ABB DSM04L-0KWA-302-S2NA0 Servo Motor - 5 Pole-Pair Design
Part Number: 3AXD50000915248
Quick Summary
The ABB DSM04L-0KWA-302-S2NA0 servo motor is a high-performance LV AC motion device designed for precise positioning in automation systems. Many engineers face integration challenges and cogging when upgrading servo systems, which increases commissioning time and risk. This motor supports CE-compliant European operation and flexible safety options, with potential SIL-capable integration and IP-rated variants depending on configuration. Its 5 pole-pair design, brake and encoder options, and seamless E530 drive compatibility deliver smoother motion and faster commissioning. Standard 220 V supply and modular options help reduce spare parts, minimize downtime, and accelerate time-to-value in manufacturing environments.
Product Information
Extended Description
3AXD50000915248 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.
The DSM04L-0KWA-302-S2NA0 delivers high-performance low-voltage AC servo motor capabilities, providing precise motion control and repeatable positioning essential for packaging lines, robotics, and CNC tasks. The nominal 0.05 kW power and 0.16 Nm torque at 220 V support tight tolerances with reliable response, enabling shorter cycle times and improved throughput across multiple workstations. With a five-pole-pair rotor, cogging torque is substantially reduced, yielding smoother acceleration and deceleration, less vibration, and longer equipment life in high-speed pick-and-place or milling operations. The encoder, brake, and oil seal options offer robust protection and feedback flexibility, minimizing maintenance and spare-parts requirements while meeting harsh environment demands. Integration with ABB’s E530 drive streamlines tuning, control-loop stability, and field upgrades. The 220 V compatibility simplifies installation, transformer sizing, and service planning, making it easier to scale automation across machines with consistent performance. Compact, modular design supports space-constrained layouts and reduces machine footprint in modern production lines. Long-term value comes from predictable performance, higher uptime, and lower total cost of ownership in industrial automation projects.
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FAQs
Begin by confirming the motor voltage and feedback options match your drive configuration. Mount the motor with proper alignment and secure torque settings, then connect the encoder, brake (if used), and power wiring per ABB installation guidelines. Power-up in a controlled sequence, run the E530 tuning wizard, and verify position accuracy with a jog and test cycle. Ensure correct safety interlocks are in place before production start.
The motor provides 0.05 kW nominal power and 0.16 Nm torque at 220 V, with a 5 pole-pair rotor design. It is designed for precise positioning in LV AC systems and is intended to work with ABB’s E530 drive for stable closed-loop control. These specs support reliable, repeatable motion in packaging, robotics, and CNC applications.
Yes. The combination of low-voltage operation, compact 5 pole-pair design, and compatibility with the E530 drive makes it well-suited for precise pick-and-place, robotic assembly, and packaging lines. The available encoder and brake options improve feedback accuracy and safety, while the 220 V input simplifies integration into standard industrial power systems.
Plan for CE compliance to meet European market requirements, and evaluate SIL-capable safety integration and IP-rated variants based on your environment and safety needs. Certification applicability can vary with configuration, so confirm with the supplier which options are included in your specific motor configuration and system setup.
The encoder, brake, and oil seal options enable targeted protection and feedback suited to harsh environments, reducing downtime and maintenance costs. Combined with reduced cogging torque and smooth motion, operators can achieve higher uptime and lower total cost of ownership through longer service intervals, easier spares management, and faster deployment across multiple automation cells.