ABB 3ABD00050306-D ACS530-04-820A-4 - PN:450kW, IN:820A
Part Number: 3ABD00050306-D
Quick Summary
ACS530-04-820A-4 is a high-performance variable frequency drive designed for precise motor control in industrial automation and motion applications. Engineers often struggle with balancing peak torque, energy efficiency, and downtime; this drive helps optimize performance while minimizing energy waste and thermal stress. This family typically adheres to CE safety standards and EN/IEC performance criteria, with IP ratings and SIL/PL certifications varying by configuration—please check the exact datasheet for confirmation. By integrating the ACS530-04-820A-4 into existing systems, you can streamline commissioning, simplify maintenance, and protect your investment. This approach supports faster ROI and easier vendor support throughout the asset lifecycle.
Product Information
Extended Description
3ABD00050306-D ABB: ACS530-04-820A-4
Feature: The ACS530-04-820A-4 delivers a 450 kW power rating and can handle up to 820 A input current. Business impact: Enables direct drive of large motors with smooth acceleration, reduced torque ripple, and minimized mechanical wear. Application: Suitable for heavy-duty conveyors, large pumps, and high‑duty fans across metal, mining, and process facilities.\n\nFeature: Built-in advanced motor control algorithms, including sensorless vector control and torque optimization. Business impact: Improved speed regulation, faster ramp rates, and lower energy consumption without sacrificing reliability. Application: Precision packaging lines, material handling systems, and process control loops requiring tight motor performance.\n\nFeature: Energy-management capabilities and efficient braking/drive operation. Business impact: Lower electricity costs, reduced heat generation, and extended motor life with coordinated control strategies. Application: Systems with frequent starts/stops and varying load like pumps and fans in water treatment and HVAC.\n\nFeature: Installation and compatibility within ABB's drive ecosystem. Business impact: Faster commissioning, easier maintenance, and seamless integration with ABB motors and sensors. Application: Retrofitting existing plants or new automation projects seeking a unified control architecture.\n\nFeature: Reliability and diagnostics. Business impact: Proactive fault detection, remote monitoring, and reduced unscheduled downtime. Application: Critical manufacturing lines where continuous operation and safety compliance are essential.
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FAQs
Yes, the ACS530-04-820A-4 is designed to integrate within ABB’s drive ecosystem, supporting common communication interfaces and mounting footprints. When retrofitting, verify enclosure size, motor rating, and control wiring to ensure seamless integration with existing ABB components and to maintain performance targets.
The drive is optimized for large industrial motors used in pumps, conveyors, and heavy-duty fans. Its sensorless vector control and torque optimization support precise speed regulation and smooth starts, making it ideal for high-load applications in mining, metals, and processing industries where reliability and control are critical.
The provided data does not list specific certifications. Typical ABB drives align with CE safety standards and EN/IEC performance criteria, with IP ratings and SIL/PL certifications depending on configuration. Always consult the official datasheet or supplier specification for exact certification details before installation.
By reducing motor wear through smooth torque control and enabling predictive diagnostics, the ACS530-04-820A-4 lowers maintenance frequency and unplanned downtime. Energy-efficient operation also reduces operating costs. Together these factors shorten payback periods and improve asset reliability across production lines.
Plan for proper sizing, wiring, and configuration to match motor ratings and control topology. Leverage ABB’s documentation and support for seamless parameterization, network integration, and diagnostics. A typical approach includes verifying firmware compatibility, setting up communication protocols, and aligning with existing ABB controllers for unified supervision.