Product Description
Rexroth IndraDyn S has made a reputation for themselves over the past several decades, as the suppliers of some of the best industrial control appliances. All the products that they make validate their commitment to the highest quality testing and control, which makes them highly reliable and safe to work with. The MSK series Motors made by Indramat, therefore, have an outstanding quality of components and have built a distinct benchmark among the contemporary synchronous motors in the same class. IndraDyn S takes pride in keeping track of user requirements and the rapid advances in technology to develop the best solution for the control drives made by them.
The MSK076C-0450-NN-M1-UP1-NNNN motor belongs to this series of MKS synchronous devices and is well accepted as a premium product that can be used in a broad range of industrial applications. While it carries many features which are typical to the complete MSK series synchronous-motors, there are also certain distinct components that give it unique profile fit for many applications that need such features. The motor is based on the size-C specifications, to a length of 76, and features a superior class code 450 laminated winding along with a keyway-type Din 6885 -1 shaft and high-performance shaft-sealing ring. The highlight of this motor is its remarkably high torque density despite its small size and a fairly compact design. This motor has one of the highest rated standstill torque of 43.5 Nm the continuous current value 3.7 A. Also, like all other MSK series synch-motors, it can attain a top speed of 5000 rpm.
Among the minor obvious features that set the MSK076C-0450-NN-M1-UP1-NNNN motors apart from the others is a multi-turn optical absolute-encoder that ensures precision and high accuracy due to its larger sampling rate of 128. It also features a superior quality 11 Nm value electrical holding brake.
The housing of this Motor is made with premium grade metal alloy which is light in weight and gives a natural convection type or surface cooling, thus improving the dissipation of the heat generated during its operation. The power connection based upon this housing is placed in a truly innovative manner which makes it easy to connect it to the power source using its specially designed 240 degrees swiveling feature.
