Rittal SV 9676.621 Longitudinal Connector - Flat-PLS Ready
Part Number: 9676621
Manufacturer
Rittal
Part number
9676621
Category
Alt Part Number
SV 9676.621
Quick Summary
Rittal SV 9676.621 longitudinal connector enables seamless busbar coupling in compact industrial switchgear. Many installations suffer from drilling requirements or unreliable connections that slow commissioning and raise risk. CE conformity and robust mechanical interfaces support safe EU installations, while classifications such as ETIM 9 EC001900 and ECLASS 8.0 27400613 help ensure interoperability across products. This solution also strengthens total cost of ownership by reducing install time and improving long-term reliability, with a focus on Flat-PLS busbars, copper performance, and scalable distribution layouts.
Product Information
Extended Description
9676621 Rittal: SV Longitudinal connector E-Cu, for busbar W: 40-100 mm, (for 2 strands per conductor)
Article number
SV 9676.621
Applications
For connecting Flat-PLS busbar systems, no drilling required.
Material
E-Cu
Number of bars per conductor
2
To fit busbar system
Flat-PLS 60
Packs of
1 pc(s).
Weight/pack
1.1 kg
Copper weight (kg per piece)
1.12
Customs tariff number
74198090
EAN
4028177625587
ETIM 9
EC001900
ECLASS 8.0
27400613
Product description
SV Longitudinal connector E-Cu, for busbar W: 40-100 mm, (for 2 strands per conductor)
Feature: E-Cu material delivers superior electrical conductivity and minimal voltage drop. Business Impact: Lower heat generation and higher efficiency reduce energy losses and cooling loads in switchgear. Application: Ideal for demanding power distribution cabinets where thermal management matters. Feature: No drilling required for Flat-PLS busbar connections. Business Impact: Speeds up installation, lowers tooling requirements, and reduces risk of misalignment. Application: Retrofit or new builds where time-to-operate is critical. Feature: W 40-100 mm compatibility with 2 strands per conductor. Business Impact: Enables robust dual-conductor connections without complex machining, improving reliability and current sharing. Application: Flat-PLS 60 busbar systems in compact enclosures. Feature: Fits Flat-PLS 60 system for standardized interfaces. Business Impact: Simplifies part replacement and maintenance with predictable mating components. Application: Modular switchgear deployments and scalable cabinets. Feature: Pack of 1 with 1.1 kg weight per pack and 1.12 kg copper per piece. Business Impact: Clear inventory planning and durable, high-density copper connections that sustain performance. Application: Routine procurement for OEMs and panel builders. Feature: CE-aligned design and ETIM/ECLASS classification support. Business Impact: Ensures compliance workflows and improves data-driven sourcing. Application: Global sourcing and cross-system integration.
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FAQs
Yes. The SV 9676.621 is designed for Flat-PLS busbar systems and accommodates a busbar width range of 40–100 mm with 2 strands per conductor, enabling drill-free, rapid connections in Flat-PLS 60 configurations.
The connector is made from E-Cu (copper) with a copper weight of 1.12 kg per piece and a pack weight of 1.1 kg. This copper density supports low resistance connections and stable thermal performance under typical industrial loads.
This longitudinal connector excels in control cabinets and switchgear assemblies requiring two-conductor busbar connections without drilling. It is ideal for retrofit projects and new builds that demand fast installation, reliable current sharing, and compatibility with Flat-PLS 60 busbars.
The SV 9676.621 aligns with ETIM 9 EC001900 and ECLASS 8.0 27400613 classifications, supporting interoperability in data-driven procurement. It also follows general industry practices for safe electrical connections in EU markets, with CE-like conformity considerations for compliant installations.
By eliminating drilling and enabling swift, reliable two-strand connections, this connector reduces installation time, minimizes field errors, and lowers maintenance costs associated with loose or degraded busbar joints. Its durable copper construction contributes to lower resistance and fewer service interventions over the life of the system.