Why Choose the Rittal SV9661.300 Busbar?
The Rittal SV9661.300 is a high-quality E-Cu copper busbar with integral mounting holes designed for reliable electrical distribution and secure connection within industrial switchgear and power distribution assemblies. As part of the trusted Rittal busbar accessory range, it provides an efficient and flexible conductor solution for professional electrical installations.
Manufactured from highly conductive electrolytic copper (E-Cu), this busbar delivers excellent electrical performance and mechanical strength. The integrated mounting holes provide ready-made connection points, simplifying installation of compatible components in electrical distribution systems.
With dimensions of 30 x 10 mm, a length of 965 mm and integral 11 mm holes, the SV9661.300 is suitable for industrial power distribution applications requiring a dependable copper conductor solution.
Key Advantages
- Manufactured from highly conductive E-Cu copper.
- 30 x 10 mm cross-section for reliable electrical distribution.
- 965 mm length for flexible installation requirements.
- Integrated 11 mm mounting holes simplify connection work.
- Provides reliable current transfer and mechanical stability.
- Suitable for industrial switchgear and control panel assemblies.
Key Features
- Rittal copper busbar series.
- E-Cu electrolytic copper construction.
- Dimensions: 30 x 10 mm.
- Length: 965 mm.
- Integral 11 mm holes for component connection.
- Designed for electrical power distribution applications.
- Compatible with professional industrial assembly solutions.
Reliable Copper Busbar Solution for Industrial Power Systems
The Rittal SV9661.300 copper busbar provides a dependable conductor solution for industrial electrical systems. Its E-Cu construction supports efficient current flow, while the integrated holes allow straightforward mounting of compatible electrical components.
Designed for panel builders and electrical engineers, Rittal busbar components support the creation of safe, flexible and service-friendly power distribution assemblies.
Typical Applications
- Industrial switchgear assemblies.
- Electrical distribution panels.
- Control cabinets and automation systems.
- Low-voltage power distribution equipment.
- Machine building applications.
- Electrical engineering projects.
