Why Choose the Rittal SV9649.360 Maxi-PLS Busbar?
The Rittal SV9649.360 is a high-performance Maxi-PLS E-Cu copper busbar designed for reliable high-current power distribution within industrial switchgear, control cabinets and electrical enclosure systems. As part of the Rittal RiLine Maxi-PLS 45 system, it provides a robust foundation for building efficient low-voltage power distribution assemblies.
Manufactured from E-Cu electrolytic copper, the SV9649.360 delivers excellent electrical conductivity and mechanical stability for demanding industrial applications. Its modular design allows integration with Maxi-PLS connection systems, supports and accessories for flexible switchgear construction.
With a length of 2400 mm, a 45 × 45 mm profile and a copper cross-section of 1354 mm², the SV9649.360 is designed for Maxi-PLS 45 systems and is suitable for cable connection systems up to 2500 A.
Key Advantages
- High-performance E-Cu copper busbar for Rittal Maxi-PLS systems.
- Designed for Maxi-PLS 45 high-current distribution assemblies.
- 2400 mm length for flexible enclosure configuration.
- 1354 mm² copper cross-section for efficient current distribution.
- Suitable for cable connection systems up to 2500 A.
- Reliable Rittal modular design for industrial switchgear construction.
Key Features
- Rittal RiLine Maxi-PLS 45 system component.
- E-Cu electrolytic copper busbar construction.
- 45 × 45 mm busbar profile.
- 2400 mm busbar length.
- 1354 mm² bar cross-section.
- Designed for cable connection systems up to 2500 A.
- Can be cut individually to the required length.
- Suitable for industrial low-voltage power distribution applications.
Reliable High-Current Power Distribution
Busbars provide the foundation for efficient industrial power distribution systems by creating low-resistance electrical paths for transferring high currents. The Rittal SV9649.360 enables reliable distribution within modular Maxi-PLS assemblies while supporting safe and organised cabinet construction.
The Maxi-PLS 45 platform is designed for demanding industrial environments where high current capacity, flexible configuration and dependable electrical connections are essential for modern switchgear systems.
Typical Applications
- Industrial low-voltage switchgear.
- High-current control cabinets.
- Power distribution panels.
- Machine building electrical systems.
- OEM automation equipment.
- Industrial electrical enclosures.
