ABB 3AUA0000004217-D ACS550 Drive - IP54, 380V
Part Number: 3AUA0000004217-D
Quick Summary
ABB ACS550 drive is a compact motor controller designed to optimize mid‑power applications across manufacturing and processing lines. It mitigates lengthy start‑up and commissioning cycles by providing intuitive parameterization and ready configurations that engineers can trust. With IP54 enclosure protection and 380V operation, it’s built for rugged factory floors and dusty environments. The device fits neatly into ABB’s control ecosystem, enabling straightforward integration with existing automation and safety systems. By combining configurable performance with robust protection, the ACS550 supports reliable motor control while delivering energy efficiency and lower lifecycle costs for industrial installations.
Product Information
Extended Description
3AUA0000004217-D ABB: ACS550-01-03A3-4+B055,3.3A,380V,IP54
Built-in parameterization and intuitive commissioning tools streamline setup, delivering faster deployment and reduced engineering hours for conveyors, pumps, and fans in manufacturing environments. This accelerates time-to-prod and lowers project risk, while maintaining consistent performance across shifts. IP54 enclosure protection minimizes maintenance needs by shielding against dust and moisture, improving uptime and extending asset life in outdoors or harsh indoor facilities. The 380V, 3.3A rating ensures compatibility with common mid‑power motors, simplifying replacement or expansion projects without reconfiguring upstream electrical infrastructure. Compatibility with ABB’s drive ecosystem and standard control architectures enables seamless integration with existing PLCs and HMI systems, reducing engineering overhead and enabling centralized monitoring. The drive’s energy‑efficient control techniques help reduce energy consumption and wear on mechanical components, delivering measurable total cost of ownership improvements in mills, packaging lines, and processing plants.
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FAQs
Installation should begin with confirming supply is 380V three‑phase and that motor ratings align with the drive output. Connect L1, L2, L3 to the drive input terminals and wire motor leads to the U, V, W outputs per the ACS550 manual. Set the motor data (voltage, current, rotor type) in the parameter menu, then perform basic enable and run tests. Use shielded cables for control wiring and verify protective earth grounding to ensure safe operation and accurate feedback signals for reliable control.
The drive is rated for 3.3A output current at 380V, which constrains the maximum motor current it can drive under typical operating conditions. When sizing, select motors whose running current stays within this limit under normal load plus a safety margin. For peak events or start‑up torque, ensure the drive’s overload capability and software protections are configured to avoid tripping while meeting process demands.
Yes. The ACS550‑01‑03A3‑4+B055 is specified with IP54 enclosure protection, which offers reliable dust and moisture resistance suitable for many conveyors and pump systems. For best results, mount in a sheltered location when possible, use proper cable management, and enable appropriate motor protection and shutdown settings in the drive configuration to maintain uptime in challenging environments.
The drive features IP54 protection, guarding the internal electronics from dust ingress and light splashing moisture. Safety features typically include overcurrent, overvoltage, thermal monitoring, and fault logging, along with safe‑stop and safe‑overrides in line with standard industrial practices. Confirm exact safety options and certifications in your region by consulting the ABB documentation for your installation scenario.
The ACS550 drive can reduce energy consumption through efficient motor control and soft‑start capabilities, lowering operating costs over the life of the equipment. Maintenance benefit comes from robust protection (IP54) and reduced mechanical wear due to controlled acceleration profiles. ROI improves further with quicker commissioning, centralized monitoring, and fewer unexpected outages on mid‑power lines such as conveyors and pumps.