Product Description

The Beckhoff AM3073-0P00-0000 is an excellent synchronous servo motor designed for high performance applications, which require high torque and precise motion control. Being a part of the AM Servo Motor Series, this motor is known for its performance in different complicated operations, its durability and effectiveness. The AM3073-0P00-0000 has a 480 V AC nominal voltage and a rated power of 7.16 kW, therefore it can be used in various industrial automation operations.

This is a high output motor; the particular model detailed here offers the maximum torque of 168 Nm, thus it can comfortably handle mechanical loads and respond to rapid acceleration requests. In addition to this high torque capacity, a torque constant of 2.13 Nm/A shows how much electrical power is effectively being translated into mechanical force. The motor also has a standstill torque of 41.6 Nm and the rated torque of 28.5 Nm, these two features are very important in that they provide the motor holding power and torque to perform steady and controlled operations. Built to operate with efficiency at a rated speed of 2400 min⁻¹, it was found that the AM3073-0P00-0000 controlled its speed accurately, a factor that is very crucial in motion and positioning applications. The motor also has a rotor moment of inertia of 92.0 kgcm²; this also plays a big part in the stability of the motor during operation, especially during speed changing or at areas where the load is very much dynamic.

To ensure the motor operates efficiently the motor features conventional cooling – cooling system that reduces on the motor part heat without an extra cooling system making the motor functional for a longer period. This coupled with operational range within ambient temperatures of +5°C to +40°C positions the motor to be effective under different climate conditions thus making it useful in a variety of circumstances. This motor is also provided with feedback options such as resolver, BiSS B and EnDat 2.1. These feedback systems afford accurate position and performance data which are crucial in the management of complicated forms of automation. The motor also employs an M23 connection system for facilitating seamless connection during the installments and linking.