Product Description

Beckhoff manufactures the AM3031-0C01-0000 servo motor. It is a synchronous motor designed for demanding servo applications, particularly in industrial robots, machine tools and similar high-dynamic settings. This motor, part of the AM Servo Motor Series, is engineered to deliver precise, dynamic, and stable motion control, making it suitable for various industrial automation needs. The motor operates at a nominal voltage of 480 V AC and achieves a rated speed of 5000 min^-1. It's designed to focus on efficiency and performance, offering a rated power of 0.52 kW, which balances power consumption and output for its intended applications. The AM3031-0C01-0000 has a resolver, a sensor that provides precise information about the motor's position and speed. This feedback mechanism is critical for accurate control and positioning in servo applications. The motor's design incorporates permanent magnets in the rotor, utilizing rare earth neodymium-iron-boron magnetic material.

This choice of material contributes to the motor's ability to achieve high dynamic performance, enabling rapid acceleration and deceleration. The motor's stator houses a three-phase winding driven by a servo amplifier. This brushless design eliminates the need for physical brushes for commutation, reducing maintenance requirements and increasing the motor's lifespan. The AM3031-0C01-0000 has a peak torque of 4.49 Nm, reflecting its ability to handle demanding tasks that require high force or acceleration. The motor's torque constant, KTrms, is 0.85 Nm/A. This constant indicates the amount of torque the motor generates for every ampere of current flowing through its windings. The motor has a rotor moment of inertia of 0.330 kgcm².

This value represents the motor's resistance to changes in rotational motion. A lower moment of inertia allows for faster acceleration and deceleration, making the engine more responsive. The AM3031-0C01-0000 is convection-cooled, relying on the natural airflow over its body for heat dissipation. This cooling method suits applications where the motor is not enclosed or operating under extreme conditions. The motor is designed with an M23 connection method, a circular connector commonly used in industrial environments for its robustness and reliability. The motor is designed to operate within an ambient temperature range of +5 to +40 °C. This range ensures reliable operation in typical industrial environments without additional cooling measures.