Rittal Busbars 9684006 585 mm - DIN EN 13 601

Part Number: 9684006
Manufacturer
Rittal
Part number
9684006
Alt Part Number
SV 9684.006

Quick Summary

Rittal Busbars 9684006 provide high-conductivity copper interconnects for switchgear and control panels. Engineers often struggle with inconsistent current paths and misaligned punchings during enclosure assembly, which can cause field failures and costly rework. They conform to DIN EN 13 601 and align with ETIM EC001522 and ECLASS 27370303, supporting compliant installation. With optimized 585 mm length and copper mass, this solution reduces resistance and simplifies mounting across automated production lines. In industrial automation, reliable busbar performance translates to lower downtime and faster project delivery. The combination of solid copper quality and integral punchings improves contact stability under high-current loads, making it ideal for power distribution in Rittal enclosures and similar control cabinet ecosystems.

Product Information

Extended Description

9684006 Rittal: SV busbars E-Cu with integral punchings, length 585 mm
Article number
SV 9684.006
Product description
Busbars with integral punchings.
Material
E-Cu F30
Length
585 mm
Standards
DIN EN 13 601
Cross-section
50 mm x 10 mm
Hole diameter
11.5 mm
Packs of
1 pc(s).
Weight/pack
2.68 kg
Copper weight (kg per piece)
2.58
Customs tariff number
74071000
EAN
4028177951198
ETIM 9
EC001522
ECLASS 8.0
27370303
Product description
SV busbars E-Cu with integral punchings, length 585 mm
Feature: Integral punchings and copper E-Cu F30 provide a continuous conducting path with precise alignment, reducing installation errors. Business Impact: Faster assembly, lower rework, and more reliable current paths in compact switchgear layouts. Application: Suitable for dense control panels and Rittal enclosure configurations where space is at a premium. Feature: 585 mm length aligns with common enclosure depths and modular designs. Business Impact: Streamlined panel design and reduced cutting or trimming during fabrication. Application: Ideal for medium to large switchgear assemblies in factory automation environments. Feature: Cross-section 50 mm x 10 mm delivers high current carrying capacity with low voltage drop. Business Impact: Improved energy efficiency and cooler operation under heavy loads. Application: Main distribution busbars in power management and distribution within automation systems. Feature: Hole diameter of 11.5 mm provides consistent mounting geometry with standard hardware. Business Impact: Easier installation and enhanced mechanical stability for bolt-through connections. Application: Fast, secure integration in control cabinets and power cabinets. Feature: Weight per piece 2.58 kg; pack weight 2.68 kg enables manageable handling and predictable logistics. Business Impact: Lower shipping and handling costs with straightforward on-site deployment. Application: Field service installs and mid-scale manufacturing integrations where weight planning matters.

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FAQs

Begin by confirming the 585 mm length and 11.5 mm mounting holes align with the enclosure’s pad and hardware. Align the punchings precisely, insert fasteners through the holes, and tighten to specification to ensure a secure, low-resistance current path. Proper torque and clean interfaces reduce contact resistance and prevent heating under load.
Key specs include material E-Cu F30, length 585 mm, cross-section 50 mm x 10 mm, hole diameter 11.5 mm, weight per piece 2.58 kg, and a pack quantity of 1 piece. Standards referenced: DIN EN 13 601, with ETIM EC001522 and ECLASS 27370303 designations.
Yes. The product is specified to conform to DIN EN 13 601. It is also cataloged under ETIM EC001522 and ECLASS 27370303, ensuring compatibility with downstream procurement and maintenance systems.
They are designed for high-conductivity interconnects inside switchgear and control panels, especially within Rittal enclosures. Their 585 mm length and 50x10 mm cross-section support medium to high-current distribution in industrial automation and power management installations.
Copper weight per piece is 2.58 kg, affecting current-carrying capacity, thermal performance, and overall assembly weight. Heavier sections typically offer lower resistance and improved heat dissipation, contributing to higher reliability and reduced downtime, which translates to a favorable total cost of ownership in automation projects.