ABB 3AUA0000182367 Motors & Drives - Pcont.max:1000kW, Icont.max:1610A
Part Number: 3AUA0000182367
Quick Summary
ABB ACS880 drive is a versatile motor controller for industrial automation, delivering precise speed and torque control across critical processes. In modern facilities, variable-speed drives often struggle with integration, startup transients, and energy waste; this solution minimizes those risks through scalable control and robust protection. They typically carry CE compliance for European markets, with configurable safety features such as safe torque off and motor protection, and can be paired with rugged enclosures for harsh environments. For procurement and engineering teams, the value lies in predictable performance, simplified integration, and the ability to optimize energy efficiency for pumps, fans, and conveyors.
Product Information
Feature → Business Impact → Application: High current capability (Icont.max 1610 A) enables direct control of large motors, reducing the need for multiple drives and simplifying motor fleet management in heavy industries such as mining and metals processing. Application: enables streamlined retrofit projects and scalable motor control in new builds, improving uptime and reducing spare-part costs. Feature → Business Impact → Application: Continuous power rating (Pcont.max 1000 kW) delivers stable performance during peak load phases, minimizing torque disturbances and process fluctuations. Application: drives pumps and fans in HVAC, water treatment, and chemical processing where consistent torque is critical. Feature → Business Impact → Application: Integrated protection and safety features, including fault handling and protection strategies, reduce device wear and operator risk while ensuring regulatory compliance. Application: conveyors, mixers, and crushers in material handling where downtime is costly. Feature → Business Impact → Application: Flexible installation and compatibility with ABB ecosystem enable faster deployment, lower wiring complexity, and easier maintenance. Application: retrofits and upgrades in legacy plants. Feature → Business Impact → Application: Energy-efficient drive algorithms and regenerative options contribute to lower operating costs and easier sustainability reporting. Application: process plants with variable-demand loads such as pumps and blowers. Feature → Business Impact → Application: Diagnostic and remote monitoring capabilities support proactive maintenance and ROI through reduced outages. Application: large-scale manufacturing lines and continuous process environments where data-driven maintenance matters.
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FAQs
This drive supports standard AC induction motors within its current rating and accepts common ABB and non-ABB motor configurations when the nameplate ratings align. Verify motor impedance, voltage class, and protection settings, then use the provided wiring diagrams and commissioning guidelines to ensure correct integration. Consider existing control architectures to minimize reprogramming and downtime.
The key performance parameters are Pcont.max = 1000 kW and Icont.max = 1610 A. Ensure the motor nameplate aligns with the drive’s voltage and current limits, and verify cooling capacity for steady-state operation. Plan for appropriate supply voltage, grounding, and protective interlocks to maintain continuous operation without thermal overloads.
Ideal for pumps, fans, and conveyors in chemical, metal, and water treatment facilities, as well as general heavy-load processes. The high current capability supports large motors, while precise speed control optimizes process variables like flow, pressure, and material handling. It also adapts to retrofit projects of aging motor drives to improve energy efficiency and control accuracy.
Confirm CE compliance for European markets, and look for UL/CSA readiness for North American deployments. Depending on the installation, verify IP-rated enclosure options and feature sets such as Safe Torque Off (STO) and motor protection schemes. Always cross-check local electrical standards and installation certifications to ensure regulatory alignment.
ROI benefits come from energy savings due to optimized speed control, reduced motor wear, and lower maintenance downtime through diagnostics and reliable protection features. Predictive maintenance data helps schedule service before failures, while a streamlined installation reduces commissioning time and spare-part inventory, accelerating time-to-value for critical processes.