Product Description

The MDD112C-N-040-R2L-130GB0 is an electrical synchronous motor designed by Rexroth Indramat to improve the operational efficiency of industrial machines by accurately operating as a reliable source of kinetic energy in the industrial servo system. This electrical motor is produced in accordance with internationally acceptable standards; under acceptable operating conditions, this industrial motor poses no threat to the environment or the industrial operator; it can also be configured to support the operation of a wide range of production and processing machines such as metal forming machines, food processing machines, paper converting machines, and lots more. The MDD112C-N-040-R2L-130GB0 servo motor features a housing unit that provides protection according to the IP65 protection class, this high degree of protection makes it possible for the motor to maintain an operational efficiency as high as 95 per cent even when the motor is being used in an industrial environment considered unfavourable for conventional industrial machines.

The MDD112C-N-040-R2L-130GB0 electrical motor primarily regulates its operational temperature through a combination of natural convection and conduction. However, the motor is used for industrial applications that require a continuous start-stop operation and a high repeat frequency; an additional air blower unit can be integrated into the device to support the temperature regulation process. The MDD112C-N-040-R2L-130GB0 industrial motor is a permanent magnet-excited device; the permanent magnet present in the housing is made from special materials that allow the motor to maintain low inertia during operation.

The MDD112C-N-040-R2L-130GB0 electrical motor requires a connection to a drive controller that will control its operation according to pre-determined configuration parameters. The connection between this industrial motor and the drive controller occurs through two major cables, the power cable and the motor feedback cable; these two cables enter the housing of the motor through special electrical connectors designed to preserve the high protection class of the motor.