ABB 3ABD00039818-D Motors & Drives - ACS530-01-246A-4
Part Number: 3ABD00039818-D
Quick Summary
ABB 3ABD00039818-D is a high-performance drive module for 132 kW motor control in industrial automation. Many projects struggle with complex commissioning, integration with legacy controls, and keeping downtime to a minimum. Typical certifications and protections in this class include CE marking for EU compliance, IP-rated enclosures for harsh environments, and SIL-capable safety integration for critical processes. Used with ABB control systems, it delivers precise speed control, energy efficiency, reliable motor protection, and rapid deployment across conveyors, pumps, fans, and machine tools. This results in lower operating costs, faster project rollout, and a clearer path to scalable automation.
Product Information
Extended Description
3ABD00039818-D ABB: 85044099
Feature 1: High-performance ACS530 architecture enables precise vector control and dynamic torque response. Business impact: tighter motor timing reduces energy waste and improves process stability. Application: conveyors, mixers, and machine tools where accurate speed and torque matter. Feature 2: 132 kW rated power with input current of 246A supports large motors with robust transient handling. Business impact: higher uptime and reduced derating, enabling longer run cycles and lower maintenance frequency. Application: heavy-duty pumps and fans in demanding environments. Feature 3: Built-in protection and diagnostics reduce unscheduled downtime. Business impact: faster fault isolation, predictive maintenance, and extended asset life. Application: water treatment, packaging lines, and metalworking. Feature 4: Plug-and-play compatibility with ABB control ecosystems and standard mounting options. Business impact: faster commissioning, reduced integration costs, and easier spare-part planning. Application: retrofits and new line installations. Feature 5: Energy efficiency features and motor control optimization align with sustainability goals. Business impact: measurable energy savings and lower total cost of ownership. Application: continuous process industries and high-cycle drives. Feature 6: Compact footprint and scalable configuration support. Business impact: easier cabinet design, reduced wiring complexity, and future-proof expansion. Application: multi-axis automation cells and integrated line control.
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FAQs
The drive is designed to integrate with ABB control ecosystems and standard panel architectures. It supports common fieldbus protocols, enables straightforward motor matching through its 132 kW rating and 246 A input, and offers configurable parameters for voltage, ramp rates, and protection settings. Retrofit projects benefit from modular mounting and familiar ABB software for commissioning and testing.
Expect precise torque delivery and smooth speed ramping, even under load fluctuations typical of conveyors. The 132 kW rating supports high-torque starts, while advanced control algorithms minimize energy spikes. The result is improved belt tension management, reduced belt wear, and longer conveyor life with lower maintenance requirements.
Yes, the ACS530-01-246A-4 is designed for rugged operation. It supports robust protection features and, with appropriate enclosure choices, can handle dust, moisture, and varying temperatures. Always verify the destination environment and select the correct IP-rated enclosure and cooling method to maintain performance and reliability.
Typical certifications for this class include CE marking for EU compliance and safety integration for SIL-rated architectures. Depending on region and configuration, UL or other national safety certifications may be available. Always confirm exact certifications with your ABB representative and the datasheet for your specific configuration.
The drive reduces downtime through improved diagnostics and protective features, and lowers energy costs via efficient motor control. ROI improves with extended motor life, fewer unscheduled outages, and faster commissioning. A well-planned maintenance strategy, leveraging remote monitoring and spare-part optimization, further enhances total cost of ownership.