ABB 3ABD00058813-D LVAC drive (+N5700)
Part Number: 3ABD00058813-D
Quick Summary
ABB 3ABD00058813-D LVAC drive module is a high-power position-control solution for demanding industrial machinery. Engineers often struggle with configuring motion control blocks and ensuring stable PLC communication across production lines. This drive aligns with CE safety and EMC directives and supports SIL-friendly workflows when integrated into the control architecture; it also uses PLCopen motion control blocks (+N5700) to streamline programming. By combining flexible programming, broad motor compatibility, and robust connectivity, it delivers faster deployment, reduced commissioning risk, and higher overall throughput for continuous manufacturing and automated material handling.
Product Information
Extended Description
3ABD00058813-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 +N5700 enables deterministic motion on power-hungry axes, reducing cycle-time variability and improving repeatability. In production lines, consistent axis positioning minimizes scrap and downtime, delivering predictable outcomes for automated assembly and material handling. PLCopen motion control blocks simplify setup, enabling parameter-driven tuning that scales with line changes. With 11 kW of output and 25 A nominal current, the drive sustains heavy conveyors, hoists, and rotary axes without compromising torque during acceleration. This translates to steadier speeds, smoother ramps, and longer motor life by preventing overcurrent spikes and thermal overload. The ACS880-M04-025A-5+N5700 configuration offers a defined performance envelope for demanding line applications. Flexible programming and connectivity allow rapid integration with various motor types and PLC platforms, reducing integration risk. The parametric setup supports quick commissioning, while built-in diagnostics and clear error messaging shorten fault resolution. Deployment across multiple lines is simplified because common libraries and blocks can be reused, minimizing engineering overhead. For teams concerned about regulatory compliance, CE safety and EMC compatibility are embedded in the design; optional SIL workflows can be implemented through safe programming blocks, and enclosure choices determine IP protection for harsh environments. From automotive to packaging and logistics automation, the drive's speed, precision, and connectivity align with modern smart factories, delivering measurable gains in uptime and throughput.
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FAQs
Plan power and signal routing first, then enable the PLCopen motion control blocks (+N5700). Use parameter-based configuration to set axis mapping, enable safe torque off, and verify motor compatibility. Ensure wiring follows the drive’s manuals and that the PLC and drive share a common communication bus for synchronized motion profiles.
The device delivers 11 kW of output power with 25 A nominal current. It operates within the ACS880-M04-025A-5+N5700 configuration, enabling precise position control via PLCopen motion blocks. It is designed for high-power axes and supports robust connectivity to motors and PLCs commonly found in production machinery and material handling systems.
Yes. The drive’s high-power 11 kW capacity, precise position control, and PLCopen-based motion blocks make it well-suited for conveyors, hoists, and automated pick-and-place axes. Its configurable parameters, diagnostics, and broad motor/PLC compatibility help maintain consistent throughput and reduce startup time on busy production lines.
The product is designed to meet CE safety and EMC directives, with capabilities to support SIL-based safety workflows when integrated into a suitable control architecture. Compatibility with industry standards depends on installation, enclosure, and system configuration, but the device is positioned for safe operation within modern industrial environments.
The drive reduces downtime through reliable motion control, simplified commissioning, and diagnostics, which lowers maintenance labor and fault resolution time. Energy efficiency and smoother ramping also contribute to lower operating costs, while the reusable PLCopen blocks and libraries shorten project timelines and enable faster line upgrades.