BORWELD
Double Insulated (PVC-NBR) Welding Cables
Suitable for flexible use in dry, wet, and oily environments. UV resistant and highly flexible. Used as a power cable in welding sources, secondary connections, assembly lines, conveyor systems, automobile manufacturing, shipbuilding, and in manual and automatically operated line and spot welding machines.
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Twisted

Solid
Technical Specifications
Product
Conductor Structure
Electrolytic Annealed Special Copper (Class 6)
Operating Voltage (AC)
600 VAC
Operating Voltage (DC)
600 VDC
Test Voltage (AC)
4000 VAC
Insulation
NBR PVC
Sheath
NBR PVC
Current Type
AC
Minimum Bending Radius
6 x D mm
Temperature Range
70 °C
Standard
EN 50525-2-81;CENELEC HD 22.6
Conductor Structure
Electrolytic Annealed Special Copper (Class 6)
Operating Voltage (AC)
600 VAC
Operating Voltage (DC)
600 VDC
Test Voltage (AC)
4000 VAC
Insulation
NBR PVC
Sheath
NBR PVC
Current Type
AC
Minimum Bending Radius
6 x D mm
Temperature Range
70 °C
Standard
EN 50525-2-81;CENELEC HD 22.6
Conductor Structure
Electrolytic Annealed Special Copper (Class 6)
Operating Voltage (AC)
600 VAC
Operating Voltage (DC)
600 VDC
Test Voltage (AC)
4000 VAC
Insulation
NBR PVC
Sheath
NBR PVC
Current Type
AC
Minimum Bending Radius
6 x D mm
Temperature Range
70 °C
Standard
EN 50525-2-81;CENELEC HD 22.6
Conductor Structure
Electrolytic Annealed Special Copper (Class 6)
Operating Voltage (AC)
600 VAC
Operating Voltage (DC)
600 VDC
Test Voltage (AC)
4000 VAC
Insulation
NBR PVC
Sheath
NBR PVC
Current Type
AC
Minimum Bending Radius
6 x D mm
Temperature Range
70 °C
Standard
EN 50525-2-81;CENELEC HD 22.6
Conductor Structure
Electrolytic Annealed Special Copper (Class 6)
Operating Voltage (AC)
600 VAC
Operating Voltage (DC)
600 VDC
Test Voltage (AC)
4000 VAC
Insulation
NBR PVC
Sheath
NBR PVC
Current Type
AC
Minimum Bending Radius
6 x D mm
Temperature Range
70 °C
Standard
EN 50525-2-81;CENELEC HD 22.6
Conductor Structure
Electrolytic Annealed Special Copper (Class 6)
Operating Voltage (AC)
600 VAC
Operating Voltage (DC)
600 VDC
Test Voltage (AC)
4000 VAC
Insulation
NBR PVC
Sheath
NBR PVC
Current Type
AC
Minimum Bending Radius
6 x D mm
Temperature Range
70 °C
Standard
EN 50525-2-81;CENELEC HD 22.6
Conductor Structure
Electrolytic Annealed Special Copper (Class 6)
Operating Voltage (AC)
600 VAC
Operating Voltage (DC)
600 VDC
Test Voltage (AC)
4000 VAC
Insulation
NBR PVC
Sheath
NBR PVC
Current Type
AC
Minimum Bending Radius
6 x D mm
Temperature Range
70 °C
Standard
EN 50525-2-81;CENELEC HD 22.6
Conductor Structure
Electrolytic Annealed Special Copper (Class 6)
Operating Voltage (AC)
600 VAC
Operating Voltage (DC)
600 VDC
Test Voltage (AC)
4000 VAC
Insulation
NBR PVC
Sheath
NBR PVC
Current Type
AC
Minimum Bending Radius
6 x D mm
Temperature Range
70 °C
Standard
EN 50525-2-81;CENELEC HD 22.6
Conductor Structure
Electrolytic Annealed Special Copper (Class 6)
Operating Voltage (AC)
600 VAC
Operating Voltage (DC)
600 VDC
Test Voltage (AC)
4000 VAC
Insulation
NBR PVC
Sheath
NBR PVC
Current Type
AC
Minimum Bending Radius
6 x D mm
Temperature Range
70 °C
Standard
EN 50525-2-81;CENELEC HD 22.6
Conductor Structure
Electrolytic Annealed Special Copper (Class 6)
Operating Voltage (AC)
600 VAC
Operating Voltage (DC)
600 VDC
Test Voltage (AC)
4000 VAC
Insulation
NBR PVC
Sheath
NBR PVC
Current Type
AC
Minimum Bending Radius
6 x D mm
Temperature Range
70 °C
Standard
EN 50525-2-81;CENELEC HD 22.6
Conductor Structure
Electrolytic Annealed Special Copper (Class 6)
Operating Voltage (AC)
600 VAC
Operating Voltage (DC)
600 VDC
Test Voltage (AC)
4000 VAC
Insulation
NBR PVC
Sheath
NBR PVC
Current Type
AC
Minimum Bending Radius
6 x D mm
Temperature Range
70 °C
Standard
EN 50525-2-81;CENELEC HD 22.6
Conductor Structure
Electrolytic Annealed Special Copper (Class 6)
Operating Voltage (AC)
600 VAC
Operating Voltage (DC)
600 VDC
Test Voltage (AC)
4000 VAC
Insulation
NBR PVC
Sheath
NBR PVC
Current Type
AC
Minimum Bending Radius
6 x D mm
Temperature Range
70 °C
Standard
EN 50525-2-81;CENELEC HD 22.6