Technical data of electrical conductor

• Copper strips(≥99.9%Cu)
• Surface: uncoated or tinned
• Resi stivi ty: ≤1.785Ωcm2 /cm
• Electrical conductivi ty: ≥56Sm/mm2
• Tensil e strength: ≥200N/mm2
• Extensibi lity: ≥30%

Technical data of insulation

• Electrical strength: ≥23kV/mm
• Elastici ty: ≥180% after 7-day aging-test wi th 135℃
• Tensil e strength: ≥20MPa

Technical data of flexibleinsulated busbars

• Operating temperature: -30℃ to +105℃
• Operating voltage: 750V
• Voltage wi thstand performance wi th 15min / 50HzAC:
  • between flexibleinsul ated busbar and earth: ≥15kV
  • between two flexi ble insul ated busbars: ≥30kV

Main features of flexible insulated busbars

• Easy assembly: it could be easily bended and fixed with handsor easy tools.
• Possibility of reducing sizes of the equipment:
  • Due to favorable thermal radi ation properti es, the flexible insul ated busbars canhandl e 
    heavier current loads than solid busbars of the same cross-section.
  • Due to good insulating performance of the PVC, i t could be possible to reduce the di stances 
    between di fferent flexible insulated busbars and between the flexible insul ated busbars and 
    earth.
  • The bendi ng-radius could be smaller than that of normal cable or solid copper bars, so that 
    the connections could be more simple and short, and visually it could have better effect.
• Lower temperature riseon the flexi ble insul ated busbars than onnormal copper bars.
• High flexibility: no problem wi th vi brationsor thermal expansions.

Application of flexible insulated busbars

The flexi bil ity of the bars makes i t possible to install them into di fficul t equipment or small places 
very easily. They wil l be particul arly well used as connectors i n switchgears and between transformers, switching devi ces and prefabricated power networks.

Technical data of electrical conductor

• Copper strips(≥99.9%Cu)
• Surface: uncoated or tinned
• Resi stivi ty: ≤1.785Ωcm2 /cm
• Electrical conductivi ty: ≥56Sm/mm2
• Tensil e strength: ≥200N/mm2
• Extensibi lity: ≥30%

Technical data of insulation

• Electrical strength: ≥23kV/mm
• Elastici ty: ≥180% after 7-day aging-test wi th 135℃
• Tensil e strength: ≥20MPa

Technical data of flexibleinsulated busbars

• Operating temperature: -30℃ to +105℃
• Operating voltage: 750V
• Voltage wi thstand performance wi th 15min / 50HzAC:
  • between flexibleinsul ated busbar and earth: ≥15kV
  • between two flexi ble insul ated busbars: ≥30kV

Main features of flexible insulated busbars

• Easy assembly: it could be easily bended and fixed with handsor easy tools.
• Possibility of reducing sizes of the equipment:
  • Due to favorable thermal radi ation properti es, the flexible insul ated busbars canhandl e 
    heavier current loads than solid busbars of the same cross-section.
  • Due to good insulating performance of the PVC, i t could be possible to reduce the di stances 
    between di fferent flexible insulated busbars and between the flexible insul ated busbars and 
    earth.
  • The bendi ng-radius could be smaller than that of normal cable or solid copper bars, so that 
    the connections could be more simple and short, and visually it could have better effect.
• Lower temperature riseon the flexi ble insul ated busbars than onnormal copper bars.
• High flexibility: no problem wi th vi brationsor thermal expansions.

Application of flexible insulated busbars

The flexi bil ity of the bars makes i t possible to install them into di fficul t equipment or small places 
very easily. They wil l be particul arly well used as connectors i n switchgears and between transformers, switching devi ces and prefabricated power networks.