ABB 2CPX042790R9999 Copper Busbar Connection Set-DIN 43673
Part Number: 2CPX042790R9999
Quick Summary
ABB 2CPX042790R9999 copper busbar connection set enables reliable distribution in modular CombiLine panels. This solution streamlines high-current panel assemblies by delivering robust copper busbar connections with precise tolerances. Engineers often grapple with bulky, time-consuming installations, inconsistent current sharing, and mounting misalignments that drive downtime. The product carries CE conformity, RoHS compliance, and DIN 43673-1 busbar coupler compatibility, ensuring safe, regulated operation across industrial environments. By integrating this connection set, you can reduce assembly time, improve electrical reliability, and simplify spare-part planning. Suitable for 630 A systems, it aligns with ABB CombiLine modular architecture, delivering predictable performance and lower total cost of ownership.
Product Information
Extended Description
2CPX042790R9999 ABB: Copper busbar connection set, CombiLine, Modular distribution panel not assembled, rated current maximum 630 A
Rated Current (In)
630 A
Number of Poles
1P
Connection Type
Cabinet / Cabinet
Enclosure Type
Copper busbar connection set
RoHS Information
EU Declaration of Conformity Distribution Panel System CombiLine N
RoHS Status
Following EU Directive 2011/65/EU and Amendment 2015/863 July 22, 2019
RoHS Date
20240903
REACH Declaration
Declaration regarding the REACH – Regulation ABB STRIEBEL & JOHN
REACH Information
False - does not contain substances > 0.1 mass percentage
REACH Date
20240902
Conflict Minerals Reporting Template (CMRT)
Conflict Minerals Reporting Template
WEEE Category
5. Small Equipment (No External Dimension More Than 50 cm)
WEEE B2C / B2B
Business To Consumer
Product Net Width
208 mm
Product Net Height
30 mm
Product Net Depth / Length
10 mm
Product Net Weight
0.548 kg
Package Level 1 Units
pack 1 piece
Package Level 1 Gross Weight
0.548 kg
Declaration of Conformity - CE
EU Declaration of Conformity Distribution Panel System CombiLine N
Instructions and Manuals
Mounting instruction ZX2404-2408
Data Sheet, Technical Information
Catalogue for panel builders 2024/2025 Intro | Catalogue for wholesalers 2025 Intro
ETIM 8
EC000713 - Busbar coupler
ETIM 9
EC000713 - Busbar coupler
eClass
V11.0 : 27400606
Object Classification Code
U
Standards
DIN 43673-1
Feature: High-current capability with rated current of 630 A and 1P configuration. Business Impact: Enables reliable, low-loss distribution in demanding applications, reducing heat generation and voltage drop. Application: Ideal for 630 A busbar connections in CombiLine modular distribution panels, supporting scalable industrial automation installs. Long-tail keywords: 630 A busbar connection, high-current panel interconnect, copper busbar for power distribution. The result is improved efficiency and longer component life in steel- or process-industry environments. Feature: Cabinet to cabinet connection type. Business Impact: Simplifies bridging between adjacent cabinets, reducing assembly steps and risk of misalignment. Application: Suitable for modular distributions where cabinet spacing is a factor. Long-tail keywords: cabinet-to-cabinet busbar, modular panel interconnect, CombiLine integration. Feature: Copper busbar enclosure. Business Impact: Copper’s superior conductivity lowers contact resistance and heat, improving current sharing and reliability. Application: Critical in continuous-process facilities where uptime matters. Long-tail keywords: copper busbar connection set, low-resistance interconnect, power distribution copper. Feature: Regulatory compliance. Business Impact: RoHS, REACH, and WEEE declarations minimize regulatory risk and support audit readiness. Application: Use in systems requiring EU Restriction of Hazardous Substances compliance and responsible disposal. Long-tail keywords: RoHS compliant electrical components, REACH declaration, WEEE category 5. Feature: Installation and compatibility. Business Impact: Mounting instructions ZX2404-2408 streamline commissioning and reduce field service time. Application: TEV-ready for CombiLine panels, with ETIM/eClass alignment for easy procurement. Long-tail keywords: ZX2404-2408 mounting instructions, ETIM 8 EC000713, eClass 27400606. Feature: Design for serviceability and spare parts planning. Business Impact: Clear compatibility with CombiLine modules improves maintenance planning and lifecycle costs. Application: Suitable for retrofits and new builds within ABB’s modular distribution ecosystem. Long-tail keywords: CombiLine spare parts, busbar coupler compatibility, modular panel maintenance.
Get a Quick Quote for a ABB 2CPX042790R9999
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in ABB 2CPX042790R9999?
Enquire Now
FAQs
Installation follows the ZX2404-2408 mounting instructions. Ensure the cabinet-to-cabinet connection is properly aligned, secure the copper busbar with appropriate hardware, and verify 630 A rating is suitable for the target panel segment. The design supports straightforward servicing and reliable current sharing in CombiLine modules.
Rated current: 630 A; Number of poles: 1P; Connection type: Cabinet to cabinet; Enclosure type: Copper busbar connection set. Net dimensions: 208 mm width, 30 mm height, 10 mm depth; Net weight: 0.548 kg.
Yes. It is designed specifically for CombiLine modular panels, uses cabinet-to-cabinet connections, and aligns with ABB’s busbar coupler standards (ETIM EC000713 and related classifications). It also carries CE, RoHS, and WEEE compliance for compliant integration.
CE Declaration of Conformity; RoHS information and date; REACH declaration and substance limits; WEEE category 5; DIN 43673-1 standard for busbar couplers; ETIM 8 and eClass classifications indicate procurement compatibility.
It reduces installation time, improves current sharing and reliability, and lowers lifecycle costs by aligning with CombiLine modular architectures. Regulatory compliance minimizes audit risk, while the copper design reduces heat and voltage drop, increasing uptime in industrial facilities.