ABB 3AXD50000312429 ACS880 Drive - 1000kW
Part Number: 3AXD50000312429
Quick Summary
3AXD50000312429 is an ABB ACS880 drive module that precisely controls high-power motors in manufacturing environments. Engineers often face inefficiency, unexpected downtime, and integration friction when upgrading legacy control systems. This drive typically aligns with CE conformity and UL/CSA safety listings while respecting IEC 61800-5-1 safety standards, helping you meet regulatory requirements. By leveraging integrated diagnostics and ABB ecosystem compatibility, you can streamline installation, reduce total cost of ownership, and improve energy efficiency across your motor-control stack.
Product Information
Feature: High-power rating up to 1000 kW with 1080 A input current → Business Impact: Enables precise control of large motors, improving process stability and energy efficiency in continuous production lines. Application: Heavy machinery, pumps, and industrial fans requiring robust torque and reliable performance. Feature: Integrated safety and control logic aligned with IEC 61800-5-1 → Business Impact: Reduces risk with validated safety features and easier compliance reporting. Application: Plants with strict safety protocols and audited maintenance regimes. Feature: Seamless compatibility within the ACS880 family → Business Impact: Accelerates commissioning, minimizes integration work, and lowers spare-parts complexity. Application: Retrofitting brownfield sites or expanding existing ABB-controlled automation architectures. Feature: Advanced diagnostics and remote monitoring → Business Impact: Proactive maintenance and reduced unplanned downtime, translating to lower maintenance costs. Application: Continuous-process environments where uptime is critical. Feature: Intuitive parameterization and installer-friendly commissioning → Business Impact: Shorter startup times and fewer field adjustments, boosting project ROI. Application: OEMs and integrators delivering turnkey drive solutions to customers. These capabilities collectively support long-term reliability, regulatory compliance, and cost-efficient operation in demanding industrial settings.
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FAQs
To install the 3AXD50000312429 ACS880 Drive, verify motor compatibility for a 1000 kW load and 1080 A input, select the correct voltage and protection settings, and follow ABB’s commissioning guide. Ensure proper electrical isolation, cable routing, and grounding. Use the drive’s parameter library to align motor characteristics with your application, minimizing start-up torque spikes and ensuring smooth ramping.
Key performance specs include a 1000 kW rating and 1080 A input current, with vector or sensorless control options for precise torque and speed regulation. Consider motor type, required acceleration/deceleration times, overload capability, and cooling method. The ACS880 family provides robust protection, fault logging, and braking options to maintain stable operation under dynamic load changes.
Yes, the drive is designed for demanding industrial environments typical of steel and cement processes. Ensure proper enclosure protection, environmental conditioning, and cable protection to match site conditions. Leverage built-in fault diagnostics and remote monitoring to maintain uptime, and plan for periodic firmware updates to preserve performance and energy efficiency in harsh operating conditions.
The ACS880-based drives commonly pursue CE conformity and UL/CSA safety listings, with adherence to IEC 61800-5-1 safety standards. These certifications support regulatory compliance, interoperability with global control systems, and risk reduction for safety-critical applications. Always verify the specific shipment and regional requirements with your ABB distributor or engineering team before deployment.
ROI benefits arise from energy efficiency gains, reduced motor wear due to smoother torque control, and lower downtime thanks to advanced diagnostics. With a 1000 kW motor, even modest improvements in drive efficiency and maintenance planning can translate to significant annual cost reductions. Implement predictive maintenance and proper spare-parts planning to maximize payback and lifecycle value.