ABB 3AUA0000221322 ACH550 Drive System - 4+N2006+X1558
Part Number: 3AUA0000221322
Quick Summary
ABB 3AUA0000221322 ACH550 Drive System is a compact AC motor drive for precise control in industrial automation. Engineers frequently wrestle with energy waste, inconsistent torque, and lengthy commissioning when integrating drives with PLCs. Certification and protection matter: CE marking and proper IP protection are essential for reliable operation in harsh environments, especially in machine and process automation. This solution delivers measurable value through improved energy efficiency, reduced maintenance, and scalable integration with existing control architectures. By leveraging ABB reliability and familiar interfaces, maintenance teams and procurement leaders gain predictable performance, faster startup, and lower total cost of ownership.
Product Information
Feature: Compact DIN-rail mounting and plug‑and‑play integration. Business Impact: Simplifies installation, reduces panel space, and shortens commissioning time, enabling faster project timelines. Application: Ideal for machine builders and automation cabinets where space is at a premium and quick deployment is critical. Feature: Energy-efficient vector control and robust torque management. Business Impact: Delivers measurable energy savings, extends motor life, and lowers operating costs across fans, pumps, and conveyors. Application: Suitable for HVAC retrofits, packaging lines, and material handling systems requiring precise speed control. Feature: Built-in diagnostics and safety features. Business Impact: Improves mean time between failures and simplifies maintenance planning, reducing unplanned downtime. Application: Helpful in hazardous or high‑duty environments where quick fault isolation is essential. Feature: Seamless compatibility with ABB control ecosystems and standard PLCs. Business Impact: Accelerates integration, minimizes custom interfaces, and lowers integration risk. Application: Fits existing automation architectures with minimal rework in OEM machinery and process lines. Feature: Reliable ABB build quality and service ecosystem. Business Impact: Decreases downtime, supports long lifecycle maintenance, and strengthens ROI credibility. Application: Beneficial for continuous manufacturing environments needing consistent performance and predictable support.
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FAQs
To install, mount the ACH550 drive on a clean DIN-rail with proper clearance for cooling and wiring. Connect supply, motor, and control wiring per the ABB installation guide, then configure basic parameters via the built-in interface or compatible PLC. This approach minimizes panel space, reduces commissioning time, and ensures reliable electrical connections for long-term operation.
The ACH550 drive family supports standard induction motor configurations used in industrial automation. For 3AUA0000221322 specifically, verify motor nameplate data (voltage, frequency, and current) against the drive’s rated specs and ensure proper motor protection and thermal management are in place. This compatibility enables precise speed control with minimal torque ripple in conveyors, pumps, and fans.
Yes. The DIN-rail mounting and plug‑and‑play integration simplify retrofits by minimizing cabinet changes and wiring complexity. Use the ABB configuration tools to match existing control logic, enabling faster commissioning, reduced downtime, and a smoother transition from legacy drives to the ACH550 family.
For most ABB ACH550 drives, CE marking is standard to meet European safety and environmental requirements. IP protection levels and safety-related features are supported to protect against dust, moisture, and unintended startup. Always consult the latest ABB datasheet for exact certification and protection details relevant to your region and application.
ROI is driven by energy efficiency from optimized motor control, reduced maintenance through onboard diagnostics, and faster commissioning that lowers time-to-value. In conveyors and pump/fan applications, expect measurable improvements in overall equipment effectiveness (OEE) and lower energy bills, with predictable maintenance costs due to proactive fault detection.