Copper Braided Jumpers/Busbars

Copper Braided Jumpers or Busbars are elastic electrical connectors manufactured with using high purity braided copper strands, they are meant to ensure consistent electrical connections as well as to allow vibration, movement and thermal expansion.

  • Purity: Made of high quality copper strands to provide good conduction of electricity.
  • Flexibility: The design in the form of braids is flexible to absorb vibration and mechanical movement.
  • Applications: Transformers, switchgear systems, and industrial power equipment that are widely used in electrical panels.

About Copper Braided Jumpers / Busbars

Copper Braided Jumpers/Busbars are flexible connectors, which comprise a braid of woven strands of copper. This design offers a great deal of flexibility and at the same time, offers great conductivity of electricity hence are useful in areas where there is movement, vibrations, or expansion.

The connectors are frequently applied in electrical devices like switchgear and transformers, and power distribution. They are braided in nature and the design minimizes the mechanical stress on the electrical connections and are guaranteed to perform well under harsh industry conditions.

Copper Braided Jumpers / BusbarsKey Features

  • Good Conductivity to Electrical.
  • Variable engineered copper design.
  • Very high Vibration Resistance.
  • Long Service life and Durable.
  • Electrical connectivity: This provides the system with reliability.
  • Accurate Standards of Manufacturing.
  • Available Custom Lengths and Sizes.

Copper Braided Jumpers / Busbars Specifications

Copper Braided Jumpers / Busbars are produced by high purity copper strands and are available to be tailored to fit certain electrical connection needs.

PropertyDetails
MaterialHigh Purity Copper
ConstructionBraided Copper Strands
PurityUp to 99.9% Copper
TypeFlexible Connector

Copper Braided Jumpers / Busbars Applications

Copper Braided Jumpers /Busbars are also common in electrical systems where they need: Flexible and reliable electrical connection.

  • Switchgear Systems.
  • Transformer Connections.
  • Electrical Panels.
  • Industrial Power Equipment.
  • Power Distribution Systems.
  • Generator Connections.
  • Railway Electrical Systems.