ABB 3AUA0000015089 ACS800-04-0205-5 - Pcont.max:160kW
Part Number: 3AUA0000015089
Quick Summary
ABB 3AUA0000015089 ACS800-04-0205-5 is a motor drive that precisely controls high-power motors for industrial automation. Engineers often struggle to balance energy efficiency, startup reliability, and protective features in variable load conditions. With CE conformity, robust protection schemes, and integrated diagnostics, this drive helps reduce commissioning time and downtime. By combining scalable performance with easy installation and long-term support, it supports ongoing production targets while lowering operating costs for manufacturing and process industries.
Product Information
High power, precise torque control, and scalable performance enable reliable operation for large motors up to 160 kW. Business impact: improved process stability, reduced energy waste, and lower peak current draw, translating to measurable cost savings on pumping, conveying, and pumping applications. Application: ideal for heavy conveyors, industrial fans, and pumps where smooth speed control and protection matter. The drive includes advanced fault detection and diagnostics, reducing unscheduled downtime and simplifying maintenance planning. Business impact: faster mean time to repair (MTTR) and better asset utilization. Application: critical systems with tight uptime targets in chemical, mining, and metal processing. Installation and wiring are designed for standard cabinet layouts and common 3-phase supplies, enabling faster deployment and easier retrofits. Business impact: lower installation labor and simplified upgrade paths. Application: retrofit projects and new line starts where space and compatibility are priorities. Energy-efficient ramping and soft-start reduce mechanical stress and electricity consumption, delivering lower total cost of ownership. Business impact: extended motor life and lower utility bills. Application: HVAC, pumps, and material handling. Customer-specific configurations and ABB service support help address common objections about integration, spare parts, and long-term availability, ensuring a smooth transition from legacy drives to a modern control platform. Application: retrofit and new-build automation projects in industrial environments.
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FAQs
Plan for a standard 3-phase AC input and ensure the drive is mounted in a ventilated enclosure compliant with general industrial electrical safety guidelines. Check cable sizing for 260 A current, confirm proper shielding and grounding, and verify ambient temperature limits. Use ABB installation notes to optimize wire routing, minimize EMI, and ensure safe clearance for service access.
Key specifications include a continuous power rating of up to 160 kW (Pcont.max) and a continuous current rating of 260 A (Icont.max). The drive provides precise speed and torque control for large motors, enabling smooth starts, ramp profiles, and protection against overcurrent, short-circuits, and motor stall, making it suitable for high-power pumps and conveyors.
Yes. The ACS800-04 family is designed for integration with standard industrial control architectures. It supports typical fieldbus and interface options used in automated plants, enabling remote monitoring, parameter updates, and alarm reporting without major reconfiguration. Confirm compatibility with your specific PLC, HMI, or SCADA system during the engineering phase.
The drive is CE-compliant, aligning with essential health, safety, and environmental requirements for European operations. It incorporates built-in protective functions and diagnostic capabilities to support ongoing regulatory compliance and safer operation in industrial environments. Always verify any local or sector-specific certification needs during procurement.
Expected benefits include reduced energy consumption through efficient motor control and smoother start/stop sequences that lower mechanical wear. Diagnostics and remote monitoring help minimize unplanned downtime, while modular design simplifies spare parts sourcing and maintenance. Over the life of the asset, these factors typically translate into lower operating costs and higher production uptime.