= Copper diameter x 1,27 |
Aluminium section = Copper section x 1,42 |
Aluminium section = Copper section x 1,63 |
Aluminium weight = Copper weight x 0,4 |
Aluminium weight = Copper weight x 0,5 |
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