ABB 3AUA0000148213 Motors & Drives - ACQ550-U1-06A6-2+B055
Part Number: 3AUA0000148213
Quick Summary
ABB 3AUA0000148213 ACQ550 servo drive delivers precise motor control for automated packaging lines. It addresses common pain points like setup complexity and motor misalignment by offering familiar ABB interfaces and guided commissioning. CE certification is standard, with potential SIL safety features and enclosure protection that vary by configuration, ensuring regulatory readiness. This model aligns with modern energy efficiency goals and easy integration with ABB control architectures, delivering reduced downtime and predictable maintenance. Its scalable architecture supports future upgrades without hardware replacement. This helps procurement teams minimize risk. With integrated diagnostics and remote monitoring, maintenance planning becomes more predictable. Operational costs drop as energy use and motor wear are better managed over the life of the line.
Product Information
Feature: Precision motor control via field-oriented control and encoder feedback delivers tight speed and torque regulation. Business Impact: Reduces motor wear and energy consumption by optimizing acceleration and torque profiles, improving process stability. Application: Packaging lines, conveyors, and machine tools benefit from consistent performance and longer equipment life. Feature: Configurable ACQ550-U1-06A6-2+B055 with integrated diagnostics accelerates commissioning and ongoing maintenance. Business Impact: Shorter setup times, fewer startup faults, and easier fault isolation cut project risk and downtime. Application: Panel installations and retrofit projects in automated cells gain faster time-to-value. Feature: Safety features and fault management support regulatory compliance. Business Impact: Achieves safer operations with clear diagnostic feedback and safer shutdown options, reducing risk and incident costs. Application: Food, packaging, and material-handling lines where functional safety is a priority. Feature: Ecosystem compatibility and software-enabled upgrades. Business Impact: Streamlines maintenance, firmware updates, and integration with ABB control architectures, lowering total cost of ownership. Application: Large-scale manufacturing environments requiring centralized monitoring and rapid diagnostics. Feature: Robust protection and installation flexibility. Business Impact: IP-rated enclosures and adaptable mounting simplify installation in harsh or confined spaces, reducing enclosure-related obstacles. Application: Industrial environments with dust, moisture, or restricted cabinet space.
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FAQs
Plan for appropriate cabinet space, matching power and signal wiring, and compatible encoder interfaces. Use ABB commissioning software to tune field-oriented control and enable Safe Torque Off where required. Ensure enclosure and cable routing support the environment and that wiring adheres to local electrical codes to minimize startup delays.
You can expect tight speed and torque regulation through vector control with encoder feedback, smooth acceleration/deceleration profiles, and robust fault diagnostics. The configuration supports reliable motor control for conveyors and packaging applications, reducing motor wear and energy waste while maintaining consistent throughput.
Yes. The drive is designed for automated material handling and packaging processes, offering easy integration with ABB control architectures, scalable fan-out for multiple axes, and diagnostics to minimize downtime. Its modular configuration helps match line throughput with precise motor performance and safety requirements.
CE marking is standard for EU safety compliance. Depending on configuration, SIL-rated safety features and enclosure protection can be part of the setup, subject to the chosen options. Always verify the enclosure rating and safety functions with your system integrator to meet your regulatory and risk assessment requirements.
Expect reduced energy consumption through optimized drive curves, extended motor life from precise control, and lower maintenance costs due to integrated diagnostics and remote monitoring. The overall effect is a lower total cost of ownership, faster payback on automation projects, and easier lifecycle planning for manufacturing operations.