ABB 1STQ006210B0000 Neutral/Earthing Busbar - EC001522
Part Number: 1STQ006210B0000
Quick Summary
ABB 1STQ006210B0000 Neutral/Earthing Busbar is a high-capacity distribution solution for industrial power systems. Many installations struggle with space, reliability, and safe grounding during scale-up. This ABB solution aligns with ETIM EC001522 and eClass V11.1, supporting compliant assembly and robust grounding in industrial panels. By combining a 4000 A current rating with a compact 60 mm by 700 mm frame, it reduces wiring complexity and maintenance. In practice, you gain faster installation, safer fault clearance, and predictable lifecycle costs.
Product Information
Extended Description
1STQ006210B0000 ABB: Neutral/Earthing Busbar 4000A, W=700/2x60x10
Software Category
A
Material
Flat Copper
WEEE Category
4. Large Equipment (Any External Dimension More Than 50 cm)
WEEE B2C / B2B
Business To Business
Environmental Information
1STC803001D0201
Product Net Width
60 mm
Product Net Height
700 mm
Product Net Depth / Length
10 mm
Product Net Weight
8.53 kg
Package Level 1 Units
packet 1 piece
Package Level 1 Gross Weight
8.73 kg
Instructions and Manuals
System pro E power RBBS CH - Instruction Manual XLine Horizontal 50mm
Data Sheet, Technical Information
1STC803001D0201
ETIM 8
EC001522 - Busbar
ETIM 9
EC001522 - Busbar
eClass
V11.1 : 27370303
Feature: High current rating of 4000 A enables robust neutral and earth distribution for large panel boards and switchgear. Benefit: Supports scalable power architectures with fewer parallel busbars, reducing space requirements and installation time. Application: Data centers and heavy manufacturing where reliability and fault tolerance are critical. Feature: Flat copper construction delivers low impedance paths. Benefit: Improves thermal performance and minimizes voltage drop under peak load. Application: Large electrical cabinets and power distribution units in demanding industrial environments. Feature: Dimensions 60 mm width, 700 mm height, 10 mm depth. Benefit: Thin profile allows installation in compact enclosures while preserving accessible grounding. Application: Retrofit projects and retrofit panels where depth is constrained. Feature: WEEE category 4 and B2B usage with ETIM EC001522 and eClass V11.1 alignment. Benefit: Regulatory compliance and interoperability across supply chains. Application: Global installations with standardized procurement. Feature: System pro E power RBBS CH compatibility and XLine Horizontal 50 mm instruction manual. Benefit: Streamlined commissioning and safer maintenance routines. Application: Panel builders and service teams seeking proven installation guidance. Feature: Vehicle weight 8.53 kg and packaging 1 piece per packet. Benefit: Manageable handling and straightforward logistic planning. Application: Site delivery planning for large-scale installations.
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FAQs
This busbar is designed for System pro E power RBBS CH and XLine Horizontal 50 mm installations, with a 60 mm width, 700 mm height, and 10 mm depth. It weighs 8.53 kg and ships as a single-piece package, simplifying on-site handling and integration into large cabinets.
Key specs include a 4000 A current rating, flat copper material, WEEE category 4, and B2B usage. It conforms to ETIM EC001522 and eClass V11.1 27370303 standards, providing reliable grounding and high-capacity distribution in industrial panels.
Yes. Its 4000 A capability, low impedance copper path, and compliant standards make it well-suited for data center power distribution and critical infrastructure where reliable neutral and earth return paths are essential for uptime and safety.
The product aligns with ETIM EC001522 (Busbar) and eClass V11.1 27370303 classifications, and it is categorized under WEEE4 large equipment for environmental compliance. These standards support interoperability and regulatory alignment in global deployments.
The copper busbar reduces resistance and heat buildup, lowering connector needs and maintenance after commissioning. Its robust grounding path simplifies fault tracing, contributing to lower total cost of ownership over the lifecycle of large-scale panels.