ABB 3AUA0000221315 ACH550 Drive - CE Certified

Part Number: 3AUA0000221315
Manufacturer
ABB
Part number
3AUA0000221315

Quick Summary

The ABB ACH550 drive is a compact, adjustable-speed controller used for precise motor control in HVAC and general industrial setups. Engineers often contend with long commissioning times, inconsistent performance, and wasted energy when integrating legacy drives. This product aligns with CE safety certification, EMC/ EMI compliance, and adaptable enclosure concepts to meet diverse industrial environments. By simplifying parameterization and providing versatile communication options, it reduces downtime and accelerates time-to-value. Pairing with ABB’s control ecosystem delivers interoperability and scalable efficiency gains across manufacturing and facility automation. From OEMs to maintenance teams, the ACH550 streamlines procurement and maintenance while delivering reliable motor control.

Product Information

Feature: Adjustable speed control for AC motors. Business Impact: Improves energy efficiency and reduces mechanical stress during start/stop cycles. Application: HVAC fans and pumps, conveyors, and process equipment. Feature: Built-in protection (overcurrent, short-circuit, overtemperature). Business Impact: Increases uptime, minimizes fault cascades, and lowers maintenance costs. Application: Harsh manufacturing environments with variable loads. Feature: Parameter templates and easy commissioning. Business Impact: Shortens project timelines, lowers commissioning labor, and accelerates time-to-value. Application: OEM integrations and retrofit projects. Feature: Multiple fieldbus and network options. Business Impact: Seamless integration with existing control systems, enabling remote monitoring and asset management. Application: Factory-wide automation and digitalization initiatives. Feature: Compact footprint and streamlined installation. Business Impact: Space optimization in panel building, easier retrofits, and reduced wiring complexity. Application: Limited-space cabinets and retrofit scenarios. Feature: Robust motor protection and safety features. Business Impact: Longer motor life and predictable maintenance cycles. Application: Pumps, fans, and material handling equipment in continuous operation.

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FAQs

When installing the ACH550, ensure a stable three-phase power supply, proper enclosure clearances, and adequate cooling. Use ABB parameter templates to align motor ratings with the load profile, and verify wiring conformity to the device’s terminal block layout. This approach minimizes commissioning time while reducing the risk of misconfiguration during handover to operations.
Expect improved energy efficiency through precise speed control, smoother motor starts, and better process stability. The drive’s protection features help prevent nuisance trips under fluctuating loads, while its configurable ramp rates reduce mechanical wear. These benefits translate to lower energy bills, longer motor life, and reduced maintenance in HVAC fans, pumps, and conveyors.
Yes. The ACH550 supports common fieldbus interfaces compatible with many SCADA and PLC ecosystems, enabling seamless integration into existing networks. This compatibility allows remote start/stop, monitoring, and parameter adjustments, reducing现场现场 technician visits and increasing visibility across the plant for asset management and predictive maintenance.
The ACH550 line is CE certified, reflecting compliance with essential safety and EMC standards for industrial automation. This certification supports regulatory alignment for European operations and many global deployments. Additional safety and EMI considerations are typically addressed through integration with established control architectures and protective enclosures used in manufacturing facilities.
ROI comes from energy savings from efficient speed control, reduced wear due to smoother starts, and lower maintenance costs due to robust protection features. Predictive maintenance is enhanced when combined with ABB’s control ecosystem and remote diagnostics, enabling longer motor life, fewer unplanned outages, and more predictable maintenance planning.