ABB 3AXD50000915774 DSM Servo Motor - 5 Pole-Pair
Part Number: 3AXD50000915774
Quick Summary
The ABB 3AXD50000915774 DSM servo motor is designed for precise torque control in automated production lines. Engineers often struggle with cogging torque, setup complexity, and varying load conditions when upgrading motion systems. This model supports CE compliance and configurable IP ratings to meet safety and environmental requirements. Coupled with the E530 servo drive, it offers flexible brake, oil seal, and encoder options for streamlined integration and reduced commissioning time. This combination delivers improved efficiency, consistent repeatability, and a lower total cost of ownership for manufacturing operations. In practice, the 5-pole-pair architecture also reduces cogging and helps achieve smoother motion in high-precision tasks.
Product Information
Extended Description
3AXD50000915774 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 5-pole-pair design reduces cogging torque and enables a more compact motor footprint, which translates to smoother motion and higher positional accuracy on high-speed packaging lines. Application: use in automated packaging or robotics where tight tolerances are required and space is at a premium. Feature → Business Impact → Application: E530 drive compatibility with adjustable encoder types and brake options allows rapid configuration, faster commissioning, and tailored feedback for diverse processes. Application: suitable for custom automation lines and machine tool feeders, where control finesse improves throughput. Feature → Business Impact → Application: 1.5 kW at 220 V LV AC operation delivers efficient power usage with robust torque characteristics, enabling reliable performance under load variations. Application: general-purpose servo tasks, conveyors, and spindle-like axes on small to mid-size equipment. Feature → Business Impact → Application: Optional oil seal and brake configurations enhance protection against dust, oil, and accidental holds, reducing maintenance and improving safety. Application: harsh-environment installations, where uptime and secure positioning matter. Feature → Business Impact → Application: Encoder type options offer scalable feedback resolutions for precision control, enabling cost-effective upgrades as performance requirements evolve. Application: retrofits and new builds that demand adaptable control strategies.
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FAQs
The DSM servo motor is designed to work with the ABB E530 servo drive; verify encoder type, brake option, and enclosure protection when selecting configurations. Use proper shielded cables, correct connector terms, and match motor current settings to the drive profile for reliable startup, safe stop, and optimal torque delivery.
Key specs include nominal power of 1.5 kW, supply at 220 V AC, and a 5-pole-pair design. The motor supports optional brake, oil seal, and encoder types, with compatibility to the E530 drive. It is a LV AC servo motor intended for precise position and speed control in automated systems.
Yes. The 5-pole-pair structure reduces cogging torque for smoother motion, and encoder options allow high-resolution feedback. When paired with proper drive tuning on the E530, it delivers repeatable positioning and reliable speed control essential for fast, accurate packaging lines.
CE compliance is typically available, with configurable IP ratings depending on enclosure and configuration. Confirm with the supplier for any SIL or additional certifications required for your region. Documentation and test certificates are advised to validate regulatory and safety standards for your application.
Maintenance is aided by protective options like the oil seal and optional brake, reducing wear and contamination. Energy efficiency improves with drive-tuning optimization, and the compact design saves installation space, which lowers commissioning costs. The result is improved uptime and a favorable total cost of ownership in continuous operation.