Product Description
The Beckhoff AM3043-2G41-0000 is a simple yet highly efficient synchronous servomotor designed to meet industry’s highest standards of quality and durability. This is one of the vital pieces of the AM Servo Motor Series for it offers robust performance in any application at 480V AC nominal voltage. It has a standstill torque of 4.80 Nm, and this is greatly useful in maintaining high holding torque when the vehicle is in idle conditions, the rated torque is 3.01 Nm and this is very essential in supporting the consistent movement of the motor without stalling. The motor is even more powerful in terms of peak torque: 18.8 Nm, so when the requirement is made, it is able to respond to dynamic loads.
With the rated speed of 5000 min⁻¹, the AM3043-2G41-0000 is designed for high speed tasks in which accuracy and reliability are vital. This motor has a power of 1.58 kW and provides a strong solution for automation systems which require the speed and torque abilities. The convection cooling system is effective in removing heat thus the motor runs without the need for cooling fans and is very reliable in the long run. Another advantage of this motor is its electrical characteristic showing standstill current equal to 4.87 A and peak current equal to 24.4 A which signifies that it is suitable to work in all types of loads. Their torque constant of 099 Nm/A gives the motor an accurate and proportional level of torque to the amount of current supplied to the motor.
The AM3043-2G41-0000 offers multiple motors feedback interface as Resolver, BiSS B, and EnDat 2.1 for quick control in high end automation applications to improve the system accuracy and monitor the motor feedback in real time. The motor has rotor moment of inertia of 2.090 kgcm²; this makes it easy to rotate at acceleration and deceleration thus providing system stability. This motor also comes with easy installation as its connection type is M23. It can function at an optimum and stable condition when used in a temperature range of +5°C to + 40°C.