Rittal SV 9686.536 busbar - DIN EN 13 601 with punchings
Part Number: 9686536
Quick Summary
Rittal SV 9686.536 busbar is a copper distribution conductor for control cabinets and switchgear. Engineers often struggle with mismatched width, limited mounting options, and lengthy installation lead times. Standards-compliant to DIN EN 13 601, ETIM EC000329, and ECLASS 27400605, it simplifies sourcing and cross‑vendor compatibility. For manufacturers, the combination of PE/PEN busbar capability, copper conductivity, and integral holes supports faster assembly and reliable performance in automation environments. The product's 500 mm length and 30x10 mm cross-section align with common enclosure layouts, reducing custom fabrication. With a pack of two and a defined copper weight per piece, planners model cost and logistics with confidence. In practice, integrators report smoother commissioning and fewer field modifications when standard components like SV 9686.536 are used.
Product Information
Extended Description
9686536 Rittal: SV PE/PEN busbar E-Cu, WH: 30x10 mm, L: 500 mm
Article number
SV 9686.536
Product description
With integral holes.
Material
E-Cu
Ø hole
11.5 mm
Dimensions
Length: 500 mm
To fit
Width: = 600 mm
Cross-section
30 mm x 10 mm
Packs of
2 pc(s).
Weight/pack
2.66 kg
Copper weight (kg per piece)
1.32
Customs tariff number
74071000
EAN
4028177934795
ETIM 9
EC000329
ECLASS 8.0
27400605
Product description
SV PE/PEN busbar E-Cu, WH: 30x10 mm, L: 500 mm
Copper conductor with E-Cu material delivers high conductivity and lower resistance, translating to improved efficiency and reduced heat in high-current distribution within control panels. This directly supports energy savings and longer component life in demanding automation environments. The 30x10 mm cross-section, combined with a 500 mm length, provides predictable current-carrying capacity while fitting common 600 mm wide enclosures, minimizing install-time adjustments and waste. Integral mounting holes (Ø 11.5 mm) enable fast, drill-free mounting, lowering labor costs and speeding up panel assembly. Packs of two with a total weight of 2.66 kg per pack and 1.32 kg copper per piece enable accurate logistics planning and consistent stock management. PE/PEN busbar construction enhances safety and reliability in shared grounding schemes, simplifying compliance and procurement. Standards alignment to DIN EN 13 601, coupled with ETIM EC000329 and ECLASS 27400605 classifications, reduces procurement ambiguity and improves cross‑vendor compatibility. These features collectively support faster commissioning, reduced field modifications, and predictable performance in modern switchgear.
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FAQs
Yes. The SV 9686.536 is designed for standard control cabinet spaces and includes integral mounting holes with a 11.5 mm diameter, enabling straightforward, drill-free installation within typical enclosure widths. This reduces modification time and ensures a secure, vibration-resistant connection in high-current layouts.
The busbar features a 30x10 mm cross-section and a length of 500 mm. It is sold in packs of two pieces, with a total pack weight of about 2.66 kg and copper weight of 1.32 kg per piece, enabling precise logistics and inventory planning for assembly lines.
This PE/PEN copper busbar is ideal for high-current distribution and grounding schemes in control cabinets and switchgear. Its E-Cu construction, 30x10 mm profile, and integral holes support rapid wiring, reliable current paths, and clean, compliant grounding connections in automation installations.
The component is designed to DIN EN 13 601 compliant hardware, and is classified under ETIM EC000329 and ECLASS 27400605, facilitating consistent sourcing and interoperability across vendors. The customs tariff number is 74071000, aiding import and duty planning for international projects.
Integral holes eliminate on-site drilling, speeding assembly and reducing labor costs. The explicit copper weight per piece and pack size enable accurate material budgeting, while reliable conductivity improves system efficiency and reduces thermal issues. Overall, you gain faster commissioning, predictable logistics, and lower total cost of ownership in panel builds.