MSK075E-0450-NN-S2-UP0-RNNN

Product Description

The MSK075E-0450-NN-S2-UP0-RNNN is one of the most sophisticated productions of the reputable Rexroth Indramat, it is compact industrial motor designed to operate in combination with an intelligent drive controller and accurately supply industrial machines with the kinetic energy they require for an efficient operation. This industrial synchronous motor is produced in an industrial environment that encourages the recycling of wastes and the use of environmentally friendly raw materials as often as possible. Before the motor is supplied to the end user, it is tested and certified to operate according to the technical data in the documentation supplied with the motor. Under normal operating conditions, this industrial motor does not release any dangerous chemicals such as mercury silicon, and asbestos. The motor also features a high metal content and can be recycled after its service life have been completely exhausted.

The MSK075E-0450-NN-S2-UP0-RNNN motor is a brushless industrial device that is renowned for its ability to maintain a high operational dynamics during operation, also the noise pressure generated by the motor during operation does not exceed 75 decibels, this makes the application of the motor possible without the risk of extreme noise pollution. The housing of the MSK075E-0450-NN-S2-UP0-RNNN industrial motor is specially structured to provide the motor with complete protection against both solid and liquid external interference, this high degree of protection makes it possible for the motor to maintain a high operational efficiency even when it is being used in industrial conditions considered too harsh for conventional industrial machines.

The MSK075E-0450-NN-S2-UP0-RNNN industrial motor does not feature a holding break, however it features an accurate encoder system that constantly communicates with the drive controller, allowing the controller to keep a tab on the operational status of the motor and control it according to predetermined configurational parameters.