- Standard: GOST 9850 – 72, EN 50189:2000
- Diameter: from 1,75 mm up to 4,50 mm
- Application: for the production of acsr for non-insulated steel-aluminium and steel-bronze conductors.
GOST 9850 – 72
GOST 9850 – 72
Acc to mechanical properties the wire is produced:
- Class А; В; V.
Acc to the type of coating:
- 1 group;
- 2 group.
Acc to the application:
- Grade ОС – for single wire conductors
- Grade МС – for multi wire conductors
EN 50189:2000
Acc to mechanical properties the wire is produced:
- Class ST1
Acc to the type of coating:
- Class А
MECHANICAL PROPERTIES OF WIRE according to GOST 9850 – 72:
Wire diameter, mm | Class А | Class B | Class V | 1 group | 2 group | ||||||
Tensile strength, N/mm2 (kgf/mm2) | Tension at 1% elongation N / mm2 (kgf/mm2) | Relative elongation % | Tensile strength, N/mm2 (kgf/mm2) | Tension at 1% elongation N / mm2 (kgf/mm2) | Relative elongation % | Tensile strength, N/mm2 (kgf/mm2) | Tension at 1% elongation N / mm2 (kgf/mm2) | Relative elongation % | Surface zinc density, g / m2 | ||
Not less | |||||||||||
1,75 | 1450 (148) | 1310 (134) | 2,5 | 1340 (137) | 1170 (119) | 3,0 | 1310 (134) | 1170 (119) | 3,0 | 70 | 215 |
1,80 | |||||||||||
1,85 | |||||||||||
2,00 | |||||||||||
2,10 | 80 | ||||||||||
2,20 | |||||||||||
2,30 | 1410 (144) | 1280 (131) | 1310 (134) | 1140 (116) | 1140 (116) | 230 | |||||
2,40 | |||||||||||
2,50 | 100 | ||||||||||
2,65 | 1280 (131) | ||||||||||
2,80 | 3,0 | 3,5 | |||||||||
2,95 | |||||||||||
3,05 | 1240 (126) | 1290 (132) | 1100 (112) | 1100 (112) | |||||||
3,20 | 245 | ||||||||||
3,40 | 1180 (120) | ||||||||||
3,65 | 1380 (141) | 1170 (119) | 4,0 | ||||||||
3,80 | 260 | ||||||||||
4,25 | |||||||||||
4,50 | 275 |
MECHANICAL PROPERTIES OF WIRE according to EN 50189:2000:
Wire diameter, mm | Tensile strength, N/mm2 | Surface zinc density, g / m2 |
Not less | ||
Class ST1 | Class А | |
1,8 ≤ d ≤ 2,00 | 1400 | 215 |
2,00 < d ≤ 2,25 | 1400 | 215 |
2,25 < d ≤ 2,75 | 1350 | 230 |
2,75 < d ≤ 3,00 | 1350 | 230 |
3,00 < d ≤ 3,40 | 1300 | 245 |
RECOMMENDATIONS
Before use the wire must be stored in dry, ventilated rooms with low humidity and without sudden changes in temperature to prevent rusting due to moisture condensation.
Before unwinding the wire in the coils, you must first release the coil from the bindings. This must be done carefully, especially when removing the end of the knitting wire threaded through a coil to prevent pulling out and entangling the turns of wire.
Then release the upper end of the wire threaded through the upper turns around the entire circumference of the coil. Before installing and threading the wire into the machine, make sure that the wire is not interwoven with adjacent turns. To do this, it is necessary to lift the end and several turns of wire and then put one turn back into the coil, making sure that there is no “overlapping” of the turns. This will prevent entanglement and wire breakage during the unwinding process.
Before unwinding coils of Z-2 or coils of another type, it is necessary to assemble the coils into a special detachable reel or other unwinding device, tightly fix the cheeks of the coil, ensuring maximum pressure against the wire to prevent “tightening” of the wire between the coils and the cheek of the unwinding device, which can lead to a break wire during unwinding and only after that release the coil from packing metal tapes. After that, tighten the coil or other device again for maximum clamping of the wire coil. Find and free the end of the wire, making sure that there is no “overlap” of the wire through adjacent turns. This will eliminate wire breaks during unwinding.
Each coil is tied with a steel metal tape (0.6x19) mm in at least six places uni-formly spaced around the coil. Tapes are fixed with heat-treated wire Ø1.8 mm around the coil. It is packed in a polypropylene cloth, which is fixed with tape. Production without packaging is allowed in agreement with the consumer.
- Type of winding:Bun-dles(coil)
- Dimensions, mm, d*D*h:400х800х500
- Weight kg:350 - 800
- Diameter range, mm:1,75 – 4,5