ABB 3ABD00058809-D ACS880 Drives - PLCopen control
Part Number: 3ABD00058809-D
Quick Summary
ABB 3ABD00058809-D ACS880 Drives enable high-power position control for production machinery and material handling applications. This solution addresses engineers facing lengthy commissioning, complex motion programming, and integration challenges across multiple motors and PLCs. CE safety compliance and IP-rated housing are standard considerations, with SIL readiness often available for safety-critical axes. For industrial automation projects, these capabilities translate into improved throughput, tighter axis synchronization, and easier maintenance. By leveraging this approach, manufacturers gain flexibility, scalable control, and a clearer path to return on investment.
Product Information
Extended Description
3ABD00058809-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 through the +N5700 program and PLCopen motion control blocks. Business Impact: Accelerates commissioning, reduces custom coding, and delivers repeatable motion profiles, cutting engineering time and startup risk. Application: Ideal for high-power axes in production lines and material handling. Feature: Parameter-driven configuration with broad connectivity to motors and PLCs. Business Impact: Simplifies system integration, minimizes wiring errors, and enables centralized diagnostics, lowering maintenance costs. Application: Easy retrofits and multi-axis deployments across varying machine platforms. Feature: Compatibility across motors and PLCs. Business Impact: Flexible architecture that supports scaling from single-axis to multi-axis systems without reengineering control logic. Application: Packaged goods, robotics, and automated assembly lines. Feature: Robust safety and reliability considerations. Business Impact: Meets industry expectations for safety and uptime, supporting CE compliance and IP-rated protection. Application: Harsh manufacturing environments where uptime is critical. Feature: Deployment efficiency and long-term cost of ownership. Business Impact: Parameter-based setup reduces total cost of ownership through lower commissioning effort and simpler upgrades. Application: Upgrading legacy systems or expanding existing automation footprints.
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FAQs
Ensure power and control wiring match the ACS880 series requirements, then configure the +N5700 position control program via parameter-based setup. Use PLCopen blocks for motion functions, connect to the motors and your PLC, and validate with a dry-run before live operation. This approach minimizes custom code and speeds up commissioning.
The +N5700 configuration provides PLCopen-based motion control blocks for precise axis synchronization, suitable for high-power position tasks. It emphasizes flexible parameterization, reliable motion profiles, and seamless motor/PLC connectivity, enabling repeatable motion and improved throughput in demanding applications.
Yes. The ACS880 with position control is designed for high-power axes and motion-critical tasks found in material handling and packaging lines. Its PLCopen-based control and broad motor/PLC connectivity support reliable, scalable automation with reduced commissioning time and consistent performance.
Industrial ABB drives commonly align with CE safety standards and offer IP-rated housings for harsh environments. SIL readiness configurations are available for safety-critical axes. Always verify the specific unit’s certifications in the product documentation and regional regulatory requirements.
Parameter-based configuration reduces engineering effort during commissioning and upgrades, while PLCopen control simplifies diagnostics and maintenance. The result is higher uptime, faster time-to-market for automation projects, and a clearer path to ROI through improved throughput and reduced downtime.