Product Description
The Beckhoff AM8021-0D21-0000 is a servo motor of high technical standards and belongs to the AM Servo Motor Series well known for its offerings to industry. It is a permanent magnet-excited three-phase synchronous motor with a very high rated speed of 9000 min⁻¹, which makes it suitable for applications, where speed is required. This motor has a rated power output of 0.47 kW which makes it both effective and durable for almost any automation purpose.
In its essence, the AM8021-0D21-0000 is equipped with a standstill torque of 0.50 Nm, and provides a stable base for operation when the motor is stationary. When it comes to the performance, this motor can develop max torque of 2.67N.m which is sufficient when there is a need to deliver more power. This capability is essential in circumstances whereby torque determines the operational output of an organization. The standstill current of AM8021-0D21-0000 motor is 1.60 A and the peak current is 8.60 A, thus it can take additional load as it does not affect the performance of the motor. The torque constant of 0.31 Nm/A shows how well electrical input is translated to mechanical output for better control of the parameters of performance. The motor has a rotor moment of inertia of 0.139 kgcm² which gives it the capacity to respond to fast changes in speed and torque. Some of these advantages are especially desirable in systems where the application needs the arm to move quickly and urgently into position and where precise tracking and control of the movement is important.
Through the motor feedback options such as resolver and OCT and EnDat 3 interfaces, position and speed can be monitored with high precision hence improving operation of the AM8021-0D21-0000. It offers this feedback capability in real-time, which is very important for optimizing high performance applications. In the aspect of connection, the motor incorporates the iTec plug connection technology which makes it easy to be interfaced into existing control systems. It also reduces installation time significantly and improves its functioning in operation.