ABB 3AXD50001111410 Servo Motor - 2 kW, 5-pole
Part Number: 3AXD50001111410
Quick Summary
The ABB 3AXD50001111410 servo motor provides precise position control for automated production lines. Engineers often grapple with torque ripple, startup torque challenges, and integration headaches when upgrading legacy drives. This class of LV AC servo motors typically aligns with CE safety standards, IP-rated enclosures, and SIL-compatible safety integration, helping you meet global compliance. With a 2 kW power rating, 9.55 Nm torque, and 220 V operation in a compact 5-pole design, it enables tighter control, reduced cogging, and easier integration with the ABB E530 drive. This translates to higher throughput, lower downtime, and scalable performance across packaging, robotics, and automation lines.
Product Information
Extended Description
3AXD50001111410 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-pairs design reduces cogging torque, delivering smoother velocity profiles and higher positioning accuracy in high-speed lines, which directly improves production yield and reduces tuning time for complex motions. This translates to measurable efficiency gains and lower cycle times in applications like packaging and robotic pick-and-place. Brake, oil seal, and encoder options provide flexible protection and feedback tailored to harsh environments, enhancing reliability and enabling precise closed-loop control without swapping components. Compatibility with the E530 drive means easier commissioning, consistent control, and reduced integration risk across multiple machines on a line. The 220 V, 2 kW power rating delivers robust performance in a compact footprint, enabling tighter cabinet layouts and lower energy consumption. In practice, this combination supports longer MTBF, simplified maintenance planning, and predictable performance across varying loads and speeds.
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FAQs
To install the 3AXD50001111410 with an E530 drive, verify enclosure and mounting compatibility, ensure 220 V supply, and configure encoder feedback options suitable for the application. If brake or oil seal options are required, select the appropriate kit before commissioning. Confirm cabling follows ABB guidelines and that drive parameters are tuned for the motor’s 2 kW, 9.55 Nm specifications to achieve optimal performance.
The DSM servo motor offers a nominal power of 2 kW and torque of 9.55 Nm at 220 V. The 5-pole-pairs topology reduces cogging torque for smoother motion, enabling higher precision in rapid, repeatable cycles. These specs support accurate positioning and fast response in applications like packaging lines and robotic cells, while maintaining efficient energy use and predictable control under varying load.
Yes. The 2 kW, 9.55 Nm DSM servo motor is well-suited for packaging, winding, and robotics due to its precise motion control, brake and encoder options, and compatibility with ABB’s E530 drive. Its compact 5-pole design provides smooth operation at higher speeds, making it a solid choice for high-throughput lines that demand reliability and repeatable accuracy.
Plan for CE safety compliance to meet European market requirements, evaluate IP ratings appropriate for the operating environment, and consider SIL-compatible safety integration for safety-critical systems. While the motor supports features aligned with these standards, confirm regional certifications with the supplier and verify enclosure protections and feedback devices meet your plant’s safety and regulatory needs.
Upgrading to the 3AXD50001111410 with the E530 drive can reduce cycle times through smoother motion and higher positioning accuracy, which boosts throughput. The encoder and brake options enhance reliability in demanding lines, lowering downtime and maintenance costs. Energy efficiency benefits from optimized motor load, and the compact footprint saves cabinet space, contributing to a lower total cost of ownership over the system lifecycle.