ABB 3AXD50001111182 LV AC Servo Motor - 5 Pole-Pair Design

Part Number: 3AXD50001111182
Manufacturer
ABB
Part number
3AXD50001111182

Quick Summary

ABB 3AXD50001111182 LV AC servo motor delivers precise positioning for high-speed automation in packaging, robotics, and CNC equipment. Users often face integration delays and torque nonlinearity when upgrading to servo-driven systems, leading to lost productivity and costly downtime. CE-compliant design with safe electrical interfaces, and optional brake, oil seal, and encoder configurations support robust, compliant installations; the 5-pole-pair construction reduces cogging for smoother motion. When paired with the E530 drive, this motor delivers predictable performance, simplified commissioning, and lower total cost of ownership. This combination strengthens motion control capabilities in industrial automation, robotics integration, and manufacturing lines, enabling better uptime and performance.

Product Information

Extended Description

3AXD50001111182 ABB: The DSM servo motor is a high performance servo motor. It is used together with the E530 servo drive. The DSM servo motor offers various options including: brake, oil seal, and encoder type, which provides flexible choices for customers. The 5 pole-pairs design makes it more compact in structure and effectively reduce the cogging torque.
Feature → Business Impact → Application: The DSM servo motor offers a 0.4 kW rated power with 220 V operation, delivering ample torque for compact automation tasks while staying energy efficient, reducing energy costs in continuous production lines. This translates to predictable torque curves and faster cycle times, especially in high-velocity packaging or pick-and-place operations, improving overall throughput. Feature → Business Impact → Application: A 5 pole-pair design minimizes cogging torque, delivering smoother velocity profiles and higher positional accuracy in CNC machining and robotics applications, which lowers reject rates and enhances component placement precision. Feature → Business Impact → Application: Optional brake, oil seal, and encoder type choices provide installation flexibility and longer service life in harsh environments, reducing maintenance windows and extending equipment lifecycle. Feature → Business Impact → Application: E530 drive compatibility streamlines integration, reduces commissioning time, and improves fault diagnosis with standardized parameter sets, which accelerates scalability across multiple production lines. Feature → Business Impact → Application: Compact motor geometry supports easier cabinet layout and cable routing, enabling faster retrofits and safer serviceability in retrofit projects and new line builds. Feature → Business Impact → Application: Industry-standard interfaces and configurable options help meet compliance requirements (safety, EMC), while enabling precise motor tuning for low-vibration operation in packaging, automation, and robotics.

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FAQs

The DSM servo motor is designed to pair with ABB's E530 servo drive, providing a straightforward commissioning path through shared parameter libraries and familiar wiring schemes. It supports common encoder options and optional brake or oil seal, enabling a clean integration into existing control architectures and simplifying compatibility checks during retrofit projects.
Key specs include 0.4 kW rated power, 1.27 N·m torque, 220 V operation, and a 5 pole-pair design. This combination yields robust torque at modest voltages, smooth torque ripple reduction, and fast dynamic response—ideal for high-speed positioning, pick-and-place, and servo-driven automation where repeatability matters.
Yes. The 5 pole-pair architecture minimizes cogging, improving positional accuracy and repeatability in packaging lines and robotic arms. Optional encoder types and brakes further tailor the motor to specific precision needs, while the E530 drive enhances closed-loop control for stable, repeatable motion under varying loads.
The motor is CE-compliant, supporting standard safety and EMC requirements crucial for European manufacturing. When deployed in safety-critical or SIL-rated environments, integration with appropriate safety circuitry and control logic is advised to meet system-level safety goals.
Benefits include reduced downtime due to smoother motion and fewer cogging-induced misloads, quicker commissioning with drive compatibility, and modular options that extend life (brake, oil seal, encoder types). Combined with the E530 drive, this translates to higher throughput, lower energy waste, and simplified service planning.