Why Choose the Wöhner 01510 Flexible Copper Busbar?
The Wöhner 01510 is a laminated flexible copper busbar with factory-applied insulation, engineered for high-current industrial power distribution applications. Featuring a 10 × 63 × 1 mm laminated copper construction and a 2 metre length, it delivers exceptional flexibility while maintaining outstanding electrical conductivity and current-carrying capability.
Its laminated design eliminates the need for specialist bending equipment normally required for solid copper busbars, reducing installation time and simplifying assembly. The integrated 2 mm insulation also removes the need for additional insulating covers in many installations, improving safety while reducing installation costs.
Rated for 1481 A (IEC) with a 630 mm² cross-section, the Wöhner 01510 is suitable for industrial switchboards, OEM equipment, machine building and UL feeder circuits above 250 V. It complies with IEC 61439-1:2020, UL 758 and UL 67, making it suitable for international installations.
Key Advantages
- Flexible laminated copper busbar for easier installation.
- 1481 A IEC rated current.
- 10 × 63 × 1 mm laminated copper construction.
- 2 metre supplied length.
- Integrated 2 mm insulation reduces the need for additional covers.
- Suitable for UL feeder circuits above 250 V.
Key Features
- Flexible laminated copper busbar.
- Plain copper conductors with factory insulation.
- Dimensions: 10 × 63 × 1 mm.
- Length: 2000 mm.
- Rated current: 1481 A.
- 630 mm² conductor cross-section.
- Halogen-free insulation.
- Designed for industrial power distribution systems.
High-Performance Flexible Power Connections
The Wöhner 01510 combines the conductivity of solid copper with the installation advantages of a laminated flexible design. Installers can route high-current conductors quickly and accurately without specialist bending equipment, significantly reducing installation effort while maintaining reliable electrical performance.
Its integrated insulation improves electrical safety and simplifies switchboard construction, making it ideal for modern industrial power distribution systems, machine control panels and OEM equipment requiring high-current flexible interconnections.
Typical Applications
- Industrial switchboards.
- Main low voltage power distribution.
- Machine building.
- OEM electrical equipment.
- High-current cabinet interconnections.
- UL-compliant feeder circuits.
