ABB 3ABD00048187-D ACS880-01-145A-3+N5700 - 75 kW
Part Number: 3ABD00048187-D
Quick Summary
The ACS880 drive with position control powers high-power axes in production machinery and material handling. Engineers often face lengthy configuration and PLC integration, delaying line starts and increasing project risk. CE conformity and IP-rated cabinet readiness support European deployment and rugged environments, while SIL considerations may apply when safety modules are used. Parameter-based configuration and PLCopen motion blocks enable faster commissioning and easier system integration, delivering measurable ROI through reduced engineering time and improved uptime. This combination also keeps options open for expansion into multi-axis systems and interoperability across OEMs.
Product Information
Extended Description
3ABD00048187-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 the +N5700 program provides precise axis motion for high-power applications. This translates to tighter process tolerances, reduced overshoot, and higher repeatability, enabling faster cycle times on packaging lines and material-handling conveyors. Motion functions based on PLCopen blocks simplify configuration by parameter, eliminating bespoke coding wherever possible. For OEMs, this means shorter commissioning windows and easier maintenance, especially when integrating with diverse PLCs and motor brands. Broad connectivity ensures you can link ABB drives to a variety of motors and PLC platforms without bespoke adapters. With 75 kW rated power and 145 A current, the unit handles heavy-load positioning tasks in material handling and heavy machinery, improving reliability under peak torque. Wall-mounted LV AC architecture reduces cabinet footprint and simplifies service, while parameter-based configuration accelerates installation and start-up. This approach supports scalable, multi-axis automation and helps maintain uptime across expanding lines.
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FAQs
Begin with a cabinet assessment to ensure the wall-mounted LV AC drive has adequate space and cooling. Use parameter-based setup to configure the +N5700 position control, then link to the existing PLC via standard fieldbus or Ethernet interfaces. Employ PLCopen motion control blocks for smooth axis programming and verify motor-to-drive compatibility before commissioning. This approach minimizes custom coding and speeds up integration with multi-vendor PLCs.
The 75 kW variant offers 145 A nominal current in a LV AC, wall-mounted package. It uses the +N5700 position control program and PLCopen motion control blocks to manage high-power positioning tasks. Suitable for single- or multi-axis configurations in production machinery and material handling, it delivers precise torque control and repeatable motion across conveyors, lifts, and automated tooling.
Yes. With 75 kW of power and 145 A peak capacity, the ACS880 3ABD00048187-D is designed for demanding position control tasks in material handling. Its PLCopen-based motion control and parameter-driven setup support accurate, repeatable movement across long conveyors, automated storage and retrieval systems, and other load-intensive axes, while maintaining robust reliability in harsh environments.
The drive package supports CE conformity for European deployments and can be integrated into IP-rated enclosures in appropriate cabinet installations to protect against dust and moisture. When safety-critical axes are involved, SIL-related safety modules can be used to ensure machine safety compliance. Always verify local regulatory requirements and cabinet protection levels to ensure full compliance in your application.
ROI is driven by reduced engineering time, faster commissioning, and improved line uptime from precise, repeatable motion. The parameter-based setup and broad PLC/motor compatibility lower deployment costs and simplify ongoing maintenance. Regular verification of motor feedback, safe-operating checks, and firmware updates help sustain performance and minimize unexpected downtime.