ABB DSM servo motor 3AXD50000915262 - 5 Pole-Pairs
Part Number: 3AXD50000915262
Quick Summary
ABB DSM servo motor delivers precise torque for automated positioning in robotics and CNC systems. Engineers often struggle with cogging, integration with drives, and limited space in compact assemblies. Typical certifications for servo motors in this class include CE compliance, SIL safety considerations, and robust IP protection. With flexible options such as brake, oil seal, and encoder types, ABB helps you optimize performance and total cost of ownership. This makes the DSM motor ideal for space-constrained automation lines where consistent speed and repeatable accuracy matter. By pairing with the E530 drive, you gain synchronized motion control, simplified wiring, and scalable control architecture. Our engineering team can tailor encoder options and seals to fit harsh environments.
Product Information
Extended Description
3AXD50000915262 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.
Power and torque you can rely on: The DSM servo motor delivers 0.05 kW of power and 0.16 N·m of torque in a compact LV AC package, enabling precise positioning for lightweight loads in robotics, packaging, and automation lines. The 5 pole-pairs design contributes to reduced cogging torque, delivering smoother motion and higher repeatability in high-speed tasks. This translates to fewer machine pauses, lower cycle times, and improved throughput. Drive compatibility and configurability are central: designed to operate with ABB E530 servo drive, it supports options including brake, oil seal, and encoder types, simplifying installation and system integration in OEM machinery. You gain a unified control ecosystem, reducing wiring complexity and improving serviceability across multi-axis systems. Installation efficiency matters: the compact geometry and standardized 220 V supply streamline mounting on tight machine frames, enabling faster commissioning and easier retrofits in existing lines. Reliability and lifecycle value are enhanced by protective options and flexible configuration, helping you minimize downtime and optimize maintenance planning across the equipment portfolio.
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FAQs
The DSM servo motor is designed to pair with ABB’s E530 servo drive, enabling synchronized motion control and streamlined wiring. Ensure the drive configuration supports 220 V supply and the encoder option selected for your axis. This combination delivers reliable torque, repeatable positioning, and straightforward commissioning in automation cells.
Key specs include a power rating of 0.05 kW, torque of 0.16 N·m, 220 V operation, and a 5 pole-pairs design. It is a low-voltage, high-precision LV AC servo motor intended to work with the E530 drive and available with options such as brake, oil seal, and encoder types for flexible integration.
Yes. The ABB DSM servo motor is designed for 220 V operation, making it suitable for standard industrial automation environments that require precise motion, energy efficiency, and compatibility with ABB control hardware. Pairing with the E530 drive enhances control performance in robotics and CNC applications.
The 5 pole-pair arrangement reduces cogging torque, which minimizes torque ripple and results in smoother, more repeatable motion at varying speeds. This is particularly beneficial in high-precision positioning tasks common in robotics, packaging, and CNC machinery, leading to better part quality and shorter cycle times.
When selecting brake, oil seal, or encoder options, verify compatibility with your machine’s mechanical envelope and environmental conditions. Brake options simplify holding duties, oil seals improve protection against dust and moisture, and encoder types influence feedback resolution. Ensure proper wiring, cabling routing, and drive configuration to maximize reliability and minimize downtime during maintenance.