ELECTRICAL COPPER WIRE ROD
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Standard document:
TU U 27.4-00195452-006-2001 - Electrical copper rod. Specifications
Material:
- For the manufacture of wire rod grade-1 LME copper cathodes are used to mark M00k DSTU GOST 546:2004 (Standard 546-2001)
- For the manufacture of wire rods use copper fire total content of silver and copper, not less than 99.90%.
Purpose: The rod used for the manufacture of electrical conductors.
Rods are made the following brands: LME-1, KME-2,KME-3, KME-4KME-5, KME-6 AME-7.
Requirements TU U 27.4-00195452-006-2001.
The chemical composition of copper, copper cathodes produced from grade M00k
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Material code
|
Chemical composition,% | |||||||
|
element |
Cu |
Ag |
As |
Bi |
Cd |
Co |
Cr | |
|
LME-1 |
min.
max. |
- ost. |
- 0,0025 |
- 0,00051) |
- 0,000202) |
- -1) |
- -3) |
- -1) |
|
Chemical composition,% | ||||||||
|
Fe |
Mn |
Ni |
O |
P |
Pb |
S |
Sb |
Se |
|
- 0,00103) |
- -1) |
- -3) |
- 0,040 |
- -1) |
- 0,0005 |
- 0,0015 |
- 0,00041) |
- 0,000202) |
|
Chemical composition,% | |||||
|
Si |
Sn |
Te |
Zn |
Elements (other than copper)
| |
|
Overall |
Except | ||||
|
- -3) |
- -3) |
- 0,000202) |
- -3) |
0,0065 |
Î |
|
Note:
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The chemical composition
|
Material code |
Chemical composition,% | ||||||
|
Elrment |
|
|
|
|
Other elements
| ||
|
Overall |
Except | ||||||
|
LME-2 |
min. max. |
99,90 - |
- 0,0005 |
- 0,0402) |
- 0,005 |
- 0,03 |
Ag, O |
|
LME-3 |
min.
|
99,90 - |
- - |
- 0,0402) |
- - |
- 0,04 |
Ag, O |
|
LME-4 |
min. max. |
99,90 - |
- - |
- - |
- - |
- - |
- |
|
| |||||||
The chemical composition of silver-copper grades
|
Material
|
Chemical composition,% | |||||||
|
|
Cu1) |
Ag |
Bi |
O |
Pb |
Othet elements | ||
|
Overall |
Except | |||||||
|
KME-5 |
min. max. |
Residue |
0,03 0,05 |
- 0,0005 |
- 0,040 |
- - |
- 0,03 |
Ag, O |
|
KME-6 |
min. max. |
Residue |
0,06 0,08 |
- 0,0005 |
- 0,040 |
- - |
- 0,03 |
Ag, O |
|
KME-7 |
min. max. |
Residue |
0,08 0,12 |
- 0,0005 |
- 0,040 |
- - |
- 0,03 |
Ag, O |
|
Note: The amount of other elements (other than copper) is defined as the amount of Ag, As, Bi, Cd, Co, Cr, Fe, Mn, Ni, O, P, Pb, S, Sb, Se, Si, Sn, Te and Zn, and separate these elements are excluded. | ||||||||
Rods are made with a diameter of 8.0 mm to 18.0 mm.
Diameters and deviation on them shall be as set in the table
|
Nominal diameter, mm |
Tolerances for diameter, mm |
|
8,0 |
±0,30 |
|
9,5 | |
|
12,7 | |
|
16,0 | |
|
18,0 |
Surface Conditions:
1. The surface of the rod must be clean, bright, no cracks, sunsets, captivity, foreign bodies, shells, scales, traces of oxidation.
2. Allow certain surface defects (dents, risks, scratch) if their depth does not exceed 0.1 mm.
3. The total thickness of the oxide film on the surface of clarified copper rod should not exceed 1000 A (10 -7 m).
Finally, the treated wire rod at an elevated temperature elongation rate should be at least 30%.
The electrical resistivity of wire rod at 20 ° C should be
no more than:
for LME grade-1 - 0.01707 ohms × mm 2 / m
LME for grades 2, 3 LME, LME-4,
LME-5, AME-6 AME-7 - 0.01724 ohms × mm 2 / m
Packaging:
Wire rods must be reeled in one segment of the mass coils 1000-4500 kg.
The coils set on a tray and tied in at least three places, steel tape, eliminating spillage or skewed coils during transportation and shipped to consumers on special trays made by documentation approved in the prescribed manner to ensure the safety rod during transport.
Coils rods packed in a polyethylene film which protects the product from moisture.
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