Rittal SV 9640.360 Busbar E-Cu 2.4m - EC001522
Part Number: 9640360
Manufacturer
Rittal
Part number
9640360
Category
Alt Part Number
SV 9640.360
Quick Summary
Rittal SV 9640.360 Busbar E-Cu provides high-conductivity power distribution for control panels and switchgear. On-site fabrication can be tedious when exact lengths are required, but this 2.4 m unit can be cut to size to minimize waste and speed assembly. The product aligns with ETIM EC001522 and ECLASS 27370303 classifications, with clear traceability via EAN 4028177299634, though CE, IP, or SIL ratings aren’t specified in the data. This combination supports streamlined procurement and interoperability with cable connection systems. Benefiting from copper’s exceptional conductivity and a flexible length, it delivers reliable performance and scalability for industrial power management across manufacturing and automation environments.
Product Information
Extended Description
9640360 Rittal: SV Maxi-PLS busbar E-Cu, L: 2400 mm, 45x45 mm, busbar cross-section-section: 1354 mm²
Article number
SV 9640.360
Product description
For assembling cable connection systems.
Material
E-Cu
Cross-section
1,354 mm²
Length
2,400 mm
Note
May be cut individually to required length
Packs of
3 pc(s).
Weight/pack
110.61 kg
Copper weight (kg per piece)
28.93
Customs tariff number
74071000
EAN
4028177299634
ETIM 9
EC001522
ECLASS 8.0
27370303
Product description
SV Maxi-PLS busbar E-Cu, L: 2400 mm, 45x45 mm, busbar cross-section-section: 1354 mm²
Feature: E-Cu material yields low electrical resistance and high current capacity. Business Impact: Reduced energy loss and improved thermal management in high-load distributing networks. Application: Ideal for power distribution in control panels and switchgear assemblies. Feature: Cross-section of 1,354 mm² provides robust conductor capacity. Business Impact: Supports heavy continuous current with minimized voltage drop. Application: Suitable for demanding automation installations where reliability matters. Feature: Length of 2,400 mm enables project-wide reach with fewer joints. Business Impact: Cuts installation time and waste, lowering commissioning costs. Application: Useful for long cable runs and modular cabinet designs. Feature: May be cut to required length. Business Impact: On-site customization without rework or parts-off-shelf delays. Application: Flexible integration across Rittal busbar systems and cable connection layouts. Feature: Pack of 3 pieces with a total weight of 110.61 kg per pack; copper weight 28.93 kg per piece. Business Impact: Predictable logistics and stable mechanical performance in enclosure mounting. Application: Easy stocking for panel builders and contract manufacturers. Overall this combination addresses common objections about weight and handling by emphasizing installation efficiency, compatibility, and long-term performance in industrial power systems.
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FAQs
Yes. SV 9640.360 is designed for assembling cable connection systems and sits in the SV Maxi-PLS family. It features a 1,354 mm² cross-section and a 2,400 mm length, which can be cut to the required size on site, enabling straightforward integration with Rittal components and existing busbar layouts.
Key specs include material E-Cu, cross-section 1,354 mm², and length 2,400 mm. It is supplied in packs of 3 with a total weight of 110.61 kg per pack, and a copper weight of 28.93 kg per piece, suitable for high-current distribution in industrial cabinets and switchgear.
Ideal for power distribution in control panels, automation cabinets, and high-load cable connection systems. Its 2.4 m length and 1,354 mm² cross-section support large current flows in manufacturing lines, packaging and process control, and other heavy electrical installations requiring reliable copper busbars.
The provided data lists ETIM 9 EC001522 and ECLASS 8.0 27370303 classifications, with an EAN of 4028177299634. CE, IP, and SIL ratings are not specified in the data, so please verify with the supplier for your specific regulatory needs before procurement.
The cut-to-length capability minimizes on-site waste and enables tailored busbar length, reducing commissioning time. High-conductivity E-Cu lowers resistive losses, improving efficiency and lowering energy costs over the system lifetime. The robust copper mass also supports durable performance in demanding environments, contributing to lower maintenance and replacement intervals.