Product Description

The MAD100C-0250-SA-S2-BP1-05-N1 is one of the most advanced productions of the reputable Rexroth Indramat; it is an asynchronous industrial motor designed to operate in combination with an intelligent drive controller and provide industrial production and processing machines with accurate kinetic energy they require for optimum operation. This industrial motor features a compact housing unit that provides protection according to the IP65 protection category. Unlike conventional industrial machines, the MAD100C-0250-SA-S2-BP1-05-N1 industrial motor can maintain an operational efficiency as high as 95 per cent even when it is being used in harsh industrial conditions such as mining areas and potentially explosive regions. During operation, this industrial asynchronous motor does not generate a noise pressure that exceeds 75 decibels; it is also flexible and can be used in a wide range of industrial production and processing machines, including metal forming machines, food processing machines, paper converting machines and lots more.

The MAD100C-0250-SA-S2-BP1-05-N1 asynchronous motor features EnDat2.1, an internal single-turn absolute encoder. This encoder converts the physical operation of this industrial motor into digital signals, which the drive controller can interpret and use to control the operation of the motor according to the pre-determined configurational parameters. The MAD100C-0250-SA-S2-BP1-05-N1 industrial motor features an axial fan which helps regulate the industrial motor's operating temperature via surface cooling.

The MAD100C-0250-SA-S2-BP1-05-N1 electrical motor features an output shaft through which it transmits kinetic energy to industrial machine components. The output shaft features a sealing ring and a special keyway designed to ensure the secure connection of the motor to industrial machine components without the risk of sudden disconnection. The MAD100C-0250-SA-S2-BP1-05-N1 industrial asynchronous motor is also connected to an electrically released holding break, generating a holding torque as high as 30 newton meters to keep the retain load connected to the motors output shaft.