Product Description
The MS2N03-D0BYN-BMDG0-NNNNP-NN motor is manufactured to enhance industrial performance which showcases its capabilities with an excellent design. With a frame length categorized under "D" and equipped with BY windings, this model is built for efficiency and reliability.
It is capable of delivering a maximum torque of 0.68 Nm under normal conditions, with the ability to handle peaks up to 6.8 Nm while making sure it meets the demands of various applications. In terms of power output, this motor excels with a continuous rating of 0.4 kW which makes it suitable for sustained operations without risking damage to its components. Its rated speed reaches 5700 min degrees C which allows it to operate efficiently while maintaining the integrity of its insulation. When operating within these parameters, the motor draws a maximum current of 1.39 A, vital for optimal performance. However, it can temporarily handle currents up to 9.7 A and speeds of 6000 min degrees C for short durations, providing flexibility in dynamic situations. The electrical specifications are notable, with a leakage capacitance of 2.2 nF and a winding inductance of 52.4 mH which contributes to its operational efficiency. Weighing in at 3.7 kg, the motor is designed for easy integration, especially as it does not include holding brakes. Its rotor has a moment of inertia of 0.00011 kgm^2, enhancing its responsiveness during operation. To facilitate optimal functioning, this electrical motor connects to power sources via a dual cable connection, ensuring reliable power delivery. The standard multi-turn encoder provides precision control by generating up to 4,096 absolute revolutions, which allows for accurate positioning of the motor shaft.
One of the key features of the MS2N03-D0BYN-BMDG0-NNNNP-NN is its self-cooling capability, which eliminates the need for external cooling systems, making it ideal for continuous operation in various industrial environments. Additionally, standard flanges and accompanying bolts and nuts simplify installation, ensuring compatibility with a range of machinery, from compact devices to larger systems.