ABB 3AUA0000170268 Motors & Drives - ACS880-17-0420A-5 PN:250kW, IN:420A
Part Number: 3AUA0000170268
Quick Summary
ACS880 drives deliver precise motor control for industrial automation, enabling smooth start-up, accurate speed regulation, and energy-efficient operation across critical manufacturing processes. For engineers and procurement teams, the challenge is selecting a drive that integrates with existing ABB ecosystems while delivering reliable performance at scale. This model conforms to CE standards and supports SIL-based safety integrations with robust protection ratings suitable for industrial environments. Coupled with competitive lifecycle costs, the PN:250kW model delivers measurable business value by reducing downtime, improving process stability, and lowering energy consumption on high-demand applications.
Product Information
Feature → Business Impact → Application: High-power capability with PN 250kW and IN 420A enables direct control of large motors with precise torque delivery, reducing mechanical wear and energy use in conveyors and pumps. This translates to lower operating costs and extended asset life in packaging lines and process industries. Application: Shipping and material handling lines benefit from smoother acceleration profiles, less line stoppages, and improved line throughput. Feature → Business Impact → Application: Integrated ABB ecosystem compatibility enables plug-and-play commissioning and streamlined maintenance, decreasing project timelines and stock complexity. Application: OEMs and system integrators can standardize on a single drive family across multiple machines, simplifying spare parts and training programs. Feature → Business Impact → Application: Built-in safety and reliability features reduce risk and unplanned downtime. Application: Environments requiring regulatory compliance and robust fault handling, including bottling, food & beverage, and water treatment. Feature → Business Impact → Application: Compact footprint and simplified wiring improve installation efficiency and cabinet space utilization. Application: Retrofit projects and retrofits where space is at a premium. Feature → Business Impact → Application: Energy-efficient motor control supports variable speed operations, delivering measurable reductions in energy costs over time. Application: Pumps and fans where throttling by speed is preferred to achieve process targets. Industry context: Data-driven diagnostics and remote monitoring capabilities support proactive maintenance, lowering total cost of ownership and maximizing asset utilization.
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FAQs
Installation typically involves matching the drive's wiring with the motor terminals, sizing the feed supply for 420 A, and configuring the control interface to the existing PLC or HMI. Use ABB wiring diagrams and ensure proper motor protection devices are in place. Pre-configure the vector control settings for your motor type to minimize commissioning time and maximize performance from day one.
Ensure the power supply and circuit breakers can handle 420 A at the drive input, with appropriate fault protection and shielding. Verify that electrical cabinets meet required clearance, ventilation, and temperature specifications. Use properly rated cables and connectors, and tailor motor parameter sets for your 250 kW load to avoid overcurrent and thermal trips.
The ACS880 family is designed for industrial use and supports standard protection practices. When installed in harsh environments, select IP-rated enclosures and provide adequate cooling and dust protection. Confirm enclosure rating with the integration team and leverage ABB’s safety features to maintain reliable operation under dust, moisture, and temperature variations.
Key certifications typically include CE compliance for European markets and safety integration capabilities for SIL-rated safety workflows. Verify with the supplier for country-specific approvals and any additional standards like UL or RoHS as required by your facility. Documentation should cover safety functions, installation practices, and maintenance requirements.
The drive enables energy savings through precise speed control and reduced mechanical wear, contributing to lower operating costs and longer equipment life. A proactive maintenance approach uses built-in diagnostics and remote monitoring to schedule predictive maintenance, reducing unplanned downtime and optimizing spare-part inventory, leading to a favorable total cost of ownership.