ABB ACS800-U11-0060-2 Motor Drive - Pcont.max:45kW, Icont.max:169A
Part Number: 68672741
Quick Summary
ABB ACS800-U11-0060-2 is a variable frequency drive used to control AC motors in industrial processes. When motor performance is inconsistent, production stops and energy costs rise. The device aligns with CE safety requirements and offers SIL-capable features plus selectable IP-rated protection for rugged environments. For engineers and procurement teams, it delivers predictable performance and lower total cost of ownership when integrated with existing automation architectures. By leveraging ABB's diagnostics and drive control, maintenance intervals can be optimized and spare parts consolidated. The result is smoother start-up, reduced wear, and improved process visibility across the line. End users gain traceable performance data for compliance reporting.
Product Information
Built-in advanced torque control and precise speed regulation. This delivers tighter process control and reduced energy waste, improving throughput and product quality. Applications include pumps, fans, conveyors and mixers in chemical processing, water treatment, and packaging lines that rely on stable motor performance. Energy-efficient start-up and ramping reduce electrical surges and peak demand, lowering utility costs and extending motor life. The drive supports regenerative braking and smooth acceleration, benefiting HVAC units and extrusion lines where process continuity matters. Compact, panel-mount form factors and plug-and-play wiring simplify retrofits and new installations, cutting commissioning time and enabling rapid deployment in existing automation architectures. Robust protection and diagnostics provide overload protection, thermal monitoring, and fault logging, minimizing unplanned downtime and improving maintenance planning. These features translate to a measurable reduction in spare parts inventory and faster issue resolution. Finally, the drive integrates with ABB’s control ecosystem and remote service options, delivering predictable ROI through increased reliability and reduced energy consumption in day-to-day operations.
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FAQs
When replacing an existing drive, verify the ACS800-U11-0060-2 voltage and current ratings match the motor requirements (Pcont.max 45 kW, Icont.max 169 A). Plan for panel mounting, wiring discipline, and compatible control wiring. Ensure proper heat dissipation and adequate enclosure protection. Use ABB commissioning tools for parameter transfer and perform a full test run with load to validate torque and speed settings.
The drive is designed to deliver continuous power up to 45 kW with a maximum motor current of 169 A, supported by overload protection and thermal monitoring. It enables precise speed control and torque regulation, reducing motor stress during ramp-up and load changes. For optimal performance, match supply, motor type, and derating guidelines, and configure fault thresholds and safety interlocks according to the application.
Yes, the ACS800-U11-0060-2 is well-suited for pumps, fans, and conveyors where stable speed control and energy efficiency are critical. Its modular protection strategy supports robust operation, while selectable IP-rated options and CE safety conformity help address enclosure and regulatory requirements in manufacturing, water treatment, and material handling applications. Proper enclosure selection and cooling are advised in demanding environments.
The drive is designed to meet CE safety and conformity requirements, with SIL-capable safety features for integrated safety control. Depending on the enclosure and configuration, IP-rated protection can be selected to suit environmental demands. Always verify local regulatory requirements and ensure compatibility with your safety management system to maximize compliance and ensure safe operation.
Expected ROI comes from energy savings during motor start-ups and reduced mechanical wear due to controlled acceleration. Downtime is minimized through diagnostics and fault reporting, while the ABB service network supports remote monitoring and timely maintenance. Over time, the reduced spare parts burden and predictable performance contribute to lower total cost of ownership in automation projects.