Why Choose the Rittal SV9661.120 E-Cu Busbar?
The Rittal SV9661.120 E-Cu busbar is a high-quality copper conductor component designed for reliable electrical power distribution in industrial switchgear and enclosure systems. Manufactured from electrolytic copper (E-Cu), it provides excellent conductivity and mechanical strength for demanding electrical installations.
Designed as part of the Rittal busbar system range, the SV9661.120 features an integrated hole pattern to simplify assembly and connection of power distribution components. The pre-machined design helps reduce installation time while supporting secure and accurate mounting within electrical assemblies.
With dimensions of 80 × 10 mm, a 1192 mm length and integrated 14 mm diameter holes, the SV9661.120 provides a reliable solution for industrial power distribution applications requiring robust copper busbar connections.
Key Advantages
- Manufactured from high-conductivity E-Cu electrolytic copper.
- 80 × 10 mm busbar profile for industrial power distribution applications.
- 1192 mm length suitable for customised electrical assemblies.
- Integrated 14 mm mounting holes simplify installation and connection.
- Provides reliable current transmission and mechanical stability.
- Suitable for professional switchgear and enclosure-based power systems.
Key Features
- Rittal E-Cu copper busbar.
- Electrolytic copper construction.
- 80 × 10 mm dimensions.
- 1192 mm overall length.
- 14 mm integral mounting holes.
- Designed for industrial power distribution systems.
- Supports flexible busbar assembly configurations.
Reliable Copper Busbar Performance
Rittal copper busbars provide dependable solutions for electrical distribution systems where efficient current flow, mechanical durability and reliable connections are essential. The SV9661.120 combines high-quality E-Cu construction with integrated mounting features to support efficient system assembly.
Designed for use by panel builders and electrical engineers, this busbar helps create compact, organised and service-friendly power distribution installations in industrial environments.
Typical Applications
- Industrial switchgear assemblies.
- Electrical distribution cabinets.
- Power control panels.
- Machine building electrical systems.
- Industrial automation installations.
- High-current electrical distribution projects.
