ABB ACS880-01-061A-3+N5700 Drive - Position Control
Part Number: 3ABD00048183-D
Quick Summary
ABB ACS880-01-061A-3+N5700 drive provides precise position control for high-power automation axes in material handling. Engineers often struggle with tuning motion profiles, PLC integration, and keeping multi-axis lines synchronized across changing production tasks. With PLCopen motion control blocks and connectivity to motors and PLCs, the ACS880 supports CE compliance, UL safety readiness, and IP-rated options. The result is faster commissioning, reduced downtime, and improved lifecycle cost for OEMs and maintenance teams. This solution enables scalable, easy-to-commission motion control that aligns with evolving manufacturing requirements and delivers measurable efficiency gains.
Product Information
Extended Description
3ABD00048183-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.
Feature: Position control program (+N5700) enables deterministic axis motion; Business Impact: reduces cycle times and improves repeatability on high-power axes; Application: material handling conveyors and packaging lines. Feature: PLCopen motion control blocks provide flexible programming; Business Impact: accelerates commissioning and simplifies system integration; Application: production machinery that interfaces with diverse PLCs and motor types. Feature: Connectivity to all motors and PLCs; Business Impact: minimizes debugging time and enhances diagnostics; Application: multi-axis automation lines with centralized control. Feature: 30 kW power rating and 61 A current; Business Impact: supports heavy loads and sustained throughput with higher efficiency; Application: demanding axis drives in OEM machinery. Feature: Wall-mounted installation and serviceability; Business Impact: reduces cabinet space and installation costs while easing maintenance; Application: industrial automation setups in tight or retrofit environments.
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FAQs
For stable operation, mount the drive on a rigid surface with adequate ventilation and clearance for heat dissipation. Ensure a three-phase power supply within the drive’s rated limits and follow standard electrical safety practices. Plan cable routing to minimize EMI and provide proper enclosure protection. Verify network connectivity to PLCs and motors prior to commissioning to reduce startup time.
The N5700 program implements PLCopen motion control blocks, delivering deterministic trajectories, smooth acceleration/deceleration, and precise end-position accuracy. This supports repeatable axis motion across multiple loads and speeds, minimizing overshoot and settling time. It is particularly beneficial in high-power axes where precise positioning directly impacts product quality and cycle efficiency.
Yes. The ACS880 is designed for broad compatibility, offering connectivity to a wide range of motors and PLCs. Its modular firmware and open control interfaces facilitate integration with standard industrial controllers, enabling seamless data exchange and coordinated control across multi-vendor automation architectures without extensive custom interfacing.
The drive is designed to meet industry-standard safety and compliance expectations, including CE marking for European operations and UL safety considerations for North American environments. Additionally, it supports appropriate IP-rated enclosure protections to withstand typical industrial environments, helping ensure regulatory alignment and robust protection in challenging applications.
ROI benefits arise from faster commissioning, reduced downtime, and improved energy efficiency provided by precise motion control. Maintainability is enhanced by a modular, service-friendly design and consistent programming interfaces, enabling easier diagnostics, spare-parts planning, and smoother upgrades as production requirements evolve.