ABB 3AXD50001111328 Servo Motor - 1 kW, 5 pole-pairs
Part Number: 3AXD50001111328
Quick Summary
ABB DSM servo motor delivers precise motion control for automated systems in packaging, robotics, and material handling. Engineers often face torque ripple, integration complexity, and tight installation footprints, which impede rapid commissioning. In practice, ABB servo motors emphasize CE-compliant safety and EMC readiness, with IP-rated enclosure options available for harsh environments. This motor combines high-precision positioning with flexible encoder choices and drive compatibility, unlocking improved efficiency, reduced downtime, and easier scalability for industrial automation projects. Whether you’re modernizing legacy lines or designing new cells, this servo motor provides reliable torque at low speed and smooth acceleration for demanding applications.
Product Information
Extended Description
3AXD50001111328 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 5 pole-pairs design reduces cogging torque and smooths the motor’s torque ripple. This translates to improved motion accuracy, repeatability, and reduced vibration in high-precision positioning tasks. Apply it to CNC machines, robotics, and pick-and-place lines where consistent speed and accurate stops matter. The 1 kW LV AC servo motor at 220 V enables efficient operation in standard plant electrical infrastructure. With this rating, you can achieve strong torque at moderate speeds without deploying high voltage, cutting wiring complexity and energy waste. Ideal for packaging conveyors, machine tending, and automation cells that must meet energy and space constraints. E530 drive compatibility means quicker setup and harmonized control loops. Engineers can tune parameters once and leverage consistent torque curves across machines, reducing commissioning time and spare parts. Great for multi-axis cells and line-side control where uniform performance is essential. Brake, oil seal, and encoder type options allow customization for specific environments. Brake-ready configurations provide holding torque for stopped-position accuracy and safety; oil seals protect against oil ingress in wet environments; encoder options enable absolute positioning or high-resolution feedback. This reduces integration risk and stocking of accessories. Compact housing and optimized winding support installation density. Lower inertia and improved acceleration/deceleration performance aid high-speed operations. Pair with standard 220V automation panels for easier retrofits into existing lines.
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FAQs
Plan for proper electrical and signal isolation on 220 V systems and match drive gains to motor torque curves. Use the E530's tuning guidelines to set acceleration, velocity, and torque limits, and ensure encoder feedback is configured for your axis topology. Allow for brake or seal options if your environment demands protection or safety interlocks.
The 5 pole-pair architecture reduces cogging torque by smoothing the magnetic field interactions across rotor teeth, which translates to lower torque ripple and steadier speed at both start-up and during rapid changes in load. This yields tighter position control in CNC, packaging lines, and robotics where precision matters.
Yes. The 1 kW rating at 220 V suits mid-power automation segments operating on standard plant power, balancing torque with energy efficiency. For line-wide integration, pairing with the E530 drive ensures consistent control loops across axes and straightforward installation in compact footprints.
Options include brake modules for holding torque and safety interlocks, oil seals for enhanced contamination protection, and various encoder types to meet absolute or high-resolution feedback needs. Selecting these options supports safe stops, rugged operation in dust or moisture-prone environments, and precise position tracking.
Expect reduced downtime due to smoother motion and longer service intervals from robust components, along with lower energy usage from efficient 220 V operation. Faster commissioning with E530 compatibility shortens project timelines, improving return on investment through higher throughput and lower spare-part costs over the motor’s life cycle.