ABB 3ABD00059301-D LV AC Drive Module - +N5700
Part Number: 3ABD00059301-D
Quick Summary
ABB 3ABD00059301-D LV AC industrial drive module enables precise high-power position control for production machinery and material handling. Engineers often struggle with configuring motion control and PLC integration in high-power axes. The ACS880 with +N5700 simplifies setup and accelerates commissioning. This solution supports CE conformity and integrates with safety and control standards used across automation projects. Leverage this module to improve uptime, reduce commissioning time, and enable scalable automation with PLCs. By combining robust motion control with flexible connectivity, the solution minimizes downtime, lowers total cost of ownership, and supports future integration with PLCs and factory automation IT.
Product Information
Extended Description
3ABD00059301-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 using +N5700 within the ACS880 drives. Business impact: precise axis movement reduces overshoot, improves repeatability, and lowers scrap. Application: production machinery requiring high-power, reliable motion control, such as packaging lines and material handling systems. Feature: PLCopen motion control blocks for motion programming. Business impact: faster setup, safer change management, and easier debugging. Application: multi-axis systems where PLC integration is critical for synchronized motion. Feature: Flexible connectivity to motors and PLCs. Business impact: modular architectures, scalable upgrades, and improved remote diagnostics. Application: modernization projects and OEM equipment where future-proofing matters. Feature: High-power rating of 710 kW and 721 A supports demanding loads. Business impact: enhanced torque delivery, energy efficiency, and consistent performance under peak demand. Application: heavy-duty drives in metalworking, plastics, or material handling environments. Feature: Parameter-based configuration and easy installation. Business impact: shortened commissioning windows, reduced engineering effort, and lower total cost of ownership. Application: OEM line installation, retrofit projects, and service-ready automation platforms.
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FAQs
When installing the 3ABD00059301-D, ensure proper mounting to a compatible enclosure with adequate cooling. Verify wiring for LV AC supply, motor feedback sensors, and safe torque areas. Configure the PLCopen motion control blocks and integrate with your PLC and fieldbus network. Plan for EMC compliance, correct cable routing, and safety interlocks to minimize commissioning delays.
The module is rated for up to 710 kW and 721 A, supporting high-demand axes with strong torque across load changes. The +N5700 position control option enables precise, repeatable motion, reducing overshoot and improving accuracy in long travel or multi-axis applications. These specs translate to improved line throughput and reduced scrap in demanding manufacturing processes.
Yes. The ACS880-based 3ABD00059301-D is designed for high-power position control required by packaging lines and material handling systems. Its PLCopen-compatible motion blocks simplify multi-axis coordination, while its robust power rating supports fast, reliable movements essential for high-volume production environments.
The device aligns with CE conformity for European markets and is designed to integrate with standard safety and control frameworks used in industrial automation. While specific SIL or IP ratings depend on installation details, the module supports integration with safety functions and protective enclosures common in modern factories.
Benefits include shorter commissioning times due to parameter-based configuration, reduced downtime from reliable motion control, and easier diagnostics via PLC-based connectivity. Over time, these factors contribute to lower maintenance costs, higher uptime, and quicker deliverables for modernization projects or OEM line expansions.