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.
SV9674.406 Rittal Distribution busbar E-Cu WH: 60x10mm L: 16325mm
Rittal SV9674.406 E-Cu distribution busbar with 60 x 10 mm cross-section and 16325 mm length for Ri4Power low-voltage power distribution systems.
Why Choose the Rittal SV9674.406 Distribution Busbar?
The Rittal SV9674.406 is an E-Cu distribution busbar designed for use within Rittal Ri4Power low-voltage power distribution systems. Manufactured from high-conductivity electrolytic copper, it provides a reliable conductor solution for industrial switchgear assemblies and modular electrical distribution applications.
The SV9674.406 is engineered for integration into Rittal busbar systems, providing dependable current distribution and mechanical stability within TS enclosure-based power distribution solutions. Its copper construction ensures excellent electrical performance for demanding industrial installations.
Featuring a 60 mm × 10 mm cross-section and a 16325 mm length, this distribution busbar is suitable for large-scale electrical assemblies where robust conductor capacity and flexible system configuration are required.
Key Advantages
- Manufactured from high-quality E-Cu electrolytic copper.
- Designed for Rittal Ri4Power distribution systems.
- 60 mm × 10 mm profile suitable for industrial power distribution.
- Long 16325 mm length for extensive enclosure installations.
- Provides reliable electrical conductivity and mechanical strength.
- Supports modular low-voltage switchgear construction.
Key Features
- Rittal Ri4Power system component.
- E-Cu distribution busbar.
- 60 mm width × 10 mm height profile.
- 16325 mm overall length.
- Designed for industrial low-voltage power distribution assemblies.
- Suitable for integration into modular enclosure systems.
- Provides efficient current distribution between electrical components.
Reliable Current Distribution for Industrial Power Systems
The Rittal SV9674.406 distribution busbar provides a dependable copper conductor solution for switchgear manufacturers and electrical engineers developing industrial power distribution systems. Its E-Cu construction supports efficient current transfer and reliable long-term operation.
As part of the Rittal Ri4Power platform, the SV9674.406 enables scalable busbar arrangements within modular TS enclosure solutions, helping create professionally engineered low-voltage assemblies.
Typical Applications
- Rittal TS enclosure power distribution systems.
- Ri4Power low-voltage switchgear assemblies.
- Industrial electrical distribution panels.
- Control and switchgear cabinet construction.
- Busbar distribution networks.
- Large industrial electrical installations.
Technical Specifications
Tick the specs you need, then view products that match.
| Accessory Type | Busbar System | |
|---|---|---|
| Manufacturer | Rittal | |
| Series | Ri4Power | |
| Model | SV9674.406 | |
| Product type | Distribution busbar | |
| Width | 60 mm | |
| Height | 10 mm | |
| Length | 16325 mm | |
| Application | Low-voltage power distribution systems |
Frequently Asked Questions
What is the Rittal SV9674.406 used for?
The SV9674.406 is an E-Cu copper distribution busbar designed for use in Rittal Ri4Power low-voltage power distribution systems.
What material is the SV9674.406 made from?
The busbar is manufactured from E-Cu electrolytic copper to provide excellent electrical conductivity.
What are the dimensions of the SV9674.406 busbar?
The SV9674.406 has a cross-section of 60 mm × 10 mm and a length of 16325 mm.
Which system is the SV9674.406 designed for?
The SV9674.406 is designed for integration within Rittal Ri4Power power distribution systems.
Where is the SV9674.406 typically installed?
The busbar is typically installed inside industrial switchgear and electrical distribution enclosures.
Trusted by Electrical Panel Builders Worldwide
Rittal Ri4Power components are trusted by switchgear manufacturers and electrical engineers to create reliable, organised and professionally engineered power distribution systems.
