Rittal 9686548 Busbar - E-Cu 40x10 700 mm DIN EN 13 601
Part Number: 9686548
Quick Summary
Rittal 9686548 Busbar is a copper distribution component designed for reliable power routing in control panels and switchgear. Engineers often struggle with space constraints and unreliable connections when integrating copper busbars into compact enclosures. This part is specified to DIN EN 13 601 and aligns with ETIM EC000329 and ECLASS 27400605, using high-conductivity E-Cu with integral holes for fast, secure mounting. With a 40x10 mm cross-section and a 700 mm length designed to fit enclosures up to 800 mm wide, it enables scalable layouts and predictable installation timelines, supporting efficiency and compliance across industrial facilities.
Product Information
Extended Description
9686548 Rittal: SV PE/PEN busbar E-Cu, WH: 40x10 mm, L: 700 mm
Article number
SV 9686.548
Product description
With integral holes.
Material
E-Cu
Ø hole
11.5 mm
Dimensions
Length: 700 mm
To fit
Width: = 800 mm
Cross-section
40 mm x 10 mm
Packs of
2 pc(s).
Weight/pack
5.04 kg
Copper weight (kg per piece)
2.49
Customs tariff number
74071000
EAN
4028177934849
ETIM 9
EC000329
ECLASS 8.0
27400605
Product description
SV PE/PEN busbar E-Cu, WH: 40x10 mm, L: 700 mm
Feature: 40x10 mm copper cross-section provides high current capacity in a slim footprint. Business Impact: Reduces panel width requirements and cooling load, lowering capital and operating costs. Application: Ideal for compact control panels and low- to medium-voltage switchgear where space and heat management matter. Feature: 700 mm length with integral holes and Ø11.5 mm mounting holes. Business Impact: Simplifies alignment and speeds assembly, cutting installation time. Application: Suitable for standard enclosures in automotive and process industries. Feature: Pack of 2 with 5.04 kg per pack. Business Impact: Improves logistics planning and reduces per-unit freight costs for multi-bay installations. Application: Useful for projects requiring staged busbar deployments. Feature: E-Cu material with 2.49 kg copper weight per piece. Business Impact: Delivers mechanical reliability and durable conductivity in harsh environments. Application: Suitable for long-term reliability in automated systems. Feature: Integral holes and 40x10 cross-section support fast mounting and consistent current paths. Business Impact: Reduces rework and improves repeatability in mass production lines. Application: Beneficial for high-volume panel builds and standardized cabinet assemblies.
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FAQs
The SV 9686.548 busbar is designed for control panels and switchgear where a 40x10 mm cross-section fits within enclosures up to roughly 800 mm wide. Its 700 mm length helps align with common cabinet depths, and the integral Ø11.5 mm holes simplify mounting to pre-drilled panels. This makes it well-suited for standardized industrial enclosures and scalable layouts.
Key specs include a 40x10 mm copper cross-section, 700 mm length, and integral holes with 11.5 mm diameter. The part is supplied in packs of two, with a total pack weight of 5.04 kg and copper weight of 2.49 kg per piece. The material is E-Cu and it is intended for DIN EN 13 601 compliant assemblies.
Yes. The SV 9686.548 busbar is specified to DIN EN 13 601, and its specifications align with ETIM EC000329 and ECLASS 27400605. This ensures compatibility with standard industry requirements and supports regulatory compliance in many industrial environments for safe and reliable power distribution.
Each piece of the SV 9686.548 busbar weighs approximately 2.49 kg of copper. The product is supplied in packs of two, with a total weight per pack around 5.04 kg. This packaging supports efficient shipping and straightforward multi-bay installation strategies for larger control panel projects.
Install using the integral holes with 11.5 mm diameter to align with standard mounting hardware. The 40x10 mm cross-section provides strong current-carrying capacity in a compact footprint, while the 700 mm length supports consistent current paths across enclosures up to 800 mm wide. Ensure proper torque on mounting hardware and maintain adequate clearance for heat dissipation.