ABB 3ABD00057672-D Motors & Drives - ACS880 Position
Part Number: 3ABD00057672-D
Quick Summary
ABB 3ABD00057672-D ACS880 drive enables high-power position control for production machinery and material handling systems. When motion precision and seamless PLC integration matter, many drives fall short on repeatability and setup speed. This solution aligns with industry standards such as PLCopen motion control and is built for CE-compliant, safe operation in harsh industrial environments. By leveraging a compact, wall-mounted form factor and easy parameter-based configuration, it delivers measurable business value through reduced commissioning time, improved uptime, and scalability for future automation needs.
Product Information
Extended Description
3ABD00057672-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.
High-power position control with +N5700 enables precise axis motion for demanding automation tasks, delivering improved repeatability and reduced indexing time. The PLCopen-based motion control blocks simplify programming, helping you deploy consistent motion profiles across multiple axes and shorten engineering cycles. A compact wall-mounted LV drive design saves cabinet space and simplifies installation in new lines or retrofits, while maintaining robust protection and easy heat management. Flexible connectivity to motors and PLCs streamlines integration with existing control architectures, reduces wiring complexity, and minimizes risk during commissioning. Parameter-based configuration accelerates start-up and simplifies diagnostics, allowing support teams to identify and resolve issues quickly. This combination delivers higher throughput, tighter tolerances, and lower total cost of ownership for material handling, packaging, and automated assembly applications. Industry-standard compatibility and scalable architecture make ACS880 a future-ready choice for expanding automation needs.
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FAQs
To install the ABB 3ABD00057672-D ACS880 drive in a wall-mounted enclosure, select an appropriate LV AC cabinet with adequate cooling and mounting space, then mount the drive securely and connect shields. Wire the mains, earth, and motor leads, install the E200/N5700 accessory as required, and configure using parameter-based setup with PLCopen blocks for a fast, safe start-up.
With +N5700, the ACS880 delivers precise, repeatable positioning for high-power axes, reducing overshoot and settling time. The PLCopen-based motion-control blocks simplify programming and tuning, enabling consistent motion profiles across multiple axes. Operators benefit from predictable service life, improved cycle times, and easier integration with existing PLCs and motor drives.
Yes. The ACS880 3ABD00057672-D is designed for wide industrial compatibility, offering PLCopen motion-control blocks and easy connectivity to ABB and third-party PLCs. It supports common motor types used in packaging lines and material-handling equipment, with configuration that minimizes wiring and reduces integration risk through standardized parameter sets and validated safety interfaces.
Before deployment, verify regional CE conformity and the specific safety certifications applicable to your market, plus any required IP protection level for enclosureization. Although the base drive supports standard industrial safety practices, ensure the +N5700 wiring and PLC connections comply with EN/IEC standards in your facility. Always consult ABB documentation and local approvals.
Deploying the ACS880 drive supports lower total cost of ownership through reduced commissioning time, higher uptime, and predictable maintenance needs. With parameter-based setup and strong diagnostics, startups are faster and downtime-limiting faults are identified early. Energy-efficient operation and optimized motion reduce wear on motors, contributing to longer service intervals and a faster payback for automation projects.