ABB 3ABD00057682-D Drive - ACS880-01-293A+E200+N5700
Part Number: 3ABD00057682-D
Quick Summary
ABB 3ABD00057682-D drives provide high-power LV AC drive solutions for precise position control in industrial machinery. Engineers frequently grapple with configuring motion control and syncing drives with existing PLCs, which can cause downtime. Common certifications in this class include CE compliance and IP-rated protection, with SIL-capable options available for safety-critical axes. The ACS880 platform combines PLCopen motion control blocks with flexible connectivity to motors and PLCs, delivering faster setup and reliable performance. This combination translates into tangible business value through improved throughput, reduced maintenance, and scalable automation across plants.
Product Information
Extended Description
3ABD00057682-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: Feature an advanced position control program that delivers precise axis motion. Business impact is tighter tolerances, reduced cycle times, and fewer rejects, enabling reliable orientation on material handling and packaging lines. Application: high-precision conveyors and robotic interfaces in manufacturing settings. PLCopen motion control blocks: Feature standardized motion functions that simplify programming. Business impact includes shorter engineering cycles and easier reconfiguration for line changes, improving time-to-market and maintenance efficiency. Application: OEM machinery and modular production cells. Connectivity to all motors and PLCs: Feature universal interfacing and flexible wiring schemes. Business impact is lower integration risk and simpler diagnostics, reducing downtime and service costs. Application: factory floors with diverse motor fleets. High-power rating and efficiency: Feature Pn 160 kW and 293 A capability. Business impact is the ability to drive heavy axes with high torque while maintaining energy efficiency and reduced wear, boosting overall equipment effectiveness. Application: heavy-duty feed drives, winding systems, and large conveyors. Wall-mounted single drive form factor: Feature compact, wall-mounted installation that saves panel space and simplifies maintenance. Business impact is reduced footprint and faster service access, lowering installation and CAPEX; Application: control panels and machine cabinets in tight spaces. E200 and N5700 integration: Feature dedicated options for position control and motion programming. Business impact includes enhanced control accuracy and streamlined commissioning, particularly for complex automation tasks. Application: advanced production lines requiring flexible motion profiles.
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FAQs
Yes. The ACS880-01-293A-3+E200+N5700 configuration is designed for seamless integration with ABB motors and common PLCs, utilizing PLCopen motion control blocks for straightforward programming and reliable communication across standard industrial networks.
Key ratings include a power rating of Pn 160 kW and a current of 293 A, enabling high-torque operation for heavy-axis applications while maintaining efficient energy use and robust thermal performance.
Absolutely. The drive’s position control capabilities, motion control blocks, and high power output make it well-suited for conveyors, material handling, and automated packaging lines needing precise axis control and reliable uptime.
Industry-standard CE compliance is typical for this series, with IP-rated protection options available for harsh environments. SIL-capable configurations are available for safety-critical axes, depending on the exact installation and safety requirements.
The drive reduces engineering time through PLCopen blocks, simplifies integration with motors and PLCs, and lowers downtime via reliable, modular architecture. These factors collectively improve throughput and reduce total cost of ownership over the system lifecycle.