ABB ACS880 Drive 3AXD50000185382 - CE Certified
Part Number: 3AXD50000185382
Quick Summary
ABB ACS880 drive is a precise motor controller for industrial conveyors, pumps, and fans. Many users struggle with startup surges, energy waste, and maintenance downtime when motor control is inconsistent. The drive carries CE marking for European safety and interoperability, with safety features in the ACS880 family designed to support SIL-rated functions and configurable protection. For manufacturers, it offers robust reliability, scalable performance, and quick commissioning, with seamless compatibility to PLCs and common fieldbuses. In practice, adopting this solution reduces energy costs, minimizes downtime, and protects critical assets, delivering a clear advantage in automation projects.
Product Information
Feature: Advanced motor control options include V/Hz and vector control, enabling precise speed and torque management for motors. Business impact: tighter process control, reduced torque ripple, and smoother operation. Application: conveyors, pumps, and fans requiring consistent load handling improves throughput and lowers wear. Feature: Built-in protection and diagnostics provide real-time fault detection and protection against overcurrent, overtemperature, and faults. Business impact: significantly reduced unplanned downtime and longer equipment life. Application: harsh factory floors where uptime is critical. Feature: Energy efficiency and soft-start capabilities minimize inrush and energy waste at startup. Business impact: lower utility costs and extended motor life. Application: multi-shift manufacturing lines with frequent on/off cycling. Feature: Easy commissioning and PLC fieldbus integration simplify installation and maintenance. Business impact: faster project ramp-up, easier upgrades, and consistent control across plants. Application: integration with common automation networks and industrial controllers. Feature: Compact form factor with modular options supports retrofits and future expansion. Business impact: lower enclosure costs, flexible scalability, and reduced total cost of ownership. Application: retrofits in aging lines and modular plants, where space is at a premium.
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FAQs
The ABB ACS880 drive supports common industrial mounting and wiring practices suitable for panel and open-frame installations. It offers standard three‑phase input connections and multiple fieldbus interfaces for PLC integration. When planning installation, verify supply voltage range, motor compatibility with the drive, and use shielded cables for control signals to minimize EMI. Pre-configuration options can expedite commissioning in new lines.
Key features include advanced motor control modes such as V/Hz and vector control, which provide precise speed and torque. Built‑in protection limits overload and overheating, while soft-start reduces inrush. Energy efficiency is enhanced through optimized torque delivery and reduced mechanical stress, benefiting conveyors, pumps, and fans with frequent starts and stops.
Yes, the ACS880 platform is well-suited for high-inertia loads due to its flexible control strategies and ramping options. For conveyors and pumps, you can tailor acceleration and deceleration profiles to minimize mechanical stress, improve process stability, and reduce peak current. Always verify motor nameplate compatibility and set appropriate protection and fault thresholds.
The ABB ACS880 family typically includes CE marking for European safety and EMC requirements. It is designed with safety features aligned to industry standards and configurable protection suitable for SIL-rated environments. When purchasing, confirm any region-specific certifications or enclosure ratings needed for your facility and application.
The ACS880 drive offers built-in diagnostics and fault reporting that help predict maintenance needs and minimize downtime. By improving energy efficiency and extending motor life through controlled starts, the solution reduces energy costs and wear. Long-term ROI comes from lower maintenance frequency, reduced spare parts usage, and fewer unplanned outages.