ABB 3ABD00050595-D ACS880 Drive - PLCopen Motion
Part Number: 3ABD00050595-D
Quick Summary
ACS880 drive enables precise speed and position control for high-power LV AC automation in manufacturing. Operators and engineers often struggle with multi-axis motion setup, PLC integration, and lengthy commissioning, driving project risk and cost. CE compliance, IP-rated options, and SIL-ready integration are considerations ABB addresses through modular configuration and safety features. With ABB ACS880, you gain reliable power electronics, reduced downtime, and smoother PLC integration for scalable automation, making it ideal for production machinery and material handling. Adoption accelerates through parameter-based configuration and clear commissioning workflows that shorten time-to-value. Real-world deployments also benefit from the drive's compatibility with diverse motors and PLCs, simplifying upgrade paths.
Product Information
Extended Description
3ABD00050595-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 and modular motion enablement are central to the ACS880 family. The +N5700 position control program provides high-power axis control with predictable repeatability, delivering tangible business impact by reducing setup time and improving process consistency across large production lines. This translates into lower scrap rates and higher throughput in material handling and automated packaging applications. The inclusion of PLCopen motion control blocks supports structured programming and reuse across multiple machines, which speeds up deployment and simplifies maintenance in factories with mixed equipment. Operators benefit from parameter-based configuration that replaces complex code rewrites with straightforward adjustments, accelerating commissioning and reducing engineering costs. Connectivity to all motors and PLCs eliminates costly integration work and allows a single control philosophy across the line, enhancing reliability and scalability. The wall-mounted LV AC design saves valuable plant space and simplifies installation, cabling, and service, which reduces enclosure footprint and improves maintenance access. The 45 kW, 87 A power rating equips heavy-axis machines with robust torque and dynamic response, enabling precise control for high-load processes such as stamping, forging, and big-batch material handling. Overall, the ACS880 supports upgrade paths with broad compatibility, helping OEMs and end users minimize risk when expanding automation fleets.
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FAQs
The ACS880 family is explicitly designed for broad compatibility, featuring connectivity to all motors and PLCs. Leveraging PLCopen motion control blocks and parameter-based configuration simplifies integration across servo, servo-motor, and standard AC motor setups, reducing custom wiring and middleware dependencies.
This drive is rated for 45 kW and 87 A in LV AC operation, with a +N5700 position control program to support precise axis positioning. Its PLCopen-based motion control blocks enable repeatable trajectories and smooth acceleration/deceleration for demanding axes.
Yes. The module is purpose-built for high-power position control in production machinery and material handling, providing reliable motion control, easy configuration, and flexible PLC integration to optimize throughput and reduce downtime.
The wall-mounted LV AC drive saves space, simplifies mounting, reduces cabling complexity, and eases service access. This leads to faster commissioning, cleaner panels, and improved maintenance workflows on busy production floors.
Parameter-based configuration shortens commissioning time, while PLCopen blocks promote reuse and easier upgrades. The robust power rating and broad motor/PLC compatibility lower lifecycle costs, minimize downtime, and accelerate time-to-value for automation initiatives.