ABB 3ABD00043072 Servo Motor - 400 V, 15 kW IEC eSM
Part Number: 3ABD00043072
Quick Summary
ABB 3ABD00043072 servo motor delivers precise torque control for automated production lines and packaging machinery. Engineers often face long machine setup times, encoder drift, and costly downtime when changing motion packages. This motor aligns with CE safety standards and is available in IP-rated configurations for harsh environments, with an optional absolute encoder to minimize homing and reset requirements. With high torque density, energy efficiency, and seamless drive integration with MotiFlex e180 and MicroFlex e190, it enables faster throughput and lowers total cost of ownership.
Product Information
Extended Description
3ABD00043072 ABB: eSM servo motor is available in various flange sizes, with high torque density and quick dynamic response. The servo motors have a high reliable, low-maintenance, and energy efficient design. Combined with the MotiFlex e180 and MicroFlex e190 servo drives, the overall system reliability and efficiency are greatly improved. eSM motor encoder provides precise position information. An absolute encoder can eliminate homing cycles, reducing machine set-up time. All features make the motor meet the demands of higher productivity and product quality.
Feature: High torque density and fast dynamic response. Business Impact: Reduced cycle times and improved position accuracy enable high-speed packaging and automated assembly. Application: Suitable for packaging lines, robotics, and precision machining where speed and precision are critical. Feature: Absolute encoder option to eliminate homing cycles. Business Impact: Shortens machine setup, reduces downtime, and improves line adaptability. Application: Multi-axis automation and lines with frequent retooling. Feature: Seamless drive integration with MotiFlex e180 and MicroFlex e190. Business Impact: Simplifies wiring, improves fault detection, and boosts system reliability. Application: Retrofit projects and new line builds in automotive, consumer electronics, and plastics. Feature: Energy-efficient, low-maintenance design. Business Impact: Lowers energy costs and maintenance downtime, extending motor life. Application: Continuous production environments and process automation. Feature: Various flange sizes and robust encoder options. Business Impact: Flexible installation and easier retrofits within tight space constraints. Application: Machine tools, robotics, and packaging machinery.
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FAQs
When pairing with MotiFlex e180, ensure proper flange compatibility and motor wiring according to ABB installation guidelines. Verify encoder configuration and motor feedback alignment, use shielded cables for EMI prevention, and plan for correct torque and speed settings in your motion profile to optimize startup Transients and prevent overshoot. The result is simplified commissioning and reliable startup.
The motor delivers 15 kW nominal power with 95.5 N·m torque at 400 V, enabling strong acceleration and precise positioning. In practice, this supports high-speed packaging, automated assembly, and toolchanging operations, reducing cycle times and improving line productivity while maintaining repeatable accuracy under varying loads.
An absolute encoder option provides unambiguous position data from power-up, eliminating homing sequences and shortening machine set-up. This improves first-part yield and reduces downtime during tool changes or line reconfigurations, which is especially valuable in high-volume production with frequent changeovers.
Yes, it is designed for seamless integration with MicroFlex e190 drives, which streamlines control topology and enhances fault detection. For best results, pair with the recommended mounting kits, encoder cables, and fieldbus interfaces specified in the ABB installation guide to ensure reliable communication and simplified maintenance.
The motor’s high torque density, energy-efficient design, and low maintenance requirements translate to lower energy bills, reduced downtime, and longer service intervals. Combined with faster setup via absolute encoding and reliable drive integration, operators typically experience higher throughput and lower total cost of ownership over the motor’s service life.