MS2N04-D0BQN-ASDH0-NNNNN-NN

Product Description:

The MS2N Synchronous Servo Motor MS2N04-D0BQN-ASDH0-NNNNN-NN is a high-precision, high-efficiency motor that is ideal for applications that require optimum control of power and torque output. There are two important features of this motor; winding resistance and winding inductance which determine the motor's performance. The value of winding resistance at 20 degrees C is 4.87 Ohms. This explains how the motor responds to the current input. Lowering the resistance leads to reduced heat losses and overall power loss when the motor is in operation. The winding resistance is crucial in managing the dissipation of the motor power by contributing to thermal regulation and allowing efficient performance of the motor regardless of the duration of use.

The winding inductance is about 24.5 mH. It is significant in determining the motor's response towards electrical signals. The inductance affects the amount of energy stored and released during each cycle with a consequent effect on motor speed-torque performance. Thus, the inductance value is important for the effective operation of a synchronous servo motor to ensure that it moves smoothly without oscillations and with little or no response delay. The winding inductance also plays a part in the motor control system where higher inductance lowers the system bandwidth and ensures quick response to control voltage.

Altogether, these features of the MS2N Synchronous Servo Motor ensure that the torque, speed, and power of the motor are efficient. In addition, this motor has an output power of 0.92 kW at 100 K and a standstill torque of 3.85 Nm at 60 K so it offers high performance with minimal energy loss. Low winding resistance and high inductance ensure precise working of the motor by reducing heat generation hence suitable for industrial automation systems.