Product Description

The MAD180D-0150-SA-S2-EQ0-35-A1 is a state-of-the-art asynchronous motor manufactured by Rexroth Indramat to operate as a reliable source of kinetic energy in the industrial servo system. This industrial motor is a very durable device that features a housing unit designed to provide protection according to the IP65 protection category. The high degree of protection provided by the motor housing allows this industrial motor to maintain a high operational efficiency even when it is used in adverse industrial conditions. The MAD180D-0150-SA-S2-EQ0-35-A1 industrial asynchronous motor also features an easy-to-service structure, during operation this industrial motor requires very little amount of maintenance it can also maintain its operational efficiency for more than five years without the risk of sudden machine brake down.

The MAD180D-0150-SA-S2-EQ0-35-A1 industrial asynchronous motor requires a connection with drive controllers from Rexroth IndraDrive to form an automatization system that offers intelligent drive solutions with a high power density and an open operational functionality. The connection between the motor and the drive controller occurs through a power cable and a motor feedback cable. These two cables enter the housing of the motor through special connectors designed to preserve the IP65 protection provided by the motor housing. The MAD180D-0150-SA-S2-EQ0-35-A1 asynchronous industrial motor also features an axial fan which operates to keep the operating temperature of the motor within a permissible range via surface cooling. To aid the temperature regulation process, the motor should be installed in a position that allows for the easy movement of air around the motor housing unit.

The MAD180D-0150-SA-S2-EQ0-35-A1 asynchronous motor is also designed with a single-turn EnDat2.1 absolute encoder with about 2048 increments. This internal encoder converts the physical operation of the motor into electrical signals that can be interpreted by the drive controller and used to control the operation of the motor in real-time.