ABB 2CPX042550R9999 Copper Busbar - DIN 43673-1

Feature → Business Impact → Application: The 320 A rated current supports demanding loads in industrial cabinets, delivering consistent performance with low I²R losses. In practice, this enables you to consolidate feeders within a compact 695 mm wide panel, reducing footprint and simplifying thermal management in crowded control rooms. This is ideal for CombiLine modular distributions where space is at a premium and reliability is non-negotiable. Feature → Business Impact → Application: Copper busbar construction provides superior conductivity and mechanical stability under vibration and temperature cycling, reducing contact resistance and maintenance needs. Across installations in process environments, this translates to longer service life, fewer connection checks, and lower total cost of ownership. Feature → Business Impact → Application: The flat model and single-pole design (1P) streamline integration with ABB MBR103/MBR203/MBR303 modules, enabling fast commissioning and scalable expansion without reconfiguring existing panels. Businesses gain faster project timelines, predictable electrical paths, and safer, auditable installations. Feature → Business Impact → Application: Untreated surface finish minimizes processing steps and allows direct field bonding where required, improving supply chain flexibility. In the field, installers benefit from straightforward handling and consistent performance, especially in retrofits or upgrades to existing CombiLine systems. Feature → Business Impact → Application: RoHS and REACH declarations alongside DIN 43673-1 compliance provide regulatory assurance for European installations, reducing compliance risk and facilitating cross-border procurement. For electrical contractors, this supports safer sourcing, documented material traceability, and smoother handovers to operations teams. Feature → Business Impact → Application: With 695 mm width and 5 mm depth, the module fits neatly into standardized panel layouts while leaving space for adjacent components, reducing wiring congestion and improving air flow for heat management in high-density switchgear.