ABB 3AXD50000185290 ACS880 Drive - ACS880-07CLC
Part Number: 3AXD50000185290
Quick Summary
ABB 3AXD50000185290 is an ACS880 variable frequency drive that optimizes motor control for industrial automation and heavy-load applications. Many engineers struggle with startup surges, energy waste, and tuning delays that disrupt uptime. This drive is designed to meet industry-standard safety and compliance expectations, with CE-compliant design and robust protection features that align with the needs of modern automation environments. By delivering precise speed control and scalable safety interfaces, it enables reliable performance, reduced downtime, and easier integration with existing control architectures. The result is improved process efficiency, lower total cost of ownership, and a clear path to scalable automation for conveyors, pumps, and presses.
Product Information
Feature: High-current ACS880 drive capability with precise velocity loops. Business Impact: Reduces motor wear, improves process stability, and lowers energy waste in high-load applications. Application: Heavy-load conveyors and metalforming lines benefit from smooth startups and consistent torque. Feature: Safe start/stop, fault handling, and protective interlocks. Business Impact: Minimizes unplanned downtime and extends component life, enhancing plant reliability. Application: Pumps and fans where uninterrupted operation is critical. Feature: Fieldbus and I/O scalability with library of control interfaces. Business Impact: Easier integration with existing PLCs and control systems, reducing commissioning time and software risk. Application: Multi-axis packaging lines and material handling systems. Feature: Energy optimization algorithms and regenerative braking options. Business Impact: Lower energy consumption and reduced utility peaks, improving operating margins. Application: High-speed conveyors and continuous process lines. Feature: Robust enclosure protection and modular safety features. Business Impact: Simplified maintenance, safer operation, and compliant installation. Application: Harsh manufacturing environments with frequent audits. Feature: Quick setup and diagnostics with intuitive parameterization. Business Impact: Accelerates startup, reduces technician time, and supports proactive maintenance planning. Application: General purpose ABB drive installations across automation workflows. Industry context: This drive supports long-term reliability, predictable performance, and faster time-to-value for industrial motor control projects.
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FAQs
Begin by verifying supply voltage matches the motor rating and the ACS880 model. Use the Quick Setup guide to configure motor parameters, enable proper protection settings, and connect standard fieldbus interfaces. Verify wiring with the braking resistor and fuse sizing per the installation manual, then perform a controlled ramp test to confirm torque and speed accuracy before full-load operation.
Key specs include current rating and torque capability, acceleration/deceleration rates, and feedback method (sensorless or resolver-based). Evaluate harmonics, drive efficiency, and regenerative braking behavior. For conveyors and pumps, ensure the drive supports smooth start/stop, reliable torque delivery, and fault-detection thresholds aligned with your process requirements.
This drive excels in high-load, continuous-operation scenarios such as material handling conveyors, pump trains, and metalforming lines. Its robust torque control, scalable I/O, and fieldbus integration support streamlined control across multi-axis machinery, enabling synchronized startup sequences, reduced energy spikes, and easier maintenance across plant-wide automation schemes.
ABB ACS880 drives typically support CE marking and comply with relevant safety and electromagnetic compatibility standards. Design and installation should follow the device’s safety interfaces and enclosure recommendations to maintain compliance. If you operate in regulated sectors, confirm additional regional certifications with your ABB representative or system integrator.
ROI is driven by reduced energy consumption, lower maintenance needs due to protective features, and improved uptime from reliable fault detection. The drive’s diagnostics simplify preventive maintenance, while its compatibility with existing control architectures minimizes commissioning costs. In practice, you should expect faster time-to-value and a clear reduction in unplanned downtime in continuous-process environments.