Brand: Elcab Conductors
These cables have the following benefits:
◍ Elcab Manufactures flat braids and round ropes from 99.97% pure EC grade copper wires which are either plated with tin, nickel, silver or used in bare form.
◍ Our braids are manufactured under the right tensions with ideal lay length so as to give a long-lasting accurate product that sits intact throughout. Our braids are not loose and cannot be pulled from the sides easily.
◍ We have most sizes of braids readily available in stock.
◍ Our braids are manufactured under the right tensions with ideal lay length so as to give a long-lasting accurate product that sits intact throughout. Our braids are not loose and cannot be pulled from the sides easily.
◍ We have most sizes of braids readily available in stock.
Individual Strand Size:0.1 mm to 0.4 mm
Conductor Class:2,4, 5 and 6.
End Connectors:Can be crimped and provided.
Features of flat braided Conductors:
◍ Better skinning effect resulting in more efficient use of copper.
◍ Lower Impedance along with lower inductance.
◍ Higher current carrying capacity than equivalent round cables.
◍ Provided with pre-punched palms that provide better electrical terminations.
◍ Allows reduction in space and weight of electrical unit.
◍ Better flexibility than round PVC cables.
◍ The conductor used is annealed EC grade tinned copper of strand thickness 0.19mm.
◍ For the same CSA, flat braids have a much lower conductor resistance than round conductors.
◍ Better heat dissipation.
◍ Ideal for usage in vibratory environments.
◍ Better skinning effect resulting in more efficient use of copper.
◍ Lower Impedance along with lower inductance.
◍ Higher current carrying capacity than equivalent round cables.
◍ Provided with pre-punched palms that provide better electrical terminations.
◍ Allows reduction in space and weight of electrical unit.
◍ Better flexibility than round PVC cables.
◍ The conductor used is annealed EC grade tinned copper of strand thickness 0.19mm.
◍ For the same CSA, flat braids have a much lower conductor resistance than round conductors.
◍ Better heat dissipation.
◍ Ideal for usage in vibratory environments.
