Rittal SV 9640.292 Busbar - 1,354 mm², L 1051 mm
Part Number: 9640292
Manufacturer
Rittal
Part number
9640292
Category
Alt Part Number
SV 9640.292
Quick Summary
Rittal SV Maxi-PLS busbar is a high-conductivity copper busbar for power distribution in control panels and switchgear. Length can be cut to fit complex enclosures, reducing scrap, installation time, and overall project cost. It aligns with ETIM 9 EC001522 and ECLASS 8.0 27370303 classifications, supporting standardized procurement and interoperability within electrical cabinets. With a 1,354 mm² cross-section and L 1051 mm, the E-Cu conductor delivers low contact resistance, improving efficiency in dense power distribution. Designed for cable connection systems, it enhances reliability and simplifies maintenance, while the copper weight ensures robust mechanical performance in industrial environments.
Product Information
Extended Description
9640292 Rittal: SV Maxi-PLS busbar E-Cu, L: 1051 mm, 45x45 mm, busbar cross-section-section: 1354 mm²
Article number
SV 9640.292
Product description
For assembling cable connection systems.
Material
E-Cu
Cross-section
1,354 mm²
Length
1,051 mm
Note
May be cut individually to required length
To fit
Width: = 1,200 mm
Packs of
1 pc(s).
Weight/pack
12.725 kg
Copper weight (kg per piece)
12.725
Customs tariff number
74071000
EAN
4028177940161
ETIM 9
EC001522
ECLASS 8.0
27370303
Product description
SV Maxi-PLS busbar E-Cu, L: 1051 mm, 45x45 mm, busbar cross-section-section: 1354 mm²
Feature → Business Impact → Application: The SV Maxi-PLS busbar uses E-Cu for high conductivity, which reduces contact resistance and improves overall energy efficiency in power distribution networks found in control panels and switchgear. This translates to lower operating temperatures and longer component life in demanding industrial environments, enabling more reliable performance in dense rack layouts. Feature → Business Impact → Application: A cross-section of 1,354 mm² provides higher current-carrying capacity, supporting sustained loads in feeders and distribution blocks without excessive voltage drop, ideal for heavy-duty machinery and automation cabinets. Feature → Business Impact → Application: The ability to cut to length enables exact fits for bespoke enclosures, minimizing waste and accelerating commissioning in complex layouts where standard off-the-shelf lengths fail to align with modular cabinets. Feature → Business Impact → Application: A length of 1,051 mm and a width compatible with up to 1,200 mm enclosures ensures seamless compatibility with common industrial housing standards, reducing integration time in new builds and retrofit projects. Feature → Business Impact → Application: A piece weight of 12.725 kg offers robust mechanical rigidity, improving handling during installation and ensuring durable belt-and-bracket connections in vibration-prone industrial settings. Feature → Business Impact → Application: The product ships as 1 piece per pack, simplifying inventory planning and reducing unpacking complexity on site, while the option to order single units supports incremental expansion in growing facilities.
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FAQs
The SV 9640.292 is designed for cable connection systems with a cross-section of 1,354 mm² and a length of 1,051 mm, suitable for enclosures up to 1,200 mm wide. It can be cut to length on site, enabling precise fits for custom panels and modular cabinets.
Key specs include material E-Cu, cross-section 1,354 mm², length 1,051 mm, overall dimensions 45x45 mm, and weight about 12.725 kg per piece. The article number is SV 9640.292, with EAN 4028177940161 and customs tariff 74071000.
Yes, it is specifically described for assembling cable connection systems. Its length can be cut to the required size, reducing waste and simplifying on-site alignment. The copper weight provides mechanical rigidity, improving durability during installation and service in industrial cabinets.
Rittal aligns the SV Maxi-PLS busbar with ETIM 9 EC001522 and ECLASS 8.0 27370303 classifications, supporting standardized procurement and interoperability in electrical cabinets.
The busbar offers high-conductivity E-Cu with a large cross-section, minimizing resistance and heat, while its cut-to-length capability reduces waste and commissioning time. This translates to lower lifecycle costs, faster installation, and improved reliability in automation and power distribution applications.