ABB 3ABD00057681-D ACS880 Drive - 132 kW N5700 Position Control
Part Number: 3ABD00057681-D
Quick Summary
ABB 3ABD00057681-D ACS880 drive is a high-power LV AC motor controller designed for precise positioning in packaging and material handling. Many engineers struggle with lengthy setup, rigid motion profiles, and challenging PLC integration. These drives support CE compliance and are designed to work with SIL-rated safety architectures and robust enclosure options, with IP-rated protection in industrial environments. By leveraging PLCopen motion control blocks and flexible connectivity to all motors and PLCs, this solution offers faster commissioning, safer operation, and predictable production gains for industrial automation projects.
Product Information
Extended Description
3ABD00057681-D ABB: The ACS880 drives which are configured with the positon control program (+N5700) is an ideal choice for high-power position control axes. Its motion functions are based on PLCopen motion control blocks and can be easily configured by parameters. Programming flexibility and connectivity to all motors and PLCs ensure optimized solutions for production machinery and material handling applications.
Position control with the N5700 option delivers precise, repeatable motion for high-power axes, enabling tighter tolerance control and reduced scrap in production machinery. This translates to measurable efficiency gains and lower operating costs across packaging lines and material handling systems; the ability to tune trajectories and ramp profiles also reduces mechanical stress and energy waste. The ACS880 platform’s PLCopen motion control blocks simplify programming, enabling engineers to deploy complex sequences quickly while maintaining full traceability for quality systems. Connectivity to multiple motors and PLCs minimizes wiring complexity and integration risk, shortening downtime during line changes and maintenance. With a 132 kW, 246 A rating in a compact, wall-mounted form factor, the drive fits tight control panels and reduces cabinet footprint—benefits for modern, space-constrained factories. The installation and commissioning workflow is further streamlined by clear parameter sets and fieldbus compatibility, supporting scalable automation across single or multi-axis systems in conveyors and hoists.
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FAQs
Plan for proper enclosure selection, adequate heat dissipation, and compliant cable routing to minimize EMI. The wall-mounted form factor reduces panel footprint, but ensure secure mounting with appropriate vibration resistance and safety clearances. Verify wiring to the motor, PLC, and safety circuits, and configure N5700 options within PLCopen blocks for reliable axis control.
The +N5700 option enables advanced position control for high-power axes, delivering precise trajectory tracking and repeatable motion. This reduces overshoot and settling time, improves placement accuracy on packaging lines, and lowers scrap rates. It also simplifies programming by leveraging PLCopen motion blocks that are compatible with common PLCs and servo/motor configurations.
Yes. The high-power rating supports demanding load profiles found in conveyors and lifting applications. The drive’s motion control flexibility, combined with wall-mounted installation, allows compact integration into packaging line control cabinets while delivering reliable torque, smooth starts and stops, and energy-efficient operation for continuous production from end-to-end.
The ACS880 with N5700 supports PLCopen motion control blocks and broad PLC connectivity, enabling straightforward integration with existing PLC ecosystems. It accommodates common fieldbus interfaces and motor topologies, reducing commissioning time and allowing rapid adaptation to changing production needs without extensive reprogramming.
Expect lower maintenance downtime due to robust construction and straightforward parameter provisioning. The accurate position control reduces cycle times and scrap, delivering a favorable return on investment through higher throughput and improved product quality. Long-term energy efficiency and reduced wiring complexity also contribute to lower total cost of ownership.