ABB Busbar Inline 1STQ006239B0000 - 1600A W800
Part Number: 1STQ006239B0000
Quick Summary
ABB Busbar Inline is a copper conductor system for high-current power distribution in industrial switchgear and panels. It addresses the common challenge of heat buildup and voltage drop when upgrading power paths in compact enclosures. While explicit SIL, CE, or IP ratings are not listed, the device is classified under ETIM 8/9 EC001522 and eClass V11.1 27370303, providing standardized cataloging and cross-system compatibility. Regulatory notes include REACH information indicating no substances above 0.1 mass percentage and WEEE B2B disposal considerations. The packaging and weight data support efficient logistics and on-site handling. In practice, this translates into faster procurement cycles and more reliable performance for OEMs and maintenance teams.
Product Information
Extended Description
1STQ006239B0000 ABB: N.3 Busbar Inline 80x10mm 1600a W800
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
15.3 kg
Package Level 1 Units
packet 1 piece
Package Level 1 Gross Weight
19.564 kg
Data Sheet, Technical Information
Not yet published
ETIM 8
EC001522 - Busbar
ETIM 9
EC001522 - Busbar
eClass
V11.1 : 27370303
The 80x10 mm inline busbar with a 1600 A rating and copper construction delivers a low impedance path for main feeders, reducing voltage drop and thermal rise as system currents scale. This improves overall energy efficiency and extends component life in demanding environments, such as manufacturing lines and heavy-duty switchgear. Copper’s superior conductivity also supports compact layouts, enabling engineers to maximize enclosure space without compromising current capability. REACH compliance and WEEE guidance further reduce procurement risk and disposal complexity, making this a compliant choice for regulated facilities. ETIM 8/9 EC001522 and eClass V11.1 27370303 classifications simplify parts matching in ERP and purchasing workflows, reducing misidentification and stockouts. With a net weight of 15.3 kg and a packaging gross weight of 19.564 kg, logistics planning and on-site handling are straightforward for installers and technicians. These attributes collectively translate to lower total cost of ownership, faster project timelines, and higher reliability in routine maintenance.
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FAQs
Begin by verifying the 80x10 mm cross-section and 1600 A rating, then ensure adequate enclosure clearance. Mount the busbar using appropriate lugs or fasteners designed for copper conductors, align with N.3 busbar inline configurations, and secure connections to minimize impedance. Check packaging guidelines and weight considerations (net 15.3 kg, gross 19.564 kg) to plan safe handling and on-site assembly.
Key specifications include an 80x10 mm cross-section, 1600 A current rating, copper material, and W800 designation. It is cataloged under ETIM EC001522 for busbars and eClass V11.1 27370303, with REACH information indicating no substances above 0.1 mass percentage. The product is intended for N.3 Busbar Inline configurations in industrial power distribution.
Yes. With a 1600 A rating and copper construction, it supports high-current distribution in demanding environments such as switchgear and heavy-duty panels. The low impedance copper path helps minimize heat buildup and voltage drop, improving efficiency and reliability in continuous operation and during peak load conditions.
This product aligns with ETIM 8/9 EC001522 Busbar classification and eClass V11.1 27370303. REACH information confirms no substances above 0.1% by mass, and WEEE B2B disposal guidelines guide end-of-life handling. There are no explicit SIL, CE, or IP ratings listed in the documentation; however, catalog-level classifications support robust procurement and compatibility checks.
ROI is driven by reduced energy losses from low impedance copper conductors and improved reliability in high-current paths, which lowers maintenance downtime. The robust copper construction minimizes thermal wear, while ETIM/eClass classifications streamline procurement, reducing stockouts and long lead times. Packaging and weight data support efficient logistics, contributing to faster project delivery and lower total cost of ownership.