ABB DSM Servo Motor 3AXD50000915491 - 0.4 kW
Part Number: 3AXD50000915491
Quick Summary
The ABB DSM servo motor is a high-performance LV AC servo solution designed for precise motion control in automation systems such as packaging, robotics, and CNC cells. Engineers often face tuning and cogging torque challenges when integrating servos with modern drives, leading to longer commissioning and variable performance. Key certifications and standards, including CE marking and industry safety guidelines (SIL-based configurations) alongside typical IP protection considerations, shape reliable selection and deployment. This motor’s flexible options—brake, oil seal, and encoder variants—paired with a compact 5-pole design, translate into faster installation, smoother operation, and lower total cost of ownership.
Product Information
Extended Description
3AXD50000915491 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 reduces cogging torque. Business Impact: smoother motion with tighter positioning, enabling higher throughput on high-speed packaging and robotic axes. Application: pick-and-place, spindle, and pick/pack lines where precision and repeatability matter. Feature: 0.4 kW nominal power at 220 V. Business Impact: easy integration into common industrial networks with direct drive compatibility, improving energy efficiency and control responsiveness. Application: small to mid-size axes in machine tools, conveyors, and automation cells. Feature: brake, oil seal, encoder type options. Business Impact: customizable stopping behavior, environmental protection, and feedback resolution for robust performance. Application: conveyors in harsh environments and precision assembly lines. Feature: compatibility with E530 servo drive. Business Impact: simplified commissioning with familiar ABB drive topology and streamlined parameter management. Application: integrated ABB motion systems for faster setup and reliable operation. Feature: compact design with reduced cogging and space efficiency. Business Impact: easier installation in constrained automation cells and improved serviceability. Application: retrofits and new line builds where space is at a premium.
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FAQs
Begin with mechanical mounting using standard NEMA/ISO patterns, then connect the motor to the E530 drive using the labeled motor and feedback cables. Configure parameter sets for 0.4 kW, 220 V operation, and 1.27 Nm torque. Use the brake and encoder options as required, and validate with a test run to confirm smooth ramping and positioning accuracy.
The 5-pole-pair design reduces cogging torque by distributing magnetic interactions more evenly during rotation. This results in smoother startup, steadier velocity profiles, and improved repeatability at low speeds—especially beneficial for high-precision pick-and-place and packaging applications.
Yes. With 0.4 kW power, 1.27 Nm torque, and 220 V operation, the motor suits compact packaging machines, conveyors, and light CNC axes. Its encoder and brake options allow precise control and safe stopping, while the E530 drive compatibility ensures reliable integration into existing ABB motion systems.
Typical servo motors of this class are designed with CE compliance in mind and support safety-integrated configurations (SIL) along with enclosure protection concepts relevant to industrial automation. When specifying, verify project-specific requirements for electrical safety, EMI/EMC, and environmental IP ratings to ensure full regulatory alignment.
The DSM servo motor reduces downtime through reliable operation and predictable torque delivery, with flexible encoder options for easy diagnostics. Maintenance is typically low-cost due to robust bearings and sealed configurations, while energy-efficient 0.4 kW operation paired with optimized drive control can reduce energy use and wear on mechanical components over the equipment’s lifecycle.