Service Wire Copper Contact Wire for Electrified Rail Systems

Service Wire Copper Contact Wire for Electrified Rail Systems

Service Wire Copper Contact Wire for Electrified Rail Systems

This wire has a single conductor and has been made with solid copper. Solid copper is known for its flexibility and its ability to transmit electric currents rapidly. The conductor of the wire comes in various sizes with the minimum tensile strength running from 35.3 to 29.0 Kg per square millimeter. The wire has a hard drawn temper and has been made in the configuration of grooved.

As it is prudent to work with products that have gone through several tests, this wire has been taken through several international tests. The wire is compliant with the following international standards;

1.ASTM Standards
2.B-47
3.B-116
4.RoHS Compliant

Because of the great features and benefits of the service wire, it is used for several applications. The wire is ideal for use in light rail transit systems, an overhead power for electric railroad locomotives, underground mining motor cars and cranes.

nominal conductor
size awg/kcmil
overall diameter min. breaking strength service wire
part number
Action
inches pounds kg
2/0 0.392 5,437 2,466 BGRV2/0CU Request a Quote
3/0 0.430 6,373 2,891 BGRV3/0CU Request a Quote
4/0 0.482 7,759 3,519 BGRV4/0CU Request a Quote
300 0.574 10,410 4,722 BGRV300CU Request a Quote
350 0.620 11,810 5,357 BGRV350CU Request a Quote
1/0 0.420x0.312 4,296 1,949 BFIG81/0CU Request a Quote
2/0 0.480x0.352 5,248 2,380 BFIG82/0CU Request a Quote
3/0 0.510x0.400 6,392 2,899 BFIG83/0CU Request a Quote
4/0 0.600x0.450 7,744 3,513 BFIG84/0CU Request a Quote
350 0.754x0.570 11,770 5,339 BFIG8350CU Request a Quote
350 0.707x0.496 11,730 5,321 BFIG9350CU Request a Quote
400 0.715x0.522 12,880 5,842 BFIG9400CU Request a Quote

QUESTIONS & ANSWERS

Have a Question?

Be the first to ask a question about this.

Ask a Question

Customer Reviews

No reviews yet
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)

Customer Reviews

No reviews yet
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)