ABB 3AXD50000554232 ACS880-104-0014A-5 - PN:kW
Part Number: 3AXD50000554232
Quick Summary
ACS880 drive is a precise motor control solution for industrial automation with packaging applications. Engineers often wrestle with unreliable starts, wasted energy, and motor-protection gaps when upgrading legacy drives. This ABB model supports CE compliance and offers robust protection with configurable safety options, including SIL-ready architectures where approved by wiring and software. By combining advanced control with straightforward commissioning, it delivers improved reliability, energy efficiency, and lower total cost of ownership for machine builders and maintenance teams in high-throughput environments. With flexible parameterization, technicians can tailor torque curves, ramp rates, and protective limits to suits conveyors, pumps, fans, and grinders. The device’s embedded diagnostics and remote monitoring reduce downtime and simplify spare-part planning. In practice, this translates to fewer emergency repairs, lower energy bills, and greater process stability across shifts and seasons.
Product Information
Feature → Business Impact → Application: The ACS880 drive offers advanced motor control algorithms and parameterizable vector control, delivering precise speed and torque with minimal ripple. This translates to higher conveyor accuracy, reduced mechanical wear, and lower energy consumption on continuous-process lines; ideal for food packaging or material handling where precision matters. Feature → Business Impact → Application: Compact installation footprint and simplified wiring reduce panel space and installation time, enabling retrofits and expansions in existing lines without costly enclosure upgrades. Feature → Business Impact → Application: Built-in diagnostics and remote monitoring cut unplanned downtime by enabling predictive maintenance and quick fault isolation, especially critical in continuous processing plants like plastics or metals. Feature → Business Impact → Application: Flexible fieldbus and Ethernet options (Modbus, PROFINET, EtherNet/IP) facilitate seamless integration with existing control systems and SCADA, reducing commissioning risk. Feature → Business Impact → Application: Energy-saving soft-start and ramp control minimize peak demand and motor wear, delivering tangible ROI on pumps and fans in HVAC and water-treatment contexts. Feature → Business Impact → Application: Robust protection and easy commissioning support compliance with industry standards, enabling faster validation, safer operation, and easier technician training on automated lines.
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FAQs
For installation, plan panel space to accommodate the compact drive and ensure adequate cooling. Verify mains voltage compatibility, connector types, and tactile fault indicators. Route control and fieldbus cables separately from power wiring to minimize interference. Ensure proper mounting orientation for convection cooling and provide unobstructed access for maintenance and firmware updates.
The drive supports precise speed control and soft-start sequencing, which reduces inrush current and peak power demand. By maintaining consistent motor torque and reducing mechanical wear, energy consumption drops during startup and steady-state operation. This translates to lower energy bills on high-throughput conveyors and extended motor life, yielding a favorable return on investment over time.
The ACS880 family offers multiple communication options suitable for modern automation stacks, including industry-standard fieldbuses and Ethernet-based protocols. Typical configurations support Modbus, PROFINET, EtherNet/IP, and other common interfaces, enabling straightforward integration with PLCs, SCADA, and centralized manufacturing execution systems to reduce commissioning risk.
This drive is designed to align with common industrial standards, including CE conformity, and supports configurable safety architectures compatible with SIL-rated applications where configured. Safety features include motor protection, overcurrent and thermal monitoring, and diagnostic feedback to prevent faults from propagating, helping to maintain safe operation on critical lines.
Expect a reduction in downtime thanks to predictive diagnostics and improved reliability, along with energy savings from optimized torque and ramp control. The combination of higher process stability, longer motor life, and faster commissioning typically delivers a favorable total cost of ownership, with faster payback on upgrades to conveyors, pumps, or fans.