ABB 3ABD00058841-D ACS880 Drive - 45 kW (+N5700)
Part Number: 3ABD00058841-D
Quick Summary
The ABB ACS880 drive for 3ABD00058841-D delivers high‑power motor control for industrial machinery and material handling. Operators and engineers often struggle with configuring flexible motion control and integrating with existing PLCs. Its modular architecture simplifies installation on new lines and supports scalable expansion across multi‑axis systems. In addition, industry standards like CE compliance, IP-rated environments, and SIL safety considerations are critical to successful deployments. By leveraging PLCopen motion blocks and a configurable position control option, this drive speeds commissioning, improves repeatability, and delivers measurable business value through safer, more reliable automation. This combination reduces downtime and supports compliant, efficient manufacturing.
Product Information
Extended Description
3ABD00058841-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: High-power, wall-mounted LV AC drive. Business impact: Delivers 45 kW and 87 A of torque-capable performance, enabling higher throughput and reduced energy use through precise torque control. Application: ideal for single-axis material handling, packaging lines, and heavy machinery axes in industrial settings. Feature: Position control with PLCopen blocks and N5700. Business impact: Provides repeatable, accurate axis moves, cuts commissioning time, and simplifies maintenance. Application: production machinery and automated storage or retrieval systems. Feature: Parameter-based configuration and broad connectivity. Business impact: Fast setup, easier integration with motors and PLCs, and scalable automation across lines. Application: upgrades in existing plants and new line deployments across manufacturing sectors. Feature: Compact, wall-mounted form factor. Business impact: Saves panel space, reduces wiring complexity, and lowers installation costs. Application: retrofit projects and new installations in tight spaces across food, metals, and packaging industries. Feature: Robust reliability and safety features. Business impact: Minimizes unplanned downtime and extends service intervals. Application: harsh industrial environments where uptime is critical.
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FAQs
Install the drive on a suitable panel, ensuring secure mounting and proper cable entry. Connect the LV power supply, motor outputs, and control PLC lines, then configure the N5700 position program and PLCopen motion blocks. Verify wiring, enable protective devices, and perform a controlled power-up check to ensure safe operation and reliable commissioning.
This model is a high‑power LV AC drive rated at 45 kW with a current of 87 A, designed for wall-mounted installation. It incorporates the N5700 position program and PLCopen motion control blocks, enabling precise position control. It is part of ABB's ACS880 family, optimized for integration with motors and PLCs in industrial automation setups.
Yes. The combination of 45 kW power, 87 A current, and the N5700 position program with PLCopen motion blocks provides robust, repeatable axis control ideal for material handling systems, conveyors, and automated storage or retrieval tasks. It supports scalable automation and precise alignment, reducing drift and cycle times in demanding applications.
Verify that the installation meets regional safety and compliance expectations, including applicable CE marking, IP ratings for enclosure environments, and SIL safety considerations as relevant to your process. These standards influence how you configure safety blocks, protection schemes, and maintenance routines for compliant, safe operation.
Expect reduced commissioning time due to parameter-based configuration and PLC integration, improved machine uptime from reliable motion control, and energy efficiency from optimized torque and speed management. Over time, these factors translate into lower total cost of ownership, faster line upgrades, and enhanced production throughput.