Why Choose the Wöhner 01611 Flexible Copper Busbar?
The Wöhner 01611 is a high-quality flexible insulated copper busbar designed to provide reliable, low-resistance electrical connections in industrial power distribution systems. Manufactured from multiple laminated copper strips with a durable insulation layer, it offers excellent flexibility while maintaining a high current-carrying capacity of 470 A. It is ideal for applications where rigid busbars are impractical or where vibration, movement or installation tolerances must be accommodated.
With a construction of 5 × 24 × 1 mm and an overall length of 2 metres, the Wöhner 01611 is suitable for connecting busbar systems, switchgear assemblies, transformers and power distribution equipment while reducing mechanical stress on electrical connections.
Designed for demanding industrial environments, the flexible copper busbar combines excellent conductivity with easy installation, making it an ideal solution for panel builders, OEMs and electrical engineers requiring dependable power connections.
Key Advantages
- Flexible laminated copper construction.
- Rated current of 470 A.
- Insulated for enhanced electrical safety.
- Reduces stress caused by vibration and thermal expansion.
- Easy to install in confined spaces.
- Suitable for industrial power distribution applications.
Key Features
- Manufacturer: Wöhner.
- Part number: 01611.
- Flexible insulated copper busbar.
- Construction: 5 × 24 × 1 mm.
- Length: 2 m.
- Rated current: 470 A.
- Low-resistance laminated copper design.
- Suitable for industrial switchgear and control panels.
Flexible Power Connections for Industrial Installations
The Wöhner 01611 provides a dependable method of connecting power distribution equipment while accommodating movement, vibration and thermal expansion. Its laminated copper construction delivers excellent electrical performance with greater installation flexibility than conventional rigid busbars.
Ideal for modern switchgear and control panel applications, the flexible busbar simplifies installation, improves reliability and helps reduce mechanical stress on connected equipment.
Typical Applications
- Industrial switchgear.
- Power distribution panels.
- Transformer connections.
- Busbar system interconnections.
- Motor control centres.
- OEM electrical equipment.
