ABB ACSM1-04AL-012A-4 Motors & Drives - 5.5 kW, 12A Input

Part Number: 3AUA0000071912
Manufacturer
ABB
Part number
3AUA0000071912

Quick Summary

ACSM1-04AL-012A-4 is a servo drive that delivers precise motor control for automated manufacturing applications. Engineers often struggle with tuning drift, wiring complexity, and downtime when upgrading legacy systems. Certification details for this specific unit aren’t provided here; in practice ABB servo drives commonly meet CE marking and applicable safety standards to support compliance in industrial environments. By choosing a standard ABB platform with clearly defined electrical specs like 5.5 kW and 12 A input, you gain predictable performance and faster installation across multiple lines. This translates to reduced calibration time, easier spare-part planning, and better vendor support, ensuring a consistent baseline for broader automation initiatives.

Product Information

Feature → Business Impact → Application: 5.5 kW power rating supports mid-to-high torque applications on automated lines, delivering consistent performance under varying loads and reducing the need for motor over-sizing. This drives efficiency gains and lowers total cost of ownership for packaging conveyors and robotic axes, while enabling tighter speed and torque profiles for precise motion control. Feature → Business Impact → Application: 12 A input current facilitates balanced power budgeting and simpler wiring schemes, enabling more predictable electrical design and reducing panel complexity during machine upgrades. This is particularly valuable when retrofitting existing lines or integrating with existing ABB Drives ecosystems to minimize downtime. Feature → Business Impact → Application: ABB compatibility and standard interfaces simplify commissioning, troubleshooting, and maintenance, helping OEMs and end users shorten time-to-value on new lines and scale across multiple stations. Feature → Business Impact → Application: The data-driven approach of ABB controls supports easier tuning and calibration, improving system responsiveness and reducing waste in high-precision processes. Feature → Business Impact → Application: Installation and commissioning workflows benefit from documentation familiarity and common control architectures, lowering training requirements and accelerating procurement decisions. Feature → Business Impact → Application: For industries such as packaging, material handling, and general automation, the 5.5 kW/12 A specification aligns with typical servo-driven axes, enabling repeatable performance and predictable energy use while supporting long-term compatibility with maintenance strategies.

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FAQs

For installation, ensure the system power matches the 5.5 kW rating and 12 A input, confirm motor compatibility, and follow ABB mounting and wiring guidelines. Plan for adequate ventilation and clearance around the drive, and verify control interfaces align with your PLC or motion controller. Use common ABB documentation and best-practice checks to minimize commissioning time.
With a 5.5 kW rating and 12 A input, you can expect robust torque delivery and reliable speed control for medium-load applications. Performance will depend on the motor data and control algorithm in use; ensure correct motor sizing, tuning, and protection settings to achieve repeatable cycle times and stable operation under load variations.
Yes, the drive’s power level and current rating align well with typical servo-driven axes found in packaging lines and conveyors. To maximize suitability, verify compatible motor types, confirm control signaling with your PLC, and assess dynamic response requirements such as acceleration, deceleration, and positioning accuracy relevant to your package sizes and throughput goals.
Certification details for this specific unit aren’t provided in the data. ABB servo drives commonly align with CE marking and applicable safety standards for industrial use. Always consult the official product datasheet or ABB support to confirm current certifications and any region-specific compliance requirements before deployment.
Upgrading to a modern servo drive typically reduces downtime through improved reliability and smoother motion, while simplifying maintenance via standardized interfaces and spare parts. The 5.5 kW/12 A specification supports efficient energy use and predictable lifecycle costs. Initial integration may require engineering effort, but ongoing operation often benefits from faster diagnostics and consistent performance across lines.