ABB 3AXD50001123147 Servo Motor DSM - 2.9 kW, 380 V 5P
Part Number: 3AXD50001123147
Quick Summary
3AXD50001123147 servo motor is a high-performance LV AC servo motor for precise motion control in manufacturing automation. Engineers often struggle with inconsistent torque, cogging, and integration complexity when upgrading servo systems. This DSM servo motor is designed to work with the E530 servo drive, offering flexible options such as brake, oil seal, and encoder type to fit diverse applications. It uses a 5 pole-pair design that reduces cogging torque and improves positioning accuracy in demanding processes. CE safety compliance is standard where applicable, and IP protection or SIL capabilities depend on configuration with the drive. This combination delivers reliable ABB servo motor performance, delivering efficiency gains and reduced downtime in production lines.
Product Information
Extended Description
3AXD50001123147 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-pairs design provides higher torque density and reduces cogging torque. Business Impact: Smoother motion, improved velocity tracking, and lower torque ripple, translating to better positioning accuracy and reduced motor stress. Application: Ideal for high-speed packaging lines, CNC joints, and robotic pick-and-place where repeatable torque is critical. Feature: Optimized compatibility with the E530 servo drive. Business Impact: Streamlined commissioning, tighter control loops, and faster start-up with reduced tuning time. Application: OEM lines upgrading to modern automation or expanding multi-axis cells. Feature: Brake option, oil seal, and encoder variants. Business Impact: Customization for safety, environmental protection, and high-precision feedback. Application: Conveyors, material handling, and autonomous robotics in harsh environments. Feature: 2.9 kW power at 380 V with compact form. Business Impact: Efficient energy use, consistent performance across loads, and easier cabinet design. Application: Machine tools, extrusion lines, and packaging machinery. Feature: Industry-ready robustness and flexibility. Business Impact: Lower lifecycle costs due to reduced downtime and simplified maintenance. Application: Continuous production environments demanding reliable servo performance.
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FAQs
Install the motor on a rigid, vibration-free mount and ensure a three-phase 380 V supply with proper grounding. Use the E530 drive for synchronized control, and select encoder type and brake/oil seal options per the application. Verify cabling, motor orientation, and correct torque-speed tuning to achieve optimal startup performance and repeatable positioning.
The motor is a 2.9 kW, 380 V LV AC servo motor with a torque rating of 18.6 Nm and a 5-pole-pair configuration. These specifications enable high-precision control and robust dynamic response across typical industrial periods. The 5P design supports smoother torque even at higher speeds, reducing cogging effects in demanding axes.
Yes. The 2.9 kW rating with 5 pole-pairs provides strong torque density and low cogging torque, which improves repeatability in high-speed packaging and robot joints. When paired with the E530 drive, it delivers fast torque responses, precise positioning, and reliable multi-axis coordination, enabling higher throughput and reduced defect rates.
CE safety compliance is standard where applicable, and protection levels (IP) as well as SIL-ready configurations depend on the final drive and enclosure options chosen. ABB servo motors are designed for regulatory compliance with typical industrial safety and environmental standards, but verify the exact IP rating and SIL configuration for your enclosure and safety system.
The motor’s design minimizes cogging, improving efficiency and reducing wear through smoother operation. Regular maintenance should include encoder/feedback device checks, brake wear inspection, and drive calibration. The resulting reliability and reduced downtime translate to lower operating costs and faster payback on automation investments.