ABB 3AUA0000221318 ACH550-CARUH-114A-2+N2006+X1558 - CE
Part Number: 3AUA0000221318
Quick Summary
ABB ACH550 motor drive is a compact variable-frequency drive for controlling AC motors in industrial automation and HVAC applications. Engineers often struggle with configuration, tuning, and maintenance when integrating variable speed drives into mixed-control systems. Typical ABB ACH550 solutions carry CE marking and offer enclosure options with IP-rated protection; safety features and SIL-ready configurations are considered where required. This combination delivers energy-efficient motor control, faster commissioning, and easier ongoing maintenance, while lowering total ownership cost. By aligning with your existing control architecture, it also supports scalable deployment across multiple lines, helping procurement teams meet project timelines and budget targets.
Product Information
Feature: Compact installation footprint with panel-mount capability reduces cabinet space and wiring complexity, trimming enclosure costs and accelerating upgrades in packaging lines. Business impact: Faster deployment and lower capital expenditure; Application: Ideal for conveyors and small to mid-size motors within industrial automation environments. Feature: Precise motor control and soft-start for smooth ramping minimizes mechanical stress, belt wear, and vibration, extending motor life. Business impact: Reduced maintenance intervals and energy-related wear; Application: Fans, pumps, and material-handling equipment. Feature: Energy-efficient speed control and load matching lowers peak demand and operating costs over the product lifecycle. Business impact: Lower energy bills and improved process stability; Application: HVAC and process automation processes. Feature: Built-in diagnostics and alarms enable proactive maintenance and rapid fault isolation, decreasing downtime. Business impact: Higher asset utilization and predictable production schedules; Application: Continuous manufacturing lines. Feature: Compatibility with ABB automation ecosystems and standard panel interfaces shortens commissioning and simplifies spares management. Business impact: Streamlined procurement, training, and scalability across multiple lines; Application: OEMs and service providers seeking rapid rollouts.
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FAQs
Begin with a panel-mount installation, ensuring the enclosure can accommodate the drive’s footprint. Connect the supply and motor leads per the ABB wiring diagrams, select the appropriate motor type in the parameter set, and configure control modes (manual or remote). Verify grounding, fusing, and shielding to minimize EMI, then perform a staged commissioning to confirm motor response matches the required torque and speed profiles.
The ACH550-CARUH-114A-2+N2006+X1558 features a 114A current rating, with smooth ramping and flexible speed control suitable for a range of AC motors. It supports standard VFD functions such as speed reference, fault handling, and scalable control modes, enabling reliable motor operation in conveyors, pumps, and fans while delivering predictable acceleration and deceleration profiles.
Yes. The ACH550 family is widely used for conveyors, pumping, and ventilation tasks in manufacturing and packaging lines due to its compact form factor, energy-efficient operation, and robust basic protection. Its configurable control logic and diagnostics help maintain steady process performance and reduce downtime during load changes or process shifts.
This ABB drive lineage commonly carries CE marking and offers IP-rated enclosure configurations depending on the installed cabinet or enclosure. For safety applications and specific environmental requirements, verify the exact SKU datasheet to confirm the applicable IP rating and any SIL-related safety configurations requested by your risk assessment.
Deploying the ACH550 drive typically yields ROI through energy savings from optimized motor speed, reduced mechanical wear due to smooth starts, and lower downtime thanks to onboard diagnostics. Maintenance teams benefit from clearer fault data and easier troubleshooting, enabling predictive maintenance and faster issue resolution across multiple lines.