ABB 3AUA0000221328 Motors & Drives - ACH550-CARUH-072A-4+N2006+X1558
Part Number: 3AUA0000221328
Quick Summary
ABB 3AUA0000221328 is a motor drive that controls speed and torque for industrial automation systems. Design engineers often contend with lengthy commissioning, inconsistent performance, and costly downtime when integrating variable speed drives. This ABB drive carries CE certification for safety and EMC, supports SIL-ready safety strategies, and offers robust IP-rated options for rugged environments. Designed to integrate with ABB control ecosystems and standard PLCs, the solution helps shorten commissioning, lower energy use, and boost overall uptime. Its parameterization aligns with typical ACH550 configurations, supporting quick start-up and predictable behavior. Business value comes from reduced maintenance costs, faster changeovers, and improved process stability across machines.
Product Information
Feature: Advanced motor control algorithms and built-in torque control deliver smoother speed profiles and tighter process stability. Business impact: This reduces energy consumption and wear, translating to lower operating costs and longer equipment life. Application: Ideal for conveyors, pumps, fans, and general machine modernization in manufacturing environments. Feature: Robust protective functions including overload protection and thermal monitoring safeguard the drive and connected motors. Business impact: This minimizes unplanned downtime and extends service intervals in demanding production lines. Application: Well-suited for harsh factory floors, mixers, and extrusion lines where reliability is essential. Feature: Easy integration with ABB control ecosystems and common PLCs, with parameterization via ABB software. Business impact: Shortens commissioning, reduces installation risk, and ensures predictable performance across multiple machines. Application: Retrofit and new-build projects across automotive, food & beverage, and plastics industries. Feature: Safety-first design with SIL-ready strategies and integrated fault management. Business impact: Supports regulatory compliance while keeping productivity high and operators safe. Application: Critical in packaging, materials handling, and process lines where human-machine interaction is frequent. Feature: Scalable architecture and service support for lifecycle efficiency. Business impact: Lowers total cost of ownership through planned maintenance and reduced spares inventory. Application: Multi-machine lines and long-life manufacturing cells needing consistent performance.
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FAQs
To install, start with verifying supply voltage compatibility and motor ratings, then connect the drive to the PLC using conventional fieldbus or I/O wiring per the ABB parameterization guide. Configure motor parameters, enable safety functions, and perform a firmware check. Finally, run a dry run with a test motor to confirm correct ramp profiles and fault responses before live production.
Expect precise speed and torque control with smooth acceleration and deceleration, reducing mechanical stress and energy consumption. The drive provides overload protection, thermal monitoring, and fault protection to maintain stable operation in demanding lines. This translates to improved uptime, lower maintenance, and more consistent process throughput for conveyors and pump systems.
Yes. The ABB ACH550-based solution offers reliable motor control, fast commissioning, and integration with standard PLCs, making it well-suited for packaging lines, sorting systems, and material handling tasks. Its safety features and fault management help maintain operator safety while keeping production steady and predictable.
The device carries CE certification for safety and EMC compliance, with support for SIL-ready safety strategies where applicable. Depending on the enclosure and installation environment, IP-rated protection can be implemented to meet environmental robustness requirements. Always verify local regulatory and sector-specific standards when integrating into a larger system.
The drive typically reduces energy consumption through optimized speed control and minimizes downtime via protective features and diagnostics. By shortening commissioning time and extending motor life, maintenance costs decrease and line productivity improves. For multi-machine lines, the standardized parameterization enables easier scaling and consistent performance across cells.