ABB 3AXD50001111229 Servo Motor - 5 pole-pairs
Part Number: 3AXD50001111229
Quick Summary
ABB 3AXD50001111229 servo motor provides precise LV AC motion control for automated manufacturing. Engineers often confront cogging torque, integration delays with new drives, and alignment challenges during upgrades. Typical certifications to look for in this class include CE safety compliance, IP-rated protection for challenging environments, and SIL-ready control to support safe, reliable operations. Paired with ABB's E530 drive, the motor's configurable options—brake, oil seal, and encoder types—support tailored, efficient, and maintenance-friendly automation, delivering improved uptime and throughput on packaging lines and robot cells.
Product Information
Extended Description
3AXD50001111229 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.
Five-pole-pair design reduces cogging torque, delivering smoother positioning and higher repeatability for robotic pick-and-place, CNC applications, and high-precision conveyors. This translates to improved throughput, tighter process control, and lower defect rates in high-volume manufacturing environments. The 0.4 kW, 220 V specification provides a compact, energy-efficient solution that scales across modular automation layouts, lowering total cost of ownership while maintaining strong performance in packaging lines and machine centers. Compatibility with the E530 servo drive means fast commissioning, straightforward integration, and seamless ABB ecosystem support, reducing engineering time and enabling rapid modernization of existing systems. Optional brake, oil seal, and encoder configurations enable customization for harsh environments, long-life operation, and precise feedback—minimizing maintenance cycles and costly unexpected downtime. The five-pole design also supports a smaller footprint, simplifying mounting and cabling in space-constrained automation cells, and improving overall machine density in automation projects.
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FAQs
This servo motor is designed to work with ABB drive ecosystems, notably the E530 servo drive, offering plug-and-play compatibility for streamlined commissioning. It operates at 220 V and integrates with common ABB cabling schemes, enabling straightforward wiring, safe start-up, and consistent control signals. Users should refer to the E530 documentation for exact wiring schemas and feedback device compatibility to ensure optimal performance in packaging, robotics, or CNC applications.
The motor is a 0.4 kW nominal power device with a nominal torque of 1.27 N·m, configured as a five-pole-pair machine to reduce cogging torque and improve smoothness. Maximum speeds depend on drive settings, load inertia, and wiring, but the 0.4 kW rating provides a compact yet capable solution for low- to mid-power automation tasks, including conveyors and precision positioning in robotics.
Yes. The combination of low-voltage operation, five-pole-pair design, and E530 drive compatibility makes it well-suited for precise motion in packaging lines, pick-and-place robotics, and related automation. The option set (brake, oil seal, encoder types) supports reliable operation in environments with vibration, dust, or require enhanced feedback fidelity, contributing to higher uptime and better process control.
While exact certifications must be verified on the product datasheet, ABB servo motors in this class typically emphasize CE safety compliance and IP-rated protection, with SIL-ready control where applicable for safety-related systems. Check the latest datasheet or contact ABB for the current certification scope and protection level to ensure compliance with your plant’s regulatory requirements.
The motor’s design emphasizes reliability and compatibility with ABB’s drive ecosystem, which reduces commissioning time and maintenance effort. Features such as optioned encoder types and brake/oil seal configurations support extended service intervals and fewer unexpected downtimes. In practice, this translates to lower maintenance costs, improved machine availability, and faster return on investment in automation modernization projects.