ABB 3ABD00057668-D Drive - N5700 Position Control
Part Number: 3ABD00057668-D
Quick Summary
ABB ACS880 drive enables precise position control for high-power production machinery and material handling. Many buyers grapple with configuring motion control blocks, PLC integration, and axis tuning across diverse lines, causing delays and rework. This drive family typically carries CE compliance and IP-protected enclosures, with safety features that support SIL-rated systems in production environments. By combining parameter-driven setup with PLCopen motion control blocks, it reduces engineering time and accelerates deployment. The result is tighter process control, lower commissioning costs, and a smoother path to scalable automation. In practice, engineers benefit from seamless integration with existing ABB or third-party PLCs, while keeping maintenance predictable and performance consistent across machines.
Product Information
Extended Description
3ABD00057668-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) and PLCopen motion control blocks. Business Impact: Enables precise on-axis velocity and torque profiles, delivering repeatable positioning across cycles and reducing tuning iterations. Application: Production machinery and material handling lines where consistent axis motion is critical. Feature: Parametric configuration and broad motor/PLC connectivity. Business Impact: Shortens deployment time and minimizes integration work by adjusting parameters via software rather than wiring changes. Application: Line changes, retrofits, and multi-vendor automation stacks. Feature: Pn 3 kW, 8 A high-power capability. Business Impact: Handles demanding positioning tasks with higher torque tolerance, improving throughput and reducing mechanical stress on axes. Application: Heavy-load positioning in material handling and automation tasks. Feature: Wall-mounted industrial design. Business Impact: Saves panel space, simplifies installation and maintenance routing, and eases retrofits in tight cabinets. Application: Modernizing aging systems or expanding lines in constrained environments. Feature: Safety and compliance readiness. Business Impact: Supports CE-aligned operations with protective enclosures and risk-managed integration into scalable automation. Application: Regulated environments requiring standards-driven deployment and future-proofing.
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FAQs
Follow the ACS880 installation guidelines: mount the drive on a sturdy panel, ensure proper heat dissipation, connect supply and motor wiring per the terminal diagram, and enable the appropriate EMI/RFI measures. Use the +N5700 option if position control is required and verify PLCopen blocks are available on your PLC for seamless motion programming.
The drive is rated for 3 kW with a nominal current of 8 A in a wall-mounted package. It supports broad motor connectivity and is designed to integrate with PLCs using PLCopen motion control blocks, enabling straightforward parameterization and consistent axis performance across platforms.
Yes. Configured with the +N5700 position control option and PLCopen motion blocks, it provides deterministic axis motion for heavy-load positioning tasks, improving throughput while maintaining precision and repeatability in material handling applications.
European deployments typically rely on CE conformity, with enclosure IP ratings determined by the selected cabinet and installation environment. For safety, plan integration to meet SIL-related safety requirements and verify enclosure protection appropriate for the installation.
Expect reduced commissioning time through parameter-based configuration and simplified PLC integration, which lowers engineering costs. Ongoing maintenance benefits include predictable performance, fewer tuning iterations, and long-term reliability in demanding industrial environments.