Product Description

The Beckhoff AM3051-0G00-0000 is a compact synchronous servomotor which is from the AM Servo Motor Series and is ideal for use in numerous automation and industrial processes. This motor is powerful, precise and durable making it suitable for various conditions This motor has the following features; 

The AM3051-0G00-0000 has a nominal voltage of 480V AC and is compatible with normal commercial power supplies. The available brake offers standstill torque of 4.75 Nm to provide assured holding torque irrespective of the state of the motor that is particularly important for precise application needing consistent holding force. Furthermore, it has maximum torque of 15.6 Nm this helps the motor to be capable of meeting short term peak torque load requests of the motor and still not compromise on the overall performance of the motor.

With a rating of 1.37 kW, this servomotor is the powerhouse for many applications and has a rated speed of 5000 min⁻¹. This high speed capability enables the motor to provide sufficient power to meet the fast movement demands commonly featured in automated systems. The actual motor’s rating of torque is 2.62 Nm to illustrate the capability of offering a constant torque throughout the lifespan of the motor or in continuous use, the motor offers a good balance of torque and velocity. AM3051-0G00-0000 has a high rotor moment inertia of 3.420 kgcm², for a smooth and responsive acceleration and deceleration; well suited for user applications which require precise control of motion dynamics. The motor feedback solutions include resolver, BiSS B, and EnDat 2.1, which provide feedback control for the control system to improve system accuracy.

Cooling is by convection, this makes it efficient and safe, no extra cooling system is used hence making it easy to install and maintain. The motor operates with an ambient temperature range of +5…+40 °C, which is suitable for most industrial applications. This motor has applied the M23 connection method that guarantees safe and effective electrical connections enhancing power and signal flow.