ABB 3AXD50001123222 DSM Servo Motor - 4 kW, 5-pole design
Part Number: 3AXD50001123222
Quick Summary
ABB DSM servo motor is a high-performance LV AC servo solution for precision automation. Designed for use with ABB's E530 servo drive, it helps engineers deliver smooth motion with minimal cogging in demanding applications. In practice, manufacturers look for CE compliance, IP-rated housings, and SIL-capable safety interfaces when configured with compatible drives. By combining a 4 kW rating at 380 V with a compact 5-pole design, the DSM motor offers flexible options such as brakes, oil seals, and encoder variants, enabling reduced downtime and easier integration. This translates to improved total cost of ownership for robot cells and packaging lines.
Product Information
Extended Description
3AXD50001123222 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 → Business Impact → Application: The DSM servo motor delivers 4 kW of continuous power at 380 V with a 12.6 Nm nominal torque, while its 5-pole-pair design minimizes cogging torque. This directly improves motion smoothness and positional accuracy in precision assemblies, enabling tight-tolerance automation on CNC and robotics stations. Application: use in high-precision pick-and-place, robotic arm articulation, and spindle-like motion control where consistent torque is critical for throughput and quality. Feature → Business Impact → Application: Brake, oil seal, and encoder-type options provide flexible protection and feedback paths, reducing machine downtime and extending service intervals. Application: ideal for industrial environments with exposure to contaminants or moderate oil exposure, such as packaging lines or automated assembly cells. Feature → Business Impact → Application: Seamless coupling with the E530 servo drive ensures streamlined setup, predictable performance, and simplified diagnostics. Application: supports rapid commissioning, easier field service, and consistent control across multiple axes in complex automation networks. Feature → Business Impact → Application: Compact, space-efficient construction lowers cabinet footprint and facilitates retrofits in retrofit projects or tight machine layouts. Application: beneficial for existing lines upgrading to servo-driven control without major mechanical redesigns.
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FAQs
Install the motor with the E530 drive by following ABB’s motor-to-drive wiring diagram, connect encoder feedback, and configure the motor parameters (polarity, torque constant, and velocity limits) in the E530. Use proper brake and encoder options if required, secure a clean power supply, and verify alignment and coupling to minimize backlash and ensure repeatable positioning.
The motor is a 4 kW LV AC servo motor rated at 380 V with a nominal torque of 12.6 Nm. It uses a 5-pole-pair design to reduce cogging torque, delivering smooth, precise motion suitable for high-precision automation and robotics applications.
Yes. The 5-pole design minimizes cogging for smoother trajectories, while encoder options and brake/ seal configurations provide the feedback, protection, and control needed for tight-tolerance packaging and robotic tasks. Its compatibility with the E530 drive supports coordinated multi-axis motion and reliable throughput.
Common expectations include CE conformity for European use, and IP-rated enclosures depending on enclosure design and installation. SIL-capable safety interfaces may be available when paired with a suitable drive configuration. Always verify the exact certification set with the final configured options from ABB.
The motor’s options (brake, oil seal, encoder variants) reduce environmental risk and downtime, while the streamlined drive interface simplifies commissioning and diagnostics. Over time this can lead to lower maintenance costs, higher uptime, and improved production throughput due to more predictable, precise motion control.