Product Description

Beckhoff manufactures the AM3042-1G40-0000 servo motor. The AM3042-1G40-0000 servo motor is a synchronous motor, a type of electric motor where the rotation of the shaft is synchronized with the frequency of the supply current. This synchronization is achieved by a rotating magnetic field produced within the motor, which interacts with a magnetic field in the rotor, causing it to turn. The motor has a nominal voltage of 480 V AC, a standard industrial voltage level, and a standstill torque of 3.53 Nm. Standstill torque, also known as starting torque, is the torque the motor can produce when it is initially started or when it is not rotating. The motor's rated torque is 2.35 Nm, which is the torque the motor can continuously produce at its rated speed without overheating.

The motor's peak torque is 13.2 Nm, which is the maximum amount of torque the motor can produce for a short period of time. This torque is essential for applications where the motor needs to accelerate quickly or overcome a sudden increase in load. The rated speed of the motor is 6000 min^-1, which is the speed at which the motor is designed to operate continuously. This speed is important for applications where the motor needs to maintain a constant speed under load.

The rated power of the motor is 1.48 kW, which is the amount of power the motor can continuously produce at its rated speed without overheating. This power is essential for applications where the motor needs to maintain a constant speed under load. The standstill current of the motor is 4.80 A, which is the current the motor draws when it is initially started or not rotating. This current is important for applications where the motor needs to overcome inertia and start rotating from a standstill position. The peak current of the motor is 24.0 A, which is the maximum amount of current the motor can draw for a short period of time. This current is important for applications where the motor needs to accelerate quickly or overcome a sudden increase in load. The motor's torque constant is 0.74 Nm/A, which measures how much torque the motor produces per current unit.