Rittal SV 9640.201 Maxi-PLS Busbar - E-Cu 1,354 mm²
Part Number: 9640201
Manufacturer
Rittal
Part number
9640201
Category
Alt Part Number
SV 9640.201
Quick Summary
SV Maxi-PLS busbar by Rittal is designed for high-current cable connections in control panels and distribution enclosures. Many projects stall when field-length copper bars require manual cutting and rework to fit unfamiliar layouts. Note: The data lists ETIM 9 EC001522 and ECLASS 8.0 27370303 as standards, but does not specify CE, IP, or SIL certifications. In practice, this translates to faster installations and predictable performance for automation and switchgear applications, with emphasis on reliability and compliance. This makes it a strong fit for industrial automation and power distribution projects where precise, cut-to-length copper busbars streamline procurement and reduce wiring complexity.
Product Information
Extended Description
9640201 Rittal: SV Maxi-PLS busbar E-Cu, L: 491 mm, Maxi-PLS 2000
Article number
SV 9640.201
Product description
For assembling cable connection systems.
Material
E-Cu
Cross-section
1,354 mm²
Length
491 mm
Note
May be cut individually to required length
To fit
Width: = 600 mm
Packs of
1 pc(s).
Weight/pack
6.5 kg
Copper weight (kg per piece)
5.92
Customs tariff number
74071000
EAN
4028177569355
ETIM 9
EC001522
ECLASS 8.0
27370303
Product description
SV Maxi-PLS busbar E-Cu, L: 491 mm, Maxi-PLS 2000
Feature: E-Cu material and cross-section of 1,354 mm² deliver high current-carrying capability with minimal resistive losses. Business Impact: Supports efficient power distribution in dense panel layouts, improving overall panel reliability and reducing heat buildup. Application: Ideal for panel builders and switchgear manufacturers requiring robust copper connections in Maxi-PLS systems. Feature: Length of 491 mm and the option to cut to length. Business Impact: Reduces waste and field fabrication time, enabling precise fits in 600 mm-wide enclosures. Application: Quick adaptation for custom control panels and modular power distribution frames. Feature: Maxi-PLS 2000 compatibility and 1-piece packaging (Packs of 1). Business Impact: Streamlines sourcing and assembly, lowers stocking complexity, supports just-in-time manufacturing. Application: Systems integrating Maxi-PLS 2000 architecture in industrial automation. Feature: Copper weight of 5.92 kg per piece with a total pack weight of 6.5 kg. Business Impact: Provides predictable mechanical support and thermal mass for reliable operation, while simplifying handling logistics. Application: High-density power paths in compact switchgear assemblies. Feature: Clear specifications and standard classification (ETIM 9 EC001522, ECLASS 8.0 27370303). Business Impact: Improves data-driven procurement, enables accurate cataloging in digital twins and ERP workflows. Application: Procurement teams aligning with digital catalogs and engineering BOMs, minimizing misfits.
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FAQs
Install by aligning the 491 mm length with the panel width, ensure clean copper edges, and use compatible Maxi-PLS connectors. The busbar can be cut to length on site to fit non-standard layouts, reducing the need for custom fabrication and accelerating assembly.
The busbar uses E-Cu with a cross-section of 1,354 mm² and a length of 491 mm, weighing about 5.92 kg per piece. These specs support high current paths with lower resistance, improving efficiency and thermal behavior in power distribution panels.
Yes, SV 9640.201 is designed for Maxi-PLS systems and serves as the primary copper conductor in cable connection systems. Typical use cases include control panels, switchgear, and power distribution enclosures where reliable, cut-to-length copper busbars are beneficial.
The provided data lists ETIM 9 EC001522 and ECLASS 8.0 27370303 as standards. It does not specify CE, IP, or SIL certifications; verify with Rittal for regulatory approvals relevant to your region and application.
Using a cut-to-length E-Cu Maxi-PLS busbar reduces field fabrication time, minimizes waste, and lowers assembly errors. The robust copper path improves reliability and lowers commissioning costs, delivering faster project timelines and lower total cost of ownership in ongoing maintenance.