Description

The SH31001P11A2000 is a high-performance 4-pole synchronous servo motor from the Schneider Electric Lexium range. It provides exceptional power density for precise motion control within the PacDrive 3 automation ecosystem. This motor operates efficiently across a broad voltage spectrum from 115V to 480V AC. Furthermore, the compact frame design enables seamless integration into space-constrained industrial machinery. It specifically targets high-speed applications requiring rapid acceleration and consistent torque delivery.

Technical Performance and Specifications

Advanced Construction and Feedback Systems

This servo motor utilizes a 19x40mm parallel key shaft for secure mechanical power transmission. An integrated Hiperface absolute single-turn encoder provides a 128-period resolution for accurate positioning. Additionally, the motor features rotatable right-angle connectors to simplify cable management during installation. The IP54 and IP65 protection ratings ensure durability in harsh manufacturing environments. Natural convection cooling maintains thermal stability without the need for external fan units. Consequently, the maintenance requirements remain minimal throughout the product lifecycle.

Industrial Applications and System Compatibility

The SH31001P11A2000 excels in dynamic sectors like packaging and material handling. It integrates perfectly with Lexium 52 and Lexium 62 multi-axis drive systems. This compatibility allows for synchronized motion across complex production lines. Engineers often choose this model for high-accuracy labeling and robotic pick-and-place tasks. The 100mm international standard flange and 95mm centering collar guarantee precise alignment with gearboxes. Because of its optimized back EMF constant, the motor delivers stable performance at peak speeds.

Mechanical Integrity and Environmental Protection

A robust housing protects internal components from industrial contaminants and moisture. The motor weighs approximately 4.3 kg and measures 168.5mm in length. Despite its small footprint, it manages high inertial loads with superior control stability. The three-phase stator design reduces torque ripple for smoother low-speed operation. This motor represents a reliable solution for OEMs seeking a balance of power and precision.