ABB 1STQ007593B0000 Busbar System - EC001522
Part Number: 1STQ007593B0000
Quick Summary
ABB 1STQ007593B0000 Busbar System optimizes high-current power distribution in industrial cabinets. Engineers often face spatial constraints and thermal buildup when routing 4000 A in compact switchgear, leading to slower commissioning and higher risk. This solution aligns with ETIM EC001522, eClass V11.1 27370303, and WEEE Category 4 Large Equipment standards, providing regulatory certainty and easier procurement. By combining copper construction with modular installation and clear manuals, it enables reliable performance, faster assembly, and reduced lifecycle costs for panel builders and system integrators.
Product Information
Extended Description
1STQ007593B0000 ABB: N Positione Bbs 4000A, W400/2x60x10
Software Category
A
Material
Copper
WEEE Category
4. Large Equipment (Any External Dimension More Than 50 cm)
WEEE B2C / B2B
Business To Business
Environmental Information
1STC803001D0201
Product Net Weight
3.13 kg
Package Level 1 Units
packet 1 piece
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 copper busbar provides low resistance paths → Business Impact: Minimizes I²R losses and thermal hotspots, boosting overall efficiency → Application: 4000 A distribution in control panels and switchgear. Feature: Copper material delivers superior electrical conductivity and durability → Business Impact: Extends service life with fewer maintenance cycles, lowering total cost of ownership → Application: Repeated switching environments in demanding industrial settings. Feature: ETIM EC001522 and eClass V11.1 compatibility → Business Impact: Enables streamlined cataloging, procurement, and BOM management → Application: Global procurement for multisite projects. Feature: WEEE Category 4 Large Equipment compliance → Business Impact: Easier waste management and regulatory compliance during end-of-life recycling → Application: Plant modernization and asset retirement programs. Feature: System pro E RBBS CH and XLine 50 mm compatibility → Business Impact: Simplifies installation and module alignment, reducing commissioning time by hours → Application: Retrofit projects and new build cabinets in power distribution networks. Feature: Lightweight packaging and 3.13 kg weight per unit → Business Impact: Safer handling and lower logistics costs → Application: On-site installation in crowded switchgear rooms.
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FAQs
This busbar system is designed to integrate with ABB System pro E power RBBS CH and XLine configurations, enabling straightforward horizontal mounting and 50 mm module alignment. Ensure matching connection terminals and allowance for copper routing within the cabinet to maintain designed current paths and heat dissipation. Reference the XLine Horizontal 50mm manual during retrofit or new-install projects.
Key specifications include a 4000 A current rating (NPE BBS 4000A) with a W400/2X60X10 configuration. The product is copper-based, weighing 3.13 kg per unit, and is intended for high-current distribution in switchgear. This combination supports low voltage drop, reliable fault paths, and robust performance in demanding industrial cabinets.
Yes. The product aligns with ETIM EC001522 (Busbar) and eClass V11.1 27370303, which streamlines cataloging and procurement. This compatibility reduces misclassification risks in multi-site buys and eases integration into ERP and BOM workflows, improving data accuracy and supplier collaboration.
The solution supports WEEE Category 4 Large Equipment (external dimensions > 50 cm) and WEEE B2B workflows, facilitating compliant disposal and recycling at end-of-life. Copper construction also aligns with durability and recyclability goals common in modern plant modernization projects, reducing total waste and supporting sustainability initiatives.
Copper busbars offer lower resistive losses and longer service life than alternative conductors, leading to energy savings and reduced maintenance cycles in high-current applications. The modular design and clear installation manuals reduce commissioning time, while ETIM/eClass alignment speeds procurement, collectively delivering faster project payback and lower total cost of ownership.