ABB ACS255-01U-07A0-2+B068+F278 LV AC micro drive
Part Number: 3AUA0000234197
Quick Summary
ACS255-01U-07A0-2+B068+F278 from ABB is a LV AC micro drive that enables precise motor control for conveyors, pumps, and machine tools. Users often struggle with energy waste, abrupt starts, and integration complexity when adding drives to existing control architectures. This solution aligns with CE safety certifications and broad EMC compliance, delivering reliable performance in challenging manufacturing environments. By combining a compact form factor with straightforward commissioning and diagnostics, it reduces installation time and total cost of ownership, while supporting scalable automation workflows and energy-efficiency initiatives.
Product Information
Extended Description
3AUA0000234197 ABB: ACS255-01U-07A0-2+B068+F278
Precise motor control with advanced vector algorithms delivers smooth acceleration, reducing mechanical stress and energy use. This translates to longer motor life and lower maintenance costs on conveyors, pumps, and machine tools. Ideal for packaging lines, material handling, and HVAC applications requiring dependable speed control. Plug-and-play commissioning and parameterization streamline setup, shortening project timelines and cutting engineering hours. This approach helps OEMs deliver faster deployments and reduces commissioning risk in multi-vendor environments. Common applications include line start-ups and reconfiguration for product changes. Integrated protection features (overload, short-circuit, thermal monitoring) guard motors and drives from fault conditions. The business impact is less downtime and fewer unplanned maintenance events, protecting production throughput. Suitable for heavy-duty lines in manufacturing and process industries. Compact footprint and modular mounting simplify cabinet space planning and wiring. This enables easier retrofits and upgrades in existing lines while preserving space for future expansions. Applications include small automation panels and space-constrained machine enclosures. Compatibility with standard control architectures and familiar ABB tooling reduces risk during integration. Operators gain easier diagnostics and parameter management, improving operator confidence and reducing training time. This aids manufacturers migrating from legacy drives to modern micro drives. Industry insights show that micro drives like the ACS255 contribute to energy efficiency targets and total cost of ownership reductions. Real-world deployments report faster changeovers and improved process stability. With remote diagnostics and serviceability, maintenance costs stay predictable across the asset life cycle.
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FAQs
The ACS255 family is designed for straightforward integration with typical three-phase motor systems. Ensure the motor rating matches the drive, supply voltage is within the drive’s operating range, and basic wiring follows standard three-phase practice. The unit supports common commissioning workflows, enabling rapid parameter tuning, safe start-up, and step-by-step validation within existing control architectures.
Expect smooth start/stop, precise speed and torque control, and reduced motor wear due to refined acceleration profiles. Energy efficiency improves as the drive optimizes motor current to meet load requirements, leading to lower running costs and more stable process performance in conveyors and pump lines.
Yes, the ACS255 is engineered for typical shop-floor conditions, offering protections against overload and faults, along with robust diagnostics. While exact enclosure and temperature specs depend on installation, it is well-suited for continuous automation tasks and frequent on/off cycling common in manufacturing environments.
The ACS255 series adheres to CE safety requirements and EMC compliance, helping you meet European regulatory expectations. For other regions, verify local standards and ensure the installation aligns with applicable electrical and machinery directives, using the drive’s built-in protection features to support compliance during operation.
ROI comes from energy savings, reduced downtime, and lower maintenance costs due to smoother operation and better motor protection. Remote diagnostics and easy parameter management shorten maintenance cycles, while faster changeovers minimize downtime during line updates or product runs.