ABB 3AXD50001111380 LV AC servo motor - 5 pole-pair design
Part Number: 3AXD50001111380
Quick Summary
ABB LV AC servo motor DSM provides precise motion control for automated production lines. This motor is designed to pair with the E530 servo drive to deliver high performance in demanding automation tasks. In practice, engineers often wrestle with torque ripple, integration complexity, and tuning bottlenecks; the DSM motor offers brake, oil seal, and encoder options to tailor performance to your application. Typical certifications for this class include CE conformity and robust enclosure considerations, supporting safe operation in plant environments. By leveraging ABB’s ecosystem, you gain streamlined integration, predictable maintenance, and improved total cost of ownership through optimized control and reliability; secondary benefits include enhanced feedback options and compatibility with common ABB automation components.
Product Information
Extended Description
3AXD50001111380 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.
5 pole-pair design reduces cogging torque, delivering smoother motion and higher positioning accuracy in high-speed cycles; Business Impact: improved repeatability and shorter cycle times; Application: packaging lines and CNC-like tasks where exact axis control matters. The 1.5 kW rating at 220 V enables a compact, cost-efficient solution for single-axis integration or multi-axis configurations on standard 230 V supplies; Business Impact: lower upfront wiring and inverter requirements, easier panel layout; Application: automated assembly and robotics. Compatibility with the E530 servo drive means you can tune performance within a unified ABB control stack; Business Impact: faster commissioning, easier maintenance planning, and tighter control loops; Application: integrated production lines. Available options such as brake, oil seal, and encoder types provide flexible customization for safety, contamination control, and feedback accuracy; Business Impact: reduced downtime, extended motor life, and improved diagnostics; Application: heavy-duty or clean environments. The DSM motor’s compact structure and torque characteristics support high-throughput applications where space is at a premium; Business Impact: higher machine productivity with smaller footprint; Application: robotic pick-and-place and precise spindle-like tasks. Overall, this motor delivers measurable efficiency improvements and design simplification while aligning with typical ISO and CE workflows for compliant industrial automation.
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FAQs
Plan for a 220 V supply and a compact panel layout to leverage the motor’s 1.5 kW rating. Ensure encoder feedback compatibility if you select a non-standard encoder option and verify brake wiring if brake options are used. Use standard safety interlocks and configure safe torque off within the E530 controller for compliant, reliable operation.
Nominal power is 1.5 kW with a nominal torque of approximately 7.16 N·m. Speed will depend on the drive output and gearing, but the 5 pole-pair design helps minimize cogging and provides smoother ramping at higher speeds, improving positioning accuracy in high-speed cycles.
Yes. The DSM servo motor’s 5 pole-pair construction reduces cogging, enabling smooth, repeatable motion essential for robotics and packaging. When paired with the E530 drive, it supports precise trajectory control, fast response, and reliable performance, with optional brake and encoder configurations to match safety and feedback requirements.
Ensure CE conformity for European operations and verify that installation adheres to applicable ISO safety standards (for example ISO 13849-1) and local regulations. If environmental or hazardous area requirements apply, confirm enclosure IP ratings and any site-specific safety approvals with the supplier.
Maintenance centers on encoder health, brake service (if equipped), and periodic drive calibration. The motor’s design supports longer service intervals and predictable OEE improvements due to reduced cogging and smoother motion, translating to higher throughput, lower scrap, and faster payback in automation projects.