Product Description

Beckhoff Automation manufactures the AM3023-0D40-0000 servo motor. The device operates on a nominal voltage of 480 V AC, a standard industrial voltage level, making it suitable for various industrial environments. One of the key performance characteristics of this module is its standstill torque of 1.16 Nm. This represents the maximum torque the motor can exert when it's not rotating, and it's crucial for applications requiring holding a load in a specific position or overcoming initial inertia to start moving. The rated torque, the continuous torque the motor can deliver during operation, is 0.92 Nm. This value determines the motor's ability to perform work consistently over time. The motor can provide a peak torque of 4.43 Nm for short durations, allowing it to handle temporary high-load situations or accelerate quickly.

The AM3023-0D40-0000 has a rated speed of 8000 min^-1, indicating the rotational speed at which the motor delivers its rated power of 0.77 kW. This power output determines the motor's ability to work at a given speed. The motor's torque constant of 0.52 Nm/A defines the relationship between the current flowing through the motor and the torque produced. A higher torque constant means the motor generates more torque for a given current, leading to higher efficiency. The rotor moment of inertia, 0.216 kgcm² measures the motor's resistance to changes in rotational speed. A lower moment of inertia allows for faster acceleration and deceleration, improving the system's dynamic response.

The AM3023-0D40-0000 utilizes resolver, BiSS B, and EnDat 2.1 feedback mechanisms. These technologies provide precise information about the motor's position and speed to the control system, enabling accurate closed-loop control and optimal performance. The AM3023-0D40-0000 uses an M23 connection method for power and signal cables, a common standard in industrial automation for its robustness and reliability. The motor is designed to operate in an ambient temperature range of +5…+40 °C, ensuring reliable performance in most industrial environments.