Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
SV9661.140 Rittal Busbars E-Cu with integral holes
Rittal SV9661.140 E-Cu copper busbar with integral holes designed for reliable industrial power distribution and electrical connection systems.
Why Choose the Rittal SV9661.140 E-Cu Busbar?
The Rittal SV9661.140 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 electrical conductivity, mechanical strength and dependable performance in demanding industrial applications.
Featuring an integrated hole pattern, the SV9661.140 simplifies connection and assembly of electrical distribution components. The pre-machined design supports accurate installation while reducing preparation time during switchgear construction and panel assembly.
Designed for use in professional power distribution applications, the SV9661.140 provides a durable and flexible copper busbar solution with integral mounting holes for secure electrical connections.
Key Advantages
- Manufactured from high-conductivity E-Cu electrolytic copper.
- Integrated holes simplify mounting and connection of electrical components.
- Provides reliable current transmission for industrial power systems.
- Strong mechanical construction for demanding switchgear environments.
- Supports flexible and organised busbar assembly configurations.
- Suitable for Rittal enclosure-based power distribution solutions.
Key Features
- Rittal E-Cu copper busbar.
- Electrolytic copper construction.
- Integral mounting hole design.
- Designed for industrial electrical distribution applications.
- Supports secure conductor and component connections.
- Compatible with Rittal power distribution assemblies.
Reliable Copper Busbar Performance
Rittal copper busbars provide dependable solutions for electrical distribution systems where efficient current flow, mechanical stability and reliable connections are essential. The SV9661.140 combines high-quality copper construction with integrated mounting features to support efficient system assembly.
Designed for electrical engineers and panel builders, this busbar supports the creation of compact, maintainable and scalable industrial power distribution systems.
Typical Applications
- Industrial switchgear assemblies.
- Electrical distribution cabinets.
- Power control panels.
- Machine building electrical systems.
- Industrial automation installations.
- High-current electrical distribution projects.
Technical Specifications
Tick the specs you need, then view products that match.
| Accessory Type | Busbar System | |
|---|---|---|
| Manufacturer | Rittal | |
| Series | Busbar system accessories | |
| Model | SV9661.140 | |
| Product type | E-Cu copper busbar with integral holes | |
| Application | Industrial power distribution and switchgear assemblies |
Frequently Asked Questions
What is the Rittal SV9661.140 used for?
The SV9661.140 is an E-Cu copper busbar designed for reliable electrical power distribution and connection applications in industrial switchgear systems.
What material is the Rittal SV9661.140 busbar made from?
The busbar is manufactured from electrolytic copper (E-Cu) for excellent conductivity and mechanical performance.
Does the SV9661.140 include mounting holes?
Yes, the SV9661.140 features integral mounting holes to simplify installation and connection of electrical components.
Where is the Rittal SV9661.140 typically installed?
The busbar is typically installed inside industrial switchgear, electrical distribution cabinets and enclosure-based power systems.
What type of applications is this busbar designed for?
The SV9661.140 is designed for industrial power distribution, switchgear construction and electrical connection assemblies.
Trusted by Industrial Power System Designers
Rittal copper busbar solutions are widely used by electrical engineers and panel builders to create reliable, efficient and scalable industrial power distribution systems.
