ABB 3ABD00058828-D LV AC wall-mounted drive - Pn 1.1 kW, 3.3 A
Part Number: 3ABD00058828-D
Quick Summary
ABB 3ABD00058828-D LV AC wall-mounted drive provides high-power position control for production machinery. Engineers often struggle with integrating motion control across different PLCs and motor types, leading to lengthy commissioning and inconsistent performance. This drive uses a configurable position program (+N5700) and PLCopen motion control blocks, delivering predictable behavior and flexible tuning. CE-compliant design with standard protections and expectations for harsh manufacturing environments support safe, compliant operation. Its open connectivity to motors and PLCs helps OEMs reduce integration time, while the compact, wall-mounted form factor saves panel space and lowers installation costs. In practice, customers gain improved uptime and easier maintenance as plant automation demands grow.
Product Information
Extended Description
3ABD00058828-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 position control with +N5700 position program → Business Impact: Enables precise, repeatable axis control for complex production processes, reducing cycle times and increasing throughput in high-demand lines. Application: Ideal for material handling and assembly axes requiring deterministic motion. Long-tail keywords: high-power servo drive, PLCopen motion control, position control system. Feature: PLCopen motion control blocks → Business Impact: Speeds commissioning and simplifies software maintenance, lowering engineering hours and risk during changes. Application: New line launches and retrofits across packaging and automation cells. Feature: Full connectivity to motors and PLCs → Business Impact: Easier integration across multi-vendor environments, reducing wiring complexity and commissioning time. Application: OEMs integrating with existing ABB or third-party PLCs. Feature: Wall-mounted LV AC design → Business Impact: Saves cabinet space, simplifies installation, and eases service access, lowering overall installation cost. Application: Panel design where space is at a premium. Feature: ACS880 family compatibility → Business Impact: Scalable solution that supports future upgrades without replacing control hardware. Application: Multi-axis systems requiring a proven platform. Insight: The drive’s configuration aligns with industry expectations for reliability, ease of maintenance, and long-term total cost of ownership.
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FAQs
Yes. The drive is designed for easy integration with multiple motors and PLCs, leveraging PLCopen motion control blocks and a configurable +N5700 position program to streamline wiring, parameterization, and commissioning across common OEM and controller architectures.
Key specs include LV AC operation with a 1.1 kW power rating and 3.3 A current. It is best suited for high-power position control axes in production machinery and material handling lines, where precise, repeatable motion is required.
Yes. Its high-power position control, PLCopen-based motion blocks, and flexible connectivity make it well-suited for material handling applications that require reliable, repeatable axis movement and fast commissioning.
Drives in the ACS880 family typically align with industry-standard safety and regulatory expectations, including CE compliance. For IP protection levels and SIL capabilities, confirm the specific enclosure options and system configuration with the supplier based on your environmental and safety requirements.
Customers typically see reduced commissioning time, lower integration risk, and improved uptime due to configurable motion control blocks and robust connectivity. These factors translate to faster line startups, lower service costs, and improved overall equipment effectiveness (OEE).