ABB 3AXD50000032688 NSB205-501W - PN:kW, IN:A
Part Number: 3AXD50000032688
Quick Summary
ABB 3AXD50000032688 is a compact device for industrial power distribution in NSB205-501W configurations. Engineers often face compatibility gaps when upgrading panels or integrating legacy equipment with modern automation architectures. In response, this device emphasizes robust electrical characteristics, straightforward installation, and scalable integration for evolving plant needs. This solution aligns with CE marking expectations, SIL readiness, and robust IP-rated housing variants where required. By leveraging ABB's global service network, customers gain reduced downtime and predictable lifecycle costs. This translates into streamlined procurement, faster commissioning, and safer, more reliable power management across industrial automation and distribution projects. You can count on consistent documentation, training resources, and spare-part availability to minimize project risk.
Product Information
ABB 3AXD50000032688 is designed for seamless integration with NSB205-501W configurations, delivering a compact form factor that reduces panel footprint and simplifies wiring. This translates into faster assembly, easier diagnostics, and lower installation labor costs in control cabinets. The device supports scalable expansion in automation projects, from small lines to full-scale production floors, while maintaining consistent cabinet aesthetics and maintenance access. With a clearly defined PN:kW and IN:A rating, the module supports precise motor sizing and protection coordination, minimizing overcurrent risk, reducing nuisance trips, and improving drive-train reliability in applications such as conveyors, mixers, and extrusion lines. ABB's global service network and established parts ecosystem translate into predictable lifecycle costs and shorter mean time to repair, enabling multi-site standardization and simplified procurement. Compatibility with ABB's automation portfolio ensures straightforward maintenance planning, with common documentation and test procedures that accelerate commissioning. Installation in NSB205-501W-based panels benefits from familiar tooling and reference designs, reducing engineering time and risk during retrofits or new builds. From a safety and compliance perspective, standardized ABB components contribute to robust protection schemes and consistent system integrity, delivering measurable uptime improvements and lower total cost of ownership over the equipment lifecycle.
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FAQs
The 3AXD50000032688 is designed to fit NSB205-501W configurations, promoting straightforward mounting, standard wiring practices, and minimal modification to existing panel layouts. Verify PN:kW and IN:A ratings during planning to ensure matched motor sizing and protection coordination, then use familiar ABB tooling and reference designs to streamline commissioning and test procedures.
Key specifications are PN:kW for motor power rating and IN:A for the current input. These values guide correct protection settings, prevent overcurrent conditions, and optimize protection coordination with drives and motors in automation lines such as conveyors, packaging, or process equipment.
Yes, when deployed as part of ABB's integrated automation ecosystem, it supports reliable power distribution and protection in demanding environments. Leveraging ABB's service network and spare-parts availability helps minimize downtime, while standardized designs across sites simplify maintenance and training for maintenance staff.
ABB products in this family commonly align with CE marking and can be configured for SIL readiness and various IP-rated housings depending on the variant. Always verify the exact variant’s documentation and site requirements to meet local regulatory and safety standards.
Standardization across sites reduces spare-parts inventory and simplifies procurement, cutting total ownership costs. Improved uptime from coordinated protection and faster commissioning translates to higher production efficiency and lower maintenance labor, delivering measurable ROI over the equipment lifecycle.