Rittal SV 9676.910 SV Connector kit E-Cu, Top
Part Number: 9676910
Manufacturer
Rittal
Part number
9676910
Category
Alt Part Number
SV 9676.910
Quick Summary
The SV Connector kit E-Cu enables air circuit breakers to connect to Maxi-PLS/Flat-PLS busbar systems in SV-TS 8 enclosures. It addresses common panel-building challenges such as misalignment and unreliable copper contacts that slow installation. While the data does not list CE, SIL, or IP certifications, it aligns with ETIM 9 EC001900 and ECLASS 8.0 27400613 classifications, reinforcing standardization. The copper E-Cu construction supports low impedance and robust current conduction, while integration with Rittal Power Engineering software v5.0 streamlines configuration for faster, repeatable builds. This combination delivers measurable business value through improved reliability and faster time-to-commission in power management applications.
Product Information
Extended Description
9676910 Rittal: SV Connector kit E-Cu, for ACB, top
Article number
SV 9676.910
Design
Top
Product description
For connecting air circuit-breakers (ACB) to Maxi-PLS/Flat-PLS busbar systems in SV-TS 8 enclosures. Please include the design code of the specification below in the order text for your connector kit. We recommend the Rittal Power Engineering software from version 5.0 for easier configuration of the connector kits.
Material
E-Cu
Note
Please quote the complete design code on all enquiries and orders.
Packs of
1 pc(s).
Customs tariff number
85369095
EAN
4028177602977
ETIM 9
EC001900
ECLASS 8.0
27400613
Product description
SV Connector kit E-Cu, for ACB, top
Feature: E-Cu material for the connector kit; Business impact: ensures low impedance, stable current carry and durable performance; Application: ACB connections to Maxi-PLS/Flat-PLS busbars in SV-TS 8 enclosures. Feature: Top design for easy, precise placement; Business impact: reduces alignment errors and rework; Application: rapid installation within SV-TS 8. Feature: Copper contacts designed for reliable top connections; Business impact: minimizes contact resistance and voltage drop; Application: high-current ACB scenarios in industrial panels. Feature: 1-piece packs simplify procurement and stocking; Business impact: lowers SKU complexity and lead times; Application: modular panel builds and just-in-time assembly. Feature: Software-assisted configuration with Rittal Power Engineering v5.0; Business impact: accelerates design reviews and reduces engineering effort; Application: engineering workflows for busbar-kit configurations.
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FAQs
Installation begins with verifying the design code and ensuring the ACB mounting points align with the Maxi-PLS/Flat-PLS busbar system. Mount the E-Cu top connector firmly, then seat the ACB terminal into the copper contact surfaces. Use the Rittal Power Engineering software v5.0 to configure the kit for your specific ACB model and enclosure layout, ensuring a clean, repeatable setup.
Key specs include article number SV 9676.910, design Top, material E-Cu, packs 1 pc, EAN 4028177602977, ETIM EC001900, and ECLASS 27400613. These details confirm copper construction for low impedance, top-contact design for secure mating with busbars, and standardized classifications that aid procurement and cross-system compatibility in SV-TS 8 installations.
Yes, the E-Cu conductor and top-connector design are optimized for reliable ACB-to-busbar connections, minimizing impedance and ensuring stable current flow. For high-current scenarios, verify the specific ACB rating and busbar configuration, and use the recommended software-assisted configuration to ensure the kit is matched to the panel’s electrical requirements.
The provided data cites ETIM 9 EC001900 and ECLASS 8.0 27400613 classifications, but does not list CE, SIL, or IP ratings. For regulatory requirements, consult the official Rittal documentation or contact technical support to confirm any regional certifications and installation prerequisites beyond the included classifications.
The copper top-contact design reduces resistance and improves reliability, which lowers rework and maintenance needs over time. Faster configuration with Rittal software and a simplified 1-piece pack strategy shorten project timelines, delivering a quicker return on investment through reduced panel-assembly time and fewer field adjustment events.