ABB 3AXD50001101428 DSM Servo Motor - 5 Pole-pair Design
Part Number: 3AXD50001101428
Quick Summary
ABB DSM servo motor delivers precise torque and acceleration control for automation systems. This compact LV AC servo solution is ideal for motion control on packaging lines, CNC machines, and automated assembly tasks. When selecting servo motors, engineers must balance drive compatibility, feedback options, and integration effort with existing controls. For safety and reliability, verify CE compliance, suitable IP rating for your environment, and SIL considerations where applicable. With E530 drive compatibility and encoder options, this motor supports streamlined commissioning, scalable performance, and a lower total cost of ownership across diverse applications.
Product Information
Extended Description
3AXD50001101428 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:5 pole-pair design yields higher torque density and reduced cogging torque, enabling smoother motion at higher speeds. Benefit:Improved positioning accuracy and repeatability reduce scrap and cycle times in high-speed packaging and CNC tasks. Application:Ideal for compact automation cells where precision and efficiency matter. Long-tail keyword: cogging torque reduction. Feature:0.4 kW, 220 V LV AC servo motor offers efficient, scalable performance for mid-range automation equipment. Benefit:Lower energy consumption and simpler power infrastructure with reliable operation. Application:Conveyor systems, small milling or drilling setups, and pick-and-place stations. Long-tail keyword: LV AC servo motor. Feature:Brake option, oil seal, and encoder type options provide flexible protection and feedback solutions. Benefit:Enhanced safety with holding torque, extended life in dusty environments, and feedback versatility to suit various control schemes. Application:Robust packaging lines and material handling systems. Long-tail keyword: encoder options. Feature:Designed to work with E530 servo drive for seamless integration and optimized performance. Benefit:Faster commissioning, improved diagnostics, and consistent control across machines. Application:ABB automation ecosystems and retrofits. Long-tail keyword: E530 drive compatibility. Feature:Compact 5-pole design and reduced cogging torque enable space savings without sacrificing torque. Benefit:Smaller footprint and higher throughput in machine tools and robotics. Application:Small to mid-size automation cells. Long-tail keyword: 5-pole design.
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FAQs
Mount the motor on a compatible flange, connect the power leads to the drive at 220 V, and wire the encoder feedback per the E530 wiring guide. If the brake option is used, wire the brake coil separately and set the holding torque. Verify shaft alignment, perform a slow ramp test, and tune drive gains to minimize overshoot and ensure stable Closed-Loop control.
Expect precise positioning with consistent torque across a broad speed range. The 5-pole design reduces cogging torque, delivering smoother motion and repeatable cycles in packaging, pick-and-place, and small CNC tasks. With proper E530 tuning and encoder feedback, you gain reliable performance and energy-efficient operation in mid-range automation.
Yes. Its compact LV AC design, 0.4 kW power, 1.27 N·m torque, and 5-pole configuration suit packaging lines and CNC tasks. Encoder options and brake choices enhance holding and feedback accuracy, while E530 drive compatibility simplifies integration into ABB-driven automation stacks for reliable, repeatable performance.
Check CE marking for EU safety compliance and ensure the motor’s IP rating matches your environment’s dust and moisture exposure. If your application involves safety-critical functions, confirm SIL capabilities and related drive safety features. Always validate the machine risk assessment against the motor and drive configuration.
ROI comes from reduced downtime, improved cycle accuracy, and lower energy use with the 0.4 kW motor. Maintenance focuses on encoder wiring integrity, brake mechanism (if fitted), and seal condition in dusty environments. The encoder options and robust design help extend mean time between failures and overall system productivity.