ABB ACS880-04XT-1610A-3 Drive - Icont.max:1610A
Part Number: 3AUA0000182364
Quick Summary
ACS880-04XT-1610A-3 drive optimizes motor control for demanding industrial production lines. Maintenance teams often face downtime caused by mismatched drives and unreliable speed control. This ABB drive offers CE conformity, SIL-rated safety features, and IP-rated enclosure compatibility to support safety compliance and rugged operation in harsh environments. It is designed to integrate with common automation stacks, enabling smoother commissioning and easier diagnostics. In industrial automation projects, the drive translates into energy-efficient operation, predictable performance, and reduced total cost of ownership. By delivering precise torque and speed control for large motors, it helps sustain throughput while protecting process integrity. Operators gain visibility through built-in diagnostics, improving maintenance planning and uptime.
Product Information
Feature: High power cont. capability up to 900 kW and nominal current up to 1610 A. Business impact: Enables precise torque control at full load, reducing energy waste and improving process stability. Application: suitable for large motors in metal forming, pumps, and material handling. The result is higher throughput with lower energy cost and improved product quality. Feature: Flexible integration and commissioning with standard control interfaces. Business impact: speeds up project timelines, minimizes wiring errors, and lowers commissioning cost. Application: OEMs and system integrators can rapidly retrofit existing lines without extensive panel redesign. Feature: Built-in protection and diagnostics for reliability. Business impact: reduces unplanned outages through fault detection and proactive maintenance planning. Application: critical process trains in continuous operation environments. Feature: Robust reliability and serviceability for harsh environments. Business impact: extends motor life and reduces maintenance intervals through durable components and easy field upgrades. Application: heavy machinery in aggressive production settings, where uptime is critical. Feature: Compliance and safety readiness. Business impact: supports regulatory alignment and safer operations with structured safety features and standards. Application: multi-shift manufacturing and regulated process industries.
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FAQs
Begin with a compatible enclosure and panel plan, verify electrical and control wiring against the drive’s documented interfaces, and align motor settings to the 900 kW cont. and 1610 A current ratings. Use the drive’s built-in diagnostics to calibrate initial parameters, perform a conservative ramp profile, and validate protection functions before full-speed testing to reduce commissioning time and avoid early faults.
Key specs include a continuous power rating of 900 kW and a maximum current of 1610 A, enabling precise torque control for large motors. This translates to stable speed regulation, improved process consistency, and the ability to handle peak loads without overshoot. These factors directly impact energy efficiency and overall process reliability in heavy-duty applications.
Yes. The 900 kW continuous rating and 1610 A current capacity support demanding metal forming, large pumps, and conveyor systems. The drive’s control accuracy and protective features help maintain consistent throughput, reduce mechanical wear, and improve product quality while enabling smooth acceleration and deceleration in continuous operation lines.
The drive carries CE conformity for European market compliance and includes safety features that align with SIL-rated requirements and IP-rated enclosure considerations. These certifications matter because they facilitate regulatory adherence, enable safer operation in industrial environments, and support risk-managed installations across multi-shift plants.
ROI stems from reduced downtime, lower energy consumption through precise speed control, and extended motor life due to smoother torque management. The drive’s diagnostics enable predictive maintenance, minimizing unplanned outages. A structured maintenance plan—periodic parameter checks, routine firmware updates, and monitoring of current and torque trends—helps sustain performance and maximize lifecycle value.