ABB ACQ550-U1-144A-6+B055 Motors & Drives - 6+B055
Part Number: 3AUA0000148261
Quick Summary
ABB ACQ550-U1-144A-6+B055 delivers precise motor control for automated packaging lines. Engineers often face startup inrush, motor wear, and lengthy commissioning when upgrading drives, and a reliable solution is essential to keep lines productive. This drive family commonly aligns with CE conformity and supports robust safety and performance expectations; confirm IP protection and SIL readiness in your installation. For procurement and maintenance teams, the model offers a compact, scalable control solution that reduces panel footprint and accelerates commissioning while delivering consistent energy efficiency and lifecycle predictability.
Product Information
Feature → Business Impact → Application: The ACQ550-U1-144A-6+B055 uses advanced motor control to deliver smooth torque and precise speed regulation, reducing process variability and energy consumption across packaging and material handling lines. This translates to measurable uptime gains and lower operating costs in high-demand manufacturing environments. Application: packaging lines and conveyors that require gentle starts and accurate stopping will see reduced motor wear, less mechanical stress, and improved product quality over time. Feature → Business Impact → Application: Dynamic ramping and soft-start capabilities minimize inrush currents and peak loads, supporting longer motor life and safer electrical installations in paneled enclosures. Application: modernization projects and retrofit efforts where downtime is costly. Feature → Business Impact → Application: Compatibility with standard three-phase motors enables rapid integration into existing control cabinets, lowering install time and risk during panel upgrades. Application: retrofits and new equipment builds. Feature → Business Impact → Application: Built-in diagnostics and fault history help maintenance teams implement predictive maintenance programs, reducing unplanned downtime and extending service intervals. Application: SCADA-enabled facilities and remote monitoring. Feature → Business Impact → Application: Safety-friendly operational modes and controller options support compliant machine safety workflows, aiding audits and regulatory alignment. Application: regulated industries seeking traceable performance and repeatable results.
Get a Quick Quote for a ABB 3AUA0000148261
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in ABB 3AUA0000148261?
Enquire Now
FAQs
Begin by verifying voltage class and motor compatibility, then mount the drive in a suitable enclosure and connect the three-phase supply, motor leads, and protective devices per the installation manual. Configure motor data and parameter groups in the drive interface, set ramp times and acceleration profiles, and perform a controlled commissioning with functional checks on torque, speed, and safety interlocks.
You can expect reliable, smooth torque and precise speed regulation thanks to vector control capabilities. The 144 A current rating supports frequent starts and stops typical of packaging lines, improving line stability, reducing mechanical stress, and lowering energy consumption during prolonged operation and varying loads.
CE conformity is commonly sought for ABB drives, and IP protection depends on the enclosure and installation. Always verify the exact unit’s CE conformity and IP rating from the datasheet and ensure proper enclosure, cable management, and EMI considerations in your facility to meet regulatory and safety requirements.
Yes. The ACQ550 series is designed for compatibility with standard three-phase motors and common industrial control panels. It supports typical integration workflows, reduces retrofitting risk, and benefits from familiar ABB interfaces. Always consult the product manual for supported fieldbus options and wiring schemas relevant to your panel design.
The drive reduces energy use through efficient motor control and minimizes wear via soft-start and smooth torque profiles, contributing to lower maintenance costs. Faster commissioning and easier diagnostics shorten downtime during upgrades, while predictive maintenance capabilities help optimize service windows and improve overall equipment effectiveness (OEE).