ABB 1STQ006241B0000 Busbar Inline 1000A - eClass 27370303
Part Number: 1STQ006241B0000
Quick Summary
ABB 1STQ006241B0000 Busbar Inline 1000A is a copper busbar solution for high-current power distribution in industrial control panels. Engineers often struggle with heat buildup, voltage drop, and crowded cabinet footprints when adding power rails. This inline design helps maximize conductivity while minimizing space, reducing installation time and thermal stress. It carries ETIM EC001522 Busbar classification and the eClass V11.1 27370303 standard, and aligns with REACH and WEEE B2B requirements for responsible manufacturing and end-of-life handling. By pairing robust copper construction with clear data interoperability, it supports scalable, compliant, and cost-efficient panel builds for industrial automation and electrical distribution.
Product Information
Extended Description
1STQ006241B0000 ABB: N.3 Busbar Inline 50x10mm 1000a W1000
Environmental Product Declaration - EPD
NoDecNee
Software Category
M
Material
Copper
REACH Information
False - does not contain substances > 0.1 mass percentage
WEEE Category
4. Large Equipment (Any External Dimension More Than 50 cm)
WEEE B2C / B2B
Business To Business
Environmental Information
1STC803001D0201 | Breakers - Packaging disposal information
Product Net Weight
12 kg
Package Level 1 Units
packet 1 piece
Package Level 1 Gross Weight
12 kg
Data Sheet, Technical Information
Not yet published
ETIM 8
EC001522 - Busbar
ETIM 9
EC001522 - Busbar
eClass
V11.1 : 27370303
Copper construction with a 50x10 mm cross-section and a 1000 A rating delivers high-current capacity with minimal resistance. The inline format minimizes voltage drop and reduces heat buildup compared with discrete conductors, improving overall efficiency in switchgear and distribution boards. Three-phase inline layout stacks feed rails within a compact footprint, freeing cabinet space and simplifying cable routing, which reduces wiring complexity and impedance and lowers maintenance downtime in motor control centers. The 12 kg unit provides a sturdy, vibration-tolerant solution that supports reliable mounting in tight enclosures while maintaining compatibility with standard ABB footprints for easy integration and scalable add-ons as power needs grow. Compliance and sustainability are built in via REACH, WEEE B2B, and EPD NoDecNee, helping procurement meet ESG goals. Data interoperability is supported through ETIM EC001522 and eClass 27370303 mappings, improving BOM accuracy and catalog data quality across ERP systems.
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FAQs
The inline three-phase busbar is designed for industrial control panels and ABB switchgear footprints that support copper busbars. It fits standard mounting patterns used in ABB and many third‑party distribution boards; verify enclosure clearance, mounting hole layout, and conductor terminations for your specific cabinet. For best results, align with the panel’s mounting provisions and ensure adequate space for heat dissipation.
Copper busbar with a 50x10 mm cross-section rated at 1000 A, designed for a length of 1000 mm (W1000). Each piece weighs about 12 kg and is packaged as a single unit, enabling straightforward handling and installation in industrial power distribution layouts.
Yes. REACH information indicates no substances above 0.1 mass percent. WEEE classification is 4 Large Equipment, B2B. The product also carries an environmental reference (EPD NoDecNee) to clarify packaging disposal information, supporting responsible end-of-life handling.
It is classified under ETIM EC001522 – Busbar and eClass V11.1 27370303, ensuring consistent data representation in ERP, PLM, and procurement systems. This improves BOM accuracy, catalog data integrity, and reduces mis-picks across large automation projects.
The inline copper busbar minimizes contact losses and heat buildup, reducing cooling needs and energy waste. Fewer connection points speed assembly and lower field maintenance downtime, while the solid 12 kg unit provides durable mounting for long service life in demanding environments, delivering a lower total cost of ownership over the panel lifecycle.