ABB DSM13M-1KW0-202-S2BA0 Servo Motor - 5 Pole-Pair Design
Part Number: 3AXD50000915750
Quick Summary
ABB DSM13M-1KW0-202-S2BA0 servo motor enables precise motion control in automated machinery. Engineers often struggle with tuning, cogging torque, and drive integration delays. Certification data isn’t specified here, but CE safety compliance and IP-rated configurations are typical targets when configured with approved ABB equipment, while SIL readiness depends on system integration. With encoder options, a brake option, and oil seal variants, the DSM13M-1KW0-202-S2BA0 delivers flexible deployment across robotics, packaging, and CNC applications. Together with ABB's E530 drive ecosystem, this motor supports reliable performance, reduced downtime, and faster ROI for industrial automation projects.
Product Information
Extended Description
3AXD50000915750 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: 1 kW LV AC servo motor at 220 V with a 5 pole-pair design. Business Impact: Increases torque density and dynamic response while reducing cogging torque for smoother motion. Application: Ideal for packaging lines, CNC centers, and material-handling automation requiring precise positioning. The design enables a compact footprint without sacrificing bandwidth, supporting tight automation cells and easier drive integration. Feature: Optional brake, oil seal, and encoder types. Business Impact: Adds safety, environmental protection, and feedback flexibility to meet harsh production environments and varied control schemes. Application: Robotic pick-and-place, conveyor systems, and reels handling where reliability and control fidelity matter. Feature: E530 servo drive compatibility. Business Impact: Simplifies commissioning, accelerates parameter transfer, and ensures consistent performance across ABB components. Application: Systems that leverage ABB’s servo ecosystem for faster deployment and reduced spare-part complexity. Feature: High-precision performance with reduced ripple. Business Impact: Delivers repeatable positioning and smooth torque curves, enabling tighter tolerances and higher throughput. Application: Robotics, precision assembly, and automated measurement tasks in manufacturing lines. Feature: Installation and maintenance advantages. Business Impact: 220 V operation with optional brakes and protective seals supports standard plant power and gear-up safety, while offering protection against ingress in challenging environments. Application: Food, beverage, packaging, and general automation where uptime matters.
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FAQs
Plan for proper electrical supply at 220 V, confirm encoder feedback type, and ensure compatible brake/oil seal options if required. Pair with E530 drive settings for torque, velocity, and acceleration profiles, and verify cabling integrity and shielded wiring to minimize EMI for stable closed-loop control.
A 5 pole-pair configuration reduces cogging and smooths torque ripple, enabling finer positional accuracy and steadier speed control. This translates to better repeatability on high-precision tasks such as CNC operations and high-speed packaging lines.
Yes. The 1 kW, 220 V specification aligns with common LV AC servo deployments in packaging, robotics, and automation. When paired with the E530 drive and appropriate encoders, it delivers robust torque, rapid response, and reliable long-term operation in demanding environments.
Multiple encoder types are available, enabling higher resolution feedback and improved control accuracy. Selecting a higher-resolution encoder enhances position repeatability and trajectory tracking, particularly in precision robotics and automated assembly tasks.
Expect reduced downtime due to higher reliability and smoother motion, faster commissioning with a unified ABB drive ecosystem, and improved throughput from precise positioning. While ROI varies by application, higher efficiency and lower scrap rates typically deliver measurable savings over the motor’s life cycle.