ABB 3AXD50000050059 ACS880 Drive - 2650A-7 PN:kW
Part Number: 3AXD50000050059
Quick Summary
ABB ACS880 drive delivers precise motor control for heavy industrial automation applications. Engineers often confront startup delays, torque fluctuations, and energy waste when selecting drives. The ACS880 family supports CE marking and robust IP-rated variants, enabling safe operation in harsh environments and compliant installations. Its architecture integrates with common fieldbus protocols, simplifying integration with existing PLCs and SCADA systems. With remote diagnostics, lifecycle sensing, and easy serviceability, you can shorten downtime, cut maintenance costs, and accelerate time-to-value across plant floors. This translates to lower total cost of ownership and more consistent production performance.
Product Information
Feature: Advanced vector control and high-resolution torque algorithms deliver precise motor performance under variable load. Business Impact: Improves process stability, reduces vibration, and lowers energy consumption by optimizing current profiles. Application: Ideal for conveyors, pumps, and mixers in metals, packaging, and water treatment. Feature: High-current handling and scalable architecture support large motors without oversized drives. Business Impact: Enables higher uptime, reduces equipment footprint, and lowers total cost of ownership. Application: Mining, steel, and large-scale extrusion lines. Feature: Integrated safety features including Safe Torque Off (STO) for safe risk mitigation. Business Impact: Improves regulatory compliance, operator safety, and reduces downtime due to safety incidents. Application: Any critical production line requiring stringent safety controls. Feature: Flexible installation and fieldbus compatibility with standard protocols. Business Impact: Speeds commissioning, minimizes wiring errors, and enables modular upgrades. Application: OEMs integrating with PLCs and SCADA in packaging and process industries. Feature: Built-in diagnostics and remote monitoring interfaces for proactive maintenance. Business Impact: Enables predictive maintenance, reduces unscheduled downtime, and extends asset life. Application: Multi-site facilities seeking centralized asset management. Feature: Wiring flexibility and enclosure options for quick deployment. Business Impact: Reduces installation time and ensures compatibility with existing enclosures. Application: Retrofit projects in OEM plants and upgrades of legacy equipment.
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FAQs
Install the ACS880 series using standard IEC/NEMA wiring practices and confirm motor rating aligns with the drive current rating. Verify supply voltage matches IN:A configuration and ensure enclosure compatibility for the site. Use ABB installation guides and approved cabling routes to minimize EMI, verify CAN/fieldbus connections, and ensure safe, reliable operation.
Key specs include high-torque capability, smooth torque control, and appropriate acceleration/deceleration ramps to match belt dynamics. Look for wide speed range, robust fault tolerance, and fieldbus support for centralized control. These factors reduce belt slip, improve throughput, and lower energy use in demanding material-handling lines.
Yes. The ACS880 is designed for precise speed and torque control in variable-load pumps and mixers. Its ramping behavior minimizes pressure surges, while closed-loop control maintains process stability. Compatibility with standard sensors and PLCs simplifies integration into existing process automation architectures.
Expect CE marking for European compliance and IP-rated enclosure variants to match environmental exposure. Depending on the region, additional certifications like UL/CSA may be required for North American installations. Confirm enclosure protection, wiring practices, and safety features align with local regulatory requirements before deployment.
ROI benefits come from energy savings through optimized motor control, reduced wear via smooth torque profiles, and lower downtime due to proactive diagnostics. Maintenance costs drop with remote monitoring and easier serviceability, while uptime improves across multi-site operations, delivering faster time-to-value and lower total cost of ownership.