ABB 3AXD50000915651 DSM Servo Motor - 5 Pole-Pair Design
Part Number: 3AXD50000915651
Quick Summary
ABB DSM servo motor provides precise torque control for automated machinery. When integrating with control systems, you can tailor options such as brakes, oil seals, and encoder types to simplify installation and reduce commissioning time. In practice, configurations commonly address CE compliance and enclosure protection via IP-rated housing to meet plant safety and environmental standards. This combination translates to lower downtime and faster ramp-up, delivering measurable business value across packaging lines, robotics, and CNC applications. With compatibility options and compact design, these motors help manufacturers optimize performance and total cost of ownership.
Product Information
Extended Description
3AXD50000915651 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.
The 5 pole-pair design reduces cogging torque, delivering smoother motion and higher positioning repeatability. This directly lowers tuning effort and cycle times, enhancing throughput in high-precision packaging and CNC tasks. In practice, the result is tighter process control and less customer rework on critical axes. The motor’s seamless compatibility with the E530 drive enables a straightforward control loop, reducing integration risk and commissioning time. This means faster project startups and fewer retrofits in automated lines, particularly for standard automation architectures and synchronized multi-axis systems. Flexible options including brake, oil seal, and encoder types provide environmental resilience and safety controls tailored to each application. These options shorten maintenance intervals and extend service life in challenging production environments, such as washdown or oil-rich settings. In real-world terms, customers experience fewer unplanned stoppages and more predictable performance. The LV AC, 220 V configuration keeps wiring and power distribution simple while enabling compact installations in space-constrained machines. This translates to smaller panel footprints and reduced installation costs on retrofits and new lines. The compact, five-pole design also contributes to reduced machine footprint and improved dynamic response, supporting tighter tolerances in robotics and precision assembly. Overall, configuration flexibility and robust design drive lower total cost of ownership and sustained machine availability across varied manufacturing environments.
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FAQs
Begin with the motor and drive wiring per the E530 integration guide, ensuring proper braking and encoder configuration chosen for the application. Use the 220 V supply and confirm tightening torques on the mounting flange. Reference the encoder type option during setup to ensure optimal feedback resolution and accurate positioning in your automation cell.
The motor provides 0.75 kW nominal power and 2.39 N·m nominal torque, with a 5 pole-pair design to reduce cogging and improve smoothness. It operates at 220 V and is designed to work with the E530 drive, enabling precise speed and torque control essential for high-speed packaging lines.
Yes. The DSM motor supports multiple encoder types, enabling feedback adaptability for precise contouring and repeatability required in CNC and robotic applications. The 5 pole-pair design further enhances smooth motion, reducing positioning errors and improving cycle consistency in complex trajectories.
Depending on configuration, motor installs often align with CE compliance and enclosure protections (IP-rated options) to meet safety and environmental requirements. When selecting brakes, oil seals, or encoder types, verify the protection level and regulatory expectations for your facility and process environment.
Benefits come from smoother motion, reduced cogging, and faster commissioning with E530 compatibility, which lowers downtime and commissioning costs. Encoder flexibility and protective options minimize maintenance events, extend service intervals, and improve uptime, delivering tangible savings on energy use, scrap reduction, and overall equipment effectiveness (OEE).