ABB DSM servo motor 3AXD50001111342 - 5 Pole-Pair Design

Part Number: 3AXD50001111342
Manufacturer
ABB
Part number
3AXD50001111342

Quick Summary

The ABB DSM servo motor is a precision LV AC servo motor designed for automated manufacturing and packaging lines. Engineers often grapple with cogging torque, integration friction, and unexpected downtime when pairing motors with drives. This product supports CE marking and is compatible with standard safety and EMC standards, with optional IP-rated housings and SIL-ready interfaces through the drive ecosystem. With configurable encoder types, brake options, and oil seal variants, it reduces commissioning time and improves machine reliability. In practice, the DSM motor delivers consistent torque at 1 kW, compact 5-pole-pair design, and dependable performance when paired with ABB E530 servo drive, delivering tangible efficiency and productivity gains.

Product Information

Extended Description

3AXD50001111342 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 accuracy for high-speed applications. This translates into improved cycle times on packaging lines and reduced wear on mechanical transmissions, enabling more reliable automation across conveyors and robotic cells. With a 1 kW power rating at 220 V, the motor provides steady torque for constant velocity and precise acceleration, boosting energy efficiency and reducing waste in repetitive manufacturing processes. The DSM servo motor is purpose-built to integrate with the E530 servo drive, simplifying commissioning, tuning, and maintenance while reducing total cost of ownership through fewer external components. Optional brake, oil seal, and encoder configurations offer flexible protection and control in demanding environments, supporting longer service intervals and improved uptime. The compact, robust design supports easy cabinet mounting and retrofit projects, delivering strong ROI in space-constrained automation cells and line-side assemblies.

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FAQs

Install the motor on a suitable rigid base, connect the 220 V supply and the encoder interface per the E530 wiring diagram, and mount the motor securely. Configure the E530 parameters for 1 kW power, 4.77 N·m torque, and 5 pole-pair topology. Verify brake/encoder/oil seal options match the application and perform a controlled ramp test to confirm smooth motion and alignment with the load.
The DSM servo motor provides 1 kW nominal power, 4.77 N·m torque, and a 220 V supply, with a 5 pole-pair design to reduce cogging torque. It is intended for use with ABB E530 servo drive, and supports multiple encoder types, along with optional brake and oil seal configurations for versatile automation needs.
Yes. The 1 kW, 4.77 N·m, 220 V DSM servo motor, combined with the E530 drive, delivers smooth, precise motion suitable for packaging and conveyor applications. The 5 pole-pair design minimizes cogging, while encoder and brake options support reliable start/stop performance, reducing jams and rework in high-throughput environments.
The DSM servo motor is CE-marked for European compliance and is designed to integrate with EMC and safety standards through the drive ecosystem. Depending on configuration, IP-rated housings may be available for protection against dust and moisture, and SIL-ready interfaces can be supported via compatible drives and safety circuits.
Investing in the DSM servo motor with E530 drive typically yields faster commissioning, reduced downtime, and improved reliability due to smoother motion and configurable protection (brake, oil seal, encoder options). The compact design lowers cabinet space, enabling denser installations and longer service intervals, which collectively shorten payback periods on automation projects.