Rittal 9676200 SV Connection bracket kit E-Cu - EC001900
Part Number: 9676200
Manufacturer
Rittal
Part number
9676200
Category
Alt Part Number
SV 9676.200
Quick Summary
Rittal 9676200 SV Connection bracket kit E-Cu secures top-entry connections for ACB assemblies in electrical panels. Engineers often struggle with robust, low-impedance top connections in crowded panels. The solution aligns with ETIM 9 EC001900 and ECLASS 8.0 27400613 classifications, supporting data accuracy and procurement workflows. Its copper E-Cu construction and compact top-mount design help shorten installation times while improving reliability in power distribution systems. This translates to greater efficiency in electrical cabinets and reduced field service costs.
Product Information
Extended Description
9676200 Rittal: SV Connection bracket kit E-Cu, for ACB, top
Article number
SV 9676.200
Packs of
1 pc(s).
Customs tariff number
73182900
EAN
4028177697416
ETIM 9
EC001900
ECLASS 8.0
27400613
Product description
SV Connection bracket kit E-Cu, for ACB, top
Feature: E-Cu copper construction delivers low electrical impedance and strong corrosion resistance. Business impact: This materially improves current-carrying capacity and reliability for ACB top connections in panel assemblies. Application: Ideal for Rittal enclosure installations where compact copper bracket kits must tolerate frequent thermal cycling. Feature: Top-mount bracket design simplifies alignment and mounting in constrained panel spaces. Business impact: Reduces installation time, minimizes field errors, and lowers labor costs. Application: Effective in electrical cabinets and switchgear where space is limited. Feature: Clear article number SV 9676.200 and single-pack packaging streamline procurement and inventory control. Business impact: Improves stock accuracy and reduces overstocking risk. Application: Suitable for procurement workflows in large-scale projects. Feature: ETIM EC001900 and ECLASS 27400613 alignment supports data standardization across procurement, ERP, and maintenance systems. Business impact: Enables seamless integration with CMMS and BOM management, reducing data entry errors. Application: Valuable for engineering teams handling BOMs for power distribution components. Feature: Copper-based connection kit is designed for reliable top-entry connections in ACB assemblies. Business impact: Improves system uptime and reduces maintenance interruptions. Application: Suitable for modular, scalable power distribution in Rittal environments.
Get a Quick Quote for a Rittal 9676200
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in Rittal 9676200?
Enquire Now
FAQs
The SV 9676.200 bracket kit is designed specifically for top-entry connections on ACBs inside electrical cabinets. It provides a secure copper-based mounting solution that aligns with standard ACB top mounting footprints, enabling straightforward assembly and consistent electrical contact in Rittal enclosures.
Key specifications include the article number SV 9676.200, packaging of 1 piece, customs tariff 73182900, EAN 4028177697416, ETIM 9 EC001900, and ECLASS 8.0 27400613. These data points support accurate cataloging, BOM creation, and ERP integration for panel-building projects.
The kit uses copper E-Cu to reduce impedance and improve current-carrying performance at the top connection. While this enhances reliability, users should verify the ACB rating and enclosure design to ensure compatibility with their specific high-current switchgear requirements.
The documented standards include ETIM 9 EC001900 and ECLASS 27400613. These classifications support data standardization and interoperability within procurement and maintenance systems; CE or UL certifications are not specified in the provided data.
Using the SV 9676.200 kit can shorten installation times, reduce field labor and errors, and improve uptime in power distribution systems. Its standardized data footprint also streamlines procurement, BOM management, and maintenance planning for scalable, multi-cabinet deployments.