ABB 2CPX042714R9999 Busbar - DIN 43673-1

Rated Current and Compact Footprint → The 320 A rating supports demanding load distribution while maintaining a slim 95 mm wide profile, enabling denser panel layouts and reduced cabinet depth, which translates to lower overall installation costs and easier factory floor routing for your automation line. In practice, this means fewer components to assemble and a smaller enclosure footprint, improving cycle times during panel builds. This is especially valuable in retrofits where space is at a premium and current requirements are high. Copper Busbar Construction → Copper’s superior conductivity reduces resistive losses, improving efficiency and thermal performance in continuous operation. For panel builders, this means cooler terminations and longer service life, with less need for oversized heatsinking. The result is lower operating temperatures in power distribution areas and more predictable performance in harsh industrial environments. This is particularly beneficial for CombiLine modular panels that demand compact, reliable interconnects. Regulatory Compliance and Documentation → RoHS and REACH declarations, together with CE conformity, provide regulatory peace of mind and faster procurement approvals. WEEE categorization and declared material disclosures help you meet environmental obligations and support end-of-life planning. For buyers, this translates to lower risk in audits and streamlined supplier qualification for automotive, food, or process industries. Mounting and Compatibility → Mounting instructions ZX2224-2259_ZX2324-2353 facilitate straightforward installation even in pre-wired or partially assembled panels. The product is specified for CombiLine as a modular distribution component, ensuring compatibility with ABB’s standard mounting conventions and ETIM/eClass classifications, which reduces integration time and helps maintain BOM accuracy. Material Integrity and Durability → Untreated copper with robust form factor supports long service life in commercial automation environments. The 1P single-pole configuration aligns with typical control cabinet layouts, preserving signal integrity and minimizing stray inductance. This combination supports dependable operation in factory automation and machine-building projects.