ABB 3ABD00015776-D ACS510Drive - 195A 380V IP54
Part Number: 3ABD00015776-D
Quick Summary
ABB 3ABD00015776-D ACS510Drive is a robust variable-speed drive for precise motor control in industrial automation. Operators often grapple with protecting drives from dust and moisture while maintaining uptime on harsh lines. The ACS510Drive combines a compact footprint with an IP54 enclosure and 195A, 380V capability, delivering reliable performance in challenging environments. It supports smooth acceleration, tight speed control, and predictable torque, helping you meet production targets. This model integrates easily into standard automation architectures, enabling scalable control across multiple machines while reducing wiring complexity and commissioning time.
Product Information
Extended Description
3ABD00015776-D ABB: ACS510-01-195A-4+B055,195A,380V,IP54
IP54 protection reduces dust ingress and moisture exposure, minimizing unplanned downtime in dusty packaging lines and rugged installations. This translates to lower maintenance costs and higher line availability, enabling you to keep critical production running without frequent service interrupts. The 195A current rating at 380V delivers strong starting torque and stable velocity profiles, allowing motor loads to start smoothly and maintain performance under varying process demands. Installation and compatibility are streamlined by a compact footprint and familiar control interfaces, enabling faster commissioning and easier integration with existing controls across machines. Energy efficiency is a core benefit, as precise speed control reduces motor wear, lowers energy consumption, and extends asset life—delivering measurable return on investment over the automation lifecycle. Built-in protective features and robust enclosure design contribute to reliability, supporting predictable operation in demanding environments and reducing total cost of ownership on long-running production lines. For engineers, these traits translate into fewer spare parts, less downtime, and greater uptime for high-demand applications like conveyors, pumps, and fans within autonomous industrial systems.
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FAQs
This drive is designed for three-phase 380V systems with a 195A rating, supporting standard industrial mounting on typical control panels or machine frames. Consider space for heat dissipation, access for wiring, and proper cable routing to minimize EMI. Verify that input power matches the 380V supply and that motor connections align with your motor's terminal block configuration. Ensure IP54-rated enclosure is sealed during installation and that wiring is secured to prevent vibration-induced wear.
The 195A current rating at 380V enables robust starting torque and consistent speed regulation for demanding loads. The drive supports smooth ramps, accurate speed control, and fault protection such as overcurrent and short-circuit detection. This ensures motor protection under peak loads, reduces motor wear, and improves process stability for conveyors, pumps, and fans in industrial automation.
Yes. The ACS510Drive is well-suited for conveyor drives and pump applications in harsh environments due to its IP54 enclosure and reliable 3-phase control. Its torque-on-demand capability and smooth acceleration help minimize belt slip, reduce mechanical stress, and keep packaging lines or process equipment moving consistently, even with fluctuating loads or start-stop cycles.
The product features an IP54-rated enclosure, offering protection against dust and water splash. This rating supports operation in environments with dust and moisture exposure. When selecting for regulatory compliance, verify site-specific standards and any regional certifications applicable to your industry, as additional marks beyond IP54 may be required depending on the market.
Adopting this drive can reduce downtime due to dust and moisture exposure thanks to IP54 protection and robust fault handling. Energy savings from precise speed control translate to lower electricity costs over time, while smoother motor torque reduces wear on mechanical components. The overall effect is improved uptime, longer motor life, and a favorable return on investment through reduced maintenance and energy expenses.