Product Description
Rexroth Indramat provided solutions that assisted industries in equipment applications, industrial automation, and engineering automation in achieving maximum productivity, which increased profitability. AC servo motors, synchronous motors, drive controllers, and electronic controllers are among the goods available.
The MDD093A-N-040-N2L-110GA2 model is equipped with a specially designed and calibrated digital motor feedback encoder. This feedback enables absolute speed determination and absolute rotor position detection. The power and feedback wires are actively connected to the motor through connections on the flanged sockets. If shock-damped or shock-decoupled, the MDD093 AC servo motor is only suitable for extreme demands such as punching, pressing, press feeding, and similar applications. We are unable to recommend a universal solution for shock-damped installation. It is determined by the machine's construction and the results of metrological examinations. This motor incorporates a temperature sensor into the windings to regulate temperature and protect the motor from overload damage. This MDD093 AC servo motor has a standard housing shape that uses the natural convection and surface cooling processes simultaneously. The winding resistance of this model is 0.36 ohms at 20 degree centigrade, while the power line and feedback cable of the motor is built with an IP65 classification. Furthermore, it features a motor length of class-A, and a blocking brake with a brake torque of 22 Nm.
The model MDD093A-N-040-N2L-110GA2 has a 110 mm centering diameter and a 4000 rpm nominal speed. These servo motors when equipped with drive controllers are well-suited for usage in a broad area of applications and target a wide range of industries. The MDD093A-N-040-N2L-110GA2) motors, when combined with Indramat intelligent digital drive controllers, offer cost-effective and rapid automated systems. This product can be shipped globally with a one-year warranty period from Wake Industrial.
Wake Industrial Warranty
