Why Choose the Rittal SV9661.060 E-Cu Busbar with Integral Holes?
The Rittal SV9661.060 is a high-quality E-Cu copper busbar designed for reliable power distribution and connection applications within industrial switchgear systems. Manufactured from electrolytic copper, it provides excellent electrical conductivity, mechanical strength and dependable long-term performance.
Featuring a 40 mm × 10 mm cross-section and integral mounting holes, this busbar is designed for efficient installation within Rittal power distribution assemblies. The pre-drilled holes simplify connection work and help create secure, organised electrical distribution systems.
With a length of 592 mm and integrated 14 mm diameter holes, the Rittal SV9661.060 provides a practical copper busbar solution for professional low-voltage power distribution and industrial panel-building applications.
Key Advantages
- Manufactured from high-conductivity E-Cu electrolytic copper.
- Designed for reliable industrial power distribution applications.
- Integral holes simplify installation and connection processes.
- Provides excellent electrical conductivity and mechanical durability.
- Suitable for modular switchgear and control cabinet assemblies.
- Compatible with Rittal copper busbar systems and accessories.
Key Features
- Rittal E-Cu copper busbar.
- Cross-section: 40 mm × 10 mm.
- Length: 592 mm.
- Integral mounting holes: 14 mm diameter.
- Electrolytic copper construction for high conductivity.
- Designed for secure connection and assembly applications.
- Suitable for industrial switchgear construction.
Reliable Copper Busbar Solutions for Industrial Systems
Rittal copper busbars provide a dependable foundation for efficient electrical distribution systems. The SV9661.060 combines high-quality E-Cu material with integrated mounting features to simplify installation and improve reliability in industrial switchgear assemblies.
By providing a robust current-carrying conductor with practical connection points, this busbar supports the creation of safe, scalable and professionally organised low-voltage distribution systems.
Typical Applications
- Industrial switchgear assemblies.
- Low-voltage power distribution systems.
- Electrical control cabinets.
- Copper busbar connection arrangements.
- Industrial automation power systems.
- Panel-building and electrical engineering projects.
