Why Choose the Rittal SV9661.340 E-Cu Busbar?
The Rittal SV9661.340 E-Cu busbar is a high-quality copper conductor component designed for reliable electrical power distribution within industrial switchgear and enclosure systems. Manufactured from electrolytic copper (E-Cu), it provides excellent electrical conductivity, mechanical strength and dependable performance for demanding electrical installations.
Featuring an integrated hole pattern, the SV9661.340 enables efficient mounting and connection of electrical components while supporting accurate and simplified busbar assembly. The pre-machined design helps reduce installation effort and provides a practical solution for professional power distribution applications.
With dimensions of 30 × 10 mm, a 365 mm length and integrated 11 mm diameter holes, the SV9661.340 provides a durable copper busbar solution for industrial electrical connections and switchgear construction.
Key Advantages
- Manufactured from high-conductivity E-Cu electrolytic copper.
- 30 × 10 mm profile suitable for industrial power distribution applications.
- 365 mm length for flexible electrical assembly configurations.
- Integrated 11 mm mounting holes simplify installation and connection.
- Provides reliable current transmission and mechanical stability.
- Suitable for Rittal enclosure-based switchgear and power systems.
Key Features
- Rittal E-Cu copper busbar.
- Electrolytic copper construction.
- 30 × 10 mm dimensions.
- 365 mm overall length.
- 11 mm integral mounting holes.
- Designed for industrial electrical distribution systems.
- Supports secure and organised busbar connections.
Reliable Copper Busbar Performance
Rittal copper busbars provide dependable solutions for electrical distribution systems where efficient current flow, secure connections and mechanical durability are essential. The SV9661.340 combines high-quality E-Cu construction with integrated mounting features to support reliable electrical assemblies.
Designed for panel builders and electrical engineers, this busbar helps create compact, maintainable and scalable power distribution systems for industrial environments.
Typical Applications
- Industrial switchgear assemblies.
- Electrical distribution cabinets.
- Power control panels.
- Machine building electrical systems.
- Industrial automation installations.
- Electrical infrastructure projects.
